chrI	9090	9709	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1	107	.	1.53871	12.64109	10.73057	303
chrI	11096	11463	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2	58	.	1.38436	7.19020	5.80099	194
chrI	28499	28923	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3	76	.	1.44707	9.23188	7.65254	228
chrI	29750	30116	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_4	72	.	1.43260	8.73933	7.20623	122
chrI	34341	35209	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_5	135	.	1.57646	15.77228	13.53509	568
chrI	38959	39161	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_6	35	.	1.26755	4.68741	3.55975	67
chrI	41926	42205	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_7	29	.	1.24213	3.96010	2.92026	63
chrI	45180	45898	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_9	139	.	1.57996	16.26322	13.96809	260
chrI	48172	48769	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_10	58	.	1.35806	7.19730	5.80759	331
chrI	52378	52716	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_11	51	.	1.33333	6.41842	5.10826	203
chrI	57221	57683	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_13	24	.	1.21478	3.39008	2.41957	75
chrI	58319	58713	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_14	37	.	1.27046	4.87974	3.73267	150
chrI	61077	61505	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_15	55	.	1.33267	6.89059	5.53386	192
chrI	62414	62878	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_16	36	.	1.26717	4.73754	3.60573	191
chrI	67975	68746	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_17	75	.	1.38074	9.17022	7.59927	454
chrI	69756	70177	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_18	48	.	1.29340	6.09177	4.81378	288
chrI	70996	71676	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_19	69	.	1.36026	8.50593	6.99666	337
chrI	73447	73766	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_20	23	.	1.20064	3.25767	2.30315	134
chrI	79289	79748	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_21	40	.	1.29814	5.22756	4.04152	161
chrI	80439	81041	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_22	31	.	1.26730	4.27621	3.19786	544
chrI	82081	82296	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_23	31	.	1.27257	4.26900	3.19127	182
chrI	92497	92758	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_24	47	.	1.34577	6.05582	4.78049	138
chrI	105807	106449	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_25	61	.	1.36386	7.55836	6.13606	138
chrI	108502	108915	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_26	54	.	1.31967	6.82589	5.47365	181
chrI	110360	110701	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_27	28	.	1.21744	3.88571	2.85226	85
chrI	118443	118689	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_29	25	.	1.21474	3.57145	2.57692	81
chrI	119441	119980	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_30	58	.	1.33718	7.19677	5.80708	408
chrI	124274	124921	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_31	48	.	1.31220	6.14138	4.85981	322
chrI	130469	130880	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_32	56	.	1.33203	6.98953	5.62200	250
chrI	131909	132117	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_33	39	.	1.27213	5.11742	3.94381	84
chrI	135589	136618	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_34	63	.	1.37840	7.82543	6.37748	332
chrI	137301	137843	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_35	38	.	1.28882	4.97380	3.81529	190
chrI	138276	138753	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_36	52	.	1.33993	6.52874	5.20619	370
chrI	141359	142644	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_37	210	.	1.78352	24.54304	21.02256	510
chrI	143044	143814	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_38	130	.	1.59215	15.21888	13.04695	324
chrI	147083	148084	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_39	141	.	1.62328	16.50057	14.17777	383
chrI	154707	155075	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_40	45	.	1.33352	5.75896	4.51752	222
chrI	156559	156979	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_41	37	.	1.30236	4.89381	3.74179	353
chrI	158555	159014	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_42	46	.	1.34095	5.92072	4.65968	352
chrI	159497	160160	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_43	114	.	1.55801	13.42100	11.42690	425
chrI	168890	169485	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_44	121	.	1.57730	14.22192	12.14757	321
chrI	171592	172152	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_45	88	.	1.48565	10.60705	8.89670	204
chrI	181303	181997	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_46	88	.	1.48344	10.57002	8.86701	138
chrI	182121	182384	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_47	48	.	1.33892	6.15175	4.86949	195
chrI	183968	185350	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_48	117	.	1.56765	13.81886	11.78345	730
chrI	185575	186210	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_49	66	.	1.40540	8.16461	6.68630	140
chrI	189844	192725	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_50	140	.	1.55860	16.34042	14.03079	396
chrI	196000	196701	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_51	64	.	1.40848	7.94676	6.48689	240
chrII	10469	10802	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_53	35	.	1.29271	4.65227	3.52747	264
chrII	17896	18289	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_54	54	.	1.36989	6.75374	5.40668	275
chrII	21315	21546	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_55	38	.	1.30718	5.01686	3.85108	137
chrII	27983	29377	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_56	149	.	1.64965	17.40925	14.96983	866
chrII	36378	37058	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_57	147	.	1.64483	17.18790	14.77597	317
chrII	38819	39231	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_58	49	.	1.35059	6.19247	4.90285	188
chrII	39724	40156	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_59	35	.	1.28648	4.71766	3.58751	372
chrII	40460	40829	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_60	36	.	1.27814	4.77099	3.63379	92
chrII	42970	43395	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_61	43	.	1.30559	5.55917	4.33633	275
chrII	45017	45664	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_62	132	.	1.56797	15.45147	13.25398	413
chrII	60758	61170	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_64	105	.	1.53389	12.44947	10.55878	214
chrII	63267	63567	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_65	36	.	1.29754	4.77224	3.63379	195
chrII	63634	63881	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_66	34	.	1.28789	4.53380	3.42248	116
chrII	69463	69682	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_67	41	.	1.31640	5.39902	4.19200	81
chrII	71314	71644	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_68	59	.	1.37210	7.35780	5.95329	73
chrII	74596	75261	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_69	89	.	1.47462	10.71549	8.99758	348
chrII	80734	81305	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_70	61	.	1.37977	7.57281	6.14960	255
chrII	84125	84560	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_72	79	.	1.43319	9.55237	7.94673	221
chrII	87734	88409	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_73	75	.	1.43078	9.14657	7.57714	548
chrII	89306	90073	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_74	214	.	1.79260	25.10318	21.45545	397
chrII	95830	96664	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_75	56	.	1.37235	7.04014	5.66801	512
chrII	99854	100446	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_76	103	.	1.51628	12.18537	10.32468	335
chrII	101131	101969	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_77	74	.	1.43591	8.96292	7.41032	276
chrII	107441	107851	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_78	72	.	1.43260	8.73933	7.20623	234
chrII	110551	110841	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_79	43	.	1.32648	5.52431	4.30413	208
chrII	111123	111561	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_80	70	.	1.42777	8.57795	7.05988	260
chrII	113332	113717	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_81	50	.	1.35442	6.39983	5.09114	121
chrII	116748	117555	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_82	228	.	1.83231	26.82305	22.80350	439
chrII	122063	122347	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_84	31	.	1.27079	4.19405	3.12260	92
chrII	124733	125119	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_85	57	.	1.36634	7.13815	5.75641	117
chrII	126129	126610	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_86	32	.	1.26506	4.36842	3.27847	191
chrII	127330	127891	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_87	63	.	1.37417	7.84436	6.39512	235
chrII	128113	128429	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_88	36	.	1.27283	4.80475	3.66366	179
chrII	131988	132249	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_89	24	.	1.21240	3.44542	2.46606	62
chrII	135560	136541	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_90	119	.	1.50907	14.04700	11.99007	386
chrII	140233	141177	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_91	147	.	1.59508	17.18241	14.77597	446
chrII	142875	143144	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_92	45	.	1.31911	5.79703	4.54889	205
chrII	145929	146153	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_93	27	.	1.24248	3.73389	2.72140	38
chrII	146879	147218	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_94	34	.	1.27484	4.54260	3.43057	73
chrII	151160	151487	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_95	42	.	1.29801	5.46575	4.25375	76
chrII	153597	154066	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_96	55	.	1.34507	6.95562	5.59042	140
chrII	159563	160314	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_97	107	.	1.49151	12.68368	10.76975	316
chrII	164103	164488	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_98	65	.	1.36760	7.96640	6.50519	166
chrII	164910	165883	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_99	116	.	1.51320	13.71075	11.68944	374
chrII	167957	168504	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_100	100	.	1.48519	11.87507	10.04726	293
chrII	169885	170443	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_101	43	.	1.31843	5.55807	4.33532	191
chrII	177083	177933	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_103	125	.	1.58695	14.63020	12.51627	495
chrII	191627	192350	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_105	47	.	1.28693	6.00614	4.73879	519
chrII	193375	194124	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_106	54	.	1.31067	6.80840	5.45743	463
chrII	198375	198843	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_107	37	.	1.26059	4.91671	3.76293	158
chrII	201771	202671	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_108	95	.	1.46392	11.28988	9.51728	656
chrII	202838	203684	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_109	99	.	1.47361	11.74189	9.92384	490
chrII	216191	217815	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_111	143	.	1.63518	16.74891	14.38941	1132
chrII	220179	220902	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_112	69	.	1.42295	8.41806	6.91466	577
chrII	227162	227612	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_113	75	.	1.44224	9.06631	7.50245	184
chrII	235884	236448	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_114	138	.	1.62071	16.09988	13.82080	323
chrII	241279	241802	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_115	81	.	1.45409	9.73913	8.11244	176
chrII	242507	242894	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_116	57	.	1.37441	7.15640	5.77342	269
chrII	244457	244699	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_117	24	.	1.23468	3.46609	2.48484	184
chrII	251054	251834	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_118	145	.	1.59810	16.96982	14.58452	333
chrII	254373	255277	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_119	94	.	1.48138	11.17129	9.40710	268
chrII	255735	256352	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_120	173	.	1.70754	20.16219	17.34645	332
chrII	256704	257157	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_121	85	.	1.47601	10.25496	8.57892	100
chrII	257879	258595	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_122	165	.	1.68824	19.22492	16.55319	316
chrII	266604	267733	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_123	116	.	1.56283	13.61930	11.60481	782
chrII	269143	270253	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_125	88	.	1.45351	10.60311	8.89670	904
chrII	270623	270830	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_126	26	.	1.22206	3.62512	2.62575	169
chrII	273619	274046	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_127	47	.	1.29497	6.05511	4.78049	330
chrII	280876	281451	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_129	84	.	1.41012	10.06423	8.41008	276
chrII	283393	283815	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_130	39	.	1.28350	5.12179	3.94785	270
chrII	283897	284492	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_131	35	.	1.27325	4.72887	3.59781	288
chrII	291866	292360	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_132	46	.	1.34095	5.92072	4.65968	336
chrII	297758	298138	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_133	46	.	1.34095	5.92072	4.65968	272
chrII	299757	300018	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_134	52	.	1.36507	6.61127	5.27858	160
chrII	301337	301887	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_135	149	.	1.64965	17.40925	14.96983	230
chrII	305966	306379	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_136	53	.	1.35400	6.72653	5.38553	92
chrII	306920	307580	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_137	63	.	1.38608	7.83680	6.38807	423
chrII	310265	310648	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_138	49	.	1.34867	6.25514	4.96105	99
chrII	311358	311940	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_139	147	.	1.64483	17.18790	14.77597	276
chrII	323950	324567	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_140	107	.	1.51185	12.70190	10.78656	281
chrII	326103	326427	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_141	43	.	1.30741	5.51611	4.30035	88
chrII	331478	331847	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_142	39	.	1.29400	5.08488	3.91379	297
chrII	332395	332925	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_143	89	.	1.45677	10.65510	8.94146	220
chrII	336816	337183	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_144	66	.	1.37685	8.08924	6.61985	188
chrII	340810	342705	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_145	108	.	1.50166	12.79814	10.87545	537
chrII	346985	347422	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_146	48	.	1.34523	6.15075	4.86854	257
chrII	349874	350323	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_147	49	.	1.35059	6.19247	4.90285	196
chrII	350909	351253	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_148	58	.	1.38436	7.19020	5.80099	194
chrII	351418	351819	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_149	26	.	1.24930	3.64180	2.63730	294
chrII	351854	352076	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_150	31	.	1.27342	4.18771	3.11683	105
chrII	360206	360773	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_151	100	.	1.51942	11.88250	10.04893	345
chrII	362502	362942	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_152	73	.	1.43742	8.90210	7.35347	137
chrII	370841	371754	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_153	101	.	1.49793	11.99837	10.15656	363
chrII	373011	373871	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_154	114	.	1.51193	13.46488	11.46758	364
chrII	375779	376624	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_155	105	.	1.47126	12.47544	10.58303	390
chrII	378637	379137	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_156	112	.	1.49877	13.20251	11.23619	245
chrII	379893	380293	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_157	53	.	1.33797	6.70123	5.36199	304
chrII	385927	386346	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_158	42	.	1.32084	5.50471	4.28983	130
chrII	391532	392034	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_159	74	.	1.40816	8.99150	7.43698	224
chrII	392238	392932	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_160	159	.	1.62482	18.50816	15.94290	310
chrII	394746	395532	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_161	46	.	1.31690	5.88192	4.62776	438
chrII	398271	398556	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_162	39	.	1.30484	5.08234	3.91143	217
chrII	400770	401251	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_163	119	.	1.57248	14.01978	11.96490	343
chrII	407228	407639	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_164	85	.	1.47601	10.25496	8.57892	162
chrII	407941	409135	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_165	175	.	1.71236	20.39953	17.54250	813
chrII	410613	411009	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_166	127	.	1.57745	14.86025	12.72288	196
chrII	415230	415925	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_167	144	.	1.60567	16.79995	14.43633	320
chrII	418161	418433	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_168	63	.	1.38509	7.78716	6.34576	179
chrII	419210	420017	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_169	100	.	1.48868	11.87219	10.04457	560
chrII	423161	423827	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_170	89	.	1.47179	10.65538	8.94173	358
chrII	426836	427188	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_171	46	.	1.33946	5.91977	4.65968	98
chrII	429230	429483	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_172	60	.	1.39401	7.48848	6.07100	152
chrII	430933	432057	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_173	163	.	1.68342	18.99368	16.35536	447
chrII	444649	445134	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_175	82	.	1.46636	9.90836	8.26568	287
chrII	449337	449585	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_176	30	.	1.25645	4.15210	3.08809	153
chrII	451992	452758	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_177	117	.	1.53673	13.81996	11.78443	376
chrII	453093	453723	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_178	87	.	1.45822	10.47941	8.78299	289
chrII	458499	458785	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_179	46	.	1.32445	5.91734	4.65968	127
chrII	460256	461067	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_180	74	.	1.42172	8.99992	7.44484	390
chrII	461447	461688	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_181	21	.	1.20437	3.04886	2.12140	203
chrII	461758	462261	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_182	57	.	1.35268	7.15613	5.77317	194
chrII	462519	462752	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_183	23	.	1.21322	3.30760	2.34840	39
chrII	465734	466744	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_184	173	.	1.65104	20.09543	17.30005	612
chrII	473908	474811	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_186	141	.	1.61158	16.50938	14.18586	301
chrII	475338	475756	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_187	29	.	1.25792	4.02693	2.97748	154
chrII	476598	477605	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_188	169	.	1.66476	19.70484	16.96131	703
chrII	480844	481377	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_189	50	.	1.34186	6.29763	5.00035	386
chrII	483425	483868	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_190	56	.	1.34623	7.06095	5.68443	259
chrII	486582	486963	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_191	50	.	1.30823	6.29936	5.00198	161
chrII	488464	488739	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_192	41	.	1.27366	5.40386	4.19645	101
chrII	490418	490890	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_193	72	.	1.36480	8.79752	7.26060	217
chrII	501579	501962	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_194	56	.	1.34374	6.98884	5.62138	244
chrII	504266	504775	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_195	112	.	1.51970	13.21194	11.24485	316
chrII	512560	513137	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_196	61	.	1.37867	7.54188	6.12068	189
chrII	515472	515779	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_197	87	.	1.45892	10.44582	8.75171	147
chrII	526786	527213	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_199	69	.	1.42295	8.41806	6.91466	150
chrII	527956	528409	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_200	84	.	1.47118	10.08099	8.42163	126
chrII	532154	532525	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_201	53	.	1.36646	6.70599	5.36643	297
chrII	533357	533759	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_202	66	.	1.41046	8.09553	6.62569	189
chrII	534857	535279	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_203	83	.	1.46268	9.96983	8.32248	139
chrII	536070	536512	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_204	72	.	1.42565	8.79369	7.25702	270
chrII	537354	537762	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_205	66	.	1.40965	8.12025	6.64491	187
chrII	544385	545151	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_206	163	.	1.68342	18.99368	16.35536	300
chrII	549055	549764	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_207	49	.	1.35059	6.19247	4.90285	482
chrII	554500	556276	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_208	171	.	1.70271	19.92610	17.14878	1430
chrII	561016	561649	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_209	75	.	1.44224	9.06631	7.50245	340
chrII	564688	565707	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_210	181	.	1.72683	21.11875	18.14668	289
chrII	576129	576410	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_211	50	.	1.35542	6.33054	5.02675	169
chrII	577977	578214	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_212	56	.	1.37954	7.04326	5.66801	149
chrII	578771	579141	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_213	26	.	1.24930	3.64180	2.63730	49
chrII	583429	583736	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_214	27	.	1.25412	3.74786	2.73041	266
chrII	586020	586679	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_215	153	.	1.65930	17.85575	15.36460	291
chrII	591254	591608	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_216	78	.	1.45189	9.39891	7.80399	138
chrII	592762	593218	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_217	107	.	1.53871	12.64109	10.73057	230
chrII	595517	596014	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_218	138	.	1.62071	16.09988	13.82080	262
chrII	602131	602512	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_220	87	.	1.45648	10.45107	8.75661	135
chrII	604180	604500	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_221	41	.	1.29881	5.30112	4.10534	125
chrII	605655	606350	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_222	154	.	1.61372	17.92834	15.43097	373
chrII	607170	607587	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_223	80	.	1.43124	9.72090	8.09965	122
chrII	613888	615466	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_225	127	.	1.54486	14.87447	12.73625	1236
chrII	618610	618892	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_226	41	.	1.29854	5.36556	4.16496	178
chrII	620472	620934	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_227	51	.	1.34258	6.45845	5.14520	144
chrII	624760	625809	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_228	147	.	1.61347	17.09793	14.70180	407
chrII	628488	628975	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_229	116	.	1.54017	13.69275	11.67271	196
chrII	636401	636855	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_230	57	.	1.36796	7.12299	5.74238	256
chrII	642237	643015	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_232	179	.	1.69181	20.84745	17.93069	518
chrII	647187	647411	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_233	43	.	1.31361	5.62637	4.39862	79
chrII	649826	650368	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_234	80	.	1.42702	9.68660	8.06787	240
chrII	657537	657908	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_236	29	.	1.24989	3.95371	2.91440	228
chrII	662110	662991	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_237	142	.	1.60028	16.55314	14.21793	551
chrII	664572	665012	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_238	45	.	1.31590	5.79342	4.54554	358
chrII	666299	666698	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_239	52	.	1.33350	6.57578	5.24974	186
chrII	668222	668930	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_240	100	.	1.47991	11.84330	10.01785	430
chrII	676070	676335	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_242	25	.	1.22397	3.59649	2.59968	79
chrII	680060	681221	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_243	76	.	1.39631	9.26946	7.68742	704
chrII	681906	682290	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_244	35	.	1.26517	4.68812	3.56040	216
chrII	683052	683411	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_245	42	.	1.29598	5.48370	4.27042	247
chrII	696972	698196	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_246	178	.	1.69738	20.81388	17.89963	642
chrII	699708	700442	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_247	58	.	1.35627	7.24079	5.84821	412
chrII	702194	702486	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_248	56	.	1.34210	7.06508	5.68828	38
chrII	704147	704509	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_249	56	.	1.35271	7.06392	5.68720	144
chrII	706744	707182	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_250	46	.	1.32991	5.85677	4.60454	265
chrII	707217	707500	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_251	44	.	1.32855	5.73970	4.49973	92
chrII	714363	714780	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_252	44	.	1.33194	5.73787	4.49804	136
chrII	716448	716931	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_254	84	.	1.46563	10.14507	8.48100	303
chrII	717983	718658	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_255	122	.	1.56250	14.29381	12.21505	398
chrII	722935	723306	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_256	49	.	1.34726	6.20149	4.91123	105
chrII	726950	727349	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_257	41	.	1.30866	5.33691	4.13847	110
chrII	728079	728908	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_258	68	.	1.41837	8.36384	6.86820	559
chrII	730057	730641	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_259	67	.	1.41812	8.25951	6.77078	347
chrII	742496	742854	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_262	25	.	1.24424	3.54300	2.55103	312
chrII	744313	744929	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_263	44	.	1.32621	5.73222	4.49283	323
chrII	747769	748016	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_264	22	.	1.22190	3.14621	2.20588	167
chrII	749149	749736	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_265	56	.	1.37671	7.03212	5.66169	428
chrII	757094	757653	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_266	51	.	1.36024	6.47010	5.15178	338
chrII	760809	761186	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_267	34	.	1.28789	4.53380	3.42248	194
chrII	763910	764304	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_268	26	.	1.24930	3.64180	2.63730	213
chrII	770558	770838	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_269	56	.	1.37954	7.04326	5.66801	79
chrII	776142	776561	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_270	60	.	1.39401	7.48848	6.07100	153
chrII	782283	782606	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_272	46	.	1.32806	5.96039	4.69644	134
chrII	784447	784704	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_273	30	.	1.25904	4.09626	3.03700	66
chrII	784736	785392	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_274	57	.	1.37187	7.12862	5.74761	389
chrII	786293	786627	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_275	27	.	1.24943	3.80504	2.78258	94
chrII	786770	787126	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_276	68	.	1.40916	8.31843	6.82572	225
chrII	792021	792375	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_278	57	.	1.38222	7.15545	5.77252	168
chrII	792440	792980	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_279	70	.	1.42345	8.60585	7.08589	314
chrII	798740	799240	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_281	98	.	1.48167	11.63339	9.82788	249
chrII	800137	800610	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_282	82	.	1.44370	9.93407	8.28929	290
chrII	802069	802688	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_283	81	.	1.46154	9.73717	8.11060	311
chrIII	14438	15042	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_284	114	.	1.55801	13.42100	11.42690	197
chrIII	15065	15407	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_285	73	.	1.43742	8.90210	7.35347	196
chrIII	16889	17467	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_286	132	.	1.60624	15.46233	13.25700	220
chrIII	24231	24648	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_288	75	.	1.42374	9.06093	7.50150	306
chrIII	28899	29700	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_289	133	.	1.57816	15.51977	13.31019	399
chrIII	30318	30839	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_290	100	.	1.49565	11.82693	10.00274	329
chrIII	31161	31402	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_291	25	.	1.23516	3.58249	2.58694	62
chrIII	38782	39199	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_292	55	.	1.35913	6.92162	5.55869	263
chrIII	39289	39732	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_293	39	.	1.29733	5.12258	3.94856	139
chrIII	40769	41133	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_294	24	.	1.22577	3.40059	2.42909	119
chrIII	48329	48727	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_295	34	.	1.25121	4.50877	3.40329	163
chrIII	50239	50839	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_296	73	.	1.37798	8.93016	7.37968	313
chrIII	56543	56856	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_299	34	.	1.25525	4.59934	3.48277	182
chrIII	58731	59036	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_300	31	.	1.24510	4.23309	3.15837	239
chrIII	61295	61601	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_301	55	.	1.33499	6.90811	5.54623	115
chrIII	65622	65968	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_302	40	.	1.27913	5.24071	4.05366	160
chrIII	68214	68922	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_303	120	.	1.51290	14.06378	12.00566	354
chrIII	77823	78663	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_304	173	.	1.66113	20.13618	17.33682	428
chrIII	78884	79212	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_305	37	.	1.28691	4.94147	3.78562	172
chrIII	82124	82325	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_306	49	.	1.35059	6.19247	4.90285	149
chrIII	90971	91531	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_307	167	.	1.69307	19.45745	16.74923	193
chrIII	94084	94684	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_309	81	.	1.46154	9.73717	8.11060	425
chrIII	95641	96344	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_310	117	.	1.54291	13.78935	11.76242	325
chrIII	107226	107813	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_312	59	.	1.36367	7.35796	5.95344	237
chrIII	108787	109109	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_314	43	.	1.31257	5.58484	4.36014	125
chrIII	118306	118670	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_315	55	.	1.35683	6.87818	5.52227	112
chrIII	120273	120796	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_316	76	.	1.41533	9.26464	7.68294	266
chrIII	122360	123427	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_317	120	.	1.51987	14.13060	12.06796	354
chrIII	123562	124019	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_318	106	.	1.48555	12.52783	10.63136	266
chrIII	125023	125587	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_319	98	.	1.47510	11.70567	9.88996	257
chrIII	131545	131897	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_320	32	.	1.28046	4.38724	3.29568	249
chrIII	132045	132284	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_321	32	.	1.27609	4.30668	3.22190	67
chrIII	133446	133774	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_322	44	.	1.31886	5.64789	4.41847	89
chrIII	136951	137849	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_323	136	.	1.56085	15.86483	13.61958	316
chrIII	138447	139454	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_324	93	.	1.46043	11.05748	9.30618	634
chrIII	141954	142285	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_325	42	.	1.31124	5.49069	4.27687	193
chrIII	147574	148243	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_326	85	.	1.47601	10.25496	8.57892	335
chrIII	151934	152535	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_327	34	.	1.28789	4.53380	3.42248	81
chrIII	155078	155391	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_328	44	.	1.33130	5.65496	4.42102	225
chrIII	157197	158330	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_329	90	.	1.46039	10.77443	9.05216	337
chrIII	160452	160792	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_330	34	.	1.26468	4.52388	3.41710	218
chrIII	162208	162526	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_331	23	.	1.21573	3.33484	2.36950	181
chrIII	163178	164533	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_332	156	.	1.62827	18.15673	15.63310	571
chrIII	166264	166813	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_333	66	.	1.40475	8.14624	6.66916	365
chrIII	168014	168237	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_334	52	.	1.36019	6.56523	5.23992	103
chrIII	169736	170135	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_335	81	.	1.46154	9.73717	8.11060	257
chrIII	178251	178622	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_336	73	.	1.43742	8.90210	7.35347	123
chrIII	178660	178867	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_337	19	.	1.21071	2.85010	1.94942	115
chrIII	185987	186269	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_338	67	.	1.41812	8.25951	6.77078	87
chrIII	189973	190704	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_339	88	.	1.48565	10.60705	8.89670	388
chrIII	191577	191924	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_340	33	.	1.28307	4.41689	3.31908	178
chrIII	192872	193388	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_341	97	.	1.49334	11.59337	9.79060	206
chrIII	194182	194483	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_342	34	.	1.28501	4.61795	3.49979	83
chrIII	196979	197884	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_343	189	.	1.74613	22.09451	18.97301	373
chrIII	210131	210647	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_345	32	.	1.24088	4.36239	3.27293	302
chrIII	214754	215024	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_346	33	.	1.24303	4.42708	3.32838	92
chrIII	216389	216726	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_347	32	.	1.24226	4.33685	3.24951	204
chrIII	223277	223617	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_348	33	.	1.25000	4.49964	3.39498	192
chrIII	225162	225496	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_349	37	.	1.26307	4.94803	3.79163	142
chrIII	227968	229137	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_351	110	.	1.48247	12.95922	11.01806	813
chrIII	236373	237113	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_352	167	.	1.69307	19.45745	16.74923	428
chrIII	246513	247045	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_353	79	.	1.42414	9.56953	7.95890	240
chrIII	248662	248929	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_354	25	.	1.22066	3.54215	2.55028	87
chrIII	250110	250412	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_355	25	.	1.21875	3.51764	2.53171	137
chrIII	252618	252970	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_356	27	.	1.22850	3.71422	2.70338	259
chrIII	254096	254437	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_357	37	.	1.27159	4.84740	3.70287	264
chrIII	258594	258953	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_359	41	.	1.29931	5.35630	4.15638	244
chrIII	262529	263188	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_360	119	.	1.54907	13.97039	11.92450	293
chrIII	264652	265154	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_361	54	.	1.36989	6.75374	5.40668	374
chrIII	266952	267191	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_362	24	.	1.23965	3.43438	2.45609	198
chrIII	279913	280169	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_363	41	.	1.32165	5.39520	4.18851	173
chrIII	285998	286243	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_364	30	.	1.26859	4.07538	3.01797	64
chrIII	286489	286814	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_365	72	.	1.43260	8.73933	7.20623	190
chrIII	292591	292795	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_366	39	.	1.31201	5.14146	3.96208	61
chrIII	293846	294303	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_367	103	.	1.52907	12.25912	10.38754	349
chrIII	298453	300214	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_368	182	.	1.69395	21.24325	18.26294	793
chrIII	308314	309036	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_369	98	.	1.51460	11.69627	9.88120	501
chrIII	309442	310984	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_370	149	.	1.64965	17.40925	14.96983	703
chrIII	312537	313884	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_371	105	.	1.53389	12.44947	10.55878	1082
chrIV	31932	32427	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_372	68	.	1.40203	8.34387	6.84961	152
chrIV	33901	34316	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_373	68	.	1.39459	8.32619	6.83299	148
chrIV	35171	35560	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_374	34	.	1.26953	4.53079	3.42248	265
chrIV	36648	36869	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_375	29	.	1.25152	3.99974	2.95262	143
chrIV	38212	38594	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_376	55	.	1.35743	6.89441	5.53664	89
chrIV	42292	42782	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_377	95	.	1.50495	11.32775	9.54792	230
chrIV	43765	44007	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_378	32	.	1.27824	4.30149	3.21717	188
chrIV	45965	46527	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_379	114	.	1.55801	13.42100	11.42690	154
chrIV	49156	50040	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_380	107	.	1.53871	12.64109	10.73057	257
chrIV	56623	57008	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_382	79	.	1.44725	9.50707	7.90496	164
chrIV	59609	60511	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_383	47	.	1.31796	6.03550	4.76587	517
chrIV	60832	61396	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_384	63	.	1.36407	7.74024	6.30194	429
chrIV	62054	62778	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_385	64	.	1.36882	7.86456	6.41394	326
chrIV	74000	74537	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_387	78	.	1.45189	9.39891	7.80399	368
chrIV	76888	77218	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_388	50	.	1.35072	6.34335	5.03873	66
chrIV	77929	78545	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_389	74	.	1.43135	9.01058	7.45479	260
chrIV	79275	79533	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_390	20	.	1.21283	2.97006	2.05387	79
chrIV	80427	80729	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_391	49	.	1.34167	6.25747	4.96321	141
chrIV	92374	92599	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_393	32	.	1.27824	4.30149	3.21717	105
chrIV	93826	94292	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_394	69	.	1.42295	8.41806	6.91466	317
chrIV	98108	98449	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_395	52	.	1.35626	6.54104	5.21749	80
chrIV	99241	99685	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_396	46	.	1.33028	5.86584	4.61291	130
chrIV	101012	101379	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_397	33	.	1.27337	4.45977	3.35845	305
chrIV	103378	103712	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_398	34	.	1.27551	4.55798	3.44469	251
chrIV	104599	105090	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_399	107	.	1.51502	12.61154	10.70895	239
chrIV	111052	111421	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_400	44	.	1.32921	5.73929	4.49937	103
chrIV	115791	116363	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_401	117	.	1.54723	13.75937	11.73466	406
chrIV	116949	117834	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_402	143	.	1.61131	16.71421	14.36569	506
chrIV	118670	119043	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_403	31	.	1.26662	4.26124	3.18416	116
chrIV	121711	122188	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_404	76	.	1.44707	9.23188	7.65254	252
chrIV	130580	130807	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_405	72	.	1.43260	8.73933	7.20623	86
chrIV	132620	133426	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_406	163	.	1.68342	18.99368	16.35536	534
chrIV	134717	135055	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_407	75	.	1.44224	9.06631	7.50245	237
chrIV	141609	142087	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_408	72	.	1.43366	8.79509	7.25829	175
chrIV	145481	145794	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_409	29	.	1.25000	3.97741	2.93223	54
chrIV	147665	148228	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_410	144	.	1.60307	16.82735	14.46184	261
chrIV	155919	156349	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_411	92	.	1.49530	10.96466	9.21951	173
chrIV	163103	163511	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_412	30	.	1.26859	4.07538	3.01797	327
chrIV	163968	164396	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_413	36	.	1.29754	4.77224	3.63379	123
chrIV	167227	167737	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_414	87	.	1.47864	10.39389	8.70790	253
chrIV	172173	172555	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_415	72	.	1.42751	8.82238	7.28376	253
chrIV	174555	174869	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_416	55	.	1.37259	6.94474	5.58018	241
chrIV	175487	175840	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_417	31	.	1.26996	4.21312	3.14005	116
chrIV	176311	176763	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_418	59	.	1.37890	7.38161	5.97548	120
chrIV	184593	184991	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_420	35	.	1.29271	4.65227	3.52747	362
chrIV	190549	190879	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_421	56	.	1.36409	6.99800	5.62989	117
chrIV	192455	193069	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_422	30	.	1.26297	4.10014	3.04057	425
chrIV	198360	199300	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_423	48	.	1.32785	6.08769	4.80996	267
chrIV	199619	200150	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_424	71	.	1.40790	8.65645	7.13295	338
chrIV	205169	205388	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_425	39	.	1.29675	5.10887	3.93592	124
chrIV	205969	206456	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_426	42	.	1.31168	5.47097	4.25859	159
chrIV	211084	211360	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_427	38	.	1.29841	5.04870	3.88041	61
chrIV	212643	213193	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_428	109	.	1.52458	12.83650	10.90516	306
chrIV	215516	216325	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_429	152	.	1.65281	17.71310	15.24063	440
chrIV	217084	217697	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_430	75	.	1.43410	9.14303	7.57385	136
chrIV	219331	219630	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_431	30	.	1.26326	4.09439	3.03532	243
chrIV	221186	221601	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_432	79	.	1.45598	9.54590	7.94076	293
chrIV	221774	222364	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_433	174	.	1.70139	20.29437	17.46480	252
chrIV	223703	224127	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_434	98	.	1.51460	11.69627	9.88120	135
chrIV	226750	227358	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_435	147	.	1.62226	17.12539	14.72659	349
chrIV	228679	229190	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_436	126	.	1.56513	14.80810	12.68092	220
chrIV	229388	229902	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_437	88	.	1.45364	10.60717	8.89681	315
chrIV	230651	230874	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_438	44	.	1.30819	5.73042	4.49118	66
chrIV	232211	232718	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_439	89	.	1.45447	10.68991	8.97401	171
chrIV	233981	234860	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_440	143	.	1.58254	16.72345	14.37425	421
chrIV	239476	240442	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_441	180	.	1.70533	21.02750	18.07779	330
chrIV	241109	241485	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_442	65	.	1.40579	8.01314	6.54885	284
chrIV	242205	242456	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_443	47	.	1.33778	5.96609	4.70178	109
chrIV	245557	245878	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_444	54	.	1.36989	6.75374	5.40668	71
chrIV	247930	248365	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_445	63	.	1.40365	7.79256	6.34682	231
chrIV	250827	251577	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_446	67	.	1.41084	8.20060	6.72000	457
chrIV	255020	255250	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_447	28	.	1.25673	3.86715	2.83534	87
chrIV	256060	256521	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_448	31	.	1.27342	4.18771	3.11683	305
chrIV	257695	257899	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_449	21	.	1.22518	3.13512	2.19582	109
chrIV	258551	258885	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_450	67	.	1.41812	8.25951	6.77078	101
chrIV	264092	264527	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_451	60	.	1.39401	7.48848	6.07100	288
chrIV	264975	265385	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_452	64	.	1.40848	7.94676	6.48689	260
chrIV	271856	272484	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_453	127	.	1.58462	14.91352	12.77248	311
chrIV	273743	274536	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_454	62	.	1.39533	7.65755	6.22459	125
chrIV	281782	282250	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_455	81	.	1.46154	9.73717	8.11060	173
chrIV	286694	287051	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_456	41	.	1.32165	5.39520	4.18851	275
chrIV	289545	289970	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_457	49	.	1.34466	6.19063	4.90285	285
chrIV	292518	292841	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_458	34	.	1.27609	4.58389	3.46855	239
chrIV	294744	295081	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_459	38	.	1.29806	5.04043	3.87279	157
chrIV	296281	297010	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_460	79	.	1.43966	9.51810	7.91515	204
chrIV	302726	302976	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_461	34	.	1.27656	4.53150	3.42248	187
chrIV	304781	305135	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_462	55	.	1.34354	6.91181	5.54965	120
chrIV	307689	308523	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_463	101	.	1.46105	11.98008	10.13964	343
chrIV	310086	310412	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_464	54	.	1.32306	6.80156	5.45108	143
chrIV	312350	313020	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_465	37	.	1.26272	4.90429	3.75149	376
chrIV	321645	322245	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_466	158	.	1.63193	18.43689	15.87802	314
chrIV	323586	324054	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_467	75	.	1.42462	9.06239	7.50245	308
chrIV	330410	331033	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_468	129	.	1.56823	15.15236	12.98609	429
chrIV	340320	340541	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_471	36	.	1.28522	4.79510	3.65479	128
chrIV	341192	341641	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_472	92	.	1.47570	10.98679	9.24013	209
chrIV	344889	345672	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_474	69	.	1.42295	8.41806	6.91466	507
chrIV	355294	356072	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_475	60	.	1.39401	7.48848	6.07100	102
chrIV	356798	358901	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_476	158	.	1.66619	18.44889	15.88857	684
chrIV	363584	363860	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_477	48	.	1.32348	6.13572	4.85455	91
chrIV	366025	366988	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_478	116	.	1.51175	13.68924	11.66950	285
chrIV	368179	369556	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_479	118	.	1.52299	13.90891	11.86714	750
chrIV	375144	375592	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_481	38	.	1.30325	5.04579	3.87772	158
chrIV	376478	376768	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_482	31	.	1.26871	4.19854	3.12671	238
chrIV	378111	379071	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_483	106	.	1.53177	12.59143	10.69020	418
chrIV	381419	381802	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_484	63	.	1.40365	7.79256	6.34682	232
chrIV	386493	387512	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_485	155	.	1.66413	18.08087	15.56301	529
chrIV	392176	392880	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_486	123	.	1.58213	14.42544	12.33266	344
chrIV	393832	394173	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_487	38	.	1.30718	5.01686	3.85108	143
chrIV	397137	397381	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_488	42	.	1.31339	5.42028	4.21159	112
chrIV	399012	399445	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_489	83	.	1.45484	9.95582	8.30937	134
chrIV	403298	403799	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_490	66	.	1.38400	8.09606	6.62618	168
chrIV	404918	405237	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_491	40	.	1.28889	5.19175	4.00840	76
chrIV	407542	407748	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_492	37	.	1.26413	4.88333	3.73597	87
chrIV	410642	411699	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_493	50	.	1.30250	6.40769	5.09841	660
chrIV	413279	413509	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_494	40	.	1.26245	5.18403	4.00134	126
chrIV	416857	417419	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_495	56	.	1.32541	6.98642	5.61911	196
chrIV	428544	428774	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_496	23	.	1.19322	3.25664	2.30219	133
chrIV	431365	432374	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_497	56	.	1.32279	7.01820	5.64870	887
chrIV	433430	434101	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_498	31	.	1.24140	4.22512	3.15108	96
chrIV	437829	438151	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_499	77	.	1.43780	9.38312	7.79328	206
chrIV	439349	439598	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_500	27	.	1.25283	3.78784	2.76684	201
chrIV	442310	443057	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_501	52	.	1.36507	6.61127	5.27858	260
chrIV	444029	444528	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_502	34	.	1.28768	4.56966	3.45549	273
chrIV	447463	448036	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_503	147	.	1.64483	17.18790	14.77597	251
chrIV	454864	455392	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_504	108	.	1.53132	12.78670	10.86475	183
chrIV	461179	461970	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_505	78	.	1.38969	9.43902	7.84116	339
chrIV	462442	462998	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_506	55	.	1.32525	6.96508	5.59920	191
chrIV	465064	465700	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_508	81	.	1.39883	9.82609	8.19323	219
chrIV	470415	471806	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_510	102	.	1.52424	12.07017	10.21794	1166
chrIV	478721	479105	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_512	54	.	1.37038	6.84696	5.49327	237
chrIV	481682	482115	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_513	41	.	1.30404	5.34349	4.14459	202
chrIV	483840	484137	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_515	33	.	1.26713	4.41551	3.31908	223
chrIV	485380	485695	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_516	24	.	1.22411	3.45675	2.47631	184
chrIV	489100	489479	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_517	69	.	1.39765	8.46257	6.95628	154
chrIV	490887	491547	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_518	159	.	1.63306	18.48184	15.91853	403
chrIV	494320	494754	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_519	52	.	1.36507	6.61127	5.27858	237
chrIV	494865	495111	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_520	41	.	1.32165	5.39520	4.18851	99
chrIV	504753	505100	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_521	64	.	1.40848	7.94676	6.48689	111
chrIV	505423	506525	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_522	179	.	1.72201	20.87782	17.94167	799
chrIV	506966	507973	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_523	196	.	1.76060	22.83874	19.60923	436
chrIV	509406	509768	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_524	55	.	1.37471	6.89780	5.53664	135
chrIV	512149	513046	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_525	103	.	1.52907	12.25912	10.38754	174
chrIV	521447	521920	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_526	95	.	1.50495	11.32775	9.54792	201
chrIV	524616	525594	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_527	140	.	1.62554	16.31497	14.00717	382
chrIV	538766	539811	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_528	132	.	1.60624	15.46233	13.25700	423
chrIV	541388	542659	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_529	103	.	1.51145	12.25838	10.38754	950
chrIV	543646	544119	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_530	93	.	1.45607	11.07605	9.32325	216
chrIV	545913	546307	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_531	75	.	1.40209	9.12203	7.55423	228
chrIV	548436	548708	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_532	26	.	1.22779	3.70762	2.69735	182
chrIV	550577	551683	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_533	163	.	1.63500	19.01334	16.37276	558
chrIV	552912	553247	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_534	36	.	1.27797	4.80491	3.66381	82
chrIV	556439	557102	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_535	191	.	1.74708	22.30339	19.16621	336
chrIV	560765	561089	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_536	46	.	1.32743	5.86166	4.60903	234
chrIV	562403	563542	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_537	180	.	1.71329	20.97108	18.02745	702
chrIV	569781	570178	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_538	60	.	1.39180	7.49589	6.07789	273
chrIV	570265	570625	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_539	44	.	1.32865	5.65884	4.42458	124
chrIV	573691	574262	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_540	121	.	1.56775	14.24680	12.17094	181
chrIV	575799	576125	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_541	49	.	1.34286	6.27017	4.97498	133
chrIV	578351	578700	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_542	44	.	1.31266	5.72537	4.48651	242
chrIV	579067	579500	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_543	62	.	1.37770	7.65964	6.22653	168
chrIV	587763	588110	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_544	40	.	1.29628	5.26656	4.07442	177
chrIV	589435	589770	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_545	37	.	1.28390	4.90906	3.75586	229
chrIV	591526	592413	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_546	172	.	1.66710	19.99401	17.21025	381
chrIV	593558	593790	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_547	43	.	1.31208	5.54204	4.32049	88
chrIV	598324	598538	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_548	32	.	1.26248	4.33297	3.24595	84
chrIV	599279	600832	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_549	169	.	1.65233	19.67797	16.94909	724
chrIV	610046	610347	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_551	64	.	1.40848	7.94676	6.48689	126
chrIV	616305	617586	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_552	79	.	1.45671	9.56733	7.95689	956
chrIV	621524	621976	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_553	64	.	1.40848	7.94676	6.48689	158
chrIV	625950	626437	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_554	96	.	1.50759	11.47543	9.68552	156
chrIV	628576	629162	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_555	74	.	1.42549	9.03879	7.48104	247
chrIV	629550	629953	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_556	35	.	1.27498	4.62089	3.50247	312
chrIV	630615	630925	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_557	36	.	1.27570	4.73791	3.60607	159
chrIV	635755	637246	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_558	114	.	1.51084	13.49054	11.49136	535
chrIV	644870	645078	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_560	60	.	1.39401	7.48848	6.07100	95
chrIV	652408	652796	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_561	85	.	1.47601	10.25496	8.57892	241
chrIV	653013	653425	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_562	70	.	1.42777	8.57795	7.05988	118
chrIV	654688	655034	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_563	44	.	1.33130	5.65496	4.42102	89
chrIV	657482	657799	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_564	47	.	1.34577	6.05582	4.78049	134
chrIV	664854	665175	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_565	25	.	1.24448	3.53731	2.54591	80
chrIV	679982	680575	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_566	134	.	1.61107	15.67355	13.44447	281
chrIV	681509	682066	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_567	70	.	1.42777	8.57795	7.05988	426
chrIV	690434	690832	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_568	63	.	1.40365	7.79256	6.34682	210
chrIV	693186	693538	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_569	67	.	1.41812	8.25951	6.77078	219
chrIV	694053	694477	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_570	91	.	1.49204	10.89530	9.16008	156
chrIV	699365	700261	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_571	145	.	1.59928	16.97457	14.58891	354
chrIV	703861	704608	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_572	91	.	1.45599	10.85135	9.11930	352
chrIV	709208	709792	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_573	56	.	1.36644	7.00259	5.63417	285
chrIV	712852	713124	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_574	35	.	1.28929	4.65937	3.53399	100
chrIV	715288	715691	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_576	49	.	1.35059	6.19247	4.90285	162
chrIV	720429	721006	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_577	93	.	1.50012	11.14548	9.38292	202
chrIV	721408	723003	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_578	225	.	1.82813	26.45057	22.52287	497
chrIV	727490	728278	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_579	69	.	1.42295	8.41806	6.91466	433
chrIV	730182	730633	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_580	76	.	1.44707	9.23188	7.65254	191
chrIV	734001	734504	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_581	70	.	1.42777	8.57795	7.05988	173
chrIV	734527	735000	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_582	34	.	1.28789	4.53380	3.42248	259
chrIV	735124	735365	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_583	20	.	1.21554	2.94349	2.02997	130
chrIV	746121	746827	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_585	115	.	1.54806	13.53171	11.52963	321
chrIV	748287	748671	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_586	38	.	1.29771	5.06073	3.89151	263
chrIV	750762	751605	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_587	63	.	1.38556	7.75766	6.31815	216
chrIV	753151	753469	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_588	34	.	1.28789	4.53380	3.42248	76
chrIV	755132	755607	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_589	110	.	1.54836	13.02838	11.07589	212
chrIV	762739	763473	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_590	44	.	1.33130	5.65496	4.42102	552
chrIV	763749	764005	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_591	29	.	1.25792	3.98179	2.93625	175
chrIV	765162	765619	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_592	88	.	1.43690	10.49886	8.80112	189
chrIV	768012	768428	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_593	58	.	1.34605	7.21773	5.82665	186
chrIV	768942	769596	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_594	130	.	1.54685	15.24181	13.06798	330
chrIV	769754	770443	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_595	86	.	1.43808	10.27881	8.60099	447
chrIV	771649	771903	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_596	46	.	1.31286	5.86862	4.61547	136
chrIV	775486	776142	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_597	60	.	1.38929	7.42849	6.01896	349
chrIV	794137	794534	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_599	62	.	1.39883	7.63978	6.20807	130
chrIV	795868	796080	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_600	21	.	1.22036	3.03854	2.11207	43
chrIV	802106	802588	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_601	69	.	1.42295	8.41806	6.91466	291
chrIV	805833	806579	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_602	112	.	1.55318	13.22403	11.25025	402
chrIV	807482	808384	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_603	125	.	1.58695	14.63020	12.51627	580
chrIV	811621	812316	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_604	124	.	1.55049	14.49963	12.40116	319
chrIV	816453	816877	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_605	70	.	1.42777	8.57795	7.05988	158
chrIV	830183	830562	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_606	36	.	1.27212	4.75053	3.61768	76
chrIV	831481	831698	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_607	51	.	1.31963	6.46091	5.14749	115
chrIV	832507	832739	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_608	38	.	1.27237	5.06263	3.89327	73
chrIV	835563	836533	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_609	95	.	1.44213	11.28537	9.51311	389
chrIV	842001	842436	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_610	92	.	1.47423	10.99813	9.25078	251
chrIV	847880	848502	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_611	69	.	1.42064	8.40295	6.90445	272
chrIV	857839	858288	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_612	51	.	1.34567	6.45060	5.13793	145
chrIV	858720	859372	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_613	79	.	1.42955	9.56579	7.95689	408
chrIV	861455	861719	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_614	51	.	1.32393	6.42318	5.11267	80
chrIV	864782	865343	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_615	36	.	1.25935	4.75973	3.62611	301
chrIV	866562	868409	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_616	96	.	1.43946	11.44951	9.66157	312
chrIV	870369	871193	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_618	202	.	1.77507	23.59360	20.22663	506
chrIV	884594	884899	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_620	60	.	1.39401	7.48848	6.07100	63
chrIV	886763	887363	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_621	100	.	1.51942	11.88250	10.04893	252
chrIV	888870	889450	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_622	60	.	1.34471	7.49935	6.08112	399
chrIV	892260	892648	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_623	53	.	1.31448	6.69825	5.35920	218
chrIV	893456	894657	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_624	90	.	1.41596	10.77400	9.05175	636
chrIV	909178	910092	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_625	101	.	1.51246	11.96075	10.12163	622
chrIV	914697	915446	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_626	140	.	1.62310	16.31676	14.00878	378
chrIV	916047	916453	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_627	93	.	1.49624	11.11991	9.36377	193
chrIV	921336	921978	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_628	56	.	1.35000	7.00564	5.63700	281
chrIV	923734	924090	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_629	60	.	1.34647	7.50046	6.08212	179
chrIV	926910	927267	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_630	46	.	1.28645	5.93902	4.67661	185
chrIV	929265	929476	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_631	29	.	1.22387	3.95785	2.91819	152
chrIV	930207	931232	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_632	73	.	1.37542	8.92504	7.37489	472
chrIV	935824	936099	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_633	19	.	1.19928	2.86052	1.95873	160
chrIV	940764	941131	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_634	58	.	1.38436	7.19020	5.80099	133
chrIV	946524	946818	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_636	52	.	1.36507	6.61127	5.27858	82
chrIV	950103	950406	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_637	48	.	1.34376	6.15001	4.86783	214
chrIV	952405	952752	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_638	103	.	1.50432	12.24701	10.38179	122
chrIV	954806	955798	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_639	129	.	1.55658	15.13517	12.97032	598
chrIV	960005	960462	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_640	60	.	1.36773	7.51422	6.09489	76
chrIV	963100	963361	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_641	32	.	1.26752	4.30487	3.22025	108
chrIV	964378	965140	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_642	175	.	1.69743	20.40066	17.54350	458
chrIV	967783	968117	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_643	30	.	1.26859	4.07538	3.01797	256
chrIV	971387	971703	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_644	46	.	1.34095	5.92072	4.65968	122
chrIV	975987	977067	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_645	159	.	1.67377	18.53483	15.95877	385
chrIV	977121	977475	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_646	40	.	1.31683	5.26754	4.07442	154
chrIV	979231	979521	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_647	33	.	1.28307	4.41689	3.31908	168
chrIV	992884	993243	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_648	85	.	1.47601	10.25496	8.57892	214
chrIV	995272	995953	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_649	95	.	1.50495	11.32775	9.54792	346
chrIV	998343	998752	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_650	67	.	1.41451	8.20764	6.72660	265
chrIV	1002093	1002522	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_651	59	.	1.38918	7.33860	5.93541	309
chrIV	1003576	1003857	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_652	58	.	1.38436	7.19020	5.80099	171
chrIV	1005267	1005600	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_653	33	.	1.28242	4.40314	3.31025	71
chrIV	1007827	1009042	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_654	121	.	1.57058	14.26717	12.18997	892
chrIV	1011391	1012037	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_655	147	.	1.61010	17.18315	14.77597	334
chrIV	1013647	1014337	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_656	101	.	1.49344	12.03477	10.19021	237
chrIV	1015857	1016495	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_657	113	.	1.51515	13.28376	11.30526	346
chrIV	1022383	1022880	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_658	97	.	1.50977	11.51130	9.71418	311
chrIV	1030196	1030651	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_659	55	.	1.37471	6.89780	5.53664	272
chrIV	1031627	1032331	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_660	134	.	1.60888	15.63956	13.42030	352
chrIV	1039646	1039867	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_661	44	.	1.33130	5.65496	4.42102	107
chrIV	1045026	1045521	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_662	59	.	1.38729	7.33202	5.93318	299
chrIV	1049314	1049939	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_663	117	.	1.55067	13.80560	11.77733	284
chrIV	1050168	1050609	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_664	97	.	1.49643	11.53703	9.73812	274
chrIV	1052393	1052620	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_665	37	.	1.28868	4.91655	3.76279	118
chrIV	1054922	1055194	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_666	36	.	1.28407	4.79472	3.65445	208
chrIV	1055762	1056585	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_667	162	.	1.66313	18.81805	16.20681	320
chrIV	1057774	1058018	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_668	32	.	1.27824	4.30149	3.21717	58
chrIV	1058912	1059652	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_669	79	.	1.45671	9.56733	7.95689	465
chrIV	1067391	1067771	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_670	54	.	1.36989	6.75374	5.40668	93
chrIV	1071468	1071822	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_671	81	.	1.46154	9.73717	8.11060	195
chrIV	1075103	1075461	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_672	59	.	1.38918	7.33860	5.93541	138
chrIV	1075674	1075969	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_673	46	.	1.33864	5.88252	4.62831	122
chrIV	1080256	1080968	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_674	208	.	1.78954	24.35892	20.84454	339
chrIV	1095306	1095613	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_676	56	.	1.37954	7.04326	5.66801	186
chrIV	1103466	1103879	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_677	43	.	1.32648	5.52431	4.30413	308
chrIV	1110044	1110595	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_678	32	.	1.27824	4.30149	3.21717	370
chrIV	1129318	1129642	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_679	45	.	1.33612	5.78707	4.53967	267
chrIV	1130927	1131204	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_680	23	.	1.23483	3.33306	2.36790	116
chrIV	1135314	1135888	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_682	116	.	1.52393	13.67030	11.65206	201
chrIV	1140509	1140955	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_683	59	.	1.34653	7.30413	5.90704	282
chrIV	1147216	1147652	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_684	41	.	1.30014	5.36278	4.16241	183
chrIV	1150488	1150764	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_685	51	.	1.36024	6.47010	5.15178	165
chrIV	1153633	1153971	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_686	37	.	1.30236	4.89381	3.74179	79
chrIV	1156114	1156930	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_687	189	.	1.74613	22.09451	18.97301	244
chrIV	1157256	1157586	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_688	55	.	1.37471	6.89780	5.53664	188
chrIV	1161513	1162400	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_689	185	.	1.73648	21.60423	18.56068	298
chrIV	1162574	1162959	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_690	76	.	1.44707	9.23188	7.65254	163
chrIV	1164567	1166141	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_691	193	.	1.74006	22.47743	19.30581	524
chrIV	1166240	1167113	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_692	72	.	1.40442	8.80587	7.26831	158
chrIV	1168816	1169098	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_693	31	.	1.26177	4.17859	3.11230	227
chrIV	1171989	1172326	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_694	55	.	1.37471	6.89780	5.53664	99
chrIV	1174132	1175069	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_695	85	.	1.47601	10.25496	8.57892	846
chrIV	1178087	1178625	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_696	94	.	1.49820	11.24486	9.47572	351
chrIV	1181284	1181651	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_697	44	.	1.31614	5.64318	4.41410	166
chrIV	1182956	1184146	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_698	146	.	1.62475	17.04169	14.65103	753
chrIV	1184201	1184818	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_699	139	.	1.59971	16.19715	13.90915	302
chrIV	1185866	1186136	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_700	22	.	1.21591	3.18706	2.24282	197
chrIV	1188990	1189435	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_701	56	.	1.37954	7.04326	5.66801	126
chrIV	1189521	1190075	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_702	119	.	1.57248	14.01978	11.96490	260
chrIV	1194883	1195438	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_703	90	.	1.49048	10.78518	9.05755	313
chrIV	1196308	1196582	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_704	44	.	1.33130	5.65496	4.42102	209
chrIV	1201833	1202228	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_705	60	.	1.39401	7.48848	6.07100	222
chrIV	1213534	1213998	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_707	76	.	1.44707	9.23188	7.65254	321
chrIV	1214855	1215476	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_708	54	.	1.36989	6.75374	5.40668	366
chrIV	1219069	1219383	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_709	30	.	1.26859	4.07538	3.01797	61
chrIV	1222376	1222733	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_710	50	.	1.35542	6.33054	5.02675	89
chrIV	1228265	1228627	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_711	60	.	1.39401	7.48848	6.07100	271
chrIV	1229427	1229968	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_712	65	.	1.40165	7.99002	6.52724	380
chrIV	1233498	1234101	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_713	126	.	1.55124	14.78569	12.66029	369
chrIV	1236031	1236516	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_714	54	.	1.34030	6.83690	5.48390	244
chrIV	1238062	1238373	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_715	28	.	1.22597	3.82943	2.80491	158
chrIV	1238765	1239486	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_716	64	.	1.37302	7.85045	6.40081	302
chrIV	1240571	1241183	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_717	96	.	1.50372	11.38650	9.60269	310
chrIV	1242019	1243180	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_719	227	.	1.81759	26.78973	22.78598	909
chrIV	1245843	1249310	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_720	118	.	1.56250	13.87483	11.83522	200
chrIV	1249790	1250006	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_721	40	.	1.28671	5.20340	4.01916	120
chrIV	1251550	1252560	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_722	134	.	1.55190	15.66066	13.43932	352
chrIV	1254638	1254960	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_723	42	.	1.30756	5.41514	4.20679	104
chrIV	1262917	1263259	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_724	54	.	1.36989	6.75374	5.40668	85
chrIV	1266750	1267405	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_725	87	.	1.45911	10.39576	8.70961	433
chrIV	1269420	1270024	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_726	78	.	1.41768	9.41163	7.81579	311
chrIV	1276204	1276415	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_727	19	.	1.18022	2.87348	1.97037	22
chrIV	1278105	1279084	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_728	71	.	1.36408	8.69485	7.16876	779
chrIV	1279389	1279726	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_729	40	.	1.26684	5.22524	4.03939	193
chrIV	1287881	1288361	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_730	83	.	1.44115	9.95914	8.31251	347
chrIV	1288889	1289368	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_731	114	.	1.53431	13.48659	11.48771	267
chrIV	1292061	1292321	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_732	30	.	1.26420	4.13790	3.07510	77
chrIV	1300961	1301658	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_733	162	.	1.67507	18.83105	16.21844	388
chrIV	1305093	1305487	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_734	36	.	1.29754	4.77224	3.63379	288
chrIV	1305689	1306749	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_735	159	.	1.67377	18.53483	15.95877	211
chrIV	1317508	1318110	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_736	75	.	1.44224	9.06631	7.50245	351
chrIV	1319094	1319536	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_737	81	.	1.45255	9.80290	8.17148	193
chrIV	1319732	1320128	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_738	42	.	1.31507	5.49208	4.27812	71
chrIV	1325268	1325596	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_740	49	.	1.34237	6.25767	4.96339	239
chrIV	1328526	1328804	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_741	29	.	1.25741	4.03861	2.98815	229
chrIV	1330831	1331138	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_742	51	.	1.34473	6.44399	5.13181	113
chrIV	1336082	1336390	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_745	29	.	1.25152	4.01045	2.96243	258
chrIV	1337926	1338180	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_746	37	.	1.28783	4.93677	3.78132	163
chrIV	1344044	1344613	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_748	85	.	1.47601	10.25496	8.57892	235
chrIV	1344978	1345738	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_749	200	.	1.77024	23.34078	20.02282	471
chrIV	1355561	1356088	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_750	125	.	1.58695	14.63020	12.51627	216
chrIV	1358922	1359268	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_751	32	.	1.27033	4.29421	3.21429	257
chrIV	1359353	1359915	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_752	106	.	1.51941	12.55906	10.66027	310
chrIV	1360853	1361169	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_753	35	.	1.28239	4.70316	3.57420	127
chrIV	1362170	1362738	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_754	169	.	1.64720	19.65389	16.92779	335
chrIV	1367092	1367603	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_756	54	.	1.36368	6.77190	5.42348	343
chrIV	1369427	1369758	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_757	50	.	1.35542	6.33054	5.02675	245
chrIV	1384781	1385125	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_758	49	.	1.35059	6.19247	4.90285	189
chrIV	1385770	1386043	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_759	33	.	1.28307	4.41689	3.31908	74
chrIV	1397607	1398057	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_760	38	.	1.30718	5.01686	3.85108	389
chrIV	1398665	1399190	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_761	84	.	1.47118	10.08099	8.42163	316
chrIV	1401343	1401760	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_762	145	.	1.64001	16.96774	14.58263	229
chrIV	1402841	1403093	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_763	41	.	1.32165	5.39520	4.18851	133
chrIV	1409136	1409599	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_764	29	.	1.26492	4.02343	2.97428	269
chrIV	1410003	1412121	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_765	94	.	1.48623	11.20677	9.44025	322
chrIV	1414303	1414546	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_766	24	.	1.21466	3.37079	2.40214	62
chrIV	1416919	1417476	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_767	109	.	1.50420	12.92129	10.98358	219
chrIV	1420125	1421146	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_768	170	.	1.66770	19.82296	17.06799	657
chrIV	1428912	1429523	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_769	191	.	1.71577	22.36066	19.19777	343
chrIV	1434227	1434847	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_770	82	.	1.44231	9.89021	8.25278	350
chrIV	1435946	1436231	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_771	26	.	1.24328	3.66857	2.66166	218
chrIV	1436634	1436887	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_772	34	.	1.27913	4.52577	3.41886	64
chrIV	1441148	1441431	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_773	30	.	1.27050	4.13904	3.07613	96
chrIV	1443251	1443948	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_774	78	.	1.45189	9.39891	7.80399	376
chrIV	1445457	1445889	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_775	70	.	1.42777	8.57795	7.05988	277
chrIV	1450814	1451135	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_776	55	.	1.37471	6.89780	5.53664	122
chrIV	1452845	1453308	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_777	82	.	1.46636	9.90836	8.26568	131
chrIV	1454310	1455190	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_778	185	.	1.73561	21.57030	18.54759	412
chrIV	1455932	1456157	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_779	24	.	1.23480	3.44896	2.46925	76
chrIV	1459283	1460491	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_780	138	.	1.60975	16.14194	13.85883	436
chrIV	1461963	1462300	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_781	31	.	1.26807	4.17278	3.10701	61
chrIV	1465891	1466231	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_782	39	.	1.29284	5.11220	3.93897	268
chrIV	1468464	1469371	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_783	146	.	1.59606	17.01438	14.62612	341
chrIV	1469714	1470085	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_784	34	.	1.26598	4.51930	3.41293	256
chrIV	1476517	1477234	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_785	129	.	1.55122	15.08047	12.92008	386
chrIV	1478261	1478733	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_786	59	.	1.36172	7.30198	5.90503	301
chrIV	1480139	1480525	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_787	33	.	1.26630	4.50317	3.39818	237
chrIV	1487295	1487653	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_788	32	.	1.25418	4.35400	3.26526	66
chrIV	1488868	1489520	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_789	97	.	1.45608	11.49211	9.70111	348
chrIV	1489851	1490720	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_790	80	.	1.41176	9.64902	8.03294	217
chrIV	1490835	1491088	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_791	40	.	1.28928	5.28273	4.08844	179
chrIV	1493242	1493450	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_792	44	.	1.30592	5.67122	4.43605	106
chrIV	1493965	1494268	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_793	44	.	1.31099	5.68242	4.44648	92
chrIV	1496597	1496873	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_794	37	.	1.29481	4.88046	3.73330	199
chrIV	1497708	1498184	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_795	71	.	1.41271	8.68208	7.15686	238
chrIV	1500453	1500920	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_796	64	.	1.40514	7.87918	6.42761	275
chrIV	1502129	1502997	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_797	127	.	1.58573	14.91208	12.77117	427
chrIV	1506659	1507750	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_798	181	.	1.72683	21.11875	18.14668	834
chrIV	1509628	1510095	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_799	44	.	1.33130	5.65496	4.42102	374
chrIV	1520488	1521342	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_801	132	.	1.60624	15.46233	13.25700	433
chrIV	1522598	1523075	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_802	123	.	1.58213	14.42544	12.33266	208
chrIX	27988	28213	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_803	19	.	1.21071	2.85010	1.94942	54
chrIX	28374	28944	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_804	56	.	1.37954	7.04326	5.66801	314
chrIX	33087	33488	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_805	34	.	1.27873	4.58060	3.46554	122
chrIX	34700	35011	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_806	35	.	1.28296	4.71630	3.58624	230
chrIX	35949	36260	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_807	36	.	1.28319	4.73455	3.60299	241
chrIX	36681	37078	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_808	29	.	1.25373	4.02584	2.97648	179
chrIX	39242	39533	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_809	38	.	1.29142	5.02256	3.85637	181
chrIX	41490	41901	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_810	58	.	1.36043	7.20729	5.81686	289
chrIX	45850	46258	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_811	58	.	1.34951	7.19277	5.80338	242
chrIX	47473	48075	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_812	26	.	1.22682	3.68614	2.67769	213
chrIX	60695	61157	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_816	87	.	1.46280	10.42834	8.73731	306
chrIX	62630	63015	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_817	63	.	1.40089	7.80922	6.36235	147
chrIX	68019	68881	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_818	229	.	1.83777	26.98485	22.92240	400
chrIX	69682	69946	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_819	36	.	1.29833	4.80400	3.66299	65
chrIX	73514	74034	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_820	25	.	1.24336	3.55691	2.56363	119
chrIX	77484	78156	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_822	123	.	1.57315	14.47305	12.37681	481
chrIX	84579	85253	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_823	107	.	1.50559	12.67955	10.76597	351
chrIX	88403	88741	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_824	49	.	1.33305	6.29182	4.99500	190
chrIX	89625	90045	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_825	31	.	1.25827	4.20370	3.13142	66
chrIX	96345	96791	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_826	84	.	1.45121	10.06291	8.40888	294
chrIX	97158	97696	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_827	71	.	1.41031	8.65818	7.13453	366
chrIX	99347	99973	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_828	152	.	1.64284	17.71743	15.24449	365
chrIX	102249	102711	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_829	66	.	1.41330	8.10245	6.62832	266
chrIX	113284	113749	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_830	76	.	1.44707	9.23188	7.65254	263
chrIX	116844	117088	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_831	24	.	1.23965	3.43438	2.45609	77
chrIX	117549	118095	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_832	84	.	1.47118	10.08099	8.42163	182
chrIX	122113	122622	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_833	73	.	1.42008	8.95056	7.39886	304
chrIX	127053	128203	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_835	111	.	1.49615	13.10492	11.14661	768
chrIX	129818	130225	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_836	93	.	1.44836	11.10845	9.35321	236
chrIX	131836	132245	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_837	68	.	1.37350	8.33213	6.83857	215
chrIX	136015	136474	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_838	51	.	1.32092	6.41828	5.10813	168
chrIX	138082	139642	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_839	108	.	1.48128	12.73348	10.81572	565
chrIX	141712	142105	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_840	115	.	1.52115	13.50113	11.50118	170
chrIX	142448	143219	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_841	116	.	1.53017	13.62008	11.60549	223
chrIX	148782	149352	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_842	116	.	1.56283	13.61930	11.60481	263
chrIX	149996	150634	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_843	105	.	1.52493	12.43608	10.55210	257
chrIX	151313	151638	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_844	54	.	1.35775	6.82710	5.47477	245
chrIX	154569	155571	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_845	110	.	1.52854	13.00635	11.06121	403
chrIX	155640	156184	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_846	52	.	1.35271	6.52450	5.20224	152
chrIX	160356	160734	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_847	44	.	1.33130	5.65496	4.42102	98
chrIX	165613	166671	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_848	208	.	1.78954	24.35892	20.84454	558
chrIX	173501	173723	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_849	41	.	1.31804	5.35888	4.15880	127
chrIX	177424	178358	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_850	164	.	1.64145	19.04733	16.40306	252
chrIX	187528	187945	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_852	59	.	1.37536	7.32573	5.92729	223
chrIX	193137	193568	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_853	79	.	1.45167	9.55709	7.95109	279
chrIX	197657	198026	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_855	77	.	1.44379	9.37754	7.78805	187
chrIX	199321	199780	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_856	59	.	1.38264	7.31482	5.91704	335
chrIX	201972	202343	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_857	40	.	1.31683	5.26754	4.07442	311
chrIX	204593	205064	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_858	36	.	1.29754	4.77224	3.63379	356
chrIX	211952	212732	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_859	155	.	1.66413	18.08087	15.56301	310
chrIX	214449	215242	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_860	80	.	1.44483	9.70249	8.08264	513
chrIX	215820	216281	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_861	93	.	1.46475	11.09021	9.33640	218
chrIX	216448	216796	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_862	40	.	1.29442	5.22024	4.03479	108
chrIX	220678	221109	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_863	49	.	1.33666	6.19810	4.90809	303
chrIX	222473	223039	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_864	182	.	1.71173	21.23009	18.25043	305
chrIX	230968	231444	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_865	80	.	1.44456	9.69447	8.07517	171
chrIX	232309	233087	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_866	171	.	1.67488	19.91390	17.14878	392
chrIX	235445	235690	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_867	41	.	1.30462	5.31336	4.11663	169
chrIX	237714	238004	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_868	49	.	1.33797	6.23206	4.93963	127
chrIX	243158	244084	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_869	86	.	1.44523	10.30374	8.62418	566
chrIX	244420	244755	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_870	38	.	1.27762	4.96099	3.80354	257
chrIX	248919	249915	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_871	186	.	1.69281	21.71046	18.65758	338
chrIX	254201	254998	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_872	117	.	1.51552	13.79781	11.77019	385
chrIX	255851	256170	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_873	26	.	1.22619	3.65407	2.64844	284
chrIX	257120	257467	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_874	93	.	1.44763	11.10939	9.35411	125
chrIX	258200	258832	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_875	86	.	1.42492	10.29035	8.61177	359
chrIX	261106	261314	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_876	30	.	1.24396	4.05237	3.00077	164
chrIX	267749	268925	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_877	135	.	1.56161	15.78060	13.54239	380
chrIX	276183	276627	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_878	52	.	1.33225	6.55781	5.23306	157
chrIX	277438	277781	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_879	49	.	1.32336	6.21336	4.92229	190
chrIX	282840	283205	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_880	46	.	1.32476	5.94180	4.67917	230
chrIX	285119	285625	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_881	75	.	1.43158	9.11935	7.55176	368
chrIX	288952	289305	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_882	49	.	1.33929	6.26620	4.97132	117
chrIX	291685	292622	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_884	60	.	1.37301	7.50513	6.08644	798
chrIX	295726	296200	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_885	45	.	1.32180	5.83353	4.58287	206
chrIX	296357	296686	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_886	21	.	1.20996	3.05524	2.12717	258
chrIX	301366	301671	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_887	30	.	1.26313	4.15006	3.08621	192
chrIX	304034	304462	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_888	56	.	1.36560	7.01941	5.64981	127
chrIX	307892	308222	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_889	39	.	1.29882	5.10127	3.92889	119
chrIX	309015	309519	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_890	69	.	1.41650	8.48056	6.97302	316
chrIX	310551	311043	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_891	47	.	1.34076	6.02220	4.75360	300
chrIX	312535	312843	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_892	43	.	1.31796	5.53078	4.31008	91
chrIX	316228	317123	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_893	129	.	1.59287	15.12092	12.95726	264
chrIX	318028	318508	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_894	56	.	1.36923	6.97745	5.61075	158
chrIX	320992	321345	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_895	47	.	1.33148	6.01397	4.74595	187
chrIX	321846	322373	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_896	97	.	1.50219	11.59568	9.79275	330
chrIX	325390	325597	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_897	50	.	1.34739	6.36845	5.06195	168
chrIX	325810	326131	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_898	42	.	1.31603	5.45288	4.24178	204
chrIX	332523	333711	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_899	172	.	1.67420	20.08466	17.29041	292
chrIX	338206	339298	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_900	103	.	1.49598	12.24806	10.38274	789
chrIX	343799	344115	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_902	24	.	1.23069	3.42519	2.45146	147
chrIX	345363	345612	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_903	28	.	1.25134	3.92013	2.88382	70
chrIX	349700	350678	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_904	89	.	1.47797	10.67241	8.95776	577
chrIX	357064	357746	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_905	71	.	1.41734	8.62596	7.10462	110
chrIX	360361	361009	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_906	73	.	1.42791	8.93506	7.38427	313
chrIX	378213	378571	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_907	61	.	1.37995	7.61976	6.19340	226
chrIX	381991	382553	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_908	89	.	1.45467	10.66895	8.95456	339
chrIX	383776	384623	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_909	103	.	1.49122	12.23847	10.37393	583
chrIX	386486	387085	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_910	122	.	1.56264	14.37505	12.29107	260
chrIX	388334	389390	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_911	132	.	1.60624	15.46233	13.25700	284
chrIX	394451	395356	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_912	149	.	1.64965	17.40925	14.96983	462
chrIX	397015	397360	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_913	58	.	1.38436	7.19020	5.80099	195
chrIX	399467	399844	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_914	40	.	1.31683	5.26754	4.07442	261
chrIX	407843	408283	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_915	65	.	1.39247	7.97677	6.51487	269
chrIX	409040	409294	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_916	20	.	1.20711	2.96141	2.04607	212
chrIX	410237	411027	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_917	43	.	1.30813	5.62404	4.39646	574
chrIX	411984	412211	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_918	52	.	1.34122	6.58140	5.25498	110
chrIX	414807	415178	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_919	53	.	1.36114	6.70575	5.36619	211
chrIX	415631	416066	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_920	92	.	1.49268	11.00903	9.26097	156
chrIX	420758	420985	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_921	28	.	1.26071	3.90244	2.86761	49
chrIX	421671	422429	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_922	67	.	1.41425	8.27240	6.78278	400
chrIX	426985	427822	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_923	128	.	1.58152	15.00490	12.85746	393
chrIX	429309	429725	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_924	49	.	1.35059	6.19247	4.90285	118
chrIX	434931	436999	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_926	165	.	1.68824	19.22492	16.55319	1331
chrM	132	516	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_927	128	.	1.59660	15.04369	12.88629	172
chrM	685	1255	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_928	64	.	1.40848	7.94676	6.48689	195
chrM	1946	2484	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_929	82	.	1.46636	9.90836	8.26568	248
chrM	6395	6666	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_932	27	.	1.21517	3.73879	2.72585	49
chrM	7154	8045	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_933	49	.	1.29423	6.18542	4.90037	94
chrM	28523	28959	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_935	25	.	1.20498	3.55939	2.56589	174
chrM	31756	32096	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_936	38	.	1.26519	5.05107	3.88259	213
chrM	58035	58497	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_942	33	.	1.23604	4.50032	3.39556	213
chrM	60896	61105	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_943	16	.	1.15725	2.53945	1.68432	51
chrM	81721	82225	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_944	47	.	1.29704	5.97574	4.71076	222
chrM	83073	85640	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_945	200	.	1.76662	23.37372	20.05284	913
chrV	7519	8451	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_946	60	.	1.39401	7.48848	6.07100	233
chrV	12982	13702	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_947	80	.	1.44854	9.68125	8.06297	566
chrV	15839	16484	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_948	149	.	1.64965	17.40925	14.96983	273
chrV	16725	17084	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_949	37	.	1.30236	4.89381	3.74179	98
chrV	17646	18060	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_950	41	.	1.32165	5.39520	4.18851	231
chrV	18856	19090	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_951	35	.	1.29271	4.65227	3.52747	189
chrV	23455	23856	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_952	81	.	1.46154	9.73717	8.11060	152
chrV	26310	27559	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_953	90	.	1.49048	10.78518	9.05755	323
chrV	33527	34403	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_954	123	.	1.55984	14.42728	12.33432	237
chrV	39601	39923	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_955	60	.	1.36516	7.45942	6.04777	95
chrV	41958	42652	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_956	125	.	1.53303	14.67037	12.55345	275
chrV	42838	43406	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_957	40	.	1.28469	5.23097	4.04467	444
chrV	51608	52002	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_958	55	.	1.35124	6.89291	5.53603	223
chrV	53187	53904	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_959	163	.	1.63955	18.92481	16.30370	307
chrV	56196	56429	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_960	37	.	1.27825	4.87506	3.72833	117
chrV	58023	58395	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_961	40	.	1.29405	5.22501	4.03918	94
chrV	59155	59649	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_962	64	.	1.38852	7.92869	6.47383	157
chrV	60868	61182	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_963	31	.	1.25639	4.18409	3.11683	73
chrV	61625	61889	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_964	55	.	1.35228	6.88481	5.52845	82
chrV	63131	63476	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_965	34	.	1.26876	4.59707	3.48067	271
chrV	66743	67258	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_966	64	.	1.36741	7.86134	6.41095	307
chrV	68795	70458	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_967	124	.	1.52762	14.60043	12.49486	622
chrV	77343	77981	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_968	105	.	1.49822	12.45273	10.56183	266
chrV	78012	78243	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_969	26	.	1.22910	3.60716	2.60940	170
chrV	79912	80456	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_970	71	.	1.39178	8.72433	7.19614	305
chrV	84750	85643	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_971	108	.	1.48285	12.82283	10.89816	460
chrV	86071	86463	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_972	49	.	1.31820	6.21530	4.92407	219
chrV	89888	90391	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_973	72	.	1.40702	8.83959	7.29976	316
chrV	93905	94140	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_974	38	.	1.29835	5.06166	3.89239	89
chrV	97819	98067	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_975	38	.	1.29110	5.05603	3.88716	56
chrV	100293	100665	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_977	62	.	1.37889	7.69400	6.25869	92
chrV	101449	101959	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_978	57	.	1.35967	7.14750	5.76507	173
chrV	106106	106445	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_979	46	.	1.32236	5.86393	4.61115	80
chrV	106852	107288	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_980	90	.	1.46760	10.75359	9.03280	238
chrV	111076	111362	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_981	37	.	1.28600	4.94618	3.78992	194
chrV	115845	116145	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_982	27	.	1.22649	3.81448	2.79123	200
chrV	117425	118396	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_983	81	.	1.39415	9.72697	8.10528	472
chrV	122974	123734	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_984	68	.	1.35089	8.39021	6.89273	350
chrV	128309	128676	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_985	51	.	1.32148	6.48249	5.16333	248
chrV	138725	139132	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_987	70	.	1.41531	8.59103	7.07203	220
chrV	139377	139579	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_988	25	.	1.23518	3.50519	2.52034	88
chrV	140162	141772	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_989	197	.	1.74127	23.03496	19.78998	727
chrV	144004	144254	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_990	33	.	1.28307	4.41689	3.31908	56
chrV	152310	153561	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_991	192	.	1.72000	22.42918	19.26063	824
chrV	156386	156839	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_992	96	.	1.48081	11.45349	9.66517	140
chrV	166837	167183	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_994	28	.	1.25895	3.85547	2.82472	279
chrV	167528	167873	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_995	37	.	1.30236	4.89381	3.74179	92
chrV	171715	172127	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_996	66	.	1.41046	8.09553	6.62569	137
chrV	172385	172773	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_997	46	.	1.34092	5.92008	4.65968	171
chrV	174515	175103	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_998	133	.	1.59768	15.53927	13.32795	266
chrV	177524	177847	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_999	37	.	1.30085	4.93266	3.77754	249
chrV	178432	178873	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1000	73	.	1.42924	8.84736	7.30695	152
chrV	182272	182588	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1001	31	.	1.25896	4.24194	3.16645	112
chrV	186245	186505	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1002	28	.	1.22945	3.85544	2.82472	70
chrV	187912	188190	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1003	35	.	1.25286	4.71231	3.58260	159
chrV	191832	192664	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1004	72	.	1.36379	8.80133	7.26411	286
chrV	194622	195355	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1005	69	.	1.36859	8.41416	6.91466	271
chrV	204124	204603	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1006	54	.	1.35089	6.84635	5.49271	384
chrV	205058	205287	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1007	46	.	1.31849	5.86035	4.60786	159
chrV	207414	207701	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1008	50	.	1.33300	6.40930	5.09986	195
chrV	208339	208750	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1009	68	.	1.39182	8.33109	6.83759	230
chrV	211600	212495	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1010	85	.	1.45854	10.23760	8.56713	658
chrV	221181	221843	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1011	89	.	1.45756	10.62549	8.91370	427
chrV	222104	223131	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1012	142	.	1.59460	16.62692	14.28573	293
chrV	223172	223566	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1013	62	.	1.37800	7.70986	6.27358	177
chrV	225275	225840	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1014	107	.	1.49904	12.60849	10.70616	315
chrV	228305	228741	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1015	30	.	1.26089	4.05586	3.00395	98
chrV	229401	229810	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1016	40	.	1.31158	5.23902	4.05209	98
chrV	237163	237577	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1017	64	.	1.39750	7.87419	6.42299	247
chrV	238114	238648	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1018	98	.	1.49114	11.61428	9.81011	194
chrV	241666	243216	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1019	152	.	1.63688	17.72223	15.24884	491
chrV	246611	246955	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1020	41	.	1.31107	5.31863	4.12150	81
chrV	248311	248543	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1021	41	.	1.32165	5.39520	4.18851	157
chrV	250431	250713	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1022	44	.	1.33130	5.65496	4.42102	106
chrV	251352	251778	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1023	49	.	1.35059	6.19247	4.90285	270
chrV	254396	254708	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1024	37	.	1.30218	4.91908	3.76510	213
chrV	258036	258543	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1025	93	.	1.46722	11.14463	9.38292	255
chrV	259731	260610	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1026	104	.	1.49859	12.37047	10.49100	567
chrV	261122	262076	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1027	115	.	1.51552	13.56441	11.55975	569
chrV	265723	266509	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1028	151	.	1.62540	17.55462	15.10288	462
chrV	268256	269158	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1029	191	.	1.75095	22.34140	19.17982	362
chrV	280867	281447	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1031	134	.	1.61107	15.67355	13.44447	192
chrV	284303	285397	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1032	177	.	1.68901	20.68269	17.78078	407
chrV	287044	287920	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1033	144	.	1.63141	16.83940	14.47278	429
chrV	288167	288442	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1034	31	.	1.26950	4.23986	3.16456	101
chrV	292609	293018	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1035	73	.	1.43742	8.90210	7.35347	146
chrV	294830	295530	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1036	173	.	1.68417	20.18410	17.36557	377
chrV	298008	298716	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1037	121	.	1.52990	14.16702	12.10222	367
chrV	302404	302853	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1038	47	.	1.30798	5.99391	4.72751	325
chrV	303141	304071	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1039	110	.	1.49754	12.96679	11.02497	396
chrV	305739	306360	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1040	137	.	1.57819	15.99608	13.73407	336
chrV	311248	312036	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1041	169	.	1.67684	19.69377	16.95130	329
chrV	316502	316789	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1043	27	.	1.24101	3.79406	2.77251	244
chrV	318260	318937	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1044	88	.	1.45441	10.57745	8.87392	438
chrV	321837	322273	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1045	77	.	1.42497	9.29731	7.71333	204
chrV	335355	336172	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1047	45	.	1.27344	5.83831	4.58738	296
chrV	342177	342887	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1048	85	.	1.40820	10.20617	8.53796	401
chrV	343249	343530	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1049	45	.	1.29218	5.76848	4.52627	188
chrV	349351	350130	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1050	78	.	1.42321	9.39140	7.80099	293
chrV	353308	353874	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1051	79	.	1.42295	9.53138	7.92737	239
chrV	355015	356043	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1052	105	.	1.49810	12.44831	10.55878	198
chrV	359231	359657	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1053	52	.	1.34479	6.58902	5.26208	246
chrV	362062	362813	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1055	184	.	1.70002	21.44157	18.42897	403
chrV	367246	367987	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1056	55	.	1.36483	6.95930	5.59385	548
chrV	371857	372382	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1058	53	.	1.35231	6.69991	5.36075	183
chrV	374679	375141	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1059	38	.	1.30418	5.05257	3.88398	262
chrV	377734	378542	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1060	54	.	1.36989	6.75374	5.40668	268
chrV	382153	382575	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1061	52	.	1.35715	6.56385	5.23865	278
chrV	386030	386579	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1063	99	.	1.50972	11.74001	9.92204	218
chrV	386766	387196	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1064	70	.	1.42051	8.52198	7.01162	166
chrV	394006	394356	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1065	45	.	1.33568	5.84537	4.59396	178
chrV	396249	396915	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1066	117	.	1.54404	13.75681	11.73228	225
chrV	399171	399550	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1067	29	.	1.25033	3.97388	2.92897	272
chrV	400699	401111	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1068	77	.	1.42819	9.32159	7.73604	175
chrV	402087	402573	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1069	39	.	1.30375	5.14550	3.96581	214
chrV	404354	404721	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1070	38	.	1.30189	4.97074	3.81250	227
chrV	409267	409652	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1071	49	.	1.35059	6.19247	4.90285	178
chrV	414154	414605	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1072	74	.	1.42636	8.96463	7.41194	83
chrV	416467	416886	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1073	74	.	1.42560	8.99210	7.43754	257
chrV	422491	423669	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1074	156	.	1.63803	18.17749	15.65198	833
chrV	424346	424833	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1075	70	.	1.41136	8.54741	7.03536	227
chrV	430744	431409	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1077	171	.	1.70271	19.92610	17.14878	349
chrV	432068	432581	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1078	59	.	1.38918	7.33860	5.93541	178
chrV	432694	433124	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1079	43	.	1.32854	5.60616	4.37996	162
chrV	435390	435762	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1080	106	.	1.51180	12.53484	10.63783	165
chrV	437658	438034	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1081	41	.	1.29998	5.31591	4.11898	156
chrV	438313	438539	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1082	36	.	1.28429	4.81299	3.67122	128
chrV	438874	439804	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1083	140	.	1.61486	16.32713	14.01846	313
chrV	441659	442849	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1084	238	.	1.85707	28.06695	23.82284	527
chrV	456009	456399	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1085	45	.	1.33517	5.83302	4.58239	126
chrV	461403	462517	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1086	85	.	1.41612	10.20365	8.53563	622
chrV	472394	472696	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1088	35	.	1.24332	4.67707	3.55026	111
chrV	473819	475185	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1089	47	.	1.28523	6.02075	4.75227	481
chrV	482957	483505	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1090	95	.	1.46678	11.27352	9.50228	186
chrV	484154	484812	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1091	99	.	1.48489	11.80396	9.98162	371
chrV	488418	488825	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1092	47	.	1.34577	6.05582	4.78049	152
chrV	490784	491804	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1093	202	.	1.77507	23.59360	20.22663	436
chrV	491832	492320	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1094	121	.	1.57730	14.22192	12.14757	338
chrV	498692	499153	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1095	78	.	1.45189	9.39891	7.80399	164
chrV	500283	500651	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1096	39	.	1.31201	5.14146	3.96208	120
chrV	502877	503161	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1097	26	.	1.25144	3.70551	2.69543	169
chrV	503665	504155	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1098	47	.	1.34029	6.02825	4.75919	333
chrV	504746	505399	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1099	97	.	1.50313	11.59365	9.79086	230
chrV	509852	510362	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1100	62	.	1.38433	7.72277	6.28568	240
chrV	512195	512682	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1101	62	.	1.37788	7.70648	6.27041	224
chrV	514200	514505	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1102	38	.	1.28875	5.01270	3.85108	183
chrV	515555	515983	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1103	43	.	1.31771	5.54055	4.31912	249
chrV	516597	516942	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1104	79	.	1.44575	9.59669	7.98413	213
chrV	517550	517884	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1105	62	.	1.40061	7.73325	6.29544	253
chrV	522686	523130	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1106	117	.	1.56765	13.81886	11.78345	202
chrV	525602	526162	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1107	49	.	1.35059	6.19247	4.90285	140
chrV	526738	527457	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1108	92	.	1.49325	10.96415	9.21951	204
chrV	535980	536382	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1109	65	.	1.41123	8.04568	6.57929	259
chrV	539174	539599	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1110	55	.	1.36531	6.87372	5.51812	321
chrV	541387	541667	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1111	38	.	1.28498	4.96137	3.80387	54
chrV	544521	545631	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1112	109	.	1.48913	12.87445	10.94038	758
chrV	546410	546899	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1113	51	.	1.32832	6.51419	5.19261	150
chrV	549328	549769	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1114	31	.	1.24863	4.25448	3.17795	178
chrV	553879	554270	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1115	29	.	1.25271	4.03645	2.98617	306
chrV	559065	559362	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1116	42	.	1.30716	5.43513	4.22536	181
chrV	560338	560556	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1117	35	.	1.28296	4.72932	3.59821	127
chrV	562679	563082	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1118	42	.	1.31567	5.50657	4.29154	127
chrV	567502	567992	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1119	110	.	1.54836	13.02838	11.07589	280
chrVI	16374	16844	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1120	70	.	1.42777	8.57795	7.05988	303
chrVI	19484	19888	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1121	47	.	1.34414	6.06977	4.79333	273
chrVI	22736	23156	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1122	99	.	1.50516	11.72382	9.90687	185
chrVI	27430	27637	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1123	29	.	1.24417	3.95456	2.91519	83
chrVI	27836	28257	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1124	43	.	1.30232	5.51930	4.30330	149
chrVI	30771	31541	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1125	149	.	1.61758	17.38591	14.95606	435
chrVI	31951	32371	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1126	58	.	1.36895	7.23018	5.83833	272
chrVI	32711	33097	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1127	54	.	1.36285	6.84759	5.49387	139
chrVI	42474	42758	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1128	52	.	1.36507	6.61127	5.27858	91
chrVI	44393	45022	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1129	101	.	1.51600	12.04241	10.19735	281
chrVI	45427	45690	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1130	32	.	1.27997	4.37677	3.28612	101
chrVI	52801	53115	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1132	41	.	1.32165	5.39520	4.18851	173
chrVI	54823	55392	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1133	125	.	1.58695	14.63020	12.51627	255
chrVI	58463	58677	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1134	45	.	1.33612	5.78707	4.53967	102
chrVI	62558	63110	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1135	58	.	1.38436	7.19020	5.80099	190
chrVI	63596	64459	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1136	110	.	1.54836	13.02838	11.07589	495
chrVI	64823	65423	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1137	167	.	1.69307	19.45745	16.74923	276
chrVI	74323	75218	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1138	188	.	1.71319	21.93108	18.84011	542
chrVI	81595	82570	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1140	204	.	1.76570	23.80994	20.42737	627
chrVI	90222	91110	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1141	163	.	1.67309	18.95398	16.33018	432
chrVI	94929	96333	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1142	87	.	1.41399	10.39124	8.70542	909
chrVI	103152	103697	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1143	52	.	1.30131	6.57247	5.24666	312
chrVI	106378	106856	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1144	70	.	1.36092	8.60527	7.08534	284
chrVI	109964	110246	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1145	59	.	1.33586	7.31067	5.91316	204
chrVI	114028	114303	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1146	36	.	1.27375	4.77807	3.63917	145
chrVI	114420	114960	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1147	61	.	1.36168	7.53257	6.11199	279
chrVI	115583	116100	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1148	51	.	1.33520	6.41778	5.10768	353
chrVI	118489	118949	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1149	38	.	1.30021	4.97592	3.81721	342
chrVI	119008	119523	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1150	64	.	1.40276	7.86024	6.40993	185
chrVI	123067	123408	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1151	50	.	1.35542	6.33054	5.02675	267
chrVI	128586	128794	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1152	35	.	1.29271	4.65227	3.52747	71
chrVI	129793	130182	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1153	90	.	1.48637	10.78221	9.05755	140
chrVI	130930	131849	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1154	154	.	1.64392	17.98950	15.48655	581
chrVI	135720	136169	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1155	59	.	1.38918	7.33860	5.93541	172
chrVI	144016	144597	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1156	78	.	1.45189	9.39891	7.80399	133
chrVI	146820	147482	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1157	81	.	1.46154	9.73717	8.11060	303
chrVI	148096	149126	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1158	80	.	1.44179	9.71546	8.09459	776
chrVI	149673	149988	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1159	54	.	1.35983	6.78701	5.43753	115
chrVI	153088	153561	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1160	70	.	1.41497	8.60506	7.08515	298
chrVI	155712	156409	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1161	101	.	1.50589	11.94255	10.10489	347
chrVI	159152	159374	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1162	32	.	1.27353	4.28943	3.20992	184
chrVI	164561	165116	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1164	64	.	1.40187	7.95028	6.49017	254
chrVI	166202	166726	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1165	35	.	1.29271	4.65227	3.52747	360
chrVI	167662	167956	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1166	50	.	1.35542	6.33054	5.02675	53
chrVI	176449	177178	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1167	110	.	1.51528	12.95477	11.01397	303
chrVI	182790	183439	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1168	94	.	1.43663	11.18910	9.42376	413
chrVI	184071	184659	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1170	48	.	1.29894	6.08684	4.80920	139
chrVI	191786	192201	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1171	31	.	1.24554	4.21254	3.13952	259
chrVI	196327	196695	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1173	51	.	1.33185	6.46234	5.14880	180
chrVI	199208	199644	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1174	49	.	1.33787	6.28155	4.98555	314
chrVI	208207	208526	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1175	36	.	1.27719	4.76081	3.62708	133
chrVI	209937	210443	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1176	69	.	1.39794	8.42656	6.92262	213
chrVI	210841	211396	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1177	68	.	1.39742	8.34363	6.84940	129
chrVI	212839	213293	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1178	72	.	1.40992	8.74086	7.20765	130
chrVI	221393	221923	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1179	73	.	1.36991	8.93644	7.38559	196
chrVI	222989	224396	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1180	48	.	1.28533	6.12892	4.84827	980
chrVI	224715	225723	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1181	53	.	1.29959	6.70268	5.36333	386
chrVI	226151	226527	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1182	34	.	1.23377	4.53422	3.42287	197
chrVI	233594	234067	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1184	103	.	1.52907	12.25912	10.38754	263
chrVI	248089	248397	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1186	36	.	1.29754	4.77224	3.63379	80
chrVI	253269	253678	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1187	58	.	1.37171	7.24574	5.85281	107
chrVI	255127	256680	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1188	117	.	1.54936	13.72327	11.70109	451
chrVI	262846	264206	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1189	116	.	1.56283	13.61930	11.60481	860
chrVII	11741	12205	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1192	35	.	1.29271	4.65227	3.52747	89
chrVII	14161	15008	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1193	123	.	1.58213	14.42544	12.33266	344
chrVII	17782	18060	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1194	41	.	1.32165	5.39520	4.18851	210
chrVII	20186	20866	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1195	148	.	1.63567	17.26689	14.84855	304
chrVII	23095	23934	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1196	210	.	1.77630	24.60727	21.04345	369
chrVII	27405	27840	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1197	76	.	1.44634	9.21087	7.63694	321
chrVII	34982	35655	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1199	81	.	1.46154	9.73717	8.11060	363
chrVII	38793	39160	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1200	62	.	1.39883	7.63978	6.20807	231
chrVII	41170	41516	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1201	31	.	1.27342	4.18771	3.11683	242
chrVII	45094	45575	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1203	41	.	1.31480	5.34551	4.14647	215
chrVII	49179	49463	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1204	40	.	1.30277	5.26852	4.07534	158
chrVII	55596	56682	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1206	119	.	1.56090	14.01018	11.96149	435
chrVII	67169	67659	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1207	105	.	1.53389	12.44947	10.55878	186
chrVII	74234	74763	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1208	112	.	1.55318	13.22403	11.25025	234
chrVII	78870	79315	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1209	62	.	1.39883	7.63978	6.20807	249
chrVII	81159	81584	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1210	67	.	1.41812	8.25951	6.77078	96
chrVII	84189	84702	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1211	125	.	1.58695	14.63020	12.51627	194
chrVII	94706	95077	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1213	59	.	1.38918	7.33860	5.93541	186
chrVII	98512	98936	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1215	130	.	1.60142	15.25240	13.07107	152
chrVII	101955	102771	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1216	76	.	1.44707	9.23188	7.65254	318
chrVII	107456	108066	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1217	134	.	1.60585	15.66103	13.43966	334
chrVII	110301	110628	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1218	60	.	1.39401	7.48848	6.07100	115
chrVII	111935	112388	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1219	80	.	1.45493	9.62594	8.01134	161
chrVII	115594	116154	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1220	145	.	1.64001	16.96774	14.58263	177
chrVII	120916	121361	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1221	66	.	1.39829	8.07642	6.60801	235
chrVII	121565	122039	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1222	37	.	1.29562	4.94123	3.78539	314
chrVII	122467	122704	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1223	53	.	1.35942	6.71846	5.37800	78
chrVII	123281	123655	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1224	56	.	1.37253	7.06527	5.68845	132
chrVII	124114	124586	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1225	58	.	1.37490	7.27205	5.87726	354
chrVII	129175	130475	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1226	66	.	1.40694	8.11483	6.63986	397
chrVII	130951	131588	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1227	105	.	1.52220	12.38043	10.50023	332
chrVII	140003	140269	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1228	37	.	1.30236	4.89381	3.74179	71
chrVII	144290	144824	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1229	67	.	1.41812	8.25951	6.77078	187
chrVII	147642	148215	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1230	84	.	1.46589	10.12430	8.46167	361
chrVII	148870	149487	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1231	144	.	1.61175	16.81680	14.45196	346
chrVII	150414	150970	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1232	111	.	1.52760	13.07816	11.12169	277
chrVII	152811	153280	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1233	56	.	1.34900	6.99556	5.62761	183
chrVII	156038	156616	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1234	87	.	1.45064	10.42635	8.73731	364
chrVII	157564	157773	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1235	28	.	1.24211	3.90874	2.87341	81
chrVII	159098	159502	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1236	59	.	1.36128	7.34731	5.94356	148
chrVII	162856	163262	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1237	53	.	1.34043	6.73538	5.39372	275
chrVII	165303	166901	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1238	147	.	1.61720	17.19692	14.78424	974
chrVII	167503	167798	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1239	30	.	1.26237	4.12217	3.06077	84
chrVII	172985	173397	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1240	50	.	1.35542	6.33054	5.02675	109
chrVII	180098	180875	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1241	110	.	1.54836	13.02838	11.07589	363
chrVII	185908	186197	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1242	64	.	1.38742	7.87534	6.42404	133
chrVII	187218	187648	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1244	78	.	1.42674	9.47718	7.87691	160
chrVII	197017	198138	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1246	133	.	1.56069	15.59372	13.37786	415
chrVII	200203	200497	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1247	49	.	1.33235	6.20552	4.91498	199
chrVII	205662	206885	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1248	163	.	1.66621	19.03337	16.39097	847
chrVII	208812	209020	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1249	38	.	1.29763	4.98794	3.82833	88
chrVII	213626	213842	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1250	37	.	1.29510	4.87300	3.72644	103
chrVII	215886	216359	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1251	50	.	1.34933	6.32664	5.02675	148
chrVII	217217	217615	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1252	49	.	1.34531	6.22495	4.93299	253
chrVII	220633	221263	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1253	62	.	1.39883	7.63978	6.20807	327
chrVII	227361	227693	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1255	46	.	1.34095	5.92072	4.65968	148
chrVII	228310	228664	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1256	64	.	1.40848	7.94676	6.48689	180
chrVII	229864	230207	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1257	62	.	1.39883	7.63978	6.20807	122
chrVII	240764	241411	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1258	70	.	1.41772	8.53987	7.02839	308
chrVII	245021	245473	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1259	51	.	1.35173	6.46176	5.14826	169
chrVII	249531	249859	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1260	45	.	1.33083	5.77866	4.53568	78
chrVII	253770	254153	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1262	27	.	1.25614	3.79908	2.77712	323
chrVII	254266	254522	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1263	55	.	1.37471	6.89780	5.53664	196
chrVII	255403	255705	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1264	62	.	1.39883	7.63978	6.20807	90
chrVII	257156	257556	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1265	46	.	1.34095	5.92072	4.65968	92
chrVII	268944	269479	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1267	66	.	1.36907	8.15132	6.67391	182
chrVII	269959	270242	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1268	31	.	1.23798	4.22072	3.14704	128
chrVII	271276	272399	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1269	82	.	1.39053	9.83750	8.20383	555
chrVII	276948	277617	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1270	86	.	1.41932	10.31618	8.63577	343
chrVII	278357	278657	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1271	39	.	1.28205	5.11119	3.93805	215
chrVII	280489	280868	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1272	77	.	1.41773	9.36496	7.77638	241
chrVII	283898	284367	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1273	50	.	1.33517	6.33133	5.02748	292
chrVII	286989	287230	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1274	69	.	1.39875	8.47333	6.96625	175
chrVII	287628	288500	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1275	58	.	1.35917	7.24834	5.85522	554
chrVII	289266	289770	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1276	90	.	1.45464	10.72310	9.00455	159
chrVII	292966	293644	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1277	90	.	1.47691	10.78801	9.06016	255
chrVII	301181	301627	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1278	26	.	1.24930	3.64180	2.63730	94
chrVII	303452	303677	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1279	26	.	1.24930	3.64180	2.63730	157
chrVII	306239	306645	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1280	80	.	1.45179	9.61554	8.00162	267
chrVII	308628	308967	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1281	52	.	1.35728	6.56713	5.24169	163
chrVII	310386	310933	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1282	114	.	1.55391	13.47153	11.47379	311
chrVII	311561	312226	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1283	58	.	1.38436	7.19020	5.80099	374
chrVII	321449	321769	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1284	56	.	1.37954	7.04326	5.66801	266
chrVII	323609	324328	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1285	58	.	1.38436	7.19020	5.80099	357
chrVII	324435	325085	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1286	125	.	1.58562	14.62533	12.51627	349
chrVII	326475	326802	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1287	36	.	1.29626	4.84315	3.69898	56
chrVII	328753	328971	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1288	69	.	1.42295	8.41806	6.91466	94
chrVII	330596	330969	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1289	92	.	1.49530	10.96466	9.21951	279
chrVII	341772	342442	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1290	70	.	1.42273	8.51083	7.00123	213
chrVII	345592	346450	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1292	82	.	1.45172	9.88711	8.24986	191
chrVII	346647	347286	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1293	75	.	1.43321	9.06515	7.50245	356
chrVII	352689	352965	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1294	36	.	1.29754	4.77224	3.63379	102
chrVII	358364	358744	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1295	69	.	1.42295	8.41806	6.91466	217
chrVII	361817	362223	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1297	57	.	1.36875	7.12474	5.74401	300
chrVII	363904	364254	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1298	66	.	1.39045	8.09361	6.62391	176
chrVII	365933	366772	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1299	93	.	1.46796	11.14062	9.38292	214
chrVII	368200	368893	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1300	65	.	1.38161	8.06672	6.59896	283
chrVII	370774	371508	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1301	107	.	1.48464	12.64687	10.73592	350
chrVII	375690	376043	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1302	26	.	1.23572	3.70076	2.69109	147
chrVII	377134	377486	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1303	58	.	1.36710	7.23851	5.84608	66
chrVII	381881	382482	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1304	67	.	1.39854	8.26416	6.77515	163
chrVII	383051	383539	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1305	120	.	1.55624	14.07437	12.01556	191
chrVII	383875	385319	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1306	207	.	1.75533	24.19696	20.72441	985
chrVII	393546	393919	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1307	87	.	1.45356	10.49466	8.79722	161
chrVII	397676	399125	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1308	177	.	1.67079	20.63487	17.74039	379
chrVII	400172	400779	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1309	72	.	1.43260	8.73933	7.20623	417
chrVII	400958	401479	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1310	95	.	1.50495	11.32775	9.54792	379
chrVII	413129	414163	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1311	168	.	1.64849	19.61393	16.89165	306
chrVII	420631	421004	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1313	59	.	1.36580	7.39909	5.99171	229
chrVII	423333	423555	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1314	59	.	1.35758	7.31653	5.91867	81
chrVII	426813	427394	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1315	84	.	1.43995	10.07843	8.42163	274
chrVII	427999	428623	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1316	117	.	1.52102	13.76782	11.74253	298
chrVII	432934	434114	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1317	176	.	1.68956	20.50046	17.63246	586
chrVII	436987	437301	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1318	44	.	1.31682	5.72306	4.48437	199
chrVII	438387	439236	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1319	108	.	1.51529	12.72099	10.80402	222
chrVII	439753	440070	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1320	35	.	1.28239	4.72927	3.59816	124
chrVII	443253	443914	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1321	62	.	1.36930	7.69949	6.26383	151
chrVII	446084	446399	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1322	37	.	1.27895	4.85419	3.70909	86
chrVII	451960	452401	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1324	65	.	1.38179	8.03015	6.56477	181
chrVII	454462	454949	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1325	72	.	1.41211	8.73551	7.20623	313
chrVII	465070	465844	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1326	92	.	1.49390	10.95285	9.21315	613
chrVII	468676	469015	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1327	36	.	1.28523	4.78206	3.64283	141
chrVII	472228	473004	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1328	80	.	1.42607	9.68121	8.06293	368
chrVII	475214	475559	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1329	43	.	1.30096	5.59983	4.37412	64
chrVII	478837	479174	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1330	48	.	1.31454	6.12964	4.84895	129
chrVII	479233	479477	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1331	20	.	1.19364	2.93857	2.02895	96
chrVII	482914	484597	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1332	145	.	1.61464	16.92581	14.55133	576
chrVII	489543	489977	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1333	45	.	1.33612	5.78707	4.53967	260
chrVII	490038	490241	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1334	35	.	1.29271	4.65227	3.52747	64
chrVII	490429	490819	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1335	56	.	1.37954	7.04326	5.66801	161
chrVII	490977	491473	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1336	51	.	1.36024	6.47010	5.15178	220
chrVII	496451	496719	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1337	47	.	1.33646	6.03733	4.76757	81
chrVII	498042	498814	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1338	88	.	1.47208	10.54724	8.84601	218
chrVII	499784	500245	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1339	41	.	1.30843	5.33119	4.13315	318
chrVII	505740	506186	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1340	46	.	1.33840	5.92892	4.66728	366
chrVII	506670	507108	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1341	67	.	1.40658	8.24461	6.76082	283
chrVII	511027	511331	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1343	44	.	1.31419	5.65642	4.42236	220
chrVII	512840	513204	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1344	36	.	1.27781	4.75021	3.61739	239
chrVII	515819	516741	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1345	153	.	1.61115	17.86811	15.37568	605
chrVII	526612	526969	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1348	35	.	1.26643	4.66014	3.53471	273
chrVII	527328	527738	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1349	44	.	1.30234	5.63590	4.40740	109
chrVII	528415	529138	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1350	136	.	1.56623	15.92320	13.66650	314
chrVII	532512	532901	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1351	54	.	1.36989	6.75374	5.40668	115
chrVII	533577	534105	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1352	51	.	1.36024	6.47010	5.15178	361
chrVII	534660	535110	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1353	116	.	1.56283	13.61930	11.60481	285
chrVII	541824	542435	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1354	43	.	1.32648	5.52431	4.30413	322
chrVII	543268	543609	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1356	50	.	1.35542	6.33054	5.02675	176
chrVII	543894	544709	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1357	93	.	1.50012	11.14548	9.38292	474
chrVII	544802	545345	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1358	90	.	1.48179	10.82218	9.09210	343
chrVII	545496	545765	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1359	30	.	1.25965	4.13221	3.06990	152
chrVII	545955	546489	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1360	37	.	1.28389	4.93504	3.77973	262
chrVII	547173	547813	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1361	145	.	1.58581	16.93424	14.55932	317
chrVII	555186	555784	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1363	56	.	1.34189	7.05891	5.68254	358
chrVII	557367	558127	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1364	131	.	1.55911	15.38176	13.18994	366
chrVII	558741	560720	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1365	109	.	1.54354	12.83409	10.90297	1548
chrVII	561141	561661	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1366	92	.	1.49530	10.96466	9.21951	325
chrVII	568050	568638	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1367	67	.	1.41812	8.25951	6.77078	461
chrVII	574835	575250	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1368	56	.	1.37954	7.04326	5.66801	87
chrVII	576464	577114	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1369	136	.	1.61589	15.88610	13.63246	255
chrVII	578968	579271	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1370	41	.	1.31554	5.31608	4.11914	183
chrVII	581671	582009	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1371	72	.	1.42331	8.77532	7.23992	82
chrVII	583958	584816	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1372	116	.	1.56283	13.61930	11.60481	291
chrVII	589456	589883	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1373	56	.	1.36856	7.05946	5.68305	92
chrVII	590937	591216	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1374	42	.	1.31448	5.47759	4.26475	119
chrVII	591523	593211	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1375	167	.	1.65436	19.42985	16.73673	1162
chrVII	596136	596581	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1376	43	.	1.29752	5.59437	4.36903	323
chrVII	598703	599416	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1377	173	.	1.66855	20.10179	17.30564	275
chrVII	600676	601736	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1378	100	.	1.48938	11.86511	10.03800	736
chrVII	605591	606164	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1379	42	.	1.30660	5.48071	4.26764	251
chrVII	607190	607436	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1380	37	.	1.29342	4.91802	3.76411	149
chrVII	609229	610552	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1381	191	.	1.73015	22.29917	19.16248	958
chrVII	615923	616445	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1382	48	.	1.33761	6.08363	4.80622	168
chrVII	617126	617353	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1383	41	.	1.30340	5.34231	4.14350	111
chrVII	617784	618106	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1384	29	.	1.24653	3.97548	2.93045	69
chrVII	619907	620179	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1385	52	.	1.32458	6.55536	5.23080	130
chrVII	625132	625796	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1386	100	.	1.44837	11.83711	10.01216	276
chrVII	627266	627944	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1387	73	.	1.38709	8.94097	7.38986	394
chrVII	633971	634355	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1388	37	.	1.30236	4.89381	3.74179	193
chrVII	646754	647224	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1389	79	.	1.45441	9.55521	7.94935	216
chrVII	647917	648332	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1390	80	.	1.45104	9.62033	8.00611	144
chrVII	648905	649378	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1391	126	.	1.57250	14.72416	12.60319	172
chrVII	650567	651647	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1392	116	.	1.54018	13.62138	11.60659	362
chrVII	654031	654415	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1393	109	.	1.54354	12.83409	10.90297	175
chrVII	656359	656716	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1394	55	.	1.37471	6.89780	5.53664	121
chrVII	659736	660105	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1395	40	.	1.31683	5.26754	4.07442	93
chrVII	661781	662182	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1396	70	.	1.42777	8.57795	7.05988	220
chrVII	667642	668210	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1398	120	.	1.55978	14.16066	12.09629	328
chrVII	670065	670372	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1399	46	.	1.33235	5.91755	4.65968	205
chrVII	671882	672348	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1400	79	.	1.44406	9.59900	7.98626	220
chrVII	677047	678769	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1401	165	.	1.66307	19.25037	16.57510	751
chrVII	689816	690133	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1402	50	.	1.35542	6.33054	5.02675	127
chrVII	693119	693465	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1403	90	.	1.49048	10.78518	9.05755	192
chrVII	695005	695435	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1404	56	.	1.37729	7.00580	5.63715	163
chrVII	701281	702194	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1405	114	.	1.54592	13.45842	11.46151	692
chrVII	702559	703414	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1406	200	.	1.77024	23.34078	20.02282	394
chrVII	716924	717316	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1407	58	.	1.38436	7.19020	5.80099	147
chrVII	718421	718875	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1408	37	.	1.30236	4.89381	3.74179	162
chrVII	720066	720380	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1409	54	.	1.36989	6.75374	5.40668	67
chrVII	724638	724839	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1410	35	.	1.29271	4.65227	3.52747	128
chrVII	725806	726006	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1411	32	.	1.27824	4.30149	3.21717	78
chrVII	726506	726984	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1412	157	.	1.66827	18.33098	15.78370	229
chrVII	729713	730044	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1413	30	.	1.26884	4.11673	3.05578	56
chrVII	730682	730982	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1414	44	.	1.33130	5.65496	4.42102	115
chrVII	733100	733616	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1415	109	.	1.54354	12.83409	10.90297	226
chrVII	739303	739952	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1416	114	.	1.55801	13.42100	11.42690	274
chrVII	741689	742110	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1417	89	.	1.48355	10.69519	8.97891	197
chrVII	745027	745790	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1418	50	.	1.34064	6.31891	5.01991	481
chrVII	747306	747606	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1419	38	.	1.29235	5.03124	3.86436	136
chrVII	750086	750408	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1420	45	.	1.31080	5.81428	4.56494	251
chrVII	750942	751185	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1421	36	.	1.27690	4.77916	3.64015	62
chrVII	752579	752936	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1422	67	.	1.38613	8.26713	6.77788	231
chrVII	753946	754490	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1423	42	.	1.30098	5.47042	4.25808	224
chrVII	756398	756775	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1424	35	.	1.27523	4.70159	3.57277	285
chrVII	761025	761582	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1425	53	.	1.34821	6.73617	5.39444	144
chrVII	762097	763679	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1426	84	.	1.43810	10.14905	8.48476	1215
chrVII	765709	767549	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1427	151	.	1.60175	17.65845	15.19042	572
chrVII	771945	772360	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1428	62	.	1.38033	7.73529	6.29729	267
chrVII	774429	775027	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1429	73	.	1.41160	8.88630	7.34296	248
chrVII	777725	778321	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1430	87	.	1.45234	10.39977	8.71333	242
chrVII	779766	780288	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1431	68	.	1.39543	8.35126	6.85646	263
chrVII	785233	786007	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1432	126	.	1.53991	14.75729	12.63395	427
chrVII	788145	788974	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1433	118	.	1.52482	13.87431	11.83473	278
chrVII	795598	796040	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1434	75	.	1.39907	9.11450	7.54728	234
chrVII	797972	798498	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1435	63	.	1.34680	7.83515	6.38652	286
chrVII	801424	802231	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1436	36	.	1.24586	4.78741	3.64777	580
chrVII	807727	808212	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1437	77	.	1.40672	9.36482	7.77625	264
chrVII	809029	811300	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1438	240	.	1.87154	28.89023	24.05068	971
chrVII	823541	824323	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1439	171	.	1.70271	19.92610	17.14878	231
chrVII	827240	827638	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1440	52	.	1.36368	6.59574	5.26832	97
chrVII	828959	829204	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1441	62	.	1.38302	7.72798	6.29055	123
chrVII	830245	830499	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1442	27	.	1.24133	3.80091	2.77881	194
chrVII	834357	834784	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1443	73	.	1.41192	8.87220	7.32991	299
chrVII	836676	837110	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1444	99	.	1.48973	11.75335	9.93453	168
chrVII	840353	840715	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1445	42	.	1.31874	5.45466	4.24343	282
chrVII	846346	846604	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1446	30	.	1.25084	4.10319	3.04336	170
chrVII	848204	849194	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1447	150	.	1.59934	17.51937	15.07051	628
chrVII	850462	851178	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1448	84	.	1.42720	10.09372	8.43328	243
chrVII	856464	857256	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1449	155	.	1.61344	18.08989	15.57138	359
chrVII	857635	858076	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1450	49	.	1.32581	6.19811	4.90809	97
chrVII	859432	860012	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1451	103	.	1.49861	12.21230	10.34956	324
chrVII	865676	866499	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1452	104	.	1.52968	12.34855	10.47064	476
chrVII	867393	867901	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1453	56	.	1.37342	6.98690	5.61956	319
chrVII	871435	871846	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1454	64	.	1.40848	7.94676	6.48689	267
chrVII	875046	875446	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1455	56	.	1.37541	7.05989	5.68343	112
chrVII	878193	878659	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1456	149	.	1.64867	17.37344	14.94482	283
chrVII	879413	879699	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1457	30	.	1.26455	4.14535	3.08189	82
chrVII	882331	882784	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1458	93	.	1.47408	11.05209	9.30122	283
chrVII	883800	884741	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1459	190	.	1.71269	22.12472	19.00093	422
chrVII	885672	886212	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1460	69	.	1.41475	8.47860	6.97115	355
chrVII	894209	894714	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1462	127	.	1.59177	14.83634	12.70088	244
chrVII	897036	897629	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1463	133	.	1.60855	15.58557	13.37041	248
chrVII	904686	906207	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1465	93	.	1.42950	11.13034	9.37346	860
chrVII	908790	909198	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1466	43	.	1.27935	5.58982	4.36481	237
chrVII	913235	913558	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1467	29	.	1.24032	4.04936	2.99800	46
chrVII	914812	915230	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1468	76	.	1.40693	9.27865	7.69596	212
chrVII	919531	920640	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1469	153	.	1.61830	17.80693	15.32613	752
chrVII	921931	922233	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1470	24	.	1.23013	3.44222	2.46317	39
chrVII	924436	924798	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1471	45	.	1.32912	5.77040	4.52807	289
chrVII	932082	932449	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1472	138	.	1.62071	16.09988	13.82080	175
chrVII	939093	939320	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1473	31	.	1.27342	4.18771	3.11683	80
chrVII	947040	947579	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1474	55	.	1.37471	6.89780	5.53664	261
chrVII	950921	951910	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1475	181	.	1.72683	21.11875	18.14668	495
chrVII	953525	953927	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1476	70	.	1.42777	8.57795	7.05988	241
chrVII	958291	960063	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1477	220	.	1.81848	25.92081	22.09365	899
chrVII	965615	966045	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1479	81	.	1.46154	9.73717	8.11060	313
chrVII	968599	969826	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1480	109	.	1.54354	12.83409	10.90297	333
chrVII	970118	970497	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1481	55	.	1.36547	6.91728	5.55470	259
chrVII	973896	974939	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1482	167	.	1.66443	19.40084	16.71011	680
chrVII	976605	977232	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1483	174	.	1.70492	20.27349	17.44715	403
chrVII	979276	979738	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1485	51	.	1.36024	6.47010	5.15178	131
chrVII	986742	987902	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1486	181	.	1.70694	21.14482	18.17103	419
chrVII	989660	990581	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1487	141	.	1.59459	16.50266	14.17979	407
chrVII	993756	994268	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1488	114	.	1.53708	13.40609	11.41877	336
chrVII	996840	997171	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1491	27	.	1.24977	3.82277	2.79881	198
chrVII	999754	1000826	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1492	180	.	1.69086	20.96259	18.01946	442
chrVII	1002296	1002605	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1493	56	.	1.36930	7.03941	5.66801	69
chrVII	1011190	1011531	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1495	60	.	1.38487	7.41757	6.00882	107
chrVII	1011899	1012108	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1496	44	.	1.32669	5.69454	4.45778	115
chrVII	1019177	1019436	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1497	26	.	1.24801	3.70156	2.69182	172
chrVII	1021814	1022754	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1498	84	.	1.45248	10.15775	8.49288	783
chrVII	1025780	1026230	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1499	85	.	1.45771	10.18379	8.51708	314
chrVII	1026843	1027257	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1500	67	.	1.39934	8.24252	6.75889	90
chrVII	1031198	1031936	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1501	93	.	1.50012	11.14548	9.38292	502
chrVII	1037490	1037924	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1502	21	.	1.22518	3.13512	2.19582	100
chrVII	1045357	1045758	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1503	34	.	1.28789	4.53380	3.42248	104
chrVII	1049896	1051012	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1504	229	.	1.83777	26.98485	22.92240	514
chrVII	1051878	1052735	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1505	114	.	1.55801	13.42100	11.42690	470
chrVII	1058764	1059073	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1506	33	.	1.28307	4.41689	3.31908	235
chrVII	1063125	1063723	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1507	90	.	1.49048	10.78518	9.05755	280
chrVII	1064889	1065596	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1508	163	.	1.68342	18.99368	16.35536	385
chrVII	1065851	1066109	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1509	26	.	1.24930	3.64180	2.63730	40
chrVII	1066884	1067184	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1510	33	.	1.28307	4.41689	3.31908	179
chrVII	1069037	1069680	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1511	117	.	1.56765	13.81886	11.78345	339
chrVII	1072609	1073026	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1512	81	.	1.46154	9.73717	8.11060	167
chrVIII	16827	18481	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1513	195	.	1.74522	22.74250	19.53894	831
chrVIII	21070	21600	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1514	66	.	1.39217	8.07815	6.60956	397
chrVIII	25417	26290	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1515	81	.	1.45989	9.74495	8.11775	742
chrVIII	34326	35046	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1516	64	.	1.40848	7.94676	6.48689	310
chrVIII	36012	36949	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1517	116	.	1.56220	13.63627	11.62036	240
chrVIII	38672	38939	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1518	40	.	1.31683	5.26754	4.07442	189
chrVIII	44942	45266	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1519	25	.	1.23501	3.51153	2.52612	224
chrVIII	45568	46018	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1520	41	.	1.30060	5.31683	4.11984	304
chrVIII	47894	48830	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1521	115	.	1.49784	13.51612	11.51503	553
chrVIII	50527	50984	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1522	81	.	1.39689	9.77980	8.15003	245
chrVIII	54229	54986	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1523	94	.	1.43599	11.16572	9.40186	364
chrVIII	55360	56321	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1524	94	.	1.44396	11.21939	9.45194	724
chrVIII	62808	63469	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1525	47	.	1.33437	5.98497	4.71925	429
chrVIII	74914	75427	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1526	100	.	1.49267	11.88349	10.04985	317
chrVIII	81620	82101	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1527	98	.	1.51460	11.69627	9.88120	160
chrVIII	83548	83904	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1528	64	.	1.40848	7.94676	6.48689	177
chrVIII	97923	99227	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1529	173	.	1.70754	20.16219	17.34645	602
chrVIII	102201	102441	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1530	46	.	1.31896	5.85641	4.60422	104
chrVIII	103964	104256	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1531	52	.	1.34372	6.63161	5.29742	139
chrVIII	105224	105608	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1532	97	.	1.47813	11.51303	9.71576	134
chrVIII	105791	106117	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1533	37	.	1.28434	4.91956	3.76553	96
chrVIII	107299	107950	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1534	111	.	1.52220	13.06212	11.10669	408
chrVIII	108316	108812	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1535	54	.	1.35492	6.82631	5.47404	120
chrVIII	111256	111582	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1536	37	.	1.29691	4.94274	3.78677	80
chrVIII	114978	115556	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1537	130	.	1.60142	15.25240	13.07107	278
chrVIII	117408	117814	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1538	60	.	1.37999	7.47450	6.06194	154
chrVIII	119491	119976	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1539	47	.	1.31933	5.97723	4.71214	186
chrVIII	121769	122968	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1540	117	.	1.52099	13.83448	11.79780	680
chrVIII	126009	126531	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1541	87	.	1.43766	10.44697	8.75280	322
chrVIII	129334	129640	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1542	43	.	1.31301	5.56504	4.34178	94
chrVIII	130413	130988	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1543	27	.	1.24121	3.75792	2.73951	178
chrVIII	131363	131765	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1544	53	.	1.35389	6.70484	5.36534	91
chrVIII	141415	141839	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1545	35	.	1.28355	4.69039	3.56249	93
chrVIII	143335	144100	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1546	131	.	1.57824	15.32474	13.13786	419
chrVIII	148668	149240	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1548	169	.	1.67794	19.68719	16.94909	289
chrVIII	150631	151594	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1549	145	.	1.63489	16.92016	14.54618	525
chrVIII	159044	159586	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1550	97	.	1.50390	11.55381	9.75384	146
chrVIII	160029	160814	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1551	73	.	1.42438	8.85643	7.31528	460
chrVIII	164713	165014	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1552	41	.	1.30796	5.31984	4.12263	151
chrVIII	168423	169010	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1553	44	.	1.31152	5.66544	4.43065	382
chrVIII	170316	170837	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1554	70	.	1.38923	8.53506	7.02384	237
chrVIII	174678	175413	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1555	71	.	1.37786	8.69898	7.17259	562
chrVIII	177804	178166	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1556	33	.	1.25028	4.46417	3.36246	103
chrVIII	179983	180297	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1557	24	.	1.21478	3.43984	2.46102	247
chrVIII	181646	181922	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1558	21	.	1.20372	3.12759	2.19250	92
chrVIII	186873	187109	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1559	43	.	1.29662	5.62670	4.39892	91
chrVIII	189354	190676	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1560	120	.	1.52412	14.12220	12.06012	923
chrVIII	192416	192675	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1561	33	.	1.26793	4.46966	3.36748	81
chrVIII	193515	193845	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1562	49	.	1.33024	6.20047	4.91030	165
chrVIII	198232	198864	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1563	125	.	1.58695	14.63020	12.51627	319
chrVIII	217745	218427	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1564	82	.	1.46636	9.90836	8.26568	281
chrVIII	222669	222928	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1565	26	.	1.24930	3.64180	2.63730	156
chrVIII	227006	227597	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1566	103	.	1.52907	12.25912	10.38754	404
chrVIII	231775	232256	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1568	67	.	1.39587	8.27534	6.78550	137
chrVIII	234618	234977	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1569	25	.	1.23096	3.59067	2.59435	241
chrVIII	235806	236774	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1570	151	.	1.61057	17.58776	15.13321	453
chrVIII	241332	241695	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1571	54	.	1.36989	6.75374	5.40668	79
chrVIII	245802	246059	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1572	75	.	1.44224	9.06631	7.50245	133
chrVIII	252022	252486	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1573	59	.	1.38918	7.33860	5.93541	125
chrVIII	255708	256482	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1574	85	.	1.46673	10.17861	8.51225	399
chrVIII	261529	261965	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1576	69	.	1.42228	8.44874	6.94334	300
chrVIII	262506	262813	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1577	44	.	1.32698	5.73464	4.49506	114
chrVIII	266940	267628	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1578	178	.	1.71037	20.80277	17.88954	341
chrVIII	268121	268411	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1579	46	.	1.33545	5.92596	4.66451	185
chrVIII	271886	272699	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1580	63	.	1.39194	7.76366	6.32373	545
chrVIII	273400	274053	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1581	105	.	1.52230	12.45190	10.56106	208
chrVIII	279965	280589	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1582	87	.	1.47889	10.43164	8.73853	343
chrVIII	281193	281471	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1583	37	.	1.30226	4.90609	3.75315	82
chrVIII	283174	283592	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1585	46	.	1.34095	5.92072	4.65968	187
chrVIII	288897	290430	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1586	131	.	1.56066	15.36545	13.17504	494
chrVIII	292754	294388	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1587	126	.	1.54601	14.80886	12.68165	1051
chrVIII	296803	297270	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1588	154	.	1.65041	17.90715	15.41172	265
chrVIII	298713	299042	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1589	31	.	1.27342	4.18771	3.11683	84
chrVIII	301894	302721	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1590	59	.	1.38918	7.33860	5.93541	339
chrVIII	310060	310455	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1591	34	.	1.28789	4.53380	3.42248	205
chrVIII	314650	314948	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1593	31	.	1.26714	4.26059	3.18356	62
chrVIII	316005	316450	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1594	76	.	1.43445	9.23055	7.65254	216
chrVIII	319805	320228	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1595	59	.	1.38918	7.33860	5.93541	182
chrVIII	324525	324834	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1596	50	.	1.35542	6.33054	5.02675	188
chrVIII	324941	325404	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1597	44	.	1.33130	5.65496	4.42102	386
chrVIII	332016	332407	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1598	48	.	1.34654	6.09281	4.81476	207
chrVIII	332850	333204	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1599	56	.	1.37848	7.03672	5.66601	191
chrVIII	335747	336007	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1600	45	.	1.33289	5.74373	4.50347	148
chrVIII	341356	341856	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1602	43	.	1.31186	5.55194	4.32966	143
chrVIII	341975	342472	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1603	51	.	1.34111	6.45488	5.14186	299
chrVIII	344216	344581	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1604	34	.	1.27448	4.52179	3.41521	121
chrVIII	345674	346152	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1605	58	.	1.37418	7.21148	5.82079	192
chrVIII	352357	352676	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1606	67	.	1.41812	8.25951	6.77078	180
chrVIII	353185	353738	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1607	87	.	1.47849	10.38961	8.70393	355
chrVIII	354474	354994	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1608	70	.	1.42777	8.57795	7.05988	324
chrVIII	367997	368476	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1609	94	.	1.49647	11.25380	9.48399	126
chrVIII	374352	375730	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1611	175	.	1.67011	20.41046	17.55161	917
chrVIII	381284	381717	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1613	32	.	1.27018	4.27860	3.20003	253
chrVIII	382713	383416	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1614	109	.	1.52558	12.83603	10.90471	279
chrVIII	384472	385100	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1615	99	.	1.51099	11.74769	9.92926	329
chrVIII	386640	387078	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1616	45	.	1.33612	5.78707	4.53967	225
chrVIII	396816	397066	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1617	44	.	1.33130	5.65496	4.42102	154
chrVIII	400892	401322	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1618	56	.	1.37954	7.04326	5.66801	216
chrVIII	406757	407029	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1620	33	.	1.28307	4.41689	3.31908	85
chrVIII	410691	411155	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1621	55	.	1.37471	6.89780	5.53664	166
chrVIII	411474	411735	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1622	29	.	1.26377	3.96469	2.92057	211
chrVIII	422421	422950	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1623	149	.	1.64965	17.40925	14.96983	282
chrVIII	423421	423748	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1624	47	.	1.34577	6.05582	4.78049	268
chrVIII	429113	429797	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1625	72	.	1.43260	8.73933	7.20623	351
chrVIII	437036	437287	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1626	33	.	1.28307	4.41689	3.31908	182
chrVIII	441718	442256	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1627	62	.	1.39883	7.63978	6.20807	227
chrVIII	443187	443919	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1628	62	.	1.39883	7.63978	6.20807	253
chrVIII	450510	451260	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1629	210	.	1.79436	24.61640	21.04345	408
chrVIII	455456	456259	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1631	143	.	1.63518	16.74891	14.38941	332
chrVIII	461413	461755	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1632	58	.	1.38436	7.19020	5.80099	74
chrVIII	461913	462483	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1633	87	.	1.48083	10.43033	8.73731	193
chrVIII	467062	467360	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1634	34	.	1.26923	4.55989	3.44647	195
chrVIII	469608	469872	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1635	27	.	1.23223	3.81594	2.79256	176
chrVIII	470526	470923	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1636	89	.	1.43502	10.66653	8.95227	198
chrVIII	475248	475556	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1637	53	.	1.34237	6.68353	5.34555	227
chrVIII	480600	480927	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1638	84	.	1.45697	10.10482	8.44351	152
chrVIII	484266	484908	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1640	57	.	1.36789	7.10123	5.72209	514
chrVIII	486292	486968	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1641	48	.	1.34470	6.11952	4.83958	387
chrVIII	488292	488661	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1642	62	.	1.39883	7.63978	6.20807	163
chrVIII	493536	494033	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1643	87	.	1.48083	10.43033	8.73731	130
chrVIII	505621	506069	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1645	97	.	1.50977	11.51130	9.71418	231
chrVIII	511756	512508	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1646	128	.	1.59660	15.04369	12.88629	500
chrVIII	517212	517434	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1647	40	.	1.31683	5.26754	4.07442	109
chrVIII	521671	522230	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1648	92	.	1.49530	10.96466	9.21951	290
chrVIII	522722	523226	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1649	66	.	1.41330	8.10245	6.62832	334
chrVIII	524585	525059	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1650	84	.	1.47118	10.08099	8.42163	258
chrVIII	553588	554329	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1651	196	.	1.76060	22.83874	19.60923	340
chrX	21451	22028	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1652	55	.	1.37471	6.89780	5.53664	431
chrX	22538	23239	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1653	116	.	1.56283	13.61930	11.60481	431
chrX	23745	24452	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1654	54	.	1.36989	6.75374	5.40668	111
chrX	26301	26701	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1655	126	.	1.57861	14.78226	12.65707	206
chrX	31288	31970	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1656	48	.	1.33245	6.10649	4.82747	400
chrX	33416	33780	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1657	21	.	1.20751	3.11883	2.18462	301
chrX	36275	37437	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1659	149	.	1.59702	17.34277	14.91675	315
chrX	40742	40954	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1660	28	.	1.25586	3.87164	2.83943	151
chrX	53037	53676	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1661	64	.	1.40848	7.94676	6.48689	245
chrX	67452	68012	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1663	44	.	1.31209	5.69538	4.45857	432
chrX	68713	69298	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1664	124	.	1.54591	14.51418	12.41470	316
chrX	73528	73762	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1666	54	.	1.34086	6.80005	5.44969	122
chrX	75452	75954	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1667	86	.	1.43176	10.29829	8.61910	183
chrX	79297	79696	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1668	43	.	1.29725	5.57337	4.34947	183
chrX	79733	80275	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1669	60	.	1.35876	7.48450	6.07100	360
chrX	87450	87704	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1670	51	.	1.34397	6.47751	5.15870	147
chrX	90078	90815	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1671	152	.	1.64131	17.75208	15.27610	409
chrX	97193	97789	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1672	34	.	1.27430	4.54289	3.43083	479
chrX	99378	99648	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1673	36	.	1.27909	4.75519	3.62194	102
chrX	100889	101389	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1674	72	.	1.40821	8.82956	7.29047	251
chrX	101819	102072	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1675	27	.	1.23581	3.72228	2.71077	63
chrX	104474	105030	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1676	105	.	1.51876	12.43571	10.55175	242
chrX	106003	106505	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1677	84	.	1.47118	10.08099	8.42163	322
chrX	119173	120622	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1678	214	.	1.80098	25.07387	21.43050	827
chrX	123020	123861	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1679	140	.	1.60633	16.40070	14.08640	243
chrX	126418	126798	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1680	60	.	1.38147	7.49417	6.07633	110
chrX	128867	129084	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1681	32	.	1.27824	4.30149	3.21717	136
chrX	129117	129359	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1682	35	.	1.29271	4.65227	3.52747	79
chrX	129465	129873	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1683	29	.	1.26382	3.97728	2.93210	376
chrX	130751	131141	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1684	56	.	1.37567	7.00471	5.63612	243
chrX	133879	134099	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1685	35	.	1.29271	4.65227	3.52747	142
chrX	136158	136606	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1686	90	.	1.49048	10.78518	9.05755	212
chrX	136806	137386	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1687	116	.	1.56283	13.61930	11.60481	332
chrX	139218	139843	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1688	75	.	1.44120	9.06281	7.50245	316
chrX	140009	140410	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1689	100	.	1.51286	11.84073	10.01548	211
chrX	144794	145236	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1690	53	.	1.35938	6.65973	5.32348	114
chrX	146049	147235	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1691	119	.	1.55246	13.97892	11.93249	807
chrX	150367	151031	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1692	119	.	1.56710	13.99298	11.94565	304
chrX	152141	152756	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1693	73	.	1.43742	8.90210	7.35347	313
chrX	152876	153384	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1694	51	.	1.35708	6.50511	5.18417	164
chrX	154783	155127	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1695	78	.	1.43601	9.43280	7.83536	184
chrX	156160	156409	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1696	42	.	1.30808	5.45781	4.24634	121
chrX	157264	157764	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1697	120	.	1.54562	14.06722	12.00885	203
chrX	158048	158377	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1698	51	.	1.34880	6.51461	5.19300	137
chrX	159641	160797	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1699	136	.	1.57182	15.86975	13.62402	530
chrX	165449	165715	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1700	40	.	1.30861	5.23013	4.04390	135
chrX	172426	173959	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1701	189	.	1.74536	22.12143	18.99803	820
chrX	180770	181322	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1702	51	.	1.36024	6.47010	5.15178	397
chrX	181795	182193	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1703	66	.	1.41330	8.10245	6.62832	151
chrX	186669	186966	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1704	36	.	1.29020	4.76163	3.62784	229
chrX	187773	188067	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1705	26	.	1.24497	3.69238	2.68339	184
chrX	189424	189705	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1706	32	.	1.27004	4.33649	3.24917	62
chrX	190958	191202	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1708	27	.	1.24005	3.80359	2.78126	125
chrX	191309	191751	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1709	55	.	1.34816	6.86246	5.50763	192
chrX	195133	196223	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1710	208	.	1.78954	24.35892	20.84454	377
chrX	204948	205359	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1711	66	.	1.41330	8.10245	6.62832	97
chrX	207446	207865	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1712	66	.	1.41330	8.10245	6.62832	179
chrX	211532	211989	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1714	72	.	1.42830	8.79500	7.25820	177
chrX	217432	217679	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1715	50	.	1.35420	6.33776	5.03348	109
chrX	220100	220889	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1716	157	.	1.65062	18.29112	15.75584	311
chrX	223494	224363	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1717	71	.	1.40649	8.63767	7.11549	671
chrX	227696	228915	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1719	105	.	1.49873	12.47055	10.57847	998
chrX	233819	234289	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1720	48	.	1.32521	6.08400	4.80654	341
chrX	236510	237332	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1721	97	.	1.46806	11.51898	9.72128	189
chrX	239079	239428	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1722	31	.	1.25641	4.22907	3.15468	220
chrX	241220	242008	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1723	46	.	1.32189	5.94847	4.68534	619
chrX	245267	245506	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1724	37	.	1.29373	4.93908	3.78344	85
chrX	246197	246559	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1725	30	.	1.26570	4.12277	3.06133	226
chrX	246865	247332	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1726	45	.	1.33602	5.80191	4.55345	318
chrX	256857	257297	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1727	107	.	1.53871	12.64109	10.73057	150
chrX	260704	261268	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1728	41	.	1.32165	5.39520	4.18851	51
chrX	262422	262870	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1729	110	.	1.54836	13.02838	11.07589	276
chrX	265118	265628	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1730	33	.	1.27696	4.50262	3.39768	387
chrX	267924	268870	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1731	162	.	1.66345	18.87844	16.26123	603
chrX	272469	272917	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1732	64	.	1.40077	7.87425	6.42304	303
chrX	278080	278323	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1733	33	.	1.28193	4.44488	3.34472	47
chrX	278589	278853	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1734	33	.	1.28037	4.46302	3.36143	174
chrX	280698	281185	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1735	82	.	1.44516	9.87350	8.23724	214
chrX	285153	285577	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1736	51	.	1.34559	6.48454	5.16523	243
chrX	290916	291961	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1737	116	.	1.51284	13.69696	11.67655	368
chrX	294138	295237	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1738	140	.	1.57281	16.37641	14.06393	486
chrX	299003	299233	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1739	27	.	1.24725	3.73893	2.72598	146
chrX	302759	303211	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1740	75	.	1.44224	9.06631	7.50245	281
chrX	313563	314190	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1741	59	.	1.36495	7.33576	5.93541	532
chrX	316957	317366	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1743	31	.	1.25586	4.22766	3.15340	79
chrX	319613	319813	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1744	28	.	1.24397	3.89863	2.86413	140
chrX	323024	323380	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1745	46	.	1.31724	5.87500	4.62137	131
chrX	324606	325254	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1746	41	.	1.30132	5.34913	4.14982	341
chrX	325917	326268	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1747	23	.	1.21941	3.33373	2.36853	246
chrX	332771	333406	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1748	68	.	1.38947	8.30376	6.81203	311
chrX	337211	338154	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1749	123	.	1.54961	14.39418	12.30871	623
chrX	339319	339832	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1750	91	.	1.48131	10.86740	9.13423	150
chrX	341380	341623	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1751	26	.	1.24136	3.62954	2.62981	134
chrX	345629	345980	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1752	71	.	1.41543	8.66691	7.14269	131
chrX	348559	350032	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1753	177	.	1.70787	20.59900	17.72021	376
chrX	352262	352493	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1754	26	.	1.24930	3.64180	2.63730	99
chrX	355622	355851	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1755	76	.	1.43418	9.22269	7.64782	105
chrX	358057	358345	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1757	44	.	1.30301	5.66816	4.43319	117
chrX	359551	359938	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1758	26	.	1.22438	3.70352	2.69362	67
chrX	360402	361174	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1759	80	.	1.39277	9.65592	8.03939	494
chrX	368003	368667	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1760	62	.	1.37395	7.73583	6.29782	464
chrX	369229	369665	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1761	30	.	1.24916	4.05498	3.00315	58
chrX	373876	374276	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1762	59	.	1.37210	7.35780	5.95329	97
chrX	380864	381330	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1765	85	.	1.44586	10.19002	8.52294	206
chrX	386074	386482	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1766	27	.	1.23357	3.78904	2.76794	70
chrX	391289	392400	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1767	103	.	1.45735	12.17703	10.31706	700
chrX	398200	398464	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1769	20	.	1.19697	3.01990	2.09872	105
chrX	402426	402850	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1770	78	.	1.40907	9.39523	7.80399	289
chrX	404826	405616	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1771	58	.	1.35925	7.19305	5.80363	290
chrX	407192	407618	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1772	79	.	1.43418	9.60877	7.99533	317
chrX	410981	411319	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1773	31	.	1.27456	4.23643	3.16141	58
chrX	413359	413938	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1774	116	.	1.56283	13.61930	11.60481	285
chrX	424929	425170	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1775	35	.	1.29271	4.65227	3.52747	108
chrX	431867	433248	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1776	124	.	1.56979	14.58934	12.48466	345
chrX	442458	442876	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1777	75	.	1.44224	9.06631	7.50245	139
chrX	445562	446000	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1778	67	.	1.41578	8.19461	6.71440	276
chrX	451954	452351	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1780	43	.	1.31532	5.52912	4.30856	130
chrX	454682	455436	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1782	187	.	1.70751	21.85629	18.77243	359
chrX	455729	456069	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1783	77	.	1.42745	9.37412	7.78487	153
chrX	462394	462877	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1784	56	.	1.33970	7.06463	5.68786	283
chrX	466075	466705	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1785	86	.	1.42506	10.36968	8.68553	366
chrX	468433	468892	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1787	58	.	1.36557	7.23541	5.84318	116
chrX	469482	469940	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1788	56	.	1.37954	7.04326	5.66801	309
chrX	471668	472230	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1789	117	.	1.56765	13.81886	11.78345	307
chrX	484128	484386	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1790	26	.	1.24930	3.64180	2.63730	88
chrX	486221	486482	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1791	39	.	1.31201	5.14146	3.96208	92
chrX	503555	504053	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1792	79	.	1.45671	9.56733	7.95689	188
chrX	507406	507779	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1793	45	.	1.33612	5.78707	4.53967	99
chrX	516107	516598	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1795	42	.	1.30331	5.42775	4.21853	361
chrX	521665	522160	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1796	54	.	1.33214	6.80770	5.45678	332
chrX	525730	526448	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1797	149	.	1.59990	17.41660	14.97655	308
chrX	529577	529992	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1798	44	.	1.32643	5.63878	4.41005	114
chrX	535729	535929	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1799	30	.	1.26859	4.07538	3.01797	63
chrX	538544	538873	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1800	67	.	1.41812	8.25951	6.77078	146
chrX	540272	540601	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1801	56	.	1.37954	7.04326	5.66801	186
chrX	543912	544176	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1802	26	.	1.24105	3.63344	2.63338	186
chrX	544246	544723	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1803	39	.	1.30222	5.15326	3.97294	134
chrX	544887	545842	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1804	155	.	1.63780	18.03137	15.52446	567
chrX	548299	548733	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1805	72	.	1.41661	8.79812	7.26113	259
chrX	549908	550397	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1806	39	.	1.30728	5.13901	3.96208	272
chrX	554849	555130	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1807	50	.	1.35542	6.33054	5.02675	91
chrX	559115	559450	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1808	27	.	1.25412	3.74786	2.73041	282
chrX	565097	565483	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1809	38	.	1.30510	4.99948	3.83901	97
chrX	570722	570947	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1810	33	.	1.26566	4.48830	3.38462	145
chrX	572850	573340	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1811	70	.	1.38799	8.51812	7.00803	293
chrX	576569	576994	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1813	47	.	1.30676	6.01965	4.75124	83
chrX	578196	578939	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1814	40	.	1.28364	5.28240	4.08814	155
chrX	587267	587762	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1816	67	.	1.40082	8.21739	6.73565	344
chrX	594506	595047	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1817	129	.	1.59519	15.11920	12.95562	275
chrX	595821	596045	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1818	18	.	1.20589	2.75818	1.87027	128
chrX	598319	598798	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1819	97	.	1.50977	11.51130	9.71418	292
chrX	604228	604601	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1820	66	.	1.38427	8.16802	6.68949	182
chrX	606248	606824	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1821	92	.	1.45220	11.02502	9.27595	362
chrX	607020	607602	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1822	46	.	1.31017	5.90343	4.64763	218
chrX	607954	608327	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1823	61	.	1.36334	7.58188	6.15809	193
chrX	608972	609335	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1824	52	.	1.33981	6.63047	5.29637	235
chrX	617143	617601	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1825	50	.	1.35542	6.33054	5.02675	175
chrX	622256	622618	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1826	30	.	1.24768	4.13761	3.07483	132
chrX	622860	623922	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1827	118	.	1.51539	13.85999	11.82149	451
chrX	624509	624860	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1828	25	.	1.21558	3.49075	2.50720	93
chrX	632821	633468	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1829	88	.	1.41836	10.57306	8.86986	359
chrX	639224	639819	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1830	37	.	1.24416	4.92340	3.76905	295
chrX	644006	644233	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1831	20	.	1.17175	2.92456	2.01637	123
chrX	646611	646846	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1832	23	.	1.18894	3.26596	2.31064	58
chrX	647118	647389	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1833	43	.	1.26793	5.56347	4.34031	157
chrX	651257	651891	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1834	88	.	1.41649	10.57752	8.87398	298
chrX	658465	659168	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1835	47	.	1.31557	6.00281	4.73572	164
chrX	662700	664737	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1836	127	.	1.54997	14.92203	12.78031	443
chrX	672437	673286	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1837	82	.	1.46155	9.90743	8.26568	581
chrX	673329	674103	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1838	35	.	1.28917	4.65674	3.53157	390
chrX	683145	683987	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1840	90	.	1.49048	10.78518	9.05755	505
chrX	684244	684619	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1841	60	.	1.39401	7.48848	6.07100	270
chrX	690430	691045	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1843	115	.	1.55713	13.50451	11.50425	390
chrX	695601	695858	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1846	36	.	1.28840	4.73430	3.60278	90
chrX	697049	697293	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1847	34	.	1.28930	4.59156	3.47561	173
chrX	698199	698481	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1848	26	.	1.24930	3.64180	2.63730	91
chrX	703080	704339	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1849	169	.	1.68932	19.67377	16.94544	745
chrX	704676	705761	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1850	123	.	1.56884	14.43960	12.34586	710
chrX	709815	710116	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1851	35	.	1.29271	4.65227	3.52747	208
chrX	711382	711649	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1852	30	.	1.26859	4.07538	3.01797	30
chrX	711682	712281	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1853	56	.	1.37954	7.04326	5.66801	433
chrX	715869	716236	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1854	64	.	1.40848	7.94676	6.48689	247
chrX	719156	719506	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1855	45	.	1.33612	5.78707	4.53967	238
chrX	721277	721696	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1856	63	.	1.40365	7.79256	6.34682	223
chrX	725255	725686	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1857	51	.	1.36024	6.47010	5.15178	81
chrX	726709	727113	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1858	43	.	1.32648	5.52431	4.30413	186
chrXI	7739	8222	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1860	51	.	1.36024	6.47010	5.15178	393
chrXI	21500	21822	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1861	90	.	1.49048	10.78518	9.05755	138
chrXI	24835	25161	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1862	54	.	1.36989	6.75374	5.40668	116
chrXI	46212	47267	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1864	98	.	1.49876	11.61285	9.80875	387
chrXI	53387	53717	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1865	42	.	1.31423	5.44055	4.23036	109
chrXI	55557	56460	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1866	94	.	1.48470	11.18799	9.42274	178
chrXI	62113	62418	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1867	26	.	1.22786	3.65415	2.64851	121
chrXI	63363	63786	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1868	60	.	1.34732	7.41833	6.00952	201
chrXI	67869	69357	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1869	60	.	1.33172	7.50011	6.08180	1060
chrXI	70493	70795	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1871	23	.	1.19320	3.27678	2.32049	222
chrXI	80546	80996	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1873	84	.	1.43399	10.09137	8.43116	262
chrXI	86995	87342	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1874	56	.	1.35512	7.07613	5.69857	244
chrXI	93326	94145	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1875	124	.	1.52608	14.50610	12.40710	374
chrXI	94462	94715	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1876	31	.	1.24627	4.18827	3.11735	143
chrXI	96272	96562	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1877	37	.	1.26159	4.85169	3.70679	112
chrXI	99202	100524	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1878	107	.	1.47561	12.69832	10.78326	648
chrXI	106729	107134	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1880	33	.	1.26068	4.41783	3.31994	165
chrXI	108725	109292	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1881	129	.	1.56024	15.16029	12.99331	301
chrXI	112451	112862	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1882	50	.	1.34984	6.33946	5.03508	322
chrXI	114794	115535	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1883	66	.	1.41216	8.11867	6.64345	288
chrXI	118205	118851	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1884	76	.	1.44707	9.23188	7.65254	314
chrXI	125358	125826	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1886	82	.	1.46110	9.86573	8.23000	132
chrXI	126968	127550	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1887	61	.	1.39096	7.62671	6.19986	211
chrXI	130222	130682	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1888	86	.	1.46691	10.29950	8.62022	127
chrXI	131104	131394	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1889	26	.	1.24696	3.68043	2.67248	134
chrXI	136250	136471	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1890	28	.	1.25373	3.83910	2.81376	155
chrXI	137461	137880	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1891	53	.	1.36576	6.70777	5.36808	138
chrXI	140584	141005	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1892	95	.	1.50495	11.32775	9.54792	241
chrXI	143228	143523	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1893	31	.	1.27342	4.18771	3.11683	122
chrXI	158235	158571	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1895	60	.	1.39401	7.48848	6.07100	146
chrXI	159189	159635	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1896	50	.	1.35542	6.33054	5.02675	266
chrXI	164447	165184	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1898	122	.	1.54424	14.37977	12.29545	206
chrXI	166047	166431	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1899	63	.	1.37767	7.78313	6.34198	160
chrXI	168663	169059	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1900	56	.	1.35618	7.06835	5.69130	137
chrXI	171243	171798	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1901	123	.	1.56011	14.39925	12.31340	291
chrXI	173857	174261	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1902	56	.	1.37050	6.97097	5.60469	96
chrXI	178155	178453	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1903	38	.	1.30179	5.01218	3.85074	78
chrXI	179269	179795	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1904	93	.	1.50012	11.14548	9.38292	190
chrXI	180192	180690	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1905	56	.	1.37954	7.04326	5.66801	310
chrXI	201794	202097	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1906	37	.	1.30236	4.89381	3.74179	178
chrXI	203151	203531	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1907	130	.	1.60142	15.25240	13.07107	114
chrXI	205193	205599	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1908	41	.	1.32165	5.39520	4.18851	302
chrXI	210169	210666	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1910	84	.	1.47118	10.08099	8.42163	289
chrXI	216663	217339	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1911	198	.	1.76380	23.14277	19.86245	345
chrXI	222818	223424	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1912	143	.	1.63518	16.74891	14.38941	266
chrXI	226041	226426	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1913	46	.	1.32881	5.96292	4.69884	110
chrXI	229873	231931	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1914	139	.	1.56640	16.23726	13.94505	1702
chrXI	234165	234435	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1915	39	.	1.27624	5.17686	3.99468	194
chrXI	237130	237334	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1916	32	.	1.26484	4.33978	3.25219	131
chrXI	245439	246289	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1917	193	.	1.71304	22.51418	19.34031	387
chrXI	247666	248611	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1918	151	.	1.61527	17.60023	15.14449	325
chrXI	253154	253749	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1919	54	.	1.36989	6.75374	5.40668	190
chrXI	255407	255621	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1920	36	.	1.28598	4.73297	3.60153	94
chrXI	258342	259230	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1921	154	.	1.63480	17.96148	15.46078	394
chrXI	260226	260952	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1923	138	.	1.59382	16.18476	13.89825	391
chrXI	264367	264716	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1924	61	.	1.37771	7.59789	6.17295	248
chrXI	265659	266287	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1925	74	.	1.42598	8.97832	7.42469	228
chrXI	277810	278171	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1926	52	.	1.31598	6.60469	5.27661	173
chrXI	278397	279187	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1927	89	.	1.41813	10.63733	8.92475	254
chrXI	280400	280619	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1928	31	.	1.23422	4.20452	3.13217	43
chrXI	282407	282980	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1929	68	.	1.36015	8.34943	6.85477	254
chrXI	284648	285007	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1930	51	.	1.32273	6.50226	5.18153	243
chrXI	290993	291400	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1931	57	.	1.37105	7.12675	5.74587	183
chrXI	292257	292688	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1932	36	.	1.29375	4.81424	3.67241	139
chrXI	294335	294608	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1933	28	.	1.25724	3.91137	2.87583	132
chrXI	299008	299421	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1935	82	.	1.46437	9.87803	8.24145	136
chrXI	301981	302364	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1936	52	.	1.36507	6.61127	5.27858	171
chrXI	303130	303431	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1937	54	.	1.36989	6.75374	5.40668	82
chrXI	304602	304997	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1938	34	.	1.28958	4.58396	3.46861	345
chrXI	307015	307337	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1939	50	.	1.35542	6.33054	5.02675	101
chrXI	308581	309169	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1940	157	.	1.66895	18.30721	15.76216	309
chrXI	317021	317563	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1941	67	.	1.41104	8.18271	6.70324	325
chrXI	320574	320811	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1942	34	.	1.26908	4.60461	3.48758	156
chrXI	321720	323164	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1943	138	.	1.55780	16.08261	13.81233	857
chrXI	326201	326877	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1944	58	.	1.33783	7.28588	5.89005	324
chrXI	327312	328164	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1945	125	.	1.53232	14.71312	12.59299	598
chrXI	334044	334505	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1946	56	.	1.34565	7.00833	5.63952	175
chrXI	334840	335755	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1947	72	.	1.39508	8.74083	7.20763	251
chrXI	338857	339187	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1948	30	.	1.23719	4.06487	3.01217	206
chrXI	340438	341440	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1949	98	.	1.46810	11.69353	9.88120	535
chrXI	342042	342500	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1950	64	.	1.37063	7.93986	6.48424	106
chrXI	346704	347109	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1952	59	.	1.38918	7.33860	5.93541	124
chrXI	355020	356508	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1953	210	.	1.77823	24.56713	21.04345	508
chrXI	358052	358327	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1954	53	.	1.34970	6.70357	5.36416	102
chrXI	361833	362532	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1955	56	.	1.36156	7.04595	5.67050	298
chrXI	364357	365276	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1956	82	.	1.43535	9.90380	8.26532	278
chrXI	369270	369870	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1957	115	.	1.51703	13.55293	11.54936	263
chrXI	371479	371786	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1958	44	.	1.30605	5.63002	4.40198	110
chrXI	374072	374396	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1959	36	.	1.27122	4.74087	3.60882	174
chrXI	375181	375448	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1960	26	.	1.22975	3.61164	2.61346	44
chrXI	381848	382672	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1961	119	.	1.51056	14.03933	11.98300	351
chrXI	384963	385574	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1964	64	.	1.36476	7.95695	6.49638	219
chrXI	387238	387599	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1965	45	.	1.31501	5.78591	4.53967	181
chrXI	389033	389233	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1966	30	.	1.25803	4.07445	3.01797	143
chrXI	393358	393774	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1967	69	.	1.42295	8.41806	6.91466	112
chrXI	402030	402539	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1968	140	.	1.62554	16.31497	14.00717	308
chrXI	403777	403996	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1969	33	.	1.28316	4.44508	3.34490	140
chrXI	407898	408567	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1970	155	.	1.65597	18.06735	15.55783	326
chrXI	417986	418321	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1971	79	.	1.45671	9.56733	7.95689	102
chrXI	425851	426329	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1972	63	.	1.40365	7.79256	6.34682	363
chrXI	426848	427136	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1973	54	.	1.36989	6.75374	5.40668	150
chrXI	428430	429267	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1974	147	.	1.64483	17.18790	14.77597	614
chrXI	431336	431904	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1975	179	.	1.72201	20.87782	17.94167	309
chrXI	436877	437102	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1976	32	.	1.27824	4.30149	3.21717	159
chrXI	439423	439991	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1977	112	.	1.55318	13.22403	11.25025	314
chrXI	444955	445429	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1979	68	.	1.41626	8.32872	6.83539	209
chrXI	446358	446826	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1982	59	.	1.38918	7.33860	5.93541	174
chrXI	446920	447243	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1983	47	.	1.34577	6.05582	4.78049	155
chrXI	457383	457832	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1984	45	.	1.33612	5.78707	4.53967	122
chrXI	461283	461629	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1985	54	.	1.36817	6.78976	5.44009	91
chrXI	462893	464097	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1986	190	.	1.74049	22.15582	19.02841	683
chrXI	468893	469119	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1988	43	.	1.32025	5.58658	4.36177	125
chrXI	469244	469713	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1989	52	.	1.35582	6.60531	5.27719	179
chrXI	471589	471879	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1990	19	.	1.20742	2.88799	1.98341	41
chrXI	483260	483498	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1991	43	.	1.32620	5.51769	4.30182	166
chrXI	487364	487858	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1992	80	.	1.45170	9.69498	8.07567	148
chrXI	491170	491433	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1993	36	.	1.29600	4.80897	3.66754	92
chrXI	493461	493898	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1994	95	.	1.50495	11.32775	9.54792	239
chrXI	499789	500187	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1995	55	.	1.37471	6.89780	5.53664	250
chrXI	500814	501404	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1996	46	.	1.34095	5.92072	4.65968	226
chrXI	506303	507038	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1997	94	.	1.49247	11.22115	9.45356	231
chrXI	507658	507978	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1998	47	.	1.34063	6.01905	4.75068	251
chrXI	513867	515034	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1999	143	.	1.59579	16.75551	14.39535	413
chrXI	516931	517279	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2000	42	.	1.29317	5.45193	4.24090	245
chrXI	518232	519246	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2001	95	.	1.44716	11.28097	9.50909	489
chrXI	523965	524199	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2002	25	.	1.22291	3.56465	2.57072	111
chrXI	524860	525515	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2004	104	.	1.48722	12.34358	10.46606	169
chrXI	533473	534079	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2006	63	.	1.38069	7.74567	6.30698	358
chrXI	535364	536137	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2007	80	.	1.43414	9.65923	8.04248	390
chrXI	547868	548247	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2008	51	.	1.36024	6.47010	5.15178	263
chrXI	551201	551790	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2009	128	.	1.59660	15.04369	12.88629	215
chrXI	552308	552905	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2010	107	.	1.53871	12.64109	10.73057	265
chrXI	554495	554915	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2011	112	.	1.55318	13.22403	11.25025	228
chrXI	556312	556549	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2012	26	.	1.24930	3.64180	2.63730	78
chrXI	562257	562634	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2013	43	.	1.32648	5.52431	4.30413	281
chrXI	565799	566008	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2014	58	.	1.38436	7.19020	5.80099	125
chrXI	571109	571683	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2015	92	.	1.49530	10.96466	9.21951	342
chrXI	573059	573415	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2016	45	.	1.33612	5.78707	4.53967	167
chrXI	575921	576314	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2017	40	.	1.30415	5.25793	4.06943	296
chrXI	578153	578619	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2018	65	.	1.38877	7.97913	6.51707	101
chrXI	580842	582075	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2020	173	.	1.69358	20.19795	17.37785	459
chrXI	583288	583635	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2021	49	.	1.35059	6.19247	4.90285	140
chrXI	589979	590238	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2022	30	.	1.26859	4.07538	3.01797	109
chrXI	596131	596594	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2023	37	.	1.30236	4.89381	3.74179	124
chrXI	596621	597055	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2024	49	.	1.35059	6.19247	4.90285	183
chrXI	604103	604413	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2025	25	.	1.24448	3.53731	2.54591	190
chrXI	608445	608802	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2026	73	.	1.43742	8.90210	7.35347	157
chrXI	611090	611453	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2027	45	.	1.33612	5.78707	4.53967	166
chrXI	612215	612684	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2028	35	.	1.29310	4.68859	3.56083	88
chrXI	614090	615685	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2029	169	.	1.66085	19.69220	16.94990	1150
chrXI	617578	617871	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2030	81	.	1.44454	9.77397	8.14460	185
chrXI	618645	619160	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2031	74	.	1.41723	8.98630	7.43210	316
chrXI	619365	619647	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2032	33	.	1.27303	4.45208	3.35137	154
chrXI	624708	625032	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2033	25	.	1.24448	3.53731	2.54591	267
chrXI	625480	626675	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2034	66	.	1.40520	8.13563	6.65929	841
chrXI	630139	630815	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2035	55	.	1.35810	6.95093	5.58603	450
chrXI	635246	635457	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2036	34	.	1.27891	4.53361	3.42248	118
chrXI	640282	640573	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2038	33	.	1.28327	4.46086	3.35943	226
chrXI	642574	643197	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2039	110	.	1.54836	13.02838	11.07589	337
chrXI	645182	645816	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2040	132	.	1.60624	15.46233	13.25700	358
chrXI	650151	650582	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2041	43	.	1.32648	5.52431	4.30413	167
chrXII	15862	16608	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2042	75	.	1.44224	9.06631	7.50245	384
chrXII	16944	18077	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2043	128	.	1.58567	15.03122	12.88139	902
chrXII	20855	21167	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2044	32	.	1.26209	4.31250	3.22721	77
chrXII	22632	22979	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2045	48	.	1.33363	6.17096	4.88707	149
chrXII	23168	23518	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2046	65	.	1.39547	8.04070	6.57466	235
chrXII	28283	28940	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2047	41	.	1.31830	5.34910	4.14979	372
chrXII	29203	29957	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2048	185	.	1.73648	21.60423	18.56068	430
chrXII	36587	37262	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2049	121	.	1.57730	14.22192	12.14757	354
chrXII	39593	39817	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2050	30	.	1.26859	4.07538	3.01797	132
chrXII	40360	40718	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2051	39	.	1.31201	5.14146	3.96208	274
chrXII	46292	46666	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2052	49	.	1.35059	6.19247	4.90285	185
chrXII	47508	47804	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2053	66	.	1.41289	8.16267	6.68452	131
chrXII	48620	49918	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2054	66	.	1.39205	8.07463	6.60628	1068
chrXII	53846	54319	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2055	56	.	1.35642	7.05632	5.68012	365
chrXII	63612	63974	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2056	66	.	1.41330	8.10245	6.62832	137
chrXII	65316	66003	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2057	110	.	1.54836	13.02838	11.07589	264
chrXII	80204	80529	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2058	44	.	1.32318	5.72295	4.48426	225
chrXII	81073	81363	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2059	30	.	1.25427	4.12560	3.06389	215
chrXII	83218	84609	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2060	112	.	1.48794	13.22933	11.25512	1060
chrXII	86940	87320	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2061	48	.	1.30274	6.09645	4.81811	189
chrXII	91241	91898	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2062	85	.	1.43709	10.16801	8.50236	368
chrXII	92746	93366	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2063	75	.	1.42399	9.06856	7.50454	115
chrXII	93660	94645	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2064	65	.	1.39135	7.96655	6.50533	563
chrXII	95139	95651	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2065	111	.	1.52672	13.11662	11.15721	154
chrXII	97548	98130	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2066	102	.	1.51114	12.14896	10.29108	267
chrXII	98234	98927	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2067	51	.	1.35312	6.42300	5.11250	356
chrXII	100241	100969	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2068	95	.	1.50481	11.35577	9.57388	376
chrXII	107392	108628	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2069	106	.	1.49339	12.59598	10.69446	1050
chrXII	119686	120408	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2070	61	.	1.38199	7.52981	6.10942	440
chrXII	120567	121259	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2071	86	.	1.44953	10.28149	8.60349	502
chrXII	121283	122005	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2072	65	.	1.38684	7.96628	6.50508	517
chrXII	124914	125929	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2074	105	.	1.50428	12.47186	10.57973	280
chrXII	130680	131771	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2075	95	.	1.49757	11.35187	9.57024	370
chrXII	142940	143242	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2077	33	.	1.28083	4.39508	3.30284	256
chrXII	150514	151493	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2078	62	.	1.38725	7.65463	6.22185	656
chrXII	153892	154295	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2079	29	.	1.25707	4.03136	2.98150	313
chrXII	156382	156711	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2080	43	.	1.31674	5.56401	4.34083	223
chrXII	161279	161670	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2081	29	.	1.24473	3.98739	2.94134	162
chrXII	163179	163676	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2082	72	.	1.40055	8.75442	7.22033	216
chrXII	164118	164491	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2083	63	.	1.37470	7.83955	6.39063	221
chrXII	167294	167777	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2085	44	.	1.33080	5.71037	4.47256	415
chrXII	176892	177141	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2086	38	.	1.30718	5.01686	3.85108	85
chrXII	179638	180028	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2087	39	.	1.30004	5.14460	3.96499	210
chrXII	184810	185160	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2089	33	.	1.27565	4.44814	3.34769	142
chrXII	187225	188222	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2090	169	.	1.69789	19.69114	16.94909	370
chrXII	196528	196994	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2091	76	.	1.44707	9.23188	7.65254	210
chrXII	202657	203009	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2093	81	.	1.46154	9.73717	8.11060	132
chrXII	211971	212472	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2094	93	.	1.50012	11.14548	9.38292	335
chrXII	214356	214559	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2095	29	.	1.26377	3.96469	2.92057	60
chrXII	222236	222488	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2096	54	.	1.36989	6.75374	5.40668	109
chrXII	224412	224978	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2097	60	.	1.39401	7.48848	6.07100	357
chrXII	225085	225584	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2098	85	.	1.47601	10.25496	8.57892	125
chrXII	230582	230877	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2099	37	.	1.28784	4.85624	3.71098	84
chrXII	232180	233097	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2100	65	.	1.39333	8.02339	6.55845	195
chrXII	233984	235063	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2101	145	.	1.58875	16.93004	14.55532	726
chrXII	237601	237852	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2102	44	.	1.31625	5.70851	4.47083	154
chrXII	238935	239526	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2103	105	.	1.52431	12.48408	10.59095	151
chrXII	241769	242209	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2104	95	.	1.50495	11.32775	9.54792	179
chrXII	247911	248432	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2105	71	.	1.41514	8.63411	7.11221	309
chrXII	248474	249547	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2106	61	.	1.37198	7.53652	6.11568	597
chrXII	253099	253799	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2107	133	.	1.54750	15.52268	13.31277	320
chrXII	259485	260328	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2108	103	.	1.48184	12.18202	10.32160	335
chrXII	260579	260948	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2109	49	.	1.32521	6.26378	4.96907	149
chrXII	262770	263241	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2110	83	.	1.43438	10.05276	8.39945	311
chrXII	278387	278999	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2112	53	.	1.34297	6.64677	5.31142	241
chrXII	282423	282943	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2114	72	.	1.40719	8.82168	7.28310	253
chrXII	283679	283883	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2115	23	.	1.22419	3.35980	2.39213	125
chrXII	286481	286769	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2116	22	.	1.22114	3.24627	2.29280	55
chrXII	289475	290031	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2117	65	.	1.40798	8.05044	6.58372	419
chrXII	293493	293927	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2118	43	.	1.32693	5.60111	4.37529	353
chrXII	296176	296583	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2119	50	.	1.34875	6.40342	5.09445	257
chrXII	300242	301068	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2120	167	.	1.68742	19.44860	16.74923	316
chrXII	306363	306889	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2121	40	.	1.31683	5.26754	4.07442	163
chrXII	307479	308132	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2122	45	.	1.33612	5.78707	4.53967	147
chrXII	315812	316081	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2123	23	.	1.23483	3.33306	2.36790	101
chrXII	320122	320689	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2124	50	.	1.34255	6.36893	5.06239	315
chrXII	322941	323562	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2125	90	.	1.45766	10.79626	9.06791	182
chrXII	327406	327987	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2126	64	.	1.36850	7.93465	6.47942	280
chrXII	329112	329677	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2127	106	.	1.48766	12.54375	10.64620	354
chrXII	337177	337531	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2128	25	.	1.22009	3.50375	2.51905	145
chrXII	340998	341918	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2129	103	.	1.48157	12.20244	10.34040	269
chrXII	348338	348727	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2130	27	.	1.25317	3.80574	2.78322	313
chrXII	363847	364169	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2132	37	.	1.28979	4.95634	3.79927	253
chrXII	366207	366493	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2133	42	.	1.28537	5.41997	4.21129	125
chrXII	368265	368566	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2134	27	.	1.21678	3.76890	2.74952	179
chrXII	369360	371770	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2135	82	.	1.39655	9.92360	8.27979	1804
chrXII	377217	377616	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2137	60	.	1.36099	7.45447	6.04317	163
chrXII	380478	380904	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2138	50	.	1.33567	6.39607	5.08770	352
chrXII	387389	388260	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2139	73	.	1.39826	8.84094	7.30104	303
chrXII	388431	389208	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2140	90	.	1.45023	10.73960	9.01983	166
chrXII	390375	390934	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2141	81	.	1.42436	9.77505	8.14562	279
chrXII	395461	395904	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2142	47	.	1.33005	5.97757	4.71246	164
chrXII	398166	398666	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2143	38	.	1.30129	5.02953	3.86279	109
chrXII	399320	399728	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2144	56	.	1.36568	7.04117	5.66801	101
chrXII	403997	404641	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2145	131	.	1.57933	15.28482	13.10057	288
chrXII	406778	407348	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2146	78	.	1.43756	9.47997	7.87958	305
chrXII	407951	408570	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2147	93	.	1.48348	11.05740	9.30610	197
chrXII	410119	410699	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2148	105	.	1.53389	12.44947	10.55878	352
chrXII	423369	425180	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2151	80	.	1.38553	9.65625	8.03968	933
chrXII	429266	429585	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2152	32	.	1.24830	4.38355	3.29231	133
chrXII	434277	434553	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2154	34	.	1.27594	4.55519	3.44213	90
chrXII	439862	440453	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2155	144	.	1.62727	16.82331	14.45803	260
chrXII	441481	441809	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2156	57	.	1.37386	7.12099	5.74050	156
chrXII	444839	445341	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2157	68	.	1.39064	8.31735	6.82472	250
chrXII	447470	448662	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2158	193	.	1.75577	22.58950	19.39365	351
chrXII	449183	449936	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2159	183	.	1.73166	21.36086	18.35626	436
chrXII	450339	450816	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2160	62	.	1.39883	7.63978	6.20807	150
chrXII	459849	460523	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2161	240	.	1.91013	31.13431	24.05068	353
chrXII	489497	489776	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2162	134	.	1.61107	15.67355	13.44447	156
chrXII	490558	493030	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2163	240	.	1.87154	28.89023	24.05068	220
chrXII	493126	493826	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2164	127	.	1.57341	14.87398	12.73578	356
chrXII	493968	494329	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2165	44	.	1.31179	5.73358	4.49409	163
chrXII	498506	498899	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2166	77	.	1.42671	9.37632	7.78689	295
chrXII	500275	500627	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2167	43	.	1.31224	5.60741	4.38112	248
chrXII	503928	504410	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2168	82	.	1.44105	9.85050	8.21587	257
chrXII	505619	506148	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2169	93	.	1.47722	11.12533	9.36878	265
chrXII	514310	515265	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2171	168	.	1.65208	19.52611	16.81230	677
chrXII	516338	516666	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2172	43	.	1.31395	5.61936	4.39213	169
chrXII	522078	522905	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2173	214	.	1.80401	25.13477	21.45545	295
chrXII	523226	523664	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2174	99	.	1.51530	11.81873	9.99527	159
chrXII	534296	535055	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2175	159	.	1.67377	18.53483	15.95877	302
chrXII	541678	542058	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2176	33	.	1.28307	4.41689	3.31908	101
chrXII	543310	543759	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2177	30	.	1.26859	4.07538	3.01797	290
chrXII	545683	546086	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2178	51	.	1.36136	6.51765	5.19584	305
chrXII	550093	550653	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2179	58	.	1.38376	7.28089	5.88541	229
chrXII	553704	554410	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2180	116	.	1.55997	13.63735	11.62136	354
chrXII	556493	556826	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2181	56	.	1.37220	7.07681	5.69921	247
chrXII	559119	559613	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2182	78	.	1.44609	9.44565	7.84737	339
chrXII	561624	561990	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2183	27	.	1.24374	3.78061	2.76020	291
chrXII	566319	567316	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2184	155	.	1.63043	18.06264	15.55343	426
chrXII	567865	568595	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2185	120	.	1.55544	14.12089	12.05885	333
chrXII	576260	577075	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2186	143	.	1.63518	16.74891	14.38941	392
chrXII	577918	578148	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2187	30	.	1.26371	4.08053	3.02267	121
chrXII	579152	579400	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2188	36	.	1.29387	4.77541	3.63673	116
chrXII	581709	582150	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2189	61	.	1.38980	7.55125	6.12942	269
chrXII	586002	586288	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2190	69	.	1.41413	8.41296	6.91378	152
chrXII	588941	589462	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2191	110	.	1.54836	13.02838	11.07589	237
chrXII	592208	592506	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2192	105	.	1.53389	12.44947	10.55878	107
chrXII	602332	603309	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2193	114	.	1.54826	13.46525	11.46792	564
chrXII	603584	604083	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2194	53	.	1.34237	6.68353	5.34555	316
chrXII	610617	612280	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2195	84	.	1.40559	10.08959	8.42955	969
chrXII	617049	617476	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2196	33	.	1.26555	4.41494	3.31908	234
chrXII	623269	624253	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2198	80	.	1.45069	9.69165	8.07261	729
chrXII	633268	633729	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2199	121	.	1.56703	14.18343	12.11764	299
chrXII	633861	634342	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2200	51	.	1.35668	6.51383	5.19227	188
chrXII	636145	636808	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2201	90	.	1.46495	10.78224	9.05755	327
chrXII	639855	640201	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2202	42	.	1.30313	5.43784	4.22788	168
chrXII	644929	646456	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2203	113	.	1.48947	13.31931	11.33800	1034
chrXII	648767	650681	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2207	78	.	1.45189	9.39891	7.80399	995
chrXII	656889	657101	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2208	49	.	1.35059	6.19247	4.90285	113
chrXII	657628	659021	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2209	240	.	1.87636	29.16693	24.05068	643
chrXII	659711	660703	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2210	100	.	1.51942	11.88250	10.04893	329
chrXII	662890	663460	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2211	41	.	1.31195	5.38568	4.18344	401
chrXII	665055	665400	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2212	30	.	1.27192	4.15645	3.09207	216
chrXII	668969	669210	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2213	34	.	1.28789	4.53380	3.42248	173
chrXII	669872	670105	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2214	63	.	1.40365	7.79256	6.34682	85
chrXII	672468	673129	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2215	53	.	1.36092	6.68068	5.34293	547
chrXII	673795	674288	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2216	75	.	1.43403	9.06336	7.50245	233
chrXII	677514	677981	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2217	126	.	1.57924	14.76486	12.64096	270
chrXII	696883	697206	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2218	39	.	1.31201	5.14146	3.96208	131
chrXII	699485	699892	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2219	94	.	1.49212	11.24138	9.47241	161
chrXII	703893	705007	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2220	112	.	1.49441	13.19659	11.23072	604
chrXII	710461	710910	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2222	75	.	1.40903	9.08928	7.52372	190
chrXII	712019	712390	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2223	44	.	1.31318	5.67728	4.44167	294
chrXII	713046	713442	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2224	55	.	1.35394	6.85593	5.50160	284
chrXII	720354	720684	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2225	29	.	1.24914	3.95872	2.91899	272
chrXII	721539	721834	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2226	59	.	1.35998	7.34810	5.94429	163
chrXII	722405	723800	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2227	101	.	1.47365	12.00775	10.16525	1071
chrXII	725542	725916	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2228	45	.	1.29430	5.74509	4.50473	93
chrXII	727962	728864	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2229	117	.	1.50574	13.82027	11.78472	554
chrXII	730437	730866	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2230	83	.	1.41632	10.04239	8.38977	170
chrXII	737561	738321	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2231	122	.	1.53339	14.33298	12.25155	299
chrXII	743968	744174	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2233	36	.	1.29754	4.77224	3.63379	118
chrXII	747557	747906	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2234	40	.	1.31683	5.26754	4.07442	251
chrXII	751704	752106	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2235	54	.	1.36989	6.75374	5.40668	303
chrXII	756973	757387	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2236	70	.	1.41118	8.51838	7.00827	179
chrXII	758964	759681	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2237	187	.	1.70834	21.78449	18.72551	246
chrXII	764109	764611	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2238	60	.	1.37925	7.45379	6.04254	263
chrXII	764657	765612	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2239	39	.	1.30518	5.17925	3.99689	96
chrXII	766208	766421	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2240	45	.	1.33160	5.83111	4.58059	86
chrXII	771649	771972	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2241	40	.	1.31683	5.26754	4.07442	80
chrXII	781294	782082	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2242	116	.	1.56283	13.61930	11.60481	312
chrXII	783593	783952	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2243	69	.	1.42295	8.41806	6.91466	164
chrXII	787294	787645	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2244	46	.	1.34095	5.92072	4.65968	112
chrXII	789639	790440	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2245	133	.	1.60238	15.58055	13.36587	407
chrXII	794411	794801	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2246	50	.	1.33034	6.37058	5.06394	231
chrXII	795111	795605	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2247	70	.	1.39907	8.59586	7.07651	329
chrXII	796123	796837	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2248	119	.	1.52643	13.96858	11.92279	525
chrXII	805020	805913	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2251	77	.	1.40216	9.35210	7.76448	769
chrXII	808696	809767	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2252	129	.	1.56753	15.16510	12.99772	544
chrXII	814921	815169	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2253	40	.	1.31683	5.26754	4.07442	167
chrXII	815625	816142	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2254	90	.	1.48283	10.79422	9.06602	373
chrXII	818479	819395	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2255	95	.	1.47386	11.30990	9.53599	620
chrXII	820307	820557	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2256	44	.	1.31613	5.68998	4.45351	81
chrXII	822674	823148	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2257	73	.	1.40572	8.84607	7.30574	150
chrXII	826476	827293	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2258	77	.	1.41218	9.35469	7.76690	404
chrXII	827720	828725	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2259	121	.	1.54430	14.23723	12.16202	688
chrXII	830372	830911	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2260	79	.	1.43270	9.51157	7.90914	299
chrXII	833609	833925	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2261	43	.	1.32353	5.52022	4.30413	176
chrXII	837371	840333	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2262	200	.	1.76928	23.42111	20.09593	2266
chrXII	845573	846221	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2263	98	.	1.51460	11.69627	9.88120	367
chrXII	849021	849400	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2264	38	.	1.30476	5.00675	3.84572	185
chrXII	853168	853485	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2265	50	.	1.35250	6.36981	5.06322	73
chrXII	853854	854132	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2266	64	.	1.40191	7.85995	6.40968	164
chrXII	854503	854703	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2267	38	.	1.30706	5.02913	3.86242	106
chrXII	854732	855226	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2268	35	.	1.29271	4.65227	3.52747	319
chrXII	855563	855936	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2269	59	.	1.38918	7.33860	5.93541	254
chrXII	866739	867513	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2270	121	.	1.57730	14.22192	12.14757	340
chrXII	871568	871811	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2271	26	.	1.23029	3.64188	2.63737	209
chrXII	873248	873853	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2273	31	.	1.24941	4.24114	3.16573	345
chrXII	874994	875229	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2274	40	.	1.27863	5.20194	4.01780	186
chrXII	877362	878321	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2275	93	.	1.44088	11.10849	9.35325	576
chrXII	884636	885375	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2276	74	.	1.41554	8.95899	7.40666	410
chrXII	888492	888985	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2277	87	.	1.46937	10.43358	8.74031	333
chrXII	892814	893178	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2278	66	.	1.41330	8.10245	6.62832	208
chrXII	897731	898196	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2280	123	.	1.58213	14.42544	12.33266	199
chrXII	898881	899532	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2281	56	.	1.37954	7.04326	5.66801	310
chrXII	903288	903755	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2282	36	.	1.29754	4.77224	3.63379	357
chrXII	906385	906942	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2283	40	.	1.31683	5.26754	4.07442	166
chrXII	909413	909777	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2284	22	.	1.22694	3.20405	2.25817	119
chrXII	909904	910408	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2285	66	.	1.40499	8.10668	6.63226	314
chrXII	912218	912593	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2286	38	.	1.29977	5.03772	3.87029	86
chrXII	914752	915165	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2287	42	.	1.30342	5.43058	4.22115	153
chrXII	919007	919334	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2288	29	.	1.24091	4.03309	2.98309	257
chrXII	921497	922500	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2289	94	.	1.43818	11.19367	9.42797	272
chrXII	924455	925321	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2290	90	.	1.42355	10.76166	9.04030	335
chrXII	931768	932885	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2291	140	.	1.58089	16.29933	14.00124	305
chrXII	934198	934575	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2292	65	.	1.39972	8.00418	6.54055	237
chrXII	937208	937610	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2293	41	.	1.32165	5.39520	4.18851	79
chrXII	949600	951028	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2294	116	.	1.56283	13.61930	11.60481	1179
chrXII	954170	955033	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2296	73	.	1.40396	8.90658	7.35761	167
chrXII	958066	958497	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2297	56	.	1.35408	7.06549	5.68866	280
chrXII	963457	963878	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2298	54	.	1.35682	6.76406	5.41623	248
chrXII	965525	965942	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2299	69	.	1.40915	8.41220	6.91305	254
chrXII	971620	972116	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2300	46	.	1.34095	5.92072	4.65968	241
chrXII	973064	973475	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2301	50	.	1.35542	6.33054	5.02675	146
chrXII	986755	987209	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2302	39	.	1.31201	5.14146	3.96208	74
chrXII	990333	990939	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2303	134	.	1.61107	15.67355	13.44447	363
chrXII	992794	993277	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2304	110	.	1.54836	13.02838	11.07589	150
chrXII	1006927	1007437	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2306	76	.	1.41704	9.27039	7.68829	243
chrXII	1011244	1011787	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2307	32	.	1.23792	4.37544	3.28488	368
chrXII	1012092	1012313	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2308	25	.	1.20775	3.56306	2.56927	160
chrXII	1017826	1018072	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2310	50	.	1.32210	6.32353	5.02419	118
chrXII	1022195	1022586	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2311	66	.	1.40720	8.12217	6.64674	300
chrXII	1027958	1028933	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2313	166	.	1.66607	19.36830	16.68147	602
chrXII	1030555	1030844	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2314	24	.	1.22805	3.40075	2.42923	223
chrXII	1032168	1032579	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2315	48	.	1.33369	6.08741	4.80970	332
chrXII	1034458	1035162	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2316	54	.	1.36500	6.78663	5.43717	201
chrXII	1035633	1036075	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2317	41	.	1.31479	5.29860	4.10302	323
chrXII	1041169	1041816	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2318	92	.	1.48088	11.00426	9.25652	367
chrXII	1042722	1043394	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2319	64	.	1.39760	7.89946	6.44658	568
chrXII	1043498	1043940	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2320	106	.	1.52270	12.49923	10.60491	136
chrXII	1052869	1053521	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2321	67	.	1.41735	8.28669	6.79615	335
chrXII	1057024	1057419	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2322	47	.	1.34577	6.05582	4.78049	311
chrXII	1058284	1059190	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2323	43	.	1.32648	5.52431	4.30413	329
chrXIII	18687	18998	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2326	50	.	1.34178	6.38411	5.07653	177
chrXIII	20354	20854	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2327	79	.	1.41922	9.58301	7.97139	315
chrXIII	23701	24587	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2328	49	.	1.31327	6.26334	4.96867	232
chrXIII	25625	26837	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2329	119	.	1.50556	14.04014	11.98375	686
chrXIII	29729	30588	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2330	126	.	1.55164	14.80049	12.67384	557
chrXIII	37446	38364	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2331	143	.	1.61087	16.65476	14.31094	402
chrXIII	39281	40212	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2332	57	.	1.36875	7.12474	5.74401	281
chrXIII	43665	43916	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2333	40	.	1.31232	5.25632	4.06795	122
chrXIII	45934	46872	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2334	100	.	1.51942	11.88250	10.04893	630
chrXIII	57347	57893	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2335	59	.	1.38918	7.33860	5.93541	298
chrXIII	58507	58797	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2336	35	.	1.29136	4.70533	3.57619	118
chrXIII	62028	62538	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2337	49	.	1.32945	6.26296	4.96834	211
chrXIII	67780	68230	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2338	53	.	1.32693	6.73794	5.39607	257
chrXIII	69494	70585	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2339	88	.	1.41983	10.52876	8.82875	522
chrXIII	77022	77300	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2340	46	.	1.32027	5.93840	4.67603	190
chrXIII	82724	83164	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2342	40	.	1.31329	5.24815	4.06051	127
chrXIII	85603	85879	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2343	37	.	1.30236	4.89381	3.74179	161
chrXIII	86582	86952	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2344	88	.	1.48565	10.60705	8.89670	174
chrXIII	90986	91412	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2345	121	.	1.56351	14.21477	12.14633	230
chrXIII	91549	92199	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2346	104	.	1.52182	12.29965	10.42519	413
chrXIII	94101	94567	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2347	45	.	1.32112	5.80021	4.55184	284
chrXIII	95270	95716	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2348	45	.	1.31737	5.83121	4.58069	185
chrXIII	97445	97852	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2349	47	.	1.33045	6.05489	4.78049	86
chrXIII	101464	101906	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2350	76	.	1.44226	9.19959	7.62651	116
chrXIII	104068	104661	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2351	70	.	1.42777	8.57795	7.05988	359
chrXIII	115210	115726	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2352	77	.	1.42375	9.28434	7.70130	183
chrXIII	118845	120180	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2353	136	.	1.57940	15.92336	13.66663	464
chrXIII	124180	124670	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2354	164	.	1.65557	19.09833	16.44977	227
chrXIII	129389	129959	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2355	66	.	1.39130	8.11835	6.64313	387
chrXIII	131306	131673	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2356	54	.	1.35007	6.80559	5.45481	245
chrXIII	135178	135452	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2357	45	.	1.31303	5.79637	4.54828	106
chrXIII	137214	137552	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2358	43	.	1.30836	5.57008	4.34642	238
chrXIII	140069	140566	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2359	59	.	1.37399	7.39027	5.98350	166
chrXIII	145934	146468	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2360	177	.	1.71718	20.63806	17.74039	250
chrXIII	153362	154091	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2361	51	.	1.35956	6.45299	5.14013	319
chrXIII	158264	158578	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2362	55	.	1.35449	6.94598	5.58135	104
chrXIII	158983	159508	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2363	156	.	1.63339	18.22346	15.69415	204
chrXIII	159609	160157	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2364	49	.	1.33230	6.25506	4.96099	232
chrXIII	164313	164913	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2365	75	.	1.41930	9.12234	7.55451	222
chrXIII	167443	168065	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2366	113	.	1.51862	13.30825	11.32788	221
chrXIII	169802	170416	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2367	161	.	1.62884	18.76118	16.15772	310
chrXIII	178055	178575	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2370	87	.	1.46359	10.45335	8.75872	372
chrXIII	179791	180273	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2371	41	.	1.32165	5.39520	4.18851	216
chrXIII	181104	181513	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2372	54	.	1.36989	6.75374	5.40668	290
chrXIII	183436	183874	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2373	84	.	1.47118	10.08099	8.42163	255
chrXIII	195731	195943	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2375	49	.	1.35059	6.19247	4.90285	100
chrXIII	204110	204510	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2377	41	.	1.32165	5.39520	4.18851	123
chrXIII	208916	209607	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2378	139	.	1.60199	16.23953	13.94688	325
chrXIII	212007	212274	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2379	36	.	1.28688	4.78027	3.64119	92
chrXIII	216096	216412	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2380	30	.	1.25223	4.09112	3.03235	78
chrXIII	219538	220149	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2381	92	.	1.46179	10.99059	9.24368	392
chrXIII	220464	221217	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2382	105	.	1.48737	12.41033	10.52804	489
chrXIII	223891	224324	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2383	132	.	1.55381	15.40201	13.20857	212
chrXIII	225394	225960	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2384	123	.	1.54313	14.48349	12.38646	240
chrXIII	228575	228973	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2385	38	.	1.28719	4.98840	3.82875	286
chrXIII	230676	230888	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2386	26	.	1.24184	3.64949	2.64426	61
chrXIII	235916	236605	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2387	175	.	1.68175	20.43970	17.57711	386
chrXIII	245488	246177	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2388	60	.	1.34413	7.41008	6.00186	351
chrXIII	247335	247750	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2389	42	.	1.28347	5.48668	4.27316	140
chrXIII	252904	253732	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2390	123	.	1.53561	14.45195	12.35722	426
chrXIII	258628	259156	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2391	145	.	1.61582	16.88331	14.51291	330
chrXIII	259782	260117	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2392	35	.	1.28751	4.67387	3.54733	240
chrXIII	266769	267152	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2393	64	.	1.40522	7.90448	6.45126	125
chrXIII	267623	267859	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2394	27	.	1.25389	3.80933	2.78650	71
chrXIII	271455	272145	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2395	113	.	1.53631	13.34405	11.36106	315
chrXIII	275580	276126	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2396	97	.	1.48598	11.53509	9.73633	152
chrXIII	277073	277997	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2397	68	.	1.41683	8.36909	6.87308	412
chrXIII	279675	280270	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2398	84	.	1.45622	10.10937	8.44772	335
chrXIII	282732	283465	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2399	140	.	1.62554	16.31497	14.00717	288
chrXIII	287052	287870	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2400	93	.	1.49510	11.08430	9.33093	571
chrXIII	296745	297056	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2402	56	.	1.35034	7.01522	5.64593	162
chrXIII	298046	298781	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2403	50	.	1.31900	6.30073	5.00321	553
chrXIII	300419	300835	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2404	40	.	1.28479	5.23363	4.04713	173
chrXIII	302596	303134	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2405	79	.	1.39910	9.52070	7.91754	358
chrXIII	305881	307153	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2406	121	.	1.51947	14.21667	12.14757	884
chrXIII	308788	309135	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2407	30	.	1.25042	4.11514	3.05431	307
chrXIII	309602	309970	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2408	74	.	1.40816	9.03828	7.48055	186
chrXIII	311945	312323	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2409	42	.	1.31073	5.43230	4.22275	251
chrXIII	314706	315434	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2410	95	.	1.50495	11.32775	9.54792	549
chrXIII	315715	316194	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2411	36	.	1.29754	4.77224	3.63379	292
chrXIII	325482	325957	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2412	67	.	1.41812	8.25951	6.77078	296
chrXIII	327179	327603	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2413	50	.	1.35542	6.33054	5.02675	178
chrXIII	330255	330723	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2414	53	.	1.35087	6.68000	5.34231	288
chrXIII	334718	335366	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2415	147	.	1.62527	17.15007	14.74850	278
chrXIII	337398	337895	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2416	60	.	1.38474	7.41413	6.00561	329
chrXIII	341047	341486	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2417	37	.	1.30351	4.93425	3.77902	87
chrXIII	346747	347812	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2419	194	.	1.73276	22.62804	19.42999	533
chrXIII	348243	348476	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2420	37	.	1.28648	4.91791	3.76401	132
chrXIII	349550	350210	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2421	101	.	1.50098	12.00533	10.16297	314
chrXIII	352431	353666	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2422	181	.	1.72683	21.11875	18.14668	811
chrXIII	366466	367054	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2424	100	.	1.51942	11.88250	10.04893	284
chrXIII	370457	370911	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2426	33	.	1.28307	4.41689	3.31908	258
chrXIII	370995	371433	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2427	34	.	1.28789	4.53380	3.42248	170
chrXIII	379524	379725	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2428	39	.	1.31201	5.14146	3.96208	126
chrXIII	380343	380889	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2429	50	.	1.35542	6.33054	5.02675	350
chrXIII	382398	383200	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2430	93	.	1.48228	11.10995	9.35464	669
chrXIII	387795	388826	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2431	129	.	1.54800	15.06723	12.90795	649
chrXIII	392349	392804	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2432	54	.	1.33929	6.79057	5.44084	183
chrXIII	396399	396664	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2433	23	.	1.21784	3.26781	2.31232	68
chrXIII	396689	396931	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2434	19	.	1.19670	2.84851	1.94942	120
chrXIII	401237	401652	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2435	55	.	1.33996	6.93230	5.56857	243
chrXIII	407981	409195	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2436	58	.	1.31579	7.21812	5.82702	483
chrXIII	413568	413962	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2437	61	.	1.34332	7.54473	6.12335	190
chrXIII	420013	420716	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2438	118	.	1.54909	13.86104	11.82242	343
chrXIII	420915	421312	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2439	35	.	1.28613	4.70963	3.58014	144
chrXIII	422164	422470	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2440	42	.	1.31543	5.43826	4.22825	186
chrXIII	424648	425055	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2441	49	.	1.34745	6.27885	4.98303	89
chrXIII	429673	430053	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2442	59	.	1.35494	7.37113	5.96570	266
chrXIII	431332	432119	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2443	112	.	1.49289	13.20157	11.23533	435
chrXIII	433537	434646	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2444	82	.	1.39548	9.86290	8.22736	820
chrXIII	438733	439435	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2445	66	.	1.34873	8.13389	6.65769	271
chrXIII	442085	442708	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2446	76	.	1.38941	9.19090	7.61847	380
chrXIII	445199	445526	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2447	38	.	1.27639	5.00563	3.84467	194
chrXIII	448203	448660	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2448	37	.	1.28733	4.88453	3.73707	353
chrXIII	451325	451686	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2449	50	.	1.34666	6.36789	5.06146	251
chrXIII	453410	454104	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2450	108	.	1.52461	12.80315	10.88005	354
chrXIII	460552	460882	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2451	52	.	1.35614	6.53784	5.21458	198
chrXIII	462558	463203	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2452	67	.	1.41735	8.28669	6.79615	343
chrXIII	465665	466011	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2453	40	.	1.31479	5.28296	4.08865	105
chrXIII	468242	468694	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2454	72	.	1.42488	8.82128	7.28272	175
chrXIII	472576	473407	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2455	165	.	1.66441	19.25473	16.57889	378
chrXIII	477743	478042	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2456	29	.	1.25053	4.03196	2.98205	53
chrXIII	478676	478892	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2457	31	.	1.25942	4.24096	3.16556	81
chrXIII	480019	480460	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2458	58	.	1.35434	7.24123	5.84861	193
chrXIII	482357	482751	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2459	53	.	1.32712	6.64510	5.30988	262
chrXIII	483398	483872	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2460	64	.	1.36533	7.95511	6.49464	294
chrXIII	486164	486711	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2461	53	.	1.33603	6.69831	5.35927	171
chrXIII	491833	492390	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2462	68	.	1.40987	8.36226	6.86675	342
chrXIII	493842	494117	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2463	60	.	1.39048	7.46036	6.04865	122
chrXIII	499072	499553	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2464	31	.	1.27342	4.18771	3.11683	367
chrXIII	500685	501140	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2465	103	.	1.52907	12.25912	10.38754	196
chrXIII	501889	502213	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2466	52	.	1.36507	6.61127	5.27858	237
chrXIII	503387	503598	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2467	50	.	1.35542	6.33054	5.02675	104
chrXIII	509302	509693	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2468	31	.	1.27342	4.18771	3.11683	179
chrXIII	510384	511253	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2469	214	.	1.80401	25.13477	21.45545	568
chrXIII	527417	527919	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2470	100	.	1.51942	11.88250	10.04893	170
chrXIII	531657	532115	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2471	38	.	1.29209	5.03878	3.87125	160
chrXIII	532986	533242	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2472	25	.	1.22884	3.49979	2.51539	90
chrXIII	539918	541398	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2473	131	.	1.53685	15.34995	13.16100	826
chrXIII	542947	543262	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2474	63	.	1.36551	7.82332	6.37554	159
chrXIII	551121	552038	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2475	107	.	1.50579	12.62178	10.71837	652
chrXIII	552972	553296	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2476	49	.	1.32115	6.18551	4.90045	173
chrXIII	554487	554727	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2477	36	.	1.27296	4.82029	3.67798	142
chrXIII	556483	557582	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2478	140	.	1.57925	16.39434	14.08068	731
chrXIII	560583	560976	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2479	52	.	1.34001	6.56572	5.24039	103
chrXIII	564147	564521	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2480	74	.	1.43507	8.96457	7.41188	225
chrXIII	571928	572287	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2481	38	.	1.30718	5.01686	3.85108	90
chrXIII	577369	577757	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2482	51	.	1.35347	6.50680	5.18576	135
chrXIII	578627	578972	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2483	40	.	1.30811	5.27852	4.08458	83
chrXIII	583943	584357	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2484	59	.	1.38586	7.33684	5.93541	143
chrXIII	589336	590450	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2485	75	.	1.43026	9.10576	7.53909	375
chrXIII	594572	595037	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2487	71	.	1.40845	8.69651	7.17032	127
chrXIII	596552	596780	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2488	25	.	1.24448	3.53731	2.54591	152
chrXIII	599048	599400	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2490	81	.	1.46154	9.73717	8.11060	191
chrXIII	605385	606423	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2491	127	.	1.59177	14.83634	12.70088	479
chrXIII	608153	608714	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2492	93	.	1.48145	11.11308	9.35750	305
chrXIII	610057	611025	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2493	75	.	1.43926	9.11209	7.54497	815
chrXIII	611119	611979	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2494	104	.	1.52934	12.37249	10.49286	301
chrXIII	616155	616462	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2495	38	.	1.30718	5.01686	3.85108	82
chrXIII	625318	625784	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2496	36	.	1.29754	4.77224	3.63379	319
chrXIII	625887	626191	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2497	50	.	1.35542	6.33054	5.02675	147
chrXIII	627698	628293	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2498	144	.	1.62789	16.84554	14.47850	363
chrXIII	628681	629063	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2499	88	.	1.48419	10.56261	8.86015	123
chrXIII	631901	632350	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2500	107	.	1.53871	12.64109	10.73057	188
chrXIII	637064	637357	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2501	35	.	1.29271	4.65227	3.52747	43
chrXIII	645345	645670	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2502	47	.	1.34577	6.05582	4.78049	71
chrXIII	646762	647202	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2503	43	.	1.32648	5.52431	4.30413	87
chrXIII	650787	651131	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2504	68	.	1.39449	8.30108	6.80951	120
chrXIII	652026	652282	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2505	42	.	1.30442	5.41162	4.20356	160
chrXIII	652851	653953	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2506	141	.	1.58961	16.47528	14.15438	520
chrXIII	659179	659511	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2507	46	.	1.33240	5.86785	4.61476	258
chrXIII	661247	662462	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2508	240	.	1.85414	28.35484	24.02094	574
chrXIII	664348	664687	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2509	60	.	1.39401	7.48848	6.07100	126
chrXIII	671262	671673	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2510	50	.	1.35542	6.33054	5.02675	109
chrXIII	674779	675605	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2511	185	.	1.71921	21.63756	18.59072	461
chrXIII	683929	684535	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2512	96	.	1.50437	11.47154	9.68194	285
chrXIII	688822	689470	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2513	56	.	1.35238	6.98043	5.61353	271
chrXIII	696472	696766	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2515	32	.	1.26549	4.35464	3.26584	80
chrXIII	701031	702033	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2516	216	.	1.80883	25.39562	21.66087	385
chrXIII	711773	712288	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2517	92	.	1.49530	10.96466	9.21951	304
chrXIII	715339	715689	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2518	29	.	1.25981	4.01010	2.96210	326
chrXIII	716280	716678	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2519	49	.	1.33776	6.19192	4.90285	227
chrXIII	720600	720830	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2522	34	.	1.28789	4.53380	3.42248	86
chrXIII	731141	731633	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2523	72	.	1.43260	8.73933	7.20623	265
chrXIII	731946	732524	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2524	81	.	1.46154	9.73717	8.11060	206
chrXIII	733196	733587	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2525	64	.	1.40848	7.94676	6.48689	107
chrXIII	737709	738159	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2526	54	.	1.36989	6.75374	5.40668	164
chrXIII	738707	739273	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2527	59	.	1.38918	7.33860	5.93541	262
chrXIII	745817	746421	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2528	114	.	1.55801	13.42100	11.42690	373
chrXIII	751234	751917	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2529	141	.	1.63036	16.53126	14.19787	283
chrXIII	754192	754718	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2530	147	.	1.62358	17.17521	14.77117	257
chrXIII	758272	758568	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2531	33	.	1.25599	4.45223	3.35151	167
chrXIII	758757	759828	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2532	67	.	1.37023	8.26788	6.77858	385
chrXIII	760039	760556	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2533	43	.	1.29045	5.57061	4.34691	309
chrXIII	761869	762231	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2534	38	.	1.27009	4.97903	3.82007	165
chrXIII	770471	770674	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2536	27	.	1.23518	3.74738	2.73041	71
chrXIII	773522	774667	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2538	95	.	1.44894	11.29104	9.51830	675
chrXIII	777356	778067	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2539	76	.	1.40799	9.19655	7.62370	181
chrXIII	779031	779460	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2540	66	.	1.39662	8.16329	6.68508	315
chrXIII	782359	782668	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2541	28	.	1.25923	3.91816	2.88203	26
chrXIII	784185	784686	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2542	73	.	1.43742	8.90210	7.35347	259
chrXIII	788822	789298	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2543	49	.	1.35059	6.19247	4.90285	105
chrXIII	789688	790248	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2544	72	.	1.43260	8.73933	7.20623	179
chrXIII	797819	798624	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2545	167	.	1.69307	19.45745	16.74923	308
chrXIII	804640	804906	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2546	46	.	1.32330	5.95287	4.68948	78
chrXIII	804942	805322	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2547	43	.	1.31049	5.62419	4.39659	153
chrXIII	806384	806603	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2548	30	.	1.24767	4.12690	3.06508	135
chrXIII	807922	808273	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2549	39	.	1.28134	5.11888	3.94517	179
chrXIII	809067	809454	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2550	32	.	1.25178	4.31854	3.23274	82
chrXIII	810768	811173	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2551	41	.	1.28118	5.30788	4.11161	120
chrXIII	814102	814499	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2552	26	.	1.21313	3.64940	2.64417	82
chrXIII	815243	815747	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2553	36	.	1.25278	4.81797	3.67582	106
chrXIII	826015	826870	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2554	76	.	1.40664	9.24611	7.66572	672
chrXIII	832086	832320	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2556	31	.	1.27224	4.18777	3.11689	133
chrXIII	838498	838882	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2558	41	.	1.32165	5.39520	4.18851	91
chrXIII	841604	842012	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2560	45	.	1.33289	5.77773	4.53484	67
chrXIII	845342	845630	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2561	22	.	1.22758	3.19760	2.25235	220
chrXIII	848444	848771	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2562	41	.	1.31384	5.36932	4.16843	136
chrXIII	851563	852724	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2563	120	.	1.55656	14.16045	12.09610	703
chrXIII	854539	854841	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2564	30	.	1.25878	4.10211	3.04237	157
chrXIII	858927	859311	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2565	52	.	1.33415	6.56010	5.23517	232
chrXIII	860897	861530	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2567	135	.	1.57410	15.76121	13.52526	348
chrXIII	863503	863776	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2568	29	.	1.25379	3.97237	2.92759	64
chrXIII	869657	870202	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2569	75	.	1.44224	9.06631	7.50245	233
chrXIII	872433	873127	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2570	144	.	1.63188	16.85625	14.48823	345
chrXIII	874505	874897	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2571	53	.	1.35697	6.73033	5.38907	292
chrXIII	880281	881129	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2572	184	.	1.71980	21.44401	18.43111	538
chrXIII	886054	887048	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2573	173	.	1.68071	20.19691	17.37689	678
chrXIII	888654	889011	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2574	57	.	1.36320	7.11048	5.73067	148
chrXIII	896630	896830	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2576	36	.	1.29271	4.81842	3.67625	112
chrXIII	901193	901790	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2577	79	.	1.44087	9.52856	7.92473	263
chrXIII	902474	902763	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2578	34	.	1.28276	4.58079	3.46570	220
chrXIII	905856	906299	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2579	60	.	1.39317	7.46625	6.05422	137
chrXIII	910594	910933	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2580	60	.	1.37521	7.42428	6.01508	169
chrXIII	912160	912776	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2581	88	.	1.47480	10.60319	8.89670	263
chrXIII	914411	915879	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2582	198	.	1.76542	23.08920	19.81633	626
chrXIV	17408	17911	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2583	114	.	1.55801	13.42100	11.42690	247
chrXIV	19209	19637	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2584	67	.	1.41812	8.25951	6.77078	141
chrXIV	22616	23026	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2585	25	.	1.23990	3.56976	2.57539	40
chrXIV	23215	23417	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2586	30	.	1.26389	4.09611	3.03687	82
chrXIV	23558	24068	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2587	60	.	1.38226	7.43147	6.02175	241
chrXIV	28369	28895	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2588	45	.	1.31990	5.83323	4.58259	186
chrXIV	31423	31757	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2589	36	.	1.28845	4.84360	3.69941	176
chrXIV	34181	34725	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2590	71	.	1.41586	8.63135	7.10966	297
chrXIV	37304	37655	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2591	47	.	1.34206	6.07206	4.79544	99
chrXIV	42049	42346	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2592	22	.	1.21962	3.18201	2.23827	132
chrXIV	43020	43375	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2593	47	.	1.33424	6.05010	4.77929	130
chrXIV	44208	44658	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2594	41	.	1.30620	5.33713	4.13867	180
chrXIV	45158	45635	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2595	47	.	1.32845	6.00352	4.73634	156
chrXIV	51619	52016	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2596	47	.	1.32697	6.04822	4.77755	284
chrXIV	55903	56235	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2597	47	.	1.31719	6.03075	4.76152	211
chrXIV	57816	58129	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2598	36	.	1.27407	4.73617	3.60447	116
chrXIV	61474	61834	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2600	56	.	1.34491	7.00479	5.63621	279
chrXIV	63036	63418	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2601	102	.	1.48718	12.12748	10.27127	184
chrXIV	64712	64970	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2602	40	.	1.28914	5.23859	4.05171	104
chrXIV	65078	65565	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2603	72	.	1.40117	8.81933	7.28089	360
chrXIV	68308	69063	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2604	129	.	1.55996	15.07421	12.91430	360
chrXIV	71489	71784	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2605	35	.	1.28993	4.71459	3.58468	125
chrXIV	82495	82850	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2606	42	.	1.31876	5.42340	4.21450	89
chrXIV	87371	87788	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2607	66	.	1.38081	8.14747	6.67032	222
chrXIV	88744	89314	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2608	74	.	1.40728	9.03417	7.47670	338
chrXIV	89343	90017	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2609	61	.	1.36696	7.57095	6.14785	194
chrXIV	91498	91850	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2610	37	.	1.28270	4.93216	3.77710	93
chrXIV	107057	107704	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2611	98	.	1.51460	11.69627	9.88120	345
chrXIV	108149	108350	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2612	32	.	1.27824	4.30149	3.21717	69
chrXIV	110517	110814	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2613	52	.	1.36507	6.61127	5.27858	105
chrXIV	112695	113275	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2614	104	.	1.51880	12.30211	10.42746	359
chrXIV	116052	117388	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2615	139	.	1.61245	16.28302	13.98625	970
chrXIV	118697	119217	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2616	55	.	1.37544	6.95774	5.59240	172
chrXIV	126496	126885	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2617	63	.	1.39511	7.74078	6.30241	253
chrXIV	129063	129555	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2618	92	.	1.48031	11.01613	9.26764	320
chrXIV	135567	135962	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2619	44	.	1.31498	5.66101	4.42659	272
chrXIV	137742	138973	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2620	154	.	1.64121	17.97860	15.47647	318
chrXIV	140480	140870	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2621	44	.	1.32652	5.65739	4.42326	78
chrXIV	145263	145483	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2622	32	.	1.27824	4.30149	3.21717	50
chrXIV	157324	157648	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2623	52	.	1.36507	6.61127	5.27858	133
chrXIV	160332	160744	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2624	46	.	1.34095	5.92072	4.65968	84
chrXIV	173848	174998	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2625	90	.	1.49048	10.78518	9.05755	371
chrXIV	180972	181271	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2626	30	.	1.26859	4.07538	3.01797	130
chrXIV	182247	182933	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2627	106	.	1.51556	12.52979	10.63316	436
chrXIV	185178	185540	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2628	51	.	1.33690	6.46384	5.15019	106
chrXIV	186768	187260	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2629	56	.	1.35700	7.07258	5.69524	137
chrXIV	187430	188310	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2630	135	.	1.58479	15.80609	13.56588	361
chrXIV	197611	199016	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2632	91	.	1.42180	10.86956	9.13627	1161
chrXIV	200095	200606	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2633	63	.	1.34430	7.75376	6.31451	330
chrXIV	205002	205205	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2634	30	.	1.25253	4.11953	3.05836	116
chrXIV	209838	210311	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2636	85	.	1.46962	10.20861	8.54019	276
chrXIV	214521	215057	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2637	74	.	1.41991	9.01881	7.46243	345
chrXIV	215846	216414	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2638	39	.	1.29887	5.17411	3.99214	434
chrXIV	217134	217823	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2639	137	.	1.58939	16.05958	13.79205	359
chrXIV	222298	222797	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2640	51	.	1.35924	6.48344	5.16419	125
chrXIV	224379	224791	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2641	64	.	1.40848	7.94676	6.48689	318
chrXIV	233740	234282	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2642	112	.	1.55318	13.22403	11.25025	217
chrXIV	237928	238129	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2643	39	.	1.29893	5.16122	3.98024	100
chrXIV	239911	240406	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2644	93	.	1.47432	11.11883	9.36280	209
chrXIV	241186	241790	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2646	77	.	1.42341	9.32334	7.73767	253
chrXIV	245290	245594	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2648	44	.	1.31957	5.66554	4.43074	119
chrXIV	246166	246563	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2649	34	.	1.28264	4.56514	3.45131	214
chrXIV	247125	247460	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2650	63	.	1.39804	7.77649	6.33581	231
chrXIV	250223	250584	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2651	41	.	1.32165	5.39520	4.18851	284
chrXIV	251606	252064	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2652	79	.	1.45671	9.56733	7.95689	349
chrXIV	253956	254507	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2653	140	.	1.62554	16.31497	14.00717	175
chrXIV	254856	255344	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2654	49	.	1.35059	6.19247	4.90285	139
chrXIV	257965	258490	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2655	63	.	1.39413	7.80256	6.35609	194
chrXIV	259384	259595	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2656	40	.	1.30206	5.20751	4.02298	133
chrXIV	259923	260482	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2657	53	.	1.35305	6.66374	5.32722	424
chrXIV	263398	263710	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2658	46	.	1.32807	5.91076	4.65435	68
chrXIV	264600	264801	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2659	28	.	1.25309	3.88081	2.84781	61
chrXIV	266532	266994	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2660	103	.	1.51460	12.23026	10.36633	161
chrXIV	269874	270261	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2661	85	.	1.45458	10.16876	8.50305	191
chrXIV	273798	274488	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2663	74	.	1.42625	9.03659	7.47898	378
chrXIV	275789	276409	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2664	117	.	1.54230	13.73189	11.70912	331
chrXIV	279785	280326	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2665	95	.	1.49178	11.32409	9.54792	373
chrXIV	281419	282295	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2666	167	.	1.68103	19.40637	16.71524	393
chrXIV	283610	284075	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2667	67	.	1.40061	8.18847	6.70863	232
chrXIV	285946	286380	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2668	38	.	1.29253	5.00805	3.84693	64
chrXIV	287526	287797	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2669	36	.	1.28645	4.74361	3.61134	96
chrXIV	288939	289787	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2670	105	.	1.51136	12.38737	10.50659	329
chrXIV	292684	293100	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2671	57	.	1.37123	7.15194	5.76923	255
chrXIV	295585	296106	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2672	114	.	1.55801	13.42100	11.42690	183
chrXIV	300915	302652	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2673	163	.	1.65522	18.98925	16.35536	483
chrXIV	306973	307401	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2674	34	.	1.27060	4.51936	3.41298	186
chrXIV	308708	309255	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2675	59	.	1.37516	7.34074	5.93739	173
chrXIV	310142	310607	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2676	96	.	1.48740	11.42912	9.64247	198
chrXIV	314597	314918	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2677	34	.	1.28789	4.53380	3.42248	51
chrXIV	315955	316214	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2678	32	.	1.27824	4.30149	3.21717	193
chrXIV	329107	329419	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2679	40	.	1.31683	5.26754	4.07442	192
chrXIV	330743	331440	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2680	218	.	1.81366	25.65766	21.86561	330
chrXIV	335607	336268	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2683	92	.	1.49530	10.96466	9.21951	384
chrXIV	343161	343559	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2684	46	.	1.34095	5.92072	4.65968	210
chrXIV	345295	345645	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2685	49	.	1.33534	6.19834	4.90830	221
chrXIV	349684	350385	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2686	111	.	1.48915	13.15265	11.19053	334
chrXIV	351890	352323	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2687	62	.	1.34409	7.64015	6.20843	289
chrXIV	355273	356148	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2688	88	.	1.42458	10.50162	8.80366	227
chrXIV	356909	357378	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2689	45	.	1.30219	5.76221	4.52052	188
chrXIV	365636	366780	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2690	98	.	1.51340	11.69192	9.88120	384
chrXIV	372168	372552	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2692	46	.	1.33665	5.93822	4.67588	190
chrXIV	373209	374308	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2693	101	.	1.51921	11.97723	10.13700	773
chrXIV	374919	375223	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2694	33	.	1.27965	4.43432	3.33506	258
chrXIV	378427	378785	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2695	49	.	1.35057	6.21031	4.91947	64
chrXIV	379418	379632	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2696	28	.	1.25895	3.85547	2.82472	64
chrXIV	380748	381242	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2697	50	.	1.35542	6.33054	5.02675	350
chrXIV	392188	392872	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2698	117	.	1.56765	13.81886	11.78345	388
chrXIV	394393	394726	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2699	72	.	1.43260	8.73933	7.20623	91
chrXIV	398275	398612	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2700	45	.	1.33571	5.77719	4.53435	262
chrXIV	400410	401154	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2701	121	.	1.57730	14.22192	12.14757	402
chrXIV	405612	406155	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2702	157	.	1.66895	18.30721	15.76216	219
chrXIV	407607	408335	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2703	105	.	1.53389	12.44947	10.55878	450
chrXIV	412142	412621	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2704	54	.	1.36563	6.80327	5.45267	381
chrXIV	413197	413576	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2705	48	.	1.34637	6.17923	4.89465	187
chrXIV	417351	417876	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2706	111	.	1.52897	13.12527	11.16520	221
chrXIV	418493	418875	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2707	43	.	1.31638	5.55529	4.33275	64
chrXIV	424584	424894	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2708	34	.	1.28040	4.52831	3.42121	188
chrXIV	426703	427680	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2709	207	.	1.77845	24.21321	20.74013	652
chrXIV	434021	434932	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2710	96	.	1.48833	11.45977	9.67097	595
chrXIV	437268	437657	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2711	39	.	1.28550	5.11985	3.94605	294
chrXIV	440700	441270	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2712	106	.	1.47624	12.57449	10.67451	337
chrXIV	444281	444709	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2713	64	.	1.34911	7.87391	6.42276	182
chrXIV	449337	449717	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2715	23	.	1.20697	3.35836	2.39082	96
chrXIV	451965	452380	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2716	63	.	1.36450	7.81193	6.36489	273
chrXIV	456143	456510	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2717	98	.	1.49155	11.68997	9.88043	226
chrXIV	459424	459678	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2718	24	.	1.23162	3.38678	2.41658	78
chrXIV	461856	462447	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2719	104	.	1.52832	12.33940	10.46211	416
chrXIV	466527	466916	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2720	44	.	1.33130	5.65496	4.42102	115
chrXIV	476646	476982	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2721	58	.	1.37631	7.26945	5.87487	198
chrXIV	477914	478515	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2722	144	.	1.60903	16.80007	14.43641	274
chrXIV	479187	479737	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2723	93	.	1.47250	11.14679	9.38413	198
chrXIV	480995	481367	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2724	44	.	1.30565	5.63435	4.40596	214
chrXIV	488097	488924	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2725	66	.	1.38087	8.10759	6.63311	281
chrXIV	493049	493394	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2727	39	.	1.29314	5.13322	3.95834	218
chrXIV	494993	495597	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2728	136	.	1.57895	15.94584	13.68753	300
chrXIV	498391	498979	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2729	86	.	1.43141	10.31184	8.63176	294
chrXIV	499374	499613	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2730	40	.	1.28594	5.22368	4.03796	53
chrXIV	500253	500914	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2731	122	.	1.53200	14.28074	12.20274	320
chrXIV	501315	501527	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2732	36	.	1.27150	4.73541	3.60376	53
chrXIV	502844	503572	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2733	103	.	1.47312	12.25244	10.38678	405
chrXIV	507255	507932	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2734	85	.	1.45744	10.25886	8.58252	142
chrXIV	507955	508900	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2735	43	.	1.32714	5.57288	4.34903	596
chrXIV	515005	515217	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2736	25	.	1.24448	3.53731	2.54591	132
chrXIV	516665	517285	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2737	119	.	1.57248	14.01978	11.96490	325
chrXIV	518759	519040	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2738	110	.	1.54836	13.02838	11.07589	151
chrXIV	525172	526209	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2739	105	.	1.53389	12.44947	10.55878	850
chrXIV	529395	529967	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2740	89	.	1.46810	10.71202	8.99437	362
chrXIV	531141	531740	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2741	99	.	1.50480	11.77715	9.95662	317
chrXIV	532350	532708	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2742	51	.	1.35664	6.41801	5.10790	90
chrXIV	539850	540066	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2743	23	.	1.23483	3.33306	2.36790	120
chrXIV	541717	543020	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2744	60	.	1.39401	7.48848	6.07100	182
chrXIV	547347	547913	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2745	63	.	1.40365	7.79256	6.34682	304
chrXIV	551890	552416	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2746	59	.	1.38918	7.33860	5.93541	382
chrXIV	553025	553229	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2747	28	.	1.25895	3.85547	2.82472	129
chrXIV	554694	555074	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2748	41	.	1.32165	5.39520	4.18851	107
chrXIV	559090	559761	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2749	173	.	1.70754	20.16219	17.34645	334
chrXIV	559787	560145	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2750	26	.	1.24930	3.64180	2.63730	166
chrXIV	568322	568531	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2751	54	.	1.36989	6.75374	5.40668	80
chrXIV	569595	569861	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2752	34	.	1.28789	4.53380	3.42248	76
chrXIV	574161	574563	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2753	82	.	1.46636	9.90836	8.26568	227
chrXIV	575138	575625	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2754	66	.	1.41330	8.10245	6.62832	229
chrXIV	576056	576726	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2755	240	.	1.89566	30.28460	24.05068	358
chrXIV	577102	577569	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2756	56	.	1.37968	7.06783	5.69084	187
chrXIV	578726	579583	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2757	49	.	1.32581	6.19811	4.90809	149
chrXIV	585204	585675	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2758	56	.	1.35002	7.06099	5.68447	168
chrXIV	586075	586502	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2759	34	.	1.26443	4.55310	3.44021	116
chrXIV	586733	587107	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2760	40	.	1.29117	5.27652	4.08274	182
chrXIV	587633	588160	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2761	85	.	1.43819	10.17817	8.51187	187
chrXIV	591143	591438	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2762	32	.	1.27176	4.37440	3.28394	90
chrXIV	597560	597991	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2763	34	.	1.28789	4.53380	3.42248	144
chrXIV	602378	602991	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2764	102	.	1.52424	12.07017	10.21794	250
chrXIV	604587	605450	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2765	153	.	1.65930	17.85575	15.36460	343
chrXIV	605829	606101	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2766	40	.	1.31683	5.26754	4.07442	187
chrXIV	609391	609766	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2767	36	.	1.28814	4.74199	3.60986	194
chrXIV	613143	613670	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2768	59	.	1.38889	7.37431	5.96869	245
chrXIV	614292	614744	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2769	54	.	1.37124	6.84891	5.49509	289
chrXIV	619288	620106	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2770	125	.	1.55519	14.67216	12.55508	559
chrXIV	620918	621484	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2771	33	.	1.26813	4.41434	3.31908	414
chrXIV	622327	623042	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2772	113	.	1.52273	13.28564	11.30701	338
chrXIV	625889	626099	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2773	25	.	1.23457	3.48319	2.50032	53
chrXIV	631082	631870	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2774	121	.	1.55427	14.22869	12.15398	450
chrXIV	634006	634324	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2775	31	.	1.25596	4.17443	3.10851	93
chrXIV	635665	636071	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2776	41	.	1.29713	5.35836	4.15830	259
chrXIV	636632	637019	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2777	54	.	1.34925	6.74630	5.40386	150
chrXIV	641984	642737	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2778	112	.	1.51311	13.17696	11.21269	309
chrXIV	644256	644515	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2779	30	.	1.25523	4.14706	3.08344	178
chrXIV	651764	652440	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2780	114	.	1.50225	13.46099	11.46394	407
chrXIV	661759	662761	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2781	56	.	1.31212	7.02120	5.65148	309
chrXIV	663660	664217	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2782	65	.	1.34203	7.97959	6.51750	297
chrXIV	670074	670353	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2783	52	.	1.34309	6.57897	5.25273	125
chrXIV	675773	676152	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2784	46	.	1.33545	5.92596	4.66451	293
chrXIV	678641	678869	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2785	36	.	1.29355	4.79583	3.65546	84
chrXIV	687344	687790	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2786	40	.	1.31209	5.26621	4.07442	315
chrXIV	691572	691806	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2787	24	.	1.23746	3.41238	2.43979	112
chrXIV	694022	694244	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2788	34	.	1.28662	4.50646	3.40118	32
chrXIV	695209	695598	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2789	39	.	1.30239	5.09900	3.92681	214
chrXIV	699372	699748	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2790	37	.	1.28032	4.84882	3.70416	107
chrXIV	700552	700899	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2791	36	.	1.27975	4.78375	3.64441	143
chrXIV	701577	701991	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2792	39	.	1.29011	5.14085	3.96208	313
chrXIV	703311	703715	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2793	31	.	1.25317	4.23212	3.15748	164
chrXIV	708199	708435	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2794	34	.	1.27729	4.58607	3.47055	46
chrXIV	711334	711753	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2795	63	.	1.38425	7.78442	6.34315	113
chrXIV	713694	713910	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2796	22	.	1.22547	3.24951	2.29576	184
chrXIV	715219	716256	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2797	55	.	1.36213	6.94511	5.58053	151
chrXIV	718960	719397	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2798	65	.	1.39764	7.96819	6.50689	258
chrXIV	720632	721020	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2799	53	.	1.35929	6.71518	5.37495	272
chrXIV	723024	723510	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2800	96	.	1.50802	11.48911	9.69829	325
chrXIV	724240	724614	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2801	43	.	1.32648	5.52431	4.30413	282
chrXIV	727123	727470	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2802	56	.	1.37954	7.04326	5.66801	156
chrXIV	728142	728552	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2803	36	.	1.29754	4.77224	3.63379	88
chrXIV	733796	734168	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2804	38	.	1.30718	5.01686	3.85108	158
chrXIV	735983	736845	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2805	68	.	1.41581	8.29210	6.80121	507
chrXIV	739059	739622	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2806	54	.	1.35923	6.84778	5.49404	317
chrXIV	742100	742496	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2807	36	.	1.29565	4.82939	3.68632	189
chrXIV	743505	743898	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2808	49	.	1.34603	6.20686	4.91625	159
chrXIV	750049	750493	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2809	75	.	1.44224	9.06631	7.50245	247
chrXIV	753940	754447	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2810	37	.	1.30236	4.89381	3.74179	373
chrXIV	758545	759781	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2811	138	.	1.62071	16.09988	13.82080	733
chrXIV	779610	779823	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2812	40	.	1.31683	5.26754	4.07442	96
chrXV	5296	6064	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2815	85	.	1.47601	10.25496	8.57892	583
chrXV	15546	16786	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2818	107	.	1.53871	12.64109	10.73057	262
chrXV	17738	18638	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2819	96	.	1.48519	11.41747	9.63153	275
chrXV	19170	19399	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2820	34	.	1.28789	4.53380	3.42248	168
chrXV	21034	22369	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2821	167	.	1.69307	19.45745	16.74923	566
chrXV	31404	33898	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2822	80	.	1.44378	9.67048	8.05300	1892
chrXV	34248	34487	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2823	32	.	1.25678	4.31556	3.23001	133
chrXV	38597	38974	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2824	43	.	1.30595	5.58319	4.35862	242
chrXV	40016	40881	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2825	84	.	1.44372	10.06776	8.41334	306
chrXV	47513	47872	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2826	37	.	1.30236	4.89381	3.74179	95
chrXV	48801	49568	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2827	43	.	1.32648	5.52431	4.30413	124
chrXV	52735	53222	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2828	73	.	1.42964	8.88432	7.34112	298
chrXV	58381	58850	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2829	98	.	1.49606	11.61955	9.81507	183
chrXV	60955	61463	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2830	78	.	1.43743	9.47606	7.87586	199
chrXV	65320	65723	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2831	60	.	1.37900	7.44695	6.03614	261
chrXV	68957	69502	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2832	135	.	1.59095	15.74986	13.51507	241
chrXV	73825	74273	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2833	33	.	1.27910	4.48661	3.38308	108
chrXV	79737	80368	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2835	164	.	1.67006	19.08421	16.43673	316
chrXV	82986	83819	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2836	172	.	1.69004	20.00826	17.22306	311
chrXV	92908	93239	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2837	78	.	1.45189	9.39891	7.80399	153
chrXV	96426	96683	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2838	32	.	1.27824	4.30149	3.21717	78
chrXV	103431	104327	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2840	130	.	1.56656	15.20584	13.03502	572
chrXV	108746	110279	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2841	116	.	1.49154	13.64714	11.63056	806
chrXV	111753	112183	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2842	48	.	1.31363	6.16591	4.88253	305
chrXV	115992	116373	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2843	66	.	1.41330	8.10245	6.62832	141
chrXV	123712	124195	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2844	69	.	1.42295	8.41806	6.91466	97
chrXV	126479	126932	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2845	59	.	1.38918	7.33860	5.93541	170
chrXV	127868	128540	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2846	132	.	1.57815	15.40066	13.20735	417
chrXV	128740	129155	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2847	56	.	1.36192	7.05579	5.67966	233
chrXV	135833	136768	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2848	70	.	1.42294	8.61589	7.09529	581
chrXV	137793	138108	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2849	50	.	1.35199	6.30136	5.00378	209
chrXV	146993	147422	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2851	44	.	1.32780	5.72165	4.48305	167
chrXV	153475	153922	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2852	71	.	1.40573	8.68407	7.15867	256
chrXV	154615	155081	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2853	41	.	1.29645	5.38344	4.18135	117
chrXV	159035	159415	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2854	26	.	1.21969	3.70163	2.69188	315
chrXV	160545	162200	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2855	98	.	1.44443	11.63528	9.82961	230
chrXV	167838	168644	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2856	98	.	1.44660	11.69004	9.88048	241
chrXV	169775	170985	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2857	112	.	1.49569	13.24509	11.26942	589
chrXV	185021	185683	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2858	91	.	1.48697	10.86228	9.12947	211
chrXV	186705	187045	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2859	56	.	1.37171	7.02321	5.65334	96
chrXV	190683	190990	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2860	27	.	1.24871	3.71561	2.70465	168
chrXV	196230	196621	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2861	39	.	1.30192	5.08784	3.91651	311
chrXV	196944	197330	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2862	34	.	1.28217	4.58065	3.46558	224
chrXV	198646	199068	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2863	56	.	1.36742	6.98913	5.62164	292
chrXV	205912	206171	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2864	46	.	1.33370	5.91706	4.65968	162
chrXV	207143	207464	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2865	30	.	1.26108	4.07146	3.01797	272
chrXV	210129	210619	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2866	55	.	1.35769	6.88250	5.52631	120
chrXV	216139	217246	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2867	121	.	1.52725	14.20602	12.13829	325
chrXV	218591	219147	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2868	111	.	1.50787	13.11909	11.15954	210
chrXV	226064	226282	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2869	18	.	1.18876	2.67984	1.80340	169
chrXV	231960	232440	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2871	93	.	1.43866	11.15911	9.39563	214
chrXV	233629	234258	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2872	48	.	1.30163	6.15094	4.86872	194
chrXV	234429	234642	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2873	52	.	1.31145	6.56043	5.23548	118
chrXV	238238	238626	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2874	54	.	1.31777	6.76795	5.41983	319
chrXV	239853	240370	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2875	24	.	1.21196	3.37902	2.40961	280
chrXV	241026	241545	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2876	48	.	1.31505	6.08173	4.80445	316
chrXV	253601	254362	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2878	160	.	1.64280	18.64030	16.05473	323
chrXV	256062	256469	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2879	89	.	1.46401	10.69480	8.97856	262
chrXV	262857	263541	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2880	53	.	1.34957	6.66330	5.32679	341
chrXV	265104	265383	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2881	25	.	1.23507	3.52237	2.53600	66
chrXV	267545	268317	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2882	66	.	1.39388	8.12793	6.65211	276
chrXV	271435	271921	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2883	98	.	1.49469	11.63764	9.83178	332
chrXV	273685	274067	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2884	77	.	1.43832	9.29412	7.71038	256
chrXV	277715	277956	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2885	60	.	1.37696	7.49382	6.07599	109
chrXV	280020	280687	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2886	34	.	1.28471	4.54481	3.43261	370
chrXV	281230	281994	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2887	59	.	1.37802	7.35755	5.95306	250
chrXV	285409	286077	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2888	134	.	1.61107	15.67355	13.44447	400
chrXV	288360	288758	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2889	117	.	1.56765	13.81886	11.78345	138
chrXV	292071	292475	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2890	59	.	1.38918	7.33860	5.93541	279
chrXV	294193	294584	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2891	35	.	1.29271	4.65227	3.52747	194
chrXV	296131	296500	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2892	43	.	1.31614	5.58075	4.35633	73
chrXV	299173	299583	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2893	56	.	1.35101	6.99741	5.62936	107
chrXV	303128	303424	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2894	39	.	1.28602	5.14599	3.96626	73
chrXV	304195	305335	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2895	124	.	1.53878	14.57156	12.46813	746
chrXV	308901	309337	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2896	76	.	1.41632	9.24789	7.66736	257
chrXV	312536	313068	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2897	94	.	1.47440	11.23960	9.47078	231
chrXV	315189	315943	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2898	68	.	1.40800	8.33206	6.83851	555
chrXV	316043	316765	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2899	94	.	1.49089	11.26423	9.49370	464
chrXV	321658	322062	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2900	33	.	1.27144	4.48981	3.38597	156
chrXV	322846	323207	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2901	38	.	1.28840	5.01767	3.85186	127
chrXV	324571	324951	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2902	34	.	1.26437	4.51645	3.41031	276
chrXV	329253	329761	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2903	51	.	1.34937	6.41938	5.10916	166
chrXV	347260	347750	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2904	105	.	1.53389	12.44947	10.55878	228
chrXV	348163	348848	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2905	38	.	1.30718	5.01686	3.85108	61
chrXV	348935	349378	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2906	79	.	1.45671	9.56733	7.95689	234
chrXV	349625	349980	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2907	47	.	1.34577	6.05582	4.78049	252
chrXV	361063	361382	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2908	36	.	1.29754	4.77224	3.63379	122
chrXV	363546	364406	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2909	110	.	1.54836	13.02838	11.07589	570
chrXV	370846	371144	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2912	31	.	1.27342	4.18771	3.11683	250
chrXV	371343	371679	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2913	49	.	1.35059	6.19247	4.90285	236
chrXV	373455	373730	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2914	29	.	1.26377	3.96469	2.92057	209
chrXV	377774	378265	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2916	151	.	1.65448	17.63191	15.16625	185
chrXV	379551	379861	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2917	35	.	1.29271	4.65227	3.52747	129
chrXV	380595	381014	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2918	67	.	1.41169	8.24825	6.76423	173
chrXV	382951	383434	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2919	111	.	1.54768	13.07920	11.12266	207
chrXV	384693	385504	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2920	158	.	1.66619	18.44889	15.88857	338
chrXV	391017	392415	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2922	228	.	1.83154	26.92309	22.89826	633
chrXV	397137	397825	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2923	97	.	1.50597	11.55485	9.75482	222
chrXV	400021	400365	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2924	55	.	1.37471	6.89780	5.53664	121
chrXV	401116	401657	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2925	52	.	1.36507	6.61127	5.27858	242
chrXV	401679	402297	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2926	66	.	1.41330	8.10245	6.62832	274
chrXV	410040	410369	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2928	56	.	1.37954	7.04326	5.66801	163
chrXV	413454	413905	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2929	75	.	1.44224	9.06631	7.50245	173
chrXV	415892	416223	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2930	44	.	1.33135	5.67289	4.43759	195
chrXV	417654	418591	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2931	146	.	1.61463	17.01213	14.62397	555
chrXV	422218	422550	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2932	39	.	1.29059	5.12572	3.95147	215
chrXV	424029	424807	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2933	182	.	1.69756	21.18451	18.20785	368
chrXV	426114	426595	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2934	98	.	1.48944	11.61962	9.81514	208
chrXV	427356	427735	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2935	71	.	1.41311	8.64640	7.12362	232
chrXV	429674	429982	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2936	30	.	1.26765	4.06789	3.01493	215
chrXV	431798	432224	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2937	75	.	1.44224	9.06631	7.50245	109
chrXV	436420	436901	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2938	69	.	1.42295	8.41806	6.91466	311
chrXV	443354	444642	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2939	116	.	1.54407	13.68544	11.66604	615
chrXV	446747	447112	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2940	67	.	1.40761	8.27403	6.78430	213
chrXV	448874	449217	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2941	51	.	1.35565	6.50632	5.18531	175
chrXV	451491	452020	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2942	57	.	1.37869	7.16739	5.78374	227
chrXV	453351	453777	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2943	57	.	1.36316	7.12890	5.74788	138
chrXV	456455	456684	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2944	18	.	1.18754	2.77765	1.88770	95
chrXV	457562	458686	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2945	55	.	1.32635	6.86814	5.51293	400
chrXV	461435	462131	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2946	72	.	1.36807	8.75348	7.21944	394
chrXV	462184	463014	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2947	41	.	1.26991	5.29878	4.10318	271
chrXV	463859	464283	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2948	44	.	1.28682	5.65837	4.42415	273
chrXV	472326	472746	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2949	54	.	1.33766	6.74439	5.40207	159
chrXV	479635	481295	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2950	60	.	1.32609	7.44763	6.03679	409
chrXV	481858	482072	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2951	37	.	1.25330	4.92939	3.77455	112
chrXV	486903	487356	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2952	127	.	1.54948	14.94054	12.79775	276
chrXV	492923	493439	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2953	87	.	1.45956	10.46645	8.77090	195
chrXV	494156	495180	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2954	150	.	1.61800	17.44549	15.00293	517
chrXV	497042	497519	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2955	72	.	1.42061	8.74580	7.21223	348
chrXV	504351	504895	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2956	105	.	1.52911	12.43452	10.55067	290
chrXV	504953	505827	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2957	176	.	1.70827	20.50829	17.63916	392
chrXV	507434	508084	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2958	42	.	1.31435	5.44343	4.23302	132
chrXV	511248	511846	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2959	134	.	1.61107	15.67355	13.44447	226
chrXV	514604	515144	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2960	93	.	1.50012	11.14548	9.38292	252
chrXV	520354	521134	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2961	193	.	1.75577	22.58950	19.39365	446
chrXV	522540	522891	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2962	67	.	1.41812	8.25951	6.77078	73
chrXV	528520	528906	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2963	72	.	1.43260	8.73933	7.20623	163
chrXV	530282	530990	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2964	51	.	1.35973	6.51511	5.19346	165
chrXV	531068	531508	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2965	47	.	1.34196	6.01634	4.74815	182
chrXV	537088	537500	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2967	53	.	1.36485	6.68432	5.34628	273
chrXV	538161	538424	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2968	21	.	1.22185	3.08316	2.15242	48
chrXV	539495	539801	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2969	56	.	1.37954	7.04326	5.66801	184
chrXV	544220	544468	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2970	41	.	1.32165	5.39520	4.18851	129
chrXV	544629	545108	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2971	63	.	1.40365	7.79256	6.34682	248
chrXV	546378	546801	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2972	54	.	1.36989	6.75374	5.40668	160
chrXV	551826	552306	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2973	43	.	1.32648	5.52431	4.30413	182
chrXV	552780	553253	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2974	103	.	1.52907	12.25912	10.38754	336
chrXV	554611	554975	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2975	70	.	1.42583	8.54844	7.03632	219
chrXV	558566	559011	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2976	64	.	1.40848	7.94676	6.48689	173
chrXV	560659	561091	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2977	35	.	1.29271	4.65227	3.52747	71
chrXV	564076	564427	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2978	54	.	1.36889	6.82836	5.47591	133
chrXV	566174	566761	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2979	102	.	1.51071	12.10178	10.24728	309
chrXV	570768	571801	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2980	133	.	1.59584	15.55660	13.34408	280
chrXV	572629	573295	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2981	105	.	1.53389	12.44947	10.55878	252
chrXV	574644	575030	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2982	117	.	1.56765	13.81886	11.78345	204
chrXV	577748	580854	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2983	174	.	1.68656	20.32995	17.49729	2259
chrXV	583979	584626	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2984	42	.	1.27092	5.41172	4.20365	394
chrXV	592451	592947	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2986	107	.	1.53871	12.64109	10.73057	352
chrXV	594067	594453	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2988	69	.	1.42295	8.41806	6.91466	216
chrXV	600854	601182	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2989	79	.	1.45671	9.56733	7.95689	132
chrXV	602347	602766	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2990	87	.	1.48083	10.43033	8.73731	263
chrXV	606274	606585	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2991	52	.	1.36507	6.61127	5.27858	174
chrXV	618374	619733	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2992	220	.	1.81848	25.92081	22.09365	978
chrXV	624103	624895	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2993	95	.	1.50495	11.32775	9.54792	548
chrXV	630551	631054	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2994	55	.	1.36688	6.89533	5.53664	153
chrXV	631649	632185	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2995	96	.	1.49459	11.44592	9.65823	295
chrXV	636889	637204	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2996	23	.	1.22257	3.34515	2.37885	52
chrXV	638465	639553	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2997	168	.	1.65360	19.54111	16.82581	514
chrXV	642297	642755	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2998	51	.	1.34105	6.41790	5.10780	122
chrXV	644180	644862	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2999	75	.	1.43912	9.10812	7.54126	298
chrXV	649020	649304	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3000	33	.	1.28307	4.41689	3.31908	71
chrXV	656577	656847	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3002	59	.	1.38918	7.33860	5.93541	96
chrXV	658339	658778	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3003	67	.	1.41110	8.20802	6.72694	196
chrXV	659423	659813	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3004	39	.	1.30590	5.09213	3.92045	189
chrXV	661726	662394	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3005	62	.	1.39407	7.71218	6.27573	540
chrXV	663515	663822	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3006	35	.	1.28560	4.64426	3.52392	123
chrXV	665430	665639	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3007	44	.	1.32857	5.64029	4.41143	95
chrXV	667295	667729	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3008	42	.	1.31651	5.49577	4.28157	242
chrXV	670522	671484	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3009	160	.	1.63813	18.59305	16.01148	585
chrXV	673712	674032	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3010	78	.	1.42882	9.39131	7.80091	130
chrXV	675536	675934	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3011	52	.	1.34034	6.62747	5.29363	132
chrXV	678760	679393	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3012	113	.	1.51414	13.28037	11.30209	287
chrXV	680843	681493	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3013	56	.	1.36153	7.06437	5.68763	381
chrXV	682154	682527	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3014	55	.	1.36265	6.88120	5.52508	96
chrXV	683408	684169	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3015	116	.	1.56283	13.61930	11.60481	212
chrXV	692031	692520	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3016	73	.	1.43742	8.90210	7.35347	142
chrXV	700826	701262	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3017	67	.	1.41812	8.25951	6.77078	302
chrXV	712403	712917	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3019	92	.	1.49530	10.96466	9.21951	362
chrXV	719929	720581	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3020	109	.	1.51346	12.92378	10.98588	346
chrXV	721634	721878	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3021	39	.	1.29011	5.14085	3.96208	67
chrXV	722538	722863	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3022	37	.	1.27802	4.85688	3.71155	144
chrXV	725230	726057	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3023	53	.	1.34705	6.70452	5.36503	361
chrXV	727130	727568	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3024	55	.	1.35513	6.86977	5.51445	141
chrXV	729645	730031	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3025	46	.	1.32427	5.94542	4.68252	273
chrXV	733449	734011	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3026	89	.	1.47006	10.68784	8.97206	259
chrXV	736128	736432	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3027	19	.	1.20956	2.86228	1.96033	116
chrXV	741703	742856	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3029	180	.	1.70700	21.04159	18.09081	695
chrXV	745220	745722	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3030	56	.	1.37954	7.04326	5.66801	386
chrXV	757527	757786	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3031	52	.	1.34062	6.54739	5.22341	85
chrXV	761280	761551	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3032	27	.	1.23988	3.74984	2.73218	57
chrXV	761800	762794	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3033	153	.	1.61359	17.79346	15.31401	528
chrXV	768017	768349	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3034	60	.	1.37033	7.48933	6.07180	230
chrXV	769361	770757	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3035	140	.	1.58455	16.40124	14.08688	921
chrXV	774241	774527	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3036	43	.	1.30453	5.54667	4.32477	196
chrXV	775361	775850	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3037	49	.	1.33242	6.25815	4.96384	261
chrXV	779385	780166	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3038	197	.	1.73822	22.96526	19.72622	297
chrXV	780598	780900	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3039	52	.	1.36126	6.57310	5.24724	119
chrXV	781501	781805	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3040	40	.	1.31683	5.26754	4.07442	263
chrXV	790013	790292	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3041	37	.	1.30236	4.89381	3.74179	232
chrXV	792206	792537	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3042	45	.	1.33171	5.80001	4.55165	262
chrXV	796820	797446	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3044	149	.	1.63973	17.37124	14.94275	262
chrXV	800579	800802	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3046	31	.	1.26739	4.21825	3.14478	93
chrXV	802417	802759	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3047	62	.	1.39599	7.67551	6.24140	168
chrXV	803548	803762	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3048	23	.	1.23486	3.36285	2.39491	132
chrXV	807004	807311	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3049	34	.	1.28724	4.51984	3.41343	61
chrXV	813612	813969	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3050	60	.	1.39401	7.48848	6.07100	158
chrXV	825190	826192	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3051	143	.	1.62347	16.68423	14.33813	507
chrXV	830629	831149	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3052	96	.	1.48428	11.47867	9.68858	299
chrXV	832077	832752	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3053	73	.	1.40833	8.92689	7.37664	257
chrXV	836550	837760	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3054	171	.	1.67321	19.89685	17.13510	326
chrXV	840937	841402	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3055	67	.	1.41478	8.21511	6.73351	145
chrXV	847126	847419	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3056	41	.	1.32165	5.39520	4.18851	233
chrXV	848200	848593	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3057	48	.	1.34529	6.09823	4.81978	195
chrXV	849259	849632	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3058	60	.	1.38278	7.46706	6.05498	181
chrXV	849982	850395	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3059	38	.	1.29976	5.06625	3.89662	60
chrXV	860308	860676	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3061	50	.	1.32952	6.36491	5.05872	243
chrXV	866467	867221	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3062	151	.	1.61892	17.65643	15.18856	352
chrXV	867981	868322	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3063	41	.	1.30751	5.32410	4.12654	138
chrXV	869785	870150	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3064	42	.	1.31121	5.45946	4.24787	101
chrXV	874088	874525	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3065	51	.	1.34766	6.41184	5.10220	128
chrXV	877624	878215	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3066	111	.	1.51387	13.13774	11.17677	228
chrXV	881929	882524	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3067	129	.	1.55071	15.06077	12.90210	333
chrXV	882709	883242	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3068	36	.	1.27604	4.75858	3.62503	127
chrXV	883962	884432	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3069	44	.	1.30730	5.63267	4.40442	231
chrXV	891538	892641	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3070	119	.	1.55327	13.97050	11.92457	363
chrXV	894224	894534	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3071	41	.	1.32165	5.39520	4.18851	183
chrXV	901157	901686	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3072	97	.	1.50977	11.51130	9.71418	275
chrXV	903621	904796	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3073	187	.	1.69897	21.76268	18.70583	497
chrXV	907698	908036	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3074	53	.	1.33636	6.70754	5.36788	232
chrXV	908435	909295	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3075	111	.	1.50211	13.10290	11.14473	335
chrXV	911838	912295	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3076	94	.	1.46163	11.21113	9.44428	193
chrXV	912336	912894	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3077	82	.	1.42729	9.89604	8.25814	293
chrXV	915093	915467	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3078	53	.	1.34579	6.68823	5.34992	121
chrXV	921409	921614	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3079	35	.	1.28310	4.62778	3.50880	74
chrXV	925158	925662	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3080	136	.	1.59768	15.95523	13.69623	237
chrXV	930272	931627	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3081	92	.	1.45294	10.94106	9.20219	1039
chrXV	936246	936778	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3083	45	.	1.30305	5.80006	4.55170	188
chrXV	943285	943684	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3084	48	.	1.31474	6.11984	4.83989	301
chrXV	949211	950090	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3085	103	.	1.47220	12.16046	10.30177	224
chrXV	953983	954411	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3086	48	.	1.30947	6.08020	4.80305	113
chrXV	956702	956937	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3087	47	.	1.31235	6.05376	4.78049	89
chrXV	958137	958473	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3088	31	.	1.24970	4.20546	3.13304	114
chrXV	960241	960596	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3089	38	.	1.28534	5.06275	3.89337	192
chrXV	967013	969044	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3091	206	.	1.78471	24.10264	20.63496	1191
chrXV	969361	970150	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3092	72	.	1.43260	8.73933	7.20623	667
chrXV	976457	976998	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3093	165	.	1.68824	19.22492	16.55319	217
chrXV	978167	979939	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3094	223	.	1.82330	26.18517	22.31654	476
chrXV	987144	989747	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3095	76	.	1.37529	9.24699	7.66656	1993
chrXV	994571	995256	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3096	66	.	1.38948	8.15210	6.67464	519
chrXV	1003152	1004739	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3097	151	.	1.65448	17.63191	15.16625	618
chrXV	1006788	1007243	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3098	104	.	1.52125	12.28103	10.40783	178
chrXV	1010794	1011321	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3099	61	.	1.39395	7.53125	6.11076	346
chrXV	1014995	1015369	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3100	79	.	1.44479	9.51426	7.91161	263
chrXV	1017503	1017942	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3101	81	.	1.45881	9.74114	8.11426	250
chrXV	1018742	1019472	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3102	69	.	1.41740	8.40951	6.91053	280
chrXV	1023410	1023699	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3103	44	.	1.32244	5.63980	4.41097	110
chrXV	1025676	1026086	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3104	78	.	1.45189	9.39891	7.80399	141
chrXV	1026364	1026949	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3105	64	.	1.40848	7.94676	6.48689	457
chrXV	1028648	1029062	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3106	78	.	1.45189	9.39891	7.80399	253
chrXV	1034122	1034643	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3107	85	.	1.46220	10.18255	8.51597	370
chrXV	1036664	1036958	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3108	35	.	1.26983	4.65867	3.53337	202
chrXV	1039151	1039752	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3109	65	.	1.36402	8.05044	6.58372	181
chrXV	1040531	1040948	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3110	66	.	1.36398	8.06883	6.60095	276
chrXV	1043203	1043915	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3111	99	.	1.45477	11.77585	9.95543	314
chrXV	1049086	1049381	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3112	40	.	1.28874	5.28232	4.08807	62
chrXV	1050795	1051389	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3113	83	.	1.43128	9.97686	8.32903	233
chrXV	1053520	1054252	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3114	53	.	1.35400	6.72653	5.38553	314
chrXV	1058920	1059248	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3115	39	.	1.31201	5.14146	3.96208	46
chrXV	1064090	1065100	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3116	75	.	1.44224	9.06631	7.50245	546
chrXV	1073794	1074183	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3117	98	.	1.51460	11.69627	9.88120	151
chrXVI	21779	23065	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3118	193	.	1.75577	22.58950	19.39365	841
chrXVI	24565	25055	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3119	91	.	1.48169	10.90948	9.17320	297
chrXVI	29626	30557	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3120	87	.	1.46842	10.40402	8.71731	423
chrXVI	32707	33114	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3121	44	.	1.31637	5.66459	4.42987	101
chrXVI	34864	35321	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3122	74	.	1.42318	8.96986	7.41682	166
chrXVI	37836	38110	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3123	50	.	1.33453	6.36545	5.05918	103
chrXVI	40217	41149	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3124	144	.	1.58352	16.80287	14.43904	279
chrXVI	42825	43460	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3125	70	.	1.39150	8.54052	7.02898	337
chrXVI	46464	47009	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3127	45	.	1.31783	5.81170	4.56255	409
chrXVI	48988	49229	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3128	23	.	1.22480	3.28197	2.32518	63
chrXVI	50911	51318	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3129	22	.	1.22270	3.16111	2.21935	116
chrXVI	52587	53058	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3131	107	.	1.53871	12.64109	10.73057	323
chrXVI	64463	64701	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3133	29	.	1.26377	3.96469	2.92057	61
chrXVI	66520	67756	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3134	225	.	1.82813	26.45057	22.52287	667
chrXVI	74068	75572	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3135	187	.	1.71709	21.82217	18.76096	996
chrXVI	76075	76816	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3136	145	.	1.59850	16.98582	14.59945	399
chrXVI	79364	79689	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3137	29	.	1.24209	4.01974	2.97092	77
chrXVI	85274	85553	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3138	42	.	1.30883	5.44641	4.23579	108
chrXVI	90269	90530	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3139	23	.	1.22906	3.32765	2.36660	100
chrXVI	95023	95554	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3140	107	.	1.53871	12.64109	10.73057	367
chrXVI	95718	96573	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3141	56	.	1.37954	7.04326	5.66801	600
chrXVI	99057	99430	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3142	43	.	1.32648	5.52431	4.30413	144
chrXVI	100179	100519	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3143	40	.	1.31429	5.27134	4.07794	246
chrXVI	105760	106216	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3144	41	.	1.28100	5.38038	4.17854	134
chrXVI	106682	107084	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3145	56	.	1.32689	7.06479	5.68800	118
chrXVI	108164	108481	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3146	43	.	1.27609	5.54714	4.32523	138
chrXVI	114294	114979	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3148	69	.	1.36549	8.44971	6.94426	306
chrXVI	121069	121843	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3149	80	.	1.42443	9.67809	8.06008	442
chrXVI	128047	128379	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3150	37	.	1.28772	4.85357	3.70854	231
chrXVI	132006	133100	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3151	148	.	1.62929	17.30059	14.87877	406
chrXVI	135174	135701	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3152	108	.	1.51383	12.77058	10.84977	370
chrXVI	136595	136820	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3153	45	.	1.31832	5.76097	4.51937	90
chrXVI	138261	138845	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3154	110	.	1.53846	13.02570	11.07589	327
chrXVI	139376	139640	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3155	32	.	1.27273	4.28461	3.20549	161
chrXVI	146754	147399	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3156	94	.	1.50101	11.20504	9.43861	436
chrXVI	150146	150691	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3157	125	.	1.58695	14.63020	12.51627	181
chrXVI	153165	153526	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3158	38	.	1.30718	5.01686	3.85108	250
chrXVI	159483	160022	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3159	121	.	1.57730	14.22192	12.14757	294
chrXVI	162278	162750	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3160	70	.	1.42777	8.57795	7.05988	313
chrXVI	163748	163990	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3161	90	.	1.49048	10.78518	9.05755	120
chrXVI	169217	169824	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3162	92	.	1.49530	10.96466	9.21951	389
chrXVI	172627	173304	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3163	147	.	1.64483	17.18790	14.77597	360
chrXVI	187792	188154	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3164	57	.	1.38393	7.17901	5.79458	246
chrXVI	188483	189082	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3165	128	.	1.59401	14.99562	12.84889	317
chrXVI	191008	191428	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3166	58	.	1.38436	7.19020	5.80099	211
chrXVI	191639	191966	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3167	32	.	1.27824	4.30149	3.21717	66
chrXVI	207531	208048	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3168	84	.	1.47118	10.08099	8.42163	247
chrXVI	213986	216012	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3169	181	.	1.70799	21.13390	18.16085	719
chrXVI	225732	226079	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3171	52	.	1.35646	6.60307	5.27510	154
chrXVI	227433	228290	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3172	142	.	1.60485	16.55728	14.22185	598
chrXVI	237173	237413	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3173	26	.	1.24801	3.69077	2.68192	148
chrXVI	239002	239430	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3174	68	.	1.40826	8.29256	6.80166	189
chrXVI	242745	243344	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3175	128	.	1.58196	15.02042	12.87177	277
chrXVI	246553	246973	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3177	54	.	1.36780	6.81987	5.46807	182
chrXVI	250369	250797	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3178	34	.	1.28064	4.53358	3.42248	368
chrXVI	251769	252117	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3179	101	.	1.50970	11.96949	10.12980	210
chrXVI	254367	254771	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3180	75	.	1.42280	9.13148	7.56308	207
chrXVI	256879	257366	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3181	119	.	1.55246	13.97892	11.93249	241
chrXVI	259174	259795	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3182	124	.	1.58246	14.59722	12.49190	234
chrXVI	261058	261571	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3183	72	.	1.43260	8.73933	7.20623	335
chrXVI	267446	268092	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3184	124	.	1.58395	14.56792	12.46467	306
chrXVI	270856	271280	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3185	40	.	1.31125	5.26172	4.07286	148
chrXVI	272859	273277	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3186	67	.	1.41812	8.25951	6.77078	289
chrXVI	279908	280597	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3188	145	.	1.64001	16.96774	14.58263	307
chrXVI	280703	281023	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3189	41	.	1.32165	5.39520	4.18851	132
chrXVI	281501	282169	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3190	200	.	1.76465	23.35367	20.03503	357
chrXVI	286161	286704	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3191	101	.	1.51261	11.96534	10.12591	275
chrXVI	287051	287362	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3192	60	.	1.39401	7.48848	6.07100	193
chrXVI	289072	289661	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3193	94	.	1.49477	11.26293	9.49246	391
chrXVI	290963	291280	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3194	62	.	1.38775	7.64697	6.21474	146
chrXVI	292545	292745	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3195	30	.	1.25459	4.05558	3.00369	98
chrXVI	296450	297650	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3196	177	.	1.67574	20.64288	17.74473	675
chrXVI	301297	301558	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3198	27	.	1.23953	3.79226	2.77088	96
chrXVI	302671	303136	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3199	99	.	1.50224	11.75832	9.93910	259
chrXVI	308145	308653	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3200	87	.	1.47169	10.38882	8.70319	226
chrXVI	309588	310253	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3201	119	.	1.56337	14.05733	11.99967	317
chrXVI	312972	313366	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3202	63	.	1.39143	7.74952	6.31055	255
chrXVI	316378	316860	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3203	57	.	1.37546	7.08169	5.70377	306
chrXVI	318298	318559	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3204	34	.	1.28789	4.53380	3.42248	82
chrXVI	319073	319276	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3205	31	.	1.27342	4.18771	3.11683	120
chrXVI	325109	325675	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3206	59	.	1.38918	7.33860	5.93541	405
chrXVI	326252	326546	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3207	64	.	1.40848	7.94676	6.48689	117
chrXVI	328677	329524	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3208	160	.	1.67388	18.58831	16.00714	450
chrXVI	331654	331883	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3209	30	.	1.26859	4.07538	3.01797	71
chrXVI	335555	335993	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3210	42	.	1.32311	5.46147	4.24974	152
chrXVI	339269	339912	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3211	151	.	1.63957	17.64085	15.17450	344
chrXVI	340392	340925	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3212	99	.	1.49540	11.75561	9.93661	280
chrXVI	344832	345503	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3213	54	.	1.34871	6.84136	5.48808	276
chrXVI	347332	347612	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3214	23	.	1.21994	3.26637	2.31102	144
chrXVI	352270	352762	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3215	55	.	1.37471	6.89780	5.53664	203
chrXVI	355345	355789	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3216	60	.	1.39401	7.48848	6.07100	258
chrXVI	369482	369892	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3217	68	.	1.41827	8.38532	6.88820	256
chrXVI	370607	370982	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3218	60	.	1.37872	7.41829	6.00949	281
chrXVI	373113	373704	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3219	122	.	1.57041	14.30008	12.22078	253
chrXVI	374924	375553	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3220	75	.	1.43264	9.12534	7.55734	315
chrXVI	378315	379093	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3221	129	.	1.56797	15.10417	12.94183	375
chrXVI	380973	382014	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3222	197	.	1.75183	22.95289	19.71522	626
chrXVI	382988	383324	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3223	66	.	1.40772	8.09005	6.62062	231
chrXVI	393162	394103	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3225	95	.	1.50495	11.32775	9.54792	620
chrXVI	404029	405333	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3226	84	.	1.41635	10.06753	8.41313	255
chrXVI	406007	406773	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3227	99	.	1.45459	11.79677	9.97497	389
chrXVI	408771	409081	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3228	37	.	1.26017	4.86014	3.71457	240
chrXVI	411317	412510	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3229	126	.	1.54022	14.80504	12.67806	854
chrXVI	415388	415816	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3230	61	.	1.36867	7.62101	6.19459	142
chrXVI	418043	418330	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3231	45	.	1.31659	5.74842	4.50782	100
chrXVI	420423	420725	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3232	33	.	1.26094	4.50416	3.39910	117
chrXVI	425108	426276	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3233	97	.	1.43914	11.54200	9.74277	365
chrXVI	431587	432843	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3235	115	.	1.50718	13.55007	11.54667	378
chrXVI	433784	434468	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3236	43	.	1.32648	5.52431	4.30413	502
chrXVI	443642	444617	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3237	117	.	1.56765	13.81886	11.78345	600
chrXVI	445202	445771	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3238	55	.	1.37471	6.89780	5.53664	419
chrXVI	450538	451777	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3239	93	.	1.44154	11.13218	9.37515	408
chrXVI	453218	454209	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3240	102	.	1.46236	12.14174	10.28434	506
chrXVI	455127	455393	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3241	43	.	1.29006	5.61418	4.38732	85
chrXVI	458467	458842	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3242	45	.	1.30772	5.82268	4.57272	94
chrXVI	463773	464529	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3243	165	.	1.64423	19.25296	16.57747	360
chrXVI	469569	469892	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3244	51	.	1.34691	6.51932	5.19740	95
chrXVI	471960	473145	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3245	55	.	1.35205	6.89696	5.53664	344
chrXVI	474940	475229	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3246	29	.	1.24413	3.98435	2.93857	221
chrXVI	475707	475966	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3247	29	.	1.24141	3.97399	2.92907	67
chrXVI	478927	479330	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3248	42	.	1.29676	5.48996	4.27619	299
chrXVI	481127	481465	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3249	25	.	1.22954	3.55157	2.55878	221
chrXVI	481960	482389	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3250	58	.	1.35977	7.24623	5.85326	275
chrXVI	486195	486914	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3251	73	.	1.42402	8.89558	7.35154	470
chrXVI	488298	488652	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3252	30	.	1.26334	4.13131	3.06911	207
chrXVI	491457	492161	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3253	145	.	1.64001	16.96774	14.58263	340
chrXVI	497647	498016	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3254	82	.	1.45920	9.83701	8.20337	154
chrXVI	502067	503485	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3256	186	.	1.69801	21.67084	18.62107	844
chrXVI	514216	514610	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3257	31	.	1.25944	4.27523	3.19698	286
chrXVI	517069	517982	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3258	97	.	1.44933	11.49450	9.70326	262
chrXVI	519752	520903	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3259	95	.	1.43447	11.34112	9.56029	735
chrXVI	525274	525573	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3260	24	.	1.21434	3.44692	2.46741	223
chrXVI	525665	525870	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3261	25	.	1.22300	3.57537	2.58048	127
chrXVI	526624	528195	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3262	169	.	1.65463	19.63042	16.90702	518
chrXVI	538914	539282	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3263	58	.	1.38436	7.19020	5.80099	224
chrXVI	541910	542449	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3264	73	.	1.43742	8.90210	7.35347	157
chrXVI	549990	550208	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3265	23	.	1.23134	3.34352	2.37736	160
chrXVI	550243	550607	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3266	40	.	1.30968	5.24016	4.05316	195
chrXVI	551748	552111	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3267	75	.	1.42008	9.07308	7.50874	183
chrXVI	557744	558431	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3269	74	.	1.41143	9.02296	7.46626	501
chrXVI	565003	565422	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3270	41	.	1.30813	5.35395	4.15425	80
chrXVI	566642	567694	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3271	143	.	1.60492	16.68676	14.34042	414
chrXVI	567728	568183	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3272	31	.	1.26179	4.23654	3.16153	171
chrXVI	572352	572901	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3273	134	.	1.59565	15.63235	13.41370	200
chrXVI	575145	576492	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3274	98	.	1.51460	11.69627	9.88120	1080
chrXVI	581244	581587	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3275	60	.	1.39317	7.46625	6.05422	219
chrXVI	582770	583141	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3276	47	.	1.33707	6.05277	4.78049	128
chrXVI	585698	587577	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3277	174	.	1.70001	20.29317	17.46379	458
chrXVI	591188	591719	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3278	117	.	1.55911	13.75980	11.73507	220
chrXVI	593038	593522	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3279	84	.	1.47118	10.08099	8.42163	319
chrXVI	594003	594438	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3280	107	.	1.53871	12.64109	10.73057	164
chrXVI	596347	596698	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3281	70	.	1.42777	8.57795	7.05988	144
chrXVI	603675	603987	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3282	63	.	1.40365	7.79256	6.34682	165
chrXVI	608213	608578	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3283	45	.	1.33612	5.78707	4.53967	102
chrXVI	609939	610723	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3284	123	.	1.58213	14.42544	12.33266	195
chrXVI	614506	614850	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3285	40	.	1.30674	5.21598	4.03082	273
chrXVI	622919	623559	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3286	55	.	1.34909	6.92477	5.56160	487
chrXVI	626954	627837	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3288	99	.	1.49655	11.76221	9.94273	702
chrXVI	631182	631544	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3289	32	.	1.27824	4.30149	3.21717	303
chrXVI	638988	639394	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3290	59	.	1.35028	7.32576	5.92731	251
chrXVI	641025	642137	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3291	81	.	1.39281	9.78891	8.15846	320
chrXVI	643421	643643	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3292	29	.	1.22032	4.05135	2.99983	134
chrXVI	645071	645918	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3293	51	.	1.29660	6.49471	5.17460	349
chrXVI	653705	654472	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3294	115	.	1.52907	13.51087	11.51020	253
chrXVI	657239	657481	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3296	22	.	1.22184	3.20697	2.26079	69
chrXVI	664603	666291	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3298	97	.	1.50835	11.56513	9.76442	1440
chrXVI	667331	667673	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3299	38	.	1.30287	4.99311	3.83310	262
chrXVI	672173	672573	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3300	68	.	1.40864	8.30356	6.81184	92
chrXVI	673334	673675	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3301	60	.	1.37841	7.45144	6.04035	156
chrXVI	678770	679627	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3302	120	.	1.53231	14.15236	12.08853	256
chrXVI	682623	682828	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3303	25	.	1.23430	3.56467	2.57073	82
chrXVI	684202	684565	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3304	41	.	1.31140	5.29602	4.10066	284
chrXVI	685546	685887	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3305	50	.	1.34995	6.30558	5.00765	153
chrXVI	689724	690011	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3306	55	.	1.37471	6.89780	5.53664	102
chrXVI	692377	692835	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3307	45	.	1.32299	5.76669	4.52463	154
chrXVI	694679	695663	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3308	149	.	1.61888	17.39218	14.96168	468
chrXVI	696726	697183	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3309	87	.	1.47250	10.47258	8.77664	259
chrXVI	697308	697698	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3310	38	.	1.29923	5.06810	3.89831	249
chrXVI	699885	700534	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3311	164	.	1.67146	19.08906	16.44133	497
chrXVI	702046	702848	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3312	145	.	1.62977	16.86960	14.50044	125
chrXVI	704548	704792	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3313	35	.	1.29063	4.68910	3.56131	69
chrXVI	712953	713291	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3314	44	.	1.30956	5.66096	4.42654	104
chrXVI	718449	718952	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3315	65	.	1.37960	8.04804	6.58148	244
chrXVI	719319	719736	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3316	70	.	1.39408	8.53197	7.02097	213
chrXVI	724818	725233	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3317	65	.	1.39857	7.97166	6.51013	164
chrXVI	729372	729786	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3319	41	.	1.32165	5.39520	4.18851	140
chrXVI	730204	730572	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3320	46	.	1.34095	5.92072	4.65968	260
chrXVI	731780	732432	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3321	102	.	1.52424	12.07017	10.21794	241
chrXVI	736682	736950	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3322	28	.	1.25895	3.85547	2.82472	38
chrXVI	739506	740108	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3323	79	.	1.45671	9.56733	7.95689	306
chrXVI	742037	742367	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3324	56	.	1.37954	7.04326	5.66801	135
chrXVI	746983	747361	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3326	40	.	1.31683	5.26754	4.07442	96
chrXVI	749019	749302	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3327	25	.	1.24448	3.53731	2.54591	261
chrXVI	751912	752379	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3328	63	.	1.40049	7.79828	6.35213	153
chrXVI	754339	754817	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3330	60	.	1.38695	7.49546	6.07752	149
chrXVI	758097	758601	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3331	62	.	1.39238	7.66576	6.23227	306
chrXVI	759356	760032	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3332	119	.	1.57248	14.01978	11.96490	332
chrXVI	767352	767760	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3333	71	.	1.42255	8.62971	7.10812	183
chrXVI	769752	770218	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3334	64	.	1.39368	7.87866	6.42712	91
chrXVI	770405	771364	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3335	180	.	1.68925	20.99858	18.05195	511
chrXVI	775316	775742	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3336	121	.	1.55194	14.18293	12.11718	241
chrXVI	780151	780849	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3338	38	.	1.29638	5.04345	3.87558	271
chrXVI	785385	786051	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3339	113	.	1.52381	13.28959	11.31066	306
chrXVI	789537	789934	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3340	42	.	1.30211	5.51377	4.29817	249
chrXVI	792196	792855	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3341	86	.	1.45072	10.29281	8.61397	254
chrXVI	794439	794968	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3342	143	.	1.59529	16.65331	14.30969	293
chrXVI	797247	797635	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3343	30	.	1.25503	4.13160	3.06934	291
chrXVI	801675	802441	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3344	121	.	1.57730	14.22192	12.14757	406
chrXVI	803926	804520	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3345	59	.	1.38918	7.33860	5.93541	356
chrXVI	812601	813153	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3346	134	.	1.61107	15.67355	13.44447	275
chrXVI	821560	822684	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3347	152	.	1.61821	17.67213	15.20297	639
chrXVI	824322	824736	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3348	34	.	1.25998	4.57190	3.45754	149
chrXVI	825095	825532	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3349	26	.	1.21979	3.66937	2.66239	336
chrXVI	828674	829773	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3350	69	.	1.35623	8.42528	6.92143	641
chrXVI	830617	831316	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3351	36	.	1.25035	4.73157	3.60028	164
chrXVI	834266	834674	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3352	80	.	1.40943	9.66494	8.04786	264
chrXVI	835401	835828	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3353	36	.	1.26661	4.78273	3.64345	146
chrXVI	839914	841216	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3355	231	.	1.84260	27.25372	23.15908	478
chrXVI	842710	843198	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3356	72	.	1.43260	8.73933	7.20623	221
chrXVI	857002	857671	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3357	165	.	1.68824	19.22492	16.55319	158
chrXVI	859637	861221	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3358	102	.	1.51671	12.13237	10.27575	1195
chrXVI	864105	864443	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3359	31	.	1.25641	4.17344	3.10760	220
chrXVI	866331	866841	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3360	67	.	1.39645	8.20305	6.72229	156
chrXVI	868337	868647	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3361	35	.	1.28090	4.63009	3.51094	177
chrXVI	869948	870246	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3362	48	.	1.33799	6.14554	4.86372	110
chrXVI	874747	875303	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3363	84	.	1.44626	10.12261	8.46009	351
chrXVI	875999	876237	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3364	34	.	1.27897	4.59887	3.48234	153
chrXVI	876533	877054	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3365	87	.	1.45998	10.39544	8.70932	347
chrXVI	877697	878071	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3366	48	.	1.33251	6.12496	4.84461	197
chrXVI	882825	883304	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3367	52	.	1.35816	6.59002	5.26303	192
chrXVI	883655	883913	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3368	28	.	1.25825	3.90939	2.87401	175
chrXVI	885716	885922	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3369	38	.	1.30072	5.05993	3.89076	70
chrXVI	888704	889054	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3370	36	.	1.29548	4.83962	3.69572	207
chrXVI	891967	892426	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3371	75	.	1.43960	9.06956	7.50545	146
chrXVI	899652	900773	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3372	69	.	1.42295	8.41806	6.91466	276
chrXVI	901444	902015	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3373	145	.	1.64001	16.96774	14.58263	357
chrXVI	906657	906986	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3374	35	.	1.29271	4.65227	3.52747	280
chrXVI	909074	909288	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3375	32	.	1.27824	4.30149	3.21717	107
chrXVI	909335	909657	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3376	41	.	1.32165	5.39520	4.18851	155
chrXVI	911007	911366	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3377	39	.	1.31201	5.14146	3.96208	260
chrXVI	918980	919181	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3378	41	.	1.31530	5.40410	4.19667	100
chrXVI	920635	921573	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3379	164	.	1.65080	19.14485	16.49246	511
chrXVI	927171	928834	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3380	142	.	1.59356	16.62774	14.28645	872
chrXVI	930629	931168	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3381	42	.	1.30872	5.44352	4.23312	397
chrXVI	933689	934135	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3382	79	.	1.45228	9.60260	7.98961	282
chrXVI	937670	938081	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3383	42	.	1.32111	5.49500	4.28084	258
chrXVI	938771	939181	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3384	56	.	1.37954	7.04326	5.66801	198
chrI	43433	43734	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_8	25	.	1.22762	3.59409	2.59749	131
chrI	56859	57111	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_12	24	.	1.21639	3.39910	2.42772	61
chrI	113393	113714	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_28	28	.	1.21653	3.85483	2.82472	179
chrI	198296	198500	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_52	50	.	1.35542	6.33054	5.02675	106
chrII	49494	49738	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_63	42	.	1.32290	5.50537	4.29044	129
chrII	82281	82492	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_71	23	.	1.22241	3.29765	2.33934	99
chrII	119234	119435	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_83	33	.	1.28307	4.41689	3.31908	135
chrII	176789	177044	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_102	28	.	1.25895	3.85547	2.82472	52
chrII	189391	189651	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_104	26	.	1.21727	3.64594	2.64103	125
chrII	209319	209559	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_110	27	.	1.25412	3.74786	2.73041	66
chrII	267878	268167	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_124	29	.	1.26377	3.96469	2.92057	233
chrII	275622	275948	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_128	28	.	1.22470	3.89784	2.86338	195
chrII	435696	436030	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_174	43	.	1.32648	5.52431	4.30413	257
chrII	466957	467207	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_185	34	.	1.27101	4.55299	3.44012	188
chrII	521535	521824	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_198	47	.	1.34432	6.02042	4.75195	159
chrII	601282	601502	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_219	29	.	1.25261	4.02344	2.97428	127
chrII	609616	609847	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_224	22	.	1.21153	3.23181	2.28106	94
chrII	641633	641885	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_231	20	.	1.20626	2.94540	2.03168	57
chrII	650970	651230	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_235	41	.	1.29741	5.37948	4.17774	103
chrII	675753	676017	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_241	19	.	1.19362	2.88902	1.98434	184
chrII	714958	715210	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_253	30	.	1.26745	4.09966	3.04013	61
chrII	739562	739913	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_260	34	.	1.28789	4.53380	3.42248	194
chrII	741040	741372	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_261	30	.	1.26859	4.07538	3.01797	41
chrII	779486	779733	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_271	34	.	1.28349	4.53148	3.42248	54
chrII	788610	788965	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_277	48	.	1.33818	6.08057	4.80339	289
chrII	796937	797140	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_280	18	.	1.19099	2.69321	1.81545	20
chrIII	21840	22041	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_287	23	.	1.23103	3.35638	2.38902	51
chrIII	51338	51761	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_297	24	.	1.20290	3.38231	2.41255	361
chrIII	54089	54378	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_298	26	.	1.21349	3.62505	2.62569	175
chrIII	92525	92738	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_308	32	.	1.27824	4.30149	3.21717	110
chrIII	105451	105706	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_311	33	.	1.26188	4.45767	3.35655	135
chrIII	107947	108149	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_313	29	.	1.24894	4.00758	2.95980	92
chrIII	202508	202805	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_344	37	.	1.30236	4.89381	3.74179	174
chrIII	226625	227002	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_350	23	.	1.20558	3.33562	2.37022	259
chrIII	257575	257912	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_358	49	.	1.32740	6.22439	4.93247	228
chrIV	52149	52428	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_381	31	.	1.27342	4.18771	3.11683	85
chrIV	68691	69038	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_386	43	.	1.32648	5.52431	4.30413	72
chrIV	84357	85053	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_392	42	.	1.32140	5.46971	4.25743	250
chrIV	182985	183298	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_419	32	.	1.27824	4.30149	3.21717	272
chrIV	332633	332840	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_469	23	.	1.22106	3.36731	2.39899	169
chrIV	334325	334732	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_470	48	.	1.32643	6.18192	4.89712	263
chrIV	344170	344604	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_473	26	.	1.24930	3.64180	2.63730	309
chrIV	373667	373981	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_480	37	.	1.29199	4.93994	3.78421	73
chrIV	463110	463329	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_507	24	.	1.20804	3.46029	2.47956	146
chrIV	469562	470036	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_509	35	.	1.27734	4.62520	3.50643	306
chrIV	477469	477930	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_511	32	.	1.27760	4.28792	3.20854	405
chrIV	482363	482627	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_514	34	.	1.27427	4.57950	3.46452	90
chrIV	602836	603133	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_550	24	.	1.22366	3.41159	2.43907	278
chrIV	643909	644142	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_559	25	.	1.24448	3.53731	2.54591	189
chrIV	713326	713753	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_575	25	.	1.24274	3.53451	2.54591	59
chrIV	741726	741961	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_584	23	.	1.23483	3.33306	2.36790	28
chrIV	778845	779085	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_598	49	.	1.35059	6.19247	4.90285	168
chrIV	869605	869878	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_617	25	.	1.24448	3.53731	2.54591	200
chrIV	871455	871683	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_619	45	.	1.33612	5.78707	4.53967	110
chrIV	943396	943674	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_635	33	.	1.28307	4.41689	3.31908	202
chrIV	1084676	1084932	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_675	56	.	1.37954	7.04326	5.66801	136
chrIV	1132464	1132675	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_681	24	.	1.23281	3.41971	2.44648	93
chrIV	1202366	1202625	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_706	27	.	1.25412	3.74786	2.73041	150
chrIV	1241492	1241728	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_718	34	.	1.28671	4.53518	3.42376	49
chrIV	1324179	1324402	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_739	20	.	1.20826	2.99892	2.07983	161
chrIV	1333425	1333882	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_743	28	.	1.24524	3.86425	2.83270	239
chrIV	1334420	1334664	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_744	29	.	1.25075	4.01537	2.96693	45
chrIV	1339300	1339647	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_747	30	.	1.26035	4.13616	3.07352	87
chrIV	1365548	1365761	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_755	37	.	1.28676	4.87117	3.72476	92
chrIV	1510531	1510732	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_800	36	.	1.29754	4.77224	3.63379	133
chrIX	54154	54429	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_813	29	.	1.23685	3.94957	2.91065	69
chrIX	55772	55993	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_814	18	.	1.18865	2.77225	1.88285	73
chrIX	56214	56608	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_815	36	.	1.27010	4.74979	3.61703	118
chrIX	76079	76370	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_821	33	.	1.28230	4.42663	3.32799	145
chrIX	125895	126162	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_834	27	.	1.23432	3.79596	2.77428	79
chrIX	183683	183902	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_851	24	.	1.22976	3.47213	2.49033	87
chrIX	196168	196512	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_854	28	.	1.25777	3.89970	2.86511	56
chrIX	290222	290444	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_883	30	.	1.26111	4.09511	3.03597	185
chrIX	342228	342517	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_901	34	.	1.27531	4.56593	3.45203	156
chrIX	434561	434909	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_925	30	.	1.26859	4.07538	3.01797	262
chrM	4524	4970	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_930	28	.	1.22452	3.89359	2.85949	313
chrM	5732	5997	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_931	43	.	1.27789	5.52295	4.30413	159
chrM	27790	27990	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_934	24	.	1.19802	3.44577	2.46638	137
chrM	37072	37366	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_937	23	.	1.19245	3.28716	2.32987	271
chrM	37755	38027	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_938	21	.	1.18149	3.02507	2.10338	111
chrM	38328	38588	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_939	23	.	1.19343	3.35126	2.38437	179
chrM	44426	44687	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_940	26	.	1.20740	3.70244	2.69262	149
chrM	48603	48889	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_941	23	.	1.19526	3.33828	2.37262	157
chrV	99412	99723	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_976	22	.	1.21793	3.23527	2.28282	286
chrV	136977	137241	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_986	23	.	1.21951	3.34447	2.37826	98
chrV	159238	159496	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_993	55	.	1.37471	6.89780	5.53664	119
chrV	270293	270572	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1030	78	.	1.45189	9.39891	7.80399	137
chrV	314404	314615	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1042	29	.	1.24728	4.01306	2.96481	161
chrV	322572	322826	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1046	46	.	1.32324	5.91873	4.65968	105
chrV	360344	360571	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1054	28	.	1.24619	3.86369	2.83220	78
chrV	368389	368909	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1057	34	.	1.27369	4.55365	3.44072	300
chrV	383810	384015	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1062	22	.	1.22632	3.16502	2.22291	39
chrV	424983	425319	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1076	23	.	1.22445	3.28417	2.32716	136
chrV	463358	463719	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1087	27	.	1.22221	3.76845	2.74913	65
chrVI	48996	49273	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1131	33	.	1.28307	4.41689	3.31908	148
chrVI	76409	76787	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1139	48	.	1.33029	6.18500	4.89997	256
chrVI	162444	162743	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1163	54	.	1.36528	6.83352	5.48074	77
chrVI	183698	184050	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1169	40	.	1.27326	5.23327	4.04679	165
chrVI	193738	194104	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1172	24	.	1.21932	3.44396	2.46473	274
chrVI	232527	232760	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1183	26	.	1.24485	3.69008	2.68127	156
chrVI	245294	245502	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1185	38	.	1.30718	5.01686	3.85108	111
chrVI	265574	266122	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1190	45	.	1.33612	5.78707	4.53967	238
chrVI	266324	266782	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1191	47	.	1.34577	6.05582	4.78049	250
chrVII	31616	31948	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1198	35	.	1.29271	4.65227	3.52747	256
chrVII	43456	43683	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1202	27	.	1.25287	3.74488	2.73041	149
chrVII	54950	55515	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1205	44	.	1.32069	5.64522	4.41600	376
chrVII	86775	87042	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1212	29	.	1.26377	3.96469	2.92057	231
chrVII	95394	95642	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1214	45	.	1.33612	5.78707	4.53967	109
chrVII	186380	186580	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1243	24	.	1.22790	3.44375	2.46455	83
chrVII	193275	193593	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1245	23	.	1.20792	3.26895	2.31339	216
chrVII	225988	226384	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1254	41	.	1.32165	5.39520	4.18851	126
chrVII	250087	250296	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1261	34	.	1.28789	4.53380	3.42248	42
chrVII	257709	257912	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1266	25	.	1.24448	3.53731	2.54591	55
chrVII	342868	343387	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1291	43	.	1.32563	5.58662	4.36181	171
chrVII	359168	359458	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1296	22	.	1.22565	3.22572	2.27777	150
chrVII	414464	414875	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1312	29	.	1.24128	3.96106	2.92057	95
chrVII	448545	448770	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1323	19	.	1.19250	2.83932	1.94309	155
chrVII	508439	509105	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1342	46	.	1.33032	5.93400	4.67197	320
chrVII	520942	521150	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1346	25	.	1.22378	3.52995	2.54290	111
chrVII	523369	523646	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1347	30	.	1.24807	4.12558	3.06388	60
chrVII	542475	542725	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1355	22	.	1.23001	3.23331	2.28106	177
chrVII	553765	553970	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1362	30	.	1.25252	4.13030	3.06819	133
chrVII	666085	666310	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1397	22	.	1.22504	3.23222	2.28106	155
chrVII	888431	888632	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1461	41	.	1.31993	5.40301	4.19568	101
chrVII	899471	899739	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1464	59	.	1.37736	7.31865	5.92067	111
chrVII	961111	961386	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1478	33	.	1.28255	4.40576	3.31264	89
chrVII	978108	978377	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1484	22	.	1.22729	3.21062	2.26410	193
chrVII	995999	996199	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1489	27	.	1.24226	3.72930	2.71722	89
chrVII	996226	996472	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1490	26	.	1.23967	3.65541	2.64966	125
chrVII	1006147	1006354	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1494	30	.	1.26859	4.07538	3.01797	153
chrVIII	147200	147631	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1547	26	.	1.23819	3.66456	2.65801	82
chrVIII	230736	231051	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1567	37	.	1.29943	4.94355	3.78752	163
chrVIII	258076	258378	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1575	33	.	1.27966	4.46046	3.35909	103
chrVIII	282929	283147	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1584	19	.	1.21071	2.85010	1.94942	82
chrVIII	313521	313727	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1592	28	.	1.25057	3.85007	2.82375	55
chrVIII	339506	339762	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1601	21	.	1.21364	3.07633	2.14626	112
chrVIII	369599	370100	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1610	45	.	1.32655	5.80655	4.55776	203
chrVIII	379521	379751	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1612	27	.	1.24148	3.74330	2.72996	35
chrVIII	402705	402982	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1619	31	.	1.27342	4.18771	3.11683	180
chrVIII	452698	452995	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1630	56	.	1.37954	7.04326	5.66801	137
chrVIII	483990	484194	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1639	35	.	1.28159	4.64580	3.52535	99
chrVIII	498603	498991	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1644	46	.	1.34095	5.92072	4.65968	294
chrX	35778	36148	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1658	45	.	1.30770	5.74748	4.50695	240
chrX	63698	63936	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1662	44	.	1.32611	5.66397	4.42931	164
chrX	72410	72699	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1665	25	.	1.22431	3.57706	2.58201	227
chrX	190121	190557	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1707	49	.	1.33676	6.23524	4.94259	237
chrX	209466	209735	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1713	39	.	1.30875	5.17319	3.99129	105
chrX	224404	224707	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1718	57	.	1.36019	7.12371	5.74302	140
chrX	316463	316822	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1742	44	.	1.30940	5.70209	4.46482	226
chrX	357151	357410	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1756	32	.	1.26180	4.38676	3.29526	167
chrX	374786	375082	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1763	51	.	1.35025	6.51584	5.19415	98
chrX	376019	376245	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1764	32	.	1.26974	4.34202	3.25426	103
chrX	397041	397262	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1768	19	.	1.18806	2.82785	1.93280	178
chrX	450813	451042	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1779	28	.	1.25573	3.93595	2.89828	180
chrX	453254	453599	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1781	69	.	1.40883	8.47326	6.96618	232
chrX	468015	468240	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1786	25	.	1.22851	3.55769	2.56434	183
chrX	509938	510209	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1794	23	.	1.23483	3.33306	2.36790	45
chrX	573597	573809	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1812	28	.	1.23301	3.83353	2.80864	90
chrX	583558	583788	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1815	24	.	1.21981	3.42848	2.45448	96
chrX	678737	679049	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1839	22	.	1.22670	3.19973	2.25427	198
chrX	689263	689538	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1842	19	.	1.20736	2.79947	1.90730	56
chrX	691287	691615	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1844	30	.	1.26672	4.10836	3.04808	165
chrX	691672	691911	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1845	26	.	1.24709	3.69355	2.68447	159
chrXI	5599	6096	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1859	60	.	1.39401	7.48848	6.07100	350
chrXI	38771	39056	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1863	62	.	1.39883	7.63978	6.20807	144
chrXI	69559	69832	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1870	37	.	1.25254	4.90834	3.75524	170
chrXI	74121	74389	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1872	23	.	1.20336	3.30214	2.34342	111
chrXI	105610	105827	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1879	21	.	1.20249	3.11767	2.18358	50
chrXI	122254	122541	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1885	23	.	1.23219	3.28349	2.32655	70
chrXI	152963	153227	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1894	41	.	1.32165	5.39520	4.18851	62
chrXI	161365	161573	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1897	21	.	1.21337	3.05477	2.12676	173
chrXI	207858	208158	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1909	29	.	1.26377	3.96469	2.92057	65
chrXI	259602	259877	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1922	22	.	1.21919	3.22567	2.27773	213
chrXI	296137	296473	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1934	46	.	1.34095	5.92072	4.65968	243
chrXI	345586	346056	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1951	23	.	1.22478	3.29062	2.33299	74
chrXI	382765	383117	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1962	48	.	1.31101	6.13837	4.85701	237
chrXI	383403	383720	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1963	42	.	1.29025	5.51101	4.29564	150
chrXI	440152	440579	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1978	47	.	1.34254	5.99485	4.72832	310
chrXI	445619	445859	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1980	23	.	1.23483	3.33306	2.36790	189
chrXI	445895	446235	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1981	30	.	1.26859	4.07538	3.01797	124
chrXI	466160	466496	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1987	31	.	1.26800	4.26758	3.18998	228
chrXI	524415	524641	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2003	33	.	1.26098	4.45934	3.35805	138
chrXI	526731	526964	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2005	31	.	1.25453	4.17539	3.10938	146
chrXI	580191	580527	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2019	36	.	1.28719	4.81420	3.67237	255
chrXI	638597	638863	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2037	24	.	1.23393	3.38380	2.41391	233
chrXII	122476	122964	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2073	27	.	1.23981	3.78831	2.76727	194
chrXII	139590	139971	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2076	43	.	1.32648	5.52431	4.30413	54
chrXII	166122	166514	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2084	37	.	1.29229	4.91944	3.76542	275
chrXII	181660	181919	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2088	29	.	1.25437	3.97366	2.92877	157
chrXII	197970	198417	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2092	58	.	1.38491	7.26877	5.87422	332
chrXII	265198	265475	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2111	23	.	1.22839	3.34260	2.37654	88
chrXII	280698	280948	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2113	34	.	1.27050	4.51679	3.41063	93
chrXII	356866	357178	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2131	24	.	1.23965	3.43438	2.45609	281
chrXII	373242	373490	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2136	32	.	1.23996	4.38858	3.29690	151
chrXII	418046	418273	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2149	25	.	1.24055	3.57263	2.57800	86
chrXII	421650	422013	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2150	19	.	1.18399	2.88297	1.97893	188
chrXII	433831	434035	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2153	22	.	1.21529	3.18339	2.23951	156
chrXII	510342	510663	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2170	28	.	1.24506	3.88105	2.84801	75
chrXII	622830	623143	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2197	27	.	1.25268	3.81760	2.79408	214
chrXII	647143	647634	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2204	31	.	1.25647	4.19707	3.12537	85
chrXII	647780	648097	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2205	34	.	1.27982	4.51531	3.40930	126
chrXII	648119	648560	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2206	33	.	1.28291	4.42679	3.32811	292
chrXII	705041	705250	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2221	38	.	1.27527	4.96459	3.80685	112
chrXII	738668	738905	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2232	29	.	1.24936	3.98479	2.93897	55
chrXII	803970	804192	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2249	24	.	1.21331	3.42456	2.45089	189
chrXII	804708	804931	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2250	22	.	1.19964	3.15512	2.21396	147
chrXII	871995	872209	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2272	27	.	1.23806	3.80991	2.78705	64
chrXII	893346	893667	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2279	30	.	1.26859	4.07538	3.01797	205
chrXII	953069	953315	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2295	41	.	1.30199	5.36577	4.16515	163
chrXII	1002296	1002637	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2305	40	.	1.31683	5.26754	4.07442	179
chrXII	1012340	1012582	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2309	24	.	1.20381	3.45611	2.47575	130
chrXII	1026592	1027027	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2312	46	.	1.33073	5.92763	4.66607	161
chrXIII	9748	10220	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2324	75	.	1.44224	9.06631	7.50245	296
chrXIII	13147	13470	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2325	33	.	1.28307	4.41689	3.31908	109
chrXIII	79856	80062	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2341	45	.	1.32989	5.82262	4.57266	83
chrXIII	171205	171572	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2368	33	.	1.26517	4.39449	3.30229	323
chrXIII	172995	173248	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2369	23	.	1.22426	3.32530	2.36446	67
chrXIII	192019	192219	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2374	32	.	1.27824	4.30149	3.21717	74
chrXIII	202383	202635	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2376	46	.	1.34095	5.92072	4.65968	142
chrXIII	289755	290103	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2401	29	.	1.26227	3.96889	2.92440	286
chrXIII	343648	343873	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2418	28	.	1.25226	3.89631	2.86199	94
chrXIII	355097	355334	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2423	27	.	1.25412	3.74786	2.73041	45
chrXIII	367339	367672	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2425	34	.	1.28789	4.53380	3.42248	262
chrXIII	592655	593122	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2486	48	.	1.32928	6.10829	4.82919	291
chrXIII	597587	597824	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2489	30	.	1.26859	4.07538	3.01797	122
chrXIII	695084	695383	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2514	23	.	1.22270	3.32994	2.36790	239
chrXIII	718336	718642	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2520	21	.	1.22042	3.11858	2.18440	20
chrXIII	718683	718940	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2521	27	.	1.25190	3.74730	2.73041	193
chrXIII	769059	769272	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2535	25	.	1.22720	3.52105	2.53480	156
chrXIII	772711	772986	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2537	27	.	1.22980	3.73373	2.72125	172
chrXIII	830743	830956	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2555	42	.	1.31340	5.43585	4.22602	80
chrXIII	833025	833240	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2557	22	.	1.23001	3.23331	2.28106	44
chrXIII	839612	840120	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2559	37	.	1.29919	4.88078	3.73360	160
chrXIII	859818	860227	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2566	38	.	1.28508	4.97697	3.81816	228
chrXIII	895356	895565	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2575	38	.	1.30604	5.05071	3.88226	129
chrXIV	59991	60417	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2599	53	.	1.33786	6.69817	5.35913	257
chrXIV	196871	197286	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2631	27	.	1.22187	3.72586	2.71405	288
chrXIV	207334	207557	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2635	23	.	1.22817	3.33821	2.37257	45
chrXIV	240826	241061	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2645	30	.	1.25347	4.05312	3.00146	46
chrXIV	244113	244321	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2647	30	.	1.25756	4.12048	3.05923	35
chrXIV	271795	272090	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2662	31	.	1.26165	4.21047	3.13762	178
chrXIV	332216	332473	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2681	56	.	1.37954	7.04326	5.66801	138
chrXIV	335003	335276	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2682	49	.	1.35059	6.19247	4.90285	99
chrXIV	368538	368868	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2691	29	.	1.25751	3.95073	2.91171	142
chrXIV	447021	447325	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2714	42	.	1.27792	5.46102	4.24933	89
chrXIV	491239	491507	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2726	32	.	1.25960	4.36988	3.27981	178
chrXV	3337	4436	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2813	82	.	1.46636	9.90836	8.26568	789
chrXV	4591	4992	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2814	32	.	1.27824	4.30149	3.21717	315
chrXV	6774	7180	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2816	45	.	1.33612	5.78707	4.53967	272
chrXV	8519	8919	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2817	51	.	1.36024	6.47010	5.15178	163
chrXV	77259	77583	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2834	47	.	1.33462	5.99115	4.72493	81
chrXV	101183	101424	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2839	29	.	1.26377	3.96469	2.92057	82
chrXV	142535	142840	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2850	30	.	1.26918	4.14806	3.08437	243
chrXV	227515	227726	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2870	18	.	1.18474	2.69775	1.81951	174
chrXV	247990	248289	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2877	36	.	1.29939	4.84197	3.69788	123
chrXV	367657	367979	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2910	49	.	1.35059	6.19247	4.90285	150
chrXV	369410	369633	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2911	18	.	1.20589	2.75818	1.87027	139
chrXV	375734	375974	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2915	27	.	1.25215	3.73060	2.71841	119
chrXV	389131	389629	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2921	37	.	1.29299	4.93575	3.78039	310
chrXV	408110	408375	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2927	22	.	1.23001	3.23331	2.28106	60
chrXV	533716	533929	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2966	44	.	1.32694	5.70055	4.46338	75
chrXV	586354	586771	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2985	36	.	1.25437	4.83901	3.69517	270
chrXV	593242	593473	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2987	30	.	1.26859	4.07538	3.01797	116
chrXV	653918	654249	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3001	46	.	1.34095	5.92072	4.65968	94
chrXV	701556	701926	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3018	33	.	1.28307	4.41689	3.31908	97
chrXV	737974	738227	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3028	46	.	1.32669	5.90887	4.65262	126
chrXV	795527	795783	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3043	29	.	1.26418	3.98473	2.93891	47
chrXV	797725	797969	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3045	29	.	1.26070	3.97137	2.92666	154
chrXV	855006	855220	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3060	30	.	1.25042	4.08311	3.02504	40
chrXV	931724	931924	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3082	28	.	1.23599	3.89124	2.85734	110
chrXV	966125	966596	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3090	33	.	1.27349	4.46233	3.36079	239
chrXVI	44293	44568	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3126	26	.	1.22793	3.60057	2.60340	181
chrXVI	51525	51880	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3130	37	.	1.30236	4.89381	3.74179	193
chrXVI	63154	63414	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3132	50	.	1.35542	6.33054	5.02675	154
chrXVI	112299	112578	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3147	27	.	1.21690	3.81377	2.79057	155
chrXVI	222762	222978	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3170	28	.	1.25471	3.90357	2.86863	154
chrXVI	243974	244371	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3176	39	.	1.30839	5.16460	3.98335	156
chrXVI	277667	277919	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3187	48	.	1.34135	6.14294	4.86126	88
chrXVI	298369	298569	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3197	30	.	1.25149	4.06394	3.01131	96
chrXVI	384496	384770	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3224	29	.	1.26377	3.96469	2.92057	140
chrXVI	427713	427984	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3234	26	.	1.21279	3.64131	2.63730	172
chrXVI	500346	500557	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3255	42	.	1.30855	5.40945	4.20157	40
chrXVI	553240	553444	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3268	19	.	1.19594	2.89152	1.98659	107
chrXVI	624021	624258	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3287	26	.	1.23389	3.67162	2.66445	183
chrXVI	656497	656789	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3295	28	.	1.24888	3.84690	2.82087	35
chrXVI	658919	659209	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3297	26	.	1.24518	3.62396	2.62470	48
chrXVI	726310	726603	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3318	26	.	1.24976	3.67233	2.66511	214
chrXVI	744381	744608	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3325	34	.	1.28789	4.53380	3.42248	153
chrXVI	752959	753230	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3329	34	.	1.28737	4.60342	3.48653	93
chrXVI	776770	777085	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3337	47	.	1.33243	6.00428	4.73704	195
chrXVI	836838	837051	DNase-seq_W303_S_cerevisiae_Sample1-GSM1705337/SRR2056071.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3354	18	.	1.18434	2.68366	1.80684	23
chrI	9990	10229	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2	27	.	1.26793	3.68729	2.72782	86
chrI	37108	37353	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_7	34	.	1.28757	4.47302	3.43209	105
chrI	114619	114859	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_28	50	.	1.34624	6.30274	5.08467	165
chrI	136825	137063	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_35	35	.	1.28973	4.57362	3.52173	161
chrI	166364	166606	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_45	29	.	1.27886	3.91538	2.93090	143
chrI	170021	170517	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_47	32	.	1.29526	4.27055	3.24861	146
chrII	62590	62839	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_67	29	.	1.27886	3.91538	2.93090	137
chrII	158380	158798	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_98	83	.	1.49270	9.81968	8.31799	300
chrII	196032	196393	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_107	26	.	1.23451	3.58848	2.64026	162
chrII	206868	207218	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_111	49	.	1.37177	6.13127	4.92809	249
chrII	276460	276897	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_130	42	.	1.31130	5.43109	4.29310	107
chrII	315242	315597	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_141	44	.	1.34991	5.56585	4.41510	73
chrII	317956	318225	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_142	33	.	1.30072	4.39237	3.35784	83
chrII	356631	356870	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_152	29	.	1.27886	3.91538	2.93090	144
chrII	382886	383129	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_160	29	.	1.26190	3.96147	2.97322	67
chrII	406193	406403	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_167	47	.	1.36631	5.98743	4.79740	47
chrII	434224	434446	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_179	30	.	1.28433	4.03203	3.03513	37
chrII	447363	447651	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_181	36	.	1.30733	4.73453	3.66724	193
chrII	454525	454811	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_185	48	.	1.36310	5.99379	4.80329	58
chrII	492734	492946	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_198	38	.	1.28800	4.90052	3.81455	129
chrII	495360	495626	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_199	35	.	1.27946	4.66137	3.59965	194
chrII	497036	497256	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_200	42	.	1.30643	5.34278	4.21436	103
chrII	520996	521241	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_205	31	.	1.28351	4.18855	3.17607	94
chrII	539629	540039	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_213	57	.	1.38974	7.00377	5.72700	287
chrII	547181	547453	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_215	39	.	1.32805	5.02724	3.92857	71
chrII	559715	560001	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_218	46	.	1.35024	5.85092	4.67352	88
chrII	568495	568803	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_221	49	.	1.37177	6.13127	4.92809	68
chrII	582138	582471	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_225	47	.	1.35742	5.97950	4.79306	234
chrII	589133	589560	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_228	118	.	1.60131	13.60851	11.81907	270
chrII	594987	595312	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_231	54	.	1.39174	6.74482	5.48807	102
chrII	597055	597355	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_233	34	.	1.29081	4.45948	3.41955	180
chrII	600121	600322	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_234	28	.	1.25689	3.80288	2.83069	95
chrII	645383	645631	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_246	33	.	1.28840	4.38208	3.35128	64
chrII	658424	658651	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_250	19	.	1.21761	2.82518	1.96754	165
chrII	674982	675239	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_255	51	.	1.35770	6.42564	5.19614	136
chrII	679188	679510	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_257	39	.	1.29352	5.00382	3.90983	263
chrII	684713	685047	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_261	38	.	1.30791	4.89772	3.81195	233
chrII	686718	686961	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_262	44	.	1.35209	5.63218	4.47655	188
chrII	698404	698655	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_264	24	.	1.23807	3.32441	2.40750	145
chrII	715237	715600	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_270	21	.	1.22706	2.98474	2.10680	197
chrII	722366	722695	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_273	40	.	1.32091	5.12029	4.01453	198
chrII	741725	741986	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_278	38	.	1.32259	4.89681	3.81111	193
chrII	760022	760413	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_284	33	.	1.29968	4.42952	3.39197	220
chrII	773721	773931	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_288	49	.	1.37238	6.20637	4.99802	121
chrII	774376	774585	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_289	25	.	1.25378	3.43125	2.50216	77
chrII	796401	796860	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_296	35	.	1.28420	4.57341	3.52154	349
chrIII	23298	23701	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_302	28	.	1.26116	3.85383	2.87739	71
chrIII	27552	27773	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_304	28	.	1.24933	3.85633	2.87969	138
chrIII	46852	47185	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_310	40	.	1.30411	5.15389	4.04559	96
chrIII	54463	54664	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_313	20	.	1.20248	2.92074	2.05138	151
chrIII	71526	71744	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_319	32	.	1.27065	4.32542	3.29905	173
chrIII	101165	101417	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_325	25	.	1.24795	3.44490	2.51466	174
chrIII	101744	102086	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_326	31	.	1.27983	4.15397	3.14431	181
chrIII	147114	147419	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_339	22	.	1.24061	3.14789	2.24947	259
chrIII	172571	172821	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_350	58	.	1.41003	7.18449	5.88967	128
chrIII	205308	205697	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_358	47	.	1.35649	5.90074	4.71989	82
chrIII	213825	214106	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_360	34	.	1.27966	4.46046	3.42046	161
chrIII	220044	220387	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_363	26	.	1.24462	3.62317	2.67198	47
chrIII	259203	259434	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_374	33	.	1.29161	4.42096	3.38410	154
chrIII	272745	273021	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_378	44	.	1.34991	5.56585	4.41510	130
chrIII	300494	300714	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_385	22	.	1.23626	3.14331	2.24820	120
chrIV	26301	26501	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_389	26	.	1.26247	3.57587	2.62873	150
chrIV	30523	30744	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_390	24	.	1.23678	3.36000	2.43719	105
chrIV	48419	48989	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_399	41	.	1.33898	5.29314	4.16838	473
chrIV	73303	73721	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_406	47	.	1.36631	5.98743	4.79740	292
chrIV	94417	94643	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_414	33	.	1.29172	4.38173	3.35096	101
chrIV	114494	114716	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_421	27	.	1.25220	3.66601	2.71125	176
chrIV	123508	123712	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_426	34	.	1.30619	4.51594	3.46864	84
chrIV	149235	149641	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_433	65	.	1.42165	7.91293	6.55905	120
chrIV	151355	151572	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_434	22	.	1.23680	3.20227	2.29909	138
chrIV	169469	169715	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_439	47	.	1.35560	5.91833	4.73612	167
chrIV	179723	180114	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_444	37	.	1.31303	4.82409	3.74698	248
chrIV	280082	280342	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_481	31	.	1.28979	4.15043	3.14103	97
chrIV	309491	309739	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_491	33	.	1.26676	4.37139	3.34141	155
chrIV	316483	316853	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_494	47	.	1.33822	5.90724	4.72593	180
chrIV	320147	320370	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_495	26	.	1.24575	3.62478	2.67346	52
chrIV	322906	323252	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_497	24	.	1.23711	3.33658	2.41861	134
chrIV	329492	329710	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_499	43	.	1.33252	5.44551	4.30649	104
chrIV	385709	385962	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_515	45	.	1.35538	5.70471	4.54087	161
chrIV	388799	389175	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_517	45	.	1.34835	5.67878	4.51974	294
chrIV	414689	415151	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_527	71	.	1.40119	8.52402	7.12059	323
chrIV	423491	424230	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_529	38	.	1.31248	4.98268	3.89040	112
chrIV	426975	427284	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_530	58	.	1.37859	7.10208	5.81561	203
chrIV	434990	435399	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_536	50	.	1.35807	6.24369	5.03276	158
chrIV	449305	449627	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_542	41	.	1.33898	5.29314	4.16838	185
chrIV	453804	454098	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_543	46	.	1.36084	5.84522	4.66826	64
chrIV	458183	458473	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_545	31	.	1.27591	4.20183	3.18824	55
chrIV	501469	501680	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_557	73	.	1.46468	8.82646	7.39848	100
chrIV	526246	526754	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_566	31	.	1.28979	4.15043	3.14103	152
chrIV	540530	540781	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_568	26	.	1.26247	3.57587	2.62873	197
chrIV	555425	555628	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_575	41	.	1.31759	5.23746	4.11980	92
chrIV	582240	582513	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_584	34	.	1.28099	4.52835	3.48007	102
chrIV	583461	583698	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_585	21	.	1.21408	3.04306	2.15900	43
chrIV	602003	602229	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_592	29	.	1.25226	3.89631	2.91644	68
chrIV	613991	614293	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_594	32	.	1.29526	4.27055	3.24861	198
chrIV	639901	640220	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_602	37	.	1.31536	4.77934	3.70561	238
chrIV	658003	658399	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_608	50	.	1.37724	6.27678	5.06041	317
chrIV	667189	667535	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_610	24	.	1.25313	3.39751	2.47145	104
chrIV	667589	667862	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_611	54	.	1.39283	6.70441	5.45320	201
chrIV	670960	671287	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_612	39	.	1.32805	5.02724	3.92857	141
chrIV	675740	676004	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_613	70	.	1.45375	8.48534	7.08415	117
chrIV	683523	683918	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_616	50	.	1.37724	6.27678	5.06041	265
chrIV	702697	703248	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_621	37	.	1.29469	4.87774	3.79643	162
chrIV	745580	745961	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_633	25	.	1.25700	3.46620	2.53124	48
chrIV	810396	810728	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_652	23	.	1.22847	3.26059	2.34935	319
chrIV	814481	814920	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_654	40	.	1.31764	5.11219	4.00708	158
chrIV	820921	821180	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_656	23	.	1.24607	3.25224	2.34173	87
chrIV	825333	825535	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_657	29	.	1.27830	3.93058	2.94481	154
chrIV	838117	838389	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_662	31	.	1.28085	4.10938	3.10615	194
chrIV	844847	845168	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_664	35	.	1.30547	4.56118	3.51027	113
chrIV	907148	907443	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_678	42	.	1.32602	5.36514	4.23496	161
chrIV	924426	924829	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_684	43	.	1.31858	5.51418	4.37015	298
chrIV	933408	933628	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_688	40	.	1.30248	5.20301	4.08810	72
chrIV	1020340	1020631	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_713	55	.	1.37349	6.76418	5.50611	98
chrIV	1024829	1025375	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_715	57	.	1.40456	7.02910	5.74751	367
chrIV	1033347	1033581	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_718	29	.	1.26495	3.91761	2.93294	119
chrIV	1037004	1037252	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_719	27	.	1.26407	3.68782	2.72829	160
chrIV	1062993	1063234	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_729	75	.	1.47015	8.99943	7.55794	75
chrIV	1068453	1068744	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_731	25	.	1.25700	3.46620	2.53124	135
chrIV	1073365	1073573	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_733	25	.	1.25700	3.46620	2.53124	148
chrIV	1144866	1145131	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_745	31	.	1.26658	4.17706	3.16557	163
chrIV	1145989	1146312	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_746	36	.	1.29368	4.71521	3.64936	152
chrIV	1149499	1149876	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_748	41	.	1.33248	5.23990	4.12206	223
chrIV	1151517	1151717	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_750	26	.	1.26247	3.57587	2.62873	38
chrIV	1175905	1176180	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_760	59	.	1.40600	7.29710	5.99501	177
chrIV	1226546	1226788	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_775	37	.	1.31427	4.85039	3.77125	143
chrIV	1232990	1233294	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_778	30	.	1.26282	3.99193	3.00125	193
chrIV	1272068	1272509	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_797	30	.	1.26258	4.04521	3.04726	228
chrIV	1277245	1277511	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_799	62	.	1.38131	7.57424	6.24805	148
chrIV	1293082	1293458	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_805	36	.	1.30918	4.66717	3.60500	70
chrIV	1302853	1303206	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_807	30	.	1.27877	3.99105	3.00048	70
chrIV	1337023	1337425	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_816	36	.	1.31712	4.76813	3.69529	277
chrIV	1349984	1350250	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_820	24	.	1.25154	3.35839	2.43573	27
chrIV	1470659	1470867	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_857	47	.	1.33782	5.98466	4.79740	143
chrIV	1483454	1483777	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_861	54	.	1.37249	6.71856	5.46640	98
chrIV	1485205	1485611	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_862	48	.	1.34219	6.07513	4.87891	276
chrIX	27203	27431	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_876	28	.	1.27340	3.80049	2.82848	116
chrIX	30757	30957	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_878	21	.	1.22805	3.07619	2.18708	102
chrIX	53698	54022	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_887	41	.	1.32990	5.31891	4.19225	72
chrIX	92850	93112	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_897	49	.	1.35148	6.12151	4.92202	164
chrIX	105824	106183	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_902	55	.	1.39127	6.77769	5.51872	185
chrIX	175002	175402	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_921	82	.	1.48870	9.77181	8.27283	291
chrIX	186174	186432	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_923	20	.	1.21719	2.89560	2.02865	104
chrIX	200205	200408	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_928	24	.	1.23831	3.32896	2.41164	60
chrIX	203178	203672	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_930	66	.	1.43736	7.98553	6.62396	369
chrIX	245705	245957	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_944	51	.	1.34547	6.37335	5.15041	60
chrIX	247485	247728	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_945	47	.	1.33586	5.98780	4.79772	146
chrIX	259964	260266	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_951	23	.	1.22371	3.31458	2.39860	211
chrIX	278123	278388	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_956	29	.	1.26675	3.98962	2.99912	99
chrIX	323912	324276	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_973	54	.	1.37481	6.67430	5.42512	175
chrIX	341782	342170	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_978	31	.	1.26999	4.18938	3.17684	300
chrIX	374260	374571	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_984	22	.	1.24044	3.14496	2.24947	43
chrIX	375079	375401	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_985	42	.	1.34445	5.42865	4.29083	106
chrIX	393192	393427	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_991	49	.	1.37068	6.14702	4.94275	116
chrIX	393631	394257	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_992	35	.	1.31166	4.64123	3.58108	170
chrIX	422837	423122	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1005	27	.	1.26154	3.73364	2.77022	223
chrIX	424553	424838	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1006	72	.	1.44349	8.64856	7.23740	207
chrIX	425189	425465	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1007	35	.	1.30354	4.65492	3.59370	94
chrM	16422	16672	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1016	20	.	1.17510	2.92502	2.05528	113
chrM	36537	36963	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1019	26	.	1.23112	3.63150	2.67963	188
chrM	43317	43528	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1020	37	.	1.27307	4.87223	3.79134	149
chrM	61780	62277	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1023	26	.	1.21389	3.61796	2.66723	160
chrM	75867	76163	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1024	22	.	1.19465	3.11386	2.22138	147
chrM	79328	79869	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1025	39	.	1.27051	5.00199	3.90814	77
chrV	9662	10032	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1029	45	.	1.35538	5.70471	4.54087	223
chrV	31190	31453	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1038	35	.	1.28967	4.59967	3.54576	84
chrV	36310	36520	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1041	27	.	1.25341	3.70069	2.74006	39
chrV	45921	46297	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1045	27	.	1.24570	3.66558	2.71085	278
chrV	46583	47189	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1046	29	.	1.25204	3.88083	2.90219	481
chrV	79474	79710	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1059	24	.	1.23794	3.32220	2.40550	50
chrV	116877	117305	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1072	39	.	1.29089	4.99612	3.90275	72
chrV	126348	126634	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1075	31	.	1.25901	4.10696	3.10391	218
chrV	131318	131722	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1077	62	.	1.40646	7.56522	6.23961	291
chrV	135142	135342	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1078	61	.	1.39747	7.49070	6.17316	92
chrV	186683	186897	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1094	31	.	1.25979	4.12398	3.11958	143
chrV	187347	187668	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1095	56	.	1.35605	6.93265	5.66043	110
chrV	206916	207390	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1101	43	.	1.32092	5.44221	4.30341	257
chrV	214765	215117	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1105	37	.	1.31847	4.87561	3.79446	255
chrV	235418	235706	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1112	29	.	1.27355	3.91589	2.93134	151
chrV	249447	249841	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1118	77	.	1.47298	9.16279	7.71160	298
chrV	314108	314374	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1138	32	.	1.27472	4.31507	3.28954	175
chrV	332184	332409	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1142	25	.	1.23402	3.51086	2.57205	92
chrV	332781	333105	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1143	45	.	1.31330	5.68017	4.52106	92
chrV	337545	337911	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1145	24	.	1.21331	3.42456	2.49604	284
chrV	347626	347914	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1148	24	.	1.23621	3.39838	2.47224	89
chrV	353987	354211	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1151	25	.	1.23732	3.47904	2.54300	112
chrV	406777	407113	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1168	31	.	1.28979	4.15043	3.14103	150
chrV	430418	430621	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1174	29	.	1.27467	3.89968	2.91950	121
chrV	434171	434375	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1177	34	.	1.28755	4.48610	3.44410	147
chrV	453086	453438	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1183	47	.	1.36631	5.98743	4.79740	82
chrV	464809	465161	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1186	52	.	1.35435	6.52941	5.29290	103
chrV	467882	468269	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1187	57	.	1.38130	7.02573	5.74751	255
chrV	561346	561575	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1217	34	.	1.28657	4.45160	3.41229	106
chrVI	40148	40459	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1228	47	.	1.36157	5.91999	4.73767	57
chrVI	80068	80334	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1239	39	.	1.30872	5.00624	3.91207	156
chrVI	111723	112199	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1246	42	.	1.31217	5.36019	4.23042	165
chrVI	160219	160457	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1264	36	.	1.29571	4.74607	3.67783	84
chrVI	180684	180894	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1269	56	.	1.37619	6.95656	5.68282	112
chrVI	194648	194848	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1273	25	.	1.23513	3.47503	2.53934	74
chrVI	201564	201911	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1276	31	.	1.28138	4.11995	3.11589	174
chrVI	219983	220192	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1281	27	.	1.26140	3.76578	2.79971	61
chrVI	249858	250176	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1289	35	.	1.31166	4.64123	3.58108	235
chrVII	25535	25759	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1298	32	.	1.29251	4.31435	3.28888	142
chrVII	58853	59142	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1306	21	.	1.23514	3.04530	2.15900	241
chrVII	69376	69686	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1308	47	.	1.36631	5.98743	4.79740	202
chrVII	76506	76817	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1310	56	.	1.39910	6.87537	5.60706	167
chrVII	80255	80527	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1312	33	.	1.30072	4.39237	3.35784	141
chrVII	190801	191105	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1346	48	.	1.33983	6.03440	4.84117	73
chrVII	281243	281537	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1370	27	.	1.24825	3.70624	2.74513	36
chrVII	295620	295994	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1376	34	.	1.29863	4.50933	3.46548	140
chrVII	304136	304358	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1379	28	.	1.26441	3.83609	2.86109	121
chrVII	307096	307308	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1381	34	.	1.28402	4.46360	3.42336	65
chrVII	316521	316792	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1385	28	.	1.27340	3.80049	2.82848	73
chrVII	337550	337850	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1392	29	.	1.27886	3.91538	2.93090	43
chrVII	349420	349682	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1396	29	.	1.27399	3.93678	2.95050	195
chrVII	355443	355656	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1398	46	.	1.36084	5.84522	4.66826	98
chrVII	374720	375162	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1405	41	.	1.31566	5.22495	4.10828	147
chrVII	391961	392247	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1413	22	.	1.24061	3.14789	2.24947	223
chrVII	417188	417530	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1419	36	.	1.29167	4.68467	3.62115	224
chrVII	421819	422040	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1421	33	.	1.28180	4.37683	3.34643	68
chrVII	476114	476379	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1437	41	.	1.30313	5.32102	4.19423	143
chrVII	531716	531934	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1455	46	.	1.35613	5.81663	4.64474	172
chrVII	578079	578302	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1475	35	.	1.31166	4.64123	3.58108	82
chrVII	580321	580539	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1477	27	.	1.25060	3.67816	2.72235	97
chrVII	621791	622229	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1493	38	.	1.30087	4.90398	3.81773	76
chrVII	622647	622897	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1494	25	.	1.23769	3.46645	2.53148	85
chrVII	699868	700173	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1513	42	.	1.32353	5.37364	4.24282	170
chrVII	700591	700847	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1514	76	.	1.45109	9.04725	7.60274	152
chrVII	725269	725504	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1521	25	.	1.25715	3.50292	2.56480	49
chrVII	770225	770593	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1540	38	.	1.31812	4.97970	3.88765	61
chrVII	781450	781784	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1545	43	.	1.31271	5.46551	4.32507	72
chrVII	799990	800292	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1550	32	.	1.24669	4.22947	3.21369	180
chrVII	842552	842775	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1562	24	.	1.24603	3.40961	2.48248	78
chrVII	849337	849654	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1565	35	.	1.28381	4.63054	3.57413	165
chrVII	854891	855133	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1567	31	.	1.26080	4.14590	3.13981	48
chrVII	873956	874175	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1574	21	.	1.23088	3.05976	2.17214	88
chrVII	892211	892440	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1581	25	.	1.25700	3.46620	2.53124	33
chrVII	942369	942600	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1593	70	.	1.45375	8.48534	7.08415	97
chrVII	999331	999546	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1609	24	.	1.24012	3.35241	2.43306	181
chrVII	1004107	1004345	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1612	31	.	1.27906	4.15139	3.14193	102
chrVII	1007331	1007833	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1613	78	.	1.47152	9.32915	7.86520	261
chrVII	1024674	1024970	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1618	24	.	1.24054	3.33996	2.42170	105
chrVII	1038467	1038805	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1623	30	.	1.28433	4.03203	3.03513	253
chrVII	1057323	1057601	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1627	42	.	1.34445	5.42865	4.29083	136
chrVIII	15832	16186	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1634	41	.	1.33507	5.22687	4.11007	144
chrVIII	39738	40097	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1641	33	.	1.30072	4.39237	3.35784	270
chrVIII	64209	64488	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1649	20	.	1.22637	2.94540	2.07094	255
chrVIII	67475	67768	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1650	34	.	1.30225	4.49596	3.45316	78
chrVIII	76099	76355	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1652	31	.	1.26424	4.10355	3.10080	190
chrVIII	113179	113462	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1663	25	.	1.24924	3.49018	2.55314	177
chrVIII	133355	133600	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1672	43	.	1.32674	5.46426	4.32392	187
chrVIII	172879	173112	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1682	50	.	1.34920	6.30496	5.08675	151
chrVIII	195140	195562	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1691	59	.	1.40509	7.22784	5.93010	107
chrVIII	228988	229193	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1696	36	.	1.31712	4.76813	3.69529	103
chrVIII	238688	239118	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1700	46	.	1.34656	5.83883	4.66536	186
chrVIII	323000	323281	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1723	62	.	1.42374	7.59365	6.26623	95
chrVIII	328004	328341	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1726	47	.	1.35053	5.93172	4.74856	77
chrVIII	330072	330439	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1727	50	.	1.37037	6.22091	5.01151	251
chrVIII	358060	358315	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1738	24	.	1.25154	3.35839	2.43573	207
chrVIII	361846	362074	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1739	50	.	1.37724	6.27678	5.06041	146
chrVIII	364154	364526	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1740	29	.	1.27886	3.91538	2.93090	269
chrVIII	377683	377888	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1744	30	.	1.27200	4.02218	3.02912	56
chrVIII	389927	390266	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1749	57	.	1.40456	7.02910	5.74751	90
chrVIII	412032	412390	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1755	38	.	1.32259	4.89681	3.81111	222
chrVIII	420048	420321	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1756	30	.	1.28433	4.03203	3.03513	220
chrVIII	440175	440386	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1761	24	.	1.25154	3.35839	2.43573	125
chrVIII	464738	464969	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1768	38	.	1.31498	4.95934	3.86886	97
chrVIII	474315	474556	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1772	23	.	1.22993	3.29771	2.38325	62
chrX	49974	50181	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1794	21	.	1.23514	3.04530	2.15900	94
chrX	54125	54556	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1796	51	.	1.37924	6.36481	5.14244	258
chrX	54817	55056	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1797	20	.	1.22968	2.94446	2.07006	127
chrX	56089	56476	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1798	36	.	1.31507	4.72623	3.65956	247
chrX	82972	83316	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1805	57	.	1.37532	7.01629	5.73870	260
chrX	85347	85667	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1806	44	.	1.32850	5.57199	4.42080	86
chrX	185391	185604	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1841	27	.	1.26549	3.72611	2.76329	124
chrX	193566	193778	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1847	27	.	1.26926	3.73602	2.77239	79
chrX	254372	254723	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1863	36	.	1.31712	4.76813	3.69529	82
chrX	283703	283914	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1872	19	.	1.21081	2.76995	1.91762	51
chrX	283968	284287	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1873	41	.	1.32578	5.29363	4.16881	152
chrX	289346	289710	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1875	41	.	1.31566	5.30336	4.17786	121
chrX	300642	300859	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1879	25	.	1.25700	3.46620	2.53124	161
chrX	330062	330300	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1887	22	.	1.22457	3.17812	2.27707	18
chrX	335584	335908	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1889	42	.	1.33011	5.42469	4.29009	189
chrX	342373	342582	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1893	44	.	1.33366	5.62542	4.47028	86
chrX	365412	365829	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1901	69	.	1.41325	8.33994	6.95045	114
chrX	383418	383847	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1906	69	.	1.41492	8.29114	6.90782	182
chrX	424126	424429	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1915	38	.	1.32259	4.89681	3.81111	73
chrX	434827	435038	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1919	55	.	1.37900	6.79930	5.53896	83
chrX	436459	436852	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1920	54	.	1.38328	6.73602	5.47983	168
chrX	448920	449218	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1923	43	.	1.33475	5.51336	4.36941	101
chrX	466964	467279	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1929	29	.	1.25914	3.98481	2.99472	262
chrX	513955	514185	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1937	34	.	1.29375	4.53522	3.48639	76
chrX	517416	517645	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1939	47	.	1.33217	5.89591	4.71538	151
chrX	524473	524871	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1941	57	.	1.37308	6.99855	5.72213	113
chrX	528421	528705	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1943	36	.	1.29993	4.70971	3.64431	67
chrX	542593	542823	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1948	29	.	1.27521	3.91006	2.92903	150
chrX	555634	555929	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1954	24	.	1.25154	3.35839	2.43573	254
chrX	585347	586143	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1961	54	.	1.36372	6.69467	5.44414	720
chrX	615138	615495	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1971	47	.	1.36631	5.98743	4.79740	80
chrX	628748	629035	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1976	47	.	1.32763	5.98247	4.79582	166
chrX	640433	640738	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1979	53	.	1.32066	6.58601	5.34279	156
chrX	643462	643698	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1980	28	.	1.22837	3.78472	2.81703	48
chrX	652628	652957	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1985	27	.	1.24333	3.69008	2.73036	147
chrX	655966	656264	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1986	25	.	1.23274	3.47571	2.53995	101
chrX	669197	669502	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_1990	39	.	1.31781	5.05236	3.95183	70
chrX	717925	718273	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2005	42	.	1.34445	5.42865	4.29083	240
chrXI	20564	20827	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2011	51	.	1.38270	6.42399	5.19460	183
chrXI	40797	41084	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2014	27	.	1.26793	3.68729	2.72782	254
chrXI	42090	42322	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2015	22	.	1.23245	3.17324	2.27260	121
chrXI	75699	76000	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2023	48	.	1.33256	6.07544	4.87921	120
chrXI	78570	78882	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2024	27	.	1.24339	3.76300	2.79715	44
chrXI	82674	82998	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2026	39	.	1.29729	5.00826	3.91393	206
chrXI	135848	136218	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2041	37	.	1.30735	4.87049	3.78974	283
chrXI	147013	147232	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2046	33	.	1.30072	4.39237	3.35784	120
chrXI	150887	151247	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2047	38	.	1.32259	4.89681	3.81111	117
chrXI	155256	155613	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2048	35	.	1.31166	4.64123	3.58108	65
chrXI	176455	176737	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2056	45	.	1.35538	5.70471	4.54087	100
chrXI	194992	195302	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2060	32	.	1.29526	4.27055	3.24861	187
chrXI	195967	196354	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2061	56	.	1.39910	6.87537	5.60706	144
chrXI	220107	220355	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2067	45	.	1.35487	5.73127	4.56545	165
chrXI	242720	243030	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2073	28	.	1.25857	3.80232	2.83016	271
chrXI	273143	273436	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2083	28	.	1.26813	3.82425	2.85024	134
chrXI	286225	286440	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2089	39	.	1.30103	5.05266	3.95210	120
chrXI	349122	349495	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2110	36	.	1.31712	4.76813	3.69529	107
chrXI	392281	392563	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2123	38	.	1.32029	4.92987	3.84171	197
chrXI	397059	397409	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2125	36	.	1.31712	4.76813	3.69529	274
chrXI	410792	411155	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2129	28	.	1.26439	3.78836	2.82035	220
chrXI	416800	417321	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2130	103	.	1.55759	11.97600	10.31049	344
chrXI	437456	437755	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2137	34	.	1.30332	4.50278	3.45943	83
chrXI	447914	448413	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2141	66	.	1.43505	8.00512	6.64226	123
chrXI	458721	458966	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2143	81	.	1.48735	9.61122	8.12479	132
chrXI	479042	479245	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2149	31	.	1.28408	4.14678	3.14057	106
chrXI	482058	482302	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2150	45	.	1.35020	5.70198	4.54087	140
chrXI	494105	494357	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2155	24	.	1.25154	3.35839	2.43573	64
chrXI	557255	557620	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2172	36	.	1.31712	4.76813	3.69529	275
chrXI	559265	559611	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2173	45	.	1.35538	5.70471	4.54087	120
chrXI	584842	585044	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2182	19	.	1.22421	2.84545	1.98313	143
chrXI	598877	599190	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2185	28	.	1.27340	3.80049	2.82848	251
chrXI	649781	650066	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2202	35	.	1.31166	4.64123	3.58108	100
chrXII	55024	55357	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2218	26	.	1.24976	3.60764	2.65779	159
chrXII	88216	88544	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2225	29	.	1.25011	3.91562	2.93111	189
chrXII	105191	105500	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2233	35	.	1.29663	4.62452	3.56862	195
chrXII	108973	109309	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2235	30	.	1.27256	4.00866	3.01668	103
chrXII	111570	111944	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2236	26	.	1.25899	3.59354	2.64485	228
chrXII	140996	141197	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2242	27	.	1.26483	3.73735	2.77361	150
chrXII	146004	146285	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2244	27	.	1.25669	3.67504	2.71950	169
chrXII	174886	175232	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2252	38	.	1.32259	4.89681	3.81111	173
chrXII	177398	177651	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2254	22	.	1.24003	3.16842	2.26818	80
chrXII	183453	183767	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2256	32	.	1.27537	4.29120	3.26758	176
chrXII	194142	194344	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2259	38	.	1.32259	4.89681	3.81111	84
chrXII	201374	201870	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2261	66	.	1.43736	7.98553	6.62396	308
chrXII	249792	250082	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2276	48	.	1.36645	6.03041	4.83742	166
chrXII	254942	255270	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2278	27	.	1.26507	3.67078	2.71562	125
chrXII	257730	257957	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2279	20	.	1.21504	2.87542	2.01035	142
chrXII	266841	267211	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2283	29	.	1.26995	3.98135	2.99153	305
chrXII	273787	274186	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2284	45	.	1.34204	5.71577	4.55110	321
chrXII	317290	317583	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2298	30	.	1.28232	4.09905	3.09665	198
chrXII	335960	336425	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2303	28	.	1.25194	3.85706	2.88037	318
chrXII	377729	378054	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2312	39	.	1.30928	5.04910	3.94882	242
chrXII	500974	501185	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2341	47	.	1.33662	5.88556	4.70576	92
chrXII	527929	528351	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2348	36	.	1.31381	4.74716	3.67884	92
chrXII	585708	585922	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2365	39	.	1.31645	5.07007	3.96818	139
chrXII	599693	600062	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2369	40	.	1.33352	5.15936	4.04771	127
chrXII	604911	605137	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2372	25	.	1.24171	3.52465	2.58470	113
chrXII	620303	620505	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2375	30	.	1.26826	3.99600	3.00502	112
chrXII	626856	627226	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2377	25	.	1.25299	3.51629	2.57702	247
chrXII	628583	628784	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2378	36	.	1.30603	4.67727	3.61430	107
chrXII	675474	675735	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2395	44	.	1.34386	5.61407	4.45975	184
chrXII	708167	708510	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2400	37	.	1.30247	4.82303	3.74599	162
chrXII	732288	732568	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2410	82	.	1.43258	9.76366	8.26519	94
chrXII	733794	734120	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2411	23	.	1.21638	3.23007	2.32431	274
chrXII	734984	735308	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2412	61	.	1.37510	7.48274	6.16566	106
chrXII	735435	735674	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2413	21	.	1.21144	3.02664	2.14482	146
chrXII	794152	794378	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2429	25	.	1.24087	3.53865	2.59754	60
chrXII	797072	797293	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2433	30	.	1.26703	4.07901	3.07818	107
chrXII	806837	807122	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2435	46	.	1.34419	5.83757	4.66417	170
chrXII	856740	856959	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2454	29	.	1.27669	3.92552	2.94017	99
chrXII	859316	859524	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2455	24	.	1.25154	3.35839	2.43573	144
chrXII	902836	903036	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2466	63	.	1.42517	7.67916	6.34303	79
chrXII	1008181	1008514	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2489	30	.	1.27938	4.08040	3.07949	185
chrXII	1018995	1019272	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2493	50	.	1.36612	6.28115	5.06446	155
chrXIII	21672	21990	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2507	35	.	1.26716	4.63038	3.57398	245
chrXIII	58998	59619	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2518	26	.	1.25783	3.65154	2.69799	181
chrXIII	73881	74287	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2522	44	.	1.32551	5.58356	4.43155	109
chrXIII	99386	99775	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2532	43	.	1.33450	5.43882	4.30026	242
chrXIII	133100	133313	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2540	28	.	1.25022	3.86438	2.88707	162
chrXIII	180338	180679	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2554	28	.	1.27340	3.80049	2.82848	263
chrXIII	205362	205723	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2559	44	.	1.34991	5.56585	4.41510	86
chrXIII	217021	217391	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2563	28	.	1.25417	3.78203	2.81458	76
chrXIII	226815	227075	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2568	31	.	1.27099	4.18598	3.17372	185
chrXIII	239110	239349	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2572	33	.	1.27732	4.34562	3.31768	57
chrXIII	241630	241884	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2573	72	.	1.42229	8.62206	7.21262	131
chrXIII	243929	244257	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2574	29	.	1.25296	3.88920	2.90991	164
chrXIII	251447	251809	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2577	51	.	1.36882	6.42574	5.19623	138
chrXIII	272851	273064	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2584	24	.	1.23629	3.37036	2.44664	41
chrXIII	284641	284895	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2589	38	.	1.32259	4.89681	3.81111	204
chrXIII	290734	291199	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2591	49	.	1.35710	6.12471	4.92500	312
chrXIII	337066	337303	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2606	24	.	1.24365	3.38680	2.46162	201
chrXIII	343956	344191	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2609	29	.	1.26302	3.94924	2.96192	110
chrXIII	371891	372106	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2616	23	.	1.24607	3.25224	2.34173	35
chrXIII	372132	372525	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2617	47	.	1.36631	5.98743	4.79740	123
chrXIII	390792	391138	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2622	42	.	1.31666	5.37361	4.24279	128
chrXIII	399618	399922	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2625	30	.	1.27373	4.08184	3.08078	104
chrXIII	412812	413148	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2628	22	.	1.21494	3.10106	2.20976	238
chrXIII	443082	443379	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2639	40	.	1.30337	5.20978	4.09435	226
chrXIII	457398	457703	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2644	31	.	1.27360	4.12924	3.12441	129
chrXIII	528034	528289	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2665	32	.	1.29545	4.28842	3.26501	155
chrXIII	537507	537819	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2668	33	.	1.27638	4.33799	3.31065	65
chrXIII	549827	550117	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2671	42	.	1.31704	5.35105	4.22203	141
chrXIII	568302	568661	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2678	23	.	1.24194	3.21168	2.30765	309
chrXIII	623120	623365	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2693	41	.	1.33898	5.29314	4.16838	133
chrXIII	634380	634766	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2698	35	.	1.31166	4.64123	3.58108	44
chrXIII	635925	636255	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2699	26	.	1.26247	3.57587	2.62873	175
chrXIII	667174	667572	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2709	51	.	1.38270	6.42399	5.19460	126
chrXIII	676767	677066	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2712	39	.	1.31998	5.08386	3.98093	101
chrXIII	687413	687657	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2714	49	.	1.35056	6.13612	4.93258	119
chrXIII	713521	713808	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2719	57	.	1.39488	6.97637	5.70136	178
chrXIII	721246	721575	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2723	46	.	1.35759	5.84938	4.67207	139
chrXIII	722348	722647	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2724	28	.	1.27340	3.80049	2.82848	107
chrXIII	742717	743016	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2731	27	.	1.27000	3.76198	2.79621	78
chrXIII	743408	743698	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2732	45	.	1.35538	5.70471	4.54087	89
chrXIII	756309	756517	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2736	19	.	1.21823	2.81824	1.96128	28
chrXIII	763016	763435	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2741	54	.	1.34969	6.66650	5.41779	306
chrXIII	768000	768228	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2742	50	.	1.35867	6.31569	5.09680	146
chrXIII	804117	804343	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2752	23	.	1.24394	3.29868	2.38413	150
chrXIII	816252	816548	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2761	28	.	1.24251	3.78529	2.81756	165
chrXIII	861758	861974	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2772	32	.	1.28052	4.24579	3.22873	140
chrXIII	867259	867475	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2774	26	.	1.26247	3.57587	2.62873	85
chrXIII	892321	892662	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2781	34	.	1.29224	4.48942	3.44713	274
chrXIII	898330	898552	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2783	64	.	1.41172	7.74969	6.40915	122
chrXIII	904387	904594	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2786	45	.	1.35384	5.70847	4.54438	130
chrXIII	906887	907123	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2788	42	.	1.33664	5.38251	4.25108	76
chrXIV	47990	48303	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2804	32	.	1.27728	4.23039	3.21451	259
chrXIV	70961	71196	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2813	31	.	1.28152	4.14880	3.14103	61
chrXIV	76506	76857	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2815	66	.	1.43736	7.98553	6.62396	122
chrXIV	80356	80732	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2816	34	.	1.30619	4.51594	3.46864	281
chrXIV	94739	95520	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2822	46	.	1.36084	5.84522	4.66826	162
chrXIV	95905	96112	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2823	54	.	1.39363	6.72329	5.46790	82
chrXIV	157818	158204	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2837	40	.	1.32947	5.14130	4.03393	301
chrXIV	164243	164579	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2839	41	.	1.33898	5.29314	4.16838	95
chrXIV	167852	168085	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2840	26	.	1.26247	3.57587	2.62873	175
chrXIV	169710	169962	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2841	39	.	1.32805	5.02724	3.92857	99
chrXIV	202043	202314	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2850	58	.	1.37117	7.13009	5.84178	151
chrXIV	206581	206981	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2852	33	.	1.29536	4.41396	3.37768	315
chrXIV	220347	220661	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2857	39	.	1.31174	5.01240	3.91773	253
chrXIV	329970	330398	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2895	56	.	1.39910	6.87537	5.60706	147
chrXIV	348469	348776	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2900	28	.	1.25792	3.80087	2.82883	110
chrXIV	386804	387085	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2912	54	.	1.39363	6.72329	5.46790	147
chrXIV	397605	397865	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2915	31	.	1.28639	4.17914	3.16747	68
chrXIV	442385	442857	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2929	45	.	1.32456	5.72453	4.55923	340
chrXIV	450539	450932	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2932	39	.	1.30687	4.99482	3.90154	103
chrXIV	465969	466199	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2937	38	.	1.32259	4.89681	3.81111	95
chrXIV	485197	485579	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2943	89	.	1.47851	10.53961	8.98386	120
chrXIV	490176	490383	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2945	29	.	1.26299	3.98371	2.99370	163
chrXIV	493564	493774	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2947	32	.	1.28452	4.28850	3.26508	63
chrXIV	561220	561477	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_2971	40	.	1.33352	5.15936	4.04771	191
chrXIV	647012	647298	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3001	52	.	1.36547	6.50307	5.26830	103
chrXIV	656937	657242	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3003	26	.	1.24109	3.64427	2.69135	99
chrXIV	664965	665299	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3006	30	.	1.25875	4.03325	3.03625	176
chrXIV	668028	668427	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3007	58	.	1.38338	7.14322	5.85404	142
chrXIV	680445	680654	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3011	23	.	1.23801	3.23363	2.32756	87
chrXIV	685665	685978	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3012	39	.	1.32308	5.08665	3.98352	165
chrXIV	707499	707789	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3021	34	.	1.28798	4.46804	3.42748	189
chrXIV	762804	763279	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3041	33	.	1.30072	4.39237	3.35784	325
chrXIV	764169	764400	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3042	45	.	1.35538	5.70471	4.54087	108
chrXV	35759	36004	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3051	25	.	1.22831	3.48899	2.55205	97
chrXV	39572	39955	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3053	30	.	1.26552	4.08340	3.08223	48
chrXV	70031	70308	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3063	24	.	1.24414	3.38528	2.46025	64
chrXV	81211	81602	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3066	29	.	1.26958	3.91301	2.93090	295
chrXV	86694	87121	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3068	39	.	1.32805	5.02724	3.92857	315
chrXV	91607	91873	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3069	44	.	1.34991	5.56585	4.41510	121
chrXV	106299	106576	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3073	30	.	1.26481	4.06846	3.06853	91
chrXV	113889	114131	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3076	41	.	1.33898	5.29314	4.16838	170
chrXV	117321	117579	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3078	60	.	1.41549	7.34149	6.03352	179
chrXV	143907	144143	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3085	32	.	1.28585	4.28904	3.26558	63
chrXV	180434	180659	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3094	25	.	1.25700	3.46620	2.53124	133
chrXV	181414	181721	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3095	28	.	1.27493	3.84155	2.86610	271
chrXV	222892	223300	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3107	43	.	1.32295	5.47420	4.33313	141
chrXV	224278	224592	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3108	30	.	1.27102	4.08867	3.08707	195
chrXV	252670	253024	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3116	56	.	1.37084	6.87889	5.61036	193
chrXV	254911	255337	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3118	48	.	1.34042	6.03140	4.83836	167
chrXV	259010	259301	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3120	69	.	1.41942	8.36880	6.97764	150
chrXV	282300	282833	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3130	36	.	1.30781	4.71445	3.64866	117
chrXV	296661	297033	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3136	32	.	1.27869	4.28521	3.26211	59
chrXV	354489	354729	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3152	27	.	1.26747	3.70300	2.74218	53
chrXV	394629	394900	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3163	26	.	1.25561	3.62095	2.66995	87
chrXV	402669	403042	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3168	30	.	1.28433	4.03203	3.03513	276
chrXV	414101	414326	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3171	28	.	1.27169	3.80598	2.83354	34
chrXV	445847	446077	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3183	35	.	1.30303	4.61491	3.55979	121
chrXV	467980	468311	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3193	50	.	1.35032	6.22248	5.01299	143
chrXV	474409	474718	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3195	28	.	1.25977	3.83752	2.86240	133
chrXV	490853	491153	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3199	32	.	1.28256	4.31420	3.28875	234
chrXV	502445	502737	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3203	22	.	1.22886	3.13712	2.24251	257
chrXV	605022	605449	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3236	44	.	1.34991	5.56585	4.41510	305
chrXV	633529	633932	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3243	26	.	1.25444	3.60993	2.65989	295
chrXV	667768	667994	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3256	25	.	1.25025	3.53082	2.59034	110
chrXV	716838	717148	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3267	48	.	1.34711	6.01588	4.82384	201
chrXV	718246	718509	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3268	38	.	1.30803	4.96054	3.86997	72
chrXV	751835	752304	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3279	31	.	1.28979	4.15043	3.14103	231
chrXV	772164	772446	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3285	44	.	1.31988	5.59333	4.44055	85
chrXV	778213	778573	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3288	35	.	1.29319	4.62090	3.56530	164
chrXV	789131	789553	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3292	33	.	1.30072	4.39237	3.35784	198
chrXV	810702	811105	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3300	29	.	1.27886	3.91538	2.93090	47
chrXV	811560	811794	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3301	19	.	1.22421	2.84545	1.98313	52
chrXV	842339	842570	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3309	27	.	1.26793	3.68729	2.72782	60
chrXV	853048	853417	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3314	42	.	1.33642	5.39500	4.26259	75
chrXV	875287	875577	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3320	33	.	1.29292	4.36452	3.33505	55
chrXV	876858	877072	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3321	31	.	1.28008	4.14609	3.13997	52
chrXV	880717	881000	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3323	29	.	1.26014	3.87945	2.90093	170
chrXV	918398	918616	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3336	22	.	1.22530	3.12815	2.23433	98
chrXV	922890	923252	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3338	29	.	1.26916	3.92915	2.94349	190
chrXV	939359	939702	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3342	27	.	1.25928	3.74786	2.78327	272
chrXV	944237	944449	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3344	32	.	1.28363	4.21748	3.20267	122
chrXV	1000870	1001237	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3357	96	.	1.53116	11.27494	9.66365	210
chrXV	1009681	1010046	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3360	56	.	1.39910	6.87537	5.60706	270
chrXV	1027635	1027848	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3368	27	.	1.26143	3.66189	2.70748	178
chrXV	1048085	1048453	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3375	42	.	1.31493	5.36406	4.23398	63
chrXV	1066593	1066896	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3381	34	.	1.30619	4.51594	3.46864	135
chrXV	1069334	1069616	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3382	27	.	1.26793	3.68729	2.72782	130
chrXVI	16961	17281	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3384	66	.	1.43736	7.98553	6.62396	177
chrXVI	87916	88353	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3404	46	.	1.34409	5.85298	4.67542	261
chrXVI	117932	118296	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3415	44	.	1.31335	5.55814	4.41091	82
chrXVI	125658	126069	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3417	59	.	1.39012	7.23219	5.93420	323
chrXVI	156229	156582	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3427	41	.	1.33898	5.29314	4.16838	215
chrXVI	157681	157959	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3428	48	.	1.36320	6.01571	4.82370	157
chrXVI	174778	174988	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3434	33	.	1.30072	4.39237	3.35784	139
chrXVI	183434	183643	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3435	41	.	1.33898	5.29314	4.16838	55
chrXVI	193184	193545	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3440	38	.	1.32259	4.89681	3.81111	254
chrXVI	218422	218636	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3443	31	.	1.27168	4.11457	3.11096	165
chrXVI	230957	231185	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3446	53	.	1.37629	6.62806	5.38197	139
chrXVI	241438	241811	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3449	29	.	1.26968	3.93934	2.95285	236
chrXVI	317387	317613	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3475	45	.	1.33735	5.71191	4.54757	150
chrXVI	366638	367036	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3489	24	.	1.25154	3.35839	2.43573	279
chrXVI	462101	462393	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3514	33	.	1.28593	4.33099	3.30420	89
chrXVI	493010	493384	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3526	78	.	1.48108	9.34999	7.88149	255
chrXVI	506525	506732	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3529	44	.	1.33784	5.61878	4.46414	97
chrXVI	511741	511987	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3530	41	.	1.33898	5.29314	4.16838	113
chrXVI	555921	556148	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3540	26	.	1.23806	3.63229	2.68036	108
chrXVI	556181	556381	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3541	49	.	1.33351	6.16792	4.96229	104
chrXVI	563776	564057	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3543	34	.	1.28229	4.47893	3.43751	193
chrXVI	599524	599961	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3556	36	.	1.31712	4.76813	3.69529	87
chrXVI	619738	620190	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3561	54	.	1.36292	6.75204	5.49482	194
chrXVI	633745	634112	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3566	39	.	1.32805	5.02724	3.92857	174
chrXVI	648321	648645	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3571	47	.	1.34503	5.98363	4.79689	245
chrXVI	698722	698942	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3588	31	.	1.27589	4.18869	3.17620	142
chrXVI	703966	704297	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3591	44	.	1.34061	5.64714	4.49037	230
chrXVI	706669	706877	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3593	37	.	1.29262	4.80277	3.72728	87
chrXVI	709744	709979	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3594	38	.	1.29833	4.89003	3.80776	109
chrXVI	728814	729134	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3599	34	.	1.29891	4.45730	3.41754	206
chrXVI	781829	782120	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3617	59	.	1.38517	7.27584	5.97512	117
chrXVI	787597	787916	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3619	34	.	1.28084	4.44740	3.40843	86
chrXVI	801360	801574	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3624	32	.	1.29526	4.27055	3.24861	164
chrXVI	818027	818350	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3628	50	.	1.37724	6.27678	5.06041	88
chrXVI	831776	832095	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3634	72	.	1.40433	8.61854	7.20932	137
chrXVI	859024	859238	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3640	29	.	1.27886	3.91538	2.93090	168
chrXVI	880873	881123	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3651	39	.	1.30694	5.08629	3.98317	155
chrXVI	924057	924275	DNase-seq_W303_S_cerevisiae_Sample2-GSM1705338/SRR2056072.20mers.unique.nochrM.MACS-2.1.0.nodup_peak_3665	36	.	1.28379	4.66969	3.60732	107