i	pattern	cluster	n seqlets	logo_imp	logo_seq	Klf4/f	Nanog/f	Oct4/f	Sox2/f	Klf4/d_p	Nanog/d_p	Oct4/d_p	Sox2/d_p	Klf4 footprint counts	Klf4 footprint entropydiff	Klf4 footprint max	Klf4 footprint strandcor	Klf4 imp counts	Klf4 imp profile	Klf4 periodicity 10bp	Klf4 pos meandiff	Klf4 pos std	Klf4 pos unimodal	Klf4 region counts	Klf4/d	Nanog footprint counts	Nanog footprint entropydiff	Nanog footprint max	Nanog footprint strandcor	Nanog imp counts	Nanog imp profile	Nanog periodicity 10bp	Nanog pos meandiff	Nanog pos std	Nanog pos unimodal	Nanog region counts	Nanog/d	Oct4 footprint counts	Oct4 footprint entropydiff	Oct4 footprint max	Oct4 footprint strandcor	Oct4 imp counts	Oct4 imp profile	Oct4 periodicity 10bp	Oct4 pos meandiff	Oct4 pos std	Oct4 pos unimodal	Oct4 region counts	Oct4/d	Sox2 footprint counts	Sox2 footprint entropydiff	Sox2 footprint max	Sox2 footprint strandcor	Sox2 imp counts	Sox2 imp profile	Sox2 periodicity 10bp	Sox2 pos meandiff	Sox2 pos std	Sox2 pos unimodal	Sox2 region counts	Sox2/d	consensus	ic pwm mean	idx
0	m1_p7	8	157							95.1	11.5	0.82	0.82	183	0.265	1.54	0.00594	0.0168	0.0285	0.00775	2.02	95.8	True	388	0.0401	133	0.134	0.897	0.0051	-0.0103	-0.000904	0.000941	1.86	185	True	367	0.00852	150	0.142	0.942	0.00499	-0.000485	-0.000801	0.00186	1.96	128	True	423	-0.00112	60.1	0.212	0.574	0.0048	-0.00155	-0.00265	0.00156	1.81	121	True	199	-0.00375	GCCCCGCCCCACCCT	1.36	37
1	m1_p8	8	162							91	13.1	8.2	4.92	155	0.241	1.27	0.00592	0.0106	0.0198	0.0572	2	61	True	303	0.0291	74.4	0.193	0.512	0.00488	-0.00382	0.00248	0.0169	2.34	104	True	213	0.00879	85.2	0.111	0.497	0.00486	0.000516	0.00118	0.0248	2.22	96.4	True	276	0.00184	37.7	0.155	0.259	0.00494	0.00054	-4.54e-05	0.0183	2.03	94	True	147	-0.000631	GGGAAGGGTGGGGCAGTAGA	0.982	38
2	m6_p2	8	355							80.3	24.6	41	27.9	220	0.245	1.91	0.00614	0.00526	0.0123	0.00731	2	87.2	True	422	0.0193	289	0.176	1.94	0.00524	0.00272	0.00907	0.00379	1.93	76	True	538	0.0154	167	0.104	1.18	0.00501	0.00244	0.00343	0.00547	1.91	139	True	430	0.00441	69	0.106	0.429	0.00507	0.00269	0.00322	0.0027	1.79	139	True	203	0.00375	CAGAGTGCTGGGATTAAAGGCATGCGCCGCCACACCCAGCTTTTTTTTTTTTT	0.314	109
3	m1_p0	8	1.27e+04							100	25.4	4.92	3.28	183	0.205	1.59	0.00605	0.0263	0.05	0.0159	2	70.1	True	356	0.0736	116	0.0249	0.541	0.00505	-0.014	0.000746	0.00654	2.03	147	True	307	0.0155	102	0.0258	0.533	0.00505	-0.000809	9.49e-05	0.0132	2.02	155	True	339	0.000999	48.2	0.022	0.242	0.00502	-0.00068	-0.00126	0.00525	2.05	165	True	173	-0.00184	TGGGTGTGGC	1.3	30
4	m1_p1	8	2.06e+03							95.9	16.4	2.46	2.46	164	0.138	1.06	0.00557	0.0204	0.0303	0.0954	2	59.1	True	349	0.0402	38.5	0.0186	0.17	0.00498	-0.0103	4.18e-06	0.11	2.03	155	True	140	0.0103	77.8	0.0188	0.361	0.00497	-9.57e-06	-0.000166	0.0898	1.97	110	True	286	-0.000322	28.2	0.0213	0.118	0.00498	-0.000165	-0.0015	0.0829	1.96	173	True	135	-0.00284	GGCCCCGCCCT	1.15	31
5	m6_p8	8	100							56.6	15.6	30.3	13.1	187	0.16	1.25	0.0054	0.00439	0.009	0.00982	1.93	42.6	False	376	0.0136	112	0.275	0.885	0.00515	0.000793	0.00543	0.0103	1.97	58.4	True	224	0.0101	130	0.15	0.945	0.0049	0.00153	0.00276	0.00904	1.9	57.1	True	375	0.00398	61.1	0.282	0.775	0.00516	0.00158	0.00193	0.00389	2.07	72.5	True	176	0.00227	GGGAGCGGCCGCGGGAGAGGGTGGGGCCTGCGGCCTCCCCCGGCGG	0.301	115
6	m1_p4	8	382							99.2	23	12.3	8.2	233	0.221	1.89	0.00597	0.0178	0.035	0.0253	2	85	True	441	0.0522	128	0.164	1.02	0.00471	-0.00687	0.00369	0.000164	1.99	146	True	319	0.0143	130	0.135	0.741	0.00479	0.000687	0.00175	0.00133	2.11	126	True	399	0.00282	60.2	0.184	0.488	0.00467	0.00099	0.00101	0.000305	2.19	124	True	188	0.00104	TCAAGGGCGTGGCCT	1.04	34
7	m6_p3	8	319							98.4	87.7	14.8	14.8	168	0.166	1.37	0.00559	0.0148	0.0311	0.0175	2.03	58.4	True	344	0.0473	199	0.151	1.51	0.00554	-0.00285	0.0144	0.0184	1.95	78.5	True	394	0.0316	130	0.0907	0.901	0.00503	0.00088	0.00192	0.00934	2.02	67.2	True	348	0.00295	57.9	0.0841	0.34	0.00506	0.00158	0.002	0.00872	2.11	80.4	False	176	0.00242	TGATGGGTGTGG	1.14	110
8	m1_p10	8	139							97.5	12.3	1.64	1.64	190	0.22	1.67	0.00588	0.0197	0.0329	0.0246	1.98	68.5	True	383	0.0461	128	0.172	0.935	0.00472	-0.0101	-0.000738	0.00617	2.06	157	True	335	0.00859	102	0.0901	0.561	0.00501	0.000196	-0.000162	0.0107	2	148	True	337	-0.00052	53.5	0.221	0.417	0.00489	-0.000233	-0.00176	0.00385	1.86	142	True	186	-0.00329	TGGGTGGGTGTGGC	1.24	40
9	m1_p13	8	87							81.1	5.74	18	12.3	236	0.348	2.96	0.00664	0.00579	0.0126	0.0119	2.05	83.6	True	501	0.0194	189	0.22	1.73	0.00517	0.00147	0.00372	0.00145	2.11	152	True	530	0.00597	244	0.2	1.85	0.00537	0.00252	0.00289	0.002	2.18	80.1	True	700	0.00327	80.2	0.341	1	0.00514	0.00243	0.00224	0.00295	2	187	True	249	0.00204	CAGTTACGATAGGAAAGAAAATTGCTGGGTGGGGCCCCACCCAGCTATCTTATTTTCAGTGCTT	0.392	43
10	m1_p6	8	179							65.6	6.56	19.7	11.5	155	0.174	1.28	0.0053	0.00486	0.0102	0.00692	2.01	66.1	True	321	0.0155	141	0.169	0.874	0.00481	0.00146	0.00413	0.000762	1.94	134	False	358	0.0068	108	0.126	0.651	0.00495	0.0019	0.00263	7.66e-05	1.98	120	True	325	0.00335	55.1	0.203	0.366	0.00503	0.00209	0.00206	0.000345	2.08	103	True	183	0.00203	AACTTGGTGGTATCAGGGTGTGGTCAGGACAGCGGTGATGACTTAGGGCTGGAACATCCCGTG	0.362	36
11	m6_p4	8	254							79.5	36.9	51.6	34.4	357	0.283	2.94	0.00573	0.00506	0.0119	0.00403	1.94	38.1	True	568	0.0188	286	0.324	2.52	0.00555	0.00334	0.0106	0.011	1.92	44	True	480	0.0178	131	0.101	0.86	0.00508	0.00303	0.00415	0.000889	1.91	50.1	True	342	0.00526	91.7	0.525	1.93	0.0065	0.0031	0.00404	0.00271	1.88	54.2	True	214	0.00498	CTGCTACCTGCTGAGAGGCCCCTGAGCTATTCTGGAGACTACACCCTATCCTGCATGTCGTCACCTGCAG	0.401	111
12	m1_p11	8	117							90.2	9.02	6.56	5.74	192	0.238	1.54	0.00563	0.00889	0.0178	0.00801	1.99	69.7	True	367	0.0266	108	0.261	1.41	0.00497	-0.00277	0.00225	0.000799	2.1	136	True	266	0.00728	100	0.161	0.607	0.00496	0.000588	0.00119	0.00603	1.96	77.9	True	305	0.00179	39.3	0.214	0.333	0.00507	0.000747	0.000342	0.00251	2.01	7.5	False	153	-6.43e-05	GGGGCCCAGGGTGTGGCACTAGGGGGTGGGG	0.665	41
13	m1_p12	8	100							94.3	7.38	4.1	4.1	115	0.196	0.934	0.00564	0.0129	0.0225	0.0209	1.93	105	True	263	0.0322	28.1	0.213	0.197	0.00512	-0.00463	0.00117	0.00462	2.04	91	False	103	0.00698	58	0.124	0.343	0.00502	0.00094	0.000726	0.00847	2.21	115	True	231	0.000511	26.8	0.233	0.172	0.00506	0.000878	-0.000371	0.00783	2.1	188	True	131	-0.00162	TGGGCGTGGCCCTCGGGTGGGCGTGGCC	0.757	42
14	m0_p29	7	63							32.8	57.4	61.5	82.8	124	0.475	1.15	0.00568	0.00366	0.00653	0.00327	1.98	31	True	247	0.00941	384	0.364	3.1	0.0057	0.00852	0.0152	0.00429	1.98	29.9	True	603	0.022	311	0.321	2.4	0.00547	0.00539	0.00571	0.00387	1.95	37.9	True	638	0.00604	243	0.676	5.93	0.00748	0.00545	0.00995	0.00539	2.03	41.9	True	408	0.0145	ATTCACTAGGCCATTGTGAATTCCCTTGTCTGGGTAAGACTGGCTATTGTCCCAAGTAAACACTCTGCAG	1.15	29
15	m5_p7	7	146							30.3	53.3	40.2	77.9	110	0.311	0.893	0.00556	0.00372	0.00629	0.00189	2.02	50.8	True	232	0.00886	316	0.378	2.51	0.00604	0.00797	0.0144	0.00377	1.96	66	True	501	0.0209	170	0.346	1.68	0.00496	0.00482	0.00455	0.00194	2.12	107	True	411	0.00429	182	0.527	3.16	0.00662	0.00505	0.00918	0.00203	1.98	66.7	True	344	0.0133	TCACTAGGCCATTGTGAATTCCCTTGTCTGGGTAAGACTGGCTATTGTCCCAAGTAAACACTCTGCAGAC	1	102
16	m2_p16	7	94							17.2	45.9	53.3	41	71.5	0.286	0.527	0.00533	0.00296	0.00449	0.00646	2.02	74.7	True	197	0.00602	497	0.36	5.27	0.00544	0.00547	0.0125	0.0119	2.08	44.1	True	797	0.0195	182	0.213	1.19	0.00513	0.00327	0.00431	0.006	1.97	51.7	False	492	0.00536	105	0.33	1.14	0.00547	0.00354	0.00456	0.00709	2.03	83.1	True	242	0.00558	TTGTTTGGGTGAGACTGGCTACTGTCCTAAGTAATCACTCTGCAGACTAGCCCTGAGCTATTCTAGCTC	0.736	64
17	m3_p9	7	78							21.3	54.9	60.7	50	90.7	0.5	0.987	0.00593	0.003	0.00486	0.00504	2	47.2	True	210	0.00673	399	0.446	3.74	0.00631	0.00552	0.0136	0.00732	1.96	36.6	True	644	0.0217	235	0.337	2.44	0.00535	0.00309	0.00456	0.00404	1.98	42.9	True	557	0.00603	133	0.477	1.79	0.00583	0.00351	0.00525	0.00461	1.99	42.1	True	273	0.00698	TTTGTTTGGGTAAGACTGGCTACTGTCCTAAGTAATCACTCTGCAGACTAGCCCTGAGCTATTCTAGCTC	1.12	80
18	m0_p18	7	156							36.9	80.3	66.4	87.7	127	0.534	1.75	0.00635	0.00409	0.007	0.00145	1.96	29.5	True	253	0.00992	636	0.523	8.74	0.00681	0.00854	0.0184	0.00491	1.98	26.1	True	901	0.0282	262	0.376	2.37	0.00548	0.00546	0.00599	0.00344	2.01	23.2	True	553	0.00652	273	0.811	7.93	0.00973	0.00552	0.0111	0.00265	1.95	40.2	True	445	0.0167	CTTGTTTGGGTGAGACTCGGCTATTGTCCTAAGTAATCACTATGCAGACTAGCCCTGAGCTATTCTAGCT	1.31	18
19	m3_p5	7	210							32	50.8	48.4	68.9	109	0.247	1.19	0.00547	0.00406	0.00667	0.00117	1.92	94.9	True	233	0.00928	356	0.264	4	0.00591	0.00685	0.0136	0.00581	2.02	63.1	True	584	0.0204	188	0.16	1.07	0.00512	0.00465	0.00486	0.00295	1.99	57.3	True	448	0.00507	160	0.439	3.62	0.00736	0.00467	0.00797	0.00302	1.95	47.5	True	302	0.0113	AGCTAGAAAAGCTCAGGGCTAGTCTGCATAGTAATTACTTAGGACAATAGCCAAGTCACACCCAAACACG	0.69	76
20	m5_p11	7	95							73	49.2	56.6	70.5	150	0.512	2.11	0.00677	0.00525	0.0111	0.00592	2.05	40.7	True	282	0.017	336	0.33	4	0.00552	0.00633	0.0132	0.0127	1.97	59.5	True	617	0.0202	190	0.277	1.46	0.00505	0.00507	0.00538	0.00969	2.1	70	True	478	0.0057	154	0.615	4.59	0.00871	0.00487	0.00842	0.018	2.03	43.7	True	300	0.012	CAGGGCTAGTCTGCATAGTAATTACTTAGGACAATAGCCGAGTCACACCCAAACACAGGAATACACAATG	1.46	106
21	m5_p9	7	105							59.8	36.1	49.2	73	135	0.504	2.38	0.00688	0.00493	0.00944	0.0024	1.95	37.3	True	256	0.0139	350	0.373	3.96	0.0057	0.00695	0.0123	0.00149	2.08	59.3	True	582	0.0176	184	0.319	1.6	0.0053	0.00533	0.00524	0.00104	2.06	70.2	True	454	0.00515	157	0.73	5.1	0.00925	0.00511	0.00869	0.0015	1.97	45.9	True	299	0.0123	AGTCTGCATAGTAATTACTTAGGACAATAGCCGAGTCACACCCAAACACAGGAATACACAATGGCCTAGG	1.31	104
22	m5_p8	6	95							71.3	31.1	54.1	46.7	360	0.577	3.65	0.00647	0.00491	0.0108	0.00452	1.89	56.2	True	627	0.0167	499	0.957	7.9	0.00853	0.00339	0.00984	0.00783	1.91	62.5	False	778	0.0163	161	0.296	1.15	0.00479	0.00298	0.00419	0.00211	1.92	66.6	True	387	0.00541	158	0.954	3.37	0.0103	0.00308	0.00479	0.0049	1.89	69.8	True	294	0.00651	TCGGAAGGCTCCACCCTAGGTAATCTCCTTCTCAGTGGCAGCAAGGTCAAAGTCTGGATCAGCCTGGTTC	1.01	103
23	m0_p12	6	246							61.5	28.7	65.6	48.4	235	0.18	1.52	0.0051	0.00458	0.00954	0.000309	1.97	58.2	True	432	0.0145	398	0.238	3.61	0.00517	0.00428	0.0102	0.00094	1.97	49.9	False	660	0.0161	222	0.0913	1.17	0.00515	0.0036	0.00505	0.00282	2.06	55.3	True	491	0.0065	122	0.267	1.2	0.00554	0.00354	0.00514	0.000762	2	45.1	True	253	0.00673	GAAGGCTCCACCCCAGGTGGTCTCCTTCTCAGTGGCAGCAAGGTCAAAGTCAGCCTAAGCCAGGCTCAG	0.444	12
24	m0_p10	6	272							43.4	34.4	77.9	68	127	0.41	1.05	0.00546	0.00407	0.00752	0.00826	2.03	64.4	False	244	0.011	237	0.408	2.14	0.00563	0.00762	0.0125	0.00747	1.97	56.7	True	420	0.0174	238	0.265	2.02	0.00523	0.00655	0.00821	0.0136	1.97	49.2	False	489	0.00987	94.9	0.368	1.56	0.00595	0.00559	0.00833	0.00489	1.96	41.3	True	217	0.0111	GGGAAAACCCACAGACCCATCCTTTGTTTCAGCTGGATTGAGTTGCAAAGCAAGCTCAGCAGGCAGTCAA	1.16	10
25	m2_p19	6	67							14.8	41	52.5	29.5	104	0.444	1.02	0.00516	0.00307	0.0045	0.000943	2.04	61.3	True	241	0.00592	233	0.536	3.52	0.00599	0.00456	0.0115	0.000817	1.96	40.8	True	407	0.0185	156	0.366	1.7	0.00586	0.00291	0.0041	0.000653	1.84	47.2	False	371	0.00528	40.9	0.557	0.493	0.00547	0.00314	0.00348	0.000245	nan	nan	nan	142	0.00382	AGGTGGGAAGCAGGTTTACAGGAAATCACCTGAGTGCTGACTCATTCCTTGTTCACAGCCACTCACAGGA	1.08	67
26	m3_p7	6	90							9.02	94.3	47.5	52.5	81.3	0.287	0.806	0.00553	0.00329	0.00428	0.00216	1.85	73.5	True	205	0.00527	855	0.829	18.9	0.00934	0.00864	0.0229	0.0108	1.97	32.9	True	1.21e+03	0.0372	163	0.179	1.18	0.00527	0.00517	0.0051	0.000148	1.94	96.6	True	443	0.00502	181	0.487	2.47	0.00662	0.00525	0.00633	0.00287	2.06	45.6	True	346	0.0074	GAACAAGCAAGACAATAAACACAAAGCCCCATGATCACTCTGGTGATAGCTGTTTCTAAGGATGATCAA	0.465	78
27	m2_p15	6	89							5.74	27	16.4	23	74.6	0.382	0.787	0.0057	0.00284	0.00352	0.0125	2.06	75.6	True	200	0.0042	202	0.588	4.07	0.00693	0.00558	0.0106	0.0135	2	49.8	False	374	0.0157	126	0.275	1.08	0.00542	0.00395	0.00357	0.0346	1.98	72.8	True	356	0.00319	51.1	0.341	0.579	0.00517	0.0038	0.00354	0.0216	2.06	49.3	True	165	0.00328	TAAACCTGCTTCCCACCTTAATTTGTAAAATAAAGGAGAGCTGATGATTGGGCAGATAAAAGGGAAGGTG	0.946	63
28	m6_p10	6	144							49.2	27.9	43.4	44.3	222	0.314	2.09	0.00558	0.00343	0.00778	0.000428	1.97	63.8	True	381	0.0121	229	0.333	2.16	0.00548	0.00487	0.0104	0.00382	2.02	58.5	True	397	0.016	116	0.131	0.798	0.00506	0.00335	0.00392	0.000151	2.65	167	True	334	0.0045	75	0.401	0.947	0.0059	0.00343	0.00457	0.000618	2.14	81.8	True	194	0.00571	CCGGAATAGCTCAGGGGCCTCTCAGCAGGTAGCAGTATCTTGAAGAGGAACAGCGACAGTGGCTGAACAA	0.563	117
29	m0_p25	6	87							67.2	20.5	73	36.9	209	0.392	1.67	0.00593	0.00438	0.0101	0.00303	2	37.7	True	381	0.0158	181	0.311	1.3	0.00552	0.0042	0.00906	0.00132	2.07	49.9	True	361	0.0139	182	0.276	1.4	0.0056	0.00413	0.0061	0.0104	2	36.8	True	426	0.00806	67.5	0.329	0.759	0.00516	0.00361	0.00447	0.00358	2.18	70.7	True	189	0.00533	GTCCCCACCCGCAGGTCGGTTCCCACCCTGTGGTCTGAGAAATGCTAATTAGCCTCTCCCTTCCGGAGGG	0.879	25
30	m0_p23	6	95							38.5	32	78.7	72.1	265	0.371	2.16	0.00522	0.00451	0.00741	0.0119	2.07	87.7	True	580	0.0103	485	0.459	6.93	0.00567	0.00913	0.0128	0.00999	2.03	54.3	True	922	0.0166	370	0.314	3.15	0.00546	0.0083	0.00912	0.0269	2.04	60.2	True	793	0.00993	228	0.788	5.83	0.00803	0.00677	0.00951	0.0171	2.09	80	True	418	0.0122	TTGTTGGCCCGAGCTGACCTTTTCATTCCCCCCTTTAGAAATGGTAATTAGCCTCTCCCTTCCAGAGAGG	1.06	23
31	m1_p16	6	160							53.3	2.46	27.9	9.02	143	0.187	0.772	0.00566	0.00362	0.00827	0.0482	2	29.9	True	272	0.0129	23.9	0.184	0.169	0.00514	0.000172	0.00241	0.0306	nan	nan	nan	87.4	0.00464	89.7	0.0917	0.459	0.00517	0.00159	0.00273	0.0355	2.01	31.8	False	270	0.00386	30.1	0.174	0.209	0.00521	0.00129	0.00137	0.0291	2.15	55.7	True	119	0.00146	CCGGGGCGGGGCGGGGGCCGCGCGCGGCAGCCTGCGCGGGAGCGCCGCCGGCGGCGGCCGCCCGGGGCCC	0.233	46
32	m6_p12	6	94							48.4	13.9	38.5	15.6	204	0.154	1.05	0.00545	0.00364	0.00784	0.0243	1.97	53.2	True	394	0.012	97.4	0.249	0.601	0.0055	0.00129	0.00527	0.0216	1.98	53.3	True	188	0.00926	98.7	0.0859	0.463	0.0051	0.00183	0.00302	0.0191	2.04	50.9	True	292	0.0042	37.8	0.206	0.239	0.00517	0.00175	0.00217	0.0137	nan	nan	nan	132	0.00259	CCCCCGGGGCGAGGCGCCGCGGGTGCGAGGCCCGGGCGGCCCCTGAGCCGGCCCGCGCGCGCCCCCAGCC	0.15	119
33	m6_p9	6	103							42.6	17.2	37.7	28.7	152	0.233	0.951	0.00545	0.00342	0.00714	0.0165	1.94	52.1	False	296	0.0109	87.6	0.365	0.752	0.00575	0.00233	0.00651	0.024	1.9	40.5	False	175	0.0107	93.7	0.132	0.539	0.00506	0.00226	0.00323	0.0233	1.97	47.5	True	294	0.0042	43.1	0.299	0.369	0.00507	0.00223	0.00299	0.0225	nan	nan	nan	144	0.00376	GGCCCAGCTGGCGGGGAGGCCACCCTCGGCCCCCGGCAAGGGGGCGCTGAGGAGGCGGTGGCGGGGCCGG	0.129	116
34	m2_p22	6	93							13.9	41.8	54.9	33.6	103	0.179	0.661	0.00478	0.00316	0.00452	0.00153	1.86	93.7	True	287	0.00588	322	0.215	2.87	0.00493	0.00571	0.0122	0.0072	2.02	70.9	True	613	0.0186	206	0.119	1.13	0.00497	0.0043	0.00493	0.00149	1.98	68.4	True	543	0.00557	82	0.216	0.704	0.00501	0.00402	0.00442	0.00131	1.87	29	True	237	0.00481	CACCTTTCCCACTCAGGGAGTACCTAGTTTGAATTTGATCGATGATAATTTTCAACTAAATGAAGTAACT	0.0967	70
35	m1_p15	6	97							66.4	9.84	33.6	22.1	209	0.392	2.39	0.00584	0.00499	0.0103	0.0108	2.08	52.7	True	404	0.0155	174	0.342	1.84	0.00476	0.0022	0.00515	0.0013	1.71	91.4	True	427	0.0081	107	0.297	0.897	0.00524	0.00245	0.00329	0.00595	2.07	87.2	True	316	0.00413	51.8	0.396	0.624	0.00527	0.00249	0.00283	0.000459	1.88	83.7	True	158	0.00317	AATGTTAACAACTGGGATCAAAAGCAGCCCCACCTAAGGTCAGCTTAATCTTAGAAGCCAGGGGCAAGGG	0.764	45
36	m1_p17	6	63							64.8	8.2	13.1	9.84	174	0.298	1.56	0.00562	0.00502	0.0101	0.00943	1.96	44.4	True	334	0.0153	127	0.278	1.26	0.00501	0.00143	0.0043	0.00453	2.02	88.4	False	292	0.00718	163	0.344	1.63	0.00477	0.00185	0.00237	0.0106	1.97	82.4	True	442	0.00288	53.8	0.431	0.556	0.00503	0.00205	0.00183	0.00587	2.12	104	True	186	0.00162	TTCTAATCACCAATTGATGGGGGAGGGCCCCGCCCACTGTGGGTGGGGCCATCCCTAGTCAGGTGGTC	0.54	47
37	m1_p5	6	246							73.8	4.92	9.02	6.56	153	0.163	1.04	0.00544	0.00587	0.0117	0.0111	2.03	64.4	True	321	0.0175	110	0.307	1.27	0.00475	0.00035	0.00294	0.00953	2.15	156	True	293	0.00553	104	0.165	0.753	0.00481	0.00166	0.002	0.00908	2.12	135	True	338	0.00233	37.7	0.145	0.202	0.00493	0.00177	0.0013	0.00798	1.63	199	False	153	0.000837	AGTAGGTGTGGCCTTGTTGGAGTAGGTGTGTCACTGTGGGTGTGGGCTTTAAGACCCTCATC	0.403	35
38	m1_p14	6	98							68.9	4.1	9.84	7.38	112	0.234	0.865	0.00569	0.00549	0.0108	0.00259	2.13	74.3	True	232	0.0162	56.7	0.347	0.766	0.00513	0.000558	0.00286	0.00133	2.47	122	True	178	0.00516	68	0.193	0.62	0.00493	0.00174	0.00212	0.00113	2.12	148	True	258	0.00249	28.2	0.3	0.26	0.00526	0.00182	0.00135	0.00251	2.68	223	True	132	0.000871	AGGAGGTGTGGCCTTGTTGGAGTGGGTGTGTCACTGTGGGTGTGGGCTTTAAGACCCTACTCCTAGTTGC	0.657	44
39	m1_p3	6	400							59	3.28	13.9	10.7	116	0.2	0.832	0.00552	0.00495	0.0094	0.0114	2.03	62.8	True	251	0.0138	119	0.333	0.944	0.00489	0.00159	0.00337	0.0174	2.27	130	True	389	0.00515	141	0.252	0.937	0.00463	0.00214	0.00252	0.0385	2.3	106	True	416	0.0029	54.9	0.201	0.334	0.0047	0.00222	0.00193	0.0239	2.53	122	True	196	0.00164	ACCCCCACCCACAGTGACACACTTCCTCCAACAAGGCCACACCTACTCCAACAAGGCCACACCTCCTAAT	0.68	33
40	m6_p7	6	116							63.9	37.7	74.6	56.6	167	0.261	1.73	0.00565	0.00446	0.00983	0.00671	2	44	True	287	0.0152	218	0.385	2.78	0.00577	0.00569	0.0118	0.00706	1.96	48.2	True	375	0.018	216	0.255	1.62	0.00543	0.00535	0.00703	0.00463	1.96	38	True	449	0.0087	71.5	0.365	0.672	0.00568	0.00457	0.00615	0.00487	2	43.9	True	187	0.00772	CTCAACCCTTTCAAATAGTGCCACTCCCTGGTGACCAAGCATTCAAATTTTTGAGCCTATGGGGGCCAT	0.605	114
41	m6_p11	6	89							68	32.8	59	32.8	165	0.388	1.66	0.00644	0.00407	0.01	0.00409	1.99	28.8	True	292	0.016	207	0.378	1.89	0.00584	0.00349	0.0101	0.00433	1.9	46	True	391	0.0166	135	0.275	1.15	0.00536	0.00294	0.00437	0.00172	1.89	44.7	True	336	0.0058	53.2	0.286	0.466	0.00526	0.00295	0.00381	0.00103	2.1	66.7	True	166	0.00467	TCTGCCTCCTAAGTGCTGGGATTAAAGGCGTGCGCCACCACCCCCCGCTGAATTTAGTTTTTTTAAA	0.502	118
42	m1_p9	6	146							57.4	10.7	36.9	16.4	156	0.371	1.42	0.00615	0.00421	0.00891	0.00481	1.95	50	True	318	0.0136	143	0.408	1.07	0.00547	0.00207	0.00518	0.00377	1.88	75.1	True	375	0.00828	135	0.28	0.941	0.00506	0.00235	0.00327	0.00293	1.83	117	True	391	0.00419	54	0.285	0.476	0.00497	0.00233	0.00255	0.0026	1.82	93.7	True	187	0.00277	TGCCTCCCAAGTGCTGGGATTAAAGGCGTGGGCCACCACCGCCCGGCTTTTTTTTTTTTTTTA	0.654	39
43	m0_p24	5	92							84.4	70.5	31.1	79.5	616	0.371	5.24	0.00582	0.00549	0.0128	0.00442	1.9	29.5	True	909	0.0201	328	0.545	4.06	0.00664	0.00653	0.0157	0.00433	1.94	54.2	True	533	0.0248	145	0.291	1.11	0.00509	0.0046	0.0043	0.000392	2.04	54.1	True	365	0.004	149	0.758	2.82	0.00887	0.00477	0.00912	0.00345	1.99	32.2	True	275	0.0135	AGCGGCAGTGGCTGAACAATAGAGTGATCTAGGGAGGAAGGCTCCACCCTAGGTAATCTCCTTAGTGGCA	0.954	24
44	m6_p6	5	172							78.7	45.1	24.6	58.2	352	0.352	3.18	0.0061	0.00518	0.012	0.00107	1.94	45.5	True	565	0.0188	298	0.396	2.84	0.00633	0.0049	0.0122	0.00182	2.07	84.9	True	548	0.0194	113	0.182	0.708	0.00505	0.00361	0.00364	0.00198	2.01	97.1	True	336	0.00367	94.6	0.549	1.77	0.00729	0.00382	0.00631	0.00143	2.1	154	True	225	0.0088	GCCACTAAGGAGATTACCTAGGGTGGAGCCTTCCTCCCTAGATCACTCTATTGTTCAGCCACTGCCCCTG	0.745	113
45	m6_p5	5	216							85.2	63.9	45.1	69.7	303	0.316	2.44	0.0059	0.00541	0.013	0.00165	2.04	39.7	True	478	0.0205	299	0.478	4.44	0.00658	0.00635	0.0146	0.0036	2.02	51.1	True	503	0.0229	112	0.173	0.705	0.0051	0.0045	0.00461	0.000822	2.07	87.1	True	307	0.00472	93.2	0.511	1.5	0.00707	0.00462	0.00815	0.00242	2.07	96.8	True	210	0.0117	AGAAGGAGATTACCTAGGGTGGAGCCTTCCGACCTAGATGGCTCTATTGTTCTGTCACCTGCCCCTGCTC	0.937	112
46	m5_p3	5	598							74.6	60.7	28.7	78.7	304	0.308	2.65	0.00559	0.00544	0.0119	0.00143	2.04	56.9	True	492	0.0183	353	0.534	5.66	0.00688	0.0069	0.0146	0.00261	2.06	67.6	True	580	0.0223	116	0.158	0.756	0.00504	0.00477	0.00432	0.000311	2.08	100	True	318	0.00388	114	0.623	2.12	0.00849	0.00492	0.00912	0.00198	2.02	79.5	True	236	0.0133	CGAAGGAGATTACCTAGGGTGGAGCCTTCCTACCTAGATGGCTCTATTGTTCTGCCACCTGCCCTTTTTC	1.07	98
47	m0_p16	5	191							86.1	76.2	42.6	86.1	424	0.388	3.89	0.00586	0.00618	0.0137	0.00958	1.92	35.5	True	622	0.0212	363	0.578	5.27	0.00677	0.00599	0.0163	0.0135	1.93	34.1	True	558	0.0266	130	0.27	1.02	0.00515	0.00462	0.00455	0.00563	1.96	46.7	True	322	0.00449	124	0.769	2.57	0.00893	0.00469	0.01	0.0152	1.99	32.8	False	235	0.0154	CAGTATCTTGAAGAGGAACAGCGGCAGTGGCTGAACAATAGAGTGATCTAGGGAGGAAGGCTCCACCCTA	1.23	16
48	m5_p2	5	730							75.4	59.8	25.4	77	347	0.296	2.86	0.00563	0.00571	0.0121	0.0268	1.97	51.8	True	544	0.0184	335	0.453	4.05	0.0067	0.00582	0.014	0.0318	1.97	43.6	True	538	0.0223	119	0.124	0.717	0.00507	0.00431	0.00405	0.0204	2.04	90.6	True	331	0.00379	128	0.605	2.54	0.00893	0.00445	0.0088	0.0386	2.02	70	True	255	0.0131	AGTATCTTGAAGAGGAACAGCGGCAGTGGCAGAACAATAGAGTGATCTAGGGAGGAAGGCTCCACCCTAG	0.758	97
49	m0_p9	5	315							83.6	86.9	50	88.5	344	0.341	2.88	0.00606	0.00565	0.0127	0.00954	1.97	27.8	True	510	0.0199	448	0.603	7.04	0.0074	0.00699	0.0193	0.0121	1.97	23.8	True	651	0.0315	138	0.165	0.827	0.00529	0.00492	0.00504	0.00566	1.99	34	True	331	0.00516	148	0.7	2.88	0.00962	0.00504	0.0111	0.0263	1.99	34.7	True	266	0.0171	GTCTTGAAGAGAACAGGGGCAGGTGGCAGAACAATAGAGCCATCTAGGTCGGAAGGCTCCACCCTAGGTG	0.957	9
50	m0_p14	5	208							77.9	89.3	90.2	92.6	185	0.335	1.62	0.00572	0.00588	0.0123	0.00843	1.94	47	True	315	0.0188	512	0.738	10.6	0.00853	0.0104	0.0218	0.0107	1.98	30.9	True	724	0.0331	371	0.395	4.63	0.00625	0.0102	0.0132	0.019	2	41.3	True	663	0.0161	107	0.587	1.66	0.00754	0.00803	0.0138	0.0239	2.02	43.1	True	222	0.0196	GTCTCAGAGAAGAGCAGCGGTAGTTGACATAACAATAGAGCCATCTAAGTCGGAAGGCTACACCCCAGGT	1.14	14
51	m0_p28	5	83							76.2	93.4	58.2	91.8	276	0.374	2.99	0.00573	0.00537	0.0121	0.0124	1.89	29.9	True	453	0.0187	640	0.757	11.7	0.00727	0.00732	0.0214	0.0177	1.92	29.8	True	871	0.0355	169	0.314	1.46	0.00523	0.00494	0.00535	0.00812	1.94	47	True	388	0.00576	180	0.854	3.96	0.0098	0.00508	0.012	0.0216	1.96	34.4	True	304	0.0188	GTGTCTTGGAGAAGAGCAGCGGCAGGTGACAGAACAATAGAGCCATCTAAGTCGGAAGGCTCCACCCCAG	1.34	28
52	m0_p22	5	97							82.8	83.6	82.8	90.2	244	0.437	2.75	0.00607	0.00585	0.0127	0.00939	1.94	32.5	True	365	0.0196	310	0.713	3.92	0.00774	0.00764	0.0192	0.0179	1.94	33.3	True	450	0.0308	200	0.474	2.7	0.00628	0.0072	0.00949	0.0133	1.94	36.7	True	412	0.0118	109	0.747	1.9	0.00829	0.00606	0.0121	0.0255	1.98	44.5	True	219	0.0181	GAGTCTTGGAGAAGAGCAGCGGTAGTTGACATAACAATATAGCCATCTAAGTGAGAAGGCTACACCCCAG	0.926	22
53	m6_p0	2	929							51.6	48.4	44.3	18	154	0.0787	0.615	0.00528	0.00369	0.00796	0.032	2.06	48.5	True	308	0.0122	201	0.248	1.44	0.00587	0.00501	0.0126	0.0287	2.06	49.4	True	370	0.0201	109	0.0343	0.457	0.00506	0.00316	0.00385	0.0114	2.07	74.8	True	319	0.00455	45.8	0.0275	0.177	0.00502	0.00343	0.00316	0.0116	2.14	75.5	True	163	0.0029	GAGCCATCAGCGCCACACCGCGGCCCACGGGAGCCATCAG	0.117	107
54	m4_p11	2	78							41.8	85.2	87.7	81.1	110	0.25	0.853	0.00537	0.00438	0.00752	0.0103	1.96	26	True	244	0.0107	633	0.44	7.22	0.00678	0.0106	0.0209	0.0144	2.02	31.4	True	868	0.0312	358	0.205	2.35	0.00562	0.0094	0.0121	0.0302	2.01	24.9	True	629	0.0147	104	0.351	0.929	0.00578	0.00759	0.0109	0.0194	1.96	36.6	True	217	0.0143	AAACACCAAGTTACATTATTTTTATAACAATAGAATTGAAATGATGATCTAATTAGGGGTTGATTG	0.217	93
55	m2_p5	2	230							24.6	71.3	46.7	26.2	135	0.135	0.891	0.00522	0.00308	0.00527	0.00713	1.94	78.6	True	295	0.00746	328	0.234	3.15	0.00578	0.00651	0.0157	0.0351	1.94	45.6	True	566	0.0248	190	0.0612	1.12	0.00509	0.00338	0.00414	0.00304	1.98	54.3	True	466	0.0049	80.6	0.0966	0.583	0.00505	0.0039	0.00372	0.00664	1.94	53	True	212	0.00353	CCTGAGTGCTGGGATTAAAGG	0.656	53
56	m2_p6	2	167							13.1	91.8	10.7	13.9	82.4	0.105	0.512	0.00503	0.00345	0.00463	0.000312	1.94	136	True	215	0.00581	232	0.216	2.5	0.00575	0.00937	0.0222	0.00588	1.99	62.6	True	445	0.0351	144	0.0923	1.02	0.00503	0.00415	0.00345	0.00901	1.94	89.9	True	406	0.00276	58.4	0.148	0.38	0.00505	0.00505	0.00366	0.00222	2	80.6	False	186	0.00227	TTGATTGCTGATTGCT	0.84	54
57	m2_p3	2	393							16.4	95.1	22.1	27	81.8	0.0638	0.406	0.00505	0.00348	0.00475	0.00133	2.06	150	True	231	0.00602	359	0.242	3.85	0.00604	0.0102	0.0238	0.0137	2	81.4	True	624	0.0374	160	0.0369	0.799	0.005	0.0045	0.00398	0.00411	1.98	107	True	447	0.00346	68.4	0.0574	0.409	0.00502	0.00546	0.00458	0.000471	1.97	121	False	210	0.0037	AATGGGCCATCAA	0.706	51
58	m2_p9	2	146							4.92	54.1	23.8	21.3	93.4	0.0987	0.479	0.00503	0.00279	0.00343	0.00398	2.05	110	True	245	0.00407	287	0.33	3.63	0.00646	0.00619	0.0138	0.0162	2.05	53.9	True	498	0.0213	145	0.108	0.918	0.00499	0.00332	0.00347	0.00459	1.99	93	True	384	0.00363	67.7	0.156	0.565	0.00513	0.00375	0.00344	0.00388	2.16	116	True	190	0.00312	AGACTTCAAGTATGCTTTTGATTGTCCTAATAA	0.323	57
59	m2_p7	2	166							11.5	82.8	18.9	23.8	97	0.108	0.611	0.00515	0.00308	0.00434	0.00092	2.01	91.5	True	252	0.0056	408	0.382	6.14	0.00671	0.00807	0.019	0.014	2	61.7	True	722	0.0299	162	0.155	1.47	0.00483	0.00389	0.0036	0.00425	2.03	68.6	False	427	0.0033	88.3	0.197	0.768	0.00514	0.00455	0.00394	0.0064	1.95	104	True	236	0.00332	ATTAATCACTGATTGCT	0.545	55
60	m2_p10	2	146							15.6	56.6	32	30.3	108	0.202	0.685	0.00482	0.00313	0.00453	0.00419	1.89	95.7	True	248	0.00593	425	0.331	4.65	0.00574	0.00618	0.0141	0.0178	1.93	49.6	True	670	0.0219	180	0.0974	0.969	0.00497	0.00348	0.00377	0.00627	1.94	55.3	True	435	0.00405	84	0.224	0.784	0.00478	0.00385	0.00393	0.00179	1.93	53.1	True	216	0.004	CTATTTTATACTTGATGGCTTTAGCTCCCCTGTAA	0.362	58
61	m2_p20	2	75							18	81.1	21.3	31.1	178	0.238	1.42	0.00539	0.00354	0.00482	0.00242	1.9	84.2	True	367	0.00609	828	0.714	17.1	0.00887	0.00703	0.0181	0.00875	1.94	73.4	True	1.15e+03	0.0292	159	0.168	1.27	0.00533	0.00386	0.00362	0.00342	1.88	120	True	392	0.00338	124	0.361	1.15	0.00577	0.00432	0.00441	0.0103	1.95	99.8	True	265	0.0045	ATTGAGAAAGTCAAAAAGAGCCATCAAGATACAAAGGATCCACCC	0.38	68
62	m2_p18	2	103							2.46	68	20.5	19.7	82	0.209	0.559	0.00504	0.00289	0.00314	0.00125	2.07	141	True	213	0.00339	322	0.207	2.4	0.0054	0.00708	0.0154	0.0177	2.02	69.6	True	519	0.0237	133	0.153	0.98	0.00504	0.00388	0.00363	0.00709	2.07	114	True	373	0.00337	76.3	0.293	0.824	0.00513	0.00423	0.00359	0.0051	2.02	66.1	False	206	0.00294	TTGCATGTTCTTGTTGATTGCTTGATTGCTTGATTGATT	0.39	66
63	m2_p12	2	126							3.28	91	15.6	25.4	118	0.139	0.73	0.00478	0.00324	0.00347	0.00129	1.91	182	True	378	0.00371	330	0.278	3.14	0.00591	0.00777	0.0212	0.0171	2.07	97.8	True	610	0.0346	167	0.0843	0.963	0.00501	0.00364	0.00336	0.000727	1.97	132	True	497	0.00307	70.6	0.139	0.393	0.00505	0.00434	0.0039	0.00171	2.12	163	True	220	0.00346	TTGATTGCTCCTTGATTGCTTTT	0.592	60
64	m2_p11	2	126							7.38	38.5	32.8	24.6	97.4	0.136	0.615	0.00513	0.00282	0.00387	0.00341	1.99	94.5	True	261	0.00492	344	0.225	2.88	0.00544	0.00505	0.0117	0.00572	1.93	47.4	True	610	0.0184	181	0.0996	1.06	0.00499	0.00301	0.00357	0.00271	1.97	76.1	False	482	0.00413	73.8	0.159	0.46	0.00488	0.00329	0.00334	0.00294	1.96	104	True	210	0.0034	AACTCAGGACCTCTGGAAGAGCAATCAGTGCTCTTAACCGCTGAGCCATCTCTCC	0.292	59
65	m2_p8	2	153							1.64	84.4	17.2	17.2	73.8	0.153	0.5	0.0052	0.00278	0.00308	0.0018	1.84	167	True	206	0.00339	353	0.37	4.36	0.00684	0.00692	0.019	0.0129	1.99	62.2	True	572	0.0311	129	0.145	0.951	0.005	0.00354	0.0034	0.000157	2	90	False	363	0.00325	54.4	0.156	0.368	0.00499	0.00403	0.0034	0.000707	2.04	97.5	True	175	0.00278	ATAATAATCATGATGATTCTGATGATTCTTATTA	0.415	56
66	m2_p13	2	138							12.3	68.9	23	43.4	85.1	0.119	0.442	0.00501	0.00335	0.00452	0.00485	1.83	103	True	232	0.00569	435	0.276	4.63	0.00589	0.00721	0.0159	0.00947	1.94	59	True	759	0.0246	146	0.0906	0.739	0.00493	0.00428	0.00392	0.00142	1.92	75.8	True	409	0.00355	98.1	0.191	0.681	0.00507	0.00451	0.00511	0.0056	1.95	82.7	False	251	0.0057	ATAACAAGTAAAAAAAAAAATCAATGGAGCCATCAAGGGGCTATGTGTCTATTGA	0.264	61
67	m2_p14	2	106							9.84	66.4	63.1	41.8	72.7	0.183	0.539	0.00502	0.0032	0.00434	0.0116	2.19	142	True	195	0.00549	267	0.32	3.01	0.00597	0.00739	0.0155	0.0154	2.04	61.5	True	439	0.0235	173	0.161	1.09	0.00524	0.00519	0.00582	0.0255	2.1	115	True	394	0.00645	64.9	0.225	0.436	0.00523	0.00486	0.00523	0.0141	2.15	144	True	174	0.0056	TTTAGGGAAGTCAAAGTAATCCATTCAATTGCAAATTAGCAACAATCAGGCTCAGACTTAGACCT	0.303	62
68	m2_p17	2	89							8.2	30.3	36.1	18.9	94.8	0.257	0.742	0.00541	0.00274	0.00392	0.00366	2.14	75.6	True	250	0.00511	335	0.318	2.58	0.00586	0.00466	0.0104	0.0125	2.06	60.5	False	584	0.0162	148	0.17	0.916	0.00498	0.0027	0.00344	0.000471	2.04	93.8	True	414	0.00419	64.1	0.263	0.444	0.00498	0.00303	0.00298	0.00316	2.13	95.6	True	206	0.00293	AAAAAAGGGGGCTGGAGAGATGGCTCAGCGGTTAAGAGCACTTACTGCTCTTCCAAAGGTCCTGAGT	0.425	65
69	m3_p1	2	1.04e+03							28.7	98.4	34.4	47.5	109	0.0614	0.564	0.00506	0.0045	0.0064	0.0019	1.94	100	True	265	0.00829	529	0.326	6.15	0.00647	0.0134	0.0358	0.0118	1.96	49.3	False	829	0.0582	199	0.0312	0.998	0.00504	0.00659	0.00537	0.0073	1.95	67	False	472	0.00415	100	0.0603	0.476	0.00515	0.00744	0.00706	0.00816	1.98	70.1	True	236	0.00667	TTGATGGCTTTTTT	0.515	72
70	m2_p0	2	4.79e+03							26.2	96.7	11.5	20.5	96.6	0.0195	0.4	0.00502	0.00441	0.00617	0.0331	1.99	126	False	260	0.00792	274	0.203	2.94	0.00616	0.0129	0.0302	0.0642	1.98	67.4	True	504	0.0475	154	0.0158	0.76	0.005	0.00554	0.00415	0.033	1.98	95.8	False	428	0.00276	63.4	0.016	0.295	0.00498	0.00677	0.00493	0.0312	1.98	94.9	False	197	0.00309	AGCCATCAA	0.965	48
71	m5_p1	2	693							82	100	39.3	55.7	147	0.102	0.764	0.00537	0.00605	0.0128	0.0236	2.02	49.2	True	288	0.0195	524	0.322	5.52	0.00661	0.0184	0.0474	0.0285	2	40.5	True	821	0.0764	184	0.0404	0.892	0.00502	0.00881	0.00651	0.0133	2.01	61.5	False	431	0.00421	97.3	0.0551	0.501	0.00509	0.01	0.00882	0.0119	2	64.2	False	230	0.00763	TTGATGGCTC	0.948	96
72	m0_p2	2	1.65e+03							70.5	99.2	72.1	66.4	156	0.139	0.872	0.00556	0.00515	0.0107	0.0228	1.99	34.1	True	294	0.0162	822	0.531	10.4	0.00763	0.0143	0.0401	0.0225	2	30.1	True	1.12e+03	0.0659	239	0.069	1.25	0.00523	0.00802	0.00796	0.0305	2.01	34.1	True	497	0.0079	140	0.139	0.927	0.00551	0.00833	0.00958	0.016	2.01	37.5	True	275	0.0108	GAGCCATCAAGATCCAA	0.51	2
73	m4_p6	2	251							29.5	95.9	68	53.3	108	0.0995	0.584	0.00521	0.00378	0.0061	0.0155	1.95	39.6	True	256	0.00842	610	0.269	5.34	0.00603	0.0106	0.0269	0.0341	1.98	29.9	True	917	0.0431	316	0.0818	1.53	0.00503	0.00577	0.00633	0.0233	1.96	37.1	False	629	0.00688	128	0.119	0.771	0.00514	0.00618	0.00684	0.0203	1.98	38.8	True	274	0.00749	TGATGTGTTGATTGCTCTAAT	0.402	88
74	m2_p1	2	865							31.1	88.5	35.2	32	106	0.0351	0.408	0.00506	0.00369	0.00642	0.00165	1.99	84.2	True	263	0.00915	331	0.0953	1.57	0.00532	0.0106	0.0214	0.00981	1.97	57	True	571	0.0323	163	0.0194	0.673	0.005	0.00508	0.00462	0.00209	1.99	85.4	True	439	0.00416	71.3	0.0264	0.296	0.005	0.0059	0.00524	0.000958	2.01	83	True	208	0.00459	GTTAATTGCT	0.683	49
75	m3_p3	2	632							40.2	97.5	50.8	59	127	0.0595	0.538	0.00511	0.00437	0.0074	0.00495	1.87	90.8	True	290	0.0104	536	0.159	2.7	0.0056	0.0148	0.0317	0.0122	1.95	42.3	True	821	0.0486	255	0.0347	1.18	0.00503	0.00729	0.00627	0.00327	1.91	53.2	True	561	0.00524	114	0.0687	0.464	0.00514	0.00818	0.00858	0.005	1.9	60.1	True	258	0.00899	TTAATGGCT	0.763	74
76	m3_p8	1	97							6.56	61.5	29.5	42.6	97.5	0.155	0.593	0.00498	0.00313	0.00399	0.000474	1.85	67.1	True	238	0.00486	528	0.265	4.31	0.00562	0.00674	0.0146	0.00707	1.97	50.2	True	868	0.0224	213	0.115	1.44	0.00487	0.0039	0.00392	0.000851	1.91	62.8	True	519	0.00395	103	0.206	0.804	0.00508	0.00421	0.00494	0.00202	1.91	50.5	True	246	0.00567	AGGCATGTCTCAAAAAAGAGAACAATCAAGCTGTCTCAATTGGTTTCTGTATCTACACTTATGAGAAA	0.23	79
77	m5_p0	1	850							89.3	86.1	3.28	99.2	163	0.0465	0.738	0.00506	0.0114	0.0188	0.00546	2.02	68.8	True	350	0.0261	299	0.0619	1.46	0.0051	0.0252	0.0283	0.00458	2.01	72.5	False	599	0.0313	161	0.0239	0.686	0.00499	0.0149	0.0074	0.00784	2.08	79.9	False	440	-0.000131	116	0.172	1.67	0.006	0.0155	0.0273	0.0083	2.03	67.2	False	266	0.0391	CCATTGTTC	1.34	95
78	m4_p2	1	457							63.1	90.2	76.2	98.4	134	0.0755	0.584	0.00517	0.00755	0.0113	0.00424	1.98	51.4	True	298	0.015	466	0.21	3.08	0.00571	0.0202	0.0273	0.00766	1.99	35.6	True	715	0.0344	311	0.0853	1.5	0.00518	0.0144	0.0118	0.00999	1.99	41.1	True	609	0.0092	159	0.19	1.73	0.00562	0.0131	0.0237	0.00762	1.98	38.6	True	300	0.0342	CCTTTGTTCT	1.05	84
79	m3_p0	1	1.66e+03							50	82	5.74	96.7	113	0.029	0.54	0.00506	0.00773	0.00994	0.00157	1.96	131	True	302	0.0121	372	0.0994	1.81	0.00539	0.0189	0.0242	0.00607	2.02	68.3	True	657	0.0294	173	0.0209	0.676	0.00502	0.0112	0.00627	0.00232	1.97	101	True	464	0.00136	126	0.162	1.57	0.00571	0.0115	0.0201	0.00363	2	74	True	281	0.0286	AGAACAATGG	1.02	71
80	m3_p2	1	684							39.3	77.9	7.38	95.1	116	0.0296	0.454	0.00501	0.00722	0.00882	0.00276	1.94	124	True	296	0.0104	392	0.0913	1.89	0.00521	0.0174	0.0223	0.0053	1.97	66.3	True	666	0.0273	210	0.0329	0.824	0.00498	0.0108	0.0063	0.00515	1.96	94	True	504	0.00181	133	0.121	1.41	0.00518	0.0108	0.0178	0.0023	2	80.2	True	285	0.0247	CCATTGTTC	1.12	73
81	m2_p2	1	401							20.5	51.6	26.2	50.8	114	0.0529	0.455	0.00506	0.00357	0.00498	0.00269	2.02	92.8	True	268	0.0064	426	0.139	2.12	0.00547	0.00741	0.0139	0.00846	1.96	52.3	True	693	0.0204	166	0.0342	0.651	0.00504	0.00457	0.00419	0.00427	1.97	83.8	True	425	0.00381	105	0.132	1.05	0.00531	0.00474	0.00592	0.00456	2.08	90.2	True	248	0.0071	ATTGATATTTAAGTAGCCATTAATAAAAACAATGG	0.159	50
82	m3_p10	1	159							18.9	52.5	41.8	57.4	113	0.156	0.77	0.00513	0.00339	0.00474	0.012	1.98	79.7	True	288	0.0061	761	0.664	17.2	0.00776	0.00696	0.0137	0.0245	2.01	44.1	True	1.12e+03	0.0205	201	0.107	1.24	0.00502	0.00439	0.00442	0.0152	2.04	57.2	False	499	0.00445	205	0.412	2.92	0.00626	0.00451	0.00615	0.0256	2.02	43	False	360	0.00779	AGTCTCACCCAAACAAGGGAATACACAATGGCCTAGCGAATAGGTGGGTTTACCATGAAAAA	0.519	81
83	m3_p6	1	159							46.7	79.5	62.3	76.2	151	0.199	0.997	0.00557	0.00456	0.00807	0.0199	1.9	81	True	289	0.0116	441	0.355	4.3	0.00614	0.00799	0.0179	0.0241	1.94	45.9	True	680	0.0279	172	0.158	1.73	0.0054	0.00572	0.00598	0.0207	2.03	48.4	True	396	0.00624	124	0.412	1.81	0.00712	0.00548	0.00931	0.0319	1.96	50	True	248	0.0131	GGAGAATACAGAAGCAGGTGGCAGAACAATAGAGCCATCTAGGTCGGAAGGCTCCACCCTAGGT	0.359	77
84	m0_p1	1	1.86e+03							77	92.6	55.7	97.5	200	0.157	1.22	0.00551	0.00683	0.0128	0.031	2.01	36.5	True	353	0.0188	516	0.293	4.73	0.00607	0.0159	0.0257	0.0264	2.02	39.6	True	771	0.0354	217	0.0413	1	0.00507	0.0104	0.00803	0.0474	2.03	43.8	True	470	0.00569	189	0.328	3.03	0.00702	0.0101	0.0204	0.0366	2	41	True	336	0.0307	AGATGACTCCATTGTTCTGCCA	0.638	1
85	m5_p6	1	157							45.1	14.8	27	38.5	233	0.15	1.27	0.00531	0.00398	0.00752	0.0369	1.95	61.1	True	472	0.0111	149	0.184	0.927	0.00525	0.00312	0.00649	0.0401	2.05	43.7	True	291	0.00987	141	0.0794	0.742	0.00498	0.00291	0.00337	0.0225	1.89	65.3	True	388	0.00383	76.7	0.239	0.707	0.00534	0.00277	0.00408	0.0385	1.93	44.8	False	193	0.00539	CCGCGGGGGCGCCCCCGCCGGCCTTTGTCCCCCCCCCGCCGCCGGCCGCGCC	0.298	101
86	m4_p7	1	154							19.7	62.3	59.8	65.6	124	0.199	0.789	0.00516	0.00358	0.00497	0.00274	1.99	42.6	False	289	0.00635	841	0.487	11.1	0.00637	0.00809	0.0153	0.0141	1.97	40.5	True	1.24e+03	0.0225	218	0.131	1.56	0.00515	0.00549	0.00566	0.00561	1.93	43	True	500	0.00584	220	0.332	2.63	0.00585	0.0053	0.00805	0.00744	2	43.2	True	406	0.0108	TGTTTTGGGTGTTGCTTGTCTATTGTCTTAATTGATCCCTCTGTATACTAGTCCTGATCTTTTCTAGCT	0.301	89
87	m0_p27	1	135							52.5	18.9	63.9	39.3	187	0.178	1.1	0.00547	0.00374	0.00816	0.0473	1.98	57.6	True	375	0.0126	101	0.238	0.611	0.00558	0.00252	0.00692	0.0445	1.93	37.9	True	196	0.0113	226	0.102	1.15	0.00515	0.00283	0.00465	0.035	2	32.4	True	509	0.00647	78.6	0.249	0.737	0.00561	0.00249	0.00399	0.0424	1.96	31	True	185	0.00549	GCGGCGCCGCGGGGGCGGGGGGGGGAGAACAAAGGGCCGCGCCCGCCCGCGCGGCCGGCC	0.278	27
88	m5_p10	1	99							44.3	42.6	45.9	35.2	225	0.182	1.46	0.00496	0.00362	0.00733	0.0176	2	70.4	True	459	0.011	372	0.289	4.02	0.00496	0.00495	0.0118	0.0125	2.02	82.6	True	685	0.0187	137	0.128	0.909	0.00491	0.0032	0.00403	0.00211	2.05	86.9	True	399	0.00486	69.5	0.205	0.434	0.00499	0.00342	0.00424	0.0123	2.27	143	True	221	0.00506	GGTTGGGCCTCAGGCAGGTAGTGGGACATCAAAGGAGAGGGACGGGAGGCGGCACAGCAGATGG	0.353	105
89	m0_p20	1	112							58.2	39.3	71.3	51.6	134	0.242	1.15	0.00571	0.0039	0.00877	0.0221	1.98	45.1	True	259	0.0136	312	0.22	2.32	0.00524	0.00542	0.0119	0.022	2.03	74.4	True	630	0.0184	148	0.148	1.12	0.00525	0.00426	0.00581	0.00915	1.89	53.6	True	355	0.00736	47.6	0.219	0.295	0.00506	0.004	0.00564	0.0205	1.7	114	True	157	0.00728	CAGGTTGGGCCTCAGGCAGGTAGTGGCACATCAAAGGAGAAGCATGGGAGGCGGCACAGCAGATGGCTC	0.651	20
90	m0_p17	4	170							62.3	47.5	69.7	49.2	162	0.11	0.888	0.00511	0.00455	0.00965	0.00772	2.01	41.4	True	321	0.0148	393	0.212	3.21	0.00538	0.00531	0.0126	0.0182	2.05	44.3	True	643	0.0198	275	0.165	1.9	0.00517	0.00408	0.00564	0.00883	1.98	39.3	True	556	0.0072	101	0.127	0.676	0.00507	0.00402	0.00538	0.0125	2.02	49.6	True	230	0.00675	AGGCGGAGGCAGGAGGATCACAAGTTCAAGGTCAGCCTGGGCTA	0.539	17
91	m5_p5	4	197							69.7	69.7	57.4	45.9	159	0.111	0.787	0.00515	0.00551	0.0108	0.00303	1.97	64	True	331	0.0162	308	0.137	1.82	0.00527	0.0066	0.0156	0.00661	1.98	55.8	False	530	0.0247	159	0.0781	0.926	0.00504	0.00459	0.00517	0.000738	2	62.5	False	394	0.00575	72.5	0.117	0.444	0.00502	0.00474	0.00548	0.00212	1.95	67	False	193	0.00622	GATGACCTTGAACTCTCGATCTTC	0.617	100
92	m0_p4	4	669							92.6	63.1	80.3	60.7	150	0.097	0.712	0.00529	0.0102	0.0204	0.00455	1.99	49.2	True	301	0.0307	263	0.0841	1.25	0.00523	0.00437	0.0135	0.00801	2.02	49.3	True	468	0.0227	233	0.0797	1.42	0.00498	0.00622	0.00832	0.00426	2.03	50.8	True	504	0.0104	85.5	0.083	0.482	0.00503	0.00537	0.00728	0.00526	2.05	66.7	True	213	0.00919	AAGTTCAAGGTCAGCCT	0.935	4
93	m6_p1	4	703							87.7	46.7	67.2	36.1	158	0.0886	0.738	0.00526	0.00776	0.0158	0.00221	2.03	53.5	True	314	0.0239	267	0.196	2.24	0.00519	0.00337	0.0116	0.00148	2.04	70.6	False	472	0.0198	141	0.0373	0.766	0.005	0.00397	0.00527	0.0037	2.08	88.2	True	381	0.00657	63	0.0539	0.287	0.00495	0.00385	0.00453	0.00311	2.07	101	True	191	0.00521	GAGTTCAAGGTCAGCCT	0.817	108
94	m1_p2	4	935							96.7	23.8	75.4	45.1	175	0.0968	0.786	0.00536	0.0144	0.0288	0.0479	2.01	57.2	True	349	0.0432	119	0.0292	0.449	0.00498	-0.000833	0.00691	0.00612	2.13	130	True	341	0.0146	131	0.0416	0.708	0.00496	0.00484	0.00693	0.0223	2.16	114	True	401	0.00901	47.6	0.0404	0.231	0.00498	0.00398	0.00491	0.00995	2.13	114	False	176	0.00583	TGACCTTGAAC	1.26	32
95	m5_p4	4	199							91.8	78.7	70.5	62.3	182	0.0821	0.862	0.00507	0.0112	0.0202	0.000478	1.91	83.9	False	397	0.0291	320	0.132	1.78	0.00495	0.00549	0.0165	0.00912	1.92	75.2	True	598	0.0274	201	0.0671	1.05	0.00495	0.00628	0.0068	0.00113	1.88	89.8	True	543	0.00731	96.1	0.099	0.52	0.00502	0.00585	0.00811	0.00595	1.93	80.5	True	258	0.0104	ACTTTGACCTTGA	1.06	99
96	m4_p10	0	89							54.1	33.6	96.7	85.2	50.7	0.189	0.292	0.00517	0.00477	0.00902	0.00117	2.09	97.8	True	156	0.0133	115	0.15	0.764	0.00514	0.0126	0.0149	0.00409	2.06	74	True	249	0.0172	227	0.161	1.71	0.00546	0.019	0.0232	0.00645	2.01	32.3	True	500	0.0274	50.4	0.214	0.388	0.00517	0.0117	0.0133	0.00218	2.14	70.4	True	164	0.015	TATGCATATGCATA	1.1	92
97	m0_p5	0	583							88.5	40.2	99.2	94.3	127	0.0774	0.653	0.00522	0.00738	0.0159	0.0138	1.99	58.6	True	271	0.0244	247	0.0802	1.36	0.0052	0.0168	0.0176	0.0108	1.99	52.9	True	470	0.0184	436	0.141	3.26	0.0056	0.0277	0.0349	0.0313	2	41.2	True	793	0.0422	93.8	0.118	0.721	0.00535	0.0165	0.0205	0.0229	2.04	57.4	True	228	0.0245	TTTGCATATGCAAGG	1.1	5
98	m7_p1	0	200							33.6	0.82	95.9	71.3	46.7	0.107	0.234	0.00495	0.00449	0.00702	0.0276	1.91	256	False	190	0.00955	111	0.258	0.945	0.00463	0.00844	0.00519	0.000969	1.91	196	False	330	0.00195	185	0.111	1.12	0.00535	0.0198	0.0233	0.0561	1.97	89.9	True	477	0.0267	47.8	0.124	0.271	0.00498	0.0102	0.0111	0.0269	1.97	189	False	183	0.012	TATGCATATGCATA	1.16	121
99	m2_p4	0	434							45.9	77	88.5	84.4	113	0.0621	0.527	0.00507	0.00477	0.00796	0.0201	2.04	102	True	274	0.0112	419	0.177	2.26	0.00562	0.0125	0.0199	0.0345	2.01	49.6	True	683	0.0272	305	0.0833	2.15	0.00524	0.0126	0.0137	0.0352	1.99	44.7	True	648	0.0149	116	0.136	0.995	0.00552	0.00937	0.012	0.0403	1.99	83.4	True	266	0.0146	AATTTGCATAACAATAGACCTATCAA	0.449	52
100	m3_p4	0	636							37.7	73.8	86.1	82	109	0.0605	0.502	0.00512	0.00442	0.00735	0.00645	1.91	90	True	247	0.0103	437	0.149	2.34	0.0055	0.011	0.018	0.00719	1.98	48.1	True	694	0.0251	360	0.0881	2.38	0.00528	0.0104	0.0119	0.00679	1.94	50.4	True	698	0.0135	152	0.153	1.45	0.00542	0.00808	0.0112	0.00524	1.95	49.2	True	301	0.0144	AATTTAATGTTTAAAAAACTTAATTTGCATAACAATGGA	0.325	75
101	m4_p3	0	383							35.2	43.4	94.3	86.9	69.9	0.0889	0.345	0.00512	0.00504	0.00738	0.00449	1.82	230	True	231	0.00971	300	0.111	1.82	0.00502	0.0135	0.0163	0.0144	1.92	98	True	547	0.019	225	0.0581	1.25	0.00513	0.0185	0.0199	0.00557	1.95	117	True	564	0.0212	86	0.0827	0.67	0.00513	0.0116	0.0136	0.00819	2.04	156	True	227	0.0157	TTTTCTAATGCAAATT	0.936	85
102	m7_p0	0	896							27	1.64	93.4	80.3	59	0.0511	0.236	0.00512	0.00467	0.00635	0.00873	1.83	263	False	280	0.00803	120	0.1	0.749	0.00524	0.00886	0.00571	0.00403	1.84	224	False	489	0.00256	169	0.0488	1.1	0.0051	0.0168	0.0183	0.022	1.9	214	True	511	0.0198	60.1	0.0797	0.54	0.00511	0.00917	0.0116	0.013	1.84	213	False	219	0.0141	CCTTTGTTATGCAAAT	0.838	120
103	m0_p0	0	1.33e+04							93.4	75.4	100	100	117	0.054	0.551	0.00518	0.0111	0.0209	0.0177	2.04	87.3	True	263	0.0308	290	0.0913	1.47	0.00536	0.0258	0.0258	0.0119	2.01	68.7	True	528	0.0259	401	0.182	5.17	0.00607	0.0384	0.0445	0.0332	2	43.9	True	756	0.0507	135	0.226	1.9	0.00635	0.0238	0.0343	0.0245	2.01	59.5	True	282	0.0448	TTTGCATAACAAAGG	0.982	0
104	m4_p0	0	1.49e+03							72.1	72.1	97.5	95.9	99.6	0.0375	0.471	0.00496	0.00702	0.0119	0.0192	1.9	164	True	257	0.0169	332	0.0955	1.64	0.00521	0.0177	0.0213	0.0225	1.94	74.9	True	582	0.0249	288	0.105	2.66	0.00542	0.0233	0.026	0.041	1.95	87	True	613	0.0288	123	0.146	1.17	0.0055	0.0151	0.0217	0.0349	1.96	87.2	True	271	0.0283	TTTGCATAACAAAGGA	0.823	82
105	m0_p8	0	323							86.9	58.2	98.4	93.4	121	0.0816	0.568	0.00513	0.00705	0.0153	0.0166	1.94	67.3	True	274	0.0235	265	0.134	1.67	0.00526	0.0164	0.0192	0.0088	2.05	62.3	True	482	0.0221	325	0.148	2.95	0.00548	0.0248	0.0306	0.0352	2.01	45	True	628	0.0364	106	0.213	1.48	0.00569	0.0153	0.0192	0.0238	2.03	60.4	True	239	0.0232	ATTTGCATAACAGAAG	0.945	8
106	m4_p1	0	662							47.5	55.7	95.1	83.6	78.9	0.0374	0.308	0.00498	0.00471	0.00835	0.0101	1.86	154	True	237	0.012	253	0.0534	0.994	0.00503	0.0144	0.0181	0.0124	1.94	67.3	True	503	0.0219	246	0.0563	1.25	0.00505	0.018	0.0199	0.0284	1.95	71.5	True	563	0.0217	79.6	0.0582	0.474	0.00503	0.0118	0.0131	0.0192	1.96	89.3	True	212	0.0145	ATTTGCATATCAAT	0.905	83
107	m0_p19	3	131							25.4	35.2	86.9	75.4	97.9	0.27	0.691	0.00497	0.00385	0.0058	0.00286	2.04	106	True	240	0.00776	388	0.17	2.4	0.00529	0.00851	0.0129	0.000529	2.07	47.4	True	651	0.0174	515	0.31	5.61	0.00566	0.00849	0.0114	0.0078	2.01	41.4	False	936	0.0143	199	0.45	4.71	0.00673	0.00653	0.00968	0.00207	2.04	43	False	367	0.0128	CAAACTTGAGACAGGAGATTCTTGGCATAAGCATTACAATGCCATGTCTGGATTGAAACAAGATATGAGG	0.568	19
108	m2_p21	3	89							22.1	50	73.8	54.1	91.3	0.275	0.697	0.00508	0.00324	0.00509	0.0082	2.01	58.3	True	198	0.00693	291	0.256	2.11	0.00566	0.00722	0.0138	0.021	1.95	55.8	True	483	0.0203	226	0.152	1.35	0.00527	0.00576	0.00706	0.0241	2	57.1	True	488	0.00835	89.6	0.286	0.815	0.00525	0.00503	0.00627	0.0169	2	52.8	True	205	0.0075	ATTGAAGATAAGGTGAAACTAATTTTGCATAACAATGAACTCAGTCAGGGTAAATCAAGCCCAGTCT	0.276	69
109	m0_p26	3	85							50.8	74.6	91.8	89.3	112	0.259	0.835	0.00523	0.00477	0.00847	0.00626	2.07	71.9	True	236	0.0122	462	0.282	3.14	0.00564	0.0114	0.0183	0.00354	1.99	42.7	True	726	0.0252	456	0.223	4.61	0.00574	0.0115	0.015	0.0146	2.02	23.9	True	798	0.0186	196	0.451	3.06	0.00677	0.00865	0.0133	0.00833	2.01	35.2	True	352	0.0179	TGGATCCTCATTTTGATCTCAATCGCTGCCATTCTGATGCAAATGAACACAGTTTGTATTACAA	0.337	26
110	m4_p8	3	129							10.7	21.3	77	74.6	126	0.141	0.76	0.00502	0.00364	0.0046	0.00203	1.77	152	True	303	0.00556	292	0.252	2.67	0.00554	0.0076	0.0108	0.00199	1.91	59.5	True	480	0.0141	394	0.198	4.22	0.00535	0.00698	0.00833	0.00565	1.91	42	True	760	0.00968	142	0.389	2.37	0.00634	0.00567	0.00918	0.00754	1.86	52.2	True	290	0.0127	TCTAGGACTAAGAGGGATTTCTCACGTTTACAAGCTTTTGTTGTGCAAACCTTGTTCCTTAATTTAAAAC	0.449	90
111	m0_p11	3	233							54.9	64.8	92.6	91	106	0.126	0.577	0.00518	0.00555	0.00949	0.0211	2.04	61.2	True	243	0.0134	418	0.21	3.37	0.0057	0.0146	0.0188	0.0109	1.98	50.2	True	699	0.023	336	0.114	2.24	0.00529	0.017	0.018	0.037	2	31.2	True	671	0.0189	99.2	0.188	1.1	0.00528	0.0117	0.0152	0.0231	2.03	44.2	True	232	0.0186	ACTTTGTTATTGTTATTCAAATTAC	0.815	11
112	m4_p9	3	91							4.1	26.2	64.8	40.2	113	0.22	0.764	0.00493	0.00286	0.00339	0.00355	1.97	106	True	292	0.00391	660	0.309	5.41	0.00603	0.00666	0.0111	0.00534	2	64.4	True	988	0.0155	329	0.144	2.14	0.00501	0.00529	0.00589	0.00672	2	72.6	True	714	0.00648	115	0.215	1.04	0.00517	0.00464	0.00509	0.00635	1.98	51.9	True	264	0.00554	AAGTATATATAAGAAGAAGACAGGTGATGGTTCATTAAAATAACAATACCAAAGTCCAGCCCAGAATTAG	0.394	91
113	m0_p6	3	530							55.7	73	91	67.2	99.2	0.238	0.794	0.00546	0.00474	0.00917	0.00265	2.02	55	True	206	0.0136	378	0.672	7.46	0.00859	0.00913	0.017	0.00184	1.99	50.9	True	599	0.0249	310	0.308	4.04	0.00594	0.00983	0.0131	0.0108	2	30	True	592	0.0164	99.4	0.369	1.35	0.00634	0.00731	0.00918	0.00567	1.99	85.4	True	223	0.011	TGTTGTGGATGGCCCTGGTGCTGTTTGTATTTTGATGCTAATTCTGCTTTCCCAGGAGGGGC	0.91	6
114	m4_p12	3	78							23.8	59	81.1	54.9	90.5	0.319	0.838	0.00508	0.00368	0.00534	0.000354	1.76	175	True	236	0.007	615	0.809	13.4	0.00879	0.00847	0.0153	0.00145	1.96	47.9	False	896	0.0221	322	0.275	3.42	0.00568	0.00794	0.00923	0.00384	1.99	43	True	646	0.0105	116	0.429	1.47	0.00594	0.00624	0.00688	0.00132	1.92	49.3	True	255	0.00753	ATTGTTGTGGATTGCCCTGGTGTTGTTTGTATTTTGATGCTAATTCTGCTTTCCCAGGAGGGG	0.517	94
115	m0_p7	3	379							34.4	44.3	89.3	64.8	108	0.102	0.546	0.00519	0.00398	0.00681	0.0371	2.07	77	True	237	0.00965	409	0.159	2.56	0.00531	0.00888	0.014	0.0149	2.07	47.4	True	676	0.0192	514	0.184	4.06	0.0055	0.0091	0.0124	0.0547	2.02	35.5	True	910	0.0156	162	0.258	1.84	0.00561	0.00685	0.00877	0.0374	2.03	38.8	True	308	0.0107	GGGTTAAGTTTGTGCTCTGTGTATTCAAATGCTGATTTCTGTGCCCAGAGATCTGGTTTCA	0.496	7
116	m0_p3	3	847							41	65.6	84.4	63.1	125	0.186	0.986	0.00513	0.00405	0.00733	0.029	2.02	65.1	True	261	0.0106	293	0.446	4.83	0.0065	0.0088	0.016	0.0196	2.01	49.8	True	506	0.0231	365	0.26	3.03	0.00578	0.00817	0.0104	0.0427	2.03	56.6	True	674	0.0127	118	0.356	2.01	0.0066	0.00652	0.00845	0.0276	2.02	50.3	True	238	0.0104	TTTGGGGAAGTCCAGGTACTCCATTCAATTGCAAATTAGCAACGATCAAGCTCAGACTCTGACCTCCCGG	0.77	3
117	m4_p4	3	334							27.9	67.2	82	59.8	105	0.135	0.68	0.00502	0.00369	0.00592	0.00851	2.01	101	True	239	0.00816	323	0.307	4.26	0.00581	0.00841	0.016	0.00698	1.98	50	False	568	0.0235	319	0.199	2.43	0.00555	0.00722	0.00891	0.0157	2.01	58.6	True	623	0.0106	111	0.254	1.55	0.00602	0.006	0.00757	0.0105	1.97	54.8	True	238	0.00914	CCAGGAGCTCAAAGTCTAAGCTTGATCGTTGCTAATTTGCAATTGAATGGAGTACCTGGACTTCCCCAAA	0.503	86
118	m4_p5	3	273							0.82	19.7	68.9	37.7	81.3	0.17	0.443	0.00487	0.00287	0.00278	0.00805	1.87	169	False	279	0.00269	297	0.159	1.62	0.005	0.007	0.00934	0.00745	1.98	74.3	True	565	0.0117	279	0.105	1.58	0.00504	0.00671	0.00683	0.0213	2.01	88.3	True	667	0.00695	112	0.182	0.928	0.00493	0.00524	0.00529	0.00582	2.01	71.6	True	268	0.00535	TTAAAAGGGAACCTGGAGTTAATGACTGAATTGATATGTAAATTAAAAACTGGGCTTTAGTTTTTAAAAA	0.479	87
119	m0_p15	3	230							23	29.5	83.6	61.5	104	0.178	0.637	0.00506	0.00382	0.0054	0.00086	2.13	92.5	True	284	0.00698	304	0.249	2.13	0.00536	0.00929	0.0127	9.22e-05	2.03	50.1	True	539	0.0161	372	0.21	3.14	0.0054	0.00965	0.011	0.004	2	40.9	True	770	0.0123	125	0.329	1.51	0.00567	0.00718	0.00862	0.00149	2.02	51.8	True	268	0.0101	TCTTAAAGAACAAAGCCCAGTCTTTTATTTACATATCAATTCAGTCATTTACTCCAGGTTCCCTTTTGAT	0.633	15
120	m0_p13	3	211							36.1	18	85.2	63.9	157	0.22	1.14	0.00487	0.00421	0.00704	0.0128	1.84	64.1	True	353	0.00987	173	0.29	1.28	0.00537	0.0071	0.00901	0.00194	2.1	56.7	True	349	0.0109	347	0.258	2.89	0.00584	0.00808	0.0108	0.0217	2	45.9	True	682	0.0135	88.6	0.292	0.72	0.00572	0.00597	0.0082	0.00855	2.1	58	True	209	0.0104	AGAACCTGGAGGCCAGGTCTGCTTTGATATGTAAAATAGGCACCTCAGCCCTTTGTCCTGGGTTTGAAAC	0.755	13
121	m0_p21	3	111							60.7	22.1	79.5	73.8	247	0.4	2.71	0.00565	0.00494	0.00959	0.000614	1.99	63	True	497	0.0142	384	0.373	5	0.00584	0.00753	0.0109	0.0126	2.08	65.4	True	785	0.0142	361	0.259	3.18	0.00532	0.00787	0.00914	0.00785	2.03	63.7	True	787	0.0104	142	0.462	2.38	0.00665	0.00616	0.00927	0.0165	2.09	67.5	True	293	0.0124	CATTGCAAAAGAATTCAGAGATCTGTCTGCCTTTGTTAAGCACAGATAATAAACTAGTTGGGTGGGACCC	0.977	21

Column description

• logo pwm: sequence information content
• logo imp: average importance score logo
• n seqlets: total number of seqlets
• ic pwm mean: average information content per base
• <task> imp profile / counts: Average per-base profile/total count prediction importance scores for <task>. Seqlets are trimmed to the core motif displayed in logo pwm (typically 10bp)
• <task> footprint entropydiff: average entropy difference compared to the uniform distribution (computed at non-trimmed seqlets regions, typically 40bp). More positive numbers represent stronger deviation from the uniform distribution
• <task> footprint max: (max(pos) + max(neg))/2 where `pos` are the maximum counts of the average profilefor the positive strand. Higher number means better agreement between the strands.
• <task> footprint standcor: Maximum auto-correlation between positive and reversed negative strand
• <task> footprint counts: average number of counts in the seqlet region
• <task> region counts: average number of counts in the whole region where seqlets are located (typically 1kb)
• <task> pos absmean: Absolute value of the mean seqlet position with 0 being the region center
• <task> pos std: Standard deviation of the position
• <task> pos unimodal: If True, the distribution of positions is estimated to be uni-modal
• <task> periodicity 10bp: Strength of the 10bp periodicity in the profile importance scores. Measured as the fraction of the fourier power spectrum at 10bp.
• consensus: consensus sequence (tallest letters from logo pwm)

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• Re-order columns: Drag column headers using the mouse pointer
• Sort w.r.t single column: Click on the column header to sort the table with respect two that column in an ascending order and click again to sort in a descending order.
• Sort w.r.t multiple columns: Hold shift and click multiple column headers to sort w.r.t. multiple columns
• View logo images: Right-click on the images and choose 'Open image in new tab'
• Select muliple rows: Click on the row to select/de-select it.
• Get more information about the pattern: Follow the link in the pattern column.