Cluster #0, n=68
-6	....TGGGCTT	299	10	-73.3	219/224
-6	....TGGGCCT	296	10	-72.4	303/304
-7	...ATGGGCC	254	8	-62.6	210/224
-8	..AATGGGC	238	9	-56.8	170/179
-7	...TTGGGCC	221	9	-52.0	170/183
-7	...ATGGGCT	200	5	-50.9	112/117
-5	.....GGGCTTT	193	5	-48.9	124/128
-8	..ATTGGGC	194	7	-46.7	111/119
-7	...TTGGGCT	213	14	-44.7	128/135
-8	..TTTGGGC	178	10	-39.0	120/127
-8	..TATGGGC	144	5	-35.0	85/93
-5	.....GGGCCTT	132	4	-32.9	123/125
-5	.....GGGCCTA	129	5	-30.9	109/110
-9	.TAATGGG	151	11	-30.8	90/94
-6	....TGGGCCA	140	8	-30.7	81/84
-5	.....GGGCTTA	88	5	-19.8	50/52
-4	......GGCCTAA	92	7	-19.0	51/52
-6	....TGGGCCG	79	4	-18.4	47/48
-4	......GGCCTTT	77	6	-16.0	44/45
-8	..GATGGGC	55	2	-14.2	30/30
-4	......GGCCTTA	66	5	-14.0	48/48
-6	....TGGGCCC	46	0	-13.7	28/46
-9	.ATATGGG	79	10	-13.4	42/43
-5	.....GGGCCAT	56	3	-13.3	32/32
-4	......GGCTTTA	88	14	-13.1	42/46
-5	.....GGGCCTG	49	2	-12.6	42/43
-4	......GGCCTAT	60	5	-12.5	35/37
-8	..CTTGGGC	51	3	-12.0	30/35
-5	.....GGGCCGA	46	2	-11.7	23/24
-10	TTAATGG	97	21	-11.5	51/55
-5	.....GGGCCTC	39	1	-11.1	30/30
-8	..CATGGGC	49	4	-10.5	35/39
-7	...GTGGGCC	44	3	-10.1	35/37
-5	.....GGGCTTC	40	2	-10.1	23/24
-7	...GTGGGCT	43	3	-9.9	26/27
-7	...CTGGGCC	39	2	-9.8	30/32
-8	..ACTGGGC	43	4	-9.0	22/25
-8	..GTTGGGC	57	9	-8.9	36/38
-4	......GGCCTGT	30	1	-8.6	16/18
-6	....TGGGCTG	50	7	-8.5	26/29
-5	.....GGGCCAC	28	1	-8.1	17/19
-8	..TGTGGGC	32	2	-8.0	17/18
-5	.....GGGCTTG	39	5	-7.3	29/30
-8	..AGTGGGC	38	5	-7.0	23/26
-4	......GGCTTCA	22	0	-6.9	8/11
-4	......GGCCTTG	27	2	-6.6	17/17
-4	......GGCCTCA	25	2	-6.1	16/16
-4	......GGCCTGA	25	2	-6.1	16/16
-7	...CTGGGCT	31	4	-6.0	12/18
-9	.CATTGGG	38	7	-5.8	17/24
-3	.......GCCTTTA	27	3	-5.8	15/15
-4	......GGCCTAG	23	2	-5.6	13/15
-6	....CGGGCCT	19	1	-5.6	7/10
-5	.....GGGCCCT	17	0	-5.6	9/10
-8	..TCTGGGC	16	1	-4.7	11/12
-5	.....GGGCCGG	14	1	-4.2	10/12
-4	......GGCCACA	20	3	-4.0	8/10
-4	......GGCCTAC	20	3	-4.0	10/10
-5	.....GGGCTAG	13	1	-3.9	4/7
-8	..GCTGGGC	11	0	-3.9	7/9
-8	..CGTGGGC	16	2	-3.8	13/13
-4	......GGCTTGT	21	4	-3.7	13/13
-5	.....GGGCTGG	15	2	-3.5	6/8
-6	....TGGGCAT	22	5	-3.4	15/15
-4	......GGCCTGG	14	2	-3.3	7/9
-4	......GGCCTTC	21	5	-3.1	13/14
-4	......GGCCTCG	10	1	-3.0	7/7
-8	..GGTGGGC	10	1	-3.0	10/11
Cluster #1, n=10
-4	..CCAAAAA	282	68	-29.3	226/228
-5	.CCCAAAA	176	28	-25.2	81/135
-5	.ACCAAAA	191	54	-16.8	106/108
-6	TACCAAA	130	28	-15.1	64/68
-5	.CCCAAAT	103	18	-14.2	40/57
-4	..CCAAATA	110	21	-14.2	73/78
-4	..CCAAAAT	142	42	-12.0	81/100
-6	ACCCAAA	96	24	-10.0	33/54
-6	TCCCAAA	51	13	-5.7	21/29
-4	..CCAGAAA	43	12	-4.6	23/23
Cluster #2, n=9
-5	..TTTCCTT	195	42	-22.4	159/159
-4	...TTCCTTT	178	50	-15.8	105/110
-7	ACTTTCC	93	12	-15.5	46/47
-6	.CTTTCCT	113	20	-15.4	63/63
-5	..TTTCCAT	144	34	-15.4	104/104
-4	...TTCCATT	134	32	-14.2	68/68
-5	..TTTCCGT	49	7	-8.3	35/36
-4	...TTCCTTA	62	16	-6.7	32/32
-4	...TTCCGTA	28	8	-3.3	16/16
Cluster #3, n=7
-4	..GGCTTTT	121	8	-25.6	114/114
-4	..GGCCTTT	77	6	-16.0	39/70
-4	..GCCTTTT	66	15	-7.9	60/63
-6	AGGCCTT	30	3	-6.5	8/15
-3	...GCCTTTA	27	3	-5.8	16/18
-5	.GGCCCTT	16	1	-4.7	8/8
-5	.CGGCCTT	17	2	-4.0	6/9
Cluster #4, n=65
-2	...AGGCCCA	296	10	-72.4	272/283
-1	....GGCCCAT	254	8	-62.6	143/225
-1	....GGCCCAA	221	9	-52.0	109/184
-3	..AAGGCCC	132	4	-32.9	100/101
-3	..TAGGCCC	129	5	-30.9	127/129
-3	..TGGGCCA	140	8	-30.7	90/93
-4	.TTAGGCC	92	7	-19.0	83/85
-3	..TGGGCCG	79	4	-18.4	53/57
-2	...GGGCCAA	69	3	-16.8	38/52
-4	.AAAGGCC	77	6	-16.0	44/55
-4	.TAAGGCC	66	5	-14.0	49/58
-3	..TGGGCCC	46	0	-13.7	33/52
-2	...GGGCCAT	56	3	-13.3	28/29
-3	..CAGGCCC	49	2	-12.6	43/45
-4	.ATAGGCC	60	5	-12.5	57/63
-2	...GGGCCGA	46	2	-11.7	27/29
-1	....GGCCAAA	55	5	-11.2	28/44
-3	..GAGGCCC	39	1	-11.1	28/29
-4	.CTGGGCC	39	2	-9.8	15/30
-5	TTTAGGC	62	10	-9.5	34/35
-4	.ACAGGCC	30	1	-8.6	23/30
-5	ATAAGGC	38	3	-8.6	15/20
-2	...GGGCCAC	28	1	-8.1	16/17
-5	TATAGGC	26	1	-7.5	16/18
-3	..TAGGCCT	37	4	-7.5	32/41
-4	.CAAGGCC	27	2	-6.6	16/22
-2	...AGGCCTT	30	3	-6.5	24/30
-1	....GGCCATA	26	2	-6.4	13/13
-1	....GGCCATT	35	5	-6.3	18/19
-1	....GGCCGAA	32	4	-6.3	18/19
-1	....GGCCCGT	21	1	-6.1	10/11
-4	.TCAGGCC	25	2	-6.1	15/17
-4	.TGAGGCC	25	2	-6.1	21/22
-5	AATAGGC	33	5	-5.8	20/20
-5	ATTAGGC	38	7	-5.8	20/20
-4	.CTAGGCC	23	2	-5.6	21/25
-2	...AGGCCCG	19	1	-5.6	16/16
-2	...GGGCCCT	17	0	-5.6	10/10
-1	....GGCCCTA	15	0	-5.0	8/9
-1	....GGCCCTT	16	1	-4.7	7/9
-5	TTAAGGC	39	10	-4.6	18/20
-4	.AGAGGCC	22	3	-4.5	17/19
-5	GTAAGGC	15	1	-4.4	9/11
-5	AACAGGC	18	2	-4.3	8/12
-2	...GGGCCGG	14	1	-4.2	11/15
-5	CATAGGC	20	3	-4.0	14/18
-1	....GGCCACA	20	3	-4.0	11/12
-4	.GTAGGCC	20	3	-4.0	21/21
-3	..AAGGCCG	17	2	-4.0	12/12
-5	GCTGGGC	11	0	-3.9	3/6
-2	...AGGCCTG	19	3	-3.8	12/19
-5	GTTAGGC	26	6	-3.7	13/14
-5	TTGAGGC	21	4	-3.7	10/11
-1	....GGCCCGA	10	0	-3.6	8/8
-2	...TGGCCCT	10	0	-3.6	3/5
-2	...AGGCCGA	23	5	-3.6	15/15
-5	CTAAGGC	11	1	-3.3	6/6
-2	...TGGCCCG	9	0	-3.3	5/5
-4	.CCAGGCC	14	2	-3.3	10/12
-4	.GAAGGCC	21	5	-3.1	13/14
-4	.CGAGGCC	10	1	-3.0	7/9
-4	.GCAGGCC	10	1	-3.0	8/11
-5	GGTGGGC	10	1	-3.0	4/7
-1	....GGCCCCA	8	0	-3.0	6/6
0	.....GCCGAAT	13	2	-3.0	8/9
Cluster #5, n=7
-5	ACTTTCC	93	12	-15.5	75/75
-4	.CTTTCCT	113	20	-15.4	86/86
-4	.CTTTCCA	94	14	-14.5	73/73
-5	TCTTTCC	103	22	-12.3	77/78
-5	CCTTTCC	34	6	-5.5	23/24
-4	.CTTTCCC	36	8	-4.9	31/32
-5	GCTTTCC	34	8	-4.5	27/27