annotate test-data/crt.tabular @ 1:222b7f7b8432 draft

planemo upload for repository https://github.com/bgruening/galaxytools/tree/master/tools/crt commit 4241c1d4b05a177bd2c74f5a139f51d4f65e0b55

CRISPRs	1	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	GATTGTTGTGCCCCTGGCGGTCGCTTTCAATGCCT	37	35
CRISPRs	73	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	TAATCCTAATTAGGTTTGAGTTAGTATCTAGTGCCAT	37	37
CRISPRs	147	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	ACAGATTTTGCTTCAGCTAGTACCAAAGGCTAG	37	33
CRISPRs	217	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	TCGTAACTACCTTCTAAGTCTGTAGCGATGAATGTGG	37	37
CRISPRs	291	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	CAAAATATAGGGAAGAATTTTAGAAAGAACCTCAGAA	37	37
CRISPRs	365	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	AACTAAGGCATCCCATAGCATTCCGCTACGATCTATCAG	37	39
CRISPRs	441	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	TAATAATTGCTGATTAATCGTGGTGGTGGTGGTGG	37	35
CRISPRs	513	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	GATATATGGCTAAATATTGCTCAAAAGATTTTAATA	37	36
CRISPRs	586	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	ATTAGATTGGTCGTGTTTTGATTAACGGTGCTAGC	37	35
CRISPRs	658	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	TTGCCATCCCAGGCAACATAGCAAGCATGGAGGTG	37	35
CRISPRs	730	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	TTGCCATCCCAGGCAACATAGCAAGCATGGAGGTG	37	35
CRISPRs	802	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	TTGCGGACAGACTCGATTAAGTCAATAACAGCTTGG	37	36
CRISPRs	875	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	CTTGCCCTAATTTTCCTGGTGGAAAAGCCGCTGGCT	37	36
CRISPRs	948	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	ATAGCAAGTTGCTAGAGAAAGCGCAACAAAACAAG	37	35
CRISPRs	1020	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	GAGGTTAAATTGTTGTCGATTCAAGAAGACTTGA	37	34
CRISPRs	1091	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	AATAGACACGAATTCCGGTTCCAGACCCAGCCCGTT	37	36
CRISPRs	1164	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	TTCTTCCATCAGTCCAAGTTCTTCAACAATGTCTA	37	35
CRISPRs	1236	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	TGCTGAAGAAGCTGGAGAGAATCGGGCATCGCTAT	37	35
CRISPRs	1308	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	ATTCCAGATGTGGTGGAAGAAACCTACGCCCCCGA	37	35
CRISPRs	1380	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	AATCAGCTTCCGGCGTTGCCATTTGGATTCAA	37	32
CRISPRs	1449	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	GTGAGGGGGCCAGATCCCTGCCAGATCCCCCAAT	37	34
CRISPRs	1520	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	ATTAGATCTTTGGCATAAGGCAACCGAAACTGATC	37	35
CRISPRs	1592	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	GATTATCGTGCTTCCTTCGATGCTAACTTTGCTCT	37	35
CRISPRs	1664	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	TCCATAATGATTCTGCCTCGTTTCTACTTGGTTTA	37	35
CRISPRs	1736	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	TGTATGTCACGCCATCGGACAGGTAGGGAAAGCCTGG	37	37
CRISPRs	1810	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	CAACTGGCTAAGCTGGTCATAAGGCTTTGGGAATGAAA	37	38
CRISPRs	1885	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	TCGGGTTTCCCTCCTGGGTAATGACGCCTACGGG	37	34
CRISPRs	1956	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	CAAAGCTGGCACGGAAGCCCTTAAGGATATCCTC	37	34
CRISPRs	2027	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	GATGCAGAGATTCCACCACCAAAGGAGAATCCGATAA	37	37
CRISPRs	2101	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	AAAGATTGGGACTTTTAACTGCAAAATACCAGGCTAG	37	37
CRISPRs	2175	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	ATTTGTTGGGCCATCCTGCCCTGTCCATTGAGGTTAAGCGG	37	41
CRISPRs	2253	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	AAAGATTGGGACTTTTAACTGCAAAATACCAGGCTAG	37	37
CRISPRs	2327	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	ATTTGTTGGGCCATCCTGCCCTGTCCATTGAGGTTAAGCGG	37	41
CRISPRs	2405	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	AAGTAAGGTTCAAACGCCGCTACGCAGTCTGGTCC	37	35
CRISPRs	2477	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	CAAAGTTGGAACGAAAGCTAACGACAAAAACTA	37	33
CRISPRs	2547	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	TTTAGCCATCGTCGGATTCTAATCGATCCAAAAGTCGG	37	38
CRISPRs	2622	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	AATCCTACCAAGCGGCTTTTGGTGGGCCTGGCTCCGA	37	37
CRISPRs	2696	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	TTCGGTTGATTGATGAAGATCTGATCGTCGAGTGGT	37	36
CRISPRs	2769	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	TCCCTTTTCGGGGATAGGTGGTGTCCCTTTTCGG	37	34
CRISPRs	2840	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	ACTACCAGGGGGAAATTGATGGTATTCCCGGCAAA	37	35
CRISPRs	2912	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	ACTACCAGGGGGAAATTGATGGTATTCCCGGCAAA	37	35
CRISPRs	2984	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	GGGCAATGTTAAGCATGGCTAGAAGGAATAGTTAAC	37	36
CRISPRs	3057	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	TTCCATTAATGATTCTTCAAAAATCACTCGATT	37	33
CRISPRs	3127	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	ACTGTTACTAGCCACCGCCCAACTCCTTTAATACTT	37	36
CRISPRs	3200	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	TCTTCTGTTACGTAGATTTTTCCTGTTTCGCCAACAG	37	37
CRISPRs	3274	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	CATCGCTCCCAGCATATTGTCCTGAACGGTCGGCAAT	37	37
CRISPRs	3348	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	GATTTTTCCAGTGATGGTGCATACCTAGCCGTAG	37	34
CRISPRs	3419	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	TAGTCCCTCCCACACTGCCAATATTTCTTCAT	37	32
CRISPRs	3488	CTTTCCTTCTACTAATCCCGGCGATCGGGACTGAAAC	TCCGTCTGTATGACTTATACTCGCAAGGATT	37	31
CRISPRs	3725	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	TGTAGTAGAACCAATCGGGGTCGTCAATAACTCCCG	37	36
CRISPRs	3798	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	CGGGGCTTGGGGGGTTGGAGTCCCCGCCCCCGTGGTGGGA	37	40
CRISPRs	3875	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	TGTGAGTTGCATAATGCCTCCTAATGGCTGTTGGACTCATAA	37	42
CRISPRs	3954	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	CTTGGTATTTGTAGTTCTCGATGAGTGTTTTAGGCA	37	36
CRISPRs	4027	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	TGATAACGGGATGCCAGCCCTAAAGGTGATGAGCGG	37	36
CRISPRs	4100	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	CGTTATCCGGCAAAGAAACCACACTACTAAGCTCGACAA	37	39
CRISPRs	4176	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	TGGGCCGGGCGCGAGTTGTCCTCCTGTCCGAGGCCCCAC	37	39
CRISPRs	4252	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	CGTTATCCGGCAAAGAAACCACACTACTAAGCTCGACAA	37	39
CRISPRs	4328	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	TGGGCCGGGCGCGAGTTGTCCTCCTGTCCGAGGCCCCAC	37	39
CRISPRs	4404	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	CTATTAAGGCTATTTTCGCCACTTCTGTTTGAAAG	37	35
CRISPRs	4476	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	GTCACACCTCTTCACGAATCCTCACATCATGAATAAGCTGCACA	37	44
CRISPRs	4557	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	CGCGGGTCGAGATGTCGCTGGACACGCTGGTGCCGGACA	37	39
CRISPRs	4633	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	CTGGGCGGACTGGAGTTGCCACCTGCCGATGGCCTGCA	37	38
CRISPRs	4708	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	GAGCCAAAGTCAACTAGCACAGGCACGGCAAGCCATCCTGA	37	41
CRISPRs	4786	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	TCGTGCATCTGCGCATAGGAAGAGGTTAATTCCTCAAC	37	38
CRISPRs	4861	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	AACGGGCAGCCCGAGTGGTGGGCATCGAGGTGGTGCTC	37	38
CRISPRs	4936	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	CCCCGCCACATTTTCGGATTAGAGGATTTGAATCGGCCGT	37	40
CRISPRs	5013	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	AGTTTCTCAAACTTTTCGGCGATCGCCGTCCAGGTGAGTTGA	37	42
CRISPRs	5092	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	TAGCGAAAAGTTATAGTTACCTTTGACCGGAGCTACCAACTCA	37	43
CRISPRs	5172	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	CCCCGCTGCCACGAGGGCAGCTGTAGACGCACCCC	37	35
CRISPRs	5244	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	TTAAATATACCCATCCCTAATAAAGGATAGAGATCTTGCA	37	40
CRISPRs	5321	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	GCTCTATTCTAATAACCCAAGCTTTTTTCAATTCTAA	37	37
CRISPRs	5395	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	CCGCTTGGTAGGATTGACCACCAAAGCTAGAAACAGGCACA	37	41
CRISPRs	5473	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	AGGGCGGTTAATCACTAGCGGCGATCTAGATATTG	37	35
CRISPRs	5545	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	TAGACTTCTATTTCCCCTCTTGCCGAGGGATGATACTGCAATTGA	37	45
CRISPRs	5627	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	TGCGCTCTCTTATCAAACGCCGCAACGCCATCAAGGCT	37	38
CRISPRs	5702	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	ACGAGCGGAATCTTCTATGGATCGGATCACATCCTTAAT	37	39
CRISPRs	5778	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	CTGGTGTCGGGGTTGTAGTATTCGTCTCGGTACAACA	37	37
CRISPRs	5852	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	ACTATAGGGAGCGTTACCCTAGCTAGACATTGCCTAATCT	37	40
CRISPRs	5929	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	AAGAAGCAGAATAATGCGATTGAGTGGACAAAAATAAGAA	37	40
CRISPRs	6006	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	GGTTACGTATCGGCGTAACCGCCACTCCTTAGAG	37	34
CRISPRs	6077	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	CGCCTCCTGCGCCCTGGAGGGGTGATCCTACACCTCGCG	37	39
CRISPRs	6153	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	GATTCTGGTATACGTTTATCCCACCACTCCTTAGCT	37	36
CRISPRs	6226	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	CTCGTAAGCTAGGCAACGGCCTTGCTCGATGCACA	37	35
CRISPRs	6298	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	GGTGCAGCTGCGCCTAAGGAGATGGCTGTACAAGCT	37	36
CRISPRs	6371	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	CACCTAGAGGGTACCTCCCGGTTAGACCGGGGCTCTTAT	37	39
CRISPRs	6447	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	AACATGGCCACAACAACCTTCCCGGAGCAAGGGATG	37	36
CRISPRs	6520	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	GGCGATATTTGGCGTGCCAGCCAAGTGAATTTTGGCGCTG	37	40
CRISPRs	6597	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	AACATGGCCACAACAACCTTCCCGGAGCAAGGGATG	37	36
CRISPRs	6670	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	GGCGATATTTGGCGTGCCAGCCAAGTGAATTTTGGCGCTG	37	40
CRISPRs	6747	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	CTAGCCTTTGTGGCTAACCCTCCTGCGCTTTGACATATAG	37	40
CRISPRs	6824	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	TTTTACCTCTTGCTCCTGCACAAGCTCAGCCTTAA	37	35
CRISPRs	6896	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	TCCTCCTCGCCTCTGAGAAAGAGTATGAAACACTGT	37	36
CRISPRs	6969	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	ATGAACAGATTGCCATCTTCTAGGCGGATAGCCTGGG	37	37
CRISPRs	7043	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	CGCCCATTGTTTGTGCTTCCGGAAGAAGTCTTTCAACTTC	37	40
CRISPRs	7120	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	GTTATCACGAGTTATCTTGCGCAAATCTTGTAGTGCATCTTTT	37	43
CRISPRs	7200	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	TTTAGCGGAGGAGACCTCTTCTATTTCTCCTATAACC	37	37
CRISPRs	7274	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	GGGAGAACCCTAAAAAGTTCTCCTGTCTAATCGCCACCTGT	37	41
CRISPRs	7352	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	CGCTCCAGAGTGCGCCGCCGCCGAATTGCGGTCCA	37	35
CRISPRs	7424	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	GAGACTCTATCTTTGGAGTTTCTAAGACATTGGCGGTTTCTAGGG	37	45
CRISPRs	7506	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	ATTGCTTGGCGTAGGTTGACTTACCCGAGCCTGGGAGACCA	37	41
CRISPRs	7584	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	TCCAAGGGCTCTTCGTCTTCAAAGGCCTTAGTTACCTCTG	37	40
CRISPRs	7661	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	ATAATAAAGCACCCTCAACGGACTATGCCATGAACAACAGGACCC	37	45
CRISPRs	7743	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	GTTGCCAGTTTTGCCGTTTTTGCTGTTCTGAGAT	37	34
CRISPRs	7814	GTTCAACACCCTCTTTTCCCCGTCAGGGGACTGAAAC	CCCATAATAATTAGGCTCGCTACCATAAGGGGAAACTTCTTCCAAG	37	46
CRISPRs	7945	GTCTCCACTCGTAGGAGAAATTAATTGATTGGAAA	CCTTTAGGTGGGCGTTGACCTTTAGATTAGGAATGGT	35	37
CRISPRs	8017	GTCTCCACTCGTAGGAGAAATTAATTGATTGGAAA	CAGCGCCACAGCTGACAGAGTTCCTGAAGGAAGCTAA	35	37
CRISPRs	8089	GTCTCCACTCGTAGGAGAAATTAATTGATTGGAAA	CCTGAGTGATTTTTATCAATTGTCGAGCTTAGTAGT	35	36
CRISPRs	8160	GTCTCCACTCGTAGGAGAAATTAATTGATTGGAAA	CACAGGAGTGTTAGCGCACTGCCTGTCATTACTATTA	35	37
CRISPRs	8232	GTCTCCACTCGTAGGAGAAATTAATTGATTGGAAA	CTTAGATTGCGGGGGCTAGTGACGCCATAGTTTAACGACA	35	40
CRISPRs	8307	GTCTCCACTCGTAGGAGAAATTAATTGATTGGAAA	CAAAGATATTAGGCTATCCTTCGGGGTAGTCTTTCTT	35	37
CRISPRs	8379	GTCTCCACTCGTAGGAGAAATTAATTGATTGGAAA	CAAGTGTTGTTGCCTAGTGTTATACCAGAATATCCC	35	36
CRISPRs	8450	GTCTCCACTCGTAGGAGAAATTAATTGATTGGAAA	CCTCATTAGTGCTATCTTCTTGTTGATGGATTAGAACA	35	38
CRISPRs	8523	GTCTCCACTCGTAGGAGAAATTAATTGATTGGAAA	CTCTACTCTGGTGAAGACCAAGTGGATTTCGTGGTGAT	35	38
CRISPRs	8596	GTCTCCACTCGTAGGAGAAATTAATTGATTGGAAA	CGTTAGTGCTTGGTTGTGGTTATGCTGCAACTAAGCC	35	37
CRISPRs	8668	GTCTCCACTCGTAGGAGAAATTAATTGATTGGAAA	CATCGATATACTTTTTAGCATCAGCTAAATGATAAAAA	35	38
CRISPRs	8741	GTCTCCACTCGTAGGAGAAATTAATTGATTGGAAA	CTTAGAAAGTTTTGGTTAGTTTCCATTCCTCTTTTT	35	36
CRISPRs	8812	GTCTCCACTCGTAGGAGAAATTAATTGATTGGAAA	CTTTCTCCATTGTTAGTTAGTCATTTCCTTGACAATT	35	37
CRISPRs	8884	GTCTCCACTCGTAGGAGAAATTAATTGATTGGAAA	CTGGGATTCATGAACATGTTGATGGTGAATTATACCT	35	37
CRISPRs	8956	GTCTCCACTCGTAGGAGAAATTAATTGATTGGAAA	CTGATTAAATTAATATGCGTGATAGATTAACTCATTTTGGTT	35	42
CRISPRs	9033	GTCTCCACTCGTAGGAGAAATTAATTGATTGGAAA	CTTTTTTGGCATAACTCAGTAAGTCTTTTTTGTTTA	35	36
CRISPRs	9104	GTCTCCACTCGTAGGAGAAATTAATTGATTGGAAA	CAATACTAATCTTAAAGATCTTGGTTTAATTACATATCGT	35	40
CRISPRs	9179	GTCTCCACTCGTAGGAGAAATTAATTGATTGGAAA	CAACAATTGCAAGGTTTATAAGTAAATGAACAACAACG	35	38
CRISPRs	9252	GTCTCCACTCGTAGGAGAAATTAATTGATTGGAAA	CAAATCCAACAACTTCTCCACATTTACTCCACTAGTCTC	35	39
CRISPRs	9326	GTCTCCACTCGTAGGAGAAATTAATTGATTGGAAA	CCTCCTACTTGTGCAGCCTCTAGTCCGCTTTTTAGATTGCG	35	41
CRISPRs	9402	GTCTCCACTCGTAGGAGAAATTAATTGATTGGAAA	CGCTTCGCTTCTTTCGCTTTCTCAACATAAAACTCATGAT	35	40
CRISPRs	9477	GTCTCCACTCGTAGGAGAAATTAATTGATTGGAAA	CCTAAAGTATGGTAACTCTGGGTAATTTTTTAACAG	35	36
CRISPRs	9548	GTCTCCACTCGTAGGAGAAATTAATTGATTGGAAA	CCTTATCTTTTTCTAGCGTAACAAAAGAATAATCAGGA	35	38
CRISPRs	9621	GTCTCCACTCGTAGGAGAAATTAATTGATTGGAAA	CTTTCAACCAAAAGCTTATTGGCTTCTACGGACTCACGAGC	35	41
CRISPRs	9697	GTCTCCACTCGTAGGAGAAATTAATTGATTGGAAA	CTCTGAACTACTTTTTTTTCAACGACTTCACCATGGGAAG	35	40
CRISPRs	9772	GTCTCCACTCGTAGGAGAAATTAATTGATTGGAAA	CAGTTTTAGATGCACCAATTACATCTTCTTCCATAAAGGA	35	40
CRISPRs	9847	GTCTCCACTCGTAGGAGAAATTAATTGATTGGAAA	CATTCAAGACCTCCGGTGGTCAGAAGACTGTAGCAACAAAGCTTGAG	35	47
CRISPRs	9929	GTCTCCACTCGTAGGAGAAATTAATTGATTGGAAA	CTAGATCAGGCATCCAAACTCTTGGGCGATGTCGCGTAAC	35	40
CRISPRs	10004	GTCTCCACTCGTAGGAGAAATTAATTGATTGGAAA	CCGATGTAGCTCATAGCGACCTCGATAATTAATTGAT	35	37
CRISPRs	10076	GTCTCCACTCGTAGGAGAAATTAATTGATTGGAAA	CACCAAGCTAGTCACTATCCGATCAACCGTCGTTGCAGGT	35	40
CRISPRs	10151	GTCTCCACTCGTAGGAGAAATTAATTGATTGGAAA	CTATCAAGAGTTGTCTAGTCAGTTCCAAGAAAAACCCTGGGAG	35	43
CRISPRs	10229	GTCTCCACTCGTAGGAGAAATTAATTGATTGGAAA	CTGACCTGATTCCTCGAGAATTGAGACTCCTAAAGAAATTGC	35	42
CRISPRs	10306	GTCTCCACTCGTAGGAGAAATTAATTGATTGGAAA	CAGTTCCAGTCGTGCTCCAAGGGCTCTTCGTCTTCA	35	36
CRISPRs	10377	GTCTCCACTCGTAGGAGAAATTAATTGATTGGAAA	CAACTTTGGAAAATTGCCTTCATACCATTCTTTTGTTAAACCGTTGTT	35	48
CRISPRs	10460	GTCTCCACTCGCAGGAGAAATTAATTGATTGGAAA	CAGCAACAAAACAGCCAGCAGCAATTAATAAATCAGTT	35	38
CRISPRs	10533	GTCTCCACTCGTAGGAGAAATTAATTGATTGGAAA	CACTCCGTGGCGTCGTACCGGTACGCCTGGGCTTCGTCCA	35	40
CRISPRs	10608	GTCTCCACTCGTAGGAGAAATTAATTGATTGGAAA	CTGAAATAACCCCCATAGCGGTGGCCATGGGGGCGTTTTACTAA	35	44
CRISPRs	10687	GTCTCCACTCGTAGGAGAAATTAATTGATTGGAAA	CATATCTGTTAGCTCAATTTGAGCAAGTTCATCATTTTTTA	35	41