Array 1 157499-157760 **** Predicted by CRISPRDetect 2.4 *** >NZ_VILB01000011.1 Anabaena sp. UHCC 0187 scaffold11_cov1, whole genome shotgun sequence Array_Orientation: Forward Position Repeat %id Spacer Repeat_Sequence Spacer_Sequence Insertion/Deletion ========== ====== ====== ====== ===================================== ==================================== ================== 157499 37 100.0 34 ..................................... TGGTGGCAACTCTGATCTGTGTTGGGCTAGGGAA 157570 37 97.3 35 ................G.................... TTTGCGGTATGAAAACACAGACAAGCAGGATTTAC 157642 37 100.0 36 ..................................... GTAGGTGAACCGTGCCAGGGGAGTGGCAATATTTCA 157715 37 100.0 0 ..................................... | ACTAGGGGT [157733] ========== ====== ====== ====== ===================================== ==================================== ================== 4 37 99.3 35 GTTTCAACTACCATCCCGACTAGGGGTGGGTTGAAAG # Left flank : CTGCACTAATTTAGTTTACTAATCCGAACCTTGAAAATATAATATAGATACAATAGCGCCGTAGTTCATGCTCCTTGGAGTCTCTGTACTATGAAAAATCTGGCTTAGTTTGGCAGTTGGAAGACTGTCATGCTTTCTGAGCCTGGTAGCTGCCCGCTTCTGATGCTGCTGTCGCAAGACAGGATAGGTGCGCTCCCAGCAATAAGAAGTAAGGCTTTTAGCCATAGTCGTTATTTATAACGATGTGGATTTCCACAGTGGTGGCTACTGAATCACCCCCTTCGTCGGGGGAATCCTCCCAAATCTTTTTTTGGCGAACCATAAGCGGGGTCAAAAACCCTGGGGATCTGCCAAAACCTTGAATCCCTTGTCTAGTATTGATTTGACTCATTTGAAGAGTGATGAATGTCCTCCATTGAGAGCAAAAAAAACAGATTTTTTAACAGGTTTGCCAAAATCGTATCTGGAAACCTGTATTGGCAAGGGTCTAGACGGGCGCG # Right flank : GCAGAACGAATCAAGTTCTTGGTTTATCCGTCTTTGGATTACACAAATTTTGTCAAATGGGAGAGGGTTGAAAGGTGCATCCGACCTGTAAAGATATTGAATCTTACAAGCCTAGAACGAAAATATTATTTAATTGTGATAATTATGTAATTGGGTTTTGCACAAGTATTCACCAACTTTTTGAAGTAATATGATTGTGTTGATAATTAATTCCAAACAATCCTACGACATTCAAGGGTAAACGAAACGACATTAATTTGCGAAAACTCAGAATAATTAAATTAACTCTGAAAAACAACCACCGCGACACTAATTTGCGAAGAACGACATTAATTTGCGAACTGCGACATATAATGTGCGAATGTACAAATAGGCCAGCAGTTGGATTTGAACCTACGACCTTCCGATTACAAGTCGGATGCACTACCACTGTGCTATGCTGGCGATTTTGGTAAGAAGGTTTTTAATTGCCTCACCGATTTCATATTATAGCATAGGCA # Questionable array : NO Score: 5.82 # Score Detail : 1:0, 2:3, 3:0, 4:0.96, 5:0, 6:0.25, 7:0.01, 8:0.6, 9:1, # Score Legend : 1: cas, 2: likely_repeat, 3: motif_match, 4: overall_repeat_identity, 5: one_repeat_cluster, 6: exp_repeat_length, 7: exp_spacer_length, 8: spacer_identity, 9: log(total repeats) - log(total mutated repeats), # Primary repeat : GTTTCAACTACCATCCCGACTAGGGGTGGGTTGAAAG # Alternate repeat : NA # Directional analysis summary from each method: # Motif ATTGAAA(N) match prediction: NA Score: 0/4.5 # A,T distribution in repeat prediction: NA [9,9] Score: 0.37/0.37 # Reference repeat match prediction: NA # Secondary Structural analysis prediction: F [-13.10,-7.50] Score: 0.37/0.37 # Array degeneracy analysis prediction: F [1-9] Score: 0.41/0.41 # AT richness analysis in flanks prediction: R [50.0-63.3]%AT Score: 0.27/0.27 # Longer leader analysis prediction: NA # ---------------------------------------------------------------------------- # Final direction: F [0.78,0.27 Confidence: MEDIUM] # Array family : NA // Array 1 9182-15781 **** Predicted by CRISPRDetect 2.4 *** >NZ_VILB01000020.1 Anabaena sp. UHCC 0187 scaffold20_cov14, whole genome shotgun sequence Array_Orientation: Forward Position Repeat %id Spacer Repeat_Sequence Spacer_Sequence Insertion/Deletion ========== ====== ====== ====== ==================================== ============================================== ================== 9182 36 100.0 36 .................................... TTGCCAAATATCTGTGAGTGTGAATACCAAGGTAGG 9254 36 100.0 37 .................................... TGAGAAAACCGCTTTAGAGGCTGCTTTAGTCCGTGTC 9327 36 100.0 37 .................................... CTAGAATGAAGAAAGGTCTTAGATTGGCGCAAACTGA 9400 36 100.0 40 .................................... GTGCTTCTTCTTTCAAAATCAGAGTGAGCTACTTCAGGAG 9476 36 100.0 46 .................................... CTTCAAGATTAAAAAAGGTGAGCATTGGAATAGTAAATTATTATTC 9558 36 100.0 39 .................................... AACAACAAGGTCTACCAAAAGACCTTAGTGTCAATAACC 9633 36 100.0 37 .................................... TAGTTGATCGCTTGACGGATATTTTAAGACCGTTTAG 9706 36 100.0 37 .................................... CCCCGGTAACAAAGTAGTGTTGGAGGATTTACTCTAT 9779 36 100.0 38 .................................... ATTCTCAAATAACTCATCTCTAATTGAACGTAATGTAG 9853 36 100.0 39 .................................... AACGAACTTGAGTTAGAACAACTTGAGTTATTTAATAAA 9928 36 100.0 39 .................................... AGCTTACACAGTTACAGTAATTTGTGAGATCACAGGCTC 10003 36 100.0 45 .................................... ACGGAAGCAGTTCAAACGGAACACTTACCAACATCAACGTGTCGA 10084 36 100.0 40 .................................... TAGAGGGAAATATCTTAGATATCACCAGTGGAATAATCTG 10160 36 100.0 41 .................................... AACCAGCAACTAGATAACCCGACAACTTATGAGACAACACT 10237 36 100.0 36 .................................... GAAGCCATCAAGAATAGTGGCACAGCATCAGCGCGA 10309 36 100.0 36 .................................... GAAAGTTCAGTCACTCAAGGCTGATGAGATTAACAA 10381 36 100.0 45 .................................... TTGAAACGGAAACAAACAAAGACAATGACATACTTCGATTTAGTA 10462 36 100.0 35 .................................... GCCAAGGAATCACCTTGGCATCTTCAGACGGGTTA 10533 36 100.0 38 .................................... GGTGATTGCTGCGAAATTCTTTGGGATGACGACATCAA 10607 36 100.0 36 .................................... GTTTTGTGTCTCAATGTAATCAAGAAGAGGTGTAGT 10679 36 100.0 35 .................................... GTGAACTGCCTTCTCGGTGGTGGGGATACGGTTAC 10750 36 100.0 39 .................................... AACAGATACAGAACTCTATCAAGCCGTTAGAAATGGTGG 10825 36 100.0 34 .................................... AATGCTGGCTTGTTTACAGGTAGTAACAGATATT 10895 36 100.0 35 .................................... TTAGCTAGTGAAGTCTTTTGAATATCAAAATAGGA 10966 36 100.0 37 .................................... TAGGCAAGAGTGAAGTTTGCATATTTCTCTTGTTTTG 11039 36 100.0 38 .................................... AATAAAGGATAACTTCATGATTAATAGCTTCATAACTT 11113 36 100.0 39 .................................... ACACGGTTAACTAATTGCGCTACAACTGCAATTAGTAAG 11188 36 100.0 36 .................................... TGTGCTTAAAACACTCGGTTACGGTACATTGTCGGA 11260 36 100.0 35 .................................... TGATCGCGTCTTGATAAAAGTTTAGGCACTTAGAC 11331 36 100.0 35 .................................... CTCCTAGTATTCTGTCGAGTCAGCGAGTGGTTGAG 11402 36 100.0 34 .................................... ATATTATCTAGAACTACATACCCGACTAAAAAAG 11472 36 100.0 42 .................................... TGGAGATTACTTGTCATGTGTATTTACCAACAAGAAGTAGAT 11550 36 100.0 43 .................................... TTTAGTCAATAAACTTACTTGTATATCTCCTTGGAATAGCCAG 11629 36 100.0 37 .................................... AATATCACTGACAATGCTGTTGATATGCTATCTTCAC 11702 36 100.0 34 .................................... ATAGACCCTTAGTATTAGGCAGAATTTCTAGGAA 11772 36 100.0 39 .................................... TTGATTTAGTTTGTTCGGCATCAATACAAAGCATCTCAA 11847 36 100.0 37 .................................... CTCGTTCAATGATGTCCCACGGATATAGTGCATTTAC 11920 36 100.0 37 .................................... ATATAACGCTGTGTACATGAGACGTATTGACGCGGTA 11993 36 100.0 36 .................................... CATAATTGAAGGTGAATGTCATGTTAATGAGAAATA 12065 36 100.0 38 .................................... GTTTTGGGATGTCAAACACCGGAACAATAAAACTGGTA 12139 36 100.0 46 .................................... AACAAATTATCGGAATTATCTCCATAAAACTTGGAGGCAAGAAACT 12221 36 100.0 37 .................................... CTTATAGTGGAATCATAGGAGAATCTGCAAAACTGTT 12294 36 100.0 37 .................................... GATTACTCAGTTTGCTTACATCAAATCTCAATATTCT 12367 36 100.0 35 .................................... CATGTAGGGTCACTATAACATGAGGGGTGTAAATT 12438 36 100.0 38 .................................... AGCTATTAGTAAAGTAGTTATTGTAAGTAACCTATATC 12512 36 100.0 36 .................................... TAGACTCCTTTGTATTTAATAACAAACAAAAGGAGC 12584 36 100.0 36 .................................... GTAACCCTATGAAGTTTCAATTCTGGGTAACTGAAA 12656 36 100.0 37 .................................... CCTACGAATACCTTGATACCGAAAGCTTGATTAAATT 12729 36 100.0 34 .................................... TGTATCGTAAGTTTGAAGCGTTTGTGTATCACCT 12799 36 100.0 43 .................................... TACTTACACTCTCCTCAAGTTAGAGGATAAATAGAGAGTGCAC 12878 36 100.0 39 .................................... ATACAGAGGTATTTCTGATAGAAGCCTTAACCTAGAAAC 12953 36 100.0 42 .................................... TTTACTTCATCTTTGTCATCTAAACGCTCTATTAGCTTTAGT 13031 36 100.0 36 .................................... TTCATTAGTGAAAATAGTGCTAACTGTACGTTCTTT 13103 36 100.0 38 .................................... TTGTGGGAGGTAATATCGTATTAAGTAATAACACTATT 13177 36 100.0 41 .................................... AAGTCTCTGATTTTAACGAGCTTGATTTAAAGATTTTTCAA 13254 36 100.0 34 .................................... ATCCAGTAGATAAAGGTTATCTAGTAGCGGTATT 13324 36 100.0 36 .................................... GTGTTTGTGCTGGGGCAAACAAACCTGGTAGTACCA 13396 36 100.0 33 .................................... GTACTAAACTCTTCAGTAGACAGTATTGAGGAT 13465 36 100.0 36 .................................... ATGCTACACCATGAGTTGCTTCATGCTTGTCAACGT 13537 36 100.0 35 .................................... TAGATGATGAGAGCTTAGAAATTGACTTGATTGTA 13608 36 100.0 40 .................................... TAATGACAGCAGACTAAGCCCAGTTGACTTGAAGTGGTTA 13684 36 100.0 34 .................................... AAAAAGCTAAATTACCAGTAGACTTACTATTGAT 13754 36 100.0 40 .................................... TTCAAACTCTTTCTAAGCTTGAAGAGTTTGAAGGAGGAGG 13830 36 100.0 35 .................................... TAGAAGCTAGTTTGATATCTATGACAAGCTATCTG 13901 36 100.0 42 .................................... AACTATCTAAGACAGAGATATAAAGTAAAGACTCACACAGCA 13979 36 100.0 43 .................................... CCCAAAACGTTGTAACTTCTCAGGGAGCAATCCCTAAAACGCC 14058 36 100.0 37 .................................... TGCACTATTTGAAGCTATGTCTGAGAAAGCTTCAAAT 14131 36 100.0 34 .................................... GATGATATTATTGCTGGCACTTGTTATGTTGGAA 14201 36 100.0 34 .................................... CTGATACTGCTGCAAGTATTACTATTGTGGGAGC 14271 36 100.0 37 .................................... ATATCATTGTAACCCCAGCACAAGTAATAGCTAACTT 14344 36 100.0 42 .................................... GCAAGAAAGACTAGATAAGATTGCTACTGAAGAAGCTTCAAA 14422 36 100.0 35 .................................... TCTACAATCTTTAGTGGATTATTTAAGGGTAATTT 14493 36 100.0 41 .................................... CCGCTGCTAAATTAGATGACATTATTGATATTAGAGATAGC 14570 36 100.0 33 .................................... ATCACGTTTAGCCCGTTTAACTTTATCCTTACT 14639 36 100.0 38 .................................... GAGTAAGCCTTTCAAGTTAACCTACCTCTAAACCTATG 14713 36 100.0 38 .................................... AAAATGCAATGCAAAACCTGCCCGTTCTTTGTTCAGTC 14787 36 100.0 39 .................................... TCTTTTAACGCGATCGCATGGAAGATTAAACCCCCCTAT 14862 36 100.0 39 .................................... GACAAATGGCTACTAAAACAATCTGCACTTCTGCTTTGA 14937 36 100.0 39 .................................... TACCACAAAGCAAGTATTAACACAATATAGTCACGGAGT 15012 36 100.0 33 .................................... GTTTGAAGTCCGAAATAATGACCGTGATTTTCA 15081 36 100.0 42 .................................... GGTGATGAGTCAGGTGACGTTTGGAAAAAAGCTTTTGTCAGT 15159 36 100.0 39 .................................... TGGTTCGGGATTAGGTGGTTATGGAATCTATGGGGTCAG 15234 36 100.0 39 .................................... AAACTGATACCGAAATTATAGAACGGTATGCAATGGGCT 15309 36 100.0 37 .................................... CCAAACAATGAAGAGATAAGACAAGAGTTTGTTAACA 15382 36 100.0 40 .................................... ACTAAAGAAACTTTTACCTAAAGAGCCTAAGTCAGTAAAA 15458 36 100.0 37 .................................... CTCATATTAACAACTTACAGTAACTTTACTATTTGTT 15531 36 100.0 35 .................................... TACTAACACAATTTCCTAAGTTAGCTTATTCTTAT 15602 36 100.0 35 .................................... TTAATGTCTTTTATATAAAACAATTTATTACTGTA 15673 36 100.0 37 .................................... TTTCTAAAATAATAAACGCATCCAAATTAGGCTTTTT 15746 36 100.0 0 .................................... | ========== ====== ====== ====== ==================================== ============================================== ================== 90 36 100.0 38 GTTTCCATTCAATTAATATCCCCAGCGAGTGGGAAT # Left flank : ATCTGTCACTAGCTGAGGCGATATAGTCAGCTAACAATATATTTTCTAATACTTTACCACCGGATTTACCAGGGATTTTACCTGCATCAACCCAAGGTTTCATCACTTCTAACTGTTCATAGAAGCTATTTTTACCCCGACCACTATTGTTATGCAATGCCTTTAGTACGGGGTCATGTAGTAACCCCCAGATTTTAGCCCGCCAATATTCTTCAGACACTAGTAGTTTCCTTATGTAGCTTATATACGCATTGTATAGCCTTGATTCAGTATTTGTCTATAAATATAAAATATTGCAACATTTCTCTAGATAATTCCTATAATGCCCTGTTTGTTAGGGTTTTCCTGCCTATAAGAATTTCATTACAAATATTTTCTTGTTTTTGACATCAGTTTTTATTTATGCAGGTACTACACTTTAGTTTTTCGTTGACTCCACTTATTAGTTCAAATGTATTGTATTAACTGTTGTTGGTATCATTTTTTTTAAGGTTAAACCA # Right flank : TCCCTTCATTTTAACCCCTTACTGGGTAAGGAGTCTAGACCCACTTTCCGAAGGTCAGCAAAAATCACTGCCAACCAGTCTACAAAACTACCATTAAAAACCGCGTAACCCTTATCCAATAAGCAACCGAAGTTCACAACCATAAAATCAACACTTCAGCTATTTTCCCCAAACATCGGCAACAACTAAATGATAATTGAACTAGGTGGTTCAATCACAGGTATTCCCACACCCCAAGTTTCCACTTGAGATAGAGTATGTCGAGACAAAGGATAAAACCTAACATTATCTTCTTCTAACTTCAGTTTTTTCCTCAACTGACGACGTAAATCCTGATATTTTTCTGTACTCAACTGACATTCAAACACAGAATACTGTACACGCTGTCCATAACCTTCCAATAAATCAGCTACTTTTTTGCGCCGTTTATTACAGGGAATATCATAAGCAATCACATACAAAAACATAACATAATTTTAGTCAATTCGATAGGGTTGATA # Questionable array : NO Score: 6.26 # Score Detail : 1:0, 2:3, 3:0, 4:1.00, 5:0, 6:0.25, 7:0.01, 8:1, 9:1, # Score Legend : 1: cas, 2: likely_repeat, 3: motif_match, 4: overall_repeat_identity, 5: one_repeat_cluster, 6: exp_repeat_length, 7: exp_spacer_length, 8: spacer_identity, 9: log(total repeats) - log(total mutated repeats), # Primary repeat : GTTTCCATTCAATTAATATCCCCAGCGAGTGGGAAT # Alternate repeat : NA # Directional analysis summary from each method: # Motif ATTGAAA(N) match prediction: NA Score: 0/4.5 # A,T distribution in repeat prediction: NA [Repeat is AT rich:58.33%AT] # Reference repeat match prediction: NA # Secondary Structural analysis prediction: NA [-1.50,-1.50] Score: 0/0.37 # Array degeneracy analysis prediction: NA [0-0] Score: 0/0.41 # AT richness analysis in flanks prediction: F [76.7-51.7]%AT Score: 0.27/0.27 # Longer leader analysis prediction: NA # ---------------------------------------------------------------------------- # Final direction: F [0.27,0 Confidence: MEDIUM] # Array family : NA //