Related Sequences
2 potential gene matches
Length: 945
bp
Location:101498..131083
Strand:+>bmy_19552
ATGGTGGGATCTTTGAAGGTTTGCGCCGTCGAAGCTGCAAAATACCCCGGGAATGTTGGCATAATCAAATTACCGGATGCTCAAACCAGACAACTGCAAGATGCTGTCACAAATGTGGAGAAGCACTTTGGAGAGCTGTGCCAAATCTTTGCTGCTTATGTGCGGAAAACTGCCAGACTGCGAGACAAAGCCGACCTCCTGGTGAATGAAATCAACGTGTATGCCTCTACAGAGACCCCGAAGTTAAAGCAGGGCCTGAAAACCTTTGCTGACGAGTTTTCCAAACTTCAGGATTATCGACAAGCAGAGGTTGAAAGACTTGAAGCCAAAGTAGTTGAACCTTTGAAAGCTTATGGAACCATTGTAAAAATGAAACGAGATGACCTCAAAGCAACATTAACAGCAAGGAATCGAGAAGCTAAACAGTTAACTCAGTTAGAAAGAACACGTCAGAGAAACCCATCTGATCGACATGTTATTGTATCCTTTGAATTTGGGTCTTTAAAAATATATTTTGCAGAAACTGAATTACAAAGGGCCACAATGGATGCTGCTCGAACAACTCGCCATCTGGAGGAGACTATTGACAGCTTTGAAAAGCAGAAAATAAAGGATATAAAGACTATATTTTCAGAATTTATCACTATCGAAATGTTATTTCACGGCAAAGCTTTAGAGGTCTACACTGCTGCCTACCAAAATATACAAAAGATTGATGAAGAAGAAGATTTAGAGGTTTTCCGAAATTCTCTGTATCCACCAGATTATTCATCCCGTTTAGATATCGTAAGAGCAAATTCAAAGTCACCTCTTCAGAGATCACTGTCAGCTAAGTGTGTATCTGGAACAGGACAGGTATCCACCTGTCGACTAAGAAAGGATCAACAAATAGAAGATGATGATGAAGAGGATGAAGACTTAGATGTTACAGAAGAAGAAAATTAA
2 potential gene matches
Length: 2937
bp
Location:150896..194017
Strand:+>bmy_19554
ATGGTGACGGGCGGACGTGGGACTGTGGTGGCAATGGCGGCTTGGTCCACCTTAAACGCTGCGGGTGTGACTCTGTTCCTCTTGTTGGTCCTTCTTCGCGTCTCACAGGCTCAGACCTTCTTCTTCCCTTTCCGGCAGCCGGAGACGTGCGGCCACAACCAGTACTTCGATATCTCCGYGCTCTCCTGTGTCGCGTGTGGAGCCAATCAGAGGCAGGATGCTCGAGGAACTGTATGTGTGTGTCTACCAGGATTTCAGATGATCTCTAATAATGGAGGACCTGATATTATTTGTAAAAAGTGCCCAGAAAACATGAAAGGTGTTACTGAAGATGGCTGGAACTGTATTTCTTGCCCTGGTGGTTTAACTGCAGAAGGAAAATGCCACTGTCCCACTGGCCATATTTTAGTGGAAAGAGATGTTAATGGAACGTTGTTGTCTCAAGCAACTTGTAAGCTCTGTGAGGAAAGTGAAAACTCTTTTACAATAGCAAATGCTTTAGGAAACAGGTGTGTCCAATGTGAACCAACATTCATTAATACCAGCAGGTCCTGTGTGTGTTCAGAACCTAACATTTTAACAGGAGGATTATGCTTCAGCAGCACAGGGAATTTCCCTCCACGTATGATTTCAGCTGCACGTTATGGAGATCTTGGCATGTCTTTCACTTCAGAATGGTTTGCAGAGTATTTGCAATCATCAGCAGCTGCTTGTTGGGTGTATGCCAATCTAACATCTTGCCAAGCTCTTGGAAATATGTGTGTGATGAATATGAATTCTTATGACTCTACCACTTTTGATGCATGTCGACTGTTTCAGTTTATCTTTGAAAATACTGCTGGACTGGGCACTGTTCATTCTGTTTCGTTTTGGAGACAGAATCTTCCATGGCTGTTCTATGGAGACCAGCTAGGATTAGCACCTCAAGTACTCAGTACTACACCTCTTCCTACAAATTTCAGTTTTAAAGGGGAAAACCAGAATACAAAACTGAAGTTTGTTGCTGCTTCTTATGATGTAAGAGGAAATTTTCTCAAGTGGCAAACTTTAGAAGGAGGTGTTTTACAGCTTTGTCCAGACACAGAGACAAGACTAAATGCTGCTTATTCCTTTGGAACAACCTATCAACAGAATTGTGAGATTCCTATCTCTAAGATCTTAACTGACTTCCCCATGCCTACATTTTATGATGTGTACCTTGAATATACTGATGAAAATCAACACCAATATATCTGGGCTGTGCCTGTGTTAAACTTAAATCTTCAGCACAATAAAATATTTGTGAACCAAGACAGTAGCTCTGGCAAGTGGCTTCTGACTCGGCGCATTTTCTTAGTGGATGCACTAAGTGGAAGAGAAAATGACTTASGAAGTCAGCCAAGATTAATTCGAGTTGCTACCCAAATATCACTGAGTATCCGCCTTGTGCCCAACACAAAAAATGGAAATATCTACCCTCCCTTAATTACCATTGCCTACAGTGACATTGATATCAAAGATCCCAACAGCCGGTCTGTGAAGATTGCTTTGGGTGTGTTGGGTGGACTAGCTGTTTTATTGTCTCTTTTGAAGACAGCAGGGTGGAAGAGACGCATTGGGAGTCCCATGATCGATTTACAGACAGTTACAAAATTCTTGGTTTACTATGCTGGTGATCTGGCCAATGTTTTCTTTATCGTCACTGTGGGAACAGGTCTTTACTGGCTTATTTTCTTCAAAGCACAGAAGTCTGTCTCTGTTTTGCTACCAATGCCGGCTCAGGAAGAACGTTTTGTTACTTATGTGGGATGTGCTTTTGCTCTGAAGACATATTCTTTATTGATTGGGAGCGACCTAAAGGAAAGGTTCTTAAAGCTGTTGAAGAGCAAAGAAGGTGAAACGCTTTTACTCATTTTATCTCCCCAACCAGGTGAGGGTGGTGTTCGGAGTGCTACCGTTCCCGTAAGCATATGGAGAACATATTTTGTGGCAAATGAATGGAATGAAATTCAGACTGTGAGAAAAATTAACCCACTCTTTCAAGTACTTACTGTCCTCTTCCTTTTGGAGGTTGTGGGATTCAAGAACTTAGCATTAATGGACTCATCTTCTRGTCTTTCCAGAAGCCCACCTAGCTACATAGCTCCTTATAGCCGCATTTTGAGATATGCGGTGTCTACTGCTCTTTGGCTAGTCATTGGAATTATACAGATTGTGTTCTTTGCTGTCTTTTATGAGAGATTTATAGAAGATAAAATTCGACAGTTTGTTGACTTGTGCTGTATGAGCAACATATCAGTGTTTCTGTTATCCCACAGATGTTTTGGTTATTACATTCATGGTAGATCAGTACATGGGCATGCCGATACTAATATGGAAGAAATGAATATGAATCTTAAAAGAGAAGCGGAAAATCTGTGTAGCCAAAGAGGTTTGATACCCAATACAGATGGTCAAACTTTTCAAATTGCTATTTCTAGCCAGATGAGACAACAGTATGACAGAATTCATGAGACACTAACAAGGAAAAATGGCCCTGCTAGACTATTGAGTTCATCAGGAAGTACTTTTGAGCAGAGTATAAAAGCATATCATACTATGAATAAATTTCTTGGCTCTTTCATCGATCATGTTCATAAGGAAATGGACTACTTTATAAAAGATAAATTGCTTCTTGAAAGAATTCTTGGAATGGAATTCATGGAACCAATGGAAAAAAGCATCTTTTACAATGATGAAAGTTATTCTTTCAGCAGTGTTCTGTATTATGGAAATGAARCCACTCTTCTTATTTATGATCTGATGTTCTTCTGTGTTGTGGATTTGGCTTGCCAAAATTTTATTTTAGCATCCTTCCTTACGTACCTACAGCAAGAGATTTTTAGATTTATTCGTAATACAGTAGGACAGAAGAATTTGGCATCCAAAACATTGGTGGATCAAAGATTTCTGATTTAA
3 potential gene matches
Length: 1842
bp
Location:272765..291333
Strand:+>bmy_19555
ATGGAGAGTGACATCGATTTATACATACCTCAAATGAAAATGGAATTTCCGGATGCAGAACAGAGTAAGAATCAAGAGCTAAAGAGCTCTGGAGTCGGTGCAGTAATTGCATTCTCTAATTTCTTCTGTGAGTTTATTGATGAAGTTGAATCACTTCTTGGCACAAACTCTGTTGAGCACATCAGAATCCCAGTCAGAAGTTCCAGCCTGCCGCTGTTCTCTGATGCCATGCCAGCACCAACTCAACTGTTTTTCCCTCTGATCCGTAACTGTGAACTGAGCAGAATCTATGGCACTGCGTGTTACTGCCACCACAAACATCTCTGCTGCTCACCCCCTTACATTCCTCAGAGTCGCCTGAGATATACACCCCATCCGACATACGCTACCTTTTATAGGCCAAAGGAGAGCTGGTGGCAGTACACCCAAGGAAGGAGATATGCTTCCACACCACAGAAATTTTACCTTACACCTCCACAAGTCAACAGCATCCTGAAAGCTAATGAATACAGTTTCAAAGTGCCAGAATTTGATGGCAAAAATGTCAGTTCTGTCCTTGGATTTGACAGCAATCAGCTGCCTGCGAATGCACCCATTGAGGACCGGAGAAGTGCAGCAACCTGCTTGCAGACCAGAGGGATGCTTTTGGGGGTTTTCGATGGCCATGCAGGCTGTGCTTGCTCCCAGGCGGTCAGTGAAAGACTCTTTTATTATATTGCTGTTTCTCTGTTACCCCAGGAGACTTTGCTAGAGATCGAAAATGCGGTGGAGAGCGGTCGAGCACTGCTCCCCATTCTCCAGTGGCACAAGCATCCCAATGACTATTTCAGTAAGGAGGCGTCCAAGTTATATTTCAACAGCTTGAGGACTTACTGGCAAGAGCTTATAGACCTTAACACTGGGGAGTCGACTGAAATTGATGTTAAGGAGGCTTTGATTAATGCATTCAAGAGGCTTGATAACGACATCTCCTTGGAGGCTCAAGTCGGTGATCCCAATTCTTTCCTCAACTACCTGGTGCTTCGAGTGGCATTTTCTGGGGCCACAGCTTGTGTGGCCCATGTGGATGGTGTTGACCTTCATGTGGCCAATACTGGTGATAGCAGAGCCATGCTGGGTGTGCAGGAAGAGGACGGCTCTTGGTCGGCAGTCACTCTGTCTAATGACCACAATGCTCAGAATGAAAGAGAAGTGGAACGCCTGAAATTGGAGCACCCAAAGAATGAGGCCAAGAGTGTGGTGAAACAGGATCGGCTACTTGGCTTACTGATGCCTTTTAGGGCTTTTGGAGACGTAAAGTTCAAATGGAGCATTGACCTTCAAAAGAGAGTGATAGAATCTGGCCCAGACCAGCTGAATGACAACGAATATACCAAGTTTATCCCTCCTAATTATTACACACCTCCTTATCTCACTGCTGAGCCGGAAGTAACTTACCACCGATTAAGGCCACAGGATAAATTTCTGGTATTGGCGACTGATGGATTGTGGGAGACAATGCATAGGCAGGATGTGGTTAGGATTGTGGGCGAGTACCTAACAGGCATGCATCACCAACAGCCAATAGCTGTTGGTGGCTATAAGGTGACTCTGGGACAGATGCATGGCCTTTTAACAGAAAGGAGAGCCAAGATGTCATCGGTATTTGAGGATCAGAATGCAGCAACCCATCTAATTCGCCATGCTGTGGGCAACAACGAGTTTGGGGCTGTTGATCACGAGCGCCTCTCCAAAATGCTTAGTCTTCCTGAAGAGCTTGCTAGGATGTACAGGGATGACATTACAATCATTGTAGTTCAGTTCAATTCTCATGTCGTAGGGGCATATCAAAACCAGGAATAG
2 potential gene matches
Length: 3171
bp
Location:137392..124895
Strand:->bmy_19553
ATGGGCAGACAAACTGTACGTCCGTTTGTCCGGACCAGAGGGGAGAGTGGGCGCCATCTTTTTCTAGGCTCACTGAGGGGTCTGCCTGTTTTGGGGAGGCTGCTGCGACGAGGAGTGCACCCCGCCCCGAGCCTTGTGGTTCCGACTCGGCAGCAGCGGTCATTATTGCTGTGGTTTGAGCTCAGCATGGCTGTAGTCATCCGTTTACTGGGGCTTCCTTTTATTGCGGGGCCTGTGGATATTCGTCACTTCTTCACGGGATTGACTATTCCTGATGGAGGAGTGCATATAATTGGAGGGGAAGTTGGGGAGGCTTTTATTATTTTTGCAACAGATGAAGATGCAAGACGTGCCATAAGTCGTTCAGGAGGGTTTATCAAGGATTCATCTGTAGAGCTTTTTCTTAGTAGTAAGGCAGAAATGCAGAAGACTATAGAAATGAAAAGAACTGATCGCATGGGAAGAGAGAGACCAGGATCTGGGGCACCAGGGGTTGGCAGCTTATCTAATTTTGTTGAGGCTATTAAAGAAGAAGCAAGTAATTCTGGCTATGGCTCTCCGATTAATCAAGATGCTGGGTTTCATACTAATGGTACAGGACAAGGTGATTTAAGGCCAAGAAAGACACGGCCATTGAAGGCAGAGAATCCTTACTTGTTTCTGCGAGGCTTGCCTTACTTAGTAAACGAAGATGATGTACGTGTCTTTTTCTCTGGTTTGTGTGTGGATGGAGTAATTTTCTTAAAGCATCATGATGGCCGAAATAATGGTGATGCCATAGTAAAATTTGCTTCATGTATCGATGCTTCAGGAGGTCTTAAATGTCATAGAAGTTTTATGGGCTCAAGATTTATTGAAGTAATGCAAGGCTCGGAACAACAGTGGATTGAGTTTGGAGGTAATGCAGTTAAGGAGGGTGACATTTCTATGAGGACTGAAGAACATTCTCCACCAAGAGGAATTAATGATAGACATTTTTGGAAACGATCTCATTCAAAATCTCCCAGAAGAACACGTTCTCGTTCTCCTCTTGGATTTTATGTTCACTTAAAAAATCTGTCCCTAAGTATTAACAAAAGAGATTTAAGAAATTTCTTTAGAGATACTGATCTGACTAATGAACAGATTAGGTTTTTATATAAGGATGAAAGAAGAACAAGATATGCCTTTGTGATGTTCAAGACTCTGAAAGACTATAACACTGCTCTGGGTTTACATAAGACTGTTTTACAGTATCGTCCAGTTCATATTGATCCAGTTTCTAGAAAACAGATGCTGAAGTTCATTGAATGTTATGAAAAGAAAAGACCAGCGTCAACAGAGAAAGAGAGGCTTGGACACGTTTCACAAAAATACTCTCAAGAAGGCTATTCTGGCCAGAAACTGTGCATATATATAAGAAATTTTCCATTTGATGTTACAAAAGTTGAAGTGCAGAAGTTCTTTGCAGACTTTTCTCTTGCTGAGGATGACATTTACTTGCTTTATGATGACAAAGGAGTTGGTCTAGGAGAAGCATTGGTGAAATTCAGATCAGAAGAACAGGCCGTGAAAGCTGAACGTTTAAACCGACGAAGATTCTTGGGGACAGAGGTGTTGTTAAGGCTCATATCTGAGGTACAAATGCGGGAGTTTGGTGTAAATTTTTCTTCAATGTCCAGTGAGAGGATGCATGACCATTCACAGTCATGTGATAGAGATGATCATTCCCATTCATTTGACTCAAATGATCTACCATTATACTCGGTTGGCCCTTCTGAAAACTTTAGGCATCAGCAAGAGGACTTGAGGCAACTGGACAATTTCAAGCATCCCCAGGGGGATTTCCGACCTCCTGAAAGGCGCCCTCCAGAAGACTTTAGGCATTCCCCAGAGGATTTCAGGCACTCCCCTGAAGACTTCAGGCGCCTTCGGGAGGAACACTTCAGGCGGCCTCCTGAGGAGGACTTCAGGCGCCCTTGGGAAGAGGACTTCAGACACTCTCCGGAGGAGGATTTCAGGCGCTCTCGGGAGGAGGACTGGAGGCGGCCACCGGAGGAGGATTTCAGGCGGCCTCCCAAGGAAGACTTCAGGAGACCCCCTGAGGAGGACTGGAGGCGGCCCCCCCAGGGAGACTTCAGGAGGCCACCTGAGGAGGATTGGAGACGGCCTCCTGAGGAGGACTTCAGACGGCTTCCCCCGGGGGAATGGAGGCGACCACCTGAGGAAGACTTCCGGCGGCCCCCTGAGGAGGATTTCAGGCGACTTCCAGAGGAAGACTTCCGGCGACCTCCTGAGGAGGACTTCAGGCGGCCCCACGAGGAGGACTTCAGGCGGTCTCCTGAGGAGGATTTCCGGCGTTCTCCTGAGAAGGACTTCCGGCGGCCACCCGCGGAACACTTCCGGCGGCCGCCCCCAGAGCACTTCCGGCGGCCGCCCCCGGAGCACTTCCGGCGGCCGCCTCAGGAGCATTTCCGGCGGCCGCCCCAGGAGCATTTCCGACGGCCGCCCCAGGAGCATTTCAGACGGCCGCCTCAGGAACATTTCAGGCGGCCATCCCAGGAGCATTTTAGGCGCCCCCGAGAGGAAGATTTTAGGCACCCACTGGATGAAGATTTCAGGGGCCCTCCAGATGAAGATTTTAGGCACCCTCCTGATGAGGACTTCAGGAGTCCCCAGGAGGAAGATTTTAGAAGCCCTTCTGATGAGGACTTCAGGCGGCTCCCGGAGGAAGACCTCAGGGAAGCTCCGGAGGAGGACCCTAGACTTACTGACAGTTTTAGACTTCCTGGTGAGGAGTTTAGGAGCCCCCCTGATGATTTTAGAAGTCATCGCCCTTTTGTGAATTTTGGTCGCCCAGAAGGTGGCAAGTTTGATTTTGGAAAGCGTAATATGGGAAGTTTTCCTGAGGGGAGATTTATGCCTGATCCAAAATTAAATTGTAATTCAGGTAGAGTAACACCCATTAAGATAATGAATCTTCCATTTAAAGCTAATGTTAATGAAATTCTAGACTTTTTCCATGGTTACAGAATCATACCTGATTCAGTTTCAATACAGTATAACGAGCAAGGATTACCTACAGGGGAAGCCATTGTTGCCATGATAAACTACAATGAAGCTATGGCTGCTATTAAAGATCTGAATGATAGGCCAGTTGGCCCCCGCAAAGTTAAGTTAATTTTGCTCTAG