ClCG01G012320 (gene) Watermelon (Charleston Gray)
The following sequences are available for this feature:
Legend: five_prime_UTRCDS Hold the cursor over a type above to highlight its positions in the sequence below.ATTGAATTTGGCCATACACGTGGATATGGTTTTATCTTTTAAAAGAAATATCGTTAAACGTCGATTGGACTGCAAGAATCATCGTCTCAGGAGTAAGACCATGTTTAAATTATGCAAAATCATGTCAACCGTCGATCTCACTCTACTCGGGGCTTTTCCTCTTGGTGGGTTTTCTTTTCTGATTCTTCTTCATCTCTTCTATTTAAATGTTCTGAAATCCTGTTTTTGATCATTGTTAGTATTGAGAAATACATGGTTATTTGGAAATGCGTCCCAGATTTTCCCGCTGATTAAGTGTGTTTCTTCCACTCCGTAGCGTTTTACGTTGCCCTGGCAGTGAAGGGCTATCTGCTACACTCGGAGGCGGATGTTCAGGCAGTGATTGAAAACCTTGGTAAAGGAATTCATTTGCGTTTGGATCTGTCCTGTTTTTGCCCCTTTTTGGCCGTGAAGTTTGTTTATGTGATGCCCTATTCTGTTGATGCCGAACTGTTTATGTTTCTTTCAGAGAATTAGGGCAATCTGAAATGCTATTGGAAACATATTTATAATGTAGAGATACATATTTATATGTATATTTGATAAATATATTATTGAATGTTATGAACTCATTTCATTTTTGTTAAATTAAAATATGTATATGATGTAATGTATTGTAAATATGATACTGTGAAATAATAACTATACAAAATTTATAACATAAAACATATTCACAAATTAATTATTATGGTTGATATTCAGACTAATATGTAGTTGGTGACTACAAAGATTTTTATAGTTTACTAATATATTACCAAACACATTTTGAACTATGGATTAAACTAGGATCGAGATCTATTATCGTTTTTCACCGGCTGCAATCTTTTTCTGTCCATGAGGTCCTAGTCTATTACCAAATGTATCTTTTATTTTCAAATTTTTGTTTTCAGATTACTATCTAAATGCACCCTTATCTTCCATGTGTTTCTTTTCTTTCCCTTTTTTTTCTTCATCACCTTATTCAACAGATGTGTGGATGAGAATAGGGTTCAGTACAAGAATCAGTGGTCATTAGATTTGGCATTTGACTTCAAGTCTTATATCATCGTTTTGTCTGCATTGCAATAATTGATCTATGTATTAGGCTCATTGATCACTAAAGATGATATAAGAGCTAGTTTTAACTAAAAAGTTAGGCTCCATTTGGTAACCATTTGGTTTTTGGTTTTTGAAAGTTAAGCTTATGAACATCCATTCACCTCTAGGTTTCTTTGCTTTGTTATCTACTTTCTATCAATGTTTTAAAAAACTAAGTTATGTTTTGAAAACTAAAAAATGTAGTTTTTATTTGTTTTAGAATTTGGCTATGAATTCAACTCTTTTACTTAAGAAAGATTAAAACAAATTGGATGGTCAGTTTAATGGAGGCATTAAAATGAAGCTATTATTAGTTTGAAGTAGAATTTATTTGTAATTATTGGAGATATAATGCAGTATATGCCCGATAATATTTTGTATTCTGGTCTCTTATTTAGAAAGTCACTTTAATGGTTGAATTTCTATCTGTTTTCATTCAGAGCTAAAACCAATTAGATAAAGCAACGAGGGATACGTTGCGTAAAGTTGGTGGAATTCCTGTTCCACGTGGTTCAGAGATTACATCATCAGTCCATTTATACTAAGCTTATCTGTACCTCTTGAATTCACTGTATACTACTTAGCAAGCATATTATAGTGCAATCGTTCTGTTCAAGAAGAGAGATATCTCTTTTTTCTCTTAGGTTAGCATTGTGAAAGATGATACAACGACAGATTTTTCTTTATAAATTATAAAAAATATTGATAAGTTTTTAGACCTACTGAAGAGTTCACTTCTTCTACAAATACATTGTCCTGAAATATTTGCGATAGATAATTGATCACCTACATGACTACTAATGAACTTTCTGTATAACTGATACAAAGTCTGATCTTTTTATTTCTATATGGCTAGTAATGGACTTTTATCTTTTCCAGGCAATGATTACACCAATAGGAGTAGCATTTGCAGTGGGTCTTCTGGGATGGGTTTATCAAGCACTGAAACCTTCACCTCCAAAGATATGTGGATCAGAAAATGGCCCTCCAGTGACTTCACCTAGAGTAAAGCTCAATGATGGGAGACATTTGGCCTACAAAGAATTTGGAGTTCCTAAGGAAGAGGCTCAATACAAAATCATTATGTGTCATGGCTACAATAGCTCCAAAGATATGTACTTACCTGCCTCTCAAGTATGAGCTCCTTATTATTCTTTGCTTAGTCGTAAATGTCTTCATCTGAGCAGTGTGTAGGATTTTTTGCAGTTATAAATGCATTTAAATTCTAAAATTTCTTAAAATTGTTGTCCTTGGGATGGTTAAGGTTGAAAGATTTGTTTCTAAGTTCCTAACATTGGTGATGAGTCACATGAATGAATAAGCTATAGACTTTGGTAATTGTACTTTATTTGAGAATGTCTTTACCATAAACCTAATGTCATTAACTCCCCATGACGCTCTCTCCTCCTCCTCCTCTCCCACCTTCCCTCCGTTCTTCCCCTAACTAAATTGCATTCCATGTCTCCATCACAGCCCATCCCTACCTCCACCATTCGATCTATTCACATAGACGGAAACTATTCTCCCTTTTCCCGATTACTCCAAATGGGGGGAAACACTTTAAACTTTCTGAACAAACCAAATCCAACATCTACTCTATCTTTATCACCTGAAATTCTCTTGATTGGCTTTCATCTTCTTTCAAATCTCTTCACAAAGAACCTTGTAATCAAAAGTTCTTTAGAAAATTGAATGAGGAAGGAGATACCCTTTGGCTTGAGAAGTACAACAACAAGCATGGTTATTTTGCGGAACTCACGTTATTGGAACAATTTGGTCTCCGATCAAACATCCTCATCCCAGCAATGGAGGACAAAAGGGGTTGGTTCTCCTTCTTCTCACTGATATCCGACTATTCCAACAAGAACTTGCAATCCAATAAGACTATTTCATACAGTGAAGCAGTAAAATTGAAAAGTCCTCCACAAATTCAGCAACAACAAACTGCCCCTCCTCGGCAGCATTGTGCTATTCCAATCCCCTACAGTGATTGGTTGGCTATGGTGATTGTTCACGACAAAAGACACTTGGTTGAAGATACGTTCAACTCTTCAAGCAACCATCTCACCTAGATGCATCAATCCTCTATCGGATGATAAAGCTCTTCTCCATGTTTACAATTATGATATTTCAAACCAACTGTGTGCATCATCCGATTGGACTACAATTGATCGAAGAAAGCTTAAATTTCTATCTACATCTCAACCATCTTCCTTCAAATGACTACATCATATGGGGGTTGGATTGATCTTTACCACCTTCCAGTCACCCTCTGGACTGAAGCCATATTCAAATTTATCGGAGATTTTTGTGGAGGCTACCTTCATCCCTCTAATCAGACTGAAAGAGGTCTAAACCTCTCATTTGTTCACATCAAAATCAAAGAAAATTAGTGTGGCCTCATTCCTTGTGAAGTTTGCCTTCCTATTGAAGTCGCGGGACCCGCATCACCGTTTCCATCATTGCCCCCAATCTAATATCTCCGGGCCGGCGAGATGATTTGAAACTGACGCACGAAGCTAGCATTAATGGTTCGGCTGAAATTGTGGATCACAATCAATTTCGAAGGATTAACAAGGGTAAATTTATTGTCGAAGATACAATCCAAGCCGAAATGCCCTCTCTCTCCCCATATTTGGAGCATCCTTTTGATTAAGTTTCTCTCTCTCCTAACCATCAACCAAAGCCTTTGACCAAATCTCCACAAATTATGGAAAATAATATCCCTCTTTCTCCTCAAATAACTGAATCACCCACCCCCCTCTCTCCTCCAATTAAGTGAAATTTAATCATCTCTCCTCAGCCAAATACATCGGTGGACCCCCCTCTCGAAATACAATCTTCTTCCACACTATCGGTCAACCCTAGCCGAAATACCCCTTCCTTTATTTTCCATAATCAGAATCTCAGCGCTGAAAATTCAGCATCTCCTTCCATTACAAAACCTTCTCTCTCCACTGTCACCTTTCGTGAGGGTCCCACTAATCTCCAAGTTGGTCAATCTTTCTCCACATCAGTAGGAAAACAGAATCTTCCCTTTGCTGGATCTAACACAAAAGCCTACCTTTCCAGCCTGCAAATGATGTGGCACTACTAATCCGGCTGATGTTGAAGAATTTACCCCCTGCCCTCTTGACATGGCCATTTATGGTGATGAACCGGATGAAACTCATAACTTACCACTATACACTTTTCCTCCTCTCCCATCGGACATTAGTCCTCAAGATCATATTTTGGGGCCCACTCCATCACAAAATATGACAGCTCCTTACAGCCCCTCTTTTTCGAATTATGAACAATCGGCCCCAATCTCATCAAACTTACCATTCAGCCCCCATGACCTTGCCTCCCTACTGTCTACCCATGGCTTATGTGCCATCCCCTCCATTCCTCAACAATCCAAATCCAAAGGTCCAGCGCATGCTAAAAGCAAAAAATCTAAGCTACAAAGAGAGTTGCAAGGCCTTTATTCCTCGATACACTATGATAAGACAGCAACATTGGCCATTAGGGAGGGAACTTCTGTAGCTCAATGAAATTTCTTTCATGGAACATTCGTGGACTCAACTCTTGGAGAAAACGCACTATGGTTAAAAAGCTCATTCAACAACATAACCCAGGTATAGTGCTCTTACATGAAACAAAGCTGTCTTCTATGGATTCCGTCTTGATTAAATCATATGGAGTTCTGCCTACATTGATTGGACATCCTTGGATGCTATTGATTCTTCGAGGGGTATTCTCATTCTTTGGAGTGAACCAGACATCTCCATCAATGATGTTGTTCAAGGTAATTTTTCTGTCTCTATTCAGGTATTGTTGGCTGATGGTTTCTCTTTTTGGCTTATGGTCGTCCGATAATGCCTACCATGCTGATTTTTGGCAAGAGCTTGATGACTTGGCTGGTTTGGGTGGTGATAATTGGGTTATTGGTGGCAACTTTAATGTCATTCAATGGACATGGGAGAAATCACATGACCGAACGATTTCATTCAGTATGCGTGCTTTTAATCATTGGATAACTAACTATTAGCTCCGAGATATTCCTTTGTCTAATGGCCGCTTAACATGGTCTAGTTCTGGCTCTATTCAATACTTGTCCCTCCTTGATCGATTTTTCCTCACGGAAAATTGTCTATAGAAGTTCAGAGTTGTTACCCTTAAACGGTTGGAGAGAACAGCATTGGATCACTTTCCTTTGGCTTTATCTTCGGGAAGCATTGTTTGGGGCCCTTGCCCTTTCAAATTTGAAAATTCATGGCTGCAAATCCATTCTTTTCGTTCTATGGTTGAGGTTTGGTGGAATCAACGCCCCATTATAGATTGGCCGAGATATGGTTTAATGATGAAATTGCATGGTTTGAAATTGGCTATTCGGGAATGGAATAACTCTTATCGTAGAGAGGTTGCTACTTTTTCGGATCTTGTAACACAATTATCACAACTAGATAACTTAGAAGATAGAGTTTGCTTGAATGATGATCAGATTAATAGACATTGATTACTTCGTGAACAAATTGAAAATTTGATAGTTCAAGAACACATTCATTGGTTGCAGCGTTGTAAACTTAAATGGCTTATTGAGGGGGATGAAAATACTAGGCTTTTTCATCGTATTGTTGCTGCCCCACGTTGAAAAAGCTCCATAACGGAAATATTATCTAGGGATGTATTAGTCTTTTGACCGCTCAGGCCATTGAGACAGAATTTCTATCTTTCTACTCAGCTCTCTTTACGAAAGATGGTAACCAACGTTTTCTTCCGACTAATCTAGACTGGAGACCTATTACACACGCTCAAGCTATTGATCTGGATCGGCCTTTTTTTGAAGAGGAGATTTATTCAGCTGTTTGTTCTCTTGGAACTAATAAATCTCCTAGCCTTGACAGCTTCACTGCTGAATTCTTCAAGTGCTTCTAGTCTACTATCAAATCTGATATGATGCTATTATTTAATAACTTCTTCAATTCTGGGGTTATTAATATTAAGTTAAATGAAACTTATATCTGCCTAATCCCCAAGAAAGTGGACTCTAAAACGGTTTTCGATTACAGACCTATCGGCCTTATTCCATGCGCATATAAAGGCAAATTCTTGATGCTTCTTTGATAGCGAATGAACTCATTGATGATTGGAGCTCTTCTCAAAAATCAGGGATTGTTCTTAAGTTGGATCTTGAAAAGGCTTTTGACATGGTTGATTGGGAGTTTCTTGATACAGTTCTGCATATTAAAGGCTTTGGTTCTCTCTGGTGTACTTGGATTAACAGTTATCTCTCTAGTGCAAACTATTCCATTATTTTAAATGGTTGTCCCTGTGGCAAGATTATCCTTACTTGTAATATTAGACCGGGAGATCCCCTCTCTCCCTTCTTATTTATCATTGTTGCAGACTGCTTGAGTCGTCTGCTTGCTCACAATTCATTTTTGGGCCTCACTATTGCTCACCCCATTGGTCAGTCATCCTTTTCAATTAATCATTTACAGTTTGCAGACGATATATTGCTCTTCTCTATTGCTGAAAGATCTGCCTTACAGAACTTATTTGATGTGATTCACATTTTTTAATGTGCTTCTGGCCTTAAAGTCAACCTTGCCAAGAGTGAGCTCCTTGGGATTCACATCCCTGATACTGAGGTGGTTGAGTGGTTGAACTCTTTTGGTTGTAAGAGAGGTTTCTGGCCTACTCTTCATCTATAGTTTTTTGGCAGCTTGTGGTTGAACGATTTCAGCATAAACTTCATAACTGGAAGTATGCTTATATATCGAAATGGGGGAGACATACGCTTATTCAAGCTACTCTTTCTAGCCTCCCTACACATTACTTGTCGTTGTTTCGGGCTCCCTCCTCTATTATTAGTTGCCTTGACAAGCTAACACGTGATTTCTTTTGGGAAGGTACTAGAGGTGATGGTGGCATGTACAATGTTAACTAGGCCATTTCACAGCGGCCACAATTGTCAGGTGGCATGGGGATTGGTAACTTTAAATATCGTAATTCCGCTCTTCTTGCAAAATGGACGTGGCGTTTCATAATTGAACTTGATGCCTTATAGAGAGCTTATTGTGGCGAAGTATTATTCTCCTGATTGTACTTGGCCCTCTCTAATCTCTTGCGGATCATCTAAGGCTCCTTGGAGATCCATTTGCCATTACATGGATTTGGTTGTAGATCGAGTCTCCCATCACCTCAAGGATGGTGGATCTACATCTTTTTGGCATGATTTTTGGCTTAGTTGTGGCGCTCTTACTACCATATATCTGCGACTCTTTCGACTCACTCAACATCCGGAGGCTACGATGCCAATGTCTGGGTTCCTTCCACTCTGCTTGGAATCTAAATCTGCGACGCAACCTCACTAAGTTGGATTACTGAATGGGCCTCCCTTTCTGGCTACTTGGCCTCCATCAGATCACGCTCCTTACCTGATTCATGGTTATGGCCTCTTGACTCTTCTTTGATTTTTACAGTCAAATCCTTGATGGCTGATCTGGTGAGCGAATTAGATATTGGTCTGTCAGATCTTTCTAAGGTTATATGGAAAGATAAATATCCTAAAAAGATAAAAATCTTTCTTTGGGAGCTTAGCTGGGGTGCCATTAACATTGTTGATCGTCTGCAGCGCCGATTGCCCTACATGTCGTTTCTCCATCTTGGTGCCATATGTGTCATTCAAATGCAGAATCGCCGGTTCACTTGTTCATGCATTGTTCCTATGCCACTAAATTTTGGGACATTGTCTTGCTTGCTTTTGGTAGGTCTTATACTTGTCCAAATAACATTTTGGAGATATTAGCATCTTTGTTGGTGGGCCACCCCTTTCGTGGTACCAAGAAGACTATTTGATTGGCCATTTTTGTGCTTTCTTATGGGGCTTATGGAGTGAGTGGAACAGGCGACTTTTTCATGATTCATTTTCCTCTTTTCCTCGTTGTATGGATAATGTTTTATCTACTGCTTTTTTTTGGTGTAAAATACAGCCCCCTTTTACTCATTTCAGCTTATCTTTTTTAATTAACAATTGGCTATCACTCTTGTAGTTCTTGTAATTCTCGGGGTTTTTCCCCCTTTATATATGTAATGTTTCCTTTCCAATAAAAAAATAAAAAAAATAAATAAAAAAAAAAAAAAAAACCTATGTAATTTGATACTTTCCTCACATCTTAGTGTGTGCTTGATATTTTATTTTGAAGGTGATGATTTAAGTGAAAATATAATGCATTTGTTGTTAAATGATATGATATTAAATTTGATTTCATCTTAGAGTAGGTAATCCTAGAGGTCCTATGTTCAAACTCCTGCATTGTTATTTCCTCCCCGGTTGATATTGATTGCCACTTGTTAAGTCTTCTACATATTTCAAGCTCACAAGTGAGGGAGGTGTTAAAGGATATAATATTAAATTTACCTCCACCTATCAGCTTAAGCTTTTGGGTCAATCGGTGATTTAGCATCTATTTTGTTTTATGTGATAATATCTCTTTGACTCGTGTAATTTGATCCTAGCCTTATCATATTTTCTTTCTATATTTATTTTACAATGCCCTCTACTTCACTGATCAATTGAAATGAGAATCCCTTTGCTTCGGTCTTATTATTCAATCATATATTCTTTTTCTTTTTTTTTCAGGAATTTATAGATGAGCTCAAGGTATGTATAGTATTATATGACAGAGCTGGTTATGGAGAGAGTGACCCATATCCAGCACGTTCGGTGAAGTCTGAAGCATTTGACATTCAAGAATTAGCAGACAAATTGCACCTTGGCACAAGATTTTATGTAATTGGATGTTCAATGGGAGCATCCACTGTTTGGAGCTGTCTAAAATACATTCCACACCGGTGGTTTTTCTACATTTCACTGCGATCAATTGTTTTTCTTTTCACTTTTTTGGCTTTGTTTTATACACTTTCACTAACTCTTAATGGAGCTTTTTTTGCAGTCTTTTAGGAGCTTCCCTAGTGGTTCCTTTTGCGAATTACTGGTGGCCTTCAGTTCCTTCTGCTTTATTACTACAGACTTTTAGGAAGCTTCCTCAATCTTACCAACGGACATTTAAGATTGCACATTACACACCTTGGTTATACTATTGGTGGATGACTCAAAAATGGTTCCCAACGTTGGTGGCAGATGGCATGTTCAGTGATTCAGATTTAGAGATAATAAAGAGACTGTCCGGATGCTTAAATCATAGCCCGGTACTTTTCTTCTCTGTAATAAATCAATAATTGATTAGCATATGATTCTAGATGCCCCATGGATGCACACTTGGTCCAACTTTCATAGTTTCATATGACTTTTACGTATTAGAGGCAATTTGGAATATCTATCACTTATTTTTTCTGAAACACTTTCTTTAGACTGACAAAAGTGTTTTTAGCCAATGAAATGATTTTATGGTGTTTGGTTTTAAAAGTCATTTGAGAATTCTAAAATAAGTAAACTATTTAGTGCATTTAGTAGAACCACATTTTTGTTCTTTCAAGAATTTGTTTGAAAGCACGGCACTTCACAGTTATCCCAAAATCATTCTTAAAGTGTTTGTGTTTTAGTGATTTTACATTTTTGAAATGTACTTTTGACCATATAAACAAACATCATAATAAATTTGAGAAGTTTTTTAATTAGGTAAAAGAACTTCTACCATTCTAAACGGAGGTCAAAATCTTTGCTTGTTTCATCAAGTGATACCTTGGTGCTTTATGATATTGGTTGTAGGCATGTATTACTGTAATTGCTTTTCTTTTGAGTCTTTTTCATATTGTGATACACATTAAAATGGAACATAGGTCCTAGAAATTTAAAATTTAGACAGAAAAAGGAAAAATAGATAGGTCAGCTCATTGCTTCTATTATCGAATTTGAATATAGTTCACCTAATATTCACATCTTTATTTTTGTACCTTTAAATATCAACAGCATTCTGACAGAGTTCTGCTTTAAGTTAACATGTTTTTGACATAATTAATATGCCAAACCGGTTATATTTCTTTTGCAACCAAATTTAGGAAAAAGTGACGCAACAAGGTGAACATGAATCACTTAACCGAGACATACTGGCTATTTTGGGAGAAAAATGGGAGTTTGACCCGATCATCGACTTGAGCAATCCATTCCCTGACAACAATGGCTCTGTTCATATTTGGCAAGGCCGTGAAGACCGTGTCGTTGCTCTTGAGTTTAATCGTTTTATAGCAGAGAAACTTCCTTGGATTCAATATCATGAAGTTCCTGACGGTGGGCATCTAATAATTCATGATGCTGAAAAATTTGAAGCTATAGTAAGGGCACTTTTGGCCAGATAAGTTCATCTTTGTTGGGTGATGCTGCCATCATGTAATACACGATAAATTTCCATTCAGTATTGTATTGTATTATATCCACGATAAAATTCCATTCAGTAGTGGCAACAAACTGATCCTCCTGGAGCTGGCTGTATGCTGAATGGCAATTCATTTTGCTGCTGCTGATTGTGTTATGTAGCTGGACTCGGCTTAGAACAGCTTTGTTAAGGTGATAGATCATATCCAAAATCAAATCTATAACTTTTATCCATGTTGTTTAGCTACAATTGACTTCTATTTCAATTAATTGAACTTAAACTTCTCTCCCTAGAATTGGTCTTCTGAGTTTCTGTTCTTCGTAGAATGGTAGAGAGAGTTGTGTAATCATTTCTTCTAGTTGTAGTTTATCAATGTTTGTAAGGAATTTAGAAAAGCCCTTTGGGCAGAGTAGAGATAGGAAGAATGAGAAAACTGAGAATATCTTAAGATTCCCTTTTGATTATTTGCATGGATCTGTCATTTGGTCCCACAATAATGGCATCAAAGCATCTCGCTCTGCATGATTCCATTCCCCTTCTCATTTATTTCCCATTTTTTCCTCTAATTTTATTGTCCTCTATTTTTTCGTCAATGGTTCCACAATTTTAAACTAGGCAACAATTTGGAGAGTGAAACTTCATTTGACACTCACGATTTGAAGTAATTTAGTTGGTGACTTTTTTTTTCCTCGTTAAATATATCTCTATTGATTCAGTTAGATTTGTATTTGCCTATGGCTCGGAGATAAATGAAATGTGAATAATATTTGGGTTAAAATTTAAATTTCATTCCAATAATTTTACGTTTTGTGTAACCTTTAGAAAATTTTAATTATGTCCTTGAGCTGTGAATTACACTTCGGCTCTGTATTTGTCATTAACATGTCAGATATAGTAGTGACAATGCTTTTATATATTATTTGAATGAAATGGTTTGATTGGCTTGAAGGAATTAAAGATGATATGGATAATCAATTGAGTAGGACTGATAAGTCATTTTAAGGAAAATTGTATATTAGGTGTGTGTCTATTTGAACTCTAAATTTCTAAGTATTATTGGTTGGGTAGTAGCATTGAGAATAATGCTAACAATGCCAATAAGGTTAGTTTCAGTTTAAGAAAATCGACTTTTCTTAATATTTTGAAATTGACCTTGACGAAAAACCAACAATCTTCGATTTTGGGAAATTTTGGCTGAGTTGGTGATTGGAGTTGCTATTTTTTAAGAACAGAATAGAAGCATAATTTGAACGTAATTCTTTTTATAGAATAATGTAAATGGGAGCTTATCAAGTTGAGAAATTTGAGTAGACACAAAGTGTATGGACAGAATAGAAGTACCAACGATGAACCAAAGAAGGGAAAAGTTGAGTTAATTGAACTACCATATATTTCTATTACGTGTTCATCTTTTTTCACATTTGTTTTGAACTGGAAACAATCTTCTGTTAGCAACATTCCTTCCTTCGTACAAGTGATAATACAACGTTATCACCTCCCCCTTCCACTTCCTGTCCAATTATCCCATTCTTACTTAAAACTCCAGTCTTCCTTCATTATGACCAGTTTGTTCTTGTGCTGTAGGATTTAATATTTGTTTATCAAATTGCCAAGTTGACTCAAGACTTGGATTTATGGACAGAAAAACATGAAGAAGACGAAAACCCACAATTGTTGTCTGTTATAAATTGAGTAGTTTGGTGAAAACTTTTCTGCTGTCAAAGAAGAAGAGAACTCCACATACATTCAATTGAAGCCAAAAGGGAAAAAACCAGACACCCTCTTTTTCACGGTTTAAATATCTTCTACTTTTCCTCTCTCTTGCAGGCTTCTGCTCTGGCGATTGGGCTCTTATGGGGCAAAAGGACCTGCTTTGCTCTTCTTCGAGGATGATTTTTAAGGCGGTGGTTGTATTTTTGGTGGTGGGTCTTTTGGGATTGGTTTTTCAGGCCACACAGCTGCCTCCTCCACAGGACAGTGAGGCATCAGTGGGCTTGCCTGTTTCTTCCCCAAGAATCAGACTCAGAGACGGAAGATTTTTGGCTTACAGGGAGAGAGGAGTGAGCAAAAATGATTCCATCTACAGGATCATTGTTTCACATGGTTTTGGAAGCTCCAAGGATATGAATGTTCTGGCCACTCAGGTATGGTTTCTGACCCTCACTTGGAATCTCAATTTTTATAATTAAGATCTATGATGTCTTCCTTCTAAACTGGAATGTGGTATAGATTATTTTTCTTTGGATAAGAAACTATGTCATTGATTGAGGAAATATCCTTGTATTCAAAAGAGTCCCGATTAAAGGGAATACAAAAGTTGTTTCCAATTTGTGATAATTTGGAATAAGGTAAGAGAAGTTGGGGCTCTTAACGGCCATAATGATATTATAAGCTAAAGGTCGAATATTTAACATATTTGTCATTTATGATTGATTTGGAACTCTATTTTACATCATTAAATCCTGATTATATTAGCTTTGATGATCTCGTATCAATATAGATGTTGTTGTTATATATAAATATTTAACATTTTTCTCATTTATAATTGATTTGGAACTATATTTACATCATTAAACCAAGCTCAGATCTTTTTTGTTGTTATGAATTAAAGCAAACTCAGATGGGAGAGTTTTTAGTTTTGGAGGGCTAATCTTCAATCCTCAAGCTTATGAGAGTCGATTCATATTTCCAACATAATGTCAAATGAGGAGAATTTCACTCTGCTTTATTTTGCAGGATCTAATAGATGAGTTGGGGATCTATTTTGTTCTATTCGATCGACCCGGGTACGGAGAAAGTGATCCAAATCCAAACCTTACAGTAAAAAGTGAAGCATTTGACATTGAAGAACTTGCTGATTACTTGCAAATTGGTTCCAAGTTTTATGTGATTGGTGTCTCAATGGGATCATATTCGATTTGGGGTTGCCTTAAATACATACCAGACAGGCAAGCCACGGAACTCAAATTCTATCTTCGTGTTTTCCTTTTTATGCTTCAGTCATTTCAAACTCTAAAAGAATTGCCTGCAGGCTAGCTGGTGCAGCACTGATTGTCCCAACTGTTAACTATTGGTGGCCTTCCCTTCCTCATAGTCTGGTAAGCAAAGATTACAGGAGACAACTTGTGCAATGGGCTATCTGGTTTTCGCACTACGCCCCGGGATTGTTATACTGGTGGGTTACTCATAAATGGATACCCTCAACTGCTGTCCTGGAAAGAAATCCCGTGTTCTTCAATGATCGAGATATCAATATCTTGAAGTCTATTCCAGGATTCCCAATGCTTACACAGGTAACCATGTGTTTGTGTGTTGTGAACTTCCAGTTTTAGGAAAATGGAAACTTTACAACCACATGCTTTCCATCTGTAGCTAAAATACCATAATTTGGATCAATAGAGTAATCTTACTGGTAATGCAAGAACCAATATATATATATGTATAGATATATTGTTCCCTTGGTTTCCATTAAGCACAATAAAAGCTAATCATTACAGTTGGTACATTAAAGTATTGTTTTGGTTATAGAATAAACTACGGGAAAGAGGCGTTTTCGACACCCTTCGTCGTGACTTCATGGTAGCGTTTGGGGAATGGGGGTTTGATCCTATGAGTCTAAGCAATCCTTTCCCTGAAAATGGAAGTTCAGTGCACATATGGCAGGGTTATGAAGACAGGGTTGTGCCATTTGAACTTCAGAGATATGTTTCTGGGAAACTGCCATGGATTCAGTATCATGAAGTTCCTGATGGAGGTCATTTGATTGTGCATTATAGAGGCTTATTTGAGGCCATATTAAGGGCCCTTCTCCTTGGAGAAGAATTTTGTTCTTATCCTAAGCCAAATTTGTCCAATATTGTAGTT ATTGAATTTGGCCATACACGTGGATATGGTTTTATCTTTTAAAAGAAATATCGTTAAACGTCGATTGGACTGCAAGAATCATCGTCTCAGGAGTAAGACCATGTTTAAATTATGCAAAATCATGTCAACCGTCGATCTCACTCTACTCGGGGCTTTTCCTCTTGCGTTTTACGTTGCCCTGGCAGTGAAGGGCTATCTGCTACACTCGGAGGCGGATGTTCAGGCAGCAATGATTACACCAATAGGAGTAGCATTTGCAGTGGGTCTTCTGGGATGGGTTTATCAAGCACTGAAACCTTCACCTCCAAAGATATGTGGATCAGAAAATGGCCCTCCAGTGACTTCACCTAGAGTAAAGCTCAATGATGGGAGACATTTGGCCTACAAAGAATTTGGAGTTCCTAAGGAAGAGGCTCAATACAAAATCATTATGTGTCATGGCTACAATAGCTCCAAAGATATGTACTTACCTGCCTCTCAAGAATTTATAGATGAGCTCAAGGTATGTATAGTATTATATGACAGAGCTGGTTATGGAGAGAGTGACCCATATCCAGCACGTTCGGTGAAGTCTGAAGCATTTGACATTCAAGAATTAGCAGACAAATTGCACCTTGGCACAAGATTTTATGTAATTGGATGTTCAATGGGAGCATCCACTGTTTGGAGCTGTCTAAAATACATTCCACACCGTCTTTTAGGAGCTTCCCTAGTGGTTCCTTTTGCGAATTACTGGTGGCCTTCAGTTCCTTCTGCTTTATTACTACAGACTTTTAGGAAGCTTCCTCAATCTTACCAACGGACATTTAAGATTGCACATTACACACCTTGGTTATACTATTGGTGGATGACTCAAAAATGGTTCCCAACGTTGGTGGCAGATGGCATGTTCAGTGATTCAGATTTAGAGATAATAAAGAGACTGTCCGGATGCTTAAATCATAGCCCGGAAAAAGTGACGCAACAAGGTGAACATGAATCACTTAACCGAGACATACTGGCTATTTTGGGAGAAAAATGGGAGTTTGACCCGATCATCGACTTGAGCAATCCATTCCCTGACAACAATGGCTCTGTTCATATTTGGCAAGGCCGTGAAGACCGTGTCGTTGCTCTTGAGTTTAATCGTTTTATAGCAGAGAAACTTCCTTGGATTCAATATCATGAAGTTCCTGACGGCTTCTGCTCTGGCGATTGGGCTCTTATGGGGCAAAAGGACCTGCTTTGCTCTTCTTCGAGGATGATTTTTAAGGCGGTGGTTGTATTTTTGGTGGTGGGTCTTTTGGGATTGGTTTTTCAGGCCACACAGCTGCCTCCTCCACAGGACAGTGAGGCATCAGTGGGCTTGCCTGTTTCTTCCCCAAGAATCAGACTCAGAGACGGAAGATTTTTGGCTTACAGGGAGAGAGGAGTGAGCAAAAATGATTCCATCTACAGGATCATTGTTTCACATGGTTTTGGAAGCTCCAAGGATATGAATGTTCTGGCCACTCAGGATCTAATAGATGAGTTGGGGATCTATTTTGTTCTATTCGATCGACCCGGGTACGGAGAAAGTGATCCAAATCCAAACCTTACAGTAAAAAGTGAAGCATTTGACATTGAAGAACTTGCTGATTACTTGCAAATTGGTTCCAAGTTTTATGTGATTGGTGTCTCAATGGGATCATATTCGATTTGGGGTTGCCTTAAATACATACCAGACAGGCAAGCCACGGAACTCAAATTCTATCTTCTCATTTCAAACTCTAAAAGAATTGCCTGCAGGCTAGCTGGTGCAGCACTGATTGTCCCAACTGTTAACTATTGGTGGCCTTCCCTTCCTCATAGTCTGGTAAGCAAAGATTACAGGAGACAACTTGTGCAATGGGCTATCTGGTTTTCGCACTACGCCCCGGGATTGTTATACTGGTGGGTTACTCATAAATGGATACCCTCAACTGCTGTCCTGGAAAGAAATCCCGTGTTCTTCAATGATCGAGATATCAATATCTTGAAGTCTATTCCAGGATTCCCAATGCTTACACAGAATAAACTACGGGAAAGAGGCGTTTTCGACACCCTTCGTCGTGACTTCATGGTAGCGTTTGGGGAATGGGGGTTTGATCCTATGAGTCTAAGCAATCCTTTCCCTGAAAATGGAAGTTCAGTGCACATATGGCAGGGTTATGAAGACAGGGTTGTGCCATTTGAACTTCAGAGATATGTTTCTGGGAAACTGCCATGGATTCAGTATCATGAAGTTCCTGATGGAGGTCATTTGATTGTGCATTATAGAGGCTTATTTGAGGCCATATTAAGGGCCCTTCTCCTTGGAGAAGAATTTTGTTCTTATCCTAAGCCAAATTTGTCCAATATTGTAGTT ATGGTTTTATCTTTTAAAAGAAATATCGTTAAACGTCGATTGGACTGCAAGAATCATCGTCTCAGGAGTAAGACCATGTTTAAATTATGCAAAATCATGTCAACCGTCGATCTCACTCTACTCGGGGCTTTTCCTCTTGCGTTTTACGTTGCCCTGGCAGTGAAGGGCTATCTGCTACACTCGGAGGCGGATGTTCAGGCAGCAATGATTACACCAATAGGAGTAGCATTTGCAGTGGGTCTTCTGGGATGGGTTTATCAAGCACTGAAACCTTCACCTCCAAAGATATGTGGATCAGAAAATGGCCCTCCAGTGACTTCACCTAGAGTAAAGCTCAATGATGGGAGACATTTGGCCTACAAAGAATTTGGAGTTCCTAAGGAAGAGGCTCAATACAAAATCATTATGTGTCATGGCTACAATAGCTCCAAAGATATGTACTTACCTGCCTCTCAAGAATTTATAGATGAGCTCAAGGTATGTATAGTATTATATGACAGAGCTGGTTATGGAGAGAGTGACCCATATCCAGCACGTTCGGTGAAGTCTGAAGCATTTGACATTCAAGAATTAGCAGACAAATTGCACCTTGGCACAAGATTTTATGTAATTGGATGTTCAATGGGAGCATCCACTGTTTGGAGCTGTCTAAAATACATTCCACACCGTCTTTTAGGAGCTTCCCTAGTGGTTCCTTTTGCGAATTACTGGTGGCCTTCAGTTCCTTCTGCTTTATTACTACAGACTTTTAGGAAGCTTCCTCAATCTTACCAACGGACATTTAAGATTGCACATTACACACCTTGGTTATACTATTGGTGGATGACTCAAAAATGGTTCCCAACGTTGGTGGCAGATGGCATGTTCAGTGATTCAGATTTAGAGATAATAAAGAGACTGTCCGGATGCTTAAATCATAGCCCGGAAAAAGTGACGCAACAAGGTGAACATGAATCACTTAACCGAGACATACTGGCTATTTTGGGAGAAAAATGGGAGTTTGACCCGATCATCGACTTGAGCAATCCATTCCCTGACAACAATGGCTCTGTTCATATTTGGCAAGGCCGTGAAGACCGTGTCGTTGCTCTTGAGTTTAATCGTTTTATAGCAGAGAAACTTCCTTGGATTCAATATCATGAAGTTCCTGACGGCTTCTGCTCTGGCGATTGGGCTCTTATGGGGCAAAAGGACCTGCTTTGCTCTTCTTCGAGGATGATTTTTAAGGCGGTGGTTGTATTTTTGGTGGTGGGTCTTTTGGGATTGGTTTTTCAGGCCACACAGCTGCCTCCTCCACAGGACAGTGAGGCATCAGTGGGCTTGCCTGTTTCTTCCCCAAGAATCAGACTCAGAGACGGAAGATTTTTGGCTTACAGGGAGAGAGGAGTGAGCAAAAATGATTCCATCTACAGGATCATTGTTTCACATGGTTTTGGAAGCTCCAAGGATATGAATGTTCTGGCCACTCAGGATCTAATAGATGAGTTGGGGATCTATTTTGTTCTATTCGATCGACCCGGGTACGGAGAAAGTGATCCAAATCCAAACCTTACAGTAAAAAGTGAAGCATTTGACATTGAAGAACTTGCTGATTACTTGCAAATTGGTTCCAAGTTTTATGTGATTGGTGTCTCAATGGGATCATATTCGATTTGGGGTTGCCTTAAATACATACCAGACAGGCAAGCCACGGAACTCAAATTCTATCTTCTCATTTCAAACTCTAAAAGAATTGCCTGCAGGCTAGCTGGTGCAGCACTGATTGTCCCAACTGTTAACTATTGGTGGCCTTCCCTTCCTCATAGTCTGGTAAGCAAAGATTACAGGAGACAACTTGTGCAATGGGCTATCTGGTTTTCGCACTACGCCCCGGGATTGTTATACTGGTGGGTTACTCATAAATGGATACCCTCAACTGCTGTCCTGGAAAGAAATCCCGTGTTCTTCAATGATCGAGATATCAATATCTTGAAGTCTATTCCAGGATTCCCAATGCTTACACAGAATAAACTACGGGAAAGAGGCGTTTTCGACACCCTTCGTCGTGACTTCATGGTAGCGTTTGGGGAATGGGGGTTTGATCCTATGAGTCTAAGCAATCCTTTCCCTGAAAATGGAAGTTCAGTGCACATATGGCAGGGTTATGAAGACAGGGTTGTGCCATTTGAACTTCAGAGATATGTTTCTGGGAAACTGCCATGGATTCAGTATCATGAAGTTCCTGATGGAGGTCATTTGATTGTGCATTATAGAGGCTTATTTGAGGCCATATTAAGGGCCCTTCTCCTTGGAGAAGAATTTTGTTCTTATCCTAAGCCAAATTTGTCCAATATTGTAGTT MVLSFKRNIVKRRLDCKNHRLRSKTMFKLCKIMSTVDLTLLGAFPLAFYVALAVKGYLLHSEADVQAAMITPIGVAFAVGLLGWVYQALKPSPPKICGSENGPPVTSPRVKLNDGRHLAYKEFGVPKEEAQYKIIMCHGYNSSKDMYLPASQEFIDELKVCIVLYDRAGYGESDPYPARSVKSEAFDIQELADKLHLGTRFYVIGCSMGASTVWSCLKYIPHRLLGASLVVPFANYWWPSVPSALLLQTFRKLPQSYQRTFKIAHYTPWLYYWWMTQKWFPTLVADGMFSDSDLEIIKRLSGCLNHSPEKVTQQGEHESLNRDILAILGEKWEFDPIIDLSNPFPDNNGSVHIWQGREDRVVALEFNRFIAEKLPWIQYHEVPDGFCSGDWALMGQKDLLCSSSRMIFKAVVVFLVVGLLGLVFQATQLPPPQDSEASVGLPVSSPRIRLRDGRFLAYRERGVSKNDSIYRIIVSHGFGSSKDMNVLATQDLIDELGIYFVLFDRPGYGESDPNPNLTVKSEAFDIEELADYLQIGSKFYVIGVSMGSYSIWGCLKYIPDRQATELKFYLLISNSKRIACRLAGAALIVPTVNYWWPSLPHSLVSKDYRRQLVQWAIWFSHYAPGLLYWWVTHKWIPSTAVLERNPVFFNDRDINILKSIPGFPMLTQNKLRERGVFDTLRRDFMVAFGEWGFDPMSLSNPFPENGSSVHIWQGYEDRVVPFELQRYVSGKLPWIQYHEVPDGGHLIVHYRGLFEAILRALLLGEEFCSYPKPNLSNIVV
BLAST of ClCG01G012320 vs. TrEMBL
Match: A0A0D9V810_9ORYZ (Uncharacterized protein OS=Leersia perrieri PE=4 SV=1) HSP 1 Score: 624.0 bits (1608), Expect = 2.4e-175 Identity = 330/730 (45.21%), Postives = 447/730 (61.23%), Query Frame = 1
BLAST of ClCG01G012320 vs. TrEMBL
Match: A0A0A0LSN0_CUCSA (Uncharacterized protein OS=Cucumis sativus GN=Csa_1G161090 PE=4 SV=1) HSP 1 Score: 610.9 bits (1574), Expect = 2.1e-171 Identity = 283/317 (89.27%), Postives = 302/317 (95.27%), Query Frame = 1
BLAST of ClCG01G012320 vs. TrEMBL
Match: A0A0A0LSN0_CUCSA (Uncharacterized protein OS=Cucumis sativus GN=Csa_1G161090 PE=4 SV=1) HSP 1 Score: 335.9 bits (860), Expect = 1.3e-88 Identity = 173/354 (48.87%), Postives = 227/354 (64.12%), Query Frame = 1
HSP 2 Score: 609.0 bits (1569), Expect = 8.1e-171 Identity = 330/758 (43.54%), Postives = 447/758 (58.97%), Query Frame = 1
BLAST of ClCG01G012320 vs. TrEMBL
Match: A0A0D3AFV5_BRAOL (Uncharacterized protein OS=Brassica oleracea var. oleracea PE=4 SV=1) HSP 1 Score: 570.1 bits (1468), Expect = 4.2e-159 Identity = 301/690 (43.62%), Postives = 439/690 (63.62%), Query Frame = 1
BLAST of ClCG01G012320 vs. TrEMBL
Match: B9SCS4_RICCO (Catalytic, putative OS=Ricinus communis GN=RCOM_1280770 PE=4 SV=1) HSP 1 Score: 518.8 bits (1335), Expect = 1.1e-143 Identity = 241/356 (67.70%), Postives = 289/356 (81.18%), Query Frame = 1
BLAST of ClCG01G012320 vs. TAIR10
Match: AT3G44510.2 (AT3G44510.2 alpha/beta-Hydrolases superfamily protein) HSP 1 Score: 417.2 bits (1071), Expect = 2.3e-116 Identity = 194/328 (59.15%), Postives = 251/328 (76.52%), Query Frame = 1
HSP 2 Score: 274.2 bits (700), Expect = 2.4e-73 Identity = 137/285 (48.07%), Postives = 190/285 (66.67%), Query Frame = 1
BLAST of ClCG01G012320 vs. TAIR10
Match: AT5G22460.1 (AT5G22460.1 alpha/beta-Hydrolases superfamily protein) HSP 1 Score: 384.4 bits (986), Expect = 1.6e-106 Identity = 181/318 (56.92%), Postives = 233/318 (73.27%), Query Frame = 1
HSP 2 Score: 340.9 bits (873), Expect = 2.1e-93 Identity = 167/356 (46.91%), Postives = 231/356 (64.89%), Query Frame = 1
BLAST of ClCG01G012320 vs. TAIR10
Match: AT1G08310.2 (AT1G08310.2 alpha/beta-Hydrolases superfamily protein) HSP 1 Score: 364.8 bits (935), Expect = 1.4e-100 Identity = 182/329 (55.32%), Postives = 223/329 (67.78%), Query Frame = 1
HSP 2 Score: 245.7 bits (626), Expect = 9.2e-65 Identity = 130/290 (44.83%), Postives = 179/290 (61.72%), Query Frame = 1
BLAST of ClCG01G012320 vs. TAIR10
Match: AT3G48410.1 (AT3G48410.1 alpha/beta-Hydrolases superfamily protein) HSP 1 Score: 330.1 bits (845), Expect = 3.7e-90 Identity = 160/311 (51.45%), Postives = 213/311 (68.49%), Query Frame = 1
HSP 2 Score: 316.6 bits (810), Expect = 4.2e-86 Identity = 165/371 (44.47%), Postives = 223/371 (60.11%), Query Frame = 1
BLAST of ClCG01G012320 vs. TAIR10
Match: AT1G74300.1 (AT1G74300.1 alpha/beta-Hydrolases superfamily protein) HSP 1 Score: 316.6 bits (810), Expect = 4.2e-86 Identity = 158/325 (48.62%), Postives = 207/325 (63.69%), Query Frame = 1
HSP 2 Score: 300.8 bits (769), Expect = 2.4e-81 Identity = 153/357 (42.86%), Postives = 214/357 (59.94%), Query Frame = 1
BLAST of ClCG01G012320 vs. NCBI nr
Match: gi|778659420|ref|XP_011654395.1| (PREDICTED: uncharacterized protein LOC101208945 [Cucumis sativus]) HSP 1 Score: 676.8 bits (1745), Expect = 4.6e-191 Identity = 331/387 (85.53%), Postives = 345/387 (89.15%), Query Frame = 1
BLAST of ClCG01G012320 vs. NCBI nr
Match: gi|778659420|ref|XP_011654395.1| (PREDICTED: uncharacterized protein LOC101208945 [Cucumis sativus]) HSP 1 Score: 322.8 bits (826), Expect = 1.7e-84 Identity = 160/323 (49.54%), Postives = 217/323 (67.18%), Query Frame = 1
HSP 2 Score: 660.6 bits (1703), Expect = 3.4e-186 Identity = 324/375 (86.40%), Postives = 337/375 (89.87%), Query Frame = 1
BLAST of ClCG01G012320 vs. NCBI nr
Match: gi|659071718|ref|XP_008461575.1| (PREDICTED: uncharacterized protein LOC103500141 [Cucumis melo]) HSP 1 Score: 325.5 bits (833), Expect = 2.6e-85 Identity = 162/321 (50.47%), Postives = 218/321 (67.91%), Query Frame = 1
HSP 2 Score: 616.3 bits (1588), Expect = 7.3e-173 Identity = 286/317 (90.22%), Postives = 303/317 (95.58%), Query Frame = 1
BLAST of ClCG01G012320 vs. NCBI nr
Match: gi|659071714|ref|XP_008461550.1| (PREDICTED: uncharacterized protein LOC103500119 [Cucumis melo]) HSP 1 Score: 340.9 bits (873), Expect = 5.9e-90 Identity = 176/354 (49.72%), Postives = 228/354 (64.41%), Query Frame = 1
HSP 2 Score: 610.9 bits (1574), Expect = 3.1e-171 Identity = 283/317 (89.27%), Postives = 302/317 (95.27%), Query Frame = 1
BLAST of ClCG01G012320 vs. NCBI nr
Match: gi|778659417|ref|XP_011654388.1| (PREDICTED: uncharacterized protein LOC101204358 [Cucumis sativus]) HSP 1 Score: 335.9 bits (860), Expect = 1.9e-88 Identity = 173/354 (48.87%), Postives = 227/354 (64.12%), Query Frame = 1
HSP 2 Score: 519.2 bits (1336), Expect = 1.2e-143 Identity = 251/354 (70.90%), Postives = 288/354 (81.36%), Query Frame = 1
The following BLAST results are available for this feature:
The following terms have been associated with this gene:
GO Assignments
This gene is annotated with the following GO terms.
The following mRNA feature(s) are a part of this gene:
Analysis Name: InterPro Annotations of watermelon (Charleston Gray)
Date Performed: 2016-09-28
The following gene(s) are orthologous to this gene:
The following gene(s) are paralogous to this gene: None The following block(s) are covering this gene:
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