ClCG10G011690 (gene) Watermelon (Charleston Gray) v2.5
Overview
Sequences
The following sequences are available for this feature:
Legend: exonCDSpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below.ATGGCGGAAAAGAAGAGGAACTCCTTTCCTTTTCCAGTGTTTGTCATCTTCTTCCTACTATCTATACCTGGTCCTCTTTTTGTTCATTCCTATTGCAACCAAAAGCCAGTTATTTTCAACTTCGGCGACTCGAATTCTGATACGGGTGGTTTCTCTGAAGGACTTGGCCTCAAATTTGGCCTCCCAACTGGCCGTACATTCTTCCATAAACCATCAGGAAGATTATGTGACGGACGTCTAATGATTGATTTTCTATGTATGTACTCTGATCCAAGAAAACAAATTCTCAATAGCTTAATTTTCTTACTAAAATGCATTATCTTCCTCAGGTGAAAGTGTGAGTTCTGATTATTTGACCCCATATCTGCGATCTGTGGGCCCAAATTTCACCAATGGAGCCAACTTTGCTATATCTGGTTCAGCTACTCTGCCAAAGGATCGTCCATTTAATTTGTTTATTCAAATTATGCAATTCCTTCAATTCCAATCACGCTCCCTCGAGCTTATTCCGAAAGGTATATCTCGTTCAATATAGTAGTTGATTAAACACACATTCTTACTTGATATCTCTACAATTTTTATTGGATGGGAAGAATCTCTTCATTCTACCATTGACTATGGTTTCTAACCCAAGTGAATTGATGTAGGCTATAAAGACTTGGTTGATGAAGAGGGCTTCAATAATGCACTTTACACAATTGACATCGGACAAAATGATCTTGCTGGCGCATTCACTTACTTGTCTTATCTGCAAGTCATTCAGAAAATCCCATCTTTTGTTTCTGAGATAAAAAATGCCATATGGGTTAGCCCTCAATTTCTACACTGTTGAATTACTATTTACCACATAATAGTATAAGCTAATAAGTCATGATAAATCTTCTAATTTATTCTCAACACTCCACCGCATGTGCTAGGCTCGAATATGAATAGATATAAGATATGACAAGAATTGACATTATAAAAGTTTGAAGTTAGCCCTGAAGTTTAGTTAAAGATCATGTTGTAAAGATTTCTTCTGGCCTTAGAAGTAGAAGTTGAAGAAGGAAACTCTCTGGATTCCTGTGTTTTTGCTTTTGTTACTCCCCCTTAATTGGTTTTCAATCCAAATGTAGACTTTATATGAACATGGAGGAAGAAATTTTTGGGTACACAACACAGGGCCATTGGGCTGTTTACCTGAAAAGCTTGCATCAATTTCTGCAAATGCTAGTGACATTGACAATCATGGATGCCTCCAATCCCTCAACACTGCTGCAAAAGAGTTCAACACTCAATTAAAAGCTGCATGTGGAGAACTAAGATCTGCTTTGACAAATGTCACCATTGTGTATGTCGACATCTACGCCATCAAATACGACCTCATAGCCAACTCCGTCTCAAACGGTATTGCCAATTATCATCATGTAACAAGAATCAGCAACATTGTCATCTTGGCTCAAGCTGTTTCCTACATTGTGCAGGGTTTGAGAATCCATTGATGGTGTGTTGTGGCTATGGAGGACCACCATACAACTTCAACCAGAGCGTTACTTGCGGCCAACCGGGCTTCAACACGTGCAACGAAGGATTGAAGTATTTAAGTTGGGATGGCGTTCACTATACAGAAGCAGCAAATGCTGTGTTTGCCTCCAAGATACTTTCTTCTCAATACTCTTCTCCAAAACTTCACTTTAATTTCTTCTGTAACAAGTGATGATTGGATTCATATTGACCCCAACCTAAAAAGCTTTTGATTGGAATTCTGTAGGACGTTTGCTCTTTTTACTGTGTTATCGAGAGTTTTGGCAAAACTGTAATCAAGGAAAAGCAAGGGGTGCCATACAAAAACTTATTAATAAAGAAAATCATAGAAAGCAAACATTTCAAAGTTATTAACCGTGTTCGTACTGTTAACGTAAGTTATGGTTTATGTTTATAAGTCCGAATTTTTCCAATTAGTATTTTCCTTTACTTTTTTCTTTTATGCTATATTATTTTTTAGTAGTTTTTTTTTTTTAGTCTATTTATTCTTTCATTCACTTTTATAAAGGTGGGTTTATTATTTAATAAAATACACAAAAACAACGAGTATATGTTATTCTTAAGTTTGTAATATATATTACATATTCTTAAGTTTATAATATATATAAATATAGAGGGTGGAAGATTTGTACAATTCCATACCAATTGTGAAAGAGAGGAAAAAGAAAAAAAAAACACAAAGTTATTTATAAACTTAACTTAGAAGGGTAAAATATCTTTGTGGTTTGAAATCATATCCTTTTGCCATTGAAGTTTCAATAATGCTCTCTTTTGGTTTCCAGTGCAATGGAGCTATTATTTTCTGTCAGTACTCTAATGGAATGTCGACATGTGGCAAAAATATTTGTGCTATGACAAGCATAAAAATATTTAAAATACCAATCTCTCTTTTACACTAGATGATTCCCACCCTCAATCTATATTCTATTTTCGATTTACATTAATTACATTTTGTTATTTTTTCTTCTTATGTTGTATGGATTTTTAATGTTGATTTACTCTTTACGTGAAATCTATGAAAATGTGAAAATCTCAATAAACATATCTACATGTCAACGAAAATTTAATACTATGGGTAAAGAATTTTAAAAATTAAATTTATAAAGCCTCCTATTGTATCTTGAAATTTATGCTTTTTTTTTTCTTTCTAATTTTTTAATTATGATTTTCATATCTGTTAAAGAAACATTTGATTTTTTAGTCAAATTCTAAAAACAAAAACAAGTTTCTTAAAACTATTTTTTTTAGTTTTTAAAACTTAGTCTAGTTTTTAAAAATATGAGTAAAAAATGGAAAACAATACATAAAAACTTATAGGGGGAGAGATGTTTAACCTTAATTTCAAAAATTTAAAATAAAAAACCAAAAATCATTAAATCTAATTACATAACTTAACCAAAATAAACATAGTTCAACTAACATAGTGCTTATAAATCATTCAACATATACCTAATAAAATACACATATTAACAAGTCAAAGTGGTTATCAAATATGGTCTAAATTTCTTTGTTTTGTTATAGATGGTGGTGGTATCAATTTCATTTTTAGTTATCATAGTTGAGTTCCTAAGGGATAGATATGTTGTTAGTTACCTTCTTATATGGTTGAACCGGCCAAAATAAATACATCCTAATTTATGAATAATATATTATAATCTAAAGATACTATTAAAGATTAATTATAAATAGTATATAAACAATTAATTATTGTTATCAATAGAGTACACAATTAATTAATTATTAACTATCAATAATAAGTATAATAGAAACTCAAAGGTTGGAATGTAAAAAGTTTCTCCTACTTAATTTTTTTCTTTCATTTAATTTAAAAATAAAAATTTAATAGCTTTAGAATTCAAAAAGTTTTGTAACTCTTAGATTTCTACTACTATAATAATGAGTTTTCTTGATTACCATTCTCCATCATCACCTAAAGCTTCAATTTTTGTTTTTTGTTCTCTCTATGCATTATTCTCCCAGACTCTTCAATGTTCAAAGCCTCTCAAGATGTTGGTACATTCAAGTTGCATATATTGCATGTCAACTTTGATGGATTTGAATGAGAGTGCTTGTCAACCTATTGTTATGAAGAAATAATTGTATAGCCAAGTCTTTTTTTTTTTTTTTTTTTTGGTTACTCTCTTTTTATTTTGGTCTTTTATATTCAAAGTAGTTTTGTTTAAATATTTGGTGAAAAAAAAAAATCCATTGGTCTACCTAATTTGAAGAAAGTGTATAACTAACATTTTGAATTTTTTTGGNTTTTTTTTTTTTTTTTTTTTTTGGTTACTCTCTTTTTATTTTGGTCTTTTATATTCAAAGTAGTTTTGTTTAAATATTTGGTGAAAAAAAAAAATCCATTGGTCTACCTAATTTGAAGAAAGTGTATAACTAACATTTTGAATTTTTTTGGTTACTTTTTTTAGGAATATTTTTTTTAATTGTTCTTTTATAATTAGTATATCATTATTTTATTAAAAATGATGGTTAAAAAAAATAATAGATCAATCTCTTATGTACTTATGTTCCTTTTGTTTTGAATAAAAATCATATAACTTATACCCAAAATTTTCTTTAATCAATTATAATTAGTAAATTGACTGATTGTCAACAAAATTAAAAATAATAAAAGTTGTAATTAAAAACTAAAACGATGGAACACAAAAGGTTTTATTACTTCATCCACAAAGAACTTAAAGGAAAATTTAATTATAAGAATTAACTTAAGTATAATATGAAATCAAATTATTAAATTAATTATTAAATTAATTTTATTGATTCTGAAAAGTTATATTTTTTGGAATTTATATAATTTTTAATAAACAATCAAAGTAATTAAAAAATTTAATGGTTTAAAAGTGGAAAATAACTTTAAAAGTCATACAAAAGATTTTTAAAAAAAATAAAAAATTGAAAAGCACAGTATATATAAATATTTAATTTACATTATAAAAAAAATGTAACCTAAAATTCATTAAGAAATAAATCAATATGATTTTAAAAAACCTATTAATATTGAATGAATGAAATTTGAAAAGTTATAATAAATTAATTATTAGTTTATTTTTTATGTAATTGTATTTAATTATAACTAAAACATGCAATAACTATAATTAATAACTAATTAAATTAAGATTTTGATGGCAGAATAATTTTTTTTGAAAAAAAGACCATTAAAAAATATGCATTCTAAATGTTTCCATAATTTAAAACTTTTTTATATAATTATTTATATATGAACGAGAACAAACTCTAGATGTTTTGAACATATTTTTATTAATAATAATGATGATTTTTTCATTGCTTTTCTTTCTCTCTCCCACTCATCCGTTCATATTCATCACTCTTAATCTTCTACCTTCCACCTATTCACATTTTCTTTTCTCTCTCAAAATAACTATTCATTATCATCTCTCTTAACCCTTCCAATTCCTCCTCTCTCAAACCTTTTGGTGTAAATACATCGTCTTCTCTTTTTCATTTATGCTCACAAAGTCACGTAAAAAAGCTAGAAGATGAAAAAAATAAAATAAAATAAAATTACATCACTCTCTTCTAATATTTCATTTTTGTTGTATCTAAATTTTTTATACGTATGCTTGTGCGTTTTTTTTTTTTTTTTCCTTTTTGTGGAGGTGTAGAGAAGAAAAATGCAAGATTCAAACACTTAAGAATTTAAGGTATTCTTTGTTCTCTCTGTTATTCTACCTATGATTTTTTATAGAGGTGTTTGTACGTATTTTTTTTTTTCTTATTTCATTTTTTTAATAGGAGAATGAAGATTTGAGCCACTCACAATACACCTTAATACTACTTCAATCACAATGATAAGATAGACTTTCCCTTTTGAGTGTGTTTTCAATATAAGAAACAAGGAGAGAAAAAAAAAAATGTGTTTGGTATTTGAATTTTTATGGAAAACACAATTTAGTATTTGAATTTTAGTTTGTAACAATTTAGTCTCAAGTATTGCAACAAACAACTTAGGGTTTGTTTGGATTAACTTAAAAAATAAATGTTTTTCAAAAATTCTTTTTCATTTAAACACTTTAAATAAGAAGCGTTTAAAATAAAGACTAATGGGTTTCTTTGAATGGTTGTCAAACACTTGTATTTCTCTTAAAATGACTTATTTTTTTAAATTAAACATTTGAAAAGGTATTGCAAACACATATTTAGTCTTTGAACTTTAGTATTTAACAATGTAGTCATTACCGTCATCAAAATTAAGTGCCCATTTTTATTTGGTGATGACTTAATCTTCTATAAACAAATTCGATCTCTAATTAATTTATCAATCCACATGTATGGAATTTAATTAATTCTTAATAATATTTTTTTATTATAATGATTAAATTGTTACAAACTATAAAATTTAGGGAATAAATTATTACTTATTAAAGTTAAGAGACAAAATTCTTACAATTTTGAAACTCTAGGGACTAAATCGTCACAATTAAACTTCAAAAAGTAAATTATTACTTTCTTTTAACAGTTTATGGACAAAAAATATTTTAATATCATTCAGCGTTCCCATTCTATTGTAAAAATGTTACGTTAAAATATGAATAGTTTCAATTCTCTAAAAAATAGTCTACAAACAGTGCAAAGAAGGTCTAAAGAGATGTCTTAAAATCCAATATGAAAAACTTATTTATAGCAAAAGTCGTCATAGCATCAAGATGCTCGAAAGAATGATTTGACGCTACCCTAATTTTTCTAAAATAACCTATAACGAATGAGGGCACCTATTTTCCATAAAATTATGTAGCGTCTTAGCATTGTTGCTTTAGTTGTTGCTATAACAAATGCTATATGCAACGGTGTCTCGACGCTTTCTGCTCATGTTGGACTTCCTATTCATGACTTGATTCTCAATTTAGGTCCAATTAGTTCCATTTTAATCATCTCAATTCTTTCATGCTCATATATTAAACAACTCCACATTGTTCCAACTCTATAAAATAGACCATTAAACATGAGAGAGTAACAAAACTAAACATGAATTTAAAGATAGATAAAAATAACACATTTAAGATGACAAGTTTCTCGATGTGCACTACTTTTAAGGCTAAACACATATCTTGGGCTTTGTACAAATAGAACAAGCCCAACCCATGTTCAAATAAAAATTAGTGAGATATGCTTGAGTCAAACAAACAAGTCAACAAATTGGACAAGTCCAGTGGTAAAGATACATACTAATTTATACATAAACTACTTCTTTCTTTCTCATCTGTTTATTAAAACCCACAAATTGATTGCATGCTTTAAATTCAAAAACTAAATAATATCATATTCAGAACTATTATTTATTCAAACTGCAAAATCAAAATAGTAAACATTCGAATCTCTAATTTTTTAGTCTTATAAATGTTTTAAAGAGTTAGAACTATGCTAGGATTACTCATACCATTGCACATTATATTTTAAAGGATAGTTGCAAATATAACAATTAGACTCAAAATATTAGCTGATATAGCTCAACACAAAAAAAAATTGCAGATATAGCCAATTTTAAATCTAGACCTGTATATCAGTGATAAACTATATTGCTGGTAGAAGTCCATTAGCGATAGAGTCTATCATTGATAAATTTTGTTAAAAAATAATGATGCTATACACTTAGGTCATATTTACTACTCCGTAATAAAGTTGTTGCAATTGTTAATGAATTTTCTTTATTATCATAATTCACATACTATTATTAACTGGTTTTATAGAAACGTATTTTAATGGTGCTATCCAATGCACAAATTAACTTGATGTGAAGTAAAAAGTCAACCATGAATATAAAGATTTGTTTATGTTAATCAAACCCGACCAAAAGTAAACATCTGCCAGCAGATAATCTTAATTTAATAACAACTTGGGTTAAACCCTAAACTATTCTTTCTTCTGATTTTAAAAATTATGAGAAAACAATGGAGTGAAGACTTACAAAACAACCGCTAATCAATTTCAGTATCAACCAAAAAAAAAATAAATAAATAAAAAAATAAAGAAACAAACGAAAGGATGACCAAATCAAGATCAAGAACAACATTATTGTTTGATCCGAAGAAGCTGAACAACCCCTTTTGGGTTTGTGTCATTTCCCTTGCCATATTCATTCCATCAAGAAGCTGCAACCCTACATCAGCAACTTTGATCAACTTCGGTGACTCGAACTCTGATACCGGTGGCGTTCTTGCCGGGACTGGACTCCCCATTGGCCTCCCCCACGGCATTACCTTCTTCCACCGCGGCACCGGGCGGCTAGGTGATGGCCGGTTGATAATTGACTTCTTCTGTGAGTTCCCCATACTACTAGTTAGGGTTTATATTATTATATGTTTGGTTTGAGATTAGGTAGTGAAAAGTTTGATATGTTTTGGGTTTTAGGTGAAGAATTGAAATTGAGCTATTTGAGTCCATACTTGGAGGCTTTAGCTCCAAATTTTACAAGTGGAGTGAACTTTGCAGTGAGTGGAGCAACTACACTTCCACAGTTCGTCCCTTTTGCTCTTGATGTTCAAGTTCGTCAATTCATTCACTTCAAGAACCGTTCTCTTGACCTTCAATCATTAGGTATGTTTCCCTTTTCAATTTTAGTTTCTCCCTTCTTTTTTTAAATTAATAGAATAATTTGGTCTCCATTTGATAATAATTTAGGCCCGTTTATTAACCATTTTCTTTTTTGTTTTTCTTTTTTTTTTTTTTTGAAAATGAAGCTTATAAGCACCCTTTTCGGCTCTAAATTGCTTGTTTTATTCTCCATTTTTTATGAATGTTTTCGAAAACCAAATCAAGTTTTAAAAACCAAAGAAAATAGTTTTTAAAAATTTGTTTTTTAGATGTGGCTAATAACTCAACTCTGTTTACTCAAGAAATATGAAAATAATAGTAAGAAATTTGAGAAGAAATAGACTCACTTTTCAAAAACTAAATAGTTACTAAACTTGGTTTTAGTTTTTTATTTCTATTTTTTGAAAACTTATATAGATATCTTTGTTTTGTTAATTACTTTATAACAAAAAAAAAAGTTCTAAAAAATATTTTTACTTTTAAAATTCAACTAAGAATTCAAAAGTTATTGAAAAAAAGAAAAAACCATCAATGAGAAAATAAACTCGGATCTCAAAAATAAAAATCTTAATAGTTATCAAGCGAGACTTAAAATATTAGAACCTAAACTAAACAAACTCACACAAAGCTTATAATTCAATCTAATACATATGGGTTTGGGATGAAACATATTTTGAGTACCATTTTGGAATAAATTAAGAGATGAATTTGATGGCAGGTAAGATAGAGAAGATGATGGATGAAGAAGGTTTCAAGAAAGGAGTATACATGATTGACATTGGACAGAATGATCTCTTAGTTGCCCTTTATACTTCAAATTTAACCTATAAACCAGTTGCCCAAAAAATCCCTTCTTTTCTTGCTGAGATCAAACTGGCCATTCAGGTTAATCAACTTTTTTTTTTCCTCCTCTCTTTAAAGCTTCTTTCTCTTTTCCCCCTCTTCCTAATCAACACTCCAAAAATAATTAATATTACAACAAATTGCCTTTCTTCTTTTGAATTATATATATATAACTTTATCATAGACCAGGAATCTTTTGGATCATGTGAAGTATTTTAATGTATAGGTGAGTGTGTTTGTTGGTTTAAGATGTATTGCTATAGTTTATTTTCTTTGAAAAAATTAAGATTGTTTAGAGACAAGCGACAATATATATTTTTTTTTTTTGGATAAATAGTGATAATGTTCTTATGATGTCATATTGATGAAAAAATATTTTTGAAATCCTAGTTAAAATCCATTTTTAAATGGTTTCCCACTGTTAGTCAAAATTATTTGGTAGTAGACCATAGGGAGAAAATAGTCTATTGAATAAATCTTAGAGATCAAAAACATAATTAATCTTAAAAAAAAAATAGACATTTGAGGGTTTTCAAGTCCTCGTATAAGTTTTGCCGTCATGACATTTTTAGTTTTTATATTATATAGCCTATACATCTATCATTGTCGATTTCTTCTTGTTTTGATTTGATTTCAGGTTATGAGACGCTTTTAGTTCTTTTTGTCTTTTTATATGATAGTTATAAATTTTGTACAGAATTTATATGCAAATGGTGGGAGAAAATTTTGGATACACAACACAGGACCATTAGGTTGTTCTCCAAAAGAGCTGGCATTGCATCCCCACAGCCACAAGGATGTTGACCAAATTGGCTGCCTTAGGGTTCACAATCAAGTTGCTAAATCCTTCAATAAAGGCCTAAAGAGTGTATGCAAAGAGTTAAGATCTCAGTTTAAGGATGCTATTATTGTCTACGTTGACGTATACACCATCAAATATAATCTCTTCACCCATCCCAAAACATATGGTATGATTTTTTTCACTTTATATGTATATATATATATATATATATATATATATCTCCCATAGAATAGCATGTTAGAAGAGAAAAATGTGCAAATGACACAAGTGTGAAAAAAAAGTGATAATTTCATTCAACCAAACATGCCCTTATATAGGCTTACAAAATAACCATAGAATCTCAATGGTTAAAGAAACCATAAATATTACTAAATGCTCATAATTTCACCCACAAATATAATAAAACTCCCAAAGAATTCAAAAGCCACTAAGGTTACGAAACGAAACACCAAGTCTTTAATGCTAAAACCTTTCATTTTCTCAATGAAACCTTTCATTTTCACAATATAGCATGCATGACACACACATATATACACTAAAGCAATCCATCTTGTCAAGTTCACTATTTTATAAGATAAGAGTTTAAAGTTAAAAAAGGAAAAAAAATTAGGGTTTCATCTCCTTTATATGAACAGATTTCAAACTCACTGCTCCTATGAGAAATAGACTTTTATATAGGCTTATAGTATTGAACTTGTGTTTTAGAATATGCTCTTGGCTTTGGGGTGTTATGAAGGTGTTACGGATGTGTTAACCTAGTTGAGATATTATTATGGTATACCTACCAATCCCTCTTAAGACTAAAAGCTTTAAAAAAAATTGTGTTTTACAATAATAAGATAGCTTAGAAATCTATTACAATCAAATGTTTAAATTACGTACAAGTTTAGCTTATGAACATTCATACGTCTATGTGCATCTAAACATTAAATAAATTATTTATAATAGTTCTCAAAACTATAAGAAAATGTCAAAATAGGTCTATGAATTTTCAATTTTGTGCCTAATAGAAATTCCTAACCTATTTTCACGAATCTATTAAACATAAAATTAAATTTAGTATCTCACACATGAGATGAGACATTAGACTTTCAATTTTGTGTTCATAGATTTGTTCATGTTTTTTTTTTTTTTTAAATATAAAAAGTGTCATATATATATATATATATAGTGTCAATGGCTCTATTTATTGAATATAAGTTTGAGAGACTTATTAAACATAAATTTAAATATTTTGAAACATAGCATTAGAAACTTTTGAAAGTTGGAGAAGAAAAGTTTTAGAGAGATAATGTATTTTTTGGTTTGTGGAAATGAAGGGTTGGAGAATGATCCATTGATGGCATGTTGTGGGTATGGAGGGCCACCAAACAATTACAATGTGAAAGCAACATGTGGGCAACCTGGTTATTCCATATGCTCCAATCCTTCAAAATCTATCATTTGGGATGGAGTTCATTACACTGAAGCTGCTAATCATCTTGTGGCTTCTGCTATCTTATCTGCTCATTTCTCTACTCCTAACCTTACCCTTCATCAGATTTCCTATTCTTAA ATGGCGGAAAAGAAGAGGAACTCCTTTCCTTTTCCAGTGTTTGTCATCTTCTTCCTACTATCTATACCTGGTCCTCTTTTTGTTCATTCCTATTGCAACCAAAAGCCAGTTATTTTCAACTTCGGCGACTCGAATTCTGATACGGGTGGTTTCTCTGAAGGACTTGGCCTCAAATTTGGCCTCCCAACTGGCCGTACATTCTTCCATAAACCATCAGGAAGATTATGTGACGGACGTGAAAGTGTGAGTTCTGATTATTTGACCCCATATCTGCGATCTGTGGGCCCAAATTTCACCAATGGAGCCAACTTTGCTATATCTGGTTCAGCTACTCTGCCAAAGGATCGTCCATTTAATTTGTTTATTCAAATTATGCAATTCCTTCAATTCCAATCACGCTCCCTCGAGCTTATTCCGAAAGGCTATAAAGACTTGGTTGATGAAGAGGGCTTCAATAATGCACTTTACACAATTGACATCGGACAAAATGATCTTGCTGGCGCATTCACTTACTTGTCTTATCTGCAAGTCATTCAGAAAATCCCATCTTTTGTTTCTGAGATAAAAAATGCCATATGGACTTTATATGAACATGGAGGAAGAAATTTTTGGGTACACAACACAGGGCCATTGGGCTGTTTACCTGAAAAGCTTGCATCAATTTCTGCAAATGCTAGTGACATTGACAATCATGGATGCCTCCAATCCCTCAACACTGCTGCAAAAGAGTTCAACACTCAATTAAAAGCTGCATGTGGAGAACTAAGATCTGCTTTGACAAATGTCACCATTGTGTATGTCGACATCTACGCCATCAAATACGACCTCATAGCCAACTCCGTCTCAAACGGGTTTGAGAATCCATTGATGGTGTGTTGTGGCTATGGAGGACCACCATACAACTTCAACCAGAGCGTTACTTGCGGCCAACCGGGCTTCAACACGTGCAACGAAGGATTGAAGTATTTAAGTTGGGATGGCGTTCACTATACAGAAGCAGCAAATGCTGTGTTTGCCTCCAAGATACTTTCTTCTCAATACTCTTCTCCAAAACTTCACTTTAATTTCTTCTGTAACAAGATGACCAAATCAAGATCAAGAACAACATTATTGTTTGATCCGAAGAAGCTGAACAACCCCTTTTGGGTTTGTGTCATTTCCCTTGCCATATTCATTCCATCAAGAAGCTGCAACCCTACATCAGCAACTTTGATCAACTTCGGTGACTCGAACTCTGATACCGGTGGCGTTCTTGCCGGGACTGGACTCCCCATTGGCCTCCCCCACGGCATTACCTTCTTCCACCGCGGCACCGGGCGGCTAGGTGAAGAATTGAAATTGAGCTATTTGAGTCCATACTTGGAGGCTTTAGCTCCAAATTTTACAAGTGGAGTGAACTTTGCAGTGAGTGGAGCAACTACACTTCCACAGTTCGTCCCTTTTGCTCTTGATGTTCAAGTTCGTCAATTCATTCACTTCAAGAACCGTTCTCTTGACCTTCAATCATTAGGTAAGATAGAGAAGATGATGGATGAAGAAGGTTTCAAGAAAGGAGTATACATGATTGACATTGGACAGAATGATCTCTTAGTTGCCCTTTATACTTCAAATTTAACCTATAAACCAGTTGCCCAAAAAATCCCTTCTTTTCTTGCTGAGATCAAACTGGCCATTCAGAATTTATATGCAAATGGTGGGAGAAAATTTTGGATACACAACACAGGACCATTAGGTTGTTCTCCAAAAGAGCTGGCATTGCATCCCCACAGCCACAAGGATGTTGACCAAATTGGCTGCCTTAGGGTTCACAATCAAGTTGCTAAATCCTTCAATAAAGGCCTAAAGAGTGTATGCAAAGAGTTAAGATCTCAGTTTAAGGATGCTATTATTGTCTACGTTGACGTATACACCATCAAATATAATCTCTTCACCCATCCCAAAACATATGGGTTGGAGAATGATCCATTGATGGCATGTTGTGGGTATGGAGGGCCACCAAACAATTACAATGTGAAAGCAACATGTGGGCAACCTGGTTATTCCATATGCTCCAATCCTTCAAAATCTATCATTTGGGATGGAGTTCATTACACTGAAGCTGCTAATCATCTTGTGGCTTCTGCTATCTTATCTGCTCATTTCTCTACTCCTAACCTTACCCTTCATCAGATTTCCTATTCTTAA ATGGCGGAAAAGAAGAGGAACTCCTTTCCTTTTCCAGTGTTTGTCATCTTCTTCCTACTATCTATACCTGGTCCTCTTTTTGTTCATTCCTATTGCAACCAAAAGCCAGTTATTTTCAACTTCGGCGACTCGAATTCTGATACGGGTGGTTTCTCTGAAGGACTTGGCCTCAAATTTGGCCTCCCAACTGGCCGTACATTCTTCCATAAACCATCAGGAAGATTATGTGACGGACGTGAAAGTGTGAGTTCTGATTATTTGACCCCATATCTGCGATCTGTGGGCCCAAATTTCACCAATGGAGCCAACTTTGCTATATCTGGTTCAGCTACTCTGCCAAAGGATCGTCCATTTAATTTGTTTATTCAAATTATGCAATTCCTTCAATTCCAATCACGCTCCCTCGAGCTTATTCCGAAAGGCTATAAAGACTTGGTTGATGAAGAGGGCTTCAATAATGCACTTTACACAATTGACATCGGACAAAATGATCTTGCTGGCGCATTCACTTACTTGTCTTATCTGCAAGTCATTCAGAAAATCCCATCTTTTGTTTCTGAGATAAAAAATGCCATATGGACTTTATATGAACATGGAGGAAGAAATTTTTGGGTACACAACACAGGGCCATTGGGCTGTTTACCTGAAAAGCTTGCATCAATTTCTGCAAATGCTAGTGACATTGACAATCATGGATGCCTCCAATCCCTCAACACTGCTGCAAAAGAGTTCAACACTCAATTAAAAGCTGCATGTGGAGAACTAAGATCTGCTTTGACAAATGTCACCATTGTGTATGTCGACATCTACGCCATCAAATACGACCTCATAGCCAACTCCGTCTCAAACGGGTTTGAGAATCCATTGATGGTGTGTTGTGGCTATGGAGGACCACCATACAACTTCAACCAGAGCGTTACTTGCGGCCAACCGGGCTTCAACACGTGCAACGAAGGATTGAAGTATTTAAGTTGGGATGGCGTTCACTATACAGAAGCAGCAAATGCTGTGTTTGCCTCCAAGATACTTTCTTCTCAATACTCTTCTCCAAAACTTCACTTTAATTTCTTCTGTAACAAGATGACCAAATCAAGATCAAGAACAACATTATTGTTTGATCCGAAGAAGCTGAACAACCCCTTTTGGGTTTGTGTCATTTCCCTTGCCATATTCATTCCATCAAGAAGCTGCAACCCTACATCAGCAACTTTGATCAACTTCGGTGACTCGAACTCTGATACCGGTGGCGTTCTTGCCGGGACTGGACTCCCCATTGGCCTCCCCCACGGCATTACCTTCTTCCACCGCGGCACCGGGCGGCTAGGTGAAGAATTGAAATTGAGCTATTTGAGTCCATACTTGGAGGCTTTAGCTCCAAATTTTACAAGTGGAGTGAACTTTGCAGTGAGTGGAGCAACTACACTTCCACAGTTCGTCCCTTTTGCTCTTGATGTTCAAGTTCGTCAATTCATTCACTTCAAGAACCGTTCTCTTGACCTTCAATCATTAGGTAAGATAGAGAAGATGATGGATGAAGAAGGTTTCAAGAAAGGAGTATACATGATTGACATTGGACAGAATGATCTCTTAGTTGCCCTTTATACTTCAAATTTAACCTATAAACCAGTTGCCCAAAAAATCCCTTCTTTTCTTGCTGAGATCAAACTGGCCATTCAGAATTTATATGCAAATGGTGGGAGAAAATTTTGGATACACAACACAGGACCATTAGGTTGTTCTCCAAAAGAGCTGGCATTGCATCCCCACAGCCACAAGGATGTTGACCAAATTGGCTGCCTTAGGGTTCACAATCAAGTTGCTAAATCCTTCAATAAAGGCCTAAAGAGTGTATGCAAAGAGTTAAGATCTCAGTTTAAGGATGCTATTATTGTCTACGTTGACGTATACACCATCAAATATAATCTCTTCACCCATCCCAAAACATATGGGTTGGAGAATGATCCATTGATGGCATGTTGTGGGTATGGAGGGCCACCAAACAATTACAATGTGAAAGCAACATGTGGGCAACCTGGTTATTCCATATGCTCCAATCCTTCAAAATCTATCATTTGGGATGGAGTTCATTACACTGAAGCTGCTAATCATCTTGTGGCTTCTGCTATCTTATCTGCTCATTTCTCTACTCCTAACCTTACCCTTCATCAGATTTCCTATTCTTAA MAEKKRNSFPFPVFVIFFLLSIPGPLFVHSYCNQKPVIFNFGDSNSDTGGFSEGLGLKFGLPTGRTFFHKPSGRLCDGRESVSSDYLTPYLRSVGPNFTNGANFAISGSATLPKDRPFNLFIQIMQFLQFQSRSLELIPKGYKDLVDEEGFNNALYTIDIGQNDLAGAFTYLSYLQVIQKIPSFVSEIKNAIWTLYEHGGRNFWVHNTGPLGCLPEKLASISANASDIDNHGCLQSLNTAAKEFNTQLKAACGELRSALTNVTIVYVDIYAIKYDLIANSVSNGFENPLMVCCGYGGPPYNFNQSVTCGQPGFNTCNEGLKYLSWDGVHYTEAANAVFASKILSSQYSSPKLHFNFFCNKMTKSRSRTTLLFDPKKLNNPFWVCVISLAIFIPSRSCNPTSATLINFGDSNSDTGGVLAGTGLPIGLPHGITFFHRGTGRLGEELKLSYLSPYLEALAPNFTSGVNFAVSGATTLPQFVPFALDVQVRQFIHFKNRSLDLQSLGKIEKMMDEEGFKKGVYMIDIGQNDLLVALYTSNLTYKPVAQKIPSFLAEIKLAIQNLYANGGRKFWIHNTGPLGCSPKELALHPHSHKDVDQIGCLRVHNQVAKSFNKGLKSVCKELRSQFKDAIIVYVDVYTIKYNLFTHPKTYGLENDPLMACCGYGGPPNNYNVKATCGQPGYSICSNPSKSIIWDGVHYTEAANHLVASAILSAHFSTPNLTLHQISYS Homology
BLAST of ClCG10G011690 vs. NCBI nr
Match: TXG63247.1 (hypothetical protein EZV62_010241 [Acer yangbiense]) HSP 1 Score: 948.7 bits (2451), Expect = 2.9e-272 Identity = 475/736 (64.54%), Postives = 554/736 (75.27%), Query Frame = 0
BLAST of ClCG10G011690 vs. NCBI nr
Match: OMO64051.1 (Lipase, GDSL [Corchorus capsularis]) HSP 1 Score: 901.7 bits (2329), Expect = 4.0e-258 Identity = 442/730 (60.55%), Postives = 533/730 (73.01%), Query Frame = 0
BLAST of ClCG10G011690 vs. NCBI nr
Match: PON88735.1 (Lipase [Trema orientale]) HSP 1 Score: 789.6 bits (2038), Expect = 2.2e-224 Identity = 408/743 (54.91%), Postives = 507/743 (68.24%), Query Frame = 0
BLAST of ClCG10G011690 vs. NCBI nr
Match: PON61786.1 (Lipase [Parasponia andersonii]) HSP 1 Score: 779.6 bits (2012), Expect = 2.3e-221 Identity = 403/743 (54.24%), Postives = 503/743 (67.70%), Query Frame = 0
BLAST of ClCG10G011690 vs. NCBI nr
Match: OVA16702.1 (Lipase [Macleaya cordata]) HSP 1 Score: 762.7 bits (1968), Expect = 2.9e-216 Identity = 400/787 (50.83%), Postives = 519/787 (65.95%), Query Frame = 0
BLAST of ClCG10G011690 vs. ExPASy Swiss-Prot
Match: Q6NLP7 (GDSL esterase/lipase At3g62280 OS=Arabidopsis thaliana OX=3702 GN=At3g62280 PE=2 SV=1) HSP 1 Score: 453.8 bits (1166), Expect = 3.8e-126 Identity = 220/328 (67.07%), Postives = 259/328 (78.96%), Query Frame = 0
BLAST of ClCG10G011690 vs. ExPASy Swiss-Prot
Match: O80522 (GDSL esterase/lipase At1g09390 OS=Arabidopsis thaliana OX=3702 GN=At1g09390 PE=2 SV=1) HSP 1 Score: 400.6 bits (1028), Expect = 3.8e-110 Identity = 205/370 (55.41%), Postives = 259/370 (70.00%), Query Frame = 0
BLAST of ClCG10G011690 vs. ExPASy Swiss-Prot
Match: Q9FXB6 (GDSL esterase/lipase LIP-4 OS=Arabidopsis thaliana OX=3702 GN=LIP4 PE=2 SV=1) HSP 1 Score: 383.6 bits (984), Expect = 4.8e-105 Identity = 195/365 (53.42%), Postives = 242/365 (66.30%), Query Frame = 0
BLAST of ClCG10G011690 vs. ExPASy Swiss-Prot
Match: Q3ECP6 (GDSL esterase/lipase At1g54790 OS=Arabidopsis thaliana OX=3702 GN=At1g54790 PE=2 SV=1) HSP 1 Score: 283.5 bits (724), Expect = 6.8e-75 Identity = 156/386 (40.41%), Postives = 216/386 (55.96%), Query Frame = 0
BLAST of ClCG10G011690 vs. ExPASy Swiss-Prot
Match: Q9FXE5 (Alpha-L-fucosidase 3 OS=Arabidopsis thaliana OX=3702 GN=FXG1 PE=2 SV=1) HSP 1 Score: 278.1 bits (710), Expect = 2.8e-73 Identity = 156/361 (43.21%), Postives = 215/361 (59.56%), Query Frame = 0
BLAST of ClCG10G011690 vs. ExPASy TrEMBL
Match: A0A5C7I1R6 (Uncharacterized protein OS=Acer yangbiense OX=1000413 GN=EZV62_010241 PE=3 SV=1) HSP 1 Score: 948.7 bits (2451), Expect = 1.4e-272 Identity = 475/736 (64.54%), Postives = 554/736 (75.27%), Query Frame = 0
BLAST of ClCG10G011690 vs. ExPASy TrEMBL
Match: A0A1R3H175 (Lipase, GDSL OS=Corchorus capsularis OX=210143 GN=CCACVL1_22079 PE=3 SV=1) HSP 1 Score: 901.7 bits (2329), Expect = 1.9e-258 Identity = 442/730 (60.55%), Postives = 533/730 (73.01%), Query Frame = 0
BLAST of ClCG10G011690 vs. ExPASy TrEMBL
Match: A0A2P5ETA7 (Lipase OS=Trema orientale OX=63057 GN=TorRG33x02_154410 PE=3 SV=1) HSP 1 Score: 789.6 bits (2038), Expect = 1.1e-224 Identity = 408/743 (54.91%), Postives = 507/743 (68.24%), Query Frame = 0
BLAST of ClCG10G011690 vs. ExPASy TrEMBL
Match: A0A2P5CL77 (Lipase OS=Parasponia andersonii OX=3476 GN=PanWU01x14_144450 PE=3 SV=1) HSP 1 Score: 779.6 bits (2012), Expect = 1.1e-221 Identity = 403/743 (54.24%), Postives = 503/743 (67.70%), Query Frame = 0
BLAST of ClCG10G011690 vs. ExPASy TrEMBL
Match: A0A200R1V4 (Lipase OS=Macleaya cordata OX=56857 GN=BVC80_1543g145 PE=3 SV=1) HSP 1 Score: 762.7 bits (1968), Expect = 1.4e-216 Identity = 400/787 (50.83%), Postives = 519/787 (65.95%), Query Frame = 0
BLAST of ClCG10G011690 vs. TAIR 10
Match: AT3G62280.1 (GDSL-like Lipase/Acylhydrolase superfamily protein ) HSP 1 Score: 453.8 bits (1166), Expect = 2.7e-127 Identity = 220/328 (67.07%), Postives = 259/328 (78.96%), Query Frame = 0
BLAST of ClCG10G011690 vs. TAIR 10
Match: AT1G09390.1 (GDSL-like Lipase/Acylhydrolase superfamily protein ) HSP 1 Score: 400.6 bits (1028), Expect = 2.7e-111 Identity = 205/370 (55.41%), Postives = 259/370 (70.00%), Query Frame = 0
BLAST of ClCG10G011690 vs. TAIR 10
Match: AT1G56670.1 (GDSL-like Lipase/Acylhydrolase superfamily protein ) HSP 1 Score: 383.6 bits (984), Expect = 3.4e-106 Identity = 195/365 (53.42%), Postives = 242/365 (66.30%), Query Frame = 0
BLAST of ClCG10G011690 vs. TAIR 10
Match: AT1G54790.1 (GDSL-like Lipase/Acylhydrolase superfamily protein ) HSP 1 Score: 296.2 bits (757), Expect = 7.2e-80 Identity = 155/360 (43.06%), Postives = 214/360 (59.44%), Query Frame = 0
BLAST of ClCG10G011690 vs. TAIR 10
Match: AT1G54790.3 (GDSL-like Lipase/Acylhydrolase superfamily protein ) HSP 1 Score: 293.1 bits (749), Expect = 6.1e-79 Identity = 156/360 (43.33%), Postives = 214/360 (59.44%), Query Frame = 0
The following BLAST results are available for this feature:
InterPro
Analysis Name: InterPro Annotations of Watermelon (Charleston Gray) v2.5
Date Performed: 2022-01-31
Relationships
The following mRNA feature(s) are a part of this gene:
GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
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