![](http://cucurbitgenomics.org/sites/default/files/styles/slideshow/public/carousel/101322_web.jpg?itok=EG-G51x6)
ClCG01G001080 (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.ATGGTAGTTAGGGTTTCGGATGGAAGACAAAGCAACCCCATCAGACTTGACTTCGCCGGTATCTTGTGGGCTGGGGGGTCGTGGCGTGGTGTGGGCCTTCGACGCTGGAAAATAGAGCTGACAGCCAAATTTTATGGGTAATTATTTTAGCAATGTTAAGTAATTTTTTTTTTTTAAATTAAATTTATCTCCACTTTATTTCTTATATTTATTTGTATCTCTCCTAATTATAATAGTTAAATTATTTGGCAAATTAAAAGCAAGTTTTGAAAAGCTATTTTTTTAGTTTTCAAATTTTGGTTTGGTTTTTTAAACCATTGGTAATTTGAAGATGAAATTAGTGTTTATAGGCCTAATTTTAAAAAACAAAGACAAAAAACAAAATATTTACATTAAGCTTTTTTTTTTTTTTTTTTTTACAATTTTCATAATGATTTGCATCTTTTTAAGTACAATAGTTGAATTTTTAGCCAAATTTCAAAAACAAAACAAGTTTTTACAAAGTTTTTTTTTTTTAGTTTTCAAATTTTGGCTTGATCTTTTAAGGAAAATTATTATAAATAGAAACAATATCAAACTATTATAAATATAGCAAGATTTACTTTTTATCTCTATAGACTGCGATAGATCTAAATAGACATTTATCTGTGTCTATCTGGTAAAGTGACAAATGTCTATTTGGGTCTATCGTGGTCTATCGAGGTAGAAAGTAAATTTTTGCTATGTTCGTAATTATTTTCAACTGTTTTCTATTTTTGAAAATAGTCCATTTTTTAAACTATTGGTAAAAAGTAGATAACAAGTGAAGAGATTTAAGGTAGAAGTAGTCTTGCTTCATTTTCAAAAATGAAAAACAAAAAATCAAATGGTTATCAAATGAGGTCTGAAAGTTGTTAATTGGATAAAAAAATGAATGTTAGGGTTATTAATTAATAATTATATCAAATAACGAAAATAAGAAAAATTATTATAAATAGAAAAAATATCAAACTATTTACAGATATAACAAAATTTTATTTCTATTTGTGATAGAACCCGATATACCTAGATAGACATCTATTTGCGTCTATCACTAAAGTAATAAATGTCTATTTGGGTCTATCGCGGTCTATCATAGATAGAAAGTAAAGTTTTGCTATATTTGCAATTATTTTCAATCGTTTTTCTATTTTTGGAAATATCTTCGAAAATAATCTATAGATTAAGAAAATTATTAATAGAAAAATAAACATTCACAATGTAAAAACAAATAATTTACTTCGTGTCCAAAAAGTTTAGATTCACGTCTTTTTTTCTCTAAAAATGCAAAATGAACTCCAAATGATTTTTTTAAGGTTCAAATCATCCTAAATATGTCAAAGTGAGTTTAGGTCAACGAGGGTTGACATGACTTTTCTTCCTAGAAGTTGAAAATTCAATCTGATTTTGAGAACTCACCATTTTAATCTTTAACCTATAAACATGTGTAGTAAATTAGATGGAAATGATTAAGACCCTTAAAAAAAATAATTTTTACCATAGTACATTGTGGGGTCGATTTTGAGTTTGAACTCAAATAACAACGATGAGTCAAGTGAATCGAATTAGAGATTCGAGATTCTAAAATGGTTGAATCAACAACCATTTAAATCGGTGTGGTATTCCTCTATTTTGGGAACTAGAGAGCTCTAATCAAGAACTAAGTTAAGGAGATTGTAAATACTTTAGAGCAAAGTGGGTACCAATTCATGTGGTTGCTTTGGCAACCATCATCAGCGAAAAGGGAAATTAAAGATATAGTTCTATAGGGTTTTTGGATTGAATGGCCAAGATTGGGAGGGTGATTGGGGGGCGAAACAAGTGGAGATTTTAGGGCATCCACATGATGGGATAGTAATAAGAACAAGAGTTTCTAATCAAACCAAATCATAGTAACAAAATGCCAAATCAATAATATATATCTCACAATGATTTAAGATTTTGCCATAATACTTGTCAAATTTGATCATAATTAAAACAACCGTCAAAACTTTCATTTCTTATATGTTTTATCTCAATTAGTTACCACCTTAGATGAATAACCTTTTGAAAATCAATCATAAAATGATCAGTGATTGATAACGGGAAGATCAATACTCTCTCTTGTCCTATTAGTCACTAGATCATTGCAAATCCAATCCCTAGTTTCAATGTAAAGATAAGTCGTAATTATGACTGATTTGAAAATCTCTTTATTCCTAATATATTTCCCTATATGTGCTAAATACAAAAACTAATGGGGGATTTATCTATTTAAAGGTTTAATAAGAAAAGATAAATCAAAATTTGAAAACATTTCAGAAAAAACGTAATGTGAATTCAAACTTGAGGAAGATCTGAAAATTGAGCAAATATCTCAATTTATAGATTTAAATCTAAGGAGACAAAATATAATTATCTGTAGAGACCGGTAAGAATATTTTGAGATTAATCAAATACATGATTATGTGGGTGAGAGTTTATTTGGTTTTTTTTTTAGAAGAACATTCTATATTTCGGTTTGGAGACGTGATGACACAAATACACTATATGTTATATAATTAGAGCCAATACTTAAACAAATACGTATATAAATTTACATACTACCTTCTAAATAAAGATTAAATCATAAAATGTGATGGATGCACAATATGTACATATATTGAAAATAATACTTGTGTCAGTGTCAAAACTATACAAAAATTATAATATTTATGTATTCGTTTTGAAATATAAAGTATACTATAAATAAAAGTGATTGAAGGCGAAAACTTAATCATAGACAATAAAAGAATAAAGGAGTAAAAATTTATGTGAACAAATTGAAATAGGAAATTTTCAAGGCTTGAGATCATGATAATTGTAGGAGATCAAAATATGGACATGTAAAGCCTAATTTTTCTTCTCACCTTCTTTTACCATTGGTTTCTATGGAGAGATTATTTGAATGTTTGTGTGTTTGTTTTGAATTCTAGCAATTATATGCTTTTAATTTATTCTATTAGTCATAGATTGAGTGTATCTGTTTACTTCCGAAAGAGGCCAATTTAAAATTTGCATGATTAAAGGGATTTAAGATAACTTTAAAAACAATATAAAAAAAAAATTTAAATTCGTTTTTTTCAAATATAACAAAAGAAATTAAAATATTTATAAATATAGCAAAATTATATTTTCAAAAATTGTTTTTGAATTTTGTGCTCCAAATTGTGCTAATTCTAAAAATAACATTTTTATATTCTCATTGCATCTAGATTTTGAAATTAAAACATATGTTTGACAAACAATAGAAATTAGAATGCAAATTATATTAAATAAAGATACAAACATTTAGAAATCTAATATGTCATGTCATAAACTCAATTTATTTTTAAAAAAATGTCATACGTATTGTGTAACGTATTATAAATTATATAATACAAAATAATAATCATATAAACCATCCAAGTGGTAAAATAGAGTGAGTCTCAATAAATTGTTAAAAAGTCATGAGTTCAAATCAATGATGGCCACCAACCCTCACACATAAATAACATTGGTAGAAATCACTTTTGTCATTTTTAAAATCACTCGAAAACACATTTTTAATCCCTCAGAACTAATTTAGTTTTTATACAATTTTTATATCATTTAGTTTTAAAGAATTAAAAATATGTTTCACGTTAATTTTAAAAATGACAAAAATTATTTTAACCATTTTAAAATCACTCCAATTCAACTTTTAATTTTATACTGTTAAAGCATATATTTTACATTAAAATTGATGTTAAAATCACTTCCATAATTTTATCCTTTTAAAGCATATATTTTATATTAAAATTGATGTTAAAATCACTTCCATATTAATGGTGTTTGTTGGTAACCAACGTTAAATTGGGCAATTATTGCTTGTTAAAGCTTCTAAGATGTTTCCCACTAGTTTGTTACAAATACAACGTGAATTTGGGCACAAATGGCGAGTGTGCAAAGAGGTGGCAGAATGCATGGTTCATATCAATTCAATGATTTGGCCGCCGGTGGTTGGTCAATAGAAGCTTAAAGTTTCAGGCGGATTTGCAGATTCGGATAACTCCCGATTGCGTCTTCAAATTCCATCTCTCTTTAATCGAAGCAATGTGGTTATTCAGAAGGAAAGGACCCTCTGGATTTTCCTCTTCTTCCACTGCCGAGGAAGTTACCGACGGGATCGATGGCACTGGTCTTACCGCCATTGTTACAGGTCCTAATTTACTTAAAGAACTTTTTCTTTTTGTAATTTTGTCTGAACTGTGAACTGGGTCTCATCCTAATTTCCCTTTACTCCTATACATCCTTCAATTATACATCTGAGTTTCTTTGTTCCTCTGAATTTGAACATTCAGAGTGTTTCTTGTACAAAATCTGATGTGTGATTCTTCCTCTTCTTCGAGTGTTTCTCGGACGAAATCTGATGTGTGATTCCACTTGCAGTTACTGAGAGATGAGATTTTATACGTTCCTCTGAATTTGAACATTTTTGCTGATTACCAAACTTTGTCATTTTAAAAAATACTCATAGTAGAAATCCATTAGAATTTTTTGTGAAAATTTAACAGATGTGGTGGCAATGTCCTTGAAATGGTGTGACTGTGTTCAAATTTCAATTTTCGTTTAAGGGTTCTAAGGCTTAAATTTTGTCTGACATTCTAATGGATTTCTAGAGGATGGTTTTGAAATCTCTATGAATGGTTAAGAATAATATTCCAACTAAAGAAATATTAGAAGTATTTGTTAAGCAAAGGGCAAAGTTGAGAGCTATGTTTGTAATCTAGCTTTTATTTTTAGTCCAACTGCTTTCCCTCTTAGCAACGTTTTGATACTTTTATCTATTTTTTATGATGACTTATTTTGAACATATTTGAATTTTAAGTTTGGACGGTAGTTGTTCTGCTTGTTTTTCTATAAGTTTCTGGACAAGAATTTTTATAGTAAAGACAGTCATTACACTTTTGAAATTACGAACATTAAATCAAAAGAACATCTGAAGGCAAACCATTATGATAGGCAAACTATGGAGAATTAAAGAATATGCTTTAACAAAAGAAAAATGTCGGTATGGCTTTTGACTTCAGATTTCTGTTGCTGTAAGAAAAAGAAAGAGGTTGAGGAAAGAAATTCCAGGTGAAAGGTTGTTAAATGGTATGGGCATGATTGTTTGGTTCCTACTATGAAAGGTTGATGACTTATTTATATATTTACTCTGCATTCTGAATCTTCTCCGACATGTTTTTCTTAAGCATGATTGGTGATTAGTTTTACCATTTAAATAAGCATTCTCTTGGTTTGGTCTTCATTACTAAACAGAAGATTAATGCTGAAACCACATTTCTGCAGTTTCTTGAATTTCATCCTTTTTTGCTTTGGAACCGAACTTTGCTAGTTGCACTTACTAGCCTTTTATTCTTGCTGATGTTACAGGAGCATCAAGCGGTATTGGCTCGGAAACTGCACGTGTTCTTGCATTACGTGGAGTCCATGTCATTATGGGTGTTAGGAATTTAGAAGCTGGTAGAAATGTCAGAGAAACCATTGTGAAGGAGAACCCCTCTGCAAAAATTGATGCTATGGAGTTGGATCTTAGCTCCACGGCGTCTGTAAGAAAATTTGCCTCAGATTACAAGTCGTCTGGGTTTCCACTTAACATCCTCATGTAAGAATCGAAAGGCATTACAGTGACATGTTCACTAGTTCGTATCTGTATTGATTCACTGCTTATTTATCTCTCCTGCTAGTTGTGGATTTACTTGCCATGATATGTAACTATCTAATTAAATATGTAGTACAAGTTAGTGATTCTTTTTCATCTCTTTCTTTCTTTGGTGGAAGTAACAATGCAGGAATAATGGCTACCCCTTTTGGACTTTCAAAAGATAACATAGAGCTGCAATTTGCAACAAACCACTTGGGTACGTTTATATGATGGATCATTTCTTTGATAATAAGAACTTGTAATCTATGTGAACTTGCAAGAAGATGTATAGGATACACTTGAAACTATTGACACATCATGAGTTTCGTTTAGGATATGGAAAACAACTACTTGCAATATATATGATGATACATGATTTTACTTCTGTTAAATATGGGTGAGCCGAACTTGTTATGACCTGACATGAGACTGAGAAGTGAAGTTGTGGCGTTGCTTAGCTTGAGGAACTTTGGTTTATTGCATTGATATATTGGCTGCAACCTGGAGAAATTTTTATACCACTTTCGTTATGGTGGATTTGTTTTTCTTCTCTGCCTGTAGCTTTTCTTGCATGATTTTTTGTGTAACATATGTCTTGTTAGTGTCTTCCTCTATATTTATCTCTCATGTTCATGACAACTATATTTATCTCTCATGGAACTTAAACTTATTATTTTTCAGCCAATTTTTATTTCTGTTCCGATTTGATCCTTTGAGTCCATGCAGGCCATTTCCTTTTGACAAATCTACTTTTGGAAAATATAAAGAAAACTGCCGCTGAAAGTAAGAAAGAAGGAAGAATTGTAAATGTCTCCTCGGAAGCTCATCGTTACTCATATCCTGAAGGCATTCGATTCGATGGAATTAATGATGAATCAAGGTAAATTTTTTAAGCATACAGAAACAAGAATGAAATGGCTTTTTTGTTTTGGGGAGCATTGTTTGAGAATTGGGAATTAAGTGCTTGGCGGTGCTTTGTTTACCTCCTACCTAAAGGAAGCTGACTTTCAACTCTTTGCAATGTCTTGTCTGAAGACTGGAAACTTACAAGTAGTAACTCAGTTTGGGTATTGCTGCCCTCTTTCTATTTGCTCGGTATTAAGCATTGTTTGTTAGTTGATACTCATTTTGGCACATTCAATCTATCCTCTATGAATATTTTTGAGAATAACATGTATGTATATATATAAAATGAACTTTACTAGCTTAACTTTTGGATTGAGTAGTAGAGAGAAGGTTGGAGGTCTGGACTTTTCTATCCAATTAATATTAAAATTTTACTTGTTGGGTTTTGTTAATAAATCAACATTCAAACCTACATAGTGTGGAGTATAAAGAATTTTGATAAAATATTTAGTTGTAGTATGATAGATATCATTCAGTGTTTCTTACTCGGCAAAGTACATGAAAATGACAAAAATATAGATAAATTAATGATATTCTATTACCCGATAAATAGTCCTAGCAATTGACCTTTGAGCTTGCAAGGGCAATGTTCCCCTTTAGTTTATCCCTTAACTGTTCTTATGCACTCTATGTTCATATTCGTTCATGTAAAATTTTAATGGTTGTTCATTGTAGGTATAATAAAATGCAGGCTTATGGCCAGTCGAAGTTATCTAATGTTTTGCATGCCAATGAACTTACAAGACGTTTCAAGGTATGAGTACTTCTCCAGTTGATGAAAATAAACAAACCAAAATGAGACAAGAAACAACAAATCTTGAATGACACAAGGCGATAAATTTGAGTTTCAATCAGCGTCTTCCGAATTTAAAATTTTTCTTCACTGTCCAAAACTCAGCCAATTCAATTATTACTTCTCTACTGAGTCGAGTGACATCCCTTCGGGCTTAGAGGACGTCTGATAAACTTGGAATGGTACTTACTAGTGTGTCTGATAGAGATGTTCTTCATGTAGGGAGGCATTTATGTGTTCATTGAGATCAGGAGCTCATTTTTGTTGACCTTTTAGAGTTTTGTTCATTTTTTCACGTTTTGTTTACAAAGGATGGTTATGGCAAACCATTTAAATTTGGTGGTTTCTTGCTTCTCGTACAGGAAGAAGGATTAAACATAACTGCAAACTCACTCCACCCGGGGATAATCACCACAAATCTTTTCCGCCATTTCAATTATGGCAACGGTAATATCTTAGGTTTTGTTTGATAACCATTTGATTTTGGATTTTTGTTTTTGAAAATTAACCTTATAAGCACGTTTTGTTTTTTTGTTATCAACATACTAAAAATGTCTACAAAATTCAAGTTAGGTTTTGCAAACTAAAAAATGGAGTTGTGTTAGATAAGGATTTGGTTTTGGAAAACTGTATATGTTTTTCACAATTTCTTTCCAATGATTTTCATTTTATTATCACAACGAGGTGTAGTTTTTAAAAAGTTTTTAATATCATAGTAAAGAAATTGGGAAGAAATAACACAATTTTTCAAAACAGGAAATAAAAGACGAAATTATTATCGTTCTTAATTGAACTGAACTCTATATCTTATTGATGGAAGCAGATGTTCTTACTACTGCATTGATGAAAGTCTGCTGAAATTTTCTCTATTTTTTTCTCTCTCAAATGGATTCTTTTGTGATTTTCTTTCTTCTTTTTACCATCTTTTTCGTGCATTTGGTTTGACAATTTCTTTCTATATGAGTTTTAAATGCAGTAGTTGATCAGTTTAGTAAATATCACTGTTGAAACTATCTTCCTTGATTTTTACTAATCCAACATCTTTCTTCTTGTATAATAACTATCTTCTACGTTAGGAAATAGCTTCTAATCCAACATTGTTTTGTTTTTCTTGCAGGTATAGTAAACACCGTTGGCAAACTCATGTTTAAAAATGTTCAACAGGTGAGCTTCATTCTGTCGCATCTACTTTACAGAGGTTTACAAAAACTGAGATATCATCGTTATGAGGACTTTAGACCAAATGTACTTTAGATCGAATGAACTTATTCAACATACTCAGAGGTTTACAAAAACTGAAAATGAAATTGTTATAAATGAATCTTTAACTACGATATTATCTGGCATAACTTTATCAATATGGAAGCGGTACATGATATTATCTAGCATAACTTTATCAATATTGAAGCGATACGGGGTTTGTTAGTTATTGACATGAGTCTGAATTTGCAGGGTGCGGCAACAACCTGCTATGTGGCATTGCATCCACAAGTAAAGGGAGTGAGTGGTGAATATTTTCAGGATAGTAACCTACACAAGGCAAGCCAACATGGCCAGGATGTTGGCTTGGCTAAAAAACTTTGGGATTTTACCACTAATTTACTCAAATAATCCAACTCTCTTCTCTTTTTTTTTTAGTATAATATGGAGATTTTAACCTTCAACCTCAAGAGAGGTAACATATGCCAATTATTGTCGAGCTATGCTCACTTTAGGCAGTTCTCTGTTATCGGTAAATTATTGTTGTGATATTTCTATCTAGTTAGGTTGTATTAAGTTGTATTGTATGTGTGTTTAGAGTATTACATGGTAAATAAGGAAGTGGATTTAGAGCCACTATCCTCAGAAATGAAGGTATTAACATTCAACTATTCAAGTGAATGGTGTTTGTATATGTATTCGTGTATTGTGTGAAGTTGCTATAAAGCTGTTGATAATTATCATGTTTACTAAAGCATGGTTGGTATTTAGTGTTTTTGACCAGTTTTGTTTTTCTTGTGTTCTTGAAAGTATTTTCCTAATTAGGAATACAAGTTTATGTAGTGTTTGATTATCATATATAAATTTATTAGATACAAAATTGAAATTTCGAGATCTATTAAAATATTTTTTAAAAAATGGTAAAATAGTCCCACTAGTGTGCATGGTTGGTATTTAGTTTCCATGAATGTTGATACTCTTCTTAATAATGACTAATTGAAATTAAAGGTTTTTTTTAGATGTGGACAAATAGTTTAGAGACTAATTTTTTTTTTCTTTTCTATGATTTAAAATGTAGAGACTCATAGTTTCTAAAGAGTTTAAAGGATAAACTTTGTAGTTGACGTAATTTTATACTAAAGTATCAAACTTGAGAATTTGAGTCCGATTTGAACTTTTTGATATGTTACTGACATTGTGACACATACCAGCCAATCTAATCTAGAACTATATTTTTGTCCTCATTTTACCAATTGAATTCAAGTATTTAGTTCCTAAAATAAAAAATAAAAATAAAAATCAAGGATGTAGTAGAAGATTCTTCAAAGTCTCATAAAAGAATTAATTGAAGTTTCACTTGTCAATTATGGTTTGGCTCCTTCAAATGTGGCATAAGTTATGTTATCACGGTCGGGAACAGAGATTTTACAATATTTTATTAGATACATAATATTAAGGTTTATAGAACTTAAATGAATATATTCTTTTAATATAGTTGGGAGGAGAAGAATTGGAACTACGGATCTTTTGGTCCAGAGTATGAAATTTATAATTTAAACATTATTCAAATGTAATAAGGAGCTAACCAACCAAGAGAAAAATAAGGCTGAACAAACTCAAACTAGCTCAAGTGAAGAGGAAAATGAAGCTCAACCTAGCTCAAATGAACCCCATGCTATGCCACAAGGTTCAATGACAAAAGCTAGAGTTAAAAGTCTTCAAGGATTAAATGGTTGCTTCCAAGCAAATGATGTAGAGTTGCAACTTTTGAAATTCCAAGAGTCATTTGGACACTTAAGAGTCATCATGAATCTAAAAATCCAGCTACATCCACATATTTAATGTCCTATGTATCCAATTTAATTTAATGTAGTTATATTTATTAGGGTAGTTGAAAGAGTGTAAATGAATTTAAACAATTTGATGAAAGGTTGTGACCTTTCATGGTGCCTTTACAATTAGTTTAAATAGTACTGAAATTTCCATATTTTGAGATACAACTTTGAATTTGAATGAAATCTCCATAGAGTTTTATCTCTCCATTTTTATGCTTTCTTTGTAATCTTGTGTACGCATGTTTAGAACTTTCAATCTAGTTTGATTAATTAGATTGTGGAGAGTTAGAAATCTTGAAGTTAGGAACAAGTTAATCAATTCTTTTCAAGCCAAATCTATTTAGCTTTCTTTGAGTTGTCTATTAAATTTGTTTATTGGATGTTATTCTTATTATCACTGTGGATTCACCTAACCAAGGAGAATTCTCAAACAATTGGTAATTTCCTTTTATCAAAATGGTAATAAATCTGGAAGAAATTTGGTTAGTGATCACTAGTTTTTCACATTGATGTTGATATATAGACGGATATTTCAATCGGTCAATTAAAAAATCCCAAAACGAAGCGATTCCCACATGGCGAGTGGCCGTGAAGATTGATCAGATAGAAGAGGGAGGAATGTGGTTTCTTAGCAGGAAAGGGCCATCTGGGTTTTCAGCTTCTTCAACAGCTGAAGAAGTTACAGAAGGAATCGATGGGTCAGGTCTCACAGCCATTGTTACAGGTCCTTTTCCAATCTCCACAATAACATGAATTCGGTTTAATCCGTGACGTGCTTCATTTCTGTACTGGCGAATTGATTAAAAAAATCGCCCCATTTCTTTTGAATTTTGTTTCTGTTACTTATTCCAGTTGCTTATCAGTTTACAAATAAAAGAAATATGGAAATAATGGGTGGCTGTTGCTCTTTTTGCGTTCCTCTGATAATTTTTCCTGCAGCTTTCAGAGATTAAGGTCATCATTTAGCTTAGAGCTTGTTTATGGGTTACTGGGTTTCATTGCTTTCCACAACTTTGTATTATACAATGTTTTGCTTTGTTGATTGACCAAATTATATACTCACTGATCAAAAAGTAAATTAATGGGTAGGCAATGAGCATACTGCTGAGGGATGTGATTAGTCTCCCTTTGTCTTAATAAATGGCTAAGAGGTCACGAGTTCAATTCATGGTGGCCATCTACCTAAGATTTAATATTCTACGAGTTTTCTTGACACACAAATATTGTAGGATTACGCCTGTGAAATTAGTCGAGGTGCGAGTAAACTGGTTCGGACACTTATGGTATGAAACTTTTTAAAAAGCTCAAATTTTCTCATGATAAGGTCTTCTGCAAACACAGGTGCATCAAGTGGCATTGGTACTGAAACTGCTCGTGTTCTTGCATTGCGTGGAGTACATGTAGTAATGGCGGTTAGAAATGTAGCAACTGGTAGGGAGGTCCAAGAAGCCATTGTCAAGGAAAACCCAACTGCCAAAGTTGATACCATGGAGTTGGACTTGAGCTCAATGGCATCTGTTCAGAATTTTGCATCAAATTTCAAATCCTCAGGTCTTCCACTGAACATTCTCGTGTAAGATGGCAAACTGTATGACTTTATAATTTGGATTCTGTGTTACATTTGTGATCTGGATATATGGATCTTCTCATTCCTTCATCTACCTTATGATCTTCATGTAGCATTCAGACCAATTAACATTATGAAAGTGAAACTACATCGGTATTATTAAATAGAGTGATGCAAGAGACATCTCTATACTTTCCAAATATTGCACATGATGTAGATGACATCTCTAACTTTCTCATTACTTGTAGATCCGTAATCCAAAAACGTGTTTGTGATTGTTCCAGAAGAAATGAAACTAAAGATACGGTAAAGCTAGGATAGTTAGTATGAGTACTATCTAACATTGATAAAATGGAGCTCCATTGTATAGATTACTTCACTATTCAAGAAGTAACCAAATACCTACCATTTCTGTATTTGTGGTTTCTCTAATTCAAGTCGTCCTTTGATTCAGTCTTCAAAATGTAAATAATATCTTTCATATGTCCTTGCCTAAGTGCTTTTATATGTGCACATATAAGCTATTAGCAAAAAGAGGAAAAAATTGAACACTTACATGAGTAGTAGTTATCTTTTCTTCGTTCAGGAATAATGCAGGAGTCATGGCTTCTCCCTTCTTACTCTCGAAGGACAAGATAGAATTGCAGTTTGCAATAAACCATGTGGGTAAGTACATCATCAATAGAGATTGCTCTCTTCTGTAGTGGATAATAGGAAATCTACGGTCTAGTCATTCTTGTCCTATGGTGCCCTAATACTTGATAGTTCTCTCTGCAGGACATTTTCTTTTGACAAATCTATTGTTAGAGACATTGAAAAAGACAGCAAAAGAAAGTAACAAAGAAGGAAGGATTGTCAATGTCTCGTCCCGGCGGCACCAATTTTTGTATCGTGAAGGCATCCGGTTTGACAAAATCAATGATCGACCAAGGTCTTCCTTATATCACCCTTTGCTATAATTCCTTTTCCCCGACATAAGCTAATGCACGGTTCCTTCAGACCATATCTGTTCTCATTAGAGGTTTGTGAGGAGTCAGAAGGACGTCCACAAAATTAAATATGAAAATTATTTCCTTGTTATTTCTTCGCTTACAACCTCAAGTTGAAGAAATTTAGAATCAACTTCCTGTATAATATCATTGCTATGCTATGATTGTGGTGAATACCGTAACAAATTTGAACCATATAATCTCTATTGATTCATTCTATACAGCTATAATGGTCTTTCTGCATATGGTCAATCAAAGCTTGCTAATATTTTGCATGCTTCCGAACTTGCAAGAAAGCTCAAGGTTTGTGAAATGTTTGTTGAATTCTCTCTTTTCAATATCATTTCACAATTTTAGGCACCAAAAAATGGTGCAATTGGAATGTTGCTTCCGGCTAAGAAAGAATGTAGCACAATGTTTAAATATTAGCTTAGGATGTCTTAGGAATTCTTGTTGCACATTGTTGCCCTGAAATTATTATTGATAATCCACTTGTTGGGTCTTCTTCTAACTTCAAGTCTAGAAATGAGAGAAGTGTCAAGCACTCTTAAGGTTTTATGTTGGGTAGTTTAACACTTTTCAATGAAACCAGACTTTGGTGTTGTTTCTACCATTTTTTTGCTTCTTTTATCCTAAGAGGCTAAACAAACACTATTACTGAGCAATCATTTGCAAACAGGGAGAAGGGGTGAAGATAACTGCAAATTCACTACATCCTGGAGCCATTCCTACAAACCTATTTCGTTATCATAGCATCATCAACGGTATTAAATCTTTTATCTTACTGTTTTAGTATCGTCACTAATCAATTTCATAAAGCTCTGCATTTCTGCTCGTTTTTCTTACGTCTTAAAGCATTTCAATACTGTGCTCCTTGGTGCTAATAACATTGTTTTCACATATCCAAGGTCTTTTTGCCTGTTTCTCATTATGGTTTGTTGCAGCATTACCCTTTTTGTCGACTGATTCTGTGTCTAGTTGCTGCTACATTCCATGTCTTAATAAAAATACTTTTCTTTTGTTTTTGTCCCGAGTTTCATGCAGGTTTTCTTGGCGTTTTGGGTAAACATGTCATGAAGAATGTACAACAGGTAATGGTCTAGTTCAGAAAAGCCATATGCACAAATTTATAGGTCTTTCCCTTTTGATTGTTCTTTCTTCCTTCTGCATGTTTAGTACAACTTGATTCCAAAATTTAAGCTTCTGTTAGGGATTTTGCTACTTTTGACCCAAAAGATTTTTGGGTTTACAAAATTACCTCTTCTAAAATAAGTTTTTAAGCAGTTATATTATGTTTCATTTTTTTCTTTTGATAAGAAATATGGTATGGAGATTTAAATCTCCAACCTTAGATGGAAGGTTAGAATCTCCCATACCCCAATTGTTCTACTCAAAAAAAAAGGAAAAAAAAAAAACTATGCCCATTTTGGTGATTTCAATCTAATTCTATTCTACAACTTTTTTGTAATTATTTCGTCTTAATTTGTTTATTTTTAAAGGTTGTTTTTATAGTTAAACTTTGTACAAAAAAGTATCTCTGTCTTTATAATTCATTTTTGGTTAATTTATTCTGGTCCTTGTATTTTGGGGCATATTCTATCTTAATTTTTGTGATTTACTTTTAACAAACATCAAAATTGTCCTATATTAATTTTATAAAATAATAATAATAATTTTCATTCAAGGAAAAACACAATGTTAATACGTTTTCAAAATTTATGAAGACCAAATTGTTTTTGGAAAAGTTAAACATAAAAATTGTAGGGCTAATACTAGATCTAAATTTGGACTTCGAAAGTACATAGACGATATAAAAAATAGAATAAGTCTTGAGATATATAGACTAAAATGATAGTTTAACCTTAACTTTTTTATAAATTATAAATTACTTGTCAAAAAAATTAAATTTATTTTGAAACCCAATAACTAACTTACCTTCCACCTATAACTTAAATTGTTTATCTATTTATAAGCATCTCTATTAATAAATAGATGAACAAAAAGATGTTTGTGTTAAATTTTGTTAAATAGTTTTTTTTAATGAAAAATTCATGAATAAGACTAGAATTTTTGGGAGTTTAGATACCTTACCAATATACCATTTGAACCATCTTGAGTGAGTAAGGTTTGATATATTATCAAATTCATTCTTTTAACTCTTTTGATATCCTCCCTAGTTGTTGCACCTGCATTTTGTATGAGAATTATGTTATCTATTTGCACTTTCACAATTAGACAATTAAAGATTATAGATTAATTTTATCATTCAAATCTAGATAGTAGAAAACTAGATTGATAAGTTTTACAGTGAAGGAACAGTTATGATTATCGTCTCACTTTCAGGGAGCAGCGACGACATGCTATGTTGCATTACATCCACAAATCAAAGGGATCAGTGGCCAGTATTTTGCCGACAGTAACATAGCTAAACCAAGTTCACAAGCGAATGATAGTGAATTGGCAAAGAAACTGTGGGACTTCACCCAAAAGTTGATATCTAGTGGTTTGGAAATTCCTTAA ATGGTAGTTAGGGTTTCGGATGGAAGACAAAGCAACCCCATCAGACTTGACTTCGCCGGTATCTTGTGGGCTGGGGGGTCGTGGCGTGGTGTGGGCCTTCGACGCTGGAAAATAGAGCTGACAGCCAAATTTTATGGTTTGTTACAAATACAACGTGAATTTGGGCACAAATGGCGAGTGTGCAAAGAGATTCGGATAACTCCCGATTGCGTCTTCAAATTCCATCTCTCTTTAATCGAAGCAATGTGGTTATTCAGAAGGAAAGGACCCTCTGGATTTTCCTCTTCTTCCACTGCCGAGGAAGTTACCGACGGGATCGATGGCACTGGTCTTACCGCCATTGTTACAGGAGCATCAAGCGGTATTGGCTCGGAAACTGCACGTGTTCTTGCATTACGTGGAGTCCATGTCATTATGGGTGTTAGGAATTTAGAAGCTGGTAGAAATGTCAGAGAAACCATTGTGAAGGAGAACCCCTCTGCAAAAATTGATGCTATGGAGTTGGATCTTAGCTCCACGGCGTCTGTAAGAAAATTTGCCTCAGATTACAAGTCGTCTGGGTTTCCACTTAACATCCTCATTAACAATGCAGGAATAATGGCTACCCCTTTTGGACTTTCAAAAGATAACATAGAGCTGCAATTTGCAACAAACCACTTGGGCCATTTCCTTTTGACAAATCTACTTTTGGAAAATATAAAGAAAACTGCCGCTGAAAGTAAGAAAGAAGGAAGAATTGTAAATGTCTCCTCGGAAGCTCATCGTTACTCATATCCTGAAGGCATTCGATTCGATGGAATTAATGATGAATCAAGGTATAATAAAATGCAGGCTTATGGCCAGTCGAAGTTATCTAATGTTTTGCATGCCAATGAACTTACAAGACGTTTCAAGGAAGAAGGATTAAACATAACTGCAAACTCACTCCACCCGGGGATAATCACCACAAATCTTTTCCGCCATTTCAATTATGGCAACGGTATAGTAAACACCGTTGGCAAACTCATGTTTAAAAATGTTCAACAGGGTGCGGCAACAACCTGCTATGTGGCATTGCATCCACAAGTAAAGGGAGTGAGTGGTGAATATTTTCAGGATAACGGATATTTCAATCGGTCAATTAAAAAATCCCAAAACGAAGCGATTCCCACATGGCGAGTGGCCGTGAAGATTGATCAGATAGAAGAGGGAGGAATGTGGTTTCTTAGCAGGAAAGGGCCATCTGGGTTTTCAGCTTCTTCAACAGCTGAAGAAGTTACAGAAGGAATCGATGGGTCAGGTCTCACAGCCATTGTTACAGGTGCATCAAGTGGCATTGGTACTGAAACTGCTCGTGTTCTTGCATTGCGTGGAGTACATGTAGTAATGGCGGTTAGAAATGTAGCAACTGGTAGGGAGGTCCAAGAAGCCATTGTCAAGGAAAACCCAACTGCCAAAGTTGATACCATGGAGTTGGACTTGAGCTCAATGGCATCTGTTCAGAATTTTGCATCAAATTTCAAATCCTCAGGTCTTCCACTGAACATTCTCGTGAATAATGCAGGAGTCATGGCTTCTCCCTTCTTACTCTCGAAGGACAAGATAGAATTGCAGTTTGCAATAAACCATGTGGGACATTTTCTTTTGACAAATCTATTGTTAGAGACATTGAAAAAGACAGCAAAAGAAAGTAACAAAGAAGGAAGGATTGTCAATGTCTCGTCCCGGCGGCACCAATTTTTGTATCGTGAAGGCATCCGGTTTGACAAAATCAATGATCGACCAAGCTATAATGGTCTTTCTGCATATGGTCAATCAAAGCTTGCTAATATTTTGCATGCTTCCGAACTTGCAAGAAAGCTCAAGGGAGAAGGGGTGAAGATAACTGCAAATTCACTACATCCTGGAGCCATTCCTACAAACCTATTTCGTTATCATAGCATCATCAACGGTTTTCTTGGCGTTTTGGGTAAACATGTCATGAAGAATGTACAACAGGGAGCAGCGACGACATGCTATGTTGCATTACATCCACAAATCAAAGGGATCAGTGGCCAGTATTTTGCCGACAGTAACATAGCTAAACCAAGTTCACAAGCGAATGATAGTGAATTGGCAAAGAAACTGTGGGACTTCACCCAAAAGTTGATATCTAGTGGTTTGGAAATTCCTTAA ATGGTAGTTAGGGTTTCGGATGGAAGACAAAGCAACCCCATCAGACTTGACTTCGCCGGTATCTTGTGGGCTGGGGGGTCGTGGCGTGGTGTGGGCCTTCGACGCTGGAAAATAGAGCTGACAGCCAAATTTTATGGTTTGTTACAAATACAACGTGAATTTGGGCACAAATGGCGAGTGTGCAAAGAGATTCGGATAACTCCCGATTGCGTCTTCAAATTCCATCTCTCTTTAATCGAAGCAATGTGGTTATTCAGAAGGAAAGGACCCTCTGGATTTTCCTCTTCTTCCACTGCCGAGGAAGTTACCGACGGGATCGATGGCACTGGTCTTACCGCCATTGTTACAGGAGCATCAAGCGGTATTGGCTCGGAAACTGCACGTGTTCTTGCATTACGTGGAGTCCATGTCATTATGGGTGTTAGGAATTTAGAAGCTGGTAGAAATGTCAGAGAAACCATTGTGAAGGAGAACCCCTCTGCAAAAATTGATGCTATGGAGTTGGATCTTAGCTCCACGGCGTCTGTAAGAAAATTTGCCTCAGATTACAAGTCGTCTGGGTTTCCACTTAACATCCTCATTAACAATGCAGGAATAATGGCTACCCCTTTTGGACTTTCAAAAGATAACATAGAGCTGCAATTTGCAACAAACCACTTGGGCCATTTCCTTTTGACAAATCTACTTTTGGAAAATATAAAGAAAACTGCCGCTGAAAGTAAGAAAGAAGGAAGAATTGTAAATGTCTCCTCGGAAGCTCATCGTTACTCATATCCTGAAGGCATTCGATTCGATGGAATTAATGATGAATCAAGGTATAATAAAATGCAGGCTTATGGCCAGTCGAAGTTATCTAATGTTTTGCATGCCAATGAACTTACAAGACGTTTCAAGGAAGAAGGATTAAACATAACTGCAAACTCACTCCACCCGGGGATAATCACCACAAATCTTTTCCGCCATTTCAATTATGGCAACGGTATAGTAAACACCGTTGGCAAACTCATGTTTAAAAATGTTCAACAGGGTGCGGCAACAACCTGCTATGTGGCATTGCATCCACAAGTAAAGGGAGTGAGTGGTGAATATTTTCAGGATAACGGATATTTCAATCGGTCAATTAAAAAATCCCAAAACGAAGCGATTCCCACATGGCGAGTGGCCGTGAAGATTGATCAGATAGAAGAGGGAGGAATGTGGTTTCTTAGCAGGAAAGGGCCATCTGGGTTTTCAGCTTCTTCAACAGCTGAAGAAGTTACAGAAGGAATCGATGGGTCAGGTCTCACAGCCATTGTTACAGGTGCATCAAGTGGCATTGGTACTGAAACTGCTCGTGTTCTTGCATTGCGTGGAGTACATGTAGTAATGGCGGTTAGAAATGTAGCAACTGGTAGGGAGGTCCAAGAAGCCATTGTCAAGGAAAACCCAACTGCCAAAGTTGATACCATGGAGTTGGACTTGAGCTCAATGGCATCTGTTCAGAATTTTGCATCAAATTTCAAATCCTCAGGTCTTCCACTGAACATTCTCGTGAATAATGCAGGAGTCATGGCTTCTCCCTTCTTACTCTCGAAGGACAAGATAGAATTGCAGTTTGCAATAAACCATGTGGGACATTTTCTTTTGACAAATCTATTGTTAGAGACATTGAAAAAGACAGCAAAAGAAAGTAACAAAGAAGGAAGGATTGTCAATGTCTCGTCCCGGCGGCACCAATTTTTGTATCGTGAAGGCATCCGGTTTGACAAAATCAATGATCGACCAAGCTATAATGGTCTTTCTGCATATGGTCAATCAAAGCTTGCTAATATTTTGCATGCTTCCGAACTTGCAAGAAAGCTCAAGGGAGAAGGGGTGAAGATAACTGCAAATTCACTACATCCTGGAGCCATTCCTACAAACCTATTTCGTTATCATAGCATCATCAACGGTTTTCTTGGCGTTTTGGGTAAACATGTCATGAAGAATGTACAACAGGGAGCAGCGACGACATGCTATGTTGCATTACATCCACAAATCAAAGGGATCAGTGGCCAGTATTTTGCCGACAGTAACATAGCTAAACCAAGTTCACAAGCGAATGATAGTGAATTGGCAAAGAAACTGTGGGACTTCACCCAAAAGTTGATATCTAGTGGTTTGGAAATTCCTTAA MVVRVSDGRQSNPIRLDFAGILWAGGSWRGVGLRRWKIELTAKFYGLLQIQREFGHKWRVCKEIRITPDCVFKFHLSLIEAMWLFRRKGPSGFSSSSTAEEVTDGIDGTGLTAIVTGASSGIGSETARVLALRGVHVIMGVRNLEAGRNVRETIVKENPSAKIDAMELDLSSTASVRKFASDYKSSGFPLNILINNAGIMATPFGLSKDNIELQFATNHLGHFLLTNLLLENIKKTAAESKKEGRIVNVSSEAHRYSYPEGIRFDGINDESRYNKMQAYGQSKLSNVLHANELTRRFKEEGLNITANSLHPGIITTNLFRHFNYGNGIVNTVGKLMFKNVQQGAATTCYVALHPQVKGVSGEYFQDNGYFNRSIKKSQNEAIPTWRVAVKIDQIEEGGMWFLSRKGPSGFSASSTAEEVTEGIDGSGLTAIVTGASSGIGTETARVLALRGVHVVMAVRNVATGREVQEAIVKENPTAKVDTMELDLSSMASVQNFASNFKSSGLPLNILVNNAGVMASPFLLSKDKIELQFAINHVGHFLLTNLLLETLKKTAKESNKEGRIVNVSSRRHQFLYREGIRFDKINDRPSYNGLSAYGQSKLANILHASELARKLKGEGVKITANSLHPGAIPTNLFRYHSIINGFLGVLGKHVMKNVQQGAATTCYVALHPQIKGISGQYFADSNIAKPSSQANDSELAKKLWDFTQKLISSGLEIP Homology
BLAST of ClCG01G001080 vs. NCBI nr
Match: KAG7016861.1 (Short-chain dehydrogenase TIC 32, chloroplastic [Cucurbita argyrosperma subsp. argyrosperma]) HSP 1 Score: 944.1 bits (2439), Expect = 6.9e-271 Identity = 511/634 (80.60%), Postives = 535/634 (84.38%), Query Frame = 0
BLAST of ClCG01G001080 vs. NCBI nr
Match: RXH95091.1 (hypothetical protein DVH24_024775 [Malus domestica]) HSP 1 Score: 860.1 bits (2221), Expect = 1.3e-245 Identity = 450/630 (71.43%), Postives = 519/630 (82.38%), Query Frame = 0
BLAST of ClCG01G001080 vs. NCBI nr
Match: TKS01010.1 (hypothetical protein D5086_0000174930 [Populus alba]) HSP 1 Score: 833.9 bits (2153), Expect = 1.0e-237 Identity = 430/631 (68.15%), Postives = 505/631 (80.03%), Query Frame = 0
BLAST of ClCG01G001080 vs. NCBI nr
Match: KAG6782792.1 (hypothetical protein POTOM_012210 [Populus tomentosa]) HSP 1 Score: 832.0 bits (2148), Expect = 3.8e-237 Identity = 432/634 (68.14%), Postives = 506/634 (79.81%), Query Frame = 0
BLAST of ClCG01G001080 vs. NCBI nr
Match: KAG6781082.1 (hypothetical protein POTOM_013965 [Populus tomentosa]) HSP 1 Score: 822.4 bits (2123), Expect = 3.0e-234 Identity = 433/660 (65.61%), Postives = 508/660 (76.97%), Query Frame = 0
BLAST of ClCG01G001080 vs. ExPASy Swiss-Prot
Match: Q6RVV4 (Short-chain dehydrogenase TIC 32, chloroplastic OS=Pisum sativum OX=3888 GN=TIC32 PE=1 SV=1) HSP 1 Score: 433.0 bits (1112), Expect = 6.8e-120 Identity = 215/313 (68.69%), Postives = 259/313 (82.75%), Query Frame = 0
BLAST of ClCG01G001080 vs. ExPASy Swiss-Prot
Match: A2RVM0 (Short-chain dehydrogenase TIC 32, chloroplastic OS=Arabidopsis thaliana OX=3702 GN=TIC32 PE=2 SV=1) HSP 1 Score: 422.9 bits (1086), Expect = 7.1e-117 Identity = 212/315 (67.30%), Postives = 260/315 (82.54%), Query Frame = 0
BLAST of ClCG01G001080 vs. ExPASy Swiss-Prot
Match: A0A078ISJ6 (Short-chain dehydrogenase TIC 32 B, chloroplastic OS=Brassica napus OX=3708 GN=TIC32B PE=3 SV=1) HSP 1 Score: 339.0 bits (868), Expect = 1.3e-91 Identity = 171/309 (55.34%), Postives = 224/309 (72.49%), Query Frame = 0
BLAST of ClCG01G001080 vs. ExPASy Swiss-Prot
Match: A0A078IS66 (Short-chain dehydrogenase TIC 32 A, chloroplastic OS=Brassica napus OX=3708 GN=TIC32A PE=2 SV=1) HSP 1 Score: 337.0 bits (863), Expect = 5.1e-91 Identity = 171/309 (55.34%), Postives = 224/309 (72.49%), Query Frame = 0
BLAST of ClCG01G001080 vs. ExPASy Swiss-Prot
Match: Q91WL8 (WW domain-containing oxidoreductase OS=Mus musculus OX=10090 GN=Wwox PE=1 SV=1) HSP 1 Score: 207.2 bits (526), Expect = 6.1e-52 Identity = 125/321 (38.94%), Postives = 185/321 (57.63%), Query Frame = 0
BLAST of ClCG01G001080 vs. ExPASy TrEMBL
Match: F6H6K5 (Uncharacterized protein OS=Vitis vinifera OX=29760 GN=VIT_16s0050g00750 PE=4 SV=1) HSP 1 Score: 885.2 bits (2286), Expect = 1.9e-253 Identity = 458/630 (72.70%), Postives = 526/630 (83.49%), Query Frame = 0
BLAST of ClCG01G001080 vs. ExPASy TrEMBL
Match: A0A498JP29 (Uncharacterized protein OS=Malus domestica OX=3750 GN=DVH24_024775 PE=4 SV=1) HSP 1 Score: 860.1 bits (2221), Expect = 6.4e-246 Identity = 450/630 (71.43%), Postives = 519/630 (82.38%), Query Frame = 0
BLAST of ClCG01G001080 vs. ExPASy TrEMBL
Match: A0A4U5PUH7 (Uncharacterized protein OS=Populus alba OX=43335 GN=D5086_0000174930 PE=4 SV=1) HSP 1 Score: 833.9 bits (2153), Expect = 4.9e-238 Identity = 430/631 (68.15%), Postives = 505/631 (80.03%), Query Frame = 0
BLAST of ClCG01G001080 vs. ExPASy TrEMBL
Match: A0A6N2KBF8 (Uncharacterized protein OS=Salix viminalis OX=40686 GN=SVIM_LOCUS62334 PE=4 SV=1) HSP 1 Score: 823.9 bits (2127), Expect = 5.1e-235 Identity = 446/669 (66.67%), Postives = 516/669 (77.13%), Query Frame = 0
BLAST of ClCG01G001080 vs. ExPASy TrEMBL
Match: A0A5N5NAF4 (Uncharacterized protein OS=Salix brachista OX=2182728 GN=DKX38_004569 PE=4 SV=1) HSP 1 Score: 818.9 bits (2114), Expect = 1.6e-233 Identity = 424/633 (66.98%), Postives = 503/633 (79.46%), Query Frame = 0
BLAST of ClCG01G001080 vs. TAIR 10
Match: AT4G23420.1 (NAD(P)-binding Rossmann-fold superfamily protein ) HSP 1 Score: 429.1 bits (1102), Expect = 7.0e-120 Identity = 215/315 (68.25%), Postives = 262/315 (83.17%), Query Frame = 0
BLAST of ClCG01G001080 vs. TAIR 10
Match: AT4G23420.2 (NAD(P)-binding Rossmann-fold superfamily protein ) HSP 1 Score: 429.1 bits (1102), Expect = 7.0e-120 Identity = 215/315 (68.25%), Postives = 262/315 (83.17%), Query Frame = 0
BLAST of ClCG01G001080 vs. TAIR 10
Match: AT4G11410.1 (NAD(P)-binding Rossmann-fold superfamily protein ) HSP 1 Score: 426.8 bits (1096), Expect = 3.5e-119 Identity = 216/311 (69.45%), Postives = 254/311 (81.67%), Query Frame = 0
BLAST of ClCG01G001080 vs. TAIR 10
Match: AT4G23430.2 (NAD(P)-binding Rossmann-fold superfamily protein ) HSP 1 Score: 422.9 bits (1086), Expect = 5.0e-118 Identity = 212/315 (67.30%), Postives = 260/315 (82.54%), Query Frame = 0
BLAST of ClCG01G001080 vs. TAIR 10
Match: AT4G23420.3 (NAD(P)-binding Rossmann-fold superfamily protein ) HSP 1 Score: 416.8 bits (1070), Expect = 3.6e-116 Identity = 210/306 (68.63%), Postives = 257/306 (83.99%), 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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