CsaV3_7G000120 (gene) Cucumber (Chinese Long) v3
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.ATCCAACCCAACTTAATTATAAATTTAATCCTACTATTATCTTATTCTCATTTTCCTTTGGCGCTACTCTCTTTCCCCCTTCTCTTCAACTTTTTTCCCCGAAAATCTCGACTCGGCTCTGCCCATCGTTTTTCCGATCGATTCCTCGCCGAGAATCTTCTTCCAATGGCCGCCAAAAGCAGAGTCCTAGTCGTCGGAAGCACTGGCTACATCGGTAAATTCATCGTCGAGGCCAGCGCCAAGGCCGGTCATCAGACCTTCGCTCTCGTCCGAGATTCTTCTCTCTCCCATCCAGCCAAATCACAGATTATCCAGAGCTTCAAGAGCATCGGAGTCACTATCCTCACTGTAATTTCTCAATCCTTTTCATCAGTTTCCCTCTCCCTCAACTCTAACTGTTGTTCTGTTAGACTATTATTTCTCTTTTCCAGTTTTTCCTGTAAATTTCATCAAACTAGTTTCGCTATTTGAGGTTTTTTTTCGTTTCGATTTCGTGTTTTATTTTGATAATCTGTGTTGCAAGAAGTGCTGTGCTGAAAGAAATTGAAGAATATTATTGGGATTGGATTGGGTGCAGGGGGATCTGTTTGAGCATGAGAGTTTGGTGAAAGCTATGAAGGAAGTAGATGTGGTGATCTCAGCCGTCGGTCTTTATCAGTTAAGCGATCAAGATAAGCTTATTTCCGCCATTAAAGAAGCTGGCAATATCAAGGTATTGTTAACATTTACTAGCAAACAAAATGTTCTTAATGCAAATTAAATGAAAATAATGTTTTGAAAAAATAAACATATTTTTCTTTGATCAATCTCAATAGACGAAAATTTTTTTGAAGGTAGATTAAAAATCATTGTCAGTGATTGTCAAATGGTTCGTTTTCTTTTAAATTACTTGATCCTATAACTTAAGTCTCGAATTGTTAGGATTAAATTTCACATTAAAGTTAAAGGAAGAAAAAAAACTTTTGGTCATGTCACAAACTATTTGTATTGCGTTTTTTCAAAGTGAGGAGGAGAGCAAAAGAATAGTCTATTGGTTTGGTTGAATTGTGAAAGGACGTAAGCAAAAGTAGGCTTAAAGGTTGTCATATTTGTTTACAAAAATGTGGGTCAAATGAATTGTGAATTTTGGATCATTTCTATATCTTGATGAAAATGAAAAAATATTAAAGATTTTTAATTTAACGCAAATTAAGTAAATATGAAAAATGAGATTTGGGTAAATAAATCAATGTGACATTTTAGTAAATAAGTTGATCTTCATAAAGTGAAACACTCTTTTAAGAGGCATTTGGGATAATATAATAATTTATATTTGAAGTGTAAATTATTTTAGTTTATGTTATAGTAGTATATATGTTTGTGTTTTATATTTTTATACTAAATATATATTTTTCTGTTTTCAATCTTTTGACAAAAATTTAAAATTTTAAAATATTTTATTATAAATCTTTAATATGATAAGTTATATAAGGTATATTATACCAAGTGTGTATCAAGTGTATACCAAATGGATGAAGTGCTTATTTAGAAGGGTATAAGTATATCAAGTGTATATTAGTAGTGTATTAAATAGGTATGAATGGTGTATCAAGTCTGTCAAGTAAATCAACTATATAGAAGTAAATAGGTTGGGCTATGGGTATAATTTCTTAAACTTATTTTCCCAAACATGCAAAAAAAAAAAAAAAACACCCGGTGTTTTCTATTCTTATACTAAAATAGCGTTTTCCCTCTTTTCACTCAAATATATATATATATATATATTTATTGAACTTTACTTATGGGGCTACTTTCAAATTATATATTCAAATTTTATTGTCTATCAACGATAAGAATTGCTATATTTAATGTTTTCAATAGGTCTCTAAACTTTCAAGTTTTTTTCTAGAAGTGGTAGGTTTAAATTTCCTGACCCTAATTGTTGTAAAAAACTAACAATTACGTGTCTATAGTAGGTCAATCGATTCTAAAAAATGAGGAGATAAAAAATCTATATGACATAAACACTACAAGAAATAGTATATTTCTTGACGCACAAACATGTCAGAATATGCTTCCAAGAACGTCAAGAATATGTCTCCCAACACAGGACAACACGTCGGGAACCATGTCGAGAGACGTATTCTCAATGCTAAAGTGTATCGACGTTGGGAAAGGGCTATTCCTGACGCTAGTATGGACAATGTCAGAATAGGGTCATTCCTGACGTCCTCGTTCAATGTTGGAAGTGCCACTTTCCGACGCGGCGTCGGGAAAGTTTCCCTAACGATTTTCTTTAGGCGTCGGGGAATGGTCCAAAAGTCTGATACCGTATTGCGTCGATAGATCTAATTTTCTCTCTTTTTTCTGAATTAATATGCCCAATTTTTATATCCTATGGTACATTTTTAGTTCTAATTTGATTTTGAACTTTTAAAACAGAACAAAGAGAACAAACAAAAACGAAATCTTCATTCATATTATTTTTTTAACAAATAGAAAAACGTTAAAACAAAATTCAATTTTGAAGTCTTTCTATTCTAACAATTATATATTGTTTGTTTGAAACAACTACATAAAACAGAAAAAAAAAAAAAAAAAAAGCATCATATGTCATCGGCAGATGCCATCGTACTATAGGTTCGGAGTCCTCTATTTGCTCGAGTTGTTTTCTCAATCATCTTCTTCATTTCTTCCATTTGTCAACCATGTGTCTCTGACATTATTCTTTGTTCTTCAAGCATAAGTTGTTGTCTTTCTTCAAGTTCTCTAATCCGAGTTGCATCATCTTCCACTCGTGCATTTCTTGAGTCATGAACTGCTACCACCCTTCCACGACTTAGACTTGGGATCCCAACCAAGACCTTTGGAGTAGCCCAGTTGTTCCCGGTAGATATGCTCAAACACCAATCGGGAGAAGTTGATGTAACAAACGTGGCAGTTGTCGTATGTTTTAAGACCTAATATTTTTCTGTCACTGTCATTCACATATGGACACCTTGCTCATCTGTAATCATCGACGATCGAAACTTGGCAACCTCTAAAAATTGGGACACTTCCTCTATATACTCAACCAAGAATTTATTCCTAAGTTTCATCCAACCTTTTTCCATCGCTAAAGATCTAAAACATAAATAAGTTTGATTAGTCTTATATTCCTCCTCTCAATTGCTTGAACTTACTCCATGAATAAGCTACACCTCATAAGTACCCAAACTCCCAACTTTTACTAAGCTAAGTTTAAACTAAAGAGGCTACCATTATTGAATGATAGCCAGAACAAATCTCAACCACAAATTACAGCCCCTTCCCCCTATTTTAAAATCAAATTCAATATAAACCCTCCTCAAAATTCAATATAAACCCCCTCAAAACTATTAACAAATTTAAAACTAAAGGCTAAATTCAATAACTGCATGATCGCCAAATTCATTTTCAAACTCACAATAAGTTTAACATACTATTCAAACTCACAATAAGTTTAACATACTACACAACTTCAACAATTTCATAAATTCATTAGAAAGTTCATCAAACAAATTCAACTCATCAAATAATTCATTTCCAAATTCACTACGTTTAACAATGCATCATCGGAAAAAAAACATAAAGAATAATAACAATCAAATCGACAACAATAAAATTCAACAACAATAAAAATAAAACAACAATAACTATAAAATCAACAACAATAACAAAGACTAACACACATATTTAATATTTTTTCTCAACCTCAAACCAAAAATAAATAAAAACAGAAACTTACAGGCGAGGGACGAACGTCGGCGACGAAAAAAGGGTAGCGGCGGACGATGACGGCGAGGAGAAAAACACACAAGAGAAGGCCTTGACAATCCAAAAGCATACCTATTTAGTTTTTTTTTCTTTTCTCAAACTCAAATTAAAATAAAGAAAAAATAAAACAAATACTCACTGGCGAACGACGACTCACAAGCGTCAATGGTTGATGAGTAGTGGTGGACGATAATTTCGAGAAACAGACGATGGATGACGAGCGACAGTGGATCTTCTTTTGTCTCTTTCGGCCTTCAAAGCCTTCGTCTCCCATTCTCACTCTCTTTTTCCCTCCTTTTTGGCTAACTCAGATCTATTTTACAAATCTGAAAAATGACATTTTGAAGGGGAACTCTTGATGCACCACGACATGCATCGAGCGTTCCTCCCAACTTCCGACCTTTTACCAGAAAAGTCGAGAGAACTGGCACTTCTCCTGACATTTTACAAGCAGATGTCGAGTCAAGTATAAATAGTTCTTTATTCTTTTCAATTATGTCAACATCATGTTGAGAATGTGACGGGCATTCCTGACATCTAACTAATGGCGTCGGGAATGCCAAGAAATACTTTTATTATTTCCATTGATGTTGACGGGACGTCGAGAATGGTTCAAGCATTTTTAACATGTGACTAATGGCGTTAGAAATGTTTGATCCTTTTCCGACGTTTAACACTCGGTGTTAGGGGATGGAGGTATTTTCAACGTGAGTGGGGTAGCGTCAGCATAAGCTATGTCTCCCGACGTCTTCTATCATGACGCTTAGAAGACGCATCGAGAAAGACCTATTTTCTTGTAGTGAAAATTGAAACATGACATATCCAGGGTTGCATTCTTTGAAATTAGTGAAGAATGCAAAATTACTAATCATATGTCTGGAACAACTCTTCACGTATGAATCGAGGTAAAATCAATATAACACTTAGTACACTCTCTTTTACTCTTCACTAATCTCCATTCAGCCTTAAGATTAGAATTTGAGACATTCTTCCTGAAGAATATTTTATTTGAATAGAACTCAGGTAAACAATACCAATACGGCTGTATGTGTTTAGGACAAAAATAGCATATTCATCTTTTATATGCTCTATGTATCTTGGTTTTAACAGCAGTTCCCTCTTCTTTAAGAATAAGTTCTTCTATAACGTCGTCAACACTACTAGAGGCACGTATAAACACAGTGGAGGTTTTTCTAGAAAAACTTTTTCCAGAAAAACTCAATCCCTTTTTGTCACATCTGGATTTCCCATCATTTAAAATATTGTCTAGACTTTGTGTTTCGGAAGTGATAATTTTGACTGATTTAGAAAGAGAATCAAACTCACAACGAACGTCTTTCAGCTCAGTTTTAAGACAATGATAATCTTCCATTAAGGATTGTATCATTTACTTTTGTTGCTTCATAACCACTTGATCTTTCTCTCATTTTAAGAAGAAATTATCACCGTCTGAAATAGCAAGAGGTGATGATTTTTCATTATCAGCACATTTAACAAAATTCTTCTACCAAATGGAACAATCATCTCAAGTAGATTCATCTGCAGCGACAATACTGATAAGGGCTCTTCCAAATTCCCCAAAGTCGCTCTCAGAGGATACTGTAAGACCCCCAATTATCCATACTTATAGGAGGAAAGGTAGAAAAGTAATTGCACAGGAAAATATTATGGAGGATTGATTGGCCATACTTATAGGAGGAAGGGTAGAAAAGTAATTGCATGGGAAAATATTATGGAGGATTGATTGGAAGGAAGATCGTGAGTGGTAGGGCCCACTGGGCTGAGAAATAGGTGAGTCTATAAATAGGATTATTAGGTATGGAGTAGCTAGGGTATATTTTATCTTTTAGAAGGTAGGGCTGCAGCAGCCACAAGGGTCTCTTAAGTCAAGGAGGCCGGTATATTCTTTCCTTGATTTTCCTTGTTGTTTCTTTTCAATTTTCCTTGTTGTTTCTTTTCATCTTGTGACTCTGTAATCATTTGGCTATATATAAATAAAGTAAACCAGGGTACCACCTCTGTTTAAGCCATTTTTTTACAGTATTTTTGGCCTAAATTAGTGTTAGTATCCTAACAGATACTTCATCATCAGAAAAAGTGACAGTTGCTAGACTTTTCTTCTTACGTTTAAGAAAAGTAGCACACTCAATTTGATAGTGCCCAAAATCTTCATATTCATGACACCTCACGTTTCTATCACTTTTAGAAAATCATGATGCTCGGTCTCCTCTCTCATTCTCCCTTCTCTTGTTAAAACCAGAGTTATTATTTGAACTAGAAGAACTATTAAAATATGAAGAGGATGTATTAAAATTTCAATTATTTTGATTCCTATAGTTTCCAATATGCTTGTGAAACTGACTTCAAAGCTTGGACACTTGCTTAGTCAGAAGCGCACTAGACTTGACTATGCTTTCTTCACTAGCATGTTCTTTTTGTGGTTGGGACACATCCTCACTTACAGACTAAAAATAAACTCTAGATTTTCATTTAGAATCACCCTCTCCCAAGTTAAATTCAAATGTTCTCAACAATGACCCAAATAGTTGATCGAGTTTCATTATTGTAACATCGCTTGCTTCTTCTATAGCAGTGAATTTCATGCTAAAGCGTTGAGGAAGCGATAGCAAAACTTTTGTACAAGTTTCGTATCCGAAATCTTCTCTCCAAGAGCAAATAACTCATTTTCTATATCCAGAACACGAATATTGAAATTGAAAATTAACTCATCATCAAACATTTTTAGGGTTGAATTTTGGTGTCAATTAACTCATTATCAAACATTTTTAGGGTTGAATTTTGGTGTCAAGATCTGCAATCGTGACATCTTCACCTTAGAAGTTCCTTCGTAGGCCACCTCTAACATAATCAATATCTACTTGCAATAATATAATCAAGCATATCTGATACTTTACAACCTCCTAACTTCAAAGAACCATAATAGTCTTGAACTTACAATCATTAGATATATCACTCACCACAATTTTGTAATATATCTTTTACGTCACCTGTAGCATCACCTTTCTTTTTCCCAAAGATTTTGAAAAACCCACAACCAATAAGACGATCACACCAAAGGAATTAGGAGTGCAATATCCAACCTAGACGAGAATAAAGAAACAACCACAACAAACTAGCCCAAATTCCAACAACCAAATGTGAACCAAAAAATAATAAATAAAACAAATAAAGGAAGTGAGACCACATATCCATATTGCACATTTACAAATATATCCATAGAATATCCATAGCAATCAATAATTCTGAGAATAAATAAAACTTACACAGATTATATATGGATTAAGAATCTAACCCAATGGAGAAAAGGTACATAGCTAAGTTAACCCCAACAATACACTACTTTTTTTCCTTAAATTAATTTTATTAAATATTTTTAATTATAATATTCATTTTTCTTAAATTGATTTTATTAAATCTTCTTAATTGTGATATTCATTACACCCAAAACCACGAGTTAGAAGGACTAGGAGAGGGAGTTGGGGGAAATACGTAGGTTATGGAAACCCTAGTACTAGGATTTCTCATCATTCGAGTGCCAAACAAGGAGTCGGCTATTTTAGCCAACTCAACTCGTTAAAAATTGGGGTCCAAGTAATTTTCTCATATATTAGATTATTGTGTTTGAAATTAGTTTAAGCATACATCGTTACAATTTGGCTATGTAGTTATTAAGAAAGCAAGAAAAAAAAACTATATATAAATAAATATTCACTACTTTTCTTTTCACCATATATCTAGCTACATCTATATCTATATATATATGTACATATATATATACTTTCTTTTGACACATCTCAATTTAAAGTTAAGTGTATCCAAACTTTCGTAAATTTAACAATTTTGTCTGTCAACTCAAAAAATTGTTTTAAATATTTATCTTGGTGATGACTAGTCTAGATCAAGGGCAAGAAAGCTTAAGAAGATGGATCTCAGGGCATATCTTAATAGCTTACTCGGTCAAGTTTGAAGGACAGAGTGGTTTTTCATATGGAACTTGAGCCAACTCGTGGAAGTTCTGGACTAGGAACAAGGAATGATATTTAAGGATTCTATGTAATCCTGAGACTTAGTCCGACCAAGATTGGAAGAAAAAAAAGAAAGTATTGAGAGATCTCGAACAATCTCGAGATTAAGTTCAACCGAGATGTAAGGCAGAGATAGAGAGATTTAAACAATATACGAGAGGGAGTTGGATAGAAGAGGGGAGTTAGATATCCTAAATACGGGGATTATCAAACGAGGAGTGGGTTACACCTCACTCTACTACTCACTCCAAACATCCACTATATTTGTGGCAAAATTTAGATTAGCTTATGACCCATAGATTATGACATTGATAAATCTTGCTATACAGTTAATTTATTACTCCTAGAATTGCTGCTTTCTATTTCCTTTCAAACTCAGTTACATCATCTAATTATTGGTATTAAAATTCGTATCAGTGGATAGGTAGTTGTTATATTTTATGAGTATTTATAAATTAGATTCAAGGGGGCATACCGACGTCAATTCTAAGTCTTCAATTATTTCAATCATTTAATGACAGCTACACGTTTTTCTGTGGTTGGTGCAGAGATTTTTTCCGTCGGAGTTCGGGTATGATGTAGAGAATGTACATGGAATTGGAGTGGTTAAATCGATTTTCGAGGCAAAGGTTAAGATTCGTCGAGCTGTGGAGGCTGAAGGGATCCCGTACACTTATGTATTGTCTTACTACTTCAATGCTTTTTGTCTTCCTAGATTGGCTCAACATGGGGCCACTGCTCCACCTAGAGACAAGGTTGTCATTCAAGGGGATGGAAATCCCAAGGGTAACTATACTTCTCTTCTCCTACTCTTTTCTCTATTTTTGTTTATATTTGTTGCCTCTCATTTCCTAATGTTTCGTATTAACAACACCTTCTTTGCTCCACTATACCATTTAATCTGTAGGTTAATAATTGATAGGCCTGATTTCCTAGTTGGGGCAAAAAAAAAAAAAAGTTCACATAACTTTAATTTTATAACAAATACATGAATATAAACTTACTTCTAACGAGAACAAACTTCTACCTAATTTATATCTCTACAATTGTATGACATTGTTCACTTTGAACATATAAAATTTTCGTTTTAGTCTTGGAACCACCTAAAAGGCCTTGCATACCATGAAACACTTCTTTCCTTCACTTTGGTTTCAATTCTACTAATTCTTCTCTCGAACAATGAACCATCCTTGGAGTTTCCGAACGCTTGATGAAAGTTGTTTGCTCTAATCAAAGCCGTATAGAGCGAGCACAACCATTACCAGCACAATTTGGAGCCGAATATGGTTGTTTGAAAGGACGAAATTCAACTCACTCAGACTCCTAATAGCATGTCTTCATTTTTAAGAGTGGAGAGTTCAACTCCCTATCACTATTGAACTGATTAAAAGAAACTCTAAAAAATATTAATATCCATTTTGATGAGGAAGTTGAGTCCTATTCGGCAAAGCTAGTTGACTTATTGGCATATAATATATAGTTGATTATTTCTCAATAAAATTGCTTTGTGTTTTGTCTATTAGTACAATAATACTGTCCACAAATGTGGGTTTTCTGGTAAATGTCTACATCCTAGTTAAGATAAGATAATGAGTTTATTGTTTGGTTTCAATTTGTCAATTTTTCAGTAATTTTCAACAAAGAAGAAGACATTGCTTCCTACACCATTAAAGCAGTGGATGATCCAACAACTTTGAATAAAATTCTTTACATTAAGCCTCCTCCAAATGTCCTCTCAATCAATGAACTTGTGGCCCTCTGGGAAAGCAAAATTGGCAAAACTCTTGACAAAACCTACATTTCAGAGGACCAATTATTAAACAATATTCAAGGTTAGTCTTCAATTTATGAAAATTAATAGGCATAGTTTTGTTTTAATATAATCTCATTTTATTTTGTTTGATCTTTTAAAGTTTTCTTTTTCTTTTTGCTATTGATTAGTGGCCTAGTGGGTGGGGTCCTTGTTATTCTCGTTCTACAAAAAAAAAATAGTTAGATCAAAATTAAAAAAATAAAAATTAGTGATTTGGTCATTGGTTAAAAAAATCATACTGTTAATTGTAACAAATTTATTTTCCTGATATATAAAGTTCTGTGTTGAGTGTTCAAAAGAATAGACTACACAAAAAAAGGACAGTTGTACTCATCTTAGCTTTTCTTCAAGAATCAAAGTCCTTCTCTGTGGATGTAGGCTCTTCTTTGCCCAACCACGTTAAATTGGTGTGCATTTTCTTTTACTACTTCTTCTCCTCCATTCTCTGCACAATAAAAATCTCCATTGTTGTTGATACTTTAAATTTACGGAAACAAAGAAAGTTGAGAGATTTGGTGAGTAGAGAAAATTACCAAATTCTTTGTTTTCGTTTAGAAAAGAATTGGGGGTGATTATTTCTTGCAAAATGTTGACTCCAACAAGTGTAATACAGAAGGTTGACATAACCTCTTCTCCATATTTCATTCTACCTAACTCAAGAAGATATTTTATTTTGTTCGTGGGTTCCTCTTCCTCCACATATTTTGTCTTTCATCTTTGGGCTTAATACAAATAACGCAAAAAATACCCCAACAAAGTGGTAATATCATAGCAATCTTGATTATCAAGAAGACAAATCTTGGAGGTTCAAGAATCAGTTTCAAACCTGCGGATGACAATAGCAAGAGTTGAAATTCAAAGTTTGATGGAAATGGTGATTTTTCCTGTTGGAGTGCAAAAATTAAATTCTTCCTTGGTCACCAAAAGGCTCAAAGTTAAATGTGACAATGGAGTTAAATACACACCACAACAGACTTTCAGAAACTTCCAGAATAACCATCACTGCAAAGAAAGAGAAGAAATGGAGTTAAATGCCTATGGAGTAAGTTAAATGTGACAAAGTTAAATGGATAAAGTTAAATGTGACAATGGAGTTAAATGTCCTAAGGCAAATAATTGAAGAAGATACAGCATACAAGATATGGACAAAGTTAGAAAGCTTATTTACTACCAAAGATCTTCCTACAAACCAGGTGATGAAAATGAAGCCTATGTGCTTCTAAACTCCTTGCCTGAATCCTATAAAGAAGTGAAGAATGGTCTTAAGTATGGCAGAGATTCAGTTAAAATCGATACAATAATTTTAAGTTCTTAAAACAAAAGAAATAGAGCTTTAGTCATCTAAAAAAGATCAACACAATGGAGATGGATTATTTGTCAAATGAAAGTCTTAAACAAATCAGTGGAAGAACAGAAAAAGTGAGTTAAATGAAGAAAAGAAGGCAAAACAGAAGTGTAAATACTCCAAGAAGAAATGACTGTTTCTTTCTCAAGAAAAAGAATTAAGAGAAAGAAAAAGATTCTAAATGAAAGCAACATGAAGCATCCGTGGTAGAAAGTTCTTTTATCTATTCAAATGCTTTGGCATCAATCCAAGACCAAACAAATCATATGCTACCCCCTCTAGTAAATATGATTGGGTTCTTAACTCTGACTGCACCTACCATAACACCTTTTAAAACCTAGTTCAACACTTACAAGGAAATCAATGAAGAGTCAATTTTCATGGAAAATAATGAGGCTTGTCACATTGTTGGTATTGGATTAGTCATTATGAAATTGAACGATGGAACTCTGAAATTTCTTAGAGATGTTAGACTTGTTCCTCACCTCAAAAGAAATAATTACCTTAGGAATGTTAGACTCTTTGGGGTGTGAATACAAAAGGAGAAGGTGAAGTTTTTAAGGTCCTAAAAGATTCTAGGGTTGTTTTGGTTGGAGAAAAGATAAATTAACCTTTCCATAATCAAAGGAGTTGAAATGCTAAATGAAGTTAATGTAGTATCTACATTAAATCTGACCGAGGCTGACTTTTGGCAGAAAAGACAGACTCATATTAGCCAAAAGAGACTTATCAAAATGAGGCATCCTACCTAAATAAATTAGCAAGAAGTTGTCCTTTTGTGAACATTGTGTGTTAGGAAAAGCAAGAAGACAAAGCTTCTTCAAAGCACAACACACTGCTAAAGGAATCCTTGACTACAACCATTTGAAACTATGAGAACCAACCTCGACCCCGAGCCTAAGTGGCTCAAGGTACAATTTATCCTTTACTGATGATTTTTCTTAGAAATACTAGGATTTATTTTCTAAAAACTAAAGACCAAGTCTTTAGAAAATTTAAAGAATGGAAATTGATGATAGAAAAAAATAGAAAAAATATAAAATATCTTAGAATTGATAGTGGTTTGGAGTTTTGTGAAGAGGATTTTAGGAAAAAAATGGAATTACAAGCATAAGAGAGTCACTCTCTAGTCAGTGGATATAAGCAATGCTAAATAACCCACTAAATGGTTCTATACTAGATAGTTAGATAAGCAATATTGAATTAAGAAATGAACCCACTAAGTGTGAATGACCCTTGGACCCTAGTTTCTCTATCAAATGGATGCAAACCAATAGTATCAAAGTGGATCTATAAGTTAAATGAGGGATTACAAAAAAATTCAAAGACTAGATACAATAAGGTTGGTACAGTTAAGGGTTTCACTCAAACACAAGGGTATAGACTATTCTAAAATTCTCACTTTGGTTGTTAAACAAACTTCTATTAGACTCCTTTTATCACTAGTAGCTCAAAACAACTTGGAGTTAAACCAACTTGACGTAAAGAAAGCTTTTTTTTCGTAGTTATCTAGATGAAACCATTTACATGGAACAACCTAAAGGGTTTGAGGTTAAAGGAAAGAATGGTCTATACTGTTTGCTCAAAAAGTCAATCTATGGGTTGAAACAATCTCCTAGATCCTGGTATAGAAGGTTCAATGACTATATAGCTAGTTTGAGTTTTCAAATAAGCTCATATGATATGTGTGCTTACATAAACTCAACAACCTACAAGGACAAGGACCTATATTATTACTCTATTTTGATAACTCATGTAAAAGGTCTTTTAGGTAAAGATTTCGACATGAAAGACGTGGAAGAATCAAGGAAGATTCTGAATTGACATCGCTAGAGATAAAGACCAATATATCCTAAGCGTAAGCTAATTAACCTACTGGTGAGAAGTTAATTAGAAGATTTAATTAACCATAACAAATGTTAGACATGTGACCAATCCTATTGCACAACACTTCAAACTTTTAGCAGCAAATTCTCGTAATGATACCGATATAGAACAAAAATAAACAAATGAAGAATGTTCTTTATAGTCAAACAGTGGGAAATCTCATGTACTTAATAATCTCTACTAGACCTCACTTAACCTATTTGGCAAGTTTAGTCAGTAGATATATGGAAAGTCCCGGTAAGAGACACGAGAAAGCAACAAAATTGATTCTTAGATATCTAATCTGGCCTAAGTATGCTAAACTAATTTACCAGAAGACATTTAGAATCAGATTTAGAACTAATTGACTATGTGGATTCAGACTATTTGCTGGTGATATTGATAAAAGAAGAAGCCTAACAAGGTATGTTTCTCTCTACCACCCTAATCCAATCAATTCGAAAGGAACCCTACAATCTATCGTTGCTCTCTCAACTAAATAACCAAAAATACTTAGCTCTTACAGAGGCAGTAAAAAAAGGATTGTGGCTCAAACAATTGATGAAGGACCTTGGTATTAACCAATCAATAGTTAAGATCTACTATGATAACAAAAGTACCATACATCTATCCAAGAACACACAATTCCACAGTAGAACAAAACACATAGATATAAAATTTCATTTTGTTCGTGAAAGAATAGAAACGAGGGAAATCAAAGTTTTGAAGGTCCATACCTTGGACAACATAGCAGATATGCTAACCAAACATATTCTAAAGCTAAAGCTCCAAAAATGTTTTGAGTTGTGGTAGGCTTTGATTTACGTGAAAAACGGATAAACAAAGACAGAAATCGAAAATTTACTTGAAGGTTGAAGAATTACGTTGGATTCAAGGTGGAGATTTTTAATAAATTTTTGAATTCCAACATTTAGTTTTATTTTCATGTTACATCCTCTTGTAAACACCTAATATATAAAGGTGTGTTGAGTGTTCAAAAGATAGACTACAAAAGAAAAAAAGAAAGATGAACTCATCTTAGATTTCTTCCGTCCTTCTACGTGGATGTAGGCTCTTCTTTGCTTAACCACGTTAAATCGATATGCATTTTCTTTTACTACAATTTCACCTCCATTCTCTGCATAATAGAAATCTCCATTGTTGCCAACCTAAATTTAGACCAAGAAAGTTGTACATTACAAGAAAAAAAAAAGTATATAATGACCACCAAAATGATAATCTATTTGAACTATTATATTTAAAAATAAAAAGCAACTAAAAATCCCTAATTTAGTTCAGCTTATGAGGCTTAAATCTTTTGTAAAAAAGATAAAATTAGAGCTTACTCATAAGATAACAAGTGTCTTGGTCATAACTGCTTAGAGGTCTCAAGTTTGAAGTTTCCAATATGTGCTTAATAATAAAATCCCTTGTCGTAGGTGTGGATGCATGCCTTCGAAATATATATAGGGAGTAAGCAGGTTGGACTGAATTTGTTGGTTGTTGTTTTGTTAATATCTGTGCAGAGGCAGCATATCCACTGAATTTGATGCTATCCTTTGATTACTCAATATTTGTGAAGGGAGATCATAAAGCCAACCTTGAAATTGAACCATCCATTGGATTGGAAGCTACAAAGTTGTATCCAGATGTCAAATACACTCCTGTCGATGAATATCTCAATCAATTTGTTTAACTACTTTTCCCTTCCTTTTTTTCTCTGATATATTGTCTGTACTAAGACTACCATAAGTCACTTTATTTTCATAAGAAAAGAAAGAAAGTAATTTGGACCATTACATCCTTTTATATTTCATATTTATATATGTACAAATAATAATTGTTGAGTTATCCCACTCTTACGACTTACCATTTTTTCCAATGCCCTTTTCCAAGTTTACAAATTCGAATATATTTGTGGAACTTAAGCACAATGACA ATGGCCGCCAAAAGCAGAGTCCTAGTCGTCGGAAGCACTGGCTACATCGGTAAATTCATCGTCGAGGCCAGCGCCAAGGCCGGTCATCAGACCTTCGCTCTCGTCCGAGATTCTTCTCTCTCCCATCCAGCCAAATCACAGATTATCCAGAGCTTCAAGAGCATCGGAGTCACTATCCTCACTGGGGATCTGTTTGAGCATGAGAGTTTGGTGAAAGCTATGAAGGAAGTAGATGTGGTGATCTCAGCCGTCGGTCTTTATCAGTTAAGCGATCAAGATAAGCTTATTTCCGCCATTAAAGAAGCTGGCAATATCAAGAGATTTTTTCCGTCGGAGTTCGGGTATGATGTAGAGAATGTACATGGAATTGGAGTGGTTAAATCGATTTTCGAGGCAAAGGTTAAGATTCGTCGAGCTGTGGAGGCTGAAGGGATCCCGTACACTTATGTATTGTCTTACTACTTCAATGCTTTTTGTCTTCCTAGATTGGCTCAACATGGGGCCACTGCTCCACCTAGAGACAAGGTTGTCATTCAAGGGGATGGAAATCCCAAGGTAATTTTCAACAAAGAAGAAGACATTGCTTCCTACACCATTAAAGCAGTGGATGATCCAACAACTTTGAATAAAATTCTTTACATTAAGCCTCCTCCAAATGTCCTCTCAATCAATGAACTTGTGGCCCTCTGGGAAAGCAAAATTGGCAAAACTCTTGACAAAACCTACATTTCAGAGGACCAATTATTAAACAATATTCAAGAGGCAGCATATCCACTGAATTTGATGCTATCCTTTGATTACTCAATATTTGTGAAGGGAGATCATAAAGCCAACCTTGAAATTGAACCATCCATTGGATTGGAAGCTACAAAGTTGTATCCAGATGTCAAATACACTCCTGTCGATGAATATCTCAATCAATTTGTTTAA ATGGCCGCCAAAAGCAGAGTCCTAGTCGTCGGAAGCACTGGCTACATCGGTAAATTCATCGTCGAGGCCAGCGCCAAGGCCGGTCATCAGACCTTCGCTCTCGTCCGAGATTCTTCTCTCTCCCATCCAGCCAAATCACAGATTATCCAGAGCTTCAAGAGCATCGGAGTCACTATCCTCACTGGGGATCTGTTTGAGCATGAGAGTTTGGTGAAAGCTATGAAGGAAGTAGATGTGGTGATCTCAGCCGTCGGTCTTTATCAGTTAAGCGATCAAGATAAGCTTATTTCCGCCATTAAAGAAGCTGGCAATATCAAGAGATTTTTTCCGTCGGAGTTCGGGTATGATGTAGAGAATGTACATGGAATTGGAGTGGTTAAATCGATTTTCGAGGCAAAGGTTAAGATTCGTCGAGCTGTGGAGGCTGAAGGGATCCCGTACACTTATGTATTGTCTTACTACTTCAATGCTTTTTGTCTTCCTAGATTGGCTCAACATGGGGCCACTGCTCCACCTAGAGACAAGGTTGTCATTCAAGGGGATGGAAATCCCAAGGTAATTTTCAACAAAGAAGAAGACATTGCTTCCTACACCATTAAAGCAGTGGATGATCCAACAACTTTGAATAAAATTCTTTACATTAAGCCTCCTCCAAATGTCCTCTCAATCAATGAACTTGTGGCCCTCTGGGAAAGCAAAATTGGCAAAACTCTTGACAAAACCTACATTTCAGAGGACCAATTATTAAACAATATTCAAGAGGCAGCATATCCACTGAATTTGATGCTATCCTTTGATTACTCAATATTTGTGAAGGGAGATCATAAAGCCAACCTTGAAATTGAACCATCCATTGGATTGGAAGCTACAAAGTTGTATCCAGATGTCAAATACACTCCTGTCGATGAATATCTCAATCAATTTGTTTAA MAAKSRVLVVGSTGYIGKFIVEASAKAGHQTFALVRDSSLSHPAKSQIIQSFKSIGVTILTGDLFEHESLVKAMKEVDVVISAVGLYQLSDQDKLISAIKEAGNIKRFFPSEFGYDVENVHGIGVVKSIFEAKVKIRRAVEAEGIPYTYVLSYYFNAFCLPRLAQHGATAPPRDKVVIQGDGNPKVIFNKEEDIASYTIKAVDDPTTLNKILYIKPPPNVLSINELVALWESKIGKTLDKTYISEDQLLNNIQEAAYPLNLMLSFDYSIFVKGDHKANLEIEPSIGLEATKLYPDVKYTPVDEYLNQFV* Homology
BLAST of CsaV3_7G000120 vs. NCBI nr
Match: XP_004148526.1 (phenylcoumaran benzylic ether reductase Pyrc5 [Cucumis sativus] >KAE8645643.1 hypothetical protein Csa_020447 [Cucumis sativus]) HSP 1 Score: 611.3 bits (1575), Expect = 4.6e-171 Identity = 309/309 (100.00%), Postives = 309/309 (100.00%), Query Frame = 0
BLAST of CsaV3_7G000120 vs. NCBI nr
Match: XP_008448081.1 (PREDICTED: isoflavone reductase-like protein [Cucumis melo]) HSP 1 Score: 566.6 bits (1459), Expect = 1.3e-157 Identity = 289/309 (93.53%), Postives = 293/309 (94.82%), Query Frame = 0
BLAST of CsaV3_7G000120 vs. NCBI nr
Match: XP_038887686.1 (phenylcoumaran benzylic ether reductase Pyrc5-like [Benincasa hispida]) HSP 1 Score: 553.1 bits (1424), Expect = 1.5e-153 Identity = 277/309 (89.64%), Postives = 293/309 (94.82%), Query Frame = 0
BLAST of CsaV3_7G000120 vs. NCBI nr
Match: KAG6572051.1 (Phenylcoumaran benzylic ether reductase Pyrc5, partial [Cucurbita argyrosperma subsp. sororia]) HSP 1 Score: 506.5 bits (1303), Expect = 1.6e-139 Identity = 256/309 (82.85%), Postives = 276/309 (89.32%), Query Frame = 0
BLAST of CsaV3_7G000120 vs. NCBI nr
Match: XP_022975198.1 (isoflavone reductase-like protein [Cucurbita maxima]) HSP 1 Score: 504.2 bits (1297), Expect = 7.9e-139 Identity = 254/309 (82.20%), Postives = 275/309 (89.00%), Query Frame = 0
BLAST of CsaV3_7G000120 vs. ExPASy Swiss-Prot
Match: O81355 (Phenylcoumaran benzylic ether reductase Pyrc5 OS=Pyrus communis OX=23211 GN=PYRC5 PE=1 SV=1) HSP 1 Score: 437.2 bits (1123), Expect = 1.6e-121 Identity = 212/309 (68.61%), Postives = 258/309 (83.50%), Query Frame = 0
BLAST of CsaV3_7G000120 vs. ExPASy Swiss-Prot
Match: B9HRL7 (Phenylcoumaran benzylic ether reductase POP1 OS=Populus trichocarpa OX=3694 GN=PCBER PE=1 SV=1) HSP 1 Score: 429.9 bits (1104), Expect = 2.5e-119 Identity = 208/305 (68.20%), Postives = 253/305 (82.95%), Query Frame = 0
BLAST of CsaV3_7G000120 vs. ExPASy Swiss-Prot
Match: B2WSN0 (Eugenol synthase 2 OS=Clarkia breweri OX=36903 GN=EGS2 PE=1 SV=1) HSP 1 Score: 421.8 bits (1083), Expect = 6.8e-117 Identity = 200/310 (64.52%), Postives = 255/310 (82.26%), Query Frame = 0
BLAST of CsaV3_7G000120 vs. ExPASy Swiss-Prot
Match: P52578 (Isoflavone reductase homolog OS=Solanum tuberosum OX=4113 PE=2 SV=1) HSP 1 Score: 418.3 bits (1074), Expect = 7.5e-116 Identity = 200/309 (64.72%), Postives = 250/309 (80.91%), Query Frame = 0
BLAST of CsaV3_7G000120 vs. ExPASy Swiss-Prot
Match: Q9FUW6 (Phenylcoumaran benzylic ether reductase Betv6 OS=Betula pendula OX=3505 GN=BETV6 PE=1 SV=1) HSP 1 Score: 416.0 bits (1068), Expect = 3.7e-115 Identity = 199/309 (64.40%), Postives = 252/309 (81.55%), Query Frame = 0
BLAST of CsaV3_7G000120 vs. ExPASy TrEMBL
Match: A0A1S3BJT1 (isoflavone reductase-like protein OS=Cucumis melo OX=3656 GN=LOC103490365 PE=4 SV=1) HSP 1 Score: 566.6 bits (1459), Expect = 6.3e-158 Identity = 289/309 (93.53%), Postives = 293/309 (94.82%), Query Frame = 0
BLAST of CsaV3_7G000120 vs. ExPASy TrEMBL
Match: A0A6J1IIK0 (isoflavone reductase-like protein OS=Cucurbita maxima OX=3661 GN=LOC111474287 PE=4 SV=1) HSP 1 Score: 504.2 bits (1297), Expect = 3.8e-139 Identity = 254/309 (82.20%), Postives = 275/309 (89.00%), Query Frame = 0
BLAST of CsaV3_7G000120 vs. ExPASy TrEMBL
Match: A0A6J1C1B8 (isoflavone reductase-like protein OS=Momordica charantia OX=3673 GN=LOC111007550 PE=4 SV=1) HSP 1 Score: 498.0 bits (1281), Expect = 2.8e-137 Identity = 252/310 (81.29%), Postives = 278/310 (89.68%), Query Frame = 0
BLAST of CsaV3_7G000120 vs. ExPASy TrEMBL
Match: A0A1W5S651 (Phenylpropene reductase 1 OS=Malus domestica OX=3750 GN=PhR1 PE=2 SV=1) HSP 1 Score: 441.0 bits (1133), Expect = 4.0e-120 Identity = 212/309 (68.61%), Postives = 259/309 (83.82%), Query Frame = 0
BLAST of CsaV3_7G000120 vs. ExPASy TrEMBL
Match: A0A2P5EKH4 (Hopanoid-associated sugar epimerase OS=Trema orientale OX=63057 GN=TorRG33x02_182070 PE=4 SV=1) HSP 1 Score: 440.3 bits (1131), Expect = 6.8e-120 Identity = 216/308 (70.13%), Postives = 257/308 (83.44%), Query Frame = 0
BLAST of CsaV3_7G000120 vs. TAIR 10
Match: AT1G75280.1 (NmrA-like negative transcriptional regulator family protein ) HSP 1 Score: 401.0 bits (1029), Expect = 8.8e-112 Identity = 196/307 (63.84%), Postives = 244/307 (79.48%), Query Frame = 0
BLAST of CsaV3_7G000120 vs. TAIR 10
Match: AT4G39230.1 (NmrA-like negative transcriptional regulator family protein ) HSP 1 Score: 387.9 bits (995), Expect = 7.7e-108 Identity = 189/309 (61.17%), Postives = 240/309 (77.67%), Query Frame = 0
BLAST of CsaV3_7G000120 vs. TAIR 10
Match: AT1G75290.1 (NAD(P)-binding Rossmann-fold superfamily protein ) HSP 1 Score: 382.9 bits (982), Expect = 2.5e-106 Identity = 186/307 (60.59%), Postives = 237/307 (77.20%), Query Frame = 0
BLAST of CsaV3_7G000120 vs. TAIR 10
Match: AT1G75300.1 (NmrA-like negative transcriptional regulator family protein ) HSP 1 Score: 367.1 bits (941), Expect = 1.4e-101 Identity = 190/321 (59.19%), Postives = 238/321 (74.14%), Query Frame = 0
BLAST of CsaV3_7G000120 vs. TAIR 10
Match: AT1G19540.1 (NmrA-like negative transcriptional regulator family protein ) HSP 1 Score: 335.9 bits (860), Expect = 3.5e-92 Identity = 173/309 (55.99%), Postives = 227/309 (73.46%), Query Frame = 0
The following BLAST results are available for this feature:
InterPro
Analysis Name: InterPro Annotations of Cucumber (Chinese Long) v3
Date Performed: 2021-10-25
Relationships
The following mRNA feature(s) are a part of this gene:
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