Cucsat.G11312 (gene) Cucumber (B10) 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.AATATCATTTGATTAGTCGATCGAGAACGAATTAAGAAAAAAGCCCAAAATAGTGAAAAAGCCCAATTGAGAAGGTCAATAGCTCCATTTGCTTGGCTAAGGGCTTACCGTCTGGCCCTCTTCCTCAAAATTCTGTGTATCAAAAAGCTGATGAGTAATGTAAGAATTAAGATCGTCTTCTCTGTTGAGAATCAAGGTGAGACGATGGACTTAGATTAGCCCAACCATGATCTGACTAAAATTCTCCTTCTTCACTTCCCATTTACCGCTTTTTTCTGTTAATCTTCCTACAGGAGACTCCACTGTCTCTTTGAGAGAGATTAAGGGCCCCTTTCCTTCTCTCTCTTCACGCCTTGTTTTACTCTTTTGGTTTTAGTCTCTCTCCTGACTTCAGTTGTGGGTTCCGGCAGATTTCCGATAATATATCTTCTCTAAGATCCGGTGGTCTTTGGTAATTCCTCTTTTTTGTTTTCTCTCTCTTTCCCGCGACATTAATACCACGAGTGTGTTGCTTTAGTTCTTTCCGCAGCTGGTTTTATGAACTGGGGGTGGATTTTTTGTATCTCTTTTGTAAATGTCGTTGATGGGGTTGTGTAAAATTGATGAATTTTGTTATGGGGTGTGTTAGGTTTTCTGGCTGGTGATGAAATGCTTGATTTATTTATTAATTTCTGTTGAGAATTCATCGTCGTTACCGCAGTGGCATTTGGTGGCCATGCGTTCGTTTTCTTTGCGTTTGTTTGAGAGATTTCACATGCTTGGCTGCATTTCTTTTCAGCTCACGTGGAAGTCTTTGTTTTGTTAGGTATATATTCTTTTCACGTATGGGTTTTATTGTCGAACGGTACGTGTATATGTATGTGTGCAAGAAACTGTTCATCGTGTTGCCTGTTGGAAATATAATTCTGTCGTGGTGTGTACTGTAGAGCTCTTCCATGCGTTCATATCTCTTTTTATGGTAATGTATTTGCATCTTTGTTACTTTGGAGGTAGGATTTTATTCCAAGGTTCCTTCCTTCTTAGGCGTTTCACATGGTTCAGTAGCGAACCCTAGAATTGAGAACTTTTTTACCATATGTATATTTTGAGCTTAAGATTTTTCTTCCGCAACTTTTCATACTGTATTGAAGCTATCTTAATATCACAGATGCTATAACCTCGCCAAGAGGGATTTTTCCTTTATTTTTTCATTCTACAAAGTAATGTTGTGCTCCTGCTTACTGACAAACATAATGATTTGTTGGTGCAGAATATGAGTAGCCTGGTTGAGAGGCTTCGTGTTAGATCAGAACGAAGGCCAGTGTATAATCTTGACGAGTCAGATGAGGAGTTTGATTATAAGCGTAAAAAACCTGGCTCAGCGCAGGAGATACTTGAAAAATTAGAGAGGGATGACAAGGTCTGTTTACTTTTCTGGCTCGGCGCAAGAGATATTTTTACTTGGTTATTATATATATTATGGCGAACTAATTTTTGAAGGCCTCTCTTATTTTCAAATTTTCATTTCATGTACTTATGAGCCCAATGAAAATGTGATTATTCTTAGAAACCATTTGTTCGTGTAGAGTGTCGGTGGTAAATCGGACACCCATGCTGACCTGTACAAGTTACATTCTTTGTGTAGGCGGTACAAACTTACATTGAAGGGATGAAAACCTTTTAATAACTGTACAGAAAAACATAGATATGCTTAGCCCATTTTTATAATCTCCCAAGCTACCCCTAATTAACATACCAAGGACTTTATCAGAAAACCTGAAATGAGAAAAATGTTTTTGTTTGAATGAGAAGGAACTTAGATTGGTATTATGGTATGTATAAAATGACCATTCTTATCCAAAAAATGTATAAAATGATTATCTTGGGGTTATTCCCTAAAGTTTCAATCATGGATTGGCAGTATCAAGTGCAAACATAATTTAATAGAATTCTGTTTTGGAATGGTTCTCATGCTCTCCTGTAGTATTTATTGCTCTAGTAAGTGAAGTGATTGCGTTATTTTGTTCTTATCATGTATATATTTCCTAATAGGATTTTCTAGTCTACTATTTCATTGTATGTGTATGTAATTTCTATCGTCCTTGCCCATCCTTTGGCAGAAAGAAGATGCATGCCAAACTTGTGGAGAAAGTGAGAATCTTCTCTCTTGTGAAACCTGTACATATGATTACCATCCCAAATGTCTTATTCCACCCTTGAAAGCTCCTCTCCCCAGCAATTGGAGGTGCCCTGAATGTGTATGATTTCTTTTTCTGGAACCTTAATTTGCTTTTTGTGTAGACTTCGTAGCTACTATTGTCAGCCCATTTTTTCCCGTCTATTTGCATCTCACAGGTTAGCCCTCTAAGTGATATTGATAAAATATTGGACTGTGAAATGCGGCCTACTCTTGCCGGAGACAGTGATGCTTCAAAGCTTGGTTCGAAGCAAGTTTTTGTGAAACAATATCTTGTGAAGTGGAAGGGGTTATCTTATCTACATTGCACATGGTAATTTATTTGATATTTTCTTTCTTCTGCTTTGTTATAGCAATCCCTCTAGTGTTGTTTACTTTTTTTTTTTTTTTCGTGTGAGTGTGTATAGATATTTCTATACCTCGTAGTAGTTCTGTTCTTCCCTAATTTGTGTCATATCTTTTATTCTGTTCTCCTCTATTTTTAATTGTCAGGGTGCCTGAGAAAGACTTTATAAAAGCTTTTAAGACACATCCTCGCTTGAAGACTAAAGTAAACAATTTTCATAAGCAAATGTCATTGAACAACAATGCTGAGGAAGATTTCGTTGCTATTCGACCTGAATGGACGACAGTGGACCGGATTCTTGCTTGCAGGTCTATTATTTTCTTGGAGTTCTTTGCATAGGTTCCTTTTTTGCTACAATCTTTTGACTGCCATTTCCATTCAAATCAATATTTTACTGAATCCTTTGACTTTTTGCTTGTGTCTTTCTTAATGACTATTTTTGCTATCTCCTCCTCCTCTTCCTCTTCCTCCTCTTCCTCTTCTTCTGCAGAAACTGATTTATGTGAATGCTGCTTTTCAATGTAGGGGAAATGATGAAGAAAAAGAATATCTTGTGAAATATAAAGAACTTTCTTATGATGAATGTTATTGGGAATTTGAATCAGACATCTCTGCCTTTCAGCCCGAAATTGATAAGTTTCATAAAATTCAGTCTAAATCTCGCAAACAGTTTTCGAATAAGAACAAAAGCAGCCATGGTGATTTTGGCGAAGTAAAGAAAAAACAAAAAGAATTCCAACAATATGATTCTAGTCCTCAGTTTCTTTCTGGAGGTACAATTTTTTTTGACACTCTAGTGTTGCATGCTAAATTTTTCCCACATGTGATAAGTTGGCTTTTTGGTCCAAATGAAGGAACATTACATCCATATCAGCTTGAAGGGTTAAATTTCTTACGCTATTCTTGGTCCAAGCAAACTCACGTGATACTTGCTGATGAGATGGGGCTTGGTGAGTTACTGGTCCTCTCGGTACAAAGGAGTGTAGAAAGAGGTTCTATTTTACCTTTAAGTAAAGAATTTTTTTTCGTAATTGCCTGCAGGAAAAACCATACAGAGTATTGCCTTTTTAGCATCCCTTTATGAAGAGAATATAGCTCCCCACTTGGTAGTTGCTCCACTTTCAACTCTTCGAAATTGGGAACGTGAATTTGCTACCTGGGCTCCTCATATGAATGTTGTATGTATCTGTTGAATTCCTCATAATGTTTGCTGGGTTGCATTATGTTTAATATGCACTTGCTGCAGGTTATGTATGTGGGCACTGCGCAAGCCCGTACGGTTATAAGGGAATATGAATTTTACTTTCCAAAGAATCATAAGAAGGTGAAGAAAAAGAAATCTGGCCAAATTGTTAGTGAAAGTAAGCAAGATAGAATCAAGTTTGATGTTCTGCTAACATCATATGAGATGATTAACTTTGATGTGGGAACACTGAAGCCTATAAAATGGCAATCCCTGGTGAGAATCTGCAATTAGTTTATCTTTACAATGAATTCTTGATTTATGTTGTTCGTGTATTGCAAACTATGTTAAAGTTTGAGGTATCATAATTGACTTGCTTTCTCATTGCTGATTTCTCTATAGATTGTTGATGAAGGCCACCGGCTTAAGAATAAGGATTCAAAATTATTTTCTTCATTGAAACAGTTTTCTAGTAGTCTTCGGGTACTCTTGACTGGAACTCCTCTTCAGGTTCGTTCTAGGTTATATTAATGCATTAAAGAGGTCTTCTGTGGTTTTGGCTTTTAGTCGTATTTTATTTGGTTTGAATTTCTCATTGCTATTGTATATGGCTTTTCTTTCTTTCTTTCTTTCTTTCTTTATTTTTTTGGATAGAAATAACAACTTTCATTGAGAAAAAAATGAAAGAATACAAGGGCATAAAAAAAACCAGCCCACCAAAATACCCCATCTAAAAGAAGGGGGACCAACCAAGTAAAATGTTACCAAAGGAATAATTACAAAAAAAATTTCAAAATTAAAACCCAAAGGGAAACGTGAAATCTAATCGAAGACCAAACCTCTTCACTCGGGTGTGCTGTTATTTGGGTGAGAGGAATGACTGGATGTTCCGTGGTTAGGGATATTTAAGGAACAAAACAACGTTGAGCTAAGCCATACATCCATTTGATGTTCAATCTCTCGAAGTGTTTACATATGTAAATGCATATAGCCAAATTTATATAGAGGGTAAATACCTGCATTTTTCTCACTGTTACTTGTTTGCATTTCAGAATAATCTTGATGAACTTTTCATGCTCATGCACTTCCTTGATGCGGGGAAGGTTAGTAGGACACTCCAATCAAATCAGATACAGCGCATCTGTTGGTTATAAATTTTTCAAATGTGATCAATGCATTTATTAAGATTTGATCATTTTGGAGGCATATATTCTTTCAGTTTGCAAGTCTGGAAGAGTTCCAGGAGGAGTTCAGAGATATCAATCAAGAGGAGCAAATCTTGAGGCTTCACAGAATGTTAGCTCCTCATCTCCTGAGAAGTGAGGCTCTTAAATTTTGTCTAGCGACAAATTGCCTTGAATGTTGATTGTCTGGATTGCAGATATTTTATTTGTCTTATACTCTGGTTTTATCATTTTACGCCTCATTTCTTTGCTTTAATTCAGGGAACACTATTTACAGCTATACTGTAATCATATTATTATCAACGAGTCTTTTGGCATTTATAAAGTTGCTTAGTTTATTGCTCTCTTGTAACTGTTTCTAGATACTTGCAAGTAATTCTTGATTTTCTTGCTGATTTTATTTTGAAATGTAGCCCTCCTTTACTTTTGGTTTCATTTTGAAATATTCTTCGACAATAATTTTAAAAGATAATTAATAGGTGTAATTCAATGGAAATGTTAACGTTGGCATCAAAATGTGATAGGGTCATACAATACTCAATAGTCAAGAATAGTTGAGGAGCATCCGAGTTGGTTTAGGCACTTACAGCAATTTTTCTTGCAGTTTAGTTTTCTTGCGTCATTAGTTTCACAGCACTCTTTTTTTTTATCTTCTTTAGTTTTAAATCATTTTGAGTTAGAAGTGTTTTTGCCGATCTTTTATTTTCTTGCAGGGGTCAAGAAAGATGTCATGAAGGACTTGCCCCCCTAAAAAAGAACTTATTTTGCGTGTTGAACTAAGTGGTAAGCAGAAAGAATATTACAAAGCCATTTTAACCCGCAACTATCAACTATTAACTCGCCGTGGTGGTGCACAGGTAACATTACAAGTTTGCTGTCTCTAATATTCTTTTCTTTTCTGTTTGACCCTCGCAAGATTGTTGAAGTTTAAAACTTTTCTATCAGATTTCTCTTATCAATGTTGTAATGGAATTGCGAAAGCTCTGTTGTCATGCCTACATGTTAGAAGGAGTTGAGCCAGATATAGAAGATCCTGAAGAAGCGTATAAGTAAGTTTCAACCCTGATCTTCAGCTTTCTATGTTAAATAGTCAGATCGGCAAGTAGAAAGTATGGTTTCTGTATGTTTGTCTCTATCTTAAGTTCTTAATGCTTCATCTTTTGTTTCCCAAAAAATTTTATATGGCTCATTTATATATACTATATATTGAACATTGTGGTATGCTAAGAATCAACAAGCTTAGAGTTAGAGCAAGTGCTAGTTTTTTTTATCGAATTTGAATTCCTATTGGCTGTGTAACTTCACAGACAGCTTTTGGAAACTTCCGGGAAGCTGCATTTGTTGGATAAGATGATGGTGAGACTTAAAGAACAAGGTCATAGAGTTCTCATATACACACAGTTTCAACACATGTTGGACTTGCTGGAAGATTATTGCAGTTACAAGGTATGGTACATCTTTAATCAAGATCACAAACGTTATCTTAAAAAAGCATTAGCTGTTCTTATTGAAGGAAAAGACAGTAACTGCTATGCTTTTGAGTTGAGTCTGATTCTTTTGATTATTTTTCTGGGTCAGAAATGGCAGTATGAAAGGATTGATGGCAAGGTTTGTGGAGCTGAAAGACAAATTCGAATAGATCGGTTTAATGCCAAGAATTCCTCTAGATTTTGTTTTCTGCTTTCTACTAGAGCTGGTGGTCTGGGAATAAATCTTGCGACTGCTGACACAGTTATCATATATGACAGGTGTGATAGTATTCTCAATTTATATTCTACCGTTCATGTTTATCTATTCTGGAAAATGTGTTTGCTATGATAGTACTATAGAACTTCAATAGAATAATAGTTGTCTTCACTTCTCACCAAAGGTGAATGCTTAAGAAGTGAGATGCTTGGCTGCAACCCAAAACACTAATTAGTATTACGATATCAGTCGCTTGGAACACTAATAAGGATTCAATATTTCTAGATCTGTGCTTCTTGATGGATGATGATTTCAAGCTAATTATAAGGATGGTTTTTCACTAGAATTTGTATGATTATTACTGAACGGTGAAAAACTTTTTCATTTTTGGTAGGTTTTTGATTAGTTGTCAATTAACCAGCGTATAGTTTTCCATTCCATCAATTTTATTGATCGATATCATTCTACTAATGTCCATCTGTAGTGATTGGAATCCCCATGCTGATCTACAGGCTATGGCTAGGGCACATCGGCTTGGGCAAACTAACAAGGTCTTGAATAATCTCTTTTTGAATGTTGTGACTTACAGCAGCTGCTTGTTTTTACTCAGCTGCTTTGTTTGATGTCACAGGTAATGATTTATAGGCTAGTAACTCGAGGGACCATTGAAGAAAGGATGATGCAAATGACAAAGAAGAAGATGGTCTTAGAGCATTTGGTTGTTGGAAGGCTGAAGGCTCAAAACATTAATCAGGTATAGAGAAATTATCTATGTGTGTGGTTCTTTGGGTAGCATTACAACCCATGTTGAATTGATACTTAGTTCTTTGCTATTAAAAGGTGAACTTGAATCTCAATGACCGATAATATATATGAATGTGGACATTTTCCTGTTGTTGAATTTACAGTAGGTAAAAAAGAATTGACATAGCAATTGTAGGAGAGAATATTTACAAGAATAGGAAATTACAGAGAAGGGTTCTATGTTGAAAGGTTAAAAAATTTGCTGCAACTACAATTTTTTCTTGATAGTATACGTCATATAGAAGCTAAAATTTGGCTCTAACTTCTCAACATTCTCTAAATGTTATCTTCACTTAAATCTAAAATTCACTTGTATAATAAGAGTTATTCCCTGAAGGACTTCTCTCTTTAATTTTGGCCACAAAGAAGCTGTTAGACAACTTAATTTCTGTTCTTTTGGGTAGCGTCAGTTCACACTAGAGCACCCAAGAAGCTTGACCCAGCAATTGAAGAAAAAGAATCAAACAAGAAAATATGAGATTTATCTTCCATTGACTGTTGTATGTACATGAATACAGAAGTCAGTTTTGTTGCTAGGTTTACAGTTCGTTTGTGAAGTATTTTCTGTTTTTGCTGTGGCCAAAGCTCAAGATGTTAATGAAGTTGAATAGGGAATTTTGAAATTCTATGCTATCTCCATGAGTATTTGACTGAACATTTTTGTCCATCTCTCCTCAATTCAGGAAGAGCTAGATGATATTATAAGGTATGGCTCGAAGGAATTATTTGCTGACGAGAATGATGAGGCAGGAAAATCTCGTCAAATTCATTATGATGATGCTGCGATAGACAGGTAGCACTTAACTTCTCTAATTGGTATATAATGCGGCTGTGATGTTCACGTCATTAGATCTTATACAGCTAGACTTGCCATTTAACACAGACTACTGGACCGTGATCAAGTTAGAGACGAAGAAGCAACTGTTGATGACGAAGAGGATGATGAATTTTTGAAGGCGTTTAAGGTTTTACTTGCACTAATTATTTTCTTGTGCAGTCTTAAAGATTTGGTAGTTGAGCTACATGTCTATTCTTTGCTATTTTTAATTCTATATTAAGGTCTCCCTATAGTTTTCACCCTGTACAATCGTCAATCATATACCAATTACTCTTTCCTTTCTTCCCTTTCTTTCCTTTCCTCCTTATGGTCTTCCCCTAGCCGGTGGTGTTCTAGTTTACACACTCCTAGAATATTGGATGGGGGCGAGCAATTAGAAATCTTATTGAAACATTCCAAAGCAATCAGAGAAGTGGGAGATGAATTGAACTACAGAAAGATCATGGGGGTGGGCAATTACTGAACAATATTCTCTATAAAAAGATGACAAAGAGGCTTACTGAACAAATAGTGTTGGGTTATCTGTTCATCCATTATTGTTGCTTTGTATTTTCTGGTCTGTTACCTCTACCAAACGTGCTATAAATTTGTTATTATTTTAATCCTTCTTTTGGGTGTTATCGTGCTGTACTATTGTTAGACTGATTTATTGTCATTGTGTTATACTGCCTTTCAGATCACAGTATTTATTTGCAATTTATGGAGCAAGCATGCCACAACTTAAATTGGGGAAGAAGCATGGAGTTTATAAAATCACTAAAAGTGGCTTTTTAAATTGCCAATATTTGGTTAAAATTTTAGACAACAGTAAAAGTGTGTTAAAATTTTTTTGATAATAAAAAATAATTTTGAAAAATTCTAAAAGTAGATAAAAGAAGAGTTAAAATGCTTTTAGAGGAACCATTTCACTAATTATCTTGTGCAAGTGGTTATTCACTTGGTGCTTCACTTAAAACACTTTTTTTAGCTTACCGAAACAAACAATTATAACAATCTGAGGACAACACACTGTTAAAACTTGAAAATTTCATGAGATTTACTTTCACATACTAAGTGCTTATAACGTCTGCTTCATTTTTGTGTTTTCTCGGGCAACATATATTTGTTCTCATTTTGTGAGTGATGCAGACATCATTTATGTGCTGCAGGTGGCAAATTTTGAATATATTGATGAGGTGGAGGCTGAAGAGGCAGCAAAAAGGGCGTCCATGGGAAGTCAGCCTGTTGCAAGCAACGTGGAAAGAGCTACCTATTGGGAAGAGTTGTTGAAGGATAAATACGAAGTGCATAAGATAGAAGAGTTTAAAGCTTTGGGTAAAGGAAAGAGGAGCCGTAAGCAGGTCAGTCGGAATAGTGATAGTATTACATCATTGATATATGCAGTCATAATTGATGCAATTCATCTAAATAGTGCCACGTTACTAAGTTGTAAAGCAACTATTTTCTCTCTCTCAAGTTTCCTTGTGGTTGTCTATCAGTTGGAAAAAAAACTTGCTTCAACCACTTCATTAAAATAAAAAAAACTAACCATGAAAACCTAATGGACAAAGGGATGATGTTTCCCCTCCCCTAACCAAAAAGGGATTACAAGAAAACCTTTCAATCTAGACTGATTTATACAGTTGTGTAGTTGTCCATTTAGAGGGCAGGAACTGTAACAAGTTCATAAAAGTAATCAAAAGAAACATATTTATCTGAACAAATTTTAGGTTTTTATTTCCTTCCAAAGTAACCACAAATAGCCATTGAAGCATTACTCCATACCATCTTAGCTTCATCACTAAACCTCCTCCATTTAGAGAATCCACCATCCACTTCTTTGTAGACCGAGGCATGTACCAATTCAAACCAAACAGGCTATCTAGAGGATCCCAAACCCTTCTGGTAAATTGCACATATTCTGGGAAATGGAGATGATATCTCTTTTGGGCCTTTTCATGAATAAATACACTTCGTGAGATGTGGTCAACAAAAAGAATTTTACCTTTTTGGTATCTCCCAAATGGCTGAGTAAATTTATTCTAGAGGTTTTTCTTCATTGTAACTCCAAATAGGCTGACTTCACTGTAGATTTTCTACCTATTTCTACACTCCACACCAATTGATCTTGGACATTAGACAGCTCCAAAATAGAAATAAGGATACCCATTCTTCCAACTTTCTGTTACTCCATTCTTCCAACTCTGTCACTTTAAGTCCCATCTTTGGCTATTGGGGGTTCCACAACTGATGGATGGTGGACCTCAATCAATTTTAGCATTTGATATACTAAAAATGGAGGGAAACATCACCTATAGAGGTTGGTTAGCGATCAACTGGTAGATATTAGAATTACTTTTGGTAGTTGGGAAGCTTTATGTTCATTTGAAAAAAAGAACTTAGAAAACCATCGAGGAGAAAGTTATGAGTTAGATAAGGACTTGAGCATATACACTGTTAAGTTTCCTTTGTGGCTATGTAATTCCAATGGTTTTCTAAGTTATGTTATTCTCTTGACCAGTTTTGGAGCTCTCATGATATCTATAAAAAAATTTCTTAGGCTCTTCCAGAAAAAAAAACATTTAAAAGAGAACTCCAACATTGGACTCTTTCCTCCCCACTTGGAATTACTATTCAGTCCATCTCACCACTTCTTATAAATCTATAAATGTGGTTGTGAAAACATTAGAATAACTATCACGTTCCATCTAATTTCGTTGAAATTTATACGCTAGTCAGTTTGTTTCAAATAGTGTTTGAGTCTCTACTTATCGAAGTTCGGGTGATTTGAACTTGGAAATCTGTTATAGATGGTATCTGTTGAAGAAGATGACCTAGCTGGGCTCGAAGATGTAAGCTCTGAGGGTGAGGATGATAACTATGAAGCTGATTTGACTGACGGTGAAGCAAATTCTTCTGGTGTTCCTTCTGTGAAAAAGCCGTATCGGAGGAAATCCCGTGGTATGTTTTTCTATTTGCACCCTTTTACTCTGATTGCACAATAATCTCTTTTCTTATTGTTTTTGACTCATCAAGGTTTTATTTTCCAGTGGATAGCAGTGAGCCACTTCCCTTAATGGAAGGGGAAGGAAGATCATTTAGAGTTCTTGGTTTCAACCAAAATCAAAGGGCTGCATTTGTGCAAATTTTGATGAGGTTCTTGCTAACATTTTTGCTCTTTTTTATTTTTTCTATTTTTGCTGCCTCTTCTTTGCTTTTTTTATCTTTAACCTGTGAGTATTTGTCCCTTGTGGACATTCTTGTGCCTGTAAGAGAGGTTGTTCCAATGTTCGTTTTTTCAGTGTTTACTATTTTCTTAAGGTTTGATTTACTTAATACAGGTTTGGGGTTGGGGATTTTGACTGGAAGGAGTTCACTTCTCGGATGAAGCAGAAGACTTATGAAGAAATAAAGGAGTAAGTGATATGGATTCTTCTTTATGAAATGAACGGTTGGTACTGAATTATTACCATGCTGAGGGTTTTTTTTTTGGATTTGATGTTTGTTCTAAAAAATGGCTGAAATATGGATAAATAGGAATTACAACACCATATACTCTCCCTCCCTTTCTCTCTCTCAGCTCTCTGGTGTAGGCCTAACTTTTACCTATCATCGGATAGTATTAAGTTTTACATTTGTTTTGCTGCAAATGATTCTGTAAATTCATATAGCTAAAATATAACAAATGCTATTAAAAGAATAAGTTGCTTTGTAGCTTTCCTGGACACTCGCGAATATCAAAAAAAAAAAAAAGAGAACTTGCTCTTATGGATGAGATTTAGGGTTTTACTTTATGAGAGAACCAATGGAGAAGAAAAACAACGGAATAGGAGGTTGTGCAAGTACCTTTTTCTTCATTTCGTTTTATTTTCCAATATGAAACCAATAATATGTGTAAAATTTGTGCGTGTTCCTATGTTAATTTTATTAATATCTACTGATCGAGTGATCGTTCATATTGGGAGCAAGAATTTAAGTTACCAAAGATATATTGGATGTTCGTTATCTTTTCCAGAGGTGCTGAAATTTCTTTTACATCAATTTCGTCTTTACTTCATGAAAAAGTATCCCTTTTCTGGATGTTTGATGTGTTGATTTGCAGTTCACTGCATGAAAAAGTATACCTTTTCTGGATGTTTTATGTGTTGATTTGCAACAACTGCTTTTTGTTCAGATACGGGACTCTTTTCTTATCTCACATTGCTGAAGATATCACTGAATCTCCCAACTTTTCAGGTATTGTATCCTTAACGCTGCATCTGTTGTGTGTAAGAATACTAAAGTTTCACCAAAATAGTAGAAAGGTTACACAACTAATTCAGCAGAAAACTACCCCCTCCCTTAAGACAACTACCAGAGAAGCTTTGCACAAAATAAAAGATGGGAAATCAGAACTTAAATAGTGCTCGAGATGTGAAGTAGGTTTAATATGAAAACACCCTTGATATTATTCAAAAGAACAAAAGGTGTGACATTTGGACTCCCAACGGTAATGCTGACTGAAAATGAAGCTTTAACATGCTTAAGGTTTCAAATATATTGCATCCTTGATGCTTTATTTTTTAACTGCTGTTTTTTGCTTTTAATTCTTTGTGGGATACTAATATCTGTATATCCTTGATGTTACATTTAGATGGTGTTCCCAAAGAAGGACTCAGAATACAAGATGTGCTAATCAGAATTGCAGTTTTACTCTTGATAAGGGATAAGGTAAGCTGTAACTTTGTTTATTCTCCAGTTATATAGTTTTAATTCCTCATCTTTTAGCTTGAAGATTGGGAGTTCTATTCTACAAATTATGGACTATTTTGGGGCTTTCATTTTTCTGTGGTCTGAACTGTGGCTTAAGGATGGAAAAGATTAACGTGGTTTTAATTTGAAAGGGAAAAAGTTGGTGGGAGATGGAAAAAACAGTTAAGTTCCATGGCTTTGATAGTGAGTACAGGAATTATAGATCGTCTGTAGTCAACACAAATTGGGGAGGTTCTCGTATTACTACAGGGGTTTCAACTTTCTTGAAATTCTTATTTCAGAACTAGAGACATATCACATAATGTTAGATAATTCTTTTTGTTACATTGAGTGTTCCTTTATTTTTATTTTGTAGTAATCTTTCACATTTCATTTTTTTGCAAATGCATTTTACTTATGAAATCATTTCTTCTTCTTTTTGGTGGAATTATAGGCGAAATTTGTCCCAGAAAGTTCGAGTGCTCCACTATTCACAGATGACATTTTATCTCGTTACCAAGGACTAAAAGGTGGAAAACATTGGAAGGAAGAACACGATAGATTGTTGCTGCTTGCTGTTCTGAAGTATGGTTTTTCACAAGCTTTCGCCTTACTGTATATTGTACTGCTGTGAATGAGAGTTATCTATACATACATACAAGGTTTTCATAAATGTCTGAGAGATTCAATTCCAGGAATGCTAAATCCTCTTGTCTAGCATAGGGATGATGGAATAGGTAAATATAAGTTTGACATCTGGGCATGTTATAGTCATAGATGAAGATGATGATAGGTCCCTGTTGTTCTTGCATATCAAGTAGTGACTGATATTATTAGGTGATCTATTTGATGGGCAGATATCTATTCATGAGACTTGGTTGTAGGCTCATTTTCTTCTTAAACCTTCGATCTTCCAGCACTAATCTTCTAATTTTCAAATCTCTAGGCATGGCTACGGTAGATGGCAAGCGATTATTGATGACAAGGACCTCAAGATTCAAGAAGTGATTTGTCTGGAATTGAATCTTCCCGTCATAAACCTACCTGTTCCTGGACAAACTGGTTCTCTAGTTCAGAATGGTGGAAACACACCAAACACTGAACCAGCTGGAAGTGAGTCTAGGGAAAAGGAAAATGGTGGTGGAAACGATGCTTCATCTGATGTGCAGGGAGGAGGAACTGATACTGCTAACCAATCTCAGTTGTTTCAAGATTCATCTATATATTATCATTTTAGGGATATGCAGCGACGACAGGTTGAGTTCGTCAAGAAAAGGGTACTTCTCTTGGAAAAAGGGCTGAATGCAGAGTACCAGAAAGAATACTTTGTAAGTTCTGAACTCCAAGGCAGTGTAGCCAAATGAATGGCACCAATCACCATAGTCTCCTATGCCTGCTTCGACACTTTGCTTTACTTTAACATATTATTAAAGGAACTAGAAAGGGGACGAGAAGATTCTAGTTTAAATCGTGGACTCAGGTTGCTAAATTGAGACGTGAAAAAGGATAAAGATATTAGTTGTGGTCTGTCTTAGAAACTTCCACCGAAGGGGTTCTTGTTGAGTTTTTGTAGCTTGGTTTGCATCATGCTAGATTGCCACTGTCATCTATATTATTATTTTTTGAAATTCTATTGTTGGCTTCTGAACATCATTTTATCAAATTCATTTTTTAGTTGCCATAACAAAATTACTAGATATCTTCATCTTAGTTTTTATTTTGTCATGTTTTATTTATATTGTTATGATAGATATAAATCAAAGTGGTTAATTTAGTGGACATATATTCTACAAAATTTGGTACTTTTGTGTTACTTTCTAGTGAAGCCAGCTTCAATTCCTTGTGGACTCATTTCTTTTCTTTACCGTCCCTACTCCCAGGGTGACTCGAAAGGAAATGATATTACAAGTGAAGATATTGAGAATGAGTCCAAGGTTTCAAATTTGCCTGGTGCTAGCACTGTGGAGACCGATACTCAAAAGGCAGATCAGTTGCCTCAAGTTGATCCAATTTGTAAGCCTCTTTTCTCAAGTAATTCATTTCTTAAGAACAGGACTCAATCTGAAAGCGATGGTCTCTTTTCATTATCTTAATGAAACGTTTTAATATCCCTTTCTAAAAAACATGAATTGCATTCATGTGCTTGCTTAAGCACCATTTGTATATTTATCGGGTGGAAATGACAATAGTCCGAAGAATCATTCATGAAAACGGATTTATCAGTGAATCAGACTTTTGTACATAGACCATCTTTTGAACACACTTACTAAAAACAAAATCCAATATTCTTTGGCAGCAGACTAATGTTGTATTTTGCCTGTGCAGCTTCAAGGGAAACTTCTGCTGCTTGTGATGACAATCCCGATAGATTGGAATTAAGCCGGCTTTACAATGAGGTAATCCCTTTTGTTCATTAAACAGTTAACGGTGTTGCTCGATGAGTGTTTCTTCACAAAGTCCGGTTTCAAGTTTTTTATTTGCAATCCATTTCCTTAAGCAGATGTGCAAGGTTGTGGATGAAAATTGTAGAGAGCTGGTGCATGCGGCTACTGGAAGCTACCATTCATCTTCTGACGTGAAAGTTAACCTTCTACCTCTGGAGAAAATTATTGAAGACGTGGACCGAATTCTGTCTCCTCAGCCAAACCCCACTAAAGAACAATCGACATCAGATTCTGTTCGGCAACCAGCAGTTGTCGAATCACCGAGCACCGATGTTAGCCTTAAATCATCACTCACAAATCAAAATCCAGATAGTGAAAAGGCTGATGTCGCCACAAACATGGAGGTAGATCCCTCAACGGAATCCGAACCTCAAAAAGAAAGCAAGTCAATGCAGATAGACCTTGATCCGATTACTGAAGAGCCTGAACCATCTGTTAGTCATGTTCCAGCCTCTGAAGATCCAAATCCCAATCAACCAGAATCCGCAAGTCAACTGGAGAGAAGTAGGGTCGATGAAATGGAAGTAGAAGGGAGCAAGGAGATTGGTGCAGCAAAAGAACATAGCATTGATGATCCCAAGGCAGGGGTGATCGTGTTAGATGATTAGAGAAATACAACAAGTAATTGATCACCATTAGTTTGTGTTTTGATTCTCTCACCCAATTTAAGAATTGTAACAATATGAAAGGAAAGTAAAGTGTCGATTATAATTAATAATACGGACTCCCATTTGGCTTTGTTAGAGCTGTGTTTGAATCCAATTCTACCATTTTAGGTAGTTTTTATGCGCTCTTCAACTTCTGGGGTTGAAGTGAACAGAAGTTTCATTTAATTCATCTTATGGGTAGAGGAGAGGTCACCTATGTATATATAAACTAGCCATTACAGAACTACAACATATATATAAGTAAGATTCGAAGGTTCTAATCTACCCCTTCTACATCATTTTGTTTAGCTTTGGGCTATTATATACCATTCTATTTACGAGTCTTC ATGGAATTGCGAAAGCTCTGTTGTCATGCCTACATGTTAGAAGGAGTTGAGCCAGATATAGAAGATCCTGAAGAAGCGTATAAACAGCTTTTGGAAACTTCCGGGAAGCTGCATTTGTTGGATAAGATGATGGTGAGACTTAAAGAACAAGGTCATAGAGTTCTCATATACACACAGTTTCAACACATGTTGGACTTGCTGGAAGATTATTGCAGTTACAAGAAATGGCAGTATGAAAGGATTGATGGCAAGGTTTGTGGAGCTGAAAGACAAATTCGAATAGATCGGTTTAATGCCAAGAATTCCTCTAGATTTTGTTTTCTGCTTTCTACTAGAGCTGGTGGTCTGGGAATAAATCTTGCGACTGCTGACACAGTTATCATATATGACAGTGATTGGAATCCCCATGCTGATCTACAGGCTATGGCTAGGGCACATCGGCTTGGGCAAACTAACAAGGTAATGATTTATAGGCTAGTAACTCGAGGGACCATTGAAGAAAGGATGATGCAAATGACAAAGAAGAAGATGGTCTTAGAGCATTTGGTTGTTGGAAGGCTGAAGGCTCAAAACATTAATCAGGAAGAGCTAGATGATATTATAAGGTATGGCTCGAAGGAATTATTTGCTGACGAGAATGATGAGGCAGGAAAATCTCGTCAAATTCATTATGATGATGCTGCGATAGACAGACTACTGGACCGTGATCAAGTTAGAGACGAAGAAGCAACTGTTGATGACGAAGAGGATGATGAATTTTTGAAGGCGTTTAAGGTGGCAAATTTTGAATATATTGATGAGGTGGAGGCTGAAGAGGCAGCAAAAAGGGCGTCCATGGGAAGTCAGCCTGTTGCAAGCAACGTGGAAAGAGCTACCTATTGGGAAGAGTTGTTGAAGGATAAATACGAAGTGCATAAGATAGAAGAGTTTAAAGCTTTGGGTAAAGGAAAGAGGAGCCGTAAGCAGATGGTATCTGTTGAAGAAGATGACCTAGCTGGGCTCGAAGATGTAAGCTCTGAGGGTGAGGATGATAACTATGAAGCTGATTTGACTGACGGTGAAGCAAATTCTTCTGGTGTTCCTTCTGTGAAAAAGCCGTATCGGAGGAAATCCCGTGTGGATAGCAGTGAGCCACTTCCCTTAATGGAAGGGGAAGGAAGATCATTTAGAGTTCTTGGTTTCAACCAAAATCAAAGGGCTGCATTTGTGCAAATTTTGATGAGGTTTGGGGTTGGGGATTTTGACTGGAAGGAGTTCACTTCTCGGATGAAGCAGAAGACTTATGAAGAAATAAAGGAATACGGGACTCTTTTCTTATCTCACATTGCTGAAGATATCACTGAATCTCCCAACTTTTCAGATGGTGTTCCCAAAGAAGGACTCAGAATACAAGATGTGCTAATCAGAATTGCAGTTTTACTCTTGATAAGGGATAAGGCGAAATTTGTCCCAGAAAGTTCGAGTGCTCCACTATTCACAGATGACATTTTATCTCGTTACCAAGGACTAAAAGGTGGAAAACATTGGAAGGAAGAACACGATAGATTGTTGCTGCTTGCTGTTCTGAAGCATGGCTACGGTAGATGGCAAGCGATTATTGATGACAAGGACCTCAAGATTCAAGAAGTGATTTGTCTGGAATTGAATCTTCCCGTCATAAACCTACCTGTTCCTGGACAAACTGGTTCTCTAGTTCAGAATGGTGGAAACACACCAAACACTGAACCAGCTGGAAGTGAGTCTAGGGAAAAGGAAAATGGTGGTGGAAACGATGCTTCATCTGATGTGCAGGGAGGAGGAACTGATACTGCTAACCAATCTCAGTTGTTTCAAGATTCATCTATATATTATCATTTTAGGGATATGCAGCGACGACAGGTTGAGTTCGTCAAGAAAAGGGTACTTCTCTTGGAAAAAGGGCTGAATGCAGAGTACCAGAAAGAATACTTTGGTGACTCGAAAGGAAATGATATTACAAGTGAAGATATTGAGAATGAGTCCAAGGTTTCAAATTTGCCTGGTGCTAGCACTGTGGAGACCGATACTCAAAAGGCAGATCAGTTGCCTCAAGTTGATCCAATTTCTTCAAGGGAAACTTCTGCTGCTTGTGATGACAATCCCGATAGATTGGAATTAAGCCGGCTTTACAATGAGATGTGCAAGGTTGTGGATGAAAATTGTAGAGAGCTGGTGCATGCGGCTACTGGAAGCTACCATTCATCTTCTGACGTGAAAGTTAACCTTCTACCTCTGGAGAAAATTATTGAAGACGTGGACCGAATTCTGTCTCCTCAGCCAAACCCCACTAAAGAACAATCGACATCAGATTCTGTTCGGCAACCAGCAGTTGTCGAATCACCGAGCACCGATGTTAGCCTTAAATCATCACTCACAAATCAAAATCCAGATAGTGAAAAGGCTGATGTCGCCACAAACATGGAGGTAGATCCCTCAACGGAATCCGAACCTCAAAAAGAAAGCAAGTCAATGCAGATAGACCTTGATCCGATTACTGAAGAGCCTGAACCATCTGTTAGTCATGTTCCAGCCTCTGAAGATCCAAATCCCAATCAACCAGAATCCGCAAGTCAACTGGAGAGAAGTAGGGTCGATGAAATGGAAGTAGAAGGGAGCAAGGAGATTGGTGCAGCAAAAGAACATAGCATTGATGATCCCAAGGCAGGGGTGATCGTGTTAGATGATTAG MELRKLCCHAYMLEGVEPDIEDPEEAYKQLLETSGKLHLLDKMMVRLKEQGHRVLIYTQFQHMLDLLEDYCSYKKWQYERIDGKVCGAERQIRIDRFNAKNSSRFCFLLSTRAGGLGINLATADTVIIYDSDWNPHADLQAMARAHRLGQTNKVMIYRLVTRGTIEERMMQMTKKKMVLEHLVVGRLKAQNINQEELDDIIRYGSKELFADENDEAGKSRQIHYDDAAIDRLLDRDQVRDEEATVDDEEDDEFLKAFKVANFEYIDEVEAEEAAKRASMGSQPVASNVERATYWEELLKDKYEVHKIEEFKALGKGKRSRKQMVSVEEDDLAGLEDVSSEGEDDNYEADLTDGEANSSGVPSVKKPYRRKSRVDSSEPLPLMEGEGRSFRVLGFNQNQRAAFVQILMRFGVGDFDWKEFTSRMKQKTYEEIKEYGTLFLSHIAEDITESPNFSDGVPKEGLRIQDVLIRIAVLLLIRDKAKFVPESSSAPLFTDDILSRYQGLKGGKHWKEEHDRLLLLAVLKHGYGRWQAIIDDKDLKIQEVICLELNLPVINLPVPGQTGSLVQNGGNTPNTEPAGSESREKENGGGNDASSDVQGGGTDTANQSQLFQDSSIYYHFRDMQRRQVEFVKKRVLLLEKGLNAEYQKEYFGDSKGNDITSEDIENESKVSNLPGASTVETDTQKADQLPQVDPISSRETSAACDDNPDRLELSRLYNEMCKVVDENCRELVHAATGSYHSSSDVKVNLLPLEKIIEDVDRILSPQPNPTKEQSTSDSVRQPAVVESPSTDVSLKSSLTNQNPDSEKADVATNMEVDPSTESEPQKESKSMQIDLDPITEEPEPSVSHVPASEDPNPNQPESASQLERSRVDEMEVEGSKEIGAAKEHSIDDPKAGVIVLDD Homology
BLAST of Cucsat.G11312 vs. ExPASy Swiss-Prot
Match: Q9S775 (CHD3-type chromatin-remodeling factor PICKLE OS=Arabidopsis thaliana OX=3702 GN=PKL PE=1 SV=1) HSP 1 Score: 940.6 bits (2430), Expect = 1.3e-272 Identity = 518/840 (61.67%), Postives = 632/840 (75.24%), Query Frame = 0
BLAST of Cucsat.G11312 vs. ExPASy Swiss-Prot
Match: F4JTF6 (CHD3-type chromatin-remodeling factor CHR7 OS=Arabidopsis thaliana OX=3702 GN=CHR7 PE=3 SV=1) HSP 1 Score: 624.0 bits (1608), Expect = 2.6e-177 Identity = 370/801 (46.19%), Postives = 510/801 (63.67%), Query Frame = 0
BLAST of Cucsat.G11312 vs. ExPASy Swiss-Prot
Match: Q12873 (Chromodomain-helicase-DNA-binding protein 3 OS=Homo sapiens OX=9606 GN=CHD3 PE=1 SV=3) HSP 1 Score: 365.9 bits (938), Expect = 1.3e-99 Identity = 227/501 (45.31%), Postives = 318/501 (63.47%), Query Frame = 0
BLAST of Cucsat.G11312 vs. ExPASy Swiss-Prot
Match: Q14839 (Chromodomain-helicase-DNA-binding protein 4 OS=Homo sapiens OX=9606 GN=CHD4 PE=1 SV=2) HSP 1 Score: 351.3 bits (900), Expect = 3.3e-95 Identity = 226/505 (44.75%), Postives = 310/505 (61.39%), Query Frame = 0
BLAST of Cucsat.G11312 vs. ExPASy Swiss-Prot
Match: Q6PDQ2 (Chromodomain-helicase-DNA-binding protein 4 OS=Mus musculus OX=10090 GN=Chd4 PE=1 SV=1) HSP 1 Score: 351.3 bits (900), Expect = 3.3e-95 Identity = 226/505 (44.75%), Postives = 310/505 (61.39%), Query Frame = 0
BLAST of Cucsat.G11312 vs. NCBI nr
Match: XP_031739900.1 (CHD3-type chromatin-remodeling factor PICKLE [Cucumis sativus] >KGN55444.1 hypothetical protein Csa_012103 [Cucumis sativus]) HSP 1 Score: 1724 bits (4466), Expect = 0.0 Identity = 897/901 (99.56%), Postives = 898/901 (99.67%), Query Frame = 0
BLAST of Cucsat.G11312 vs. NCBI nr
Match: XP_016901296.1 (PREDICTED: CHD3-type chromatin-remodeling factor PICKLE [Cucumis melo]) HSP 1 Score: 1673 bits (4333), Expect = 0.0 Identity = 873/902 (96.78%), Postives = 883/902 (97.89%), Query Frame = 0
BLAST of Cucsat.G11312 vs. NCBI nr
Match: KAA0064594.1 (CHD3-type chromatin-remodeling factor PICKLE [Cucumis melo var. makuwa] >TYK19995.1 CHD3-type chromatin-remodeling factor PICKLE [Cucumis melo var. makuwa]) HSP 1 Score: 1673 bits (4333), Expect = 0.0 Identity = 873/902 (96.78%), Postives = 883/902 (97.89%), Query Frame = 0
BLAST of Cucsat.G11312 vs. NCBI nr
Match: XP_038897754.1 (CHD3-type chromatin-remodeling factor PICKLE isoform X1 [Benincasa hispida]) HSP 1 Score: 1524 bits (3945), Expect = 0.0 Identity = 805/904 (89.05%), Postives = 841/904 (93.03%), Query Frame = 0
BLAST of Cucsat.G11312 vs. NCBI nr
Match: XP_022981141.1 (CHD3-type chromatin-remodeling factor PICKLE [Cucurbita maxima]) HSP 1 Score: 1490 bits (3857), Expect = 0.0 Identity = 788/913 (86.31%), Postives = 837/913 (91.68%), Query Frame = 0
BLAST of Cucsat.G11312 vs. ExPASy TrEMBL
Match: A0A0A0L332 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_4G652080 PE=4 SV=1) HSP 1 Score: 1724 bits (4466), Expect = 0.0 Identity = 897/901 (99.56%), Postives = 898/901 (99.67%), Query Frame = 0
BLAST of Cucsat.G11312 vs. ExPASy TrEMBL
Match: A0A5A7VBI4 (CHD3-type chromatin-remodeling factor PICKLE OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold134G001110 PE=4 SV=1) HSP 1 Score: 1673 bits (4333), Expect = 0.0 Identity = 873/902 (96.78%), Postives = 883/902 (97.89%), Query Frame = 0
BLAST of Cucsat.G11312 vs. ExPASy TrEMBL
Match: A0A1S4DZ79 (CHD3-type chromatin-remodeling factor PICKLE OS=Cucumis melo OX=3656 GN=LOC103493764 PE=4 SV=1) HSP 1 Score: 1673 bits (4333), Expect = 0.0 Identity = 873/902 (96.78%), Postives = 883/902 (97.89%), Query Frame = 0
BLAST of Cucsat.G11312 vs. ExPASy TrEMBL
Match: A0A6J1IVQ1 (CHD3-type chromatin-remodeling factor PICKLE OS=Cucurbita maxima OX=3661 GN=LOC111480376 PE=4 SV=1) HSP 1 Score: 1490 bits (3857), Expect = 0.0 Identity = 788/913 (86.31%), Postives = 837/913 (91.68%), Query Frame = 0
BLAST of Cucsat.G11312 vs. ExPASy TrEMBL
Match: A0A6J1FK38 (CHD3-type chromatin-remodeling factor PICKLE OS=Cucurbita moschata OX=3662 GN=LOC111446153 PE=4 SV=1) HSP 1 Score: 1486 bits (3848), Expect = 0.0 Identity = 785/915 (85.79%), Postives = 839/915 (91.69%), Query Frame = 0
The following BLAST results are available for this feature:
InterPro
Analysis Name: InterPro Annotations of Cucumber (B10) v3
Date Performed: 2021-10-25
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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