Cucsat.G3435 (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.GGAAGAGTCATCTCGGAAAAGATGTACGACACCTCTGATTTCTTCGATTCTGGGGTTTCCAGAGGAGAAATGAAAGGCCTGTGTCGAACCAGAAATGGAGGATGATGATGTGGAAAAAGAAACGCTGGGATCGCTTGAAACCAGTGACGATTTTGGAGCCCGGAACCCTTCATCGGAGGTTGCCGGTACGTCGAGTGCGGTGGTAGAGGTAGTTAGCATTCCGGCGGCAGAATTGAGTTCTCGCGGGTAAACGATTTTACGCTCCTCGTGTATCAACTTTTAATTATATACGTATATATAGCTAATCTAAACAATACTAAAGTTTAGCTTTGGTATTGATTTTTAAAAAATAGGGGTTTTCTAATAAATATAACAAACAAACTATTTAGTATATATTAATATAAAATATCAAAATTATTTTGTTAACATGCAAGGTCATAGGCGAGCTCATTATATAGATTTTGATACACGTTTTCAAATATACCATACGTTAAATGAACTGATTCTTTTAGTTATTAAATCTCGAACATGAAATATTTCATCATGAATAATTATTCATTTAGTTATTGAATCCGGACCTCAATGGCATCTAGAAAAAGATAAAACAAGTGTTCTCATTATTAGGTGGGAACAAAAAAACCAAAAATTGGGCACGACTTGAAGCCCTAATCTTTCGTCCTTGGTTGGGCAGCTGATCGGCCAGCCCAGGCATTAAGAGTCCATTGTTCTAAACTCCCATTGCTTTCTTCTCCTGCTCGCTCAGGACCCAAAACTCTAAATTCTCTTATCGGAAATGCTTTTTTCCGTCGCTTCCCGCCGTTTCCTTCCGCCGGCAACCATTTTCTTTTCCACCAAAGCAATCAGTCCCATTCCCGAGTTCGATTTCAAGTTTAACACCTCGGAACGTCGTCCGACACACACTAATTTCGACCCTTTCACTGTTCGTGAAGCGCTTGATTCTTACTGCAATGACTGGAAGCGATCGTACGAGTTTTTCAACTGGGTTGAATCAGAATGTAAGTTCGATCACACCACCGAGACATACAATCGCATGCTGGACATTCTCGGTAAGTTCTTCGAGTTCGATCTTTCCTGGGTCTTGATTAACCGTATGCGACAATCCCCGTCTGCGTCACCGGATCACGCCACGTTTCGAATTTTGTTTAAGCGTTATGCGTTGGCTCATTTGGTTAGTGAAGCGATTGCTGCTTATGAGAGATTACGGGAGTTTAAATTGAGGGATGAGACTTCGTTTTGTAATCTTATTGATGCACTTTGTGAGTCTAGACATGTCGATGAAGCGCAAGAACTGTGTTTTGGGAAGAATAGGAAGTTGGATTGTGATTCGAGTACGAAGATTCATAACTTAATTCTTCGTGGTTGGCTTAAGATGGGATGGTGGAGTAAATGTAGAGACTTTTGGGAAGAAATGGATAAGAAGGGCGTTCGTAAGGATTTACATTCGTATTCGATATATATGGATATACAGTGCAAGAGTGGGAAACCTTGGAAGGCTGTTAAATTGTACAAGGAGATGAAAAAGAAGGGAATGAAATTGGATGTAGTGGCCTATAATACGGTGATTCATGCTGTTGGGATTTCGGAAGGTGTCGATTTTGCCAGCCGGGTGTTTCATGAGATGAAGGAAATGGGGTGTAAGCCTAACGTTGTGACTTGCAATACTGTTATTAAGCTGTTTTGTGAGAATGGAAGATTCAAGGATGCCCACATGATGCTCGACCAAATGCTTAAGAGGGACTGTCAACCTAATGTTATCACCTATCATTGTTTTTTCAGGTCTCTTGAAAAGCCGAAAGAGATTCTCGTGTTATTTGATAGGATGATTAAATATGGGGTTCATCCAAAAATGGATACCTATGTGATGCTCTTGAGGAAGTTTGGAAGATGGGGGTTTCTAAGACCAGTGTTTTTAGTGTGGAATAAGATGGAGGAACTTGGGTGTAGCCCGAATGAGTGTGCTTACAATGCTTTAATTGATGCTCTTGTGGAGAAGGGAATGATAGATATGGCTAGAAAGTATGACGAAGAGATGGTAGCGAAAGGTCTTTCACCTAAGCTGAGAGTGGAATTGGGGACACAGATGATGAATGGTGGCTATCATGCCAATGTGAACTGCAACAAGTAGATAGTAATGGCACTTCTCGTTACTTGTAGACGCATATGATCTTGCAGTATATTATTACCCAGATTAAGACGTTGCAAAAAAGGTGGAGTCTAACTGGTTGAGCTTTTATCTGGGTTCTGTTATACAGAAATTTGAGGAGAGACAAACAGAGCATATGGGAATACGTTGTTAAACATCTGCCAAACATGATTTACACAATATTACTAGTTAAGCTCTAATCTTGAATGTTGAAGTTTGCCATTTTTTTTCATTCAGATTAGATATCAATGGCAGGCTATCATGATGTTTGGATGTGTTTCCAGTTCTTAAGGCACTCAGCTGACGATCTCTCAGATTCTTCGTGAGGGTATCAAATTATTGATGATTGATGAGACCATACGTTTGACAAATTAATTGAGAAACCATATTCTTGCTACCTCCGAAAACAAAGAAGAAGTTATTCTATGGATTTTGGTTTCTACTTTATCCATCCCCTGACAAAGATTTAAATTTCTCCCTAACAAGGAGAACAGCACCAGAACTTCAGAAAGCCTCGAGTTTCCTTTTTTGAATTAAAAACTTCCAAGGGACTGATGAAATTAAAACTCAGGGGTAGCAAGCTGCAAGCTGCAAGCTTAACGATGTGGATGCCAAGACTCTCCAATACTTTTGACAAACATCACTGAGATGAGGGGTAGTAAGTAAATGAATTACTGAGGAAATTATTAATATGTAACTTTTGTTTTTCATTTTCTCCTTAAAGCTCTTTACTTTTGCTATATCAACAGACTCATGTTTTTTTTTTAAATATAATTAAAATTATAGCAAAAAGGAGCGGGCTAAGGCTTACTTTTAACATTTATTTATGTAGTTGTTTTAATTTTAGTAAGACAATAGCTACCTTTGGGGTTTCTTATTATCCCTGGTGTGTGAAACAGATTACATGTATGATATGACGGTCTATCTTTTTCTGATGTTCTAGTGCAAGAAGGAATTGGATTAAAAGAATAAGGACACACTTGATTACCCTTTATGATCTGCTAATTGTTTACAATGGCAAAACTGCTAGTGTTGAAAATATTTTCAAATATAGCAAAATGTCAATGTCTATCAATGATGGACTTTTAATAGATAATGATAGACATCAATCATTCTCTATCATTTTATAGACAATGAAATTTTGCTTTGTTTATAAAGTTCATTAGGCTTTATTTGAATATAACCATATATGATATAATAGTGTCACCAAACAATTGCTTAAATAATTTGAAGAATTCTATCCTTCGTGTGGGACAACAGTTATAAAAAATGTGCGGTTTTGGAATTATGTGGTGGGTAATTTTATTTTTATTGGCATATAAAAGGCAAGTTGGGCCGTTATATATATATATATATGTACTTATATATTTGTCGAAGTCAAAGAAACAAAAAACAATGTAGCATGCATGATTAATATGCTAAATATACATATTTTTTTTATTATAACTTTCCTGATTTCGATCTGAAAATTATTGCATTTCCACATCCATGTAGTAGGCAATCAGTCGCTTCTCTTATTTTTCTGGCGTCATTTCTGTTCTTTTCTGATCTTTAATTTTTGTATGGACTTAAAAAATAACACATCAAACCACGTTCTATATGTTATTTCTCTCCCTTGCCCCAGGACAAGAAAACTTCGTTGACAAAATTTTATCTAAGATGGTGGGATTGTGTGAACTGTTTGGTAAAAAAATCAGTAGAGGATCATTTCAGAAGACATTAGCCTTGATTAAAGAGAATTAAATTGGTCGTTGATGAGATTGATGGTTTGCATGCTTATAAGATATAAATCCTCCAACTTCCAAATTGCCAGGTACCGATGTCCAATCCATAGCAGAGATAATTACCATCCCAGTGCTCAACCATGAGGTTCTCCAGCAAATCACGATTACATTCTCTTCCTGCTGGAAATTCTTGGGGATTAAACTCAGACTTTGATGAGGAAAGATGGGTCATTCAAATTCGTCAATCCTTAGATGAAGAAGAGCTCGAGGAAGATACAGGAATTCCAGTATGCATATTCAATGTCCCCAAGTCTCTTATGGTCATTGATCCTGATTCCTATATCCCACAGGAAGTGGCAATTGGTCCATACCATCACTGGCGCCAAGAGCTGTATGAGATGGAGAGGTACAAGATTGCTGCAGCCAAAAGAGCTCAAAAACAGCTCCAAAGCCTCAAGTTTCACGACCTCGTGGAGAAATTGACCAAGCACGAGCAAAAGACCCGAGCATGCTACCACAAATACCTCAATTTCAACAGTGAAACATTTGCTTGGATGATGGCCGTTGATGCCTCCTTCCTGCTCGAGGTTCTCCGAGTATATACGAGAGAAGAAACAAGTATCTCAAGTGTTTCCTCAAAGTTGTCATATTTGGTAGATTATGAGGGAAGGAAGTCAGCACATAATGCCATTCTGAGAGACATAGTAATGCTTGAGAATCAGATACCTTTATTTGTTTTGAGAAAGATGTTGGAACTTCAATTTTCAGCTGTTGAACCAGCAGATCAATTGTTGCTTTCTATGCTCCTGGGACTCTACGAACATCTTTCTCCTTTCAAGGTGATGGAAGATTTGGTGGAACTTCAAGTTTCGGTCTCAGAATGCTTTCATTTGCTGGATTTTTTGTACAGAATTATTACTCCAAAGTTGGCTGATACATTGGAGACCATGGAAGACGATCAAAATCAACAGGAACCCGCCATAGAAATTGTTGAAAGTACCTTTAAACACCCATGCAGTCCCTTAAGTAGTCTGGGAAGTGAAATTTGGAAGATTCTCTCAAAGTTAAACAAAGGTCCGGTACATTTATTCAAAAGAATAGCTGGTTCTAGGCCCTTACTAGTGATCTTCAAACTGCCATGGACAATCGTCTCTAACATTCCTGGAATAGGGATTCTGATGAAGCCTCTTGAATACATATTTTCACTGAAAAAGGGTGAAGAAGAAAATGATCCAGAAAAGGGGGGGAGTTCAAGGAAAGATGGAAAAATTAGACTTCCTTTGTTGGAGGAAATAACAATTCCTTCAGTGTCGGAGCTGACAAAATCGGGGGTTCTTTTCTTGCCCATTGGTGGAGGCGTCTCAGCCATTGCCTTTGACTCAAAGGCAGTGATATTTAACCTTCCTACCATTAAGCTGGATGTGAACTCTGAAGTAGTCTTGAGAAACTTGGTAGCATATGAAGCTTCAAAATCATCAGGGCCTTTGGTTTTCACCCGTTTCATCGAACTAATGAATGGGATCATTGATTCTGAGGAGGACGTGAAATTGCTGAGGGAAAAAGGAATCATTTTGAACCATTTGAAGAGCGATGCAGAAGTAGCCGAGCTCTGGAACGGGATGAGCAAATCCATCAAGTTGACGAAAGTGCCATTCTTGGATAAGGTAATTGAAGATGTAAATAAGCATTACAGTAATAGATGGAAGGTTAAAGCAGCAAAATTTGTAGAAAAGTACGTGTTTGGTTCATGGCCATTGCTTGCACTTCTGGCTACCATTCTGCTCTTGGCTATGAATGCATTGCAAGCATTTTGCTCAGTTTATAGCTGCTCTCGGTTCTTCAATCATCTCAGCACTGCCGGGACCTAGCTTGCAGGTTTTTCTCATAATTCTTTACCTAAATAACAGCGGAGCTTTGCCTTTTCTTTCCAATTCCTTTAGCTTTATGTTTTCTTGATGTTGTTATGATTTATAATTCCAAGTTTGTTTGAAACCAGTGGTTTGTTGAGCCATTCGTTCTCCCTTCTCGATCGGCTTTTGCCAGCCTTAAAGCATTAAAAGAAGGAAATGGAGGAAGGCTTTCTGCTCTACTTGTCTTCGGTCTTGGGCTACACAAGAACTTCGTGGGTAATCTTTTTTCTTTAATAGTTTGATGTCAAATATGAAAAGAAAAGATTCGTCCAATTTGTGGAATGGGTTGTTTCTTGATGGTACCAAAGTCATTGTTTTATATTACATTGACAAGAATTTAATGTTCGAGTATCGAACTTCTAACCTCAAATTTAACAGCAAAATTTTATGCTAATTGAGTTATGCTTAATCTGACACATTGAGTTTAGACTTGATGGTATGGTTTGGTATCGTTTGTAATATGTTTTCTTTCTTTTTCATTGTCATGTCATCGACGGGGTCAAGTCCTTGGATAGCTGCCCCATTTGGAGTTTCTACTATTGTTCTATTCGTATGTTGGAAGTTTATACTAAATATATATAAATGCAACAAAATGTAATGTCAAAATTTATGAATGTTAATAAAACTTTTGAAAATAAATGTTATTTTTCAATAAACTATGAAGCTCATAGGTTTTTATTTATTTATTTTTATTTGAAAAAGATAAAAATGAATAAGTATTCCCTTAGATTGGAAGATTATTTTAAATAATAAAACTTATGAAAATATTTACAAATAATAGATATTGATAGATTATTATATGTGTCTATCATGAAATAAATCAGATAGACATAGATAGTTGTCTATCATATATTTGAAAATAACTTGGTGAAAATAACGGTTAACATTTAACTCTCTTTAAATTTATAAGGACTTAGTTTAATGGTTTCTTATAGTTAATTCAATATAAGGTAACATCTTGACTAAAATTATACTCTCCATTCTCCACCTTTAAGTGAACTTTTGGTGAATCATTAACGTTTAGATCTATTTGAAGTTTCTTTATAGACTAACAAAGTCATCAATTGTGCTTCATTTTGGTGTGCTTTCTTGCAAATAGTATTCATCTCTTTTGTTTTACCTTTATTTGGCGTGACTTGTTAAGTTGTTTGTTTGGGTTGTGTTAAAAAACTAAAGTTGAAATAAGATGGAGTGGTTGAGATGGTTCAACTTGCACTATCTTATGAGTAACTGTATTGGGATGACTATTTGAGCTTATAGATTTGTAAGCGTGTCTTCAACTTTTTTAAGAAACAAATCAACTTTGAAAGCGGAGGAAAACATCCTTTTAGGAGTGGCAAAGAAAACGACAATGGCAAGGTAGTCCAACAAAGTCACACAACAAAATGACCAACTACCTAACTCGTTCAAGAATCATCAATTTTGACCTTGTTATGCTTTTACTTACACCAACAACACCGTCACTAAATCAATTAACGCACGATGAGATGGATAATTTGGCATTTGCTCTATTTTTAGCGTGATATAGCAATAGGTTTTATGAGTATGTCCAAATGAATTCTACCTCGTTTTAGGGAGATTTGCTCGTTTGTTCTCTCTCATCTCATTCCGACAACTATTCCCTTTCCAATACAAACTATTTTCAATTAAAGGAGATCTATTTAGTTACAAAATTAAGTCTTTATTTACGTAAATGTCTTCCAATTTAAAACACTCAAAATAACAGTGTATCAGTATTGTAATTGATGTATATTATATTAGTTCAGTGTAACAAATATAAGAAGCGTATATCAAATGCATAAATAGTGTATATCAATGTATGTATGGTAAATTGTACTTGCATTTTATTAATTTTTCCTTCGGTTCCCGCCGTTTCCCTCTCTCTTTTCTCTACTTCTCCGACGTGTTTCTCCGCTGGCAACCATTTTATTTTCTATCAATACAATCAACAGCCAGAGTTCGATTTCAAGTTCAACAGCTCAGAGTCTCCTGCTGTCCGTGAGGCGCTTGATTCTTACTGCAATGACCGAAGGCGATCATACGAGTTTTTCAACTGGGTTGAATCAGAATGTAAGTTCGATCACGCCACTGAGACCCAAACTCGCATGCTGGACATTCTCGGTAAGTTCTTCGAGTTCGATCTTTCCTGGGTCTTGATTCACCATATGCAATAATCGCCATTTGCTTCACCTGATCACGCCACGTTTCGAATTTTGTTAGAGCTCTTATCACCTTTATCTCCCATCTATTTTATCCCATTTCTGACTAATCTTTATGCGTCGACCCCTTTAGTTAGTGAAGCGATTGCTGCTTATGAGGGATTGCGGGAGTTTAAATTGAGGGATGAAACTTCGTTTTGTAATCTTATTGATGCACTTTATGAGGGATTGCGATTCGAGTACGAAGATTCATAACTTAATTCTTCATGGTTGCCGTAAAATTGGGCGGTGGAGTAAATGTAGAGAATTTTGGGAGGTGATGGGTAAGAAGGGTGTTCGTAAGGATTTGCAATCGTACTTGTTATATATGGATATACAATGCAAAACTGGGAAGTCTTGGGAGGCTGTTAAATTGTACATGGAGATGAAAAATAAGGGAATGAAATTGGATGTTGTGGCCTATAATACAGCGATTCATGCAGTTGGGATTTCGGAAGATGTCGATTTCACCAACAGAGTGTTTCATGAGATGAAGGGAATGGGGTGTAAGCCTAACGTTGTGACTTGCAATACTATTATTAAGCTATTTTGTGAGAATGGAAGATTCAAGGATGCTCATGTGATTCTCGACCAAATGCTCAAATACTGTCCACCGAATGTTATCACCTATCATTGTTTTTTCAGGTCTCTTGAAAAGCTGAAAGAGATTCTCATGTTATCGACAGGATGATTAAACTTGGGGTTTATCCAAAAATGGATGCTGATGTGATGCTCATGAGTAAGTTTGGAAGGGGAGAGACAAATAGAGCACACAAGAACACATTGTTAAACATCTGGCAAACATGATTAACACGATATTACTAGTTAATCTTTAATTTTGAATGTTGAAGTTTGTTCTTTTTTTTAAAAAAAATAAAATTCATTCAGATTAGAGATATCATTGGCAGGCTATCGTGTTGCATGATGTCCGGATGATTTTCCTGTTCTTGAGGCACTCAGCTGATGATCTTTCAAATTATTCATGAAGGTATCAAATTATTGACGATGGATGCATACATTTGATGAATTAATTGAAAAACCACATCTTTCTTGAAACAGAAAATAAATTATTCAATAGATTTTGGTTTCTACTTTATTCATGGTATTATCTTTGCATGGTTTGTTTCTATGGTTTTTTGTTTCTATTTTATACCCCAATGAATTGGTTTCTACTTCTATTGTTTCTTTCCTTCCATAATTAACCATATGAAAGCACGAATCATGTGAGACCACATAATATTCTTTTGTGAGCAAAAGGGATTTCCTGTAAGAGTGTACGTGAGGAGGCTCACAATATCATTAGAGAAAGGAGAAGCCTATCCAAAGGGGAGGAGGATCTCCTTCCAATATTGCTTGTGAAGTGAAAGGTGCACCGATATTGCTTGTTGGTGCACATTTCACTTCACAAGCTAAGGGGCTATATGCCATTCAAATCACAAAAAAAAAACCCCAAAGCGCACACTACAAATCAAGGAGGTGTATCAAAATATTTTACTTTTATCTCCTAGGGTTTCTTTGTAGCCATAAAATCCACAAGAAATCTCAAACTGCACACTTTCAAAGCATTTTTGTGTATTCTTTCAACCATTATCCTGATTAAACTTTGGGAAGTGAGTTACCAATATTTTCCCCAACAACAGAGGAGGGAAGAAACGAAGTCATCAATAGTTACGATTAGGAGGAAATTTAGAACATCCACCAAGACTATAGAAAACCTCTCCTGTTGGTGGCCATTTGATGAGAAGGGGAGTAATTCCAAAACTCTATGAAACACCGAGAATAGGCTACAAAAATAAAACTTAAAGAAAGAACTCTTATCCATCCCCTAAAAGGATTTATATTTCTCTATAACAAAAAGTAGAATAGTACCAAAACTTCACAAATTCTTGAGTTTACTTTGGAAGTACAACTTCGAAGGGACTGATGGAAAGTTGAATAGTTGAGGATAGCAAGCCTAACTATGTGGATGTCAAGATTCTCCAATAGCTTTGACAAGCATCGCGGAGATAAGGGGTAGTTGGTAAATGAATTGATGTGGAAACTATCAATATGTAACTTTTGTTCTTTATTTTCTCTCTAAAACTTGTTACTTTTGCTACATCAGGAAAATGTATCATGTTTCTTATCTAAATTATAGTAAAAAGGAATGGGCTTAGGTTTAATTTTAACATTTTTTTTATGTAGTTACTTTAATTTTTATGAGAAAATAAGAAACATTTGTGCCTAATAACACAAACACTTTAGTTTTGCTATTGTGTCTACGTGTCAGATACTTGGACACTTGTTGGATAGATATTGGACACTTGGACACTTGTTGGATAGGTATTAGACACTTTTTAGTACAACAAAAATGTTATACATGCATAGAACATTTGTTGAGTAGGCTAAAAGGATGCATATTTGACAGTATTATAATTTTTTTTATTGTGAAATACATCAAGCTAAGTTTTTTAAGCATATAAATGCATCAATTCATTTACTTTGAATTTTCTTTTGGTATAAGAATGATATATTTTTTAAAAAATTTAGTGTTTAATAGACTTGTCTTGCCCTGTCGTGTTCTAGATTAAAATACGGTGAGTCACCATGTCTGTTTCTTGTGCATTCATGTTGCGTATCCATATATGTGCTTCTGGCTTTAGGGTCCCTTCTTGTTCCTTGTGTGTGAACTGAAGCATATTACGTGTATGATATTGATTTGGTGGTTTAACTTTTCTAATGATTTAGTGCAATATCAAATGGATAAAAAATTAGAAGCACATACGTTTGCCTATAGAACACATGCACGTTATTAGCTTTTATGCTTTGATAGTGTCACCGAGCAATTATGTAAATACTTTGGTATTCTATCGTCTGTGTGGGACAGCACTTGTCAAAAATGTGAGATTCTTGGATTATGTGGTGGGAAAATTGTTTTCATTGACATATGAACGGGTTATTTTATCCTTTTCTAATGAAACCGAAGAAACGAAAGACAATGTAGCAAGCGTGAAAAATATGCGGATATATATATATATATATTTAAATATCAATAAATTTTGTCTGCCATTTCTGTCCTTTTCTGACCTTTAATTGTGGTATGAACATAAAAAACAATACATTAATCCACGTCTTTTTTATGTTATTTCTTTCACATGATTGAGCACACGAAAACTTCGTGGGAAAAATTTTAAGATGATGGTAGGACTGCCTTAAACGTTTGGTTAAAAATCACTGAAGGATAGTTTCAGAACACAGTAGTCTTGACGAAAGTGAATTGAGTTATTTATCAGCCTATAAAACTTCCAACGTTCTAACTGCTCAGTACCAATTCATTGCAGATATATTACCATCCCCGTACTTGCCATGAGTCTCTCCAGCAAATCACGATTACATTCTCTTCCTGCTGGACATTATTGGGGATTAAACTTAAGCTATGAGGAAGGATGGGTCAATCAAATTCGTCAATCCATGGATGAAGAAGAGCTCGAGGAAGACATAGGACATCCAGCATGCATATGCACTGTCCCCAGGTCTCTTATGGCCATTGATCCTGATTCATATACTCCACAGGAAGTCGCAATTGGTCCATACCATCACTGGCGCCAAGAGCTGTATGTGATGGAGAGGTACAAGATTGCTGCCGCAAGAAAAGCTCAAAAACAGCTCCAAAGCCTCAAGTTTCACAACCTTGTCGAGAAATTGGCCAAGTACGAGCGAAAGACCCGAGCGTTCTACCACAAATATCTCAATTTCAACAGTGAAACGTTTGCTTGGATGATGGCTATTGACGCATCTTTCCTGCTGGAGGTTCTCCAAGTATATACCATCAGAGAAGAGAAGAGTATCTCAAGGGTTTCCTCAAAGTTGTCATGTTTGGTAGTGGTAGATAATGAGGGAAGGAGATCAGCGCAAAATACTATTCTGAGAGACATAGTAATGCTTGAGAATCAGATACCTTTATTTGTTTTGAGAAAGATGCTGGAACTTCAATCTCCTGCCCTTGAACAAACAAATCAATTGTTGCTTTCTATGTTGCTGGGACTGTGTGAAGATCTTTCTCCTTTCGAGATGTTGGAACCTCAAGTGTCGGTCTCAGAATGCTTTCATTTGCTTGATTTTCTGTACAGAATGATTACTCCAAAGTTGGCTGACCCTCTGGAGATATTGGAAAATGATCAAAATCAAAAGGAATCCACTAAAGAAAATTTCGAAGACGAAAACGCCTTCAAGCACTTTTGCTGTTCCTTAAGTAGACTGGGAAGTGAAATTTGGAAGATTCTCTCAAAGTTCAACAAAGGCCCGGTACATTTATTCAGAAGAATACTTAATTCTAGACCCTTACAAGTGATCTTCAAACTGCCGACAATCGTCTCTAAACTTCCTGGAATTGTGGTTCTGATGAAGCCTCTCAATCACCTATGTTCTCTGCGAAAAGGTGAAGAAGAAAATGATCTAGAAAAGGGGAGTTCATGGAAAGTTGGAAAAATCAAACTTCCTTTGTCGGAGGAAATAGCAATTCCTTCAGTGTCCCAGCTGACAAAATCAGGTGTTCATTTCTCAGCCATCGATGGAGGCGTCTCAGCCGTTGCCTTTGACCCAAAGGCAGTGATATTTTACCTTCCCACCATTAATCTGGATGTGAACTCTGAAGTAGTATTGAGAAATTTAGTAGCATATGAAGCTTCAAAAGCATCAGGGCCTTTGGTTTTCACTCGTTTCATTGAATTAATGAATGGCATCATCGATTCTGAAGAGGATGTGAAATTGTTGAAGGAAAAAGGAATCATTCTTAATCATTTGAAGAGCGATGCAGAAGTCGCTGATCTCTGGAACGGGATGAGTAAATCCATCAAGTTGACGAAAGTGCCATTCTTGGATAAGGTAATTGAAGATGTAAATAAGTATTACAGTGGTAGATGGAAAGTTAAAGCTTCAAAATTTGTAAAAAAGTACGTGTTCGGTTCATGGCCATTGCTTGCATTTCTAGCTACCATTTTGCTCTTGGCCATGACTGCATTACAAGCATTTTGCTCAGTTTATAGCTGCTCTCGGTTCTTCCATCATCTCAACGCTGATGGGACCTAGTTTGCTGGATCCGCTCTTCCTCTGTCTTATCCGCTGTATAATCCTTAAGCAAGACACTAGATTTCTGCTATACTCTCCTCTCCAATTCCTTCAGCTTTGAGCCATTCGTTCTCCCCTCTCGATTGGCATTTGCCAACCTTAAAGCTTAAAAGAAGAAAATGGTGGAAGGCTTTCTGCTCGACTTGTCTTGGTCTTGGGCTACACAGG ATGAGGTTCTCCAGCAAATCACGATTACATTCTCTTCCTGCTGGAAATTCTTGGGGATTAAACTCAGACTTTGATGAGGAAAGATGGGTCATTCAAATTCGTCAATCCTTAGATGAAGAAGAGCTCGAGGAAGATACAGGAATTCCAGTATGCATATTCAATGTCCCCAAGTCTCTTATGGTCATTGATCCTGATTCCTATATCCCACAGGAAGTGGCAATTGGTCCATACCATCACTGGCGCCAAGAGCTGTATGAGATGGAGAGGTACAAGATTGCTGCAGCCAAAAGAGCTCAAAAACAGCTCCAAAGCCTCAAGTTTCACGACCTCGTGGAGAAATTGACCAAGCACGAGCAAAAGACCCGAGCATGCTACCACAAATACCTCAATTTCAACAGTGAAACATTTGCTTGGATGATGGCCGTTGATGCCTCCTTCCTGCTCGAGGTTCTCCGAGTATATACGAGAGAAGAAACAAGTATCTCAAGTGTTTCCTCAAAGTTGTCATATTTGGTAGATTATGAGGGAAGGAAGTCAGCACATAATGCCATTCTGAGAGACATAGTAATGCTTGAGAATCAGATACCTTTATTTGTTTTGAGAAAGATGTTGGAACTTCAATTTTCAGCTGTTGAACCAGCAGATCAATTGTTGCTTTCTATGCTCCTGGGACTCTACGAACATCTTTCTCCTTTCAAGGTGATGGAAGATTTGGTGGAACTTCAAGTTTCGGTCTCAGAATGCTTTCATTTGCTGGATTTTTTGTACAGAATTATTACTCCAAAGTTGGCTGATACATTGGAGACCATGGAAGACGATCAAAATCAACAGGAACCCGCCATAGAAATTGTTGAAAGTACCTTTAAACACCCATGCAGTCCCTTAAGTAGTCTGGGAAGTGAAATTTGGAAGATTCTCTCAAAGTTAAACAAAGGTCCGGTACATTTATTCAAAAGAATAGCTGGTTCTAGGCCCTTACTAGTGATCTTCAAACTGCCATGGACAATCGTCTCTAACATTCCTGGAATAGGGATTCTGATGAAGCCTCTTGAATACATATTTTCACTGAAAAAGGGTGAAGAAGAAAATGATCCAGAAAAGGGGGGGAGTTCAAGGAAAGATGGAAAAATTAGACTTCCTTTGTTGGAGGAAATAACAATTCCTTCAGTGTCGGAGCTGACAAAATCGGGGGTTCTTTTCTTGCCCATTGGTGGAGGCGTCTCAGCCATTGCCTTTGACTCAAAGGCAGTGATATTTAACCTTCCTACCATTAAGCTGGATGTGAACTCTGAAGTAGTCTTGAGAAACTTGGTAGCATATGAAGCTTCAAAATCATCAGGGCCTTTGGTTTTCACCCGTTTCATCGAACTAATGAATGGGATCATTGATTCTGAGGAGGACGTGAAATTGCTGAGGGAAAAAGGAATCATTTTGAACCATTTGAAGAGCGATGCAGAAGTAGCCGAGCTCTGGAACGGGATGAGCAAATCCATCAAGTTGACGAAAGTGCCATTCTTGGATAAGGTAATTGAAGATGTAAATAAGTATTACAGTGGTAGATGGAAAGTTAAAGCTTCAAAATTTGTAAAAAAGTACGTGTTCGGTTCATGGCCATTGCTTGCATTTCTAGCTACCATTTTGCTCTTGGCCATGACTGCATTACAAGCATTTTGCTCAGTTTATAGCTGCTCTCGGTTCTTCCATCATCTCAACGCTGATGGGACCTAG MRFSSKSRLHSLPAGNSWGLNSDFDEERWVIQIRQSLDEEELEEDTGIPVCIFNVPKSLMVIDPDSYIPQEVAIGPYHHWRQELYEMERYKIAAAKRAQKQLQSLKFHDLVEKLTKHEQKTRACYHKYLNFNSETFAWMMAVDASFLLEVLRVYTREETSISSVSSKLSYLVDYEGRKSAHNAILRDIVMLENQIPLFVLRKMLELQFSAVEPADQLLLSMLLGLYEHLSPFKVMEDLVELQVSVSECFHLLDFLYRIITPKLADTLETMEDDQNQQEPAIEIVESTFKHPCSPLSSLGSEIWKILSKLNKGPVHLFKRIAGSRPLLVIFKLPWTIVSNIPGIGILMKPLEYIFSLKKGEEENDPEKGGSSRKDGKIRLPLLEEITIPSVSELTKSGVLFLPIGGGVSAIAFDSKAVIFNLPTIKLDVNSEVVLRNLVAYEASKSSGPLVFTRFIELMNGIIDSEEDVKLLREKGIILNHLKSDAEVAELWNGMSKSIKLTKVPFLDKVIEDVNKYYSGRWKVKASKFVKKYVFGSWPLLAFLATILLLAMTALQAFCSVYSCSRFFHHLNADGT Homology
BLAST of Cucsat.G3435 vs. ExPASy Swiss-Prot
Match: P0C897 (Putative UPF0481 protein At3g02645 OS=Arabidopsis thaliana OX=3702 GN=At3g02645 PE=3 SV=1) HSP 1 Score: 481.5 bits (1238), Expect = 1.3e-134 Identity = 267/544 (49.08%), Postives = 358/544 (65.81%), Query Frame = 0
BLAST of Cucsat.G3435 vs. ExPASy Swiss-Prot
Match: Q9SD53 (UPF0481 protein At3g47200 OS=Arabidopsis thaliana OX=3702 GN=At3g47200 PE=2 SV=1) HSP 1 Score: 53.1 bits (126), Expect = 1.2e-05 Identity = 38/144 (26.39%), Postives = 69/144 (47.92%), Query Frame = 0
BLAST of Cucsat.G3435 vs. NCBI nr
Match: XP_011659516.1 (putative UPF0481 protein At3g02645 [Cucumis sativus] >KAE8646429.1 hypothetical protein Csa_015865 [Cucumis sativus]) HSP 1 Score: 1118 bits (2893), Expect = 0.0 Identity = 575/575 (100.00%), Postives = 575/575 (100.00%), Query Frame = 0
BLAST of Cucsat.G3435 vs. NCBI nr
Match: XP_008461155.1 (PREDICTED: putative UPF0481 protein At3g02645 [Cucumis melo] >XP_008461156.1 PREDICTED: putative UPF0481 protein At3g02645 [Cucumis melo] >XP_016902665.1 PREDICTED: putative UPF0481 protein At3g02645 [Cucumis melo]) HSP 1 Score: 1069 bits (2765), Expect = 0.0 Identity = 551/575 (95.83%), Postives = 559/575 (97.22%), Query Frame = 0
BLAST of Cucsat.G3435 vs. NCBI nr
Match: KAA0058728.1 (putative UPF0481 protein [Cucumis melo var. makuwa]) HSP 1 Score: 1069 bits (2764), Expect = 0.0 Identity = 550/575 (95.65%), Postives = 558/575 (97.04%), Query Frame = 0
BLAST of Cucsat.G3435 vs. NCBI nr
Match: XP_038899461.1 (LOW QUALITY PROTEIN: putative UPF0481 protein At3g02645 [Benincasa hispida]) HSP 1 Score: 890 bits (2301), Expect = 0.0 Identity = 477/580 (82.24%), Postives = 508/580 (87.59%), Query Frame = 0
BLAST of Cucsat.G3435 vs. NCBI nr
Match: KAA0058730.1 (putative UPF0481 protein [Cucumis melo var. makuwa]) HSP 1 Score: 853 bits (2203), Expect = 3.92e-307 Identity = 458/580 (78.97%), Postives = 497/580 (85.69%), Query Frame = 0
BLAST of Cucsat.G3435 vs. ExPASy TrEMBL
Match: A0A1S3CDL4 (putative UPF0481 protein At3g02645 OS=Cucumis melo OX=3656 GN=LOC103499824 PE=4 SV=1) HSP 1 Score: 1069 bits (2765), Expect = 0.0 Identity = 551/575 (95.83%), Postives = 559/575 (97.22%), Query Frame = 0
BLAST of Cucsat.G3435 vs. ExPASy TrEMBL
Match: A0A5A7UU59 (Putative UPF0481 protein OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold339G001980 PE=4 SV=1) HSP 1 Score: 1069 bits (2764), Expect = 0.0 Identity = 550/575 (95.65%), Postives = 558/575 (97.04%), Query Frame = 0
BLAST of Cucsat.G3435 vs. ExPASy TrEMBL
Match: A0A0A0KA21 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_7G432180 PE=4 SV=1) HSP 1 Score: 988 bits (2555), Expect = 0.0 Identity = 509/510 (99.80%), Postives = 509/510 (99.80%), Query Frame = 0
BLAST of Cucsat.G3435 vs. ExPASy TrEMBL
Match: A0A5A7UUK5 (Putative UPF0481 protein OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold339G002000 PE=4 SV=1) HSP 1 Score: 853 bits (2203), Expect = 1.90e-307 Identity = 458/580 (78.97%), Postives = 497/580 (85.69%), Query Frame = 0
BLAST of Cucsat.G3435 vs. ExPASy TrEMBL
Match: A0A1S4E348 (putative UPF0481 protein At3g02645 isoform X2 OS=Cucumis melo OX=3656 GN=LOC103499825 PE=4 SV=1) HSP 1 Score: 853 bits (2203), Expect = 1.90e-307 Identity = 458/580 (78.97%), Postives = 498/580 (85.86%), Query Frame = 0
BLAST of Cucsat.G3435 vs. TAIR 10
Match: AT3G02645.1 (Plant protein of unknown function (DUF247) ) HSP 1 Score: 481.5 bits (1238), Expect = 9.5e-136 Identity = 267/544 (49.08%), Postives = 358/544 (65.81%), Query Frame = 0
BLAST of Cucsat.G3435 vs. TAIR 10
Match: AT3G50170.1 (Plant protein of unknown function (DUF247) ) HSP 1 Score: 144.8 bits (364), Expect = 2.1e-34 Identity = 138/539 (25.60%), Postives = 231/539 (42.86%), Query Frame = 0
BLAST of Cucsat.G3435 vs. TAIR 10
Match: AT3G50120.1 (Plant protein of unknown function (DUF247) ) HSP 1 Score: 137.9 bits (346), Expect = 2.6e-32 Identity = 145/538 (26.95%), Postives = 234/538 (43.49%), Query Frame = 0
BLAST of Cucsat.G3435 vs. TAIR 10
Match: AT3G50130.1 (Plant protein of unknown function (DUF247) ) HSP 1 Score: 126.3 bits (316), Expect = 7.8e-29 Identity = 140/546 (25.64%), Postives = 230/546 (42.12%), Query Frame = 0
BLAST of Cucsat.G3435 vs. TAIR 10
Match: AT3G50160.1 (Plant protein of unknown function (DUF247) ) HSP 1 Score: 121.3 bits (303), Expect = 2.5e-27 Identity = 136/544 (25.00%), Postives = 218/544 (40.07%), 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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