Cucsat.G1305.T4 (mRNA) 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.AGAAAGAAAATGTAAGAAAATATGGAAGAATTTCATTTTCCCGTCGTTTGCACAGTTCATCTCGCGGCACGAAAATTTATAGCGACTTGAATACTAGCAGACACTTCCAATTCTTTCGCTGTATCTGCTGCTGATCGATTATCTTTCCTTCAATTTCATCGATTGATCCTCAATTACTTGATTCTTTCTCATACATGTAGAATTTATCCTATTCTCAATCGCAAATCGAGCAGACGACGAAGAAGGAGAGGGAGGCTTAAGAAAGTGCAGCCAGTTCCCAGTTCCATGGCTGCAGAATCGAAGTCAAGCTTCTTATTATTATGCGTATGTGTTTTGGTTTTCGTTTTGCTTGTAGTTCCATTGGATTCGGCACCTCAAGCTTTCAGGAGAGATCCAGGACATCCTCATTGGCATCACGGAGCCTTCCATACCGTCCGAGATAGTGTCCGAAACGATGTTCGTCGGATGCTTCATTCACGAGCTGAGGTAGTTCTTTTTCTGTATTTTCTTCCATATCATGTGGTTCCATCCTTGATTATGTGATCGTTTGCTCGTGTAAAATGCAGCGGCTCCAATTAGTATATTGTTTTCGCGCTTGTTAAACCTCTTTCTTGGGATTTAGACGATGCTAAAAAAATTAGGAAGAATGGATAGTTTTAGATTTGCGTTTGTTACGTGCTCTTTTTTTCCCTCAATGTTTTTTATTGATGGTATAATTTGCTGTCTTTCAAATTCGAGCTGGAGTTGTTATAATCTTGGCTATCTCGGAGGAATGCCGTTCCTGGAATTAATTAAACTATGGACTGACATTTATAATTTGGTACTTCGTAGCATTGTATTTTGCTTTTTCTTTCTTTGAACTTGTAACTTTAGTGCTTTGCTACTTTGTAACTTGTGAACTATGAATGATCACGATACGTGTTACACTTTTACAGAAACGAATTATAACAATTATATCATGTTTTGGTTAATGATTGAAAATGTCATTTACATGGTCCTCTACAGTCTATACGCATGCAAAATCTAATAAAAGCATCGCACAGGTTCCCTTTCAGGTTCCACTTGAAGTGAACGTCGTCCTTATTGGTTTCAATAACGATGGAGCCTACCGGTACTCAGTAGATGCACACAAGCTAGAAGAGTTTCTGAGAGCCAGCTTCCCGTCTCACAGGCCATCCTGCCTTGAGACTGGAGAGCCCATTGATATAGAGCATCATCTTGTATATAATGCATTTTCTGTAAGTTCCACTTTGATTTTGTTGCGTAATGCATAATTCATGCCTTCAAAGAATTCGATTTAAAAGTTCTCTATTTCTGAGATTACATATTGAAGTTTTTCGCTCTTGTGTACTTGAGTTCATGTTTTTGAACCGAATGTATCCTGAAATTTATATTTTTAATTTTTAATTTTTAATCTATTAAATAACAGTATGTTTCATAAGTTCTACTTCTACGATGGTGGTAACATAATAAACCCACTAGTAAGGCTACAAGATCATCAGAAACATAGAATTTTGATATCTGTAATGCATAAAATATTCTGCTTGCACTTGTATACTTCTTTTAAATGATTTCTTTTTTGGAATGAGTATTGCATTTTTGAACAAAAAGCTCCTTAGTCTGGCTACAATATTTTCAACTGCTACAGGTAGGTCAGGCTGAATTGATAGCTCTTGAGAAGGCATTGAAGGAGACCATGATTCCCGCTGGAAATGCAAGAGAGGTGGAACTTAAGCTTTGTGCTGCCATTTGCTTATGTTCTTTGAAGTTTTTGGGGTAGTTTGTGCACACTGTTCTTTTTGTATATATTTAATTCTAAAAATTCTATACATGTCCAGACTGATTTTGGAAGAGAGGTACCTTTGTTCGAGGTTGAAGCAACAACAGTTGAACCGGTGTTTCAGAAGTTATATTCCTATATATTTGACATTGATAATGAGGGATACTCTGCTGAGAGGGATAGAGTTATGCCAATTGCCATCTTTATTGTCAACTTCGATAAGGTTTGGTAACTTTGTCTGCATCCAAATTTTGAATACAAAGTTTTGATGCTTCCTTCTATGATCACTAATGCATTCGTCTCACTTTTCCTTGCCAAAGTACTTATTCTTCTTTAAAGTCGACATTTATGATTTATTATTCTTTTCTCTGACAGATGGAGTGCTCTTTTCTTTCTTTCTTCTTTTTAATTTCTTTATCTTTTTGTGATAATCCTTCAATTTTTGATTTGTATTATCATGTGTTGTTGCTTTTATTTCATTTTCTGTTTCACCTCCTCTGCATTTTCACTCTACTTCTTTAACAGGTCAGAATGGACCCTAGAAATAAGGAGATCGATCTTGATAGTTTAATGTATGGTAAACTTGACCAGCTAAGTGATGAAAATATGAAAAAACAAGAAGGTGATTACATTTATCGCTATCGATATGAAGGAGGAGGAGCAACTCAAGTTTGGCTGGGCTCTGGCAGGTATCATTTTGTTATTTGGGTAATCTTGCTATTGCTAGATGTTTCTGTTGCAAGTTTTAGTGATCCTGTTAGGATACTAACAATAATTTAGACTGAAAGGACTGTATAAATGGCTTAAACAGAGGCGGTACTCTGGTTTACTTTATTTATATATAAAGCCAAATGATCCAGATTCACAAGATGAAAAGAAATAACAAGAAACAACAAGGAAAAATGCAGAAAAGATCATACCAGCCTCTTGGTTTTAAGAGACCCTGGTGGCTGCTGTAGCCCTACCTCCTAAAAGTTAAAAATACCCTAGCTACTCCAACCTAATAATCCTATTTATAGACTCACATATTCCTCAGCCCAGTGGGCCCTACCACTCAGAACGTCCTTCCAATCATTTCTCCATAATAATTCCCTGTGCAGTTACTTTTCTACCCTTCCTCCTATAAGTATGGATAATTGGGGGTCTTACAATACCCCTCGGTTCCAAGTTCACCTTGTCCTCAAGGTGGAAGGTGGGAAACTGTTGATTCATTTGGTACACTGCTTCCCAGGTAGCCTCGTTCTCCGGTAGTTCTTTCCATTTCACCAACCACTCGTTGGCCCCAAGTCCTTATTCCATCGAATGCCCAGTACGGTTTCTGGTTGTAGCTGTAGTTCAAACTCTTCCGTTAGTACTGGTTGTTGGATTTGTACTACATGTGTTTTTCCCAATTTCAGTTTCAGTTGGGAAATATGGAAGACGTCATGAATGGAAGCTTCGGGCGGTAACTGCAGCCTATACGCCACTTCTCCAATTTCTTCAATTATGCGGTAAGGTCCATAGAATTTAGGGGCCAACTTCTCCGATCTCTTTCGTGCTAGAGAATGTTGCCTATAGGGTCGAAGCTTGAGATATACCTCATCTCCCACCTTGAACTTAAGTTCCCTCCTCTTAGAGTCTGCCATTTCTTCATTCGGTTCTGCGCCACGTTCAGGTTCTCCTTTAGAGCAATCAGTGCTAAATCCCTCTCTTTCAGCATTAGTTCCACCTCATTGTGAGGAGTCTTGTGATTGCCGTATGATAGCAGCGGAGGAGGTGATCGTCCATATACAATCTGGAAGGGATTTGATCTTGAGGAGGCATGGAAAGTTGTATTATACCATAGTTCTGCCCAGGGAATGAACTTATTCCACTTTGTCGGCTGCTCATTACAAAAACACCTCAGATAAGTTTCTACACAACGGTTTACTCTTTCAGTTTGTCCGTCCGTTTGAGGGTGGAATGCCGTACTTCTTTTTAGAAGGGTTCCCATGCTAGCAAATATTTCTTTCCAAAAGTTGCTTATGAAAATTTTATCCCTATCGGAAATGATTGACTTAGGTATTCCATGTCTACTCACTACCCGGTCAATAAACACTTCAGCCACTTGCCTTGCATTGAAAGGATGCCTCATGGTGATAAAATAGGAGTATTTGCTCAGCCTGTCCACAATTACCATTATTACATTCATACCTCCTGCTTTAGGTAGCCCTTCAATGAAGTCCATGGACCAGTCTTCCAAGATTCTTTCTGGAATTGGAATTGGCTGCAGAACTCCAGCTGGTTTAGTTGCTTCCAACTTATTTCTCTGGCAAACCTCGCATTCTTGCACATATTTTTTTACATCCGCCTTCATACCCTTCCAATACAATTCCCCACACATCCTTTTATACGTCCTTAAGAACCCGGAATGGCCTCCCAAAATGGAGTCATGAAATGTATGTAGTAAGGTGGGGATCAGAGTGGATTCTTTTGACAACACAATCCGCTTCTTATACCATAGGTTTCCATTCACCCATTGGAATTTACTAGGCTCATCAGGATTCTGTTTTAATTCTTCAATGATTGCCTTAAGCTCTTCATCTAACTCAACCTCTTTCTCTACCACCTCCATGTTGACAATACCCGTGGTGGACATATTCTTCATTTCCACTGGTTGTTCTATTCGGGAGAGGGCATCGGCTGCTTTGTTTTGTAGTCCGGGTTGGTAAAGTATTTCGAAGTCATACCCGAGGAGTTTAGTCAGCCACTTCTGGAATTGGGGTTGCACTTCCCTTTGCTCTAAAAGGAACTTGAGGGCCCTCTGATCTGAGATGATTGTAAACTTCCTTCCCAAGAGGTAATGTCTCCACTTCTGTACTGACAGAACCACAGCCATCAATTCCCTCTCATATATGGACTTGGTTTTTGCTCGGTTTGATAGTTTTTGACTGAAAAAAGCTATGGGATGGCCATTTTGAGATAGAACTGCCCTTAAAGCAATCCCCGACGCATCTGTTTCAATGATGAAAGGCAGGTTCCAATCCGGTAGAGCTAGTACGGGTAGGGTTGTCATGGCTAATTTCAGCTTATCAAACGCCTCTGTTGCTTCTTCCCCCCATAGGAATGAGTTCTTTTGTAATAATTTGGTCAGCGGTTCTGCCATCTCCCCATACCCTTTGACGAATCTTCTGTAGTAACCTGTCAACCCTAAGAACCCCCTCAATCCGGTTACATCTTTGGGTTGGGGCCAATTTACCATGTCCTTGATCTTGTCTCCATCAGCTTCAACCCCTCTACTGGATATTAAATGCCCCAAATACTGAATCTGTGAATGGGCTATTACGCATTTTTTTTTGTTAGCAACTAACTGGTTATCCCGCATTACTGCAAAAACCATGGCCAAATGCTTTTCGTGTTCTGTGAGATTCGTGCTGTATATCAATATATCATCAAAAAATACCAGTACACATCTCCTGAGGAAGGGTTTAAAGACCAGATTCATTAAAGATTGGAAAGTAGCTGGTGCGTTAGTGAGGCCGAACGGCATGACCAGAAACTCGTAGTGTCCTTCATGGGTTCTGAATGCTGTCTTTTCCACATCCTCCTCCTTCATCCGTATCTGATGATATCCAGATTTGAGATCCAGTTTTGAAAAAACAGTGGCCCCATGCAGTTCGTCTAGCAATTCCTCTATCACGGGTATTGGAAATTTATCCGATATGGTTACTTGATTTAATTTTCTGTAATCAACACAGAATCTCCACCCTCCGTCTTTCTTTCTTACCAGCAACACAGGACTCGAGTAAGGGCTGTGACTGGGTCGTATTATCCCAACTTGGAGCATTTCAGATATTAACTTCTCGATTTCTTCTTTTTGTGTGTGGCCATATTTGTAAGGTCTCACATTGATAGGTTTCTGGCCGGTTACCAGCAAAATACGATGGTCACACTCCCTTTTTGGTGGTAATCCCTTCGGTTCTTCGAATAAATCCGTGTACTGCTGGAGTAAGACTTGAATCATTGGAGATTCTTCCTCATCCCCTTTACTCTCTGTACTTCATCCAATTCCCCATCTTCCTCTGCCTCATAGTTCTGCATTTCGAGTAAGAAGCCTTGGTCGTCCTCTTCCCATGTTTTTTCAATAGTTTTCAGAGAGCACTCTGCCCTAATAAGTGAAGGATCTCCTTTTAAGATAAACTGTTTTTTTCCCATCCGAAATGTCATGGTCAAGGATGGCCAGTGTATCTTCATGGTTCCCGTTGTGTTTAACCATTGCATCCCTAGAATCACATCTACACTCCCCAGTTCAATTGCTAAAAAATCAGCCACGATTGTGATCTCTTTAAGTTTTAGTTCTAACCTGTTACACACGCCTCTTCCTTGGCATCTTGTACCATCTCCGATAGTGACTCCAAACGGAGTATGATTCTCTAACTCCAGTCCCACTTCCTCCACAATTTTGTTGTGTATGAAATTGTGGGTGGCCCCACTGTCAATCAGTATCAATACTTCTTTCCCTTTAATTTCGCCTTTGATCTTCATCGTTCCTTTACTTGTTAGGCCATGTATTGCCTTTAACTCAATTTCGGTTCCCTCCTCCAGTGTAAGCTGATTCAACTCTAATACTTCTTCATTAGTTTCCTCTGTTCTGTCTTCGTCTTCCAGACTTTCTTCTTCATTCATGATAAACAGCATCAGCTCTCTTTTGTCCTTCATTTTGCATCGATGTCCAGGGGAGTACCTTTCATTGCATTTAAAACACAGACCCTTGTCAAGTCGTGCTCTGAATTCCGCATCCGATAAGCGTTTCACTGGTGGTTCACTCTTCTGGTAGTTGCCTTTAATGGGAATTGTCACCTGTTTCAAAGGAAACTCTGTTTTCCTGGTGATTCCCTTCTCCCCACCTTCTGGACCCTTGTTCGTGCTTCCTTCGCCTTTTTTGTAATTCCGTCCTCCCCCTTCTGCCTTGGACCATTGCAGGGCTAAATTTCTGTCGTTGACCAGCTGTGCCTCTCTCATACACTCCTCCAATGTTAGTGGATTGCGGCTCACGACTTCAGCTTGCAGGTTCGGCTCTAGCCCAGTCAGGAATGCATCCCTTAACACACTCTCTGTCATGTGGGGCAGGGGTGCTGAATAATTAACAAATTTCTTTACATAATCATTGTAGGAACCGTCTTGTTCAATCCTGATCAGTCTCGCCACTAAACTCTTCTGCCCTGTGTCTTTAAAAAAATCAAACATCCTTTCTTTTAGATCCTCCCACGACTCCACCTTCCTCCGATTGTGTGACCATCTGTACCAGTCTACCTCATCTTGTCCAAAGCTGACTACTGCTACCTTGACCTTTTCGGTCTCGGGTAGATTATTGATCTCAAAAAAATGCTCTGCCCTGTAAACCCAAGATTCCGGGTTTTCTCCCAAGAACATTGGCATCTCTAATTTCTTATATTTACTACGGTCACCCATGGTCAAGTTCCCTTCGTTATGAACATCGGTTTCCTCAGCTTTTCCCTTCAGTTTCATTACTGAACCGTCGGAGGTCCCAGATTCCTCCCTTCTTTTGTAGCTATGGTTCTCTCTTAGATCCTCAGCCATTCGTTCCATTGCTTTTTTCATTTCTAACAGCATCTCTTTCAGACCCATTATTTCCTTCTCAGTTCCATCCACTCTGTCTTCTATTTGTCTCTGCGCCATTAGTCTAGTAACCACCCCCAGTTTTTTCGGGCTCTGATACCAATTGTTAGGATACTAACAATAATTTAGACTGAAAGGACTGTATAAATGGCTTAAACAGAGGCGGTACTCTGGTTTACTTTATTTATATATAAAGCCAAATGATCCAGATTCACAAGATGAAAAGAAATAACAAGAAACAACAAGGAAAAATGCAGAAAAGATCATACCAGCCTCTTGGTTTTAAGAGACCCTGGTGGCTGCTGTAGCCCTACCTCCTAAAAGTTAAAAATACCCTAGCTACTCCAACCTAATAATCCTATTTATAGACTCACATATTCCTCAGCCCAGTGGGCCCTACCACTCAGAACGTCCTTCCAATCATTTCTCCATAATAATTCCCTGTGCAGTTACTTTTCTACCCTTCCTCCTATAAGTATGGATAATTGGGGGTCTTACAGATCCATTATGAGTTTACTTATGTTTTTCCAGCTCTTAGGAACTAACATTCAATACAGTCAGAAGGTTAGTGGAAATTATGGTTGTTGTTGGCATCCATATCATTTCAGTAATTGATGTAACAGTAAAGCTAAATAAAGTGGAAATTTAATACCCAATTTCATGTCTCACTTGGTTGAATGTATATCATTAGACCATATTGTGATATTGCGATATCTGTCACTGGTATCATGTCACAATAAAGGTTAATCAAATGTGGTCGTTAGTTCAGTTTATCTTTGAGCCCAACTGGTGTAATTGTTTGTTTGTTTCTTTGATCAAATATGAGTTAATTCTGTTCTTTGTTTCGCAACATTGTAACTAAAGTTCTGGTATGTGATTTTGTTAGAAATAGTGGGCTTAGGTCATGTGAAAAGCCCAATTCCCAAGGATAGTTAAGATTTACTTTGCACTAATTTTTTATTATTTTAATAAGGCTCGTGTTGTCTATAAATACCTCCCCTTTGTATCTTTATTATCATAAGAAGTAATAAGAAATACCAATACCGTGGTTTTTCTCCCTATACTAGGATTTCCACGTAAATTTGTGTTTGTTCTACGTCTCTAATTTCAATAGATCTCATTATGTTCTAAGGTCCAACTTTCTTCATTATTCAGATATGTTGTGATTGACCTCTCAGCGGGCCCATGCACATATGGTAAAATTGAAACTGAAGAGGGAAGCGTCAGTACTAGAACTCTACCACGACTTAGGAATGTGCTATTTCCAAGAGGATTTGGTGCAGCTACTGACCATTTGACCCATGATAATTTTATGGGGGAACTTGCTGCCCTTATATCAACCACCATTGAACATGTCATAGCCCCGGATGTCAGGTTTTTGCATTTCATTTCATTTTATGTTGCTTTTTCTATGTTCGTATTGTTGGTTACATACTCCACAAGCTTAGACCCCAGAGAAGAACTGGCAAAATAGGAGTCACCTTGTGAACTTGATGGATTATGTCTTCTCACTGTTGCTTCCTTATGTTTAGGTTTGAAACTGTTGATATGACAACAAGATTGCTCATACCCATAATCGTCTTACAAAATCACAATCGATACAATATTATGGAGAAAGGCCAGAATTACAGTATAGATGTTGAAGCAATCGAAGCAGAGGTAAGACCCTTGCATTGAATATGGCATAGAGTTCCACAAAATATGATCTAGAAGTTTTATTTCTCTGAGTTGAATGGCTACATAATTCATTGAACTGTTATGGAATGTGAACATCCCGTACTTCTGGGTTTAGGTCTTGATATAGAACACAAACCTCTTCGTGTAAGTGTTTCACATTATTTCAGGTTAAGAAGATGATTCATGTTGGGCAAGAAGCAGTAATTATCGGTGGTTCACACTTATTACATCGGCACGAAAAGTTGGCCGTAGCTGTTTCAAAAGCAATGCGAAGCCATTCCCTACAGGAAACAAAGAATGATGGTCGTTTTCATGTTCATACCAAGGTGTATTTGGACGGTGCTATCCTTAGAGAAGTAAGTGCTGTCTTTTCTCAGTACAGAACTTGATCGTTTTGTTTGTGTGGTATATATATTGGTCCGGGAATCAAGCTACTGTATGGTTTGCATGGACTAGTTAAGTGGCTTCCATGTAACAGCATATGACCATTAGGCATTTTTAGCAACCTCATTGATGCCATTCAGTGAATAATTGATTGCTTAATTTATTTCAGGAAATGGAAAGGTCCGCTGATGTGCTTGCTGCAGGTTTGCTTGAGGTGGCTGACCCATCTTTATCTGATAAATTTTTCCTTCGCCAGGTTAGCAATAGCATAAAGGTTTTTGGTTTAGCGTACTGGATCAAAATAGTTCACCAGTGAACTCAAGTTTAATGATCTATATTTTGGCATTTGCCAGCACTGGACGGATGAAACTGAAGTTTCAGATGATTCAGTACTGAAGCATAAGCCTCTTTGGGCTACATATCAATCAAAAGTTGGCAAGAAGGTGAAGAAAACTGAAAAAAAGCAGGGGGATTTGCACCGAACTTATGGAACTAGGGTGCTTCCAGTGTAAGGAACTCAAACTCAACTTATAAAAGAGGGGTTGGGAGGGAGTGGAGGATGTGTAAGGAATAAAATCACCTTTTTAGATAGCGGTATAATGTTTGATTTTTTCTTATATTTATCACGCCAAGTACAAATTTCTTCCTATAAAAAGGCACTCTTTTTGTTGGCATTTTTTTTCTAGGGTTTAAGATTTAGCCTAGTGTGTCAATTCTGATGCTTTTTATAGAAATAAGTAGAGGAGAAAACATACATTATTGGGTTTAAATTAGTGTTAGACTTGAAGCATCGTATTGGTGCAATTTTCTACTTTTTAGTCTGTGACGTGAATAATTTACAATTGTTATTTTGTCTTTTAATAGTCACTAAGATCCAAGTTAATGCCATCAGCTCCTTTTATTCAGTTTTGTCCTATCGTTGGCTGATGTTGATTCAAAACTCACGATGGAGGATGAAAGCCTGGTTTATGCAAGCAAAGATGTTGTAATCGTACTTGAGCATCAAAATGAGAAGATTCCTCTTAGGTGAGTGGAAATTTACATGATTGAATGCAATTAAATTCATCATCGCTACATTAGTTTACAGAATAAAACAATTTATGCAAACCCTTCTATAAATTTTCTTGTGAATTCCTGTTTGAACTTCTGTTGTATTGAAAATTGAGGTGCAACGGCAAATGTTTCTCACTATGAAGGGTACGATTTGGGATAGATTAAGGGGCATTACCCTAGAATACGTAGATGGGTGTGTGAGAGCCCTAGTAAAGATATACTATAACCATAACAATATTCTTCTCATAATCCTATTATATCGTTAACTAGGGCTCTCACAGTGTGTTTTTCTTCTTCCTCTGATATGATGGATTAGACTGAATGTGTACATTTTGGTCTCTTTACAACTCCTAGGTCTAAACTTCTTGTTTCTTAGACCACCTATACTATCGTTTGACTTTTTGTTTTTAGTTTGTGAGAATTAAGTTTATAAACATTACCTCCACTCACAAGTTTTTATGTTCTGTCATCATATACCCATGTTTTCAAAAACTAAATGAAGTTTTAAAAACTAATAAATAGTTTTAAACGCTTGTTTTGTTTTTAGAACTTACTTAGAATTCAGGTGTTTCTTCATGATTGGTGAGACCATAATGGAGAAATTGAGAGGGAAATAGCATAAATTTCAAGACAGAAAACTAAAATTTGAACTGTTATCAAATGAGGTCATGCTGCTTTCAATGTTTGCTGTGAAGGTTGGACTCTGTTTATTTCCCGTCTTTTTACACATCTACCTATTTTTTGTAGGATTCAGCCACTTTGTTTTTAATCATAGTAAGAGGGAAGAACTGATTTAGTTCTACTGTCTTTCTCATTTTTCTGATAAGTAACATGAATCGATTGTTCTCGGTATTTCATGTCAATTCTATGAACATTAGCCAAGTGCTTTATGGGTCCTCTACTACCTTCTATACGGGTGTAGTGTCAGCATGCATTCTGTGCAGTAGGGAATATGGTGACTTTTCTTTCCTTTTTGCGGCAGTTGACTCACTTTCATTATAGCTCTAAGTGTTTTTCTTTTCTGCAGTTATGTTTCTGAAACACATAGAAGACATTTAGATCCATCGCAGGCACAACGTCATATATTGGCTGGGCTTGCTTCAGCTGTTGGTGGTTTGAGTGCACCTTATGAGAGGGCTTCTCATGTTCATGAGAGGGCAATTGTAAATTGGCTCTGGGCAGCTGGTTGTCATCCATTTGGCCCGTTCTCGAACACATCTCAAGTCAGTCAAATGCTTCAAGATGTTGCATTGGTGAGGATATTTTTTATGATTTTTGGCGAAACCTATCTTTTACTATTATTATCATTATTGGGATATCAAGAGTCTCCACTCGTTGGATCAAACTTATCCCTCTAATTTTTTAAGAGGCTTCACTCACCCTAAAGAACATCGAAAGTTAACAAGAATTTCTTGTTAAGTTACTAAATTTTCTAATCGAGGGATTGAATTAATATATTTCCAAATGTCCGGGCCTTTACAGCCATGGCACCATGATTATATGTATGAGAGCACGTTGTTGTTTGACATTTCATTCTTCAACTCGTAGTATTATCAGTTTAGACTGCAGAAATATATTTTCACTTTTTTTTTTCCTTTTTCCCCGACAGAGGAACATCATATATGCACGTGTAGACTCAGCTCTTCACCGAATTCGAGATACATCAGAGGTAATTCCATTCACATCTAATCTTTTAATCTTTGCTTAGTTTAGTTTAGTTTGATCATAATGTTTATTTGGTGTCAGACTGTCCAAACCTTTGCAACAGAACATCTAAAAACTCCACTTGGTGAACCAGTGAAAGGCAAGAAGAACAAGACAACTACCGAGTTGTGGTTGGAGAAGTTCTATAAAAAAACCACCAACTTACCTGAACCTTTCCCCCACGAATTGGTCGAGCGACTCGAGAAATACTTGGATGTAAGTCATTCAACATATCGACCCTACTGTCAGTACTAAACGTCTACAAATTGTAAGTAACTGATTTCTGTACCACCCAAAACAGAACCTTGAGGAACAGCTCGTAGATCTCTCATCACTATTGTATGACCATCGTTTACAAGATGCACATTTGAATAGTTCAGAAATTTTCCAAAGCTCCATTTTCACCCAGCAGTAAGTTAACACATCTTAGTTTTTCTTAATTGAATAAATCTGTGGCATTTATGAGTAAATCATTCATATCGTATCAATCGATCTTAGGTACGTGGATTTCGTATTGAGTGAAGAGAGGGAGAAGATGAGATGCTGCAGCATTGAGTACAAATATCCAGTGCAATCTTCTCAAAATTACATCTATGGAGGAATTCTTCTAGCTGGGTTTGTTGTTTACTTTCTTGTTATCTTCTTCTCATCACCAGTGCGCTAACAATAGGAAACATAGAAGTAATTATATTTCATTATGTTAACACTAAAAACAAAAAATACATTTTGGTTTCTCATGCCAATAGGAATTTAGAAAATTTTGATCATATTGGCACTTTAACTTTGGTAGTACAATTAGAGAGCACATTTTCACTTCACACAATCAAATCAGAAAGATTTCTTTTTTTGAGTTTAACAGGTTGGACAGTTAACTTTATTCTGACTTGTTCTTATTTGTGAATTATTAATATCGGCTGTTCCGCTGTGG ATGTCTTCTCACTGTTGCTTCCTTATGTTTAGGTTTGAAACTGTTGATATGACAACAAGATTGCTCATACCCATAATCGTCTTACAAAATCACAATCGATACAATATTATGGAGAAAGGCCAGAATTACAGTATAGATGTTGAAGCAATCGAAGCAGAGGTTAAGAAGATGATTCATGTTGGGCAAGAAGCAGTAATTATCGGTGGTTCACACTTATTACATCGGCACGAAAAGTTGGCCGTAGCTGTTTCAAAAGCAATGCGAAGCCATTCCCTACAGGAAACAAAGAATGATGGTCGTTTTCATGTTCATACCAAGGTGTATTTGGACGGTGCTATCCTTAGAGAAGAAATGGAAAGGTCCGCTGATGTGCTTGCTGCAGGTTTGCTTGAGGTGGCTGACCCATCTTTATCTGATAAATTTTTCCTTCGCCAGCACTGGACGGATGAAACTGAAGTTTCAGATGATTCAGTACTGAAGCATAAGCCTCTTTGGGCTACATATCAATCAAAAGTTGGCAAGAAGGTGAAGAAAACTGAAAAAAAGCAGGGGGATTTGCACCGAACTTATGGAACTAGGGTGCTTCCAGTTTTTGTCCTATCGTTGGCTGATGTTGATTCAAAACTCACGATGGAGGATGAAAGCCTGGTTTATGCAAGCAAAGATGTTGTAATCGTACTTGAGCATCAAAATGAGAAGATTCCTCTTAGTTATGTTTCTGAAACACATAGAAGACATTTAGATCCATCGCAGGCACAACGTCATATATTGGCTGGGCTTGCTTCAGCTGTTGGTGGTTTGAGTGCACCTTATGAGAGGGCTTCTCATGTTCATGAGAGGGCAATTGTAAATTGGCTCTGGGCAGCTGGTTGTCATCCATTTGGCCCGTTCTCGAACACATCTCAAGTCAGTCAAATGCTTCAAGATGTTGCATTGAGGAACATCATATATGCACGTGTAGACTCAGCTCTTCACCGAATTCGAGATACATCAGAGACTGTCCAAACCTTTGCAACAGAACATCTAAAAACTCCACTTGGTGAACCAGTGAAAGGCAAGAAGAACAAGACAACTACCGAGTTGTGGTTGGAGAAGTTCTATAAAAAAACCACCAACTTACCTGAACCTTTCCCCCACGAATTGGTCGAGCGACTCGAGAAATACTTGGATAACCTTGAGGAACAGCTCGTAGATCTCTCATCACTATTGTATGACCATCGTTTACAAGATGCACATTTGAATAGTTCAGAAATTTTCCAAAGCTCCATTTTCACCCAGCAGTACGTGGATTTCGTATTGAGTGAAGAGAGGGAGAAGATGAGATGCTGCAGCATTGAGTACAAATATCCAGTGCAATCTTCTCAAAATTACATCTATGGAGGAATTCTTCTAGCTGGGTTTGTTGTTTACTTTCTTGTTATCTTCTTCTCATCACCAGTGCGCTAA MSSHCCFLMFRFETVDMTTRLLIPIIVLQNHNRYNIMEKGQNYSIDVEAIEAEVKKMIHVGQEAVIIGGSHLLHRHEKLAVAVSKAMRSHSLQETKNDGRFHVHTKVYLDGAILREEMERSADVLAAGLLEVADPSLSDKFFLRQHWTDETEVSDDSVLKHKPLWATYQSKVGKKVKKTEKKQGDLHRTYGTRVLPVFVLSLADVDSKLTMEDESLVYASKDVVIVLEHQNEKIPLSYVSETHRRHLDPSQAQRHILAGLASAVGGLSAPYERASHVHERAIVNWLWAAGCHPFGPFSNTSQVSQMLQDVALRNIIYARVDSALHRIRDTSETVQTFATEHLKTPLGEPVKGKKNKTTTELWLEKFYKKTTNLPEPFPHELVERLEKYLDNLEEQLVDLSSLLYDHRLQDAHLNSSEIFQSSIFTQQYVDFVLSEEREKMRCCSIEYKYPVQSSQNYIYGGILLAGFVVYFLVIFFSSPVR Homology
BLAST of Cucsat.G1305.T4 vs. NCBI nr
Match: XP_004134247.1 (uncharacterized protein LOC101212442 [Cucumis sativus] >KGN57173.1 hypothetical protein Csa_011529 [Cucumis sativus]) HSP 1 Score: 928 bits (2398), Expect = 0.0 Identity = 470/471 (99.79%), Postives = 470/471 (99.79%), Query Frame = 0
BLAST of Cucsat.G1305.T4 vs. NCBI nr
Match: XP_008438963.1 (PREDICTED: LOW QUALITY PROTEIN: uncharacterized protein LOC103483898 [Cucumis melo]) HSP 1 Score: 917 bits (2371), Expect = 0.0 Identity = 464/471 (98.51%), Postives = 467/471 (99.15%), Query Frame = 0
BLAST of Cucsat.G1305.T4 vs. NCBI nr
Match: TYK16229.1 (phosphatase 2C (PP2C)-like protein [Cucumis melo var. makuwa]) HSP 1 Score: 917 bits (2370), Expect = 0.0 Identity = 463/471 (98.30%), Postives = 467/471 (99.15%), Query Frame = 0
BLAST of Cucsat.G1305.T4 vs. NCBI nr
Match: KAA0049552.1 (phosphatase 2C (PP2C)-like protein [Cucumis melo var. makuwa]) HSP 1 Score: 917 bits (2370), Expect = 0.0 Identity = 463/471 (98.30%), Postives = 467/471 (99.15%), Query Frame = 0
BLAST of Cucsat.G1305.T4 vs. NCBI nr
Match: XP_038906478.1 (uncharacterized protein LOC120092459 [Benincasa hispida]) HSP 1 Score: 915 bits (2365), Expect = 0.0 Identity = 460/471 (97.66%), Postives = 466/471 (98.94%), Query Frame = 0
BLAST of Cucsat.G1305.T4 vs. ExPASy TrEMBL
Match: A0A0A0L5X5 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_3G167370 PE=4 SV=1) HSP 1 Score: 928 bits (2398), Expect = 0.0 Identity = 470/471 (99.79%), Postives = 470/471 (99.79%), Query Frame = 0
BLAST of Cucsat.G1305.T4 vs. ExPASy TrEMBL
Match: A0A1S3AX83 (LOW QUALITY PROTEIN: uncharacterized protein LOC103483898 OS=Cucumis melo OX=3656 GN=LOC103483898 PE=4 SV=1) HSP 1 Score: 917 bits (2371), Expect = 0.0 Identity = 464/471 (98.51%), Postives = 467/471 (99.15%), Query Frame = 0
BLAST of Cucsat.G1305.T4 vs. ExPASy TrEMBL
Match: A0A5D3D194 (Phosphatase 2C (PP2C)-like protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold209G001580 PE=3 SV=1) HSP 1 Score: 917 bits (2370), Expect = 0.0 Identity = 463/471 (98.30%), Postives = 467/471 (99.15%), Query Frame = 0
BLAST of Cucsat.G1305.T4 vs. ExPASy TrEMBL
Match: A0A5A7U1B2 (Phosphatase 2C (PP2C)-like protein OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold171G008070 PE=3 SV=1) HSP 1 Score: 917 bits (2370), Expect = 0.0 Identity = 463/471 (98.30%), Postives = 467/471 (99.15%), Query Frame = 0
BLAST of Cucsat.G1305.T4 vs. ExPASy TrEMBL
Match: A0A6J1IXC5 (uncharacterized protein LOC111479343 OS=Cucurbita maxima OX=3661 GN=LOC111479343 PE=4 SV=1) HSP 1 Score: 895 bits (2314), Expect = 0.0 Identity = 448/471 (95.12%), Postives = 460/471 (97.66%), Query Frame = 0
BLAST of Cucsat.G1305.T4 vs. TAIR 10
Match: AT4G16180.2 (unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biological_process unknown; LOCATED IN: plasma membrane; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT3G28720.1); Has 5 Blast hits to 5 proteins in 3 species: Archae - 0; Bacteria - 0; Metazoa - 0; Fungi - 0; Plants - 4; Viruses - 0; Other Eukaryotes - 1 (source: NCBI BLink). ) HSP 1 Score: 741.1 bits (1912), Expect = 5.6e-214 Identity = 366/472 (77.54%), Postives = 416/472 (88.14%), Query Frame = 0
BLAST of Cucsat.G1305.T4 vs. TAIR 10
Match: AT3G28720.1 (unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biological_process unknown; LOCATED IN: cellular_component unknown; EXPRESSED IN: 25 plant structures; EXPRESSED DURING: 13 growth stages; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT5G58100.1); Has 1610 Blast hits to 344 proteins in 85 species: Archae - 0; Bacteria - 567; Metazoa - 95; Fungi - 71; Plants - 145; Viruses - 0; Other Eukaryotes - 732 (source: NCBI BLink). ) HSP 1 Score: 63.5 bits (153), Expect = 5.2e-10 Identity = 49/214 (22.90%), Postives = 97/214 (45.33%), 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
This mRNA is a part of the following gene feature(s):
The following exon feature(s) are a part of this mRNA:
The following CDS feature(s) are a part of this mRNA:
The following polypeptide feature(s) derives from this mRNA:
GO Annotation
GO Assignments
This mRNA is annotated with the following GO terms.
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