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CsGy6G020445 (gene) Cucumber (Gy14) v2.1
Overview
Sequences
The following sequences are available for this feature:
Legend: five_prime_UTRexonCDSpolypeptidethree_prime_UTR Hold the cursor over a type above to highlight its positions in the sequence below.AAGAGAGGATTGAGGAAAATATCAGCAACTGATTTCGTAAAGATTTAGTGATATTTTCAAATTCAAAAGTAACCAAACTCTTGAACTTTCCATATTAAGATTCTGCATTGAGGTAGGAATTAATCTCATTTCTTAGTTCTATGTATATCCAAACAATTCATATATATGTATATATAAAGAACGCTCATCTAGCCTTAATTGGCCTCTCTTTTGATTTGTAGATTTTTGGGTTTCAATGGAGCATTTATCTCTACCCGATAACTCTTACTTTCTCGGATTCGACAGTTCTACACAGTATGTTTTTGCCAACAATTGAGATTCTTCGTTTCTTCTATGGATTCAGTTTTGATTTCGTTTAGAATTTTTAATCATTATTGATGTGTACCCCCTTTTCTTTTCTTTTTTTAATCTTTTTCACTGAACTGATTTTTCTGTTAGGTCTCTGAAAGCAACTGTGTTAGATTCCAATCTCAACATTGTTGCCTCAGAATTAGTTCATTTTGATTCAGAACTGTCCCATTACAAAACCCAAGATGGAGTTTACCGTGATTCTTCTATCAATGGCCGAATCGTTTCCCCCACATCCATGTGGGTGGAAGCTTTGGACCTCATGCTTCAAAAGCTAGTCAAGTCCAATTTGGATTTCGCTAATATTGCTGCAGTCTCTGGGAGTGGACAACAACATGGTAGTGTTTATTGGAAAACTGGAAGTTCTACAATCTTATCTTCATTGGATCCTCAGAAGCCATTAGCGGGTCAGCTTGTGAATGCCTTTTCCATTAAAGAATCACCCATATGGATGGATAGTAGCACTACTGCACAATGTCGGCAGATCGAGGAAGCCGTTGGGGGAGCTTTAGAATTGTCTACACTTACAGGATCGCGAGCATATGAAAGATATACTGGACCCCAGATCAAGAAGATATATGAAACTCAGCCTGAAGTTTATCAAAATACTGAAAGGATTTCCCTTGTCAGTTCTTTTGTGGCGTCTCTTCTTATTGGAGGATATGCCTCCATTGATGAAACTGACGGTGCAGGAATGAATTTGATGGATATTAAACAAAGAACCTGGTCTAAGAAAGTGTTAGAGGTACAATGTGCTGAAACTATGATTATCCTTTTCACATTCTTGTTCCTTGATTTTATTATTAATTCCACAATACCATAGGCCACTGCCCCTGGTCTGGAGGAGAAACTTGGGAAGCTAGCCCCTGCATATGGTGTGGCTGGTTACATTGCTCCATATTTTGTCAAGAGGTTAGTCTCCTTCCTCAGACCTGCATAAAGAAAGTTGAAAACATTCTTTTTTTATTAATCTTGGATCTAATGTCTCTTACATAAGAGCGTAGTACATAGAATGTAACCCCGTCGGAATATCTTAACATACAATGCAGTACAAAAGTTTTCCACAACATGCTTTTAAGATTATGTCAAACATTAACATAGGAGAGTTAGTCATATGGATGTTCCTATCTAGTAAAGGATTAGCAAAATGAAACATTTTGTTCTATAATCATCCATTTTATTCATTTCATATGCATCTGTACTATCTCAGATCTTTTAGTGAGTTCTGTGTCTTTATCTTTTGGGTTCCGTTGTAACTTGACCAATAGGGAACCGACGGATGTGGCCTCTCTTCTTTCCTTACTTGAGGGGTTCATTGATAGATAGGGGAGGAGAGATGCTCGTGTTTGGATTCCTAATCCTAGTCAGGGATTTTCTTATAATTCTCTAATTGGTCTGTTGTTGGATCCCGCTCCCTCTAAGGAGTTGGGTCTTCGATGTGGTTTGGAGGATTAAGGTTCCTAAGAAAGTTAGGTTCTTTACCGTCTTGCTTGGTCAAGTTAAAACTGTTGATAGGCTTGTCTGGAGGTGGACTTCACCTGTTGGTTCCTTTTGCTGTTTGATGTGTCAGATGGTGGATGAAGGTTTTGATCACCTATTTTGGGATTGTCAATTTGCGAGGGCTGTTTGGTGCTCTTTCCTTCAGGAGTTTGGTGTCAGCTATTTGGTGTCAGTTATGCCGACCGGAGGAGTGTTAGAGCGATGATTGAGGAGTTCCTTATCCATCTTCCTTTCACTCTCATAAGGGAGGCTTTTTATGGCGTGCTGAGGTGTGCGCGTTTATTTGGGATATTTGGGGCGAATGGAATGTTAAGATGTTTAGGGGTAGAGAGAGGGGCATAGTGAGATTTAGTTCTTGGTTAGATATCATGCGTCTCTTTGGTCTTCAGTTTCGAAGAACTTTTTTAACTATTCTACCGGCAACATTTTACTTCGTTGGTCTCCCTTCCTTTAATGGGATGGTTTTTTTTATGCCCTTGTATTCTTCATTCTTTCTCAATGAAAGTAGTTGTTTTCATAAAATATGTACACACACACATGCATCATATATACATATTAACCCAGCACAACTTTGTCAATGATAATTGATCAAATTAGTGGAAACTAGAATGAAAACTAATTTTCATCGCTCTATATGCGCTTAATTTCCCTATAAAATTTCATAATTTGAAAATCAAGAATATGGCATGAGTATGTAATAGGGAATCTCTTTCCATATGTTTATGAAGGTTGCATCTCATAATTTCCATACTACGTGTGCTATGTGTGGGAGTGCTCTCCTTCAACATCTTCATGCTTTGAGTGACATAAAACGCTTTTACCATAATTCAAATTTTGTGAATAATATGCTTGCGAACTGCAAAGTAATTTTATCTCATGATCTGGAGGCATCTCAAAAACACTTTGGAGAATGTAGAACAAATATCAACGATTTTTTTCATACTTTTCACTTAAGTTTTTATAATTGAAGTATTTTGCTTAAAGTACTTATCCTAGAAACATTAACAAAACTTGCTGTTTTATTAAAAGGTACTTGCTAGTAAGTTAAACTGCTGATGATTTTACAAATCTTGGTGTAGATATAACTTTAAGGAGAATTGCATGGTTGTTCAGTGGTCAGGAGACAATCCCAACAGCCTTGCAGGTGATTAAAATCATCTTTTCCTTCTGTAACTTCCCTCCCAATGTGCATGATATTTTCTTTCTCTGCTTAAATATAAGAAGATACGAATGATTTCTGTTGAAACATTTATGTTCTTGCTTTGTAATGCCAGTTTGGTCTGGATATATGACATTAAATTCCTCTGATTTTTGTAGTTCTCTAGTTACCCCAATTCATGATTAGTTCAATTTACTTTCTAGATTTAAATGCTAGTAGATTGGGTTTGGACTAGTAAATGAAGGTGTTGGAACTTAAGGCTGATCTGGTGCAATTTAAACCATTTCCTCTTTAGCTTGATTAAGTGAGAAGGAACACAGAGGGATCTTATAATGATCCTAGGTTATCAATATTTCAAGGTTCTCAACTATTGGGATAAAAACATTAATGGCTTCCAGTGTAGTCCGAATTTTGTATATTTTTCTTGCATATTTTTCTCTTTTAACTATATTTTGTTTACCCCTTATTTTGGGAACACGCAGGTCTAACTCTTAATACTCCTGGGGATCTTGCAATTAGTCTTGGGACAAGTGACACTGTGAGTTCATCTATTGTTTTAGTAAATTCATAATGTGAGATTGTAGTTTGAGTTTAACTGGACTGGGAGCTGGCTGGCAGAGTACCAATCTAATAAGTGCTTTACTTTATTTCAAGCTGGTAAAGTCAATGGGAGGATATCAAAAGAGTGTTTGGAGTTGTTTTTGAAAAACTGCCTTTTAAACCAAATCAAATTTTCTATTGTGCCTTTAGAAAAATAATATTAATATAAGGGCATGTTTGGGAGTGAGCTTAAAAAGATTAAGTAGTTTTTTTCGTGTTATCTTGAAACATCTTTAATCTTTCAAAATCAATTTAGTATTTGATTTTATACAGTCAAACCCAAATTTTATAGCATTAGAACTGATATTAGTCAATAAAAATATGTTTTGGAATGATTTTGAATATGAAAAATTGATTCTAACCATTTCAAAAACACTGGATACATGCACTAAGTATATTTGGTATAGCTTATTGAGTGGTTTAGAGGATTGTGTTTTTTTTTAATTGTAATAAATAAAAACCACTTCAGAAAATTGTTAATTCAATAACAACTTTTGAAGCAAGGAAAAAAAACACATTTCTTTTTTATAAAATCACTTTTGGATGGCAATAAAAGATACTGTTCTTTAAAATACTTTTAAAAATAATTATAAAGTTATATATCGACTGAAAAGAATTATTTTTTAAAAAAGGTGCTTAAACTAGAAGGTATTGCAAACACACCCAATAGATTTCCTTTTATTAATATATCATAGGTTTTACAAGTCTTAGTCAAATCTTGTAGTTTGTAATCCGTTTGTACATATTATTTAGGTATTTGGGATTACTAGCGATCCGCAACCCAGGTTAGAGGGTCATGTTTTTCCAAACCCAGTAGACCCGGAGAGCTACATGGTAATGCTGGTTTACAAGAATGGATCATTGACACGCGAAGGTGATGCAATTTCCTTTGCCTTTATTGTAAGTTGTTCTGTTTAATTGTACCTTTTAAATTTAATGAAAAATTTTCTTCAGATGTTCGCAACCGCCATGCAGAGAAGTCTTGGAATACATTCAATAAATTTCTGCAGCAAACACCTCCTCTAAACGGTTTAAGACAATCCCATTTTTTCAACTTGTAATATTTGTGGTTTCATTTATTTTTCCTTATCTTGAGCTGTATTATGTAGGTGGAAAGATTGGATTTTACTATAAGGAACATGAAATTCTTCCACCCCTTCCAGGTAGAACTCCCATTATTGCTCACACTCTTTGGTGTGTCTGAATTCTTTGGACAGAAACACGTAAAGAAGAGTGAAGTCTTTTTTCTGGAATTTTTCTATTATTCAAATAAAATGACAAACTAGGGTTTTTTTTACTAAACCCAATAGTCAACTAAAATATCAGGAAAATATAAAACGTTACAACTTCTAAAATATCAGGGGAATATAAAACCAACAGTCAACTAATTGCTAACAGCACAGTGAGCATAATACATCAAATTCCTCCCCCTTAAGAAGAGCAAACTCGTCCTCGAGTTTTAGGTTGAAAGGCGTAGCTGGTCGGGAGGGAAATACTTGAATATATCAACCACATTGAAGATAGGATTAATGTGTATGTGATGGGGGAGATCAATCTTGTATGCATTATCTCCAAATCTCTTGATTATTGGATACAGTCCTATCTTCTTTGGCTGTAGTTTGTTGTATTTTCCTGCCGATAGTCTTGCCTTTCGAAGGTGTATCAGTACTAGATCTCTTCCCTTGAATTCTTTAAATCTTCGATGTTTATCGTCTTGACTTTTGTATGCTTGGTTCATCTTTTCAATTTGGGCGGTTATGACTTTATGGAGCTTTGTTATTCTTTCCGCCATATTTTCAACTTCGGAGCTAAAATCAACATTAGAAGGTATGTTAGTAAGATCAACAGTTAGTCTAGGTAACTTAGTATACACTTTTTCAAATGGTGACTTCCCTGTTGTTCAGTTTTTCATGTGATTGTACCCAAATTCTGCTTGGGCTAGGACAAGATCTGCTTAGGTTTATCACCTCCAATGCACCTTATGAGATTGGCAAGCATCCTATTTGTAACCTCGGTCTGCCCATTGGTTTGGGGGTGACTAGTGGTGCTAAACTTGAGAGTTGTGTTGAATTTTTTCCAAAGTGTCTTCTAAAAGTGACTTAGGAACTTGACGTCACGGTCGGAAACTATGGACTTGGGGATTCCATGCAACCATACCAATTCTTTAAAAAACAGATTAGCAATATAAATGGCATCCGATGTTTTCCTACAAGGCAAGAAGTGAGACATTTTGCTAAATCGATCAACTATAACAAGGACAGAATCATACCCCGCTTTTTTTTATCCAACTCACTTTGTATGGCTGTGGATGTGGGTCAAGTTTGAGGTTTGAGCGCTTGAACAAGTTTTGAGTAGACAATGCTCTCGCTACTTCCGCTATCAATTATGACATTGCAAAGTTTACCGTTAATTGTGCAGCGTGTACGGAACAATGAATGTCGTCGAGGGTGAGTTTCCGTTTTTGGTGTTAGGAGAATTCGTTGTATCACACAAGATAGTTGTTCCCCTTCATCCGGTTCCAACTCGTTTATTTCCTCTTCGGAATTAGGTTTCGCTTCGTCTTCTTGGCTCCCTCCTTCCTCAACATATGCTACCGTTTTCCGTTGTGGGCACTGATTGGATAAGTGTCCGTTTTGGTTGCGTCGGTAGCAAAATCCCAAATTCGGTCTTGGGTAGTTGGTTGAACCGTTCTTGGTAGAGAGTTCTTGAGTTCTTGGGCTTTGGTTTGTTTTGGAAGGTTGTTCTTCTTTCGCCTTTGATGTACCAGAGCCTTGAGCTTGTTTAGTATTGTCATAATTCTTTCGTTGGTACGGGATGAATGCCTTCTCCCACTGGTTCTTCTTGGTGTCGCTGTTTTTCTGCCTTTTTTCCAGCTTCAATTCAGCTTTAAAAACCATCGAAATTGTGGCCGGTAACGTGGCTATGGGCTGTAAATCTAGCTGTTCGTGTATGTTCTCCTTAAGACCATCAACAAATCTGCCTATTTGATAATTTTCACTCTCGTTCGTTTGGGTTCTTGCACTTAGACGGTGGAACTCCTTAGCATATTCTGCCACTTTCCTATTATCTTGGCGGCATTGTTGGTATTGTTGATAAAGAATCTGTTCGAAATCCGTGGGTAGGAAGCGTTCTTTCATCATCTTGAGCATTCTTGGCCAGCTCCTTATGGGTGTTTTGCCAATTAAACGTCGATTGGCTTGGATTTGATCCCACCAAGTCGATGCACCCGATTTGAGCTTCAACGCGACCATCTTGACTTTCTTGTCTTCGGCTGTCTCTATATACTCAAAGAAGCTCTCCACATTTTTAACCCAATCGAGAAATGCTTCTATATCCAATTTACCGCTGAAATTTGGTAAAATCGACCTTCATCTTGAAGTCTTGCTGAAATATTTCTCTTCTTCCATCTCCTTTGTATTGGGCTGATTCTAATCTGCCTTCAAAATAGTCTTCTCCACCATTTCGGCCTCTTCTGAAAACTGGGTTTTGATATCCAATCTCTCTCTGTCGCCGGCCGTCTCTCATATTTCTTCCCTTTCTTTGGCCTGGCCGAAAAAACGTCTCTTCATCTTCAGAACCCTCCGAAACTTGAAGACCCATATTGGGCTCTTGTAACCGGCGGCCGCTGAGGTGGTTCCCCACCTTCGTCGGACGATTCTGACGAACTCTGGCGATTTTCATGGTCTGACTGGCCAGAATTTCGGCCGGCAATGCATCGGAGTTCTTGGTGGTTACCGTTGCCGATCTCTTGCTGCTGGGGAAGGGCACTCAATGCCTCTTCAAGCCTGCGAGCAAGTCTCTCCATGGTGGTTTCAAGAACTCCCATTCGGTCGAATATTTCTGCTATGCTTTCTTCAACGGTCATCAATCGGGCAGTCGAAGTGCGTGGAGATGGGATTTCTTCCTCTGTCGGCACTACCTCCTTTTCCTTGTCGGAGGTGTTCTTGCCGGTCACAACTTCCTTCATTGGTGAAGCTCTGATTGGTGGTGTGTGTCTGAATTCTTGGACAGGAACATGTAAAGAAGACTAAAGGCTTTTTTCTGGAATTTTTCTATTATTCAAATAAAATGACAAACTAGGGGTTTTTATACTAAACCCAATACTCAACTAAAATATCAAGAAAATATAAAACATACAACTTCTAAAATATCAGTGGAATATAAAACCAACATTGCTAACAGCACAGTGAGCATAATACATCACTTTTACTTTGATTGCTAATACAACAGCATGGATGTGTTGAATCAAACTCCAATGTGATCATAAATCTAAAATTGCAGCTGATGAGGTAATTACTTTTGGTTTCAGTTGGCGTTCATCGGTATAGCCTTGAAAATTTCAAGGGCAACACTATGGAGGGAGTGACCGAAAATGAGGTTGAGGAATTTGATTCTCCTTCAGAGGTTAGGAGGATTACTAGGAAAGATCTTTGTTTGTTTGAACAAATTCAATTGTCTTGATGTCTTACTGAAAAGAACTAAATAAAATAACAAACTAACTAATATTTCAGGTACGAGCATTGATTGAAGGCCAATTCCTGTCGATGCGAGCTCATGCTGAAAGATTTGGGATGCCTTCGCCTCCAAAACGGATCATTGCAACTGGAGGAGCTTCGGCGAATGAGACCATTCTTTCCTCCATAGCTTCAATCTTTGGCAGTGATGTCTATACAGTTCAAAGATCTGGTATGTTGTATTATATATTATCTCTATAAGGACATTTTCTAACCGGTAAAATCAGCTCTATCTATTTTGGACGACGATAAGAAATTTCACGTTTGGCTATATGATCGAAGGTGATTTTGAAAAAGTTGAAAATACTGATCATGAATTTGGGATGACTACTATCTACTTGTTTTTAGAATTTCAAATTGTTAGTTGGTTATCCAAGTCAATACTAAGTAAATTTTGAAAAATGCTTTGGTTGGTCAAAAAGCAATTGTCGCCCCTCAAAATCATCCAAAATTCATTCTAGAAAATAGTTTAAACTTTGAGCATTTCTCCTGACTGTGTTTATAGAAAACATACTCTTCAAAATTGTTTCAAACCTACTTTTAGCACTTAGAAAGTCAATTTGAATAGGCCCTTATTCTTGAGGGTAATTAAAGTTGAAGTTTCGTATATTGAGGTTAATTAAAGAGGAAGTTTCGTAGAGGTACTTTTGAATTGAAATTTATTTGATGAATAGATGCAGATGTTAGAATTTTCAAAGTTTTTTTTTTTTTATCTAGCCAAACACAAGAAAGTTTTTAAAAAAAAATGCTTTTAACGATTTCAAAGTACTTTTTGTCATTCCGCAAGTGATTTGGAACTCACATTTGGTATAATAGTGATATGTATGGCTCTTCAACAGTATGCTCTTTTGTTGCATTCTGTTCAATCTCGGAATAACAAACTAGGATATAGTTATACACATATTTCAGCTCTAATGTCTCAATTTTTTTTTTTTTTTTTTTTTTTTGGCTTCCTTTCCAGATTCAGCTTCGCTCGGTGCAGCATTGAGGGCTGCTCATGGTTGGTTGTGCAACAAGAAGGGGAGTTTTGTACCCATCTCTAGCATGTACAAGGACAAGTTAGAGAAGACATCTCTGGCTTGCAAGTTCTCAGTGGCTGCTGGAGATCAGGAACTAGTTTCCAAATATGCTGTTTTGATGAAGAAGAGAATCGAAATTGAGAACCGTCTTGTTCAAAAGTTTGGACGATGCTGAAACTATGGAAGGCTGCTGCACATTCTTGTTTATAAATTAATTATGAATAAAGCCGCAATAATATAATGCTCCCATTGGAACGTAGGAATAATATCAACCAAACAGAGCAATTTGATCCGTAGGAATGAATAAAAGCTTAGTATTTTCTTCAATGGTAAATAAAATAATGCCTTTTTTCTTTTTTGGAATTTTGAGACTAACGATTGGTTTCTCATTCAGTTATTTATGTATATAAGAACTTATTAGTGCTTCATTCTTTCTCTTGGC AAGAGAGGATTGAGGAAAATATCAGCAACTGATTTCGTAAAGATTTAGTGATATTTTCAAATTCAAAAGTAACCAAACTCTTGAACTTTCCATATTAAGATTCTGCATTGAGATTTTTGGGTTTCAATGGAGCATTTATCTCTACCCGATAACTCTTACTTTCTCGGATTCGACAGTTCTACACAGTCTCTGAAAGCAACTGTGTTAGATTCCAATCTCAACATTGTTGCCTCAGAATTAGTTCATTTTGATTCAGAACTGTCCCATTACAAAACCCAAGATGGAGTTTACCGTGATTCTTCTATCAATGGCCGAATCGTTTCCCCCACATCCATGTGGGTGGAAGCTTTGGACCTCATGCTTCAAAAGCTAGTCAAGTCCAATTTGGATTTCGCTAATATTGCTGCAGTCTCTGGGAGTGGACAACAACATGGTAGTGTTTATTGGAAAACTGGAAGTTCTACAATCTTATCTTCATTGGATCCTCAGAAGCCATTAGCGGGTCAGCTTGTGAATGCCTTTTCCATTAAAGAATCACCCATATGGATGGATAGTAGCACTACTGCACAATGTCGGCAGATCGAGGAAGCCGTTGGGGGAGCTTTAGAATTGTCTACACTTACAGGATCGCGAGCATATGAAAGATATACTGGACCCCAGATCAAGAAGATATATGAAACTCAGCCTGAAGTTTATCAAAATACTGAAAGGATTTCCCTTGTCAGTTCTTTTGTGGCGTCTCTTCTTATTGGAGGATATGCCTCCATTGATGAAACTGACGGTGCAGGAATGAATTTGATGGATATTAAACAAAGAACCTGGTCTAAGAAAGTGTTAGAGGCCACTGCCCCTGGTCTGGAGGAGAAACTTGGGAAGCTAGCCCCTGCATATGGTGTGGCTGGTTACATTGCTCCATATTTTGTCAAGAGATATAACTTTAAGGAGAATTGCATGGTTGTTCAGTGGTCAGGAGACAATCCCAACAGCCTTGCAGGTCTAACTCTTAATACTCCTGGGGATCTTGCAATTAGTCTTGGGACAAGTGACACTGTATTTGGGATTACTAGCGATCCGCAACCCAGGTTAGAGGGTCATGTTTTTCCAAACCCAGTAGACCCGGAGAGCTACATGGTAATGCTGGTTTACAAGAATGGATCATTGACACGCGAAGATGTTCGCAACCGCCATGCAGAGAAGTCTTGGAATACATTCAATAAATTTCTGCAGCAAACACCTCCTCTAAACGGTGGAAAGATTGGATTTTACTATAAGGAACATGAAATTCTTCCACCCCTTCCAGTTGGCGTTCATCGGTATAGCCTTGAAAATTTCAAGGGCAACACTATGGAGGGAGTGACCGAAAATGAGGTTGAGGAATTTGATTCTCCTTCAGAGGTACGAGCATTGATTGAAGGCCAATTCCTGTCGATGCGAGCTCATGCTGAAAGATTTGGGATGCCTTCGCCTCCAAAACGGATCATTGCAACTGGAGGAGCTTCGGCGAATGAGACCATTCTTTCCTCCATAGCTTCAATCTTTGGCAGTGATGTCTATACAGTTCAAAGATCTGATTCAGCTTCGCTCGGTGCAGCATTGAGGGCTGCTCATGGTTGGTTGTGCAACAAGAAGGGGAGTTTTGTACCCATCTCTAGCATGTACAAGGACAAGTTAGAGAAGACATCTCTGGCTTGCAAGTTCTCAGTGGCTGCTGGAGATCAGGAACTAGTTTCCAAATATGCTGTTTTGATGAAGAAGAGAATCGAAATTGAGAACCGTCTTGTTCAAAAGTTTGGACGATGCTGAAACTATGGAAGGCTGCTGCACATTCTTGTTTATAAATTAATTATGAATAAAGCCGCAATAATATAATGCTCCCATTGGAACGTAGGAATAATATCAACCAAACAGAGCAATTTGATCCGTAGGAATGAATAAAAGCTTAGTATTTTCTTCAATGGTAAATAAAATAATGCCTTTTTTCTTTTTTGGAATTTTGAGACTAACGATTGGTTTCTCATTCAGTTATTTATGTATATAAGAACTTATTAGTGCTTCATTCTTTCTCTTGGC ATGGAGCATTTATCTCTACCCGATAACTCTTACTTTCTCGGATTCGACAGTTCTACACAGTCTCTGAAAGCAACTGTGTTAGATTCCAATCTCAACATTGTTGCCTCAGAATTAGTTCATTTTGATTCAGAACTGTCCCATTACAAAACCCAAGATGGAGTTTACCGTGATTCTTCTATCAATGGCCGAATCGTTTCCCCCACATCCATGTGGGTGGAAGCTTTGGACCTCATGCTTCAAAAGCTAGTCAAGTCCAATTTGGATTTCGCTAATATTGCTGCAGTCTCTGGGAGTGGACAACAACATGGTAGTGTTTATTGGAAAACTGGAAGTTCTACAATCTTATCTTCATTGGATCCTCAGAAGCCATTAGCGGGTCAGCTTGTGAATGCCTTTTCCATTAAAGAATCACCCATATGGATGGATAGTAGCACTACTGCACAATGTCGGCAGATCGAGGAAGCCGTTGGGGGAGCTTTAGAATTGTCTACACTTACAGGATCGCGAGCATATGAAAGATATACTGGACCCCAGATCAAGAAGATATATGAAACTCAGCCTGAAGTTTATCAAAATACTGAAAGGATTTCCCTTGTCAGTTCTTTTGTGGCGTCTCTTCTTATTGGAGGATATGCCTCCATTGATGAAACTGACGGTGCAGGAATGAATTTGATGGATATTAAACAAAGAACCTGGTCTAAGAAAGTGTTAGAGGCCACTGCCCCTGGTCTGGAGGAGAAACTTGGGAAGCTAGCCCCTGCATATGGTGTGGCTGGTTACATTGCTCCATATTTTGTCAAGAGATATAACTTTAAGGAGAATTGCATGGTTGTTCAGTGGTCAGGAGACAATCCCAACAGCCTTGCAGGTCTAACTCTTAATACTCCTGGGGATCTTGCAATTAGTCTTGGGACAAGTGACACTGTATTTGGGATTACTAGCGATCCGCAACCCAGGTTAGAGGGTCATGTTTTTCCAAACCCAGTAGACCCGGAGAGCTACATGGTAATGCTGGTTTACAAGAATGGATCATTGACACGCGAAGATGTTCGCAACCGCCATGCAGAGAAGTCTTGGAATACATTCAATAAATTTCTGCAGCAAACACCTCCTCTAAACGGTGGAAAGATTGGATTTTACTATAAGGAACATGAAATTCTTCCACCCCTTCCAGTTGGCGTTCATCGGTATAGCCTTGAAAATTTCAAGGGCAACACTATGGAGGGAGTGACCGAAAATGAGGTTGAGGAATTTGATTCTCCTTCAGAGGTACGAGCATTGATTGAAGGCCAATTCCTGTCGATGCGAGCTCATGCTGAAAGATTTGGGATGCCTTCGCCTCCAAAACGGATCATTGCAACTGGAGGAGCTTCGGCGAATGAGACCATTCTTTCCTCCATAGCTTCAATCTTTGGCAGTGATGTCTATACAGTTCAAAGATCTGATTCAGCTTCGCTCGGTGCAGCATTGAGGGCTGCTCATGGTTGGTTGTGCAACAAGAAGGGGAGTTTTGTACCCATCTCTAGCATGTACAAGGACAAGTTAGAGAAGACATCTCTGGCTTGCAAGTTCTCAGTGGCTGCTGGAGATCAGGAACTAGTTTCCAAATATGCTGTTTTGATGAAGAAGAGAATCGAAATTGAGAACCGTCTTGTTCAAAAGTTTGGACGATGCTGA MEHLSLPDNSYFLGFDSSTQSLKATVLDSNLNIVASELVHFDSELSHYKTQDGVYRDSSINGRIVSPTSMWVEALDLMLQKLVKSNLDFANIAAVSGSGQQHGSVYWKTGSSTILSSLDPQKPLAGQLVNAFSIKESPIWMDSSTTAQCRQIEEAVGGALELSTLTGSRAYERYTGPQIKKIYETQPEVYQNTERISLVSSFVASLLIGGYASIDETDGAGMNLMDIKQRTWSKKVLEATAPGLEEKLGKLAPAYGVAGYIAPYFVKRYNFKENCMVVQWSGDNPNSLAGLTLNTPGDLAISLGTSDTVFGITSDPQPRLEGHVFPNPVDPESYMVMLVYKNGSLTREDVRNRHAEKSWNTFNKFLQQTPPLNGGKIGFYYKEHEILPPLPVGVHRYSLENFKGNTMEGVTENEVEEFDSPSEVRALIEGQFLSMRAHAERFGMPSPPKRIIATGGASANETILSSIASIFGSDVYTVQRSDSASLGAALRAAHGWLCNKKGSFVPISSMYKDKLEKTSLACKFSVAAGDQELVSKYAVLMKKRIEIENRLVQKFGRC* Homology
BLAST of CsGy6G020445 vs. ExPASy Swiss-Prot
Match: Q949W8 (Xylulose kinase 2 OS=Arabidopsis thaliana OX=3702 GN=XK2 PE=1 SV=1) HSP 1 Score: 854.4 bits (2206), Expect = 7.4e-247 Identity = 421/556 (75.72%), Postives = 478/556 (85.97%), Query Frame = 0
BLAST of CsGy6G020445 vs. ExPASy Swiss-Prot
Match: Q3TNA1 (Xylulose kinase OS=Mus musculus OX=10090 GN=Xylb PE=1 SV=1) HSP 1 Score: 488.8 bits (1257), Expect = 8.2e-137 Identity = 266/541 (49.17%), Postives = 348/541 (64.33%), Query Frame = 0
BLAST of CsGy6G020445 vs. ExPASy Swiss-Prot
Match: Q3SYZ6 (Xylulose kinase OS=Bos taurus OX=9913 GN=XYLB PE=2 SV=1) HSP 1 Score: 485.7 bits (1249), Expect = 6.9e-136 Identity = 249/484 (51.45%), Postives = 327/484 (67.56%), Query Frame = 0
BLAST of CsGy6G020445 vs. ExPASy Swiss-Prot
Match: Q3MIF4 (Xylulose kinase OS=Rattus norvegicus OX=10116 GN=Xylb PE=2 SV=1) HSP 1 Score: 485.0 bits (1247), Expect = 1.2e-135 Identity = 264/543 (48.62%), Postives = 347/543 (63.90%), Query Frame = 0
BLAST of CsGy6G020445 vs. ExPASy Swiss-Prot
Match: Q5R830 (Xylulose kinase OS=Pongo abelii OX=9601 GN=XYLB PE=2 SV=1) HSP 1 Score: 483.0 bits (1242), Expect = 4.5e-135 Identity = 254/501 (50.70%), Postives = 331/501 (66.07%), Query Frame = 0
BLAST of CsGy6G020445 vs. NCBI nr
Match: XP_004146748.1 (xylulose kinase 2 [Cucumis sativus] >XP_031743261.1 xylulose kinase 2 [Cucumis sativus] >KGN47804.1 hypothetical protein Csa_002802 [Cucumis sativus]) HSP 1 Score: 1106 bits (2860), Expect = 0.0 Identity = 557/558 (99.82%), Postives = 557/558 (99.82%), Query Frame = 0
BLAST of CsGy6G020445 vs. NCBI nr
Match: KAA0036446.1 (xylulose kinase [Cucumis melo var. makuwa] >TYK00040.1 xylulose kinase [Cucumis melo var. makuwa]) HSP 1 Score: 1073 bits (2776), Expect = 0.0 Identity = 537/558 (96.24%), Postives = 549/558 (98.39%), Query Frame = 0
BLAST of CsGy6G020445 vs. NCBI nr
Match: XP_008456462.1 (PREDICTED: xylulose kinase [Cucumis melo]) HSP 1 Score: 1072 bits (2772), Expect = 0.0 Identity = 536/558 (96.06%), Postives = 548/558 (98.21%), Query Frame = 0
BLAST of CsGy6G020445 vs. NCBI nr
Match: XP_038884959.1 (xylulose kinase 2 [Benincasa hispida]) HSP 1 Score: 1042 bits (2694), Expect = 0.0 Identity = 524/558 (93.91%), Postives = 537/558 (96.24%), Query Frame = 0
BLAST of CsGy6G020445 vs. NCBI nr
Match: XP_022999669.1 (xylulose kinase [Cucurbita maxima]) HSP 1 Score: 1036 bits (2678), Expect = 0.0 Identity = 521/558 (93.37%), Postives = 535/558 (95.88%), Query Frame = 0
BLAST of CsGy6G020445 vs. ExPASy TrEMBL
Match: A0A0A0KG21 (Xylulose kinase OS=Cucumis sativus OX=3659 GN=Csa_6G404190 PE=3 SV=1) HSP 1 Score: 1106 bits (2860), Expect = 0.0 Identity = 557/558 (99.82%), Postives = 557/558 (99.82%), Query Frame = 0
BLAST of CsGy6G020445 vs. ExPASy TrEMBL
Match: A0A5D3BM22 (Xylulose kinase OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold360G00860 PE=3 SV=1) HSP 1 Score: 1073 bits (2776), Expect = 0.0 Identity = 537/558 (96.24%), Postives = 549/558 (98.39%), Query Frame = 0
BLAST of CsGy6G020445 vs. ExPASy TrEMBL
Match: A0A1S3C3E1 (Xylulose kinase OS=Cucumis melo OX=3656 GN=LOC103496409 PE=3 SV=1) HSP 1 Score: 1072 bits (2772), Expect = 0.0 Identity = 536/558 (96.06%), Postives = 548/558 (98.21%), Query Frame = 0
BLAST of CsGy6G020445 vs. ExPASy TrEMBL
Match: A0A6J1KHR8 (Xylulose kinase OS=Cucurbita maxima OX=3661 GN=LOC111493954 PE=3 SV=1) HSP 1 Score: 1036 bits (2678), Expect = 0.0 Identity = 521/558 (93.37%), Postives = 535/558 (95.88%), Query Frame = 0
BLAST of CsGy6G020445 vs. ExPASy TrEMBL
Match: A0A6J1G4Q5 (Xylulose kinase OS=Cucurbita moschata OX=3662 GN=LOC111450762 PE=3 SV=1) HSP 1 Score: 1029 bits (2660), Expect = 0.0 Identity = 517/558 (92.65%), Postives = 534/558 (95.70%), Query Frame = 0
BLAST of CsGy6G020445 vs. TAIR 10
Match: AT5G49650.1 (xylulose kinase-2 ) HSP 1 Score: 854.4 bits (2206), Expect = 5.3e-248 Identity = 421/556 (75.72%), Postives = 478/556 (85.97%), Query Frame = 0
BLAST of CsGy6G020445 vs. TAIR 10
Match: AT5G49650.2 (xylulose kinase-2 ) HSP 1 Score: 652.1 bits (1681), Expect = 4.0e-187 Identity = 317/423 (74.94%), Postives = 364/423 (86.05%), Query Frame = 0
The following BLAST results are available for this feature:
InterPro
Analysis Name: InterPro Annotations of Cucumber (Gy14) v2.1
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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