ClCG11G018080 (gene) Watermelon (Charleston Gray) v2.5
Overview
Sequences
The following sequences are available for this feature:
Legend: exonCDSpolypeptidethree_prime_UTR Hold the cursor over a type above to highlight its positions in the sequence below.ATGTCCATCGTTGTCCCTAGCCTCCGGCAAAGAAACCACAATCCAAGGCCGGTGGAGCTTCTGATTGGATTGGCTTTGGAGTCCACTTCTTTTCGAGGTAAGTCCGATTGGTTTTGTATCGAAGTAGGCACTGATCTGTGACGGGCATTAAGGTTTGCGACAGTTTTTTGTGGATTTGAATTTTGATTTCGATTTGGGGATGGGATGGAGTTTGTTTCTCAGCTTTGGTTTCTTGGATATGTAGGCTTCAACGAGTCACCACTGCAATCGGTTTTTGGGAAGGAACACTGGGTTTAAGAGTTGGGTTCTGTTTATGGAAGGTGGTTTTGTGATGAGTTCGATGTCATGACGATACTGGTTAGCAGATCCAATATATGATTGTTATTCGTGATTTTAGGTTTAAATTTTGGCTTTACGGGAATGGTTTCCTTAGTTCTTGCATTGTATTTGACCTGAAGTTGTCCACGGCCGTATAGAATTCAGCATTGAAAAGGAATTGTAGTTTTGGTGGATTTGAAATTGGGTTTTTTTTCCAGAACCGATACTGGGTTTGTTCAACTTGATTGATTAATTTTTACAATTGGTGGTGGTTGGTGGTGGTAACAGCCAGAGTTGCTGCATCACTTCAGACTTCAGTGTTGGGAAGCAATTCAGTTTTTTGGAAAATTGATTGTTTTCCTGGGAAGTTACGGGAGATGAAAGTCGAAGTTGTGGGGTTGGAGGTATAATGACTGGAGGGTCATTGGGTCTTCGTACGGGAAGCTATGCATCACTGCATCAACAGCTACAAAATGGTGCTTTGCAAAATTCAGGAGCGTCACTGCTTGTGCACAAGCCTTCGAAAACAAATCTTTCAAGTTCAAGAGAGAGGGAGAGAGTTATGCCCTTGTTTTGTCGATACTTTGGTCGGAGAAGGGTTGCGATGCTCCTCTTGTTTATTCTTGCACTTTTGGTTTTTGTATTTGGATCCTTTGCAGTCAGTAGAGGTTTGTTATTTTCTATCTCATTACTGATTTGTGGGGGTATTGCTCAATTATCGGTGGACATTGTTCTGAACTTATTGGCTGATGACTGCAGTGTAGGACCTACTCTCATTAGATGAATCTAAACACTTAATAGTTAAGCATTTATTTCAGTAATTTGTTGTATCTAAATCTCTGCTCTACCTGAAGTGAGGTTCTTTGTGCTATGAGTTTGAGACCTAAACATTGGCTTATTGTTCACCTCTTTGAATTTATACCTCGCATACACGGAGCTTTGCTCATTTGTTGCACAGTGGTTAATTTAATTATTATTAAATTTCTCATGGAATTTTAAATCGTGTGTCATTTGGTTTTTTTTTTTTTTTGTCTTCTGGCAAAGATTGCTTGCAGCAATAACATCGTTTGTTTAGCTGTTTCGTCTGCTGTATCCTTCTGCTTTTGACTTTGTTGCAATAACATCTGCTGTTTTGTGGTTTCCCTCGTTGTGATGATTGACCAGATAGCAGCGATTTAAAGCCACCTTATGAAGAAACTACACTAAGAGATTTGATAAATCCTGCCGTTCCAAGAACAGAAAACTTCAAGGACATTATAACTTCTACACATGGGAATTTGATTGGAAGAACTGAAAATTTATCTCTGCTTCCTCCTTTCCCTCATTCAAATCGTTCTTTAATCTCTAATTTTTTTCCTCGACATTCCCTTTCATCGCCACATCCATGCAAAAACTTTGCGCTACCTCCTCCAGCTCCAGCTAACGGGAAGCGGACTGGAGCACGTCGTAAGTTTTCATTATTATATTTTTTTTCACGTCTACCATGATCTGTGTGAAATTCTGATTCATGTTCTCCTCAATAATTTTTCCAGCCTGTCCAGTATGTTATATCCCTGTGGAGCAGGCTATTGCTAGTATGCCAATATCACCATCAATATCTCCTGTACTACGCAGTTTAACATATATCCATGACGAAAATCCAATAAAATCAGAACCACATGGGGGGTCTGATTTTGGTGGATATCCTTCTTTAAGACAGAGAAATGATTCTTTTAATATAAAAGAGTCGATGACAGTTCACTGTGGGTATGTTTCACTTTCTTACCTGTTTTCATGTACTAATTTAATATGTAATGATGATTACTTTTCCAAAGATTTAAATTTTGATTCTCATCATTCATGTAATCTTAGTTCCTAAATTTTAAATTTGGTTGTTGTTGTAAATGCATACACTCTTGTGTTCTGCTCTCCTGTACTTATTAGATTTGTTAAAGGAAGTAAACCTGGTAATCAGAGTGGTTTCGATATTGATGAAGCCGACCTTCTGGAGTTGGAGGAGTTTCATGAGGTCATTGTTGCATCAGCCATATTTGGTATGGTGGCACATTGCGATAGTTCTTTTACTTTCTTTCTATGGCCGTGGTTCTTTTCGTGACTACTATTTTCATTTTCCTTTTTCCTTTTTGAAGGAAACTACGATGTATTACAGCAGCCTATTAATATTAGTGAAGAATCAAAAAGATTTGTTCCTTTCTACATGTTCATTGATGAAGAAACAGAAGCATATATGAAGAACTCTAGCCTCTTAGATAGCAGAAAGAGGATTGGCTTGTGGAGAATCATTGTAGTTCGTAATGTTCCTTATGCTGATTCAAGACGTAATGGCAAGGTCAGTTAAATGCATTCCCTCTCCCTAATTTGTTCCTTTCCACACTTGTGCCAAAAATTTGAGTCTTCCAAAAGTAACTTGGTTTCAGGAATTCTTCAGGTTGATTTTTTCAACTTGTGAGAAAATCGTTTCTTGTATTGAATCCTTTTTTCTATAAGGTTAGATTAAGTAAATGTTCCATGAAATTATTTGCATGGGCGGAGATGAGGCTTAAACGCAGCAAAGAGTATGTTGTTGATTACTTATATCGAGGCAGGCACTATTTATTTATTTATTTATTTTTACTGCCCCATGAAAAAAACTAAAAAGGTAAAAGAAAATATATATATTTTGATAAAGATGAGTAGAAGTAAAGCTGGAAGGCAGTCATATGAAAACAGAGGCCAAATATAAAGTACTGGATTCACGAAAAAAGAAAGCTCCAAGAAGTAATGATCAACTTCAGAAACAAAGGTAATAACAGAAAAGGCTTGATCATGTGGACCCAAAGAGAATCACTAAAATGATCTAGGATCTAAATACTCAAAATCCTCGTCTTTGCCTCTAACTAAATATTCAAGTGGCCAAAAATCTAGCCTGCCATAGAAGGAGGATGTAAGGTTACATACTCCATCATACCACGACAACTCTGAGAAGGAGCCAGCATCCACTCCAAAAAGGTCGAAGAATCTAACCCAAATCTTAACAGCAAATGCTCATCTCCAAAGCATTACTTTTACTTGCTTGAATGCATGTATTGCTATTGGCATCATTTTTCATAATCTGCCAAATATAACTCTGATAAAATGTATACCATTTTGTAGCTTAGAACTCTTGGGATGCTTTGATCTTGGCCATTTTGTGGATTCCTGGGTTGAGACCGTTGTTAGATTATTAATATGTTGTATGAATGCTGATGATAATTGAAACTCACTTCAGTCCATGTTTAGAAACCTACTACTTTTTCCCCTTTTCTAATGACAACACTATGGTTGTGCACAAGTTACGGAGTGGCATCTGGGGCTTGATATAGGCTTTTTTTGTTCCAACTTTTTGAAGTTCGTTTCTTCTTTCAGCAACAAGAATTCCCTTATTCCCCTTACAGTTTTTATTTGATGCATTGGTGACAATTTTATTATTATTCATTTCTCAGAAGTAGAAGGAGCATAAATCATGATCGCCTATTTTTCTCTATTACTTTATGTCTTGTGTTTCCCACTATGCAATGATAATCAAATTTCAAAGCTAGTGTCCTACTGTTATTTATATCAGGTTTAAATCCTAATTCAGTCTTTGGACTTTTGAGCTTATTTTTTTATTCTTTATACTTTCAAATATCTTAATTTGGTTTTGACACTTTCAATTATTCTGTTCTTTTCCTCTTAAAACCTTTTTCATAATCCATTTGACTTGTATTTGTTAAATTTATGTGTGCATTTAACAAAAGATTTATGCTGCCCATTCCTAAACTCATCGCCAAACTCTATGCGGAGTTTAAAAGTGCATGTAATGCCACTTTTTTTTTATTTTATTTTATTTATTATTATTTTTTTTTTGATACAATACTAAATTTGGAATAAAACGCAACATTTTAATTTATGAGAACCAAAATAGAGTACCTGTGAAAGCTGAGTTTTTGTTAGATGCAATGAAAAATGTAACAATAAAGACAAAATGAATTCTTAGGGAAGAAAGTTCATGGGCAAGACAGAACATTTAAGTTTATATGAGTCAAAATAGAGTAACTGTGGAAGTTGAGAGATCGAAATAATATTAAAAGTTTAAAACCTTATTATTGTTGTTATCATCATCATCATCATTATCATTATCATGCTTTGTAACCATAGAGGTTCTGATGATCCAGAATCAAATTAATTGGCATATTTGGTCATTCTGTCTTGGGACATTGAAATGTGTCCTCTAAAAATCCAAGATATTCATAATCCCCATCCAGACAATGCAAAGTAAATAAGCCCATACCATTGTTGTAGATAGGAAGAGAGCAATTGGGACTTCTATATATCTAGATGTTCATTGGCAACATTCGAGAGAATCCGGAAGATAAAATGATAGACAAGTGAGAGAACCCAATTGATAAAATTATAACTTCCTATTATTTTTTAAGCTTAGTTAATGAGACTGAACTTAGCGCTAAAGTGAACATCATTCCAGAGTCCTGAGAACATTTACTCTGTAGATTTAAATCTTAACCTGATAGTTTCTGCACTGAAGTACTTTACTGCTTAAAAATTAATCAACAGATGTTTGCGTTCCTTTTAAACAAGGTCAATATATTAACAGTTTATACAGATTTTTCTGTACTTGGACCTGTGGTGGAATGTAATGGGTTCATTAGGTTTTACTTGATCTAATTGTGCAGATTCCAAAGCTTCTTCTGCATAGGCTTTTCCCGAACATTCAATACTCTATATGGATAGATGGAAAACTTCAGCTTGTTGTGGATCCATTTCAAATTCTTGAGAGGTACGTCCAATGTTCTATTTTCAGTGGGCTTTCAGACTTCTAAAGCATGAAATTCCAAGTTGCTCATTTTTAAGCTTCCCACTTGCGTCCTATAATAATTTATTTCCTTGATGTCCGATTGTTATTTGGTTTAAATTTTCCATATCATGGCCGTTATTCTGCTAATTCTTTTGCTTTTTGCAATTTTTTGTATCCATCTACATTTATTTTGGATCCTGGTAAAAGGAGAGGTAATTTTGAAGCCCATGGAGTTTGGAGGGTTAGGTATCGGCAACATAAGATTACATAATGAGCCACTGTTAGCAAAATGGTTGTGAAAATCATAAGAGGCTCTTCCTTGTGTGCTGGTTTTCTTCAGGTTGATTTTTGCAACTTGTGAGAAAATCGTTCAAGGACTCTGTCATTGGTAAGAATTGTAAGAGGCTCACCTCATGGAAAAAGAGCTTCGTCTCCAAAGGCGAGAGACTTTCCCTGATTTAGTTAGTTTGCCATTCCTAACTATTTTATGCCCCTAATTAGAGTCCTTAGCTCAGTTGGTAAGGTTCTTGAGAAGTTATGAGGGATTTCTTATGGGTGGGGGTTGAGAAGGGATGGGTTCACATCTTGTTTATTGGGAGGTGGTTTCTAGGCCATTGGGTCTGATGGGCTACGGGTTATGCATGGGTTATGCATTGGTAATGTGAGGGCGAGAAAATATCCTTATTGGCTAAATGGCTCTAGTGATTCTATCATGAAGATGTCATGTAACGTCTCGAGTTTAGGAGGGAAAGGTAAATGAATCAAGATCCCATTCGAATGAGAGTGATCCCAAGATATGAAAGTATGGTTAAGAAAGGCTTAAAAGAATTGAAAATTACTACCTATACTAACAAGGTGCACCTTCCTTTTCGATGGTTCAATCATAAGAACTTCAAAGTTAAATGTGCTTATCGTAGAGCAATCTTATATTTTGTGACCTGAGAATTTTTCTAGGAAGTATGTGATTGAGGACAAAACATGCTAAAAGGACCCATATTGGTTTGTGGGGATGGTCTTCACTTTTAGAAGAATTCTAAACAAGCAAAGATGACATTGCCAGGTCGAAGGGGATGCAAGGGCACGTCGGGGCCATTAGGTGTCGAATCCGTATTCCGAATCATAGTCTGAATCCTGGGCTTGGGGCGTTACATGTCATGAGGTTGTTGTTAGTAAGTATGAGCCTCACTTCTTTGATTGGACCGGTAGTGGGATCAAAGACACTTCCATAAATGCATGGAAAGATATCTCGACTGTTTTTCCCGTGTTTTCCCAGTTTATTCATAATGTGGTGGGGGATGGAATAGATACTGATTTTTGGGAGGATAATTGGTTGGGATTTAAACCCCTTGGCCTTTACTCTTCCTTTGGAACCCTTGCCCTTAAAAAGCTTTTTCTTGTAGCTCTTTCTTCCGGTGCTTATCCAACCCGTCATTAGTAGGGGTTCTATGTTTTCTTCTGTTTGGAAGGTGAAATTTCCAAGAAGGTTAAGTTCTTCATGTGGCAAGTGTTGCAAAGAAAAGTTAACGCCTTGGACTTCGGGTAGAGGGTCTTTAATTGTTGGGCCGGTTTATTCTATTCTCTGTAGGAAGACAGTTGAGGACTTGGAGCATATCATGTGGAGTAGTGATTTTGCTTGTGCTGTCTCGAGCAATTTCTTTTAGGTTTTCGGTTTCAGTTTTGTCAGCCATTGGAGCTGTAGGGAGTTGTTTGAGGAGCTTTTCCTCTACTTGCCTCTTCGTGATAAAGGGTAGTTCTTGTGGCAAATTGAGGTGTGTGTTGTTTTGTAGGGGCTGTGGGGAGAGAGAAACAACAATATCCAGGGGTGTGAGAGCTCCTGTGTTGATGTTTGGATGTTATCGATGTTTACATGTTCAAAGATTGTATTCTCCTCCCTCTGGATGCAGATTAATGTTTAAGGGAGAGTGAGTTTATTGACCATCTCTTCGTTCATCGTGATGTTGCCTATCGGGCTTGGAACATCCTAGTGGTTCTCATGGGAATTTTGTTTTGTATGCCAAGAAAGATTGATGGTTGGATTTTGGAGGGTTGAGTGCTTGGAATTTGAAAACTAAGGTGTGGGTGATTGGTGGTTGCGTCTTCCAGGCTCTCTTGTGGCTTTTGTGGAAGGAAAGGAATGCTCATTCGTTTTAATGTTTTGATTCTTTCTGTAACTCTTTACAAAATACAACATCTTGCTGGATCGCGTTAGACAAAAAATTCTCTTGCAACTATAGTTTGTTGATGATCATTAACGATTGGCAGGCTCTTTTGAAGTAGTTAGTGGGGTCCTCTCGACCCAACCCTTAGGTTGTATTTATCTTTTCGATTGAATTTACTCCTTTTGAGATTTCTTATTAAAAAACGAAGAAAAAAAGAAGAAAAAAACTTCATTGCACTTCGGGCCTTTGTTTCTAAGCTCTTTTGTAACTATTAGCTTGGGTTTATTTCTCGACCAGAGTCCCTTTTTGTAATTGGGCTCTTTCTGTGGGCTTTTCTTTTTTGTATTCTTTGGTTTCTTCAATGAAAGCCATGTTGTAAAATAAGTTGGCACAACTTTAATTTATTTCTCCAATTGTCTTCTTGACTCATGTGATTTAACGAGACAAATAAATGAGATTGTGAGCTTTGTTTGGCTACTGTTGGACGCATTTCGTTCAGTTCCATTAAAGAGCATCTAAAGATTTGCTGTGGATCTTATTTATTTTCATGTTTAGTGAATGACCAATAAAATCGAACAATTAGGACCATAATAACAAATGGCCCAGTGTTGTCTTTAGTGGGAAGCTTTGAAAATGCCTGGATGGATCTGCAAGGCTCATCATTTACAGAAGAATATTTTTACGTCCTCTTACATCATATGATAATCGACACAATAATGGGTTTTTAATATTGCTCTTATACATGGTGTTTTCCTGTGGATTGTTTCTGAATATTTTCTGGTTTGATTCTCGTTTGTTGGTTTTATGCTTGGGTGCTAATTTAAGCTTTATCGCTCTAACGTATTTTTAACATTGATGTATTATTATGTTAATTGTCCTGACAAGGTTCTTGTGGCGTCAAAATGCAACATTTGCAATTTCAAGACACTATAAACGATTTGACGTCTTTGAAGAGGCTGATGCTAATAAAGCTGCAGGAAAATATGACAATTCCTCCATTGATGAACAGATTGATTTTTATGTTAGCGAGGGTTTAACACCATATTCTTTGGCTAAGCTTCCTATAACTAGTGGTATGAAGTGATTCATTATTAGCACCAGTTCTCTTTTCCCACACCTGCTTTTTATGTATGCAACCTATATAGGTTTTTCACATTTTTTGGCTCTGCATTGGACTTCCTGCAGATGTTCCTGAAGGATGCGTTCTAATTCGAGAACATGTTCCTATAACAAATTTATTCACTTGCCTTTGGTTCAATGAAGTTGATCGTTTTACTTCAAGAGACCAGTTAAGCTTCTCGATGGTGAGAGATAAGATAATGTCTAAAGTCAATTGGAGCATTAACATGTTCTTGGACTGTGAAAGGCGCAATTTTGTTATACAGGTCTTGAACTCCTTTCTTCTTGTTAGAAAAACAAGCATGCATGCAGCTAAAAAACATCCTAATTATAACCAAGTTTTAACAGAGCATGGTTTGATTCAGTCTACTGGAACATATCTATGAACATGTCTTTCAGATTTTTGCAATATTGAGTTCTACAACTTTTTCTTCTTCAATGTTGTTCCAAACCTTTTGTTCTTTGAGATTTGAGAAAAAATGATTCTTGACATTCTGCTCTTTCCTCTTTCACATTTATAGACGTATCATAGAGAACTACTGGAACACATGCCACCTCCTGCCAGAGCAGTCATCCGTCGTCCTCCACCGGTGCCCGATGGTCATACTGTTCCTAAGCCTCCAGTTCATGTTGTTCAGAAGGCTCCACCAGTGAAGAGAAATCCTTCCAAGCGAGGAAGAAGCGATAAGAGGTCCACCTCAAAGCGGCATCGTAAAGTTATTGCTGGACATAGAGAGGATAATTCGTTCTAATTCGATTCACATAAAAAAAGAAAGTGTTTTTCTTTTCATTTTCCCTTGACATTCTCATTCTCATTCTCATTCCCTCAAATTTTACATCTCAATACAGGGAGATCTGGTTTAGATGTAGAGCATTGTTTGATGGGACAAATTGATTCCAATTTTGTACTGGAAATTGTTGATATATATATATATATTGGTTTCTGTTGTAGATATGAAAGTTTCTTCCCGACTGCATAAAGCTTAACCTAATTCCAGGCCACATATCCATTGATATGCCAAATCTTTCTTGCTACTGACCATGGAAGCCCTGAATGCTTGGTTTTCTTGCAGAATTCAATTCTGTACACATTATGGAACTTTATTGTTGTAATATGTTTGTATTGACACTTTCTTGTGTTGGTTTTGGACTTCCAGATTTTGCAAAACATCTCTGGCTTTTGATAAGGGCTGGGCATTCGCTGGATTTGGGAAGATCTCTTCAAAGCCATATTCAGGCAAGATAAATTTTTATTACAATTTTCCTCTCTATCCATACAGAGTATGTTATTTTGAATCTTTTTTTTCCTTTGCCACTTGTTAATATTTAGTAGAGCCTGAGAAGAAAAATACTTTGATGTTGCTGCTAGTCTCATAATGGATAAGATCAAAATATTATTTAAATTTGTTGTTTTCTTTCATTTGACAGCTACATATTCAAGAGGTGTTTGAGGAAGGGATGGAGGTTTTTAACTCATCCAACTCTTTGTTTGGATTAAAATAATACCTTTTGAGGGAAATTCATCATGAAGTATTACAGTTTTATTTATTTCTTTTATGTCAAATTTAAACAATTATTTGAAAATAACCAAATTAAAACATATGGTTGAAAACTA ATGTCCATCGTTGTCCCTAGCCTCCGGCAAAGAAACCACAATCCAAGGCCGGTGGAGCTTCTGATTGGATTGGCTTTGGAGTCCACTTCTTTTCGAGGTAAGTCCGATTGGTTTTGTATCGAAGCTTCAACGAGTCACCACTGCAATCGGTTTTTGGGAAGGAACACTGGGTTTAAGAGTTGGGTTCTGTTTATGGAAGTTACGGGAGATGAAAGTCGAAGTTGTGGGGTTGGAGGTATAATGACTGGAGGGTCATTGGGTCTTCGTACGGGAAGCTATGCATCACTGCATCAACAGCTACAAAATGGTGCTTTGCAAAATTCAGGAGCGTCACTGCTTGTGCACAAGCCTTCGAAAACAAATCTTTCAAGTTCAAGAGAGAGGGAGAGAGTTATGCCCTTGTTTTGTCGATACTTTGGTCGGAGAAGGGTTGCGATGCTCCTCTTGTTTATTCTTGCACTTTTGGTTTTTGTATTTGGATCCTTTGCAGTCAGTAGAGATAGCAGCGATTTAAAGCCACCTTATGAAGAAACTACACTAAGAGATTTGATAAATCCTGCCGTTCCAAGAACAGAAAACTTCAAGGACATTATAACTTCTACACATGGGAATTTGATTGGAAGAACTGAAAATTTATCTCTGCTTCCTCCTTTCCCTCATTCAAATCGTTCTTTAATCTCTAATTTTTTTCCTCGACATTCCCTTTCATCGCCACATCCATGCAAAAACTTTGCGCTACCTCCTCCAGCTCCAGCTAACGGGAAGCGGACTGGAGCACGTCCCTGTCCAGTATGTTATATCCCTGTGGAGCAGGCTATTGCTAGTATGCCAATATCACCATCAATATCTCCTGTACTACGCAGTTTAACATATATCCATGACGAAAATCCAATAAAATCAGAACCACATGGGGGGTCTGATTTTGGTGGATATCCTTCTTTAAGACAGAGAAATGATTCTTTTAATATAAAAGAGTCGATGACAGTTCACTGTGGATTTGTTAAAGGAAGTAAACCTGGTAATCAGAGTGGTTTCGATATTGATGAAGCCGACCTTCTGGAGTTGGAGGAGTTTCATGAGGTCATTGTTGCATCAGCCATATTTGGAAACTACGATGTATTACAGCAGCCTATTAATATTAGTGAAGAATCAAAAAGATTTGTTCCTTTCTACATGTTCATTGATGAAGAAACAGAAGCATATATGAAGAACTCTAGCCTCTTAGATAGCAGAAAGAGGATTGGCTTGTGGAGAATCATTGTAGTTCGTAATGTTCCTTATGCTGATTCAAGACGTAATGGCAAGATTCCAAAGCTTCTTCTGCATAGGCTTTTCCCGAACATTCAATACTCTATATGGATAGATGGAAAACTTCAGCTTGTTGTGGATCCATTTCAAATTCTTGAGAGGTTCTTGTGGCGTCAAAATGCAACATTTGCAATTTCAAGACACTATAAACGATTTGACGTCTTTGAAGAGGCTGATGCTAATAAAGCTGCAGGAAAATATGACAATTCCTCCATTGATGAACAGATTGATTTTTATGTTAGCGAGGGTTTAACACCATATTCTTTGGCTAAGCTTCCTATAACTAGTGATGTTCCTGAAGGATGCGTTCTAATTCGAGAACATGTTCCTATAACAAATTTATTCACTTGCCTTTGGTTCAATGAAGTTGATCGTTTTACTTCAAGAGACCAGTTAAGCTTCTCGATGGTGAGAGATAAGATAATGTCTAAAGTCAATTGGAGCATTAACATGTTCTTGGACTGTGAAAGGCGCAATTTTGTTATACAGACGTATCATAGAGAACTACTGGAACACATGCCACCTCCTGCCAGAGCAGTCATCCGTCGTCCTCCACCGGTGCCCGATGGTCATACTGTTCCTAAGCCTCCAGTTCATGTTGTTCAGAAGGCTCCACCAGTGAAGAGAAATCCTTCCAAGCGAGGAAGAAGCGATAAGAGGTCCACCTCAAAGCGGCATCGTAAAGTTATTGCTGGACATAGAGAGGATAATTCGTTCTAATTCGATTCACATAAAAAAAGAAAGTGTTTTTCTTTTCATTTTCCCTTGACATTCTCATTCTCATTCTCATTCCCTCAAATTTTACATCTCAATACAGGGAGATCTGGTTTAGATGTAGAGCATTGTTTGATGGGACAAATTGATTCCAATTTTGTACTGGAAATTGTTGATATATATATATATATTGGTTTCTGTTGTAGATATGAAAGTTTCTTCCCGACTGCATAAAGCTTAACCTAATTCCAGGCCACATATCCATTGATATGCCAAATCTTTCTTGCTACTGACCATGGAAGCCCTGAATGCTTGGTTTTCTTGCAGAATTCAATTCTGTACACATTATGGAACTTTATTGTTGTAATATGTTTGTATTGACACTTTCTTGTGTTGGTTTTGGACTTCCAGATTTTGCAAAACATCTCTGGCTTTTGATAAGGGCTGGGCATTCGCTGGATTTGGGAAGATCTCTTCAAAGCCATATTCAGCTACATATTCAAGAGGTGTTTGAGGAAGGGATGGAGGTTTTTAACTCATCCAACTCTTTGTTTGGATTAAAATAATACCTTTTGAGGGAAATTCATCATGAAGTATTACAGTTTTATTTATTTCTTTTATGTCAAATTTAAACAATTATTTGAAAATAACCAAATTAAAACATATGGTTGAAAACTA ATGTCCATCGTTGTCCCTAGCCTCCGGCAAAGAAACCACAATCCAAGGCCGGTGGAGCTTCTGATTGGATTGGCTTTGGAGTCCACTTCTTTTCGAGGTAAGTCCGATTGGTTTTGTATCGAAGCTTCAACGAGTCACCACTGCAATCGGTTTTTGGGAAGGAACACTGGGTTTAAGAGTTGGGTTCTGTTTATGGAAGTTACGGGAGATGAAAGTCGAAGTTGTGGGGTTGGAGGTATAATGACTGGAGGGTCATTGGGTCTTCGTACGGGAAGCTATGCATCACTGCATCAACAGCTACAAAATGGTGCTTTGCAAAATTCAGGAGCGTCACTGCTTGTGCACAAGCCTTCGAAAACAAATCTTTCAAGTTCAAGAGAGAGGGAGAGAGTTATGCCCTTGTTTTGTCGATACTTTGGTCGGAGAAGGGTTGCGATGCTCCTCTTGTTTATTCTTGCACTTTTGGTTTTTGTATTTGGATCCTTTGCAGTCAGTAGAGATAGCAGCGATTTAAAGCCACCTTATGAAGAAACTACACTAAGAGATTTGATAAATCCTGCCGTTCCAAGAACAGAAAACTTCAAGGACATTATAACTTCTACACATGGGAATTTGATTGGAAGAACTGAAAATTTATCTCTGCTTCCTCCTTTCCCTCATTCAAATCGTTCTTTAATCTCTAATTTTTTTCCTCGACATTCCCTTTCATCGCCACATCCATGCAAAAACTTTGCGCTACCTCCTCCAGCTCCAGCTAACGGGAAGCGGACTGGAGCACGTCCCTGTCCAGTATGTTATATCCCTGTGGAGCAGGCTATTGCTAGTATGCCAATATCACCATCAATATCTCCTGTACTACGCAGTTTAACATATATCCATGACGAAAATCCAATAAAATCAGAACCACATGGGGGGTCTGATTTTGGTGGATATCCTTCTTTAAGACAGAGAAATGATTCTTTTAATATAAAAGAGTCGATGACAGTTCACTGTGGATTTGTTAAAGGAAGTAAACCTGGTAATCAGAGTGGTTTCGATATTGATGAAGCCGACCTTCTGGAGTTGGAGGAGTTTCATGAGGTCATTGTTGCATCAGCCATATTTGGAAACTACGATGTATTACAGCAGCCTATTAATATTAGTGAAGAATCAAAAAGATTTGTTCCTTTCTACATGTTCATTGATGAAGAAACAGAAGCATATATGAAGAACTCTAGCCTCTTAGATAGCAGAAAGAGGATTGGCTTGTGGAGAATCATTGTAGTTCGTAATGTTCCTTATGCTGATTCAAGACGTAATGGCAAGATTCCAAAGCTTCTTCTGCATAGGCTTTTCCCGAACATTCAATACTCTATATGGATAGATGGAAAACTTCAGCTTGTTGTGGATCCATTTCAAATTCTTGAGAGGTTCTTGTGGCGTCAAAATGCAACATTTGCAATTTCAAGACACTATAAACGATTTGACGTCTTTGAAGAGGCTGATGCTAATAAAGCTGCAGGAAAATATGACAATTCCTCCATTGATGAACAGATTGATTTTTATGTTAGCGAGGGTTTAACACCATATTCTTTGGCTAAGCTTCCTATAACTAGTGATGTTCCTGAAGGATGCGTTCTAATTCGAGAACATGTTCCTATAACAAATTTATTCACTTGCCTTTGGTTCAATGAAGTTGATCGTTTTACTTCAAGAGACCAGTTAAGCTTCTCGATGGTGAGAGATAAGATAATGTCTAAAGTCAATTGGAGCATTAACATGTTCTTGGACTGTGAAAGGCGCAATTTTGTTATACAGACGTATCATAGAGAACTACTGGAACACATGCCACCTCCTGCCAGAGCAGTCATCCGTCGTCCTCCACCGGTGCCCGATGGTCATACTGTTCCTAAGCCTCCAGTTCATGTTGTTCAGAAGGCTCCACCAGTGAAGAGAAATCCTTCCAAGCGAGGAAGAAGCGATAAGAGGTCCACCTCAAAGCGGCATCGTAAAGTTATTGCTGGACATAGAGAGGATAATTCGTTCTAA MSIVVPSLRQRNHNPRPVELLIGLALESTSFRGKSDWFCIEASTSHHCNRFLGRNTGFKSWVLFMEVTGDESRSCGVGGIMTGGSLGLRTGSYASLHQQLQNGALQNSGASLLVHKPSKTNLSSSRERERVMPLFCRYFGRRRVAMLLLFILALLVFVFGSFAVSRDSSDLKPPYEETTLRDLINPAVPRTENFKDIITSTHGNLIGRTENLSLLPPFPHSNRSLISNFFPRHSLSSPHPCKNFALPPPAPANGKRTGARPCPVCYIPVEQAIASMPISPSISPVLRSLTYIHDENPIKSEPHGGSDFGGYPSLRQRNDSFNIKESMTVHCGFVKGSKPGNQSGFDIDEADLLELEEFHEVIVASAIFGNYDVLQQPINISEESKRFVPFYMFIDEETEAYMKNSSLLDSRKRIGLWRIIVVRNVPYADSRRNGKIPKLLLHRLFPNIQYSIWIDGKLQLVVDPFQILERFLWRQNATFAISRHYKRFDVFEEADANKAAGKYDNSSIDEQIDFYVSEGLTPYSLAKLPITSDVPEGCVLIREHVPITNLFTCLWFNEVDRFTSRDQLSFSMVRDKIMSKVNWSINMFLDCERRNFVIQTYHRELLEHMPPPARAVIRRPPPVPDGHTVPKPPVHVVQKAPPVKRNPSKRGRSDKRSTSKRHRKVIAGHREDNSF Homology
BLAST of ClCG11G018080 vs. NCBI nr
Match: KAA0064330.1 (Inner membrane protein oxaA [Cucumis melo var. makuwa] >TYK20256.1 Inner membrane protein oxaA [Cucumis melo var. makuwa]) HSP 1 Score: 1126.7 bits (2913), Expect = 0.0e+00 Identity = 563/607 (92.75%), Postives = 579/607 (95.39%), Query Frame = 0
BLAST of ClCG11G018080 vs. NCBI nr
Match: XP_038897638.1 (uncharacterized protein LOC120085624 isoform X2 [Benincasa hispida] >XP_038897639.1 uncharacterized protein LOC120085624 isoform X2 [Benincasa hispida] >XP_038897640.1 uncharacterized protein LOC120085624 isoform X2 [Benincasa hispida]) HSP 1 Score: 1122.1 bits (2901), Expect = 0.0e+00 Identity = 557/595 (93.61%), Postives = 573/595 (96.30%), Query Frame = 0
BLAST of ClCG11G018080 vs. NCBI nr
Match: XP_008452456.1 (PREDICTED: uncharacterized protein LOC103493486 [Cucumis melo] >XP_008452457.1 PREDICTED: uncharacterized protein LOC103493486 [Cucumis melo] >XP_008452458.1 PREDICTED: uncharacterized protein LOC103493486 [Cucumis melo] >XP_008452460.1 PREDICTED: uncharacterized protein LOC103493486 [Cucumis melo]) HSP 1 Score: 1102.0 bits (2849), Expect = 0.0e+00 Identity = 551/595 (92.61%), Postives = 567/595 (95.29%), Query Frame = 0
BLAST of ClCG11G018080 vs. NCBI nr
Match: XP_038897641.1 (uncharacterized protein LOC120085624 isoform X3 [Benincasa hispida]) HSP 1 Score: 1087.8 bits (2812), Expect = 0.0e+00 Identity = 542/588 (92.18%), Postives = 558/588 (94.90%), Query Frame = 0
BLAST of ClCG11G018080 vs. NCBI nr
Match: XP_038897636.1 (uncharacterized protein LOC120085624 isoform X1 [Benincasa hispida] >XP_038897637.1 uncharacterized protein LOC120085624 isoform X1 [Benincasa hispida]) HSP 1 Score: 1087.4 bits (2811), Expect = 0.0e+00 Identity = 539/576 (93.58%), Postives = 554/576 (96.18%), Query Frame = 0
BLAST of ClCG11G018080 vs. ExPASy Swiss-Prot
Match: Q9FZ97 (Probable hexosyltransferase MUCI70 OS=Arabidopsis thaliana OX=3702 GN=MUCI70 PE=1 SV=1) HSP 1 Score: 597.4 bits (1539), Expect = 2.0e-169 Identity = 317/592 (53.55%), Postives = 414/592 (69.93%), Query Frame = 0
BLAST of ClCG11G018080 vs. ExPASy TrEMBL
Match: A0A5A7VAS7 (Inner membrane protein oxaA OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold134G003960 PE=4 SV=1) HSP 1 Score: 1126.7 bits (2913), Expect = 0.0e+00 Identity = 563/607 (92.75%), Postives = 579/607 (95.39%), Query Frame = 0
BLAST of ClCG11G018080 vs. ExPASy TrEMBL
Match: A0A1S3BTU6 (uncharacterized protein LOC103493486 OS=Cucumis melo OX=3656 GN=LOC103493486 PE=4 SV=1) HSP 1 Score: 1102.0 bits (2849), Expect = 0.0e+00 Identity = 551/595 (92.61%), Postives = 567/595 (95.29%), Query Frame = 0
BLAST of ClCG11G018080 vs. ExPASy TrEMBL
Match: A0A0A0L266 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_4G637690 PE=4 SV=1) HSP 1 Score: 1080.1 bits (2792), Expect = 0.0e+00 Identity = 543/594 (91.41%), Postives = 561/594 (94.44%), Query Frame = 0
BLAST of ClCG11G018080 vs. ExPASy TrEMBL
Match: A0A6J1CFM4 (uncharacterized protein LOC111010380 OS=Momordica charantia OX=3673 GN=LOC111010380 PE=4 SV=1) HSP 1 Score: 1071.6 bits (2770), Expect = 1.3e-309 Identity = 535/596 (89.77%), Postives = 558/596 (93.62%), Query Frame = 0
BLAST of ClCG11G018080 vs. ExPASy TrEMBL
Match: A0A6J1FE28 (uncharacterized protein LOC111443138 OS=Cucurbita moschata OX=3662 GN=LOC111443138 PE=4 SV=1) HSP 1 Score: 1050.4 bits (2715), Expect = 3.1e-303 Identity = 527/599 (87.98%), Postives = 556/599 (92.82%), Query Frame = 0
BLAST of ClCG11G018080 vs. TAIR 10
Match: AT1G53040.1 (Protein of unknown function (DUF616) ) HSP 1 Score: 610.9 bits (1574), Expect = 1.2e-174 Identity = 320/557 (57.45%), Postives = 403/557 (72.35%), Query Frame = 0
BLAST of ClCG11G018080 vs. TAIR 10
Match: AT1G53040.2 (Protein of unknown function (DUF616) ) HSP 1 Score: 610.9 bits (1574), Expect = 1.2e-174 Identity = 320/557 (57.45%), Postives = 403/557 (72.35%), Query Frame = 0
BLAST of ClCG11G018080 vs. TAIR 10
Match: AT1G28240.1 (Protein of unknown function (DUF616) ) HSP 1 Score: 597.4 bits (1539), Expect = 1.4e-170 Identity = 317/592 (53.55%), Postives = 414/592 (69.93%), Query Frame = 0
BLAST of ClCG11G018080 vs. TAIR 10
Match: AT4G09630.1 (Protein of unknown function (DUF616) ) HSP 1 Score: 274.2 bits (700), Expect = 2.7e-73 Identity = 148/326 (45.40%), Postives = 209/326 (64.11%), Query Frame = 0
BLAST of ClCG11G018080 vs. TAIR 10
Match: AT1G34550.1 (Protein of unknown function (DUF616) ) HSP 1 Score: 273.9 bits (699), Expect = 3.5e-73 Identity = 155/360 (43.06%), Postives = 221/360 (61.39%), Query Frame = 0
The following BLAST results are available for this feature:
InterPro
Analysis Name: InterPro Annotations of Watermelon (Charleston Gray) v2.5
Date Performed: 2022-01-31
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.
|