CmUC07G135460 (gene) Watermelon (USVL531) v1
Overview
Sequences
The following sequences are available for this feature:
Legend: exonfive_prime_UTRpolypeptideCDSthree_prime_UTR Hold the cursor over a type above to highlight its positions in the sequence below.AAACCCTCGCGTGTGGTCTTTGTTTCATCCTTCTCCCATGGCGACTCAGCTCCTCTCTCGCTCTCTCCCTAAAACCCTAATTTTGGCTTCTAAGTTCTCTCGTTCCTTTCTCACTGCCACCGGAGCCGCCTCTTCTCACTCCTCTTTCTCCCTTCTGCGCCGCCTCCGTCCCCTCGCTGCTATACTCGCCGCTGATTTCCGCTGTCTCTCTGCGTCTCCGAGCGTGAGGGAGTTCGCTACCCGTGCCACTTCTTCGTCTCTCAATGATCCGAATCCTAACTGGTCTAATCGCCCACCCAAGGAGACCATATTGCTTGATGGGTGTGATTTTGAACACTGGCTCGTTGTCATGGAGAAGCCAGATGAGCAACTCACGAGGGATGAGATTATCGACAGCTATATCAAAACCCTTGCCATGGTTGTCGGAAGGTGAACTCTCGTTTTCCTATTCAATCTCTCTCTTTTTTTTTTACCCCAACGTTGACCTACCTTGACGATTGGATTTAATCGTGTCTCATTTGGTGTTCTAATGATTATAGTTCGATATTTAGAACAGAATGGTGAGTTCTTTCATTTTCAATGACTGCGGAAGAAAAATATGCAGAGAAGAAACTGGGGTTGAGTTTGTCTTATCTACAGAAACATTTCCACATGTGGTTTTTCTTCAAATGTTTGAGATATTTCTCACGCGATAAAATATATTGAAGTATATTTCTTGTTTCAAAGTAAATTTACCAATTCTTAAAAAGGTTCATTATCAGTATCGATTTTTTATACATATGCTCTGAATTTTAAATGAGAGATGGAACATGAGAATTCTAAATGGAATTCCGGGACACCACAGGTACTATTTTCTCTATCCGTTCCTTCACTGAAGGATAATTTTGCAGTATATCGATGCCTATGTAATAAATGGTATATGTGAAGTCATATTCGGGTCTTTGATCTTTACTTCATTTTCCTATTTGTTTTCTTATTGTTACAGTGAGGAAGAAGCTAGGATGAAGATATACTCTGTTTCAACCAGATGCTACTTTGCATTTGGGTGCCTTGTTTCTGAAGAGCTTTCTTACAAAATCAAAGGTTCACTTTTATGTCTTGTTTTCTTTTGTTTCGTTGTGTTGGCTATATTTTTTTTTTTCCTTTTATATTGAATATATGAAGTTGTACATTTTCCTCCTCAGAGCTGCCTAAGGTTCGTTGGGTCCTTCCTGATTCATACTTGGATGTTAAGAATAAAGATTATGGAGGTAATTCCTGATCTCTTTAAGTATGCAAATGAACATTTTACCTCTTTCAGTGTCTAATTTTACTGATTTCATCGCATCCTCACCCTTTAGTTCTATAGAGGTCAATAGTTCTAATTGAATATTCCTGGTGTAGCGGCAGAAATGAGTCTATATCAAAAACCATTTTGTATTAAAATGTTAACTAGACTGGTTTTATCCCCCTTCTTTTTATTTTTTTTATTACATTTTCATAACATCACATGAAGTTGTACATGATACATCTTTCCGAGAAAAGAAGTTAAAATATGCCATTCTAAGTTAGTAGCTTTTCTCTTTACAAAACTAAAGACTATACAGGGGGGTAGAATTTTAGATACTTGCTTGAAAAGTTGAAGCTTTTGTATGATGCTTTAGGATCCTGACTCATTCAGGTCTCAGTCTTAAGATGTTAGAAAGCTAAAAAAATGTGTATGCGATTGTAATACACCTCTGAGCAGACTGTCACTGTCAGTAAAGGGGGGCATTTGAAGGAAAGCTCTAATCTTTATTCCTTGGAAAGCTTGTATTCCTTGGAAGCAATTAGGGGTCAATTGTAAAGCCAGTATCTTTTTGTTGTAGTGTCTCCATACCTGTTGAAGAACTCATTAAATGGTGTTGTGTTGGTCCACCTAAGGCTACAACTATATTTTGCCCTTTAGTATGGAGTTGTACAGAACTGTTTTCTGATTTCTTTTGTGTACGTCCCTTGGCAGGGGAGCCTTTTATTAACGGACAAGCTGTCCCTTATGACCCGAAGTACCATGAGGAATGGATTAGAAACAATACTAAAGCACAGGAGAGGAATAGGCGGAATGATAGGCCTCGCAATTTCGATAGGTCAAGAAACTTTGAGAGGAGGAGGGAAAACATGCAAAATAGAGAATTTCCAAATGCTTCAGCAAATCGACCTACTGGACCAGACATGAATGCACCAGCTCCGAGTAGTATGCCTCCCAACAACTTTAGTCACAACATGCCTCCTCACAACCACGCTGGAATGCCCCAAGGCAACTATCCGGGAGGACCACCACCACCACCACCAAACAATTTTAACAGACCGCCGCCACCAAACAACTATAACGGACCACCACCGCCTCCACCGAACAACTTTAACGGACCACCACTGCCGCCACCAAACAACTTTAATGGACCACCACCACCACCGCCGAACAACTTTAATGGACCACCACCACTACGCAACTATGCACCACCACCACCAAACCCTGGGGGAGCACCACCACACAACTATGGAGGGTCACAGCCAAACAACTATTGGGGAGCACCACAGCCAAACAACTATGGTGGGCCTTCAAACTCCAGCAGGCTGCCTGCACAGAACTATGGAGGGGTGCAACCAAATGCTGGTGGATGGTCTAGTAATGTGCATAACAATCAACAAGAATAGTCCTCAACTGGTCAGGGAACTCTCAAACTTGCACAATTCATTAGTTGTTCGGGTTTACTCGCTGCTTGGTTCGAACATCAAATCCTACTGGTCACTAGTCACTGAGTATTTGTTCTGGTGCACAAACGACAGTTTAGTTTTGCTTTCTGAGTAGGCATACTCTTAAAACCTGTTAGATGTACTAAATGCAAGTACAGTTTTAAAAAAAGCATGGATGATGTAATATTCATAATGTTATATTTGTTATGAAGTGGTCGATGATATTGTCACTTTTGGCCATATCTTTTCTCAAGCTTGCAACAACATTCCTCGATGATTGCATTTAATCTTGTCTCATTTGGTGTTCTAGTAATTATAGTTTGATATTTAGAACAGAATGATGAGTTCTTTCATTTTCAATGGCTGCTGGAAAAAAATATGCAGAGAAGAAACTAGGGTTGGGTTTGTGTTATCTACAGAAACTAGGGATTTTTCTTAGTTTCTCTTCAATGTTTCAGATATTTCTCACGCGATAAAATATATTGAAGTATATTTCTTGTTTCAGAGTAAATGGCCTATGAGGTTGTGAGGTGATTAGTGGTGGAACTTTTCGACCCTAATGATGTCTATTGTCAATTCTTAAAAAGTTTCATTATCAGTATCGATTCTTTATGCATATGAGATGGAATTTGAGAATTCTAAATGGAATTCCGGGTCACCACAGATACTATTTTCTCTATCCGCTCCTTCACTACAGGATAATTTCTCAGTATATCGGTGTCTATGTGATAAATGGTACTTGTAGTCAATTGGGTCTTTGATTTTTACTGCATTTTCCTATTTGGTTTCTTATTGTTACAGTGAGGAAGAAGGTAGGATGAAGATATACTCTGTTTCAACCAGATGCTGCTTTGCATTTGGGTGCCTTGTTTCCGAAGAACTTTCTTACAAAATCAAAGGTACACTTTAATGTCTTGTTTTCTTTTGTTTCGTTGTGTTGGCTATTTTTTTTCTTTGTATCGATTATATGGAGTTCTACATTTTCCTCCTCAGAACTGCCTAAGATTCGTTGGGTCCTTCCTGATCTCTTTAAGTATGCATATTAACATTCTACCTCTTTCAGTGTCTAATTTTTCTATTTTCATCGCATCCTCACCCTTTAGTTCTAAATAGAGGTCAATAGTTCTAATTGAATATTCCTGGTCTGGAGGCAGAAACGAGTCTATGTTAAAAACCATTTTGTATGCTAAAATGTTAGCTAGACTGGTTTTATCTCTCTCCCTTCTTTCCTTTTATTATTTTTTATTTTTTATTTTTTATTTTTTATTTTTCTGAAGAAGGTTTTATTTCAATTTAAAGCTGCTAGAAGTTAACATTTTCATAATATCATATGAAATTGTACATGATACATTTTGCTCAGAAAAGAAGTTAAAATATGCCATTGTGAGTTAGTAGATTTTCTCTTTACAAAAATAAAGACTAGAGGGGGATAGAATGTTATAGATACTTGAACAGTTGAAGCTCTTGTATGATGGTTTAGAATCCCGACTCATTCAGGTCTCATTCTTGAGATGTCAGAAGGTTAAAAGAATGTGTCTGAGATTGTAATGCACTTTTGAGCTGTCAGTGAAGGGGCATTTCAAGGAGAGCTCTAATATTTTAAGTTTCTTGTCATTACACCAGTCAAACAAAATTGGGAAAGTTCGTATCTTCTTGCAAACAATCAGGGGGTCAACTGTAAAGCTAGTATCTTTTTTGTTGTAGTGTCTCCCTTACCTGTTGGAGAACTCATTAAATGGTGTTGTGTTGGTACACCTAAGGCTGCATGCCTTTTAGTATGGAGTTGTATAGAACTGTTATCTGATTTTCTGTCTACGTTTTTCCTTTTGGCAGGGGAGCCTTTTATAAATGGACAAGTTGTTTCGTTATGACCCAAAGTACCACTAGGAATGGATTTGAAACAATATGAGAGCAAATGAGAGGGATAGGTGCAATGAAATTTCGATAGGTCAAGAAACTTTGAGAGGAGGGTAAACATGGAAAATAGAGAAATTTCCTAATGCTTCAGCCAACCAACCTAATGGACCAAAAATGAATGCACCAGCTTCAAGTATGCCTTCCAACAACTTTAGTAAGGTAACTATTTGGGAGGACCATCATCGTCGAACAATTTTAATAGACCACCGCCTTCGCCATCGAACAACTTTAACGGACTTCCGCCACCGCCATCACTGAACTTTAACGGACTACCACCACCACCACCACCACCACCAAACCCCCGAGGAGCACCACCACACAACTATTGGGGAGCACCACAGCCAAACAACTATGGTGGACCTTCAAACGTCGGTGGGCTGCTTGCACAAAACAACTACAAAGGGGTGTAGCCTAATGCTGGTGCAAGGATTATCGACATTTCAATTTTACGGATATATTGATTGATATATCAACAAAGTATCGATATCGATGGATATTTTCTTAAATTACAAATTTTATAAAATTTATTTAGGTTAGTAATTAAGTTGTGTTTATTCTTAAACTAAGTTATGAATGTTGTTATTAGTATTCATGTTCATATTAGACTAAATGGATGACATTTTTAATGTTTTACAAGTATCAAAGAAAGATGTTGGAAATATCCATGGATATTTATACGATACCAAACCTTTCGATTTATAAATATATTGATCAATGTATTGATGAATAATTTCATCCTTGTTGGTGGATGGTCTAGTAGTGTGCATAAAAATCAACGAGAAGTGTCTTCAAACTTGCACAATTCATTAGCTGTTTGGATTTTACTCGCCACTTGGTAATTGTTGCAACTAATTTGTAAGCATGAAGCCATCAACAGCCATTCCAACAGAGATATTTTCCAGAGAGGTATTTTGTATATTTGCAGATACAGAATAAAAGGTTTCAACTTCTACTCAGTTGTCACTACTTTTCTTTAAGTATTCTATCACTCTTGAGCTTTAACCTTCTTGCTTGTGTAGAACAGAACAAACTTCTAAATGTTCCAAGAATAGCCTAGTATAGGCTATTGTTTTACTAAAAAAAATTTGGTCTAATGGGCTATTATTTCTCCATTTTTTTTTATAATAATAATAGTAATAATAATATCAAAAGATGTCTATCAGGTAAGTTCTTCACTGTTTTGAACTTAAAAAAAATGGACTTCTTTCCAAAACTTACACAAATAAGATTTTTTTAAAAAAAAATTCGATAATTGTTACCCTAAAAAATGATAGTAAGAATCGGAAAGAAGTTTTAAAGGAGAAAACAAGAATATCAACGCAATATATTTTATATGTATTTGAACCTTCTAGAGATAAATTAGGGTATACATGATAAGTACATGAACAATTTTGCACAATATAGCATCTTATATTAAGAACAATACATGCGATGTATATTTACATTCTTCAGTATACTTGTAAATACACCAACATATAAATCATGGTAATGCGATGCATATTTACATTTTTATAGTATATTATCTGTATATTTGAAATGTATTTGAGATCTCAATGAATAGGTTATTGCCTTTCAACTATGAATATAAAAGAAAATGAACATCTCCTAAAATGAAAGAAACATTAATTTGAAATATCATGTATTATATGAATATCAACAAAAATTAATAAATAATAAAAAAAACAAAGTAAAAATTGGAAAATAATGTTGATAAAAGAATAATTAAAAATTTTGTAATAATAGTGAAATGTTAAATGGGTCTAAATTAAAGCTAAAAGATCGAAATAATTCAAAATTTTGGACGTATAAAATATCTGTAACAAAATTCAATTATACATATTTCTCCAAAATTTAATTGAAAATTATTATAAATATTATATACAAATATTAGAGGTCCATACTTAGTGTTCTTAAGAAACAAGTGTCATTCTCCCATTAATTTTTGTGTTGTGCATGTGTTTCATAATCACACATGCAACATAATTTCACCTCCTACTGGCCAAATTACCTATAAATAAGCGCATTTGGTGAATGTTGGTGTTACACACGTTGGTGAGATTAAAAGAGAGAATTTATAAGAGAAATTCCTATTTTCATTATTTTATTTTTCTAGTATTCATATTTTGTTATTTATTTATTTTAATATTATATTTTCTCCATCTTCGTGTTCCTCCTGTTTCTCGTTTTGCTCCTAAATTTTACAACATGTTATCAGCACAAGCTCCTATCATTTCCCCGCTAAAGGTATGTATTGAAGGTATGCTGATTTTCCCTCTTCATTATAATTAATAAATTAAATGTTATTTTGCATATATTAAATTTATAATGCAAATACAATATTTTGTGATAGTATTACTATGACTAATTTTACAAAATTAGAATTTATATTTGTAACATTTGATTTTAATGGTAATAATTATTTGTCATAAGTGCTTTATGACGTAATACACCTAGATATGATCATCGGAAAACAATTATTCTTTTTAAAGCTCATTATGAATGAATGCACCTAAGTCTCGAAGATTTCAAATCGGTAAGTGGTTACAATTTCACATTATTTAAAATTAGCTCAAAATTGTAATTATGCGGAGAGAAAGTTAAGGATGAAAATATGTCTAAGAATACATTTTCCACAATTCATGTCCGGAATATGCTTCTAAAGTAGTAATATTAAGAGTAATATTTTAAAAGTATTTTAAACTCTTTTCATGTTTTCTAGAAGGTGAACGAAATAACAAGTTATTGATTAAAAAAAAAAATGAATCTCAACCAATTAGAGCAACAACATTCCCTTAAGTAAATATTGTGAATTTTAATTATCGTGGATGAAAAATCATGAATATTGACCAACTAGACAACATTCCCCGAAGTGAATGTTGTGAATTTTAAATAATAGTAGTCGTAGTTGAGATCATGACCACGGTAGAGGAAGAAAGAAGTATTTTTTCATAGTGGTCGTTATAATCATCCAAATTTTTAAGAAAACCACACATAATATGATGATTAAAGGAAAGTTAGGCATTTCATATGTGATACAATATGAGACATATGCCTTGTACCTATTGGACATATGCCTTGTACCTATTGTACATCTAATTTCTTCTAGAAATTACAATATTTCCATAAATAAAAATTGAACAATATGTGTGAAAGCAAACTTTGCAAATCTCTTGAAGAGATTAACTAATCTTGAAAATATGAAATATTTAAATGTTGCAAATTTATTTGAATCTCCCAAAAAGAAAATAAAAATTATTGTAGAAGCAACAAATGTTATGAAAATATTTATTATTTTTTTAGGTTTTCTCTCGTATTTACTTGTTAAAGTCTAATTTTACATTTTCTAGTTTGTTTATCATTATGACTCATTACTTATTGTTGTTATTTTTATGAAAGAAACATGAATATTTCTCAATTATTGAATAACTTTGAGATGAATAACAAATATGTATGTTTAGCAGATAGTGCAACAACACACACTATACTTAAAAGCATAAAATATTTCTCAAAATTGACAGTGATGAAAGAAAAAAGTCAATACAATCTCAAGTCCTATAGACTTGATTGAAGGCTTTGGAAAAACAAATATATGTTTGCCTAGAGTAAGTCAAAGAGAAATTTAATGAGTTTTACATATATGTTCTTATGATTATCGTATAGAGACTAATAGAGAGAATAATGTAGAGTATCCCTATATCATATAAACAATCTCGCATGAAAAATGTATATTACAAAATTATTTGCTTTTTTTCTAGATTATATTATACTCAAATTATCGGCATTAAAAGTCTTGCAACCGTGAACCTGAAGTTCACTAATCCATATATATTTTATGATTGACATGATCGGTTTGGTCATCTTGGTCAATAATGATTGAGAGAAATTATGAAAATTCACATGAACATCCATTGAAAAACCAGGAGATTCAATCCAATGAATTGTCATGTGCTGCATGCTCTCAAGGAAAATTAATTATTAGACCACCACTAGTTGTGGGAAATGAATCACCTACATTTTTCAAACAAATTCATGGTGATATTTGTGGGGTTTCTTTAATCCAACCAATGAACCATTTAAATATTTTATGGTATTAATAGACGCATCAAGTAGATTTCACACGTGTGCTTATTATCAGGTTGAAACTTTGCATTTGTAAAATTACTTGCTCAAATAATTAAGTTAAGAGCACAATTTTTTTATTATACAATTAAAATTATTCGTCTTGATAATGCTGGTGAAATTACATCCTAATCTTTTGATAATGATTGTATGTCAATTGGGATCTATGTTGAATATCCTGTAGCTCATGTTCATACACAAAATGGTTTGGCATAATCATTTATAAAACTTTTGCAATTAATTGTTAAACCATTGCTTATGAGAGCTAAGTTTCCTACTTTTGTATGAGGTTATGCTATTTTGCATGCAATGTCACTTGAACACATTAGGTCAATAGCTCATTATAAGTACTGTCATTACAATTAACTTATGGCCATGAACCAAATATGGTAGGTTTCGACTTTAAATTAGTACATAAAGAAGAATTTTTATTATGGTAGTCTATGGAGTAGATTATAAACAATTACTACTTTAAATCGTGTTGAAATCCTGATAATTCACGAGGTTAGCCAATATTGCTCTTATATGAAGATAATAAAGCATAAAACGACAACATCACTATTCAACAAATTTCTTCAAAAGACGACTTAAAAAACTTATTGACGAAGGTGTTATCTACAACAACATTTGAAAAGTTAACACACAACATTAGAATACTACGACTCAGAGATCTCAAGTGATGTTTTCATGAGGGAGAGCGAATATATTGTATTCTTAAGAATTATTAGATTTTATGAAGTATGTACTATTTTTCCTTCACTGAGATTTTTTTCCCATTTGGTTTTTTCTTAGTAACGTTTCAATGAGGCATATTTCATATATGGGGAGTATTATAAATATTATATACAAATATTAGATGTCCATACTTAGTGTTCTTAAGAATCCATTACCCCATGTGTTGTCCATGTGTCGCCAAATTGCCTGTAAATAGTGGCATTTGGTGGACGTTGGTGTTGCACACATTGGTAAGATTAAAAGAGAGAATTTCCTATTTCTATTATTTTATTTTTCTAATATTTATATTTTGTTATTTATTTATTTTATTATAATATATTATATTTATTTTTATATTATATTTTTTGATATTTGCATTCCTCATACCCTCAATTTTACAACAAAAATAAATTTCTTCCAAGGGTAAAAAAACCAATTTTGTATTTTCTTAGAGGATTTTGATTTTGTAGTTCTTCTATTATTTTTAGAATTTCAATAATACATTGTAATATTGTAATATAACCAAGGAGCTTACTTTTTAAAGAGTGAACAAAGCCCTACCCTGGCAAAACCCTCGTATGTCAGTCTTTGTTTCATCCTTCTCCCATGGCGACTCAGCTCTTCTCTCGCTCTCTCCCTAAAACCCTAATATTGGCTGCTAAGTTCTCTCGTTCCTTTCTCACTGCCACCGGAGCCGCCTCTTCTCACTCCTCTTTCTCCCTTCTGCGCCGCCTCCGTCCCCTCGCTGCTATACTCGCCGCTGATTTCCGCTGTCTCTCTGCGTCTCCAAGCGTGAGGGAGTTCGCTACCCGTGCCACTTCTTCGTCTCTCAATGATCCGAATCCTAACTGGTCTAATCGCCCACCCAAGGAGACCATATTGCTTGATGGGTGTGATTTTGAACACTGGCTCGTTGTCATGGAAAAGCCAGATGAGCAACTCACGAGGGATGAGATTATCGACAGCTATATCAAAACCCTTGCCATGGTTGTCGGAAGGTGAACTCTCGTTTTCCTATTCAATCTCTCTCTCTCTCTTTTTTTTTTTACCCCAACGTTGGCCTACCTTGACGATTGGATTTAATCGTGTCTCATTTGGTGTTCCAATGATTATAGTTTGATATTTAGAACAGCATGGTGAGTTCTTTCATTTTCAATGACTGCGGAAGAAAAATATGCAGAGAAGAAACTGGGGTTGAGTTTGTGTTATCTACAGAAACATTTCCACATGTGATTTTTCTTGGTTTTTCTTCAAATGTTTGAGATATTTCTCACGCGATAAAATATATTGAAGTATATTTCTTGTTTCAAAGTAAATTTACCTATTCTTAAAAAGGTTCATTATCAGTATCGATTTTTTATACATATGCTCTGAATTTTAAATGAGAGATGGAACATGAGAATTCTAAATGGAATTCCGGGACACCACAGGTACTTTTTTCTCTATCCGTTCCTTCACTGAAGGATAATTTTGCAGTATATCGATGCCTATGTAATAAATGGTATATGTGAAGTCATATTCGGGTCTTTGATTTTTACTTCATTTTCCTATTTGTTTTCTTATTGTTACAGTGAGGAAGAAGCTAGGATGAAGATATACTCTGTTTCAACCAGATGCTACTTTGCATTTGGGTGCCTTGTTTCTGAAGAGCTTTCTTACAAAATCAAAGGTACACTTTTATGTCTTGTTTTCTTTTGTTTCGTTGTGTTGGGCTTTTTTTTTTTTTTTTTTTTTTCCTTTTATATTGAATATATGAAGTTGTACATTTTCCTCCTCAGAGCTGCCTAAGGTTCGTTGGGTCCTTCCTGATTCATACTTGGATGTTAAGAATAAAGATTATGGAGGTAATTCCTGATCTCTTTAAGTATGCAAATGAACATTTTACCTCTTTCAGTGTCTAATTTTACTCTTTTCATCTCATCCTCGCCCTTTAGTTCTAAATAGAGGTCAATAGTTCTAATTGGGTATTCCTGGTCTGGAGGCAGAAATGAGTCTGTAGTAAAAAAAAAAGTGTTTGTAAAGCACTTCTCAGCAGAGTGTCATTGTCAGTAAAGGGGGCATTTCAATGAAAGCTCTAATCTTTAAGTTTCTTGTCATTACACCAGACAAACAATTGGAAAGCTCGTATTTCTTGCAAACAATTAGGGGCCAATTGTAAAGGTAGGATGTTCTTGTTGAAGTGTCTCCCTTACCTGTTTGAGGACTCATTAAATGGTGTTGTGCTGGTCCACTTAATGGCTACAACTGTTTTGCCTTTAGTATGGAGTTCAGAACTGTTTTCTGATTTTCTGTGTACGTTTTTTCCTTTGGCAGGGGAGCCTTTTATTAACGGACAAGCTGTTCCGTATGACCCGAAGTACCACGAGGAATGGATTAGAAACAATGAGAGAGCAAAAGATAGGAATAGGCGCAGTGAAAGACCTCGCAATTTTGATAGGTCAAGAAACTTTGAGAGGAGGAGGGAAAACATGCAAAATAGAGAATTTCCAAATGCTTCGGCGAATGGACCAAACATGGGTGCACCACCAGATCCGAGTAGGATGCCTCCCAACAACTTTAGTCATGGCATGCCTCCTCACAACAGTGCTGGAATGCCCCAAGGCAACTATCCGGGTGGACTGCCGCCGCCGGTGAACAACTTTAACGGACCACCACCACCACCGAGCAACTTTAACAGACCACCACCACCGAACAACTTTAACAGACCACTGCCGCCGCCACCGAACAACTTTAATGGACAACCGCTGCCGCCACTGAACAACTTTAATGGACCACCGCCGCCACCACCACACAACTATGCACCACCACCACCAAACCCCGGAGGAGCACAACACAACTATGGAGGGCCACAGCCGAACAACTATTGGGGAGCACCACAGCCAAACAACTATGGACCTTCAAACTCCGGTGAGCCGCCTGCACAGAACAGCTATGGAGGGGTGCAATCTAACGCTGGTGGATGGTCTAGTAATTTGCGTAACAATCAACAAGAATAGTCCTCAATTGTTTAGGGAAGTCTCAATTCATTAGTTGTTTGGATTTACTCGCTGCTTGGCTCGAACCTCAAATCCTACTTGTCACTGGTCACTGAGTTTTAGTTTTGCTTAAAATTTGTTAGATGTTCTAAATGCAAGTACAGTTTTTTGAAAAATGCACGGATGATGTAATATTCATAATGTTAT AAACCCTCGCGTGTGGTCTTTGTTTCATCCTTCTCCCATGGCGACTCAGCTCCTCTCTCGCTCTCTCCCTAAAACCCTAATTTTGGCTTCTAAGTTCTCTCGTTCCTTTCTCACTGCCACCGGAGCCGCCTCTTCTCACTCCTCTTTCTCCCTTCTGCGCCGCCTCCGTCCCCTCGCTGCTATACTCGCCGCTGATTTCCGCTGTCTCTCTGCGTCTCCGAGCGTGAGGGAGTTCGCTACCCGTGCCACTTCTTCGTCTCTCAATGATCCGAATCCTAACTGGTCTAATCGCCCACCCAAGGAGACCATATTGCTTGATGGGTGTGATTTTGAACACTGGCTCGTTGTCATGGAGAAGCCAGATGAGCAACTCACGAGGGATGAGATTATCGACAGCTATATCAAAACCCTTGCCATGGTTGTCGGAAGTGAGGAAGAAGCTAGGATGAAGATATACTCTGTTTCAACCAGATGCTACTTTGCATTTGGGTGCCTTGTTTCTGAAGAGCTTTCTTACAAAATCAAAGAGCTGCCTAAGGTTCGTTGGGTCCTTCCTGATTCATACTTGGATGTTAAGAATAAAGATTATGGAGGGGAGCCTTTTATTAACGGACAAGCTGTCCCTTATGACCCGAAGTACCATGAGGAATGGATTAGAAACAATACTAAAGCACAGGAGAGGAATAGGCGGAATGATAGGCCTCGCAATTTCGATAGGTCAAGAAACTTTGAGAGGAGGAGGGAAAACATGCAAAATAGAGAATTTCCAAATGCTTCAGCAAATCGACCTACTGGACCAGACATGAATGCACCAGCTCCGAGTAGTATGCCTCCCAACAACTTTAGTCACAACATGCCTCCTCACAACCACGCTGGAATGCCCCAAGGCAACTATCCGGGAGGACCACCACCACCACCACCAAACAATTTTAACAGACCGCCGCCACCAAACAACTATAACGGACCACCACCGCCTCCACCGAACAACTTTAACGGACCACCACTGCCGCCACCAAACAACTTTAATGGACCACCACCACCACCGCCGAACAACTTTAATGGACCACCACCACTACGCAACTATGCACCACCACCACCAAACCCTGGGGGAGCACCACCACACAACTATGGAGGGTCACAGCCAAACAACTATTGGGGAGCACCACAGCCAAACAACTATGGTGGGCCTTCAAACTCCAGCAGGCTGCCTGCACAGAACTATGGAGGGGTGCAACCAAATGCTGGTGGATGGTCTAGTAATCCCTACCCTGGCAAAACCCTCGTATGTCAGTCTTTGTTTCATCCTTCTCCCATGGCGACTCAGCTCTTCTCTCGCTCTCTCCCTAAAACCCTAATATTGGCTGCTAAGTTCTCTCGTTCCTTTCTCACTGCCACCGGAGCCGCCTCTTCTCACTCCTCTTTCTCCCTTCTGCGCCGCCTCCGTCCCCTCGCTGCTATACTCGCCGCTGATTTCCGCTGTCTCTCTGCGTCTCCAAGCGTGAGGGAGTTCGCTACCCGTGCCACTTCTTCGTCTCTCAATGATCCGAATCCTAACTGGTCTAATCGCCCACCCAAGGAGACCATATTGCTTGATGGGTGTGATTTTGAACACTGGCTCGTTGTCATGGAAAAGCCAGATGAGCAACTCACGAGGGATGAGATTATCGACAGCTATATCAAAACCCTTGCCATGGTTGTCGGAAGTGAGGAAGAAGCTAGGATGAAGATATACTCTGTTTCAACCAGATGCTACTTTGCATTTGGGTGCCTTGTTTCTGAAGAGCTTTCTTACAAAATCAAAGAGCTGCCTAAGGTTCGTTGGGTCCTTCCTGATTCATACTTGGATGTTAAGAATAAAGATTATGGAGGGGAGCCTTTTATTAACGGACAAGCTGTTCCGTATGACCCGAAGTACCACGAGGAATGGATTAGAAACAATGAGAGAGCAAAAGATAGGAATAGGCGCAGTGAAAGACCTCGCAATTTTGATAGGTCAAGAAACTTTGAGAGGAGGAGGGAAAACATGCAAAATAGAGAATTTCCAAATGCTTCGGCGAATGGACCAAACATGGGTGCACCACCAGATCCGAGTAGGATGCCTCCCAACAACTTTAGTCATGGCATGCCTCCTCACAACAGTGCTGGAATGCCCCAAGGCAACTATCCGGGTGGACTGCCGCCGCCGGTGAACAACTTTAACGGACCACCACCACCACCGAGCAACTTTAACAGACCACCACCACCGAACAACTTTAACAGACCACTGCCGCCGCCACCGAACAACTTTAATGGACAACCGCTGCCGCCACTGAACAACTTTAATGGACCACCGCCGCCACCACCACACAACTATGCACCACCACCACCAAACCCCGGAGGAGCACAACACAACTATGGAGGGCCACAGCCGAACAACTATTGGGGAGCACCACAGCCAAACAACTATGGACCTTCAAACTCCGGTGAGCCGCCTGCACAGAACAGCTATGGAGGGGTGCAATCTAACGCTGGTGGATGGTCTAGTAATTTGCGTAACAATCAACAAGAATAGTCCTCAATTGTTTAGGGAAGTCTCAATTCATTAGTTGTTTGGATTTACTCGCTGCTTGGCTCGAACCTCAAATCCTACTTGTCACTGGTCACTGAGTTTTAGTTTTGCTTAAAATTTGTTAGATGTTCTAAATGCAAGTACAGTTTTTTGAAAAATGCACGGATGATGTAATATTCATAATGTTAT ATGGCGACTCAGCTCCTCTCTCGCTCTCTCCCTAAAACCCTAATTTTGGCTTCTAAGTTCTCTCGTTCCTTTCTCACTGCCACCGGAGCCGCCTCTTCTCACTCCTCTTTCTCCCTTCTGCGCCGCCTCCGTCCCCTCGCTGCTATACTCGCCGCTGATTTCCGCTGTCTCTCTGCGTCTCCGAGCGTGAGGGAGTTCGCTACCCGTGCCACTTCTTCGTCTCTCAATGATCCGAATCCTAACTGGTCTAATCGCCCACCCAAGGAGACCATATTGCTTGATGGGTGTGATTTTGAACACTGGCTCGTTGTCATGGAGAAGCCAGATGAGCAACTCACGAGGGATGAGATTATCGACAGCTATATCAAAACCCTTGCCATGGTTGTCGGAAGTGAGGAAGAAGCTAGGATGAAGATATACTCTGTTTCAACCAGATGCTACTTTGCATTTGGGTGCCTTGTTTCTGAAGAGCTTTCTTACAAAATCAAAGAGCTGCCTAAGGTTCGTTGGGTCCTTCCTGATTCATACTTGGATGTTAAGAATAAAGATTATGGAGGGGAGCCTTTTATTAACGGACAAGCTGTCCCTTATGACCCGAAGTACCATGAGGAATGGATTAGAAACAATACTAAAGCACAGGAGAGGAATAGGCGGAATGATAGGCCTCGCAATTTCGATAGGTCAAGAAACTTTGAGAGGAGGAGGGAAAACATGCAAAATAGAGAATTTCCAAATGCTTCAGCAAATCGACCTACTGGACCAGACATGAATGCACCAGCTCCGAGTAGTATGCCTCCCAACAACTTTAGTCACAACATGCCTCCTCACAACCACGCTGGAATGCCCCAAGGCAACTATCCGGGAGGACCACCACCACCACCACCAAACAATTTTAACAGACCGCCGCCACCAAACAACTATAACGGACCACCACCGCCTCCACCGAACAACTTTAACGGACCACCACTGCCGCCACCAAACAACTTTAATGGACCACCACCACCACCGCCGAACAACTTTAATGGACCACCACCACTACGCAACTATGCACCACCACCACCAAACCCTGGGGGAGCACCACCACACAACTATGGAGGGTCACAGCCAAACAACTATTGGGGAGCACCACAGCCAAACAACTATGGTGGGCCTTCAAACTCCAGCAGGCTGCCTGCACAGAACTATGGAGGGGTGCAACCAAATGCTGGTGGATGGTCTAGTAATCCCTACCCTGGCAAAACCCTCGTATGTCAGTCTTTGTTTCATCCTTCTCCCATGGCGACTCAGCTCTTCTCTCGCTCTCTCCCTAAAACCCTAATATTGGCTGCTAAGTTCTCTCGTTCCTTTCTCACTGCCACCGGAGCCGCCTCTTCTCACTCCTCTTTCTCCCTTCTGCGCCGCCTCCGTCCCCTCGCTGCTATACTCGCCGCTGATTTCCGCTGTCTCTCTGCGTCTCCAAGCGTGAGGGAGTTCGCTACCCGTGCCACTTCTTCGTCTCTCAATGATCCGAATCCTAACTGGTCTAATCGCCCACCCAAGGAGACCATATTGCTTGATGGGTGTGATTTTGAACACTGGCTCGTTGTCATGGAAAAGCCAGATGAGCAACTCACGAGGGATGAGATTATCGACAGCTATATCAAAACCCTTGCCATGGTTGTCGGAAGTGAGGAAGAAGCTAGGATGAAGATATACTCTGTTTCAACCAGATGCTACTTTGCATTTGGGTGCCTTGTTTCTGAAGAGCTTTCTTACAAAATCAAAGAGCTGCCTAAGGTTCGTTGGGTCCTTCCTGATTCATACTTGGATGTTAAGAATAAAGATTATGGAGGGGAGCCTTTTATTAACGGACAAGCTGTTCCGTATGACCCGAAGTACCACGAGGAATGGATTAGAAACAATGAGAGAGCAAAAGATAGGAATAGGCGCAGTGAAAGACCTCGCAATTTTGATAGGTCAAGAAACTTTGAGAGGAGGAGGGAAAACATGCAAAATAGAGAATTTCCAAATGCTTCGGCGAATGGACCAAACATGGGTGCACCACCAGATCCGAGTAGGATGCCTCCCAACAACTTTAGTCATGGCATGCCTCCTCACAACAGTGCTGGAATGCCCCAAGGCAACTATCCGGGTGGACTGCCGCCGCCGGTGAACAACTTTAACGGACCACCACCACCACCGAGCAACTTTAACAGACCACCACCACCGAACAACTTTAACAGACCACTGCCGCCGCCACCGAACAACTTTAATGGACAACCGCTGCCGCCACTGAACAACTTTAATGGACCACCGCCGCCACCACCACACAACTATGCACCACCACCACCAAACCCCGGAGGAGCACAACACAACTATGGAGGGCCACAGCCGAACAACTATTGGGGAGCACCACAGCCAAACAACTATGGACCTTCAAACTCCGGTGAGCCGCCTGCACAGAACAGCTATGGAGGGGTGCAATCTAACGCTGGTGGATGGTCTAGTAATTTGCGTAACAATCAACAAGAATAG MATQLLSRSLPKTLILASKFSRSFLTATGAASSHSSFSLLRRLRPLAAILAADFRCLSASPSVREFATRATSSSLNDPNPNWSNRPPKETILLDGCDFEHWLVVMEKPDEQLTRDEIIDSYIKTLAMVVGSEEEARMKIYSVSTRCYFAFGCLVSEELSYKIKELPKVRWVLPDSYLDVKNKDYGGEPFINGQAVPYDPKYHEEWIRNNTKAQERNRRNDRPRNFDRSRNFERRRENMQNREFPNASANRPTGPDMNAPAPSSMPPNNFSHNMPPHNHAGMPQGNYPGGPPPPPPNNFNRPPPPNNYNGPPPPPPNNFNGPPLPPPNNFNGPPPPPPNNFNGPPPLRNYAPPPPNPGGAPPHNYGGSQPNNYWGAPQPNNYGGPSNSSRLPAQNYGGVQPNAGGWSSNPYPGKTLVCQSLFHPSPMATQLFSRSLPKTLILAAKFSRSFLTATGAASSHSSFSLLRRLRPLAAILAADFRCLSASPSVREFATRATSSSLNDPNPNWSNRPPKETILLDGCDFEHWLVVMEKPDEQLTRDEIIDSYIKTLAMVVGSEEEARMKIYSVSTRCYFAFGCLVSEELSYKIKELPKVRWVLPDSYLDVKNKDYGGEPFINGQAVPYDPKYHEEWIRNNERAKDRNRRSERPRNFDRSRNFERRRENMQNREFPNASANGPNMGAPPDPSRMPPNNFSHGMPPHNSAGMPQGNYPGGLPPPVNNFNGPPPPPSNFNRPPPPNNFNRPLPPPPNNFNGQPLPPLNNFNGPPPPPPHNYAPPPPNPGGAQHNYGGPQPNNYWGAPQPNNYGPSNSGEPPAQNSYGGVQSNAGGWSSNLRNNQQE Homology
BLAST of CmUC07G135460 vs. NCBI nr
Match: XP_038889853.1 (multiple organellar RNA editing factor 8, chloroplastic/mitochondrial-like [Benincasa hispida]) HSP 1 Score: 680.2 bits (1754), Expect = 2.2e-191 Identity = 361/408 (88.48%), Postives = 376/408 (92.16%), Query Frame = 0
BLAST of CmUC07G135460 vs. NCBI nr
Match: XP_038892356.1 (multiple organellar RNA editing factor 8, chloroplastic/mitochondrial-like isoform X1 [Benincasa hispida]) HSP 1 Score: 654.4 bits (1687), Expect = 1.3e-183 Identity = 361/438 (82.42%), Postives = 378/438 (86.30%), Query Frame = 0
BLAST of CmUC07G135460 vs. NCBI nr
Match: XP_038904331.1 (multiple organellar RNA editing factor 8, chloroplastic/mitochondrial-like [Benincasa hispida]) HSP 1 Score: 640.6 bits (1651), Expect = 1.9e-179 Identity = 354/436 (81.19%), Postives = 375/436 (86.01%), Query Frame = 0
BLAST of CmUC07G135460 vs. NCBI nr
Match: KAA0059032.1 (multiple organellar RNA editing factor 8 [Cucumis melo var. makuwa]) HSP 1 Score: 626.7 bits (1615), Expect = 2.9e-175 Identity = 349/430 (81.16%), Postives = 365/430 (84.88%), Query Frame = 0
BLAST of CmUC07G135460 vs. NCBI nr
Match: XP_023552822.1 (multiple organellar RNA editing factor 8, chloroplastic/mitochondrial-like [Cucurbita pepo subsp. pepo]) HSP 1 Score: 623.6 bits (1607), Expect = 2.4e-174 Identity = 340/416 (81.73%), Postives = 359/416 (86.30%), Query Frame = 0
BLAST of CmUC07G135460 vs. ExPASy Swiss-Prot
Match: Q9LKA5 (Multiple organellar RNA editing factor 8, chloroplastic/mitochondrial OS=Arabidopsis thaliana OX=3702 GN=MORF8 PE=1 SV=1) HSP 1 Score: 368.6 bits (945), Expect = 1.8e-100 Identity = 244/424 (57.55%), Postives = 273/424 (64.39%), Query Frame = 0
BLAST of CmUC07G135460 vs. ExPASy Swiss-Prot
Match: Q84JZ6 (Multiple organellar RNA editing factor 3, mitochondrial OS=Arabidopsis thaliana OX=3702 GN=MORF3 PE=1 SV=1) HSP 1 Score: 181.8 bits (460), Expect = 3.2e-44 Identity = 121/257 (47.08%), Postives = 154/257 (59.92%), Query Frame = 0
BLAST of CmUC07G135460 vs. ExPASy Swiss-Prot
Match: Q9CAH0 (Multiple organellar RNA editing factor 7, mitochondrial OS=Arabidopsis thaliana OX=3702 GN=MORF7 PE=1 SV=1) HSP 1 Score: 166.4 bits (420), Expect = 1.4e-39 Identity = 81/169 (47.93%), Postives = 112/169 (66.27%), Query Frame = 0
BLAST of CmUC07G135460 vs. ExPASy Swiss-Prot
Match: Q9C7Y2 (Multiple organellar RNA editing factor 5, chloroplastic/mitochondrial OS=Arabidopsis thaliana OX=3702 GN=MORF5 PE=1 SV=1) HSP 1 Score: 155.6 bits (392), Expect = 2.5e-36 Identity = 93/226 (41.15%), Postives = 139/226 (61.50%), Query Frame = 0
BLAST of CmUC07G135460 vs. ExPASy Swiss-Prot
Match: O82169 (Multiple organellar RNA editing factor 6, mitochondrial OS=Arabidopsis thaliana OX=3702 GN=MORF6 PE=1 SV=1) HSP 1 Score: 149.4 bits (376), Expect = 1.8e-34 Identity = 99/235 (42.13%), Postives = 134/235 (57.02%), Query Frame = 0
BLAST of CmUC07G135460 vs. ExPASy TrEMBL
Match: A0A5A7UT11 (Multiple organellar RNA editing factor 8 OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold233G00540 PE=4 SV=1) HSP 1 Score: 626.7 bits (1615), Expect = 1.4e-175 Identity = 349/430 (81.16%), Postives = 365/430 (84.88%), Query Frame = 0
BLAST of CmUC07G135460 vs. ExPASy TrEMBL
Match: A0A5D3CZ72 (Multiple organellar RNA editing factor 8 OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold21G00090 PE=4 SV=1) HSP 1 Score: 623.6 bits (1607), Expect = 1.2e-174 Identity = 348/430 (80.93%), Postives = 364/430 (84.65%), Query Frame = 0
BLAST of CmUC07G135460 vs. ExPASy TrEMBL
Match: A0A1S3BTA4 (multiple organellar RNA editing factor 8, chloroplastic/mitochondrial OS=Cucumis melo OX=3656 GN=LOC103492931 PE=4 SV=1) HSP 1 Score: 623.6 bits (1607), Expect = 1.2e-174 Identity = 348/430 (80.93%), Postives = 364/430 (84.65%), Query Frame = 0
BLAST of CmUC07G135460 vs. ExPASy TrEMBL
Match: A0A6J1JAJ8 (multiple organellar RNA editing factor 8, chloroplastic/mitochondrial isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC111482761 PE=4 SV=1) HSP 1 Score: 620.2 bits (1598), Expect = 1.3e-173 Identity = 344/435 (79.08%), Postives = 362/435 (83.22%), Query Frame = 0
BLAST of CmUC07G135460 vs. ExPASy TrEMBL
Match: A0A6J1EA12 (multiple organellar RNA editing factor 8, chloroplastic/mitochondrial isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC111430715 PE=4 SV=1) HSP 1 Score: 610.1 bits (1572), Expect = 1.3e-170 Identity = 335/419 (79.95%), Postives = 351/419 (83.77%), Query Frame = 0
BLAST of CmUC07G135460 vs. TAIR 10
Match: AT3G15000.1 (cobalt ion binding ) HSP 1 Score: 368.6 bits (945), Expect = 1.3e-101 Identity = 244/424 (57.55%), Postives = 273/424 (64.39%), Query Frame = 0
BLAST of CmUC07G135460 vs. TAIR 10
Match: AT3G06790.2 (plastid developmental protein DAG, putative ) HSP 1 Score: 181.8 bits (460), Expect = 2.3e-45 Identity = 121/257 (47.08%), Postives = 154/257 (59.92%), Query Frame = 0
BLAST of CmUC07G135460 vs. TAIR 10
Match: AT3G06790.1 (plastid developmental protein DAG, putative ) HSP 1 Score: 179.9 bits (455), Expect = 8.6e-45 Identity = 120/257 (46.69%), Postives = 154/257 (59.92%), Query Frame = 0
BLAST of CmUC07G135460 vs. TAIR 10
Match: AT1G53260.1 (LOCATED IN: endomembrane system; BEST Arabidopsis thaliana protein match is: cobalt ion binding (TAIR:AT3G15000.1); Has 32763 Blast hits to 18534 proteins in 929 species: Archae - 22; Bacteria - 2420; Metazoa - 15140; Fungi - 5401; Plants - 5313; Viruses - 485; Other Eukaryotes - 3982 (source: NCBI BLink). ) HSP 1 Score: 177.6 bits (449), Expect = 4.3e-44 Identity = 147/287 (51.22%), Postives = 163/287 (56.79%), Query Frame = 0
BLAST of CmUC07G135460 vs. TAIR 10
Match: AT1G72530.1 (plastid developmental protein DAG, putative ) HSP 1 Score: 166.4 bits (420), Expect = 9.9e-41 Identity = 81/169 (47.93%), Postives = 112/169 (66.27%), Query Frame = 0
The following BLAST results are available for this feature:
InterPro
Analysis Name: InterPro Annotations of Watermelon (USVL531) v1
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.
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