CaUC10G182220 (gene) Watermelon (USVL246-FR2) v1
Overview
Sequences
The following sequences are available for this feature:
Legend: polypeptideexonCDS Hold the cursor over a type above to highlight its positions in the sequence below.ATGGCGTCTCAAGTTTCATCATCTCTACTAATTACTCCACAAAATAATAATGCATCATCCATCAATGGTGACACTCGTCCATTAGCGAACTTTCCACCAAGTACTTGGGGAGATTATTTTCTTGCTAAAAGTTATGAGACGACCATGGTATTGAAATTTGTTCCTTTCTTATTCATTTTTCCAAACTTATAAGATCGAAATATTTTGTCGATACATTGACAATATCATACCATTGTGAATTGTAAATTTTTATTGTTAGGGATAACAATATCCACAAGGATATTAATATTATTGTCCACTTGGGGCGTTATAAGCCCACATGGTATTATTTTTTATTTTTATCAAAAATTTCATACCAATGGAGATAGTACTAATTCTCACTTATATACTCATGATCTTCTCCTAATTTAACGTGAAATTTTGTTTATGTATATTCTACCACATGAATGTTTGGTTGAATTTGCACTAACTTTCATGACTTGATTTTGCCAATTTTTCCTTGTTTACTAGGAAAGGGAAGATAGTGTTGAGGAAAAAGTGCAAGAACTAAAAGAGAAAGTGAGGAACTTGTTAATCACTTGTGGTGAGAACCCTTCCCAACAACTAAATTTGATTGATTCAATCCAACGGTTGGGAGTTGCTTATCATTTTGATATCCAGATCAATGAAGCTTTGGATCATGCTTATAAAAATTACAATGACACAAATGACCATGACCAAAGTGATGAAGATCTTCATACTACCGCTCTCAAGTTTCGCTTGTTAAGACAACAGAGATATTCTATTTCATGTGGTAAGTACATTCACTTATTTTTGTCCCTTCAATTTTGAGTCTATTAATGTAGTCTTAATTTAAACTTTTTGATAAACCTATAAAATCAAATATCTTCAACAAATTTATAGACGACGATGGAAATTTCAAGGAATCACTTATCGAAGATGTAAGAGGAAATTTAAGTCTATACGACGCATCTCATATGCAAATGCATGGAGAAGATGTGCTTGAACGCGCCCTAGCTTTCACCACCACAAACTTGAGAGCAGCCATTGATAATAATGATGCAAGCAATGAAGAAGGCAGCTATGCATTGAAATGGCCTCTCTTTAAAGCCATGCCAAGGCTTGCAGCAAGGAATTACATATCTTTCTATGAGGAAGATCCATTGCATGACCCTACTTTGCTTTCCTTTGCCAAGCTTGATTATAATTGCTTGCAAAAGCTTTACCAGAAAGAACTTAATGAAATCTCAAGGTGAAAACATCCCATCTCTATAGGATTAATATTTAATTTTCATCTTTCAACTTTTTTTCAAGGAAAAAAAAGGTCTCTCAACTCCAAACCAAACTTTTTAGCCTTCAAACAATTCTTTATATTATGTTTAATCTAATTCTTAAAATCTTTTAGACTATTTCAATTATATTCTTAAATTTTATTTATGTACCTTGGTTTCATTCTATTTTAGTTTTTGTGTTTTTAAATGTCTAATTTTGATCTTGATATTTTATCAATAAATTTTATATTTAGTTCATGTGGTTAGTTTATTGTTGATTTTTTTTTCAAAAAATAATCTTTATTAACCTTTCATTTATAAATTTTGATGGTCTTTTCTCACAAAATTTCAAGAAAGTTAAATTTAAGGACTAAATATTTTAAGTTTTACTATAAATGTACAATGACTAAATTTGAACAATTACATGAAACTAAAGTATAAAGACTGAAATAGTATTTTAACCTTAAAAATATTTTTTTCATTAGTTTATTCTTGTATATTTATCATAACTGCATGGATAAAAACATAATAAATTGAGACAGGTAATCGAGAGGACTTTCCAAAGATTTAAGAGTTAAATGAGATGAGAACCTCGTTTTATAATCATTTGATTTTTCAAAATTATACTTGTTTTTCTTACAATTTTTTTTACATTATGTAGTTATCCTCTTTATTCTAACTAAACTCGCTCGGGTTATTAGTCAAATCCTAAAAACAAAAACAAATTTCTAAAAACTATTTTTTAGGAGTTGCTTGGTAACCATTTCATTTTTTATTTTTTGTTTTTTAGCTTTTGAAAAATGAGTTTGTATGGTATCCAATTGGGTTTTCTATTTTTCCAATTTTAAAAACGTTTTATTAAAGATTACTAAGGAGTTTTGAAAACGAAAAAATAACGTTTTTAAGAACCCGTTTTCATTTTTCACACCATGATGGGATCCATTTTTGTTTTTAGAAACAAACACACGCGCCTTTAAGAAACAAAATCGATTAATAAAACCCAACGTTGTTCAAACCTCAACGTCAACTATTTTAGTTTTATTTGTTTCCATTATATAATAACATTTCCTATTTTTTATGAAATTGAAGGGTAAATGCTAAATAATTTTTTTACACTTCAATTCTCTTGTCTTTTTTTTAAAAAAAAAAAATTAAAAGGAATAACCTCAATTTTGTCAAACAATTTCAAAATTAATTTTTTTAGATACAAAGTTAAATGTTAAAATTGTAGGAAAATATACATAAAATTAATTTTTTATTCTAAAAAATATAAAATACCACAACTCTTGACTAGAGGATATATATATATATATATATGACACAATGCCTTAATAAAAGGATATGTCTTTTCTTAAAAGACACAATCCCGTACTTAGAGATGTAACTATATGAATATTCACAAATTGTCTATTAAAACATAGAGAATTGTTCCCCCAAAAATTTCAATATTCTCTTTTATATATAATTATTGACACATTGTAGTGTCCATGAAGTCATGTGGTTGAAACATTTACAAATTATTAATTTGTCCTATCTTCGGAGATAATTTTCATGACACAAAAGGAAACATTGTCAATTTGTTGCGTCCTCAAATTAATTGTTTTTATTGTTTCTTTATTTCTCCCGAATTTTGCCCATATATGTTTTTATTATTTTTCTTCATTTTATTTGTGATTAATGAGTACATTTAAAAAATTGATATTATTTTATCAATATGAAAATTTTAAAAAGTTAAAAATAAATAGATAAATTTATAATTATGTATAGCATATGAAAAACATTGCAAACAATTTTGATTTTATTTTTATAAAAATAAAATAAAATCTAAAAAGTCATCAAATTTATTTGGAATTTTAAAATCAAAAAACCAAAAACACAATTATTTATCCAACATGGTTTTATTTTTCAATTTTTAGAAAACAGAAAACAAAAAACAATTACCAAACATGTTTTTCCATTTTTTGTTTTTTAAAAACATAAAATTGAAAACAGTCACCAAGCATGTATGATTTTTGTTTTTTAAAAAATTGAAAACCAAAAACATATTTTCAAAGACTAAAATCGAAATGGTTATCAAATGGGAATTTAGTTTTCACAATTTAACGTAGTTTTTTTTTAAAAAAAAAACAATCTTAAATATGTAAAGTTTATAAACTTAGGGGTTGTTTGTGGAGTTGGAATGTAATAGGATTACTGGGAATTAGAGAAGTATTGGAATGCGTGAACACTTAAGGAATAAACGAGATGAGATCGCAAACCATAGAAACGGTGGGAAATAGGATTGAGTTGAAAACTGGCAGAACAGAATGACTTTTATATTACAAATCAGGCCCAAAACGCTCAATCCAAACATTCATTTTGGATTACATTATATTACAAGCGTATCCTATTACGCTTCTCCAAGTACCCCCTTAATTTTTAATAATCAAATGGTTATCAAATAAGACTTGAGAGTTAATTATAGATATTGATGTTTTAAGGGCTTGTATACATTTTTGCACATATTCAAAGGTGGTGGAAAGACTCGAAGTTGGTGGAAAAGCTATGTTTTGCAAGAGATAGATGTGTGGAATGTTATATTTGGGCATTGGGGCTATGCTTTGAGCCTAAGTATTCTCTTGCTCGAAAGACTACATCCAAAATTGCCATGATTGCTTCACTTTTAGATGATATATATGATGCTTATGGTACATTTCAAGAACTCCAACAATTCACTCATGCACTCCAAAGGTAATTTTTTATTATAAATCGTCAAATAATTATTTTGTTTTTAGTTTTTTATTTTTAATTTAAATTTTTGTCAACATCACCACATTTTCATATGTTTATAATCTTAATCTCATTATATATGTCGTAGAAGAATCAACAAAATATCACTAATATGGATATAATATTAGTGATAAGAAATTTTTATTTATGTTAAAATTATGAAATGCTTATTTGTTAATTTAACTCTTCTATAAAAAAAAAAAAATATAAAAATTTTCATTTTAATGAGACAACTTTTAACTTTAACTTTTTAAATTTTATTAAAAGGAACTCTATAGCCTCAATAAGTAGTGAAATTAATCCTTTTTTTTCAAAAATCAAATAAAATAAGAGTAGTGAAACTAATCCCAAAAAAACATTTTAATTTTAATTTATATTATTTATATTTATTATATGAAGTTATATCCTTCAAATGACAAGTTAATTTTTCCAACTTTTTTATTAGGTGGGATGTAAATTGCATTGAGGGACTTCCAACATACATGAAAGTGTGTTATAAAGCTCTAATGGATATTTATAGAGACATTGAACAAGAGATTAGCAAGGATCACAACCCCTATGCCATTCATTATGCCAAAGAAGCCGTACATTCCTTCTTATCTTACATTCTGTAGTCTTAAAATTGTTGAAGATATCAATATCATTGGTTAAGAAAATACTTTTGTTGCTGAACTTCCACTAAAGTAAAATATTTTTTTCAAAAAGTAATTCTTATTTTTAATATTTTTTTATAAATATTTTTTAAAATAAAACACTCATATGATAGTTACATTTTCTCAAAAGTTTGCTATGTACTAAAAAGGTTTATATTAACATCAAATGAAGTACTATAAAAGAAGAAACTATTAAACAATATGAAAACTAGTTGTCGGAGTGATTGTCGAAGTTGGCCACCAAAGATAGTCGTCGAAACTAGTCACTGGAGGTGGTCGTTGAAAGTAGTCTTCACTAAAGTAGGTCTTCAAAGGTGGTCTGCAGAGTTGGTCGCCGATGAGTGAAGTCATTTGAAACATTAGAAGGAGGAAGAGTTAAGCATCGAGTAGTAAATAATATTACTACTCTAACATAAAAGAGAGTTAAAATAATCTTTACCTCCTATTTTCTTAACACACGTCCCAAACCGTCCTAAGTGGACCATTATAATTAGAGAGAACTAAAAAATGTCTTTTAAACTATATAATATGTTCTTGACTTAATTCTTTGCACAATATCTCAGATGAAAATGCAAGCAAAGTATTTCTTTATTGAAGCTAAATGGTATAATGATGGCCATACACCAACAATAAAGGAGTACTTGAGAGTTGCAAGAGTTACTTGCTACTATTTGCTTCCTACCTTTTCAATTCTTGGCATGGCAAATGATGCTTCAATTGTGGCATTTGAATGGATCAAGAGTGACCCCAAATCACTTATTGCCTCGGGAGTTATTAGTCGAATTATGAATGATATAACTTCTCACAAGGTACTTATGAATTTGTATCGTAACATCTTCGTTTCTCGTTTCTTGTTTTCTAAAGTAATTATACTATTTAATCTGATTCTTACTATATCAATTTGAATACTTAAAGTTTTAAAGTCTTATTAACATATGAGTCCAATCCTTCTCTATAGTAATTTCCTTACTATTATTTAAAGCTCATGGTAATTTTATTTCCTTTTCTTTGAGTATTACTATAGCCCATGAATATCGAGGATAATAATAGAAGGAATAGTATTGTTTAAAATAATAATAGTGATGTATTACCAGAGTTCTACGACGATTGATATCTACTCTCTATTCTTTAAGACTGGAGGTTCAAATCTTGGTACCATTTTTTTCATCCTTGTATTTTGGTTAAACGAACCAAATATTTAACGAACTTAATGTTATAATTTCAACTACTTAAAATCTAGAATTTAATGTTGTCAAAACATAACTCAATTGGTTCATATCATATACACTCGATCACGAGCTTTGATGTTTGTAATATCCATCCCCAAGTATTGTATAAAAAAAACCTAAAATGTAATAAATAGTGAACACTAAATATATTACTTCACTCTCTTGAAAATCACGTTAGAAGAAAGAAAAATACAAATAGCAATCAACAAGTCATCCAAAATTTAGGTCAATCCGAGCATAGTTAATTAGTAGATCATAAACACCAAATACCATAGTTCAATAATTTGATTTTTCACTCATATTTATTAAATTTAAAGAATAAAATGATCACCAATAATTTAGTCGATAATAAAACACAACCCAAAAGGCCAATTAGTAAAATGAGAAACACCCATCACAATCACAAAAATTAGCAACCTTGAAAACCCATGAAATAATTTCCTTACCCATCAGAATGTTCATAAGTCATAACTAGGTCGCAACTTTGAAAAGATAAAAACTTGGTAATTTTGAAAGCATTCATTATTATTATTATTTTTTTTGTTATATCAATTATCGTTGAACTAAGCTCATTTTAGTAAAACATTCATTATTTATTATTGAAGTTCAATTTAATGATATTAAAATTTTAATTAATGTTGCTTTTGACTCATTTAGCTATGTGCATTTCCACCCATATATTAATATTTCCACGTGTTCATAGGTTTGACTTTAACATAAAGAGTGAATTGACATAATTTCCATTATATCATATGAAAATATAGCTAATGTGAATATAATATATATAAATAATAAACATTTTAATTTATTTTAAAAAGCGTATAATATTTATTTACAAATTTAAATAATTTTTTGATTTGTTTTTTTAGAAATTTTCCAAATATCCATACCGACATCCATATTTCTCTTGTTTGTGTTTTTAATATAATGTTTTGTTTGATTGTATAGTTCGAGCAAGAGAGAGGTCATGTTGTTTCTGCGATCGAATGTTATATGACACAATATGGTGTATCAAAAAAAGAGGCTATAGAAGAATTAGAGAAGGAAGTTACCAATGGTTGGAAGAATATTATCGAAGATTATGTGCAATCTAGTGATGTTCCCTACACTATTTTCATGTGTGTTGTAAATCTTGCTCGAGTATCAAATCTCTTTTACAAGGATGAAGATGGATACACACATCCAAATGGAGAAATCAAACTTCTCATCACTTCTTTACTCGTTGATCCAATTCCAATTTGAATTGAGAATCTCGATATGCATCAAATAATATGTAATAAGTAGTCGGATTAAAGAATAATGCATAGATATAGATACTAGCCAATAATACGTGAGATGCACATGAAATTTATACTTAGCTTATATGGAAATTCTAAGGGCAAAATAGGATAGTAAAAGTTGTTTTCCATAATCCCATTTGTAAAGTATGAATAAGGATTTATGTTTCTTGTTTTTTTAGACATGATTAGTAAGACTTTTTACACATTATTGAATCAGTATTTGTAACACTAAAGTCTCTAATACATATAGTTAAGTATTATGATAGGTAACAATACTTCTTCATCGTCTAAAATAAGTTTTTGAATTCTCAAATGCTTTATTGTGACATAGTTCCATGTTTCTTTGTTACAAATAACGAAAACAAACAACGTATATGTTGACAATGATTTTTTCTTTTTACATATGGATTGCACCTATATTTAAACGGGTGCAAAATTTGATGTGTAACTACTTTCATTTGGATATATAGTTGTGCTATGTTAGCATCAATTGCACCTATTGAACTGAAAAAAAAAAAAAAAAAACACCTACAAAGAAATGTATCCCGTTTGTGAAGGAAAAATAAGAATTAATTAAGAGCAATGATTAGGTGTAGCCTAATCCATACTACCCCTCTCCTTTACATACAAAGAAAAAAATCATTTTGAAAAAAAAATGTCATGTGACACATTTTTATTAAGTGTAGCCCAAAAGATGGATGCAACTATTAATTAATAAAAATGTAAGGACAAAATGCAAATGTAAAGAAATTCTTCATTCTAGCTTTTTTAGTTGGGCTCTTTTCAAATATAGCAAAAGTAACCAAAATATTTACAAATATAACAAAATTTCACCATCTATTTGCAATAGTAGTTTATTGCGATCTATCGCGGTAAATCGCAGATAAATTGTGTATTTTGCTATTAGTTGTAAATATTTTCAACAGTTTTGTCATTTAAGATAATTTTCCTTTTTATTATAGTATAAACTTAACAAAGTTAAATTTCACTCTAAATCTCGGAATCTTTTTTAAAAATAATGTTATTTTAATAAATAATGACAAAAATAGGGTAGAGGTAAAAGTATTTTTAAAAAATAGGTAGGAAAATGGTGGATGGAGTCTACGATTTCATAAAATTAGCCCACATGTCATGCAAATTGTGGACCGGGTCCACAATTTTGCTCACATGTCTCGGTCAACCTTGCCATAACTGCCACGCTGTCATGCACCACAACCACCACGATGCCATGCGCCACAACTACCAATCTTTTTGAAACAACCTCAAAATTGCTAAACAACGAGTCAAAAGTCTTCGAAACTCAATTCTAGCACCAACACACTAAGGTCTATATATTTTTGTTGTTTCTCTCCATATTTTTTTCTCTCTAATACATCACATTTTCTCTCTAACTTAAAAAAAAAACATTTATCAAACATTTTTGGAACCAAAAAAAAAAAAATATCAATCATGTATACTTTCTGTTTTACCTATAAGAAAATAGAAAAAAAAAAAAACATAAAAACAAAAGAAATATAGAAATCAAACGAGACCGAAGTTTAAGTTAGTACTACTGGGTCTATTGGATGGGGGTAGTTTTAGAAAAAAAAATTAGGTGTAAAGGGTACTTTAAAAAAAAGAGGGGAAATGGGTAGTTTTTTTTATCTTTATATGAATGACAAAAGTCAAATGGTCAAATTGAATGATTCTGACAGCATTCTGATATTTTTTTTGAAAAAAAATTATTTTTTTTTTAATATTAGTTTGAATGATCAAACTTGGAAGCCAAACAACAACACTTTACAGGCAAGGATCTCTCTGTTACTTTCCCATAAAGTCCCGAACATACCGGGAATGAATTGGCCTCTATCACTTTTCCCGTAAAGCATTGTTGTTTGGCTTCCCCATAAGTTGGCTCTCGGAACTTTACGGGAAAAGTGACAAAGTGCCAATTTCTTCCCGATAAGTTCAAGAATACTGGGAAAGAATTGTCTCTCTATTACTGTTCCCGTAAAGTTCCGATCGGAACTTTACGAGAAAATGATACCTGGAAAACAGTATTTTTTTAATTAATAATTCAAACTTACATTAAAAAATGGCAGAATACCGTCAGTTTGACCCATTGACTATGACATAAAATGTGACATTCAAATAAAGACAAAAAAAACTACCCCTTTTACCTAATTTTTTTTCCAAACTACCCCTTTTTCCTAATTTTTTTTTAAAAATGTACTTTTTTTTTTTTCTAATTAACCCTAGTACTACCATGTAAATAATTAATCCACTTTTAATTTAAAAATATTGGAAAATTTTGATCTTTGTTTTTTTTAAAAAATTATAATAAATAAAAAAATATCAAACTATTTACAAATATAGAAAAATTTCATTATCTATCAGCGATATAAATAGTGAAATTTTTTTATATTTACAAATAATTTAGTTCATTTTGCTATATTTGAAAACAATTATTTCTTAATTTTTTTAAAAATATATAACATCCATACCCCAACTATATGAAAAGACCCAAATCAAATACAAAGTTATGCTTATATTCTCACAAATTTCGAAAATTCAGGTCATCTAATATAGAATTGTCTTAAGCTAAACATGCTTAATTTTAAAATTCTAGCTATAAAAAAATAAAACTGCACCTTGTTGATACACATAATAAATATCAATTCTTTTAAACCTTTTTAGCTACACTTTTTTTTATTCTTAGAGTGTGTTTGGAATACATTAATTAAAAAAAAAGTCATTTTAAAAAAAGTTACAGTGTTTTTAAATCGTTTTTATCAAAGCGGTTTAAATAAAAACGATTTTTTTTTAGGATTATTTTGTATAATCTAGAAAAAATAATTAATTAAAAAAAACTGCATTATATTTTCACTTTTTTTTTTTCCTCATATTGAACCAAGTTTCTTCTTTTTCCAAACCCTGCCCCCTCCCTTCCATTTCCAGCTACTGCTCCCCGCCCCGTCGCACGCCGCTCCTGCCCGACGCACTCTTAGCGCCTGCCGCCGCACGCTGCACTCTCATCCTCCCGACGTACTCGCTGCCCCTCCATTTCCTCTCCGAGAAATCAGCTACTTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTTTTTTTNTTTTTTTTTTTTTTTTTTTCTTTCTCAGAGACAGAAACAGGGGTTCAACCCTAACCTACGCCGTGATCGGGCCGCCGCCCATTTTTCAGATCCACACTCAAGGTTTTGATATTTTGTTTTATTTTTATTTTGGTTGGTTGATTTGTTCTATTCATTCACGAAGAAGAATCAAGAACCCTTTTGTTTTTTCTTGTCGATTTCTTCTTCAGCCAATGTTCAATCAATCCAAATGTAAACATGAAACTAAAATTGCATCACATGTTAGAAGAAACAAACAGGAAAGTTTAAGATGATGAAGAAAGCAACAAAGAAAATTCACTTGTAGTTTGCTTCACTATAACAAAAAACTTGTTGGAATTGATAAACTGTTTGGCACCAATTTGAGTGATTTCAGTCTTCATTTTTCTTTCAGGTTCTGGTTTTTTAAGGGTTACAGAGTTGTTGTTGTGGGACTTTCAGAGAGGGTTGTAATTTGACCATGCAAAATCTGCATCATTTAATTTGTCGTCTCAGTTCCACTTCTCTTAGCAAAAGTTCAAATACTTCCAGATTTCTAAAAGAAAATGTAGGATCTAATTTACTTATTGATTCAGTTTCAACATTGAAGCATGCTCAAGGAGCTTGGTTAACCACTTTGAGAGAGTTCTCTGCAAAATCTGGTGGATTTGATGGAGGTGAGACTAAGAATGAATGGGATAAGAGTGTGAGTGAATCGTTTTCTGGCACTACGTCAGATGATTTGGGCTGGGATTCTGTCTCCTCTTGGTCTACTGGATTGACCAGAGAGCATTTTGATGGACAGACTGTAGGCCACAGGACTAGTGGAGGGGGGGATTCACCAAAATCACCACAGTCTTCATTAGTTTCTGGGTTGCAAGAGATTGAAGACAGAATAAGGGAATTAGAGGCAGAAAACAGGAAAAGCAAGGGCTTTGTGGACAAGTGGGGTGAAAGGATGAGGGAGATGAGCATCCTTTTGAAACAAGTAAAAGAGCCTGGTGCTAGAGGATCTTATCTCAAAGACTCAGAGAAGGCCGAGATGTATCGCTTGCACAAGGAGAACCCCGAGGTATATACCATCGAGAAGCTCGCTAAAGATTACAGGATTATGAGGCAAAGGGTTCATGCCATTCTTTGGCTGAAAGAGCTTGAAGAGGAAGAGGAGAAAAAGCTAGGCCACCCGTTGGATGATTCTGTTGAGCTTTTACTCGATACCTTCCCTGAGTATGTTACAAATTCCTACCTTATCTTGAATCATGGCACTAATAAGTGGTCTTATATTTAATTTTTATGAAATTTGAGATGGACATCAGCATAGCATCTTAAAATTGTTTTACATCTTTATATTTCTCTCTTTGGAAAAGCAGTTTCACCCTTTTTGGAAAAACTGAAAACATAATTCTTAGGACTCTTATTCTATAATATCTTGTTTTAACATTTAGAGGAAAGAAAACCACGGGCAGATATGTGATTGGCACCAGAACACCTGTTTTGGTTTTTATGTTTACAATTTCTTAATCTTTAGTTTTATCCATATGTAAGATATTTTATGACGGTACACGTTTTCTTGTCTAACTTTCAATTGAGCTTTTTGATTGTGGCTGAATTAATTATGAAGGATGTGAGATTTGTAATCATAAAATAATAATGTCCACCCCCCCAACTTGTTAGTCTTTTTCTTCATAAAACCATCTGTTGAAAAAACACATTAGTTCTGGCTTATGTTTTAATTCTCCATGAGGTACACACTTATAATATGTTAATTACTCTCTGAATTATTACTTTTAATCTTTTTCTTCCTTGAACCATTTGAGTGGTTGAATTCAATCTACTTCTTACATTTTAGTTTTTCACAAGCCAACCACTGTTAATATTATGAATCTTTTAAGGTGAAGTTCAATGTGTCAGTGTTTTTTAGCAGACAATTCACTGTCTTAACATTATTTTCATTGTGTTAATGCTCCCATTGTGTGATTCACTTTGAAGGTAAAATATCTAGATGTGGACACGCATAAGATATTGAAGCTACCACAAAAAAGATTTTTAAGTTACATGTATAAAGTCTAAACTCGTTTACCATTGGCATTGATCTCTTAAGTCTTGTCTCCCTTTGGCTGGTTAAAAGATTTCTGATTTCATTTACCACAACCATCTTATCTTCTTTGCCCTTGGCATTGTTTCTTGCAGATTCTTCAAATCCCATGACCGAGAATTCCATGTGGCATCCCTTCCATACAAACCTGATTTCAAGGTTATGCCGGAGGGTTGGGATGGTACAACCAGAGATTTGGATGAAGTCCATTATGAGATCTCCCAAAAAGAAGACGATATGCTATATAAAGAATTTGTCGAGAAGATGAATTTCAACAAAAAGAAAGTAAGTTCTGGTGTACTCTTGCTACACTATTTGCATATGAAATGGCTTAGTGAGCGATGAAAGAGAATCTTCTTGAAGCCATTTACCATATAATTCTTACTTCATTGGACGTGGATGATTCTGAGATGTGAAAATGACATTAATGATCAATGTTTTAATAGTCTAGAGACGGCCTTGAGGCTTTTCCTCCTGAAGAAGCAAGGTGTAACCCTCAAATTTAATTCAAAATATTTTACAAATCCTAAATTGGTAGGAGGAAGTATGGTTAAACATAATAGTCATACAGAAGCATAATAAAAACCACCCATGTCAATTGCCACTTTGGACAAAAATTCTAAAACATGTTTTACCTCACTATTATTATCATGAATAGGATTGAAAAAGTAGTTATACCCCAAATGTTCACCGCTCAAACTTTTATATTTATGAAGAATGAAGTAAATTAATAGTATTCTTCTAATCATTTCACGAGGCTTAAAGTGTAAGTGTTTTCACAAAGGTGGAAATCTCTTATGGTTCAAAAGAGGCATAAGTCTCAAGGCTAAAGGTTAGAGCTTGCCTCAAGGCCACTCTCGAGGCATAAGCCTAAACCAGACTTTTGGAACATTGTTAATGATGACAATGGATTTGATCAAAGAGGAATCGGAGCTATGATATCTCTAGTGGTACAATGGTTTACAATGCAAATGAACTCGATTTCCATTTTCACATAACAATATGTTTCTTTGAAATGCAGATTGCAGGAGAGGTCTTTCGTCACAAATATAGTAGGCGTCGGGCTGCTGATGGGTGGAAATTCACAATAGAGAAAATGGGACCTCGAGGTAAACGGGGAGGTGGTGGTGGATGGAAGTTTGTCAGCTTGCCCGATGGTTCAAGCAGGCCGTTGAACGAAATGGAGAAGATGTATGTGAGGCGAGAGACACCTCGCCATCGGCGTAAAATCCTTCCATGA ATGGCGTCTCAAGTTTCATCATCTCTACTAATTACTCCACAAAATAATAATGCATCATCCATCAATGGTGACACTCGTCCATTAGCGAACTTTCCACCAAGTACTTGGGGAGATTATTTTCTTGCTAAAAGTTATGAGACGACCATGGAAAGGGAAGATAGTGTTGAGGAAAAAGTGCAAGAACTAAAAGAGAAAGTGAGGAACTTGTTAATCACTTGTGGTGAGAACCCTTCCCAACAACTAAATTTGATTGATTCAATCCAACGGTTGGGAGTTGCTTATCATTTTGATATCCAGATCAATGAAGCTTTGGATCATGCTTATAAAAATTACAATGACACAAATGACCATGACCAAAGTGATGAAGATCTTCATACTACCGCTCTCAAGTTTCGCTTGTTAAGACAACAGAGATATTCTATTTCATGTGATATCTTCAACAAATTTATAGACGACGATGGAAATTTCAAGGAATCACTTATCGAAGATGTAAGAGGAAATTTAAGTCTATACGACGCATCTCATATGCAAATGCATGGAGAAGATGTGCTTGAACGCGCCCTAGCTTTCACCACCACAAACTTGAGAGCAGCCATTGATAATAATGATGCAAGCAATGAAGAAGGCAGCTATGCATTGAAATGGCCTCTCTTTAAAGCCATGCCAAGGCTTGCAGCAAGGAATTACATATCTTTCTATGAGGAAGATCCATTGCATGACCCTACTTTGCTTTCCTTTGCCAAGCTTGATTATAATTGCTTGCAAAAGCTTTACCAGAAAGAACTTAATGAAATCTCAAGGTGGTGGAAAGACTCGAAGTTGGTGGAAAAGCTATGTTTTGCAAGAGATAGATGTGTGGAATGTTATATTTGGGCATTGGGGCTATGCTTTGAGCCTAAGTATTCTCTTGCTCGAAAGACTACATCCAAAATTGCCATGATTGCTTCACTTTTAGATGATATATATGATGCTTATGGTACATTTCAAGAACTCCAACAATTCACTCATGCACTCCAAAGGTGGGATGTAAATTGCATTGAGGGACTTCCAACATACATGAAAGTGTGTTATAAAGCTCTAATGGATATTTATAGAGACATTGAACAAGAGATTAGCAAGGATCACAACCCCTATGCCATTCATTATGCCAAAGAAGCCATGAAAATGCAAGCAAAGTATTTCTTTATTGAAGCTAAATGGTATAATGATGGCCATACACCAACAATAAAGGAGTACTTGAGAGTTGCAAGAGTTACTTGCTACTATTTGCTTCCTACCTTTTCAATTCTTGGCATGGCAAATGATGCTTCAATTGTGGCATTTGAATGGATCAAGAGTGACCCCAAATCACTTATTGCCTCGGGAGTTATTAGTCGAATTATGAATGATATAACTTCTCACAAGTTCGAGCAAGAGAGAGGTCATGTTGTTTCTGCGATCGAATGTTATATGACACAATATGGTGTATCAAAAAAAGAGGCTATAGAAGAATTAGAGAAGGAAGTTACCAATGGTTGGAAGAATATTATCGAAGATTATGTGCAATCTAGTGATGTTCCCTACACTATTTTCATAGAGGGTTGTAATTTGACCATGCAAAATCTGCATCATTTAATTTGTCGTCTCAGTTCCACTTCTCTTAGCAAAAGTTCAAATACTTCCAGATTTCTAAAAGAAAATGTAGGATCTAATTTACTTATTGATTCAGTTTCAACATTGAAGCATGCTCAAGGAGCTTGGTTAACCACTTTGAGAGAGTTCTCTGCAAAATCTGGTGGATTTGATGGAGGTGAGACTAAGAATGAATGGGATAAGAGTGTGAGTGAATCGTTTTCTGGCACTACGTCAGATGATTTGGGCTGGGATTCTGTCTCCTCTTGGTCTACTGGATTGACCAGAGAGCATTTTGATGGACAGACTGTAGGCCACAGGACTAGTGGAGGGGGGGATTCACCAAAATCACCACAGTCTTCATTAGTTTCTGGGTTGCAAGAGATTGAAGACAGAATAAGGGAATTAGAGGCAGAAAACAGGAAAAGCAAGGGCTTTGTGGACAAGTGGGGTGAAAGGATGAGGGAGATGAGCATCCTTTTGAAACAAGTAAAAGAGCCTGGTGCTAGAGGATCTTATCTCAAAGACTCAGAGAAGGCCGAGATGTATCGCTTGCACAAGGAGAACCCCGAGGTATATACCATCGAGAAGCTCGCTAAAGATTACAGGATTATGAGGCAAAGGGTTCATGCCATTCTTTGGCTGAAAGAGCTTGAAGAGGAAGAGGAGAAAAAGCTAGGCCACCCGTTGGATGATTCTGTTGAGCTTTTACTCGATACCTTCCCTGAATTCTTCAAATCCCATGACCGAGAATTCCATGTGGCATCCCTTCCATACAAACCTGATTTCAAGGTTATGCCGGAGGGTTGGGATGGTACAACCAGAGATTTGGATGAAGTCCATTATGAGATCTCCCAAAAAGAAGACGATATGCTATATAAAGAATTTGTCGAGAAGATGAATTTCAACAAAAAGAAAATTGCAGGAGAGGTCTTTCGTCACAAATATAGTAGGCGTCGGGCTGCTGATGGGTGGAAATTCACAATAGAGAAAATGGGACCTCGAGGTAAACGGGGAGGTGGTGGTGGATGGAAGTTTGTCAGCTTGCCCGATGGTTCAAGCAGGCCGTTGAACGAAATGGAGAAGATGTATGTGAGGCGAGAGACACCTCGCCATCGGCGTAAAATCCTTCCATGA ATGGCGTCTCAAGTTTCATCATCTCTACTAATTACTCCACAAAATAATAATGCATCATCCATCAATGGTGACACTCGTCCATTAGCGAACTTTCCACCAAGTACTTGGGGAGATTATTTTCTTGCTAAAAGTTATGAGACGACCATGGAAAGGGAAGATAGTGTTGAGGAAAAAGTGCAAGAACTAAAAGAGAAAGTGAGGAACTTGTTAATCACTTGTGGTGAGAACCCTTCCCAACAACTAAATTTGATTGATTCAATCCAACGGTTGGGAGTTGCTTATCATTTTGATATCCAGATCAATGAAGCTTTGGATCATGCTTATAAAAATTACAATGACACAAATGACCATGACCAAAGTGATGAAGATCTTCATACTACCGCTCTCAAGTTTCGCTTGTTAAGACAACAGAGATATTCTATTTCATGTGATATCTTCAACAAATTTATAGACGACGATGGAAATTTCAAGGAATCACTTATCGAAGATGTAAGAGGAAATTTAAGTCTATACGACGCATCTCATATGCAAATGCATGGAGAAGATGTGCTTGAACGCGCCCTAGCTTTCACCACCACAAACTTGAGAGCAGCCATTGATAATAATGATGCAAGCAATGAAGAAGGCAGCTATGCATTGAAATGGCCTCTCTTTAAAGCCATGCCAAGGCTTGCAGCAAGGAATTACATATCTTTCTATGAGGAAGATCCATTGCATGACCCTACTTTGCTTTCCTTTGCCAAGCTTGATTATAATTGCTTGCAAAAGCTTTACCAGAAAGAACTTAATGAAATCTCAAGGTGGTGGAAAGACTCGAAGTTGGTGGAAAAGCTATGTTTTGCAAGAGATAGATGTGTGGAATGTTATATTTGGGCATTGGGGCTATGCTTTGAGCCTAAGTATTCTCTTGCTCGAAAGACTACATCCAAAATTGCCATGATTGCTTCACTTTTAGATGATATATATGATGCTTATGGTACATTTCAAGAACTCCAACAATTCACTCATGCACTCCAAAGGTGGGATGTAAATTGCATTGAGGGACTTCCAACATACATGAAAGTGTGTTATAAAGCTCTAATGGATATTTATAGAGACATTGAACAAGAGATTAGCAAGGATCACAACCCCTATGCCATTCATTATGCCAAAGAAGCCATGAAAATGCAAGCAAAGTATTTCTTTATTGAAGCTAAATGGTATAATGATGGCCATACACCAACAATAAAGGAGTACTTGAGAGTTGCAAGAGTTACTTGCTACTATTTGCTTCCTACCTTTTCAATTCTTGGCATGGCAAATGATGCTTCAATTGTGGCATTTGAATGGATCAAGAGTGACCCCAAATCACTTATTGCCTCGGGAGTTATTAGTCGAATTATGAATGATATAACTTCTCACAAGTTCGAGCAAGAGAGAGGTCATGTTGTTTCTGCGATCGAATGTTATATGACACAATATGGTGTATCAAAAAAAGAGGCTATAGAAGAATTAGAGAAGGAAGTTACCAATGGTTGGAAGAATATTATCGAAGATTATGTGCAATCTAGTGATGTTCCCTACACTATTTTCATAGAGGGTTGTAATTTGACCATGCAAAATCTGCATCATTTAATTTGTCGTCTCAGTTCCACTTCTCTTAGCAAAAGTTCAAATACTTCCAGATTTCTAAAAGAAAATGTAGGATCTAATTTACTTATTGATTCAGTTTCAACATTGAAGCATGCTCAAGGAGCTTGGTTAACCACTTTGAGAGAGTTCTCTGCAAAATCTGGTGGATTTGATGGAGGTGAGACTAAGAATGAATGGGATAAGAGTGTGAGTGAATCGTTTTCTGGCACTACGTCAGATGATTTGGGCTGGGATTCTGTCTCCTCTTGGTCTACTGGATTGACCAGAGAGCATTTTGATGGACAGACTGTAGGCCACAGGACTAGTGGAGGGGGGGATTCACCAAAATCACCACAGTCTTCATTAGTTTCTGGGTTGCAAGAGATTGAAGACAGAATAAGGGAATTAGAGGCAGAAAACAGGAAAAGCAAGGGCTTTGTGGACAAGTGGGGTGAAAGGATGAGGGAGATGAGCATCCTTTTGAAACAAGTAAAAGAGCCTGGTGCTAGAGGATCTTATCTCAAAGACTCAGAGAAGGCCGAGATGTATCGCTTGCACAAGGAGAACCCCGAGGTATATACCATCGAGAAGCTCGCTAAAGATTACAGGATTATGAGGCAAAGGGTTCATGCCATTCTTTGGCTGAAAGAGCTTGAAGAGGAAGAGGAGAAAAAGCTAGGCCACCCGTTGGATGATTCTGTTGAGCTTTTACTCGATACCTTCCCTGAATTCTTCAAATCCCATGACCGAGAATTCCATGTGGCATCCCTTCCATACAAACCTGATTTCAAGGTTATGCCGGAGGGTTGGGATGGTACAACCAGAGATTTGGATGAAGTCCATTATGAGATCTCCCAAAAAGAAGACGATATGCTATATAAAGAATTTGTCGAGAAGATGAATTTCAACAAAAAGAAAATTGCAGGAGAGGTCTTTCGTCACAAATATAGTAGGCGTCGGGCTGCTGATGGGTGGAAATTCACAATAGAGAAAATGGGACCTCGAGGTAAACGGGGAGGTGGTGGTGGATGGAAGTTTGTCAGCTTGCCCGATGGTTCAAGCAGGCCGTTGAACGAAATGGAGAAGATGTATGTGAGGCGAGAGACACCTCGCCATCGGCGTAAAATCCTTCCATGA MASQVSSSLLITPQNNNASSINGDTRPLANFPPSTWGDYFLAKSYETTMEREDSVEEKVQELKEKVRNLLITCGENPSQQLNLIDSIQRLGVAYHFDIQINEALDHAYKNYNDTNDHDQSDEDLHTTALKFRLLRQQRYSISCDIFNKFIDDDGNFKESLIEDVRGNLSLYDASHMQMHGEDVLERALAFTTTNLRAAIDNNDASNEEGSYALKWPLFKAMPRLAARNYISFYEEDPLHDPTLLSFAKLDYNCLQKLYQKELNEISRWWKDSKLVEKLCFARDRCVECYIWALGLCFEPKYSLARKTTSKIAMIASLLDDIYDAYGTFQELQQFTHALQRWDVNCIEGLPTYMKVCYKALMDIYRDIEQEISKDHNPYAIHYAKEAMKMQAKYFFIEAKWYNDGHTPTIKEYLRVARVTCYYLLPTFSILGMANDASIVAFEWIKSDPKSLIASGVISRIMNDITSHKFEQERGHVVSAIECYMTQYGVSKKEAIEELEKEVTNGWKNIIEDYVQSSDVPYTIFIEGCNLTMQNLHHLICRLSSTSLSKSSNTSRFLKENVGSNLLIDSVSTLKHAQGAWLTTLREFSAKSGGFDGGETKNEWDKSVSESFSGTTSDDLGWDSVSSWSTGLTREHFDGQTVGHRTSGGGDSPKSPQSSLVSGLQEIEDRIRELEAENRKSKGFVDKWGERMREMSILLKQVKEPGARGSYLKDSEKAEMYRLHKENPEVYTIEKLAKDYRIMRQRVHAILWLKELEEEEEKKLGHPLDDSVELLLDTFPEFFKSHDREFHVASLPYKPDFKVMPEGWDGTTRDLDEVHYEISQKEDDMLYKEFVEKMNFNKKKIAGEVFRHKYSRRRAADGWKFTIEKMGPRGKRGGGGGWKFVSLPDGSSRPLNEMEKMYVRRETPRHRRKILP Homology
BLAST of CaUC10G182220 vs. NCBI nr
Match: TYK12013.1 (uncharacterized protein E5676_scaffold1017G00220 [Cucumis melo var. makuwa]) HSP 1 Score: 1089.3 bits (2816), Expect = 0.0e+00 Identity = 571/844 (67.65%), Postives = 632/844 (74.88%), Query Frame = 0
BLAST of CaUC10G182220 vs. NCBI nr
Match: XP_038905736.1 ((-)-germacrene D synthase-like [Benincasa hispida]) HSP 1 Score: 951.0 bits (2457), Expect = 7.3e-273 Identity = 465/531 (87.57%), Postives = 494/531 (93.03%), Query Frame = 0
BLAST of CaUC10G182220 vs. NCBI nr
Match: XP_022154019.1 ((-)-germacrene D synthase-like [Momordica charantia]) HSP 1 Score: 745.0 bits (1922), Expect = 7.9e-211 Identity = 373/530 (70.38%), Postives = 433/530 (81.70%), Query Frame = 0
BLAST of CaUC10G182220 vs. NCBI nr
Match: XP_008448865.1 (PREDICTED: (-)-germacrene D synthase-like [Cucumis melo]) HSP 1 Score: 741.1 bits (1912), Expect = 1.1e-209 Identity = 366/536 (68.28%), Postives = 441/536 (82.28%), Query Frame = 0
BLAST of CaUC10G182220 vs. NCBI nr
Match: XP_038906006.1 (protein GAMETE CELL DEFECTIVE 1, mitochondrial [Benincasa hispida]) HSP 1 Score: 720.3 bits (1858), Expect = 2.1e-203 Identity = 362/384 (94.27%), Postives = 372/384 (96.88%), Query Frame = 0
BLAST of CaUC10G182220 vs. ExPASy Swiss-Prot
Match: Q6Q3H2 (Valencene synthase OS=Vitis vinifera OX=29760 GN=ValCS PE=1 SV=1) HSP 1 Score: 514.6 bits (1324), Expect = 2.3e-144 Identity = 261/535 (48.79%), Postives = 367/535 (68.60%), Query Frame = 0
BLAST of CaUC10G182220 vs. ExPASy Swiss-Prot
Match: Q6Q3H3 ((-)-germacrene D synthase OS=Vitis vinifera OX=29760 GN=VIT_19s0014g04930 PE=1 SV=1) HSP 1 Score: 510.4 bits (1313), Expect = 4.3e-143 Identity = 253/527 (48.01%), Postives = 366/527 (69.45%), Query Frame = 0
BLAST of CaUC10G182220 vs. ExPASy Swiss-Prot
Match: B2KSJ5 ((+)-gamma-cadinene synthase OS=Cucumis melo OX=3656 PE=1 SV=1) HSP 1 Score: 500.7 bits (1288), Expect = 3.4e-140 Identity = 256/540 (47.41%), Postives = 366/540 (67.78%), Query Frame = 0
BLAST of CaUC10G182220 vs. ExPASy Swiss-Prot
Match: B9SCB6 (Probable terpene synthase 2 OS=Ricinus communis OX=3988 GN=TPS2 PE=3 SV=1) HSP 1 Score: 495.7 bits (1275), Expect = 1.1e-138 Identity = 244/498 (49.00%), Postives = 352/498 (70.68%), Query Frame = 0
BLAST of CaUC10G182220 vs. ExPASy Swiss-Prot
Match: F6M8H7 (Probable sesquiterpene synthase OS=Santalum murrayanum OX=453085 GN=STPS PE=3 SV=1) HSP 1 Score: 482.3 bits (1240), Expect = 1.3e-134 Identity = 251/556 (45.14%), Postives = 356/556 (64.03%), Query Frame = 0
BLAST of CaUC10G182220 vs. ExPASy TrEMBL
Match: A0A5D3CJ95 (Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold1017G00220 PE=4 SV=1) HSP 1 Score: 1089.3 bits (2816), Expect = 0.0e+00 Identity = 571/844 (67.65%), Postives = 632/844 (74.88%), Query Frame = 0
BLAST of CaUC10G182220 vs. ExPASy TrEMBL
Match: A0A6J1DKT6 ((-)-germacrene D synthase-like OS=Momordica charantia OX=3673 GN=LOC111021377 PE=4 SV=1) HSP 1 Score: 745.0 bits (1922), Expect = 3.8e-211 Identity = 373/530 (70.38%), Postives = 433/530 (81.70%), Query Frame = 0
BLAST of CaUC10G182220 vs. ExPASy TrEMBL
Match: A0A1S3BLL1 ((-)-germacrene D synthase-like OS=Cucumis melo OX=3656 GN=LOC103490898 PE=4 SV=1) HSP 1 Score: 741.1 bits (1912), Expect = 5.5e-210 Identity = 366/536 (68.28%), Postives = 441/536 (82.28%), Query Frame = 0
BLAST of CaUC10G182220 vs. ExPASy TrEMBL
Match: A0A6J1CQG9 ((-)-germacrene D synthase-like OS=Momordica charantia OX=3673 GN=LOC111013811 PE=4 SV=1) HSP 1 Score: 716.5 bits (1848), Expect = 1.5e-202 Identity = 359/528 (67.99%), Postives = 423/528 (80.11%), Query Frame = 0
BLAST of CaUC10G182220 vs. ExPASy TrEMBL
Match: A0A0A0L6X1 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_3G021130 PE=4 SV=1) HSP 1 Score: 713.0 bits (1839), Expect = 1.6e-201 Identity = 354/520 (68.08%), Postives = 422/520 (81.15%), Query Frame = 0
BLAST of CaUC10G182220 vs. TAIR 10
Match: AT5G62270.1 (BEST Arabidopsis thaliana protein match is: mucin-related (TAIR:AT2G02880.1); Has 35333 Blast hits to 34131 proteins in 2444 species: Archae - 798; Bacteria - 22429; Metazoa - 974; Fungi - 991; Plants - 531; Viruses - 0; Other Eukaryotes - 9610 (source: NCBI BLink). ) HSP 1 Score: 460.3 bits (1183), Expect = 3.6e-129 Identity = 248/396 (62.63%), Postives = 291/396 (73.48%), Query Frame = 0
BLAST of CaUC10G182220 vs. TAIR 10
Match: AT5G62270.2 (FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biological_process unknown; LOCATED IN: cellular_component unknown; BEST Arabidopsis thaliana protein match is: mucin-related (TAIR:AT2G02880.1). ) HSP 1 Score: 459.1 bits (1180), Expect = 8.1e-129 Identity = 247/397 (62.22%), Postives = 291/397 (73.30%), Query Frame = 0
BLAST of CaUC10G182220 vs. TAIR 10
Match: AT3G14490.1 (Terpenoid cyclases/Protein prenyltransferases superfamily protein ) HSP 1 Score: 362.1 bits (928), Expect = 1.3e-99 Identity = 198/531 (37.29%), Postives = 301/531 (56.69%), Query Frame = 0
BLAST of CaUC10G182220 vs. TAIR 10
Match: AT5G23960.2 (terpene synthase 21 ) HSP 1 Score: 347.1 bits (889), Expect = 4.5e-95 Identity = 183/508 (36.02%), Postives = 296/508 (58.27%), Query Frame = 0
BLAST of CaUC10G182220 vs. TAIR 10
Match: AT5G23960.1 (terpene synthase 21 ) HSP 1 Score: 342.4 bits (877), Expect = 1.1e-93 Identity = 184/510 (36.08%), Postives = 295/510 (57.84%), Query Frame = 0
The following BLAST results are available for this feature:
InterPro
Analysis Name: InterPro Annotations of Watermelon (USVL246-FR2) 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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