![](http://cucurbitgenomics.org/sites/default/files/styles/slideshow/public/carousel/101322_web.jpg?itok=EG-G51x6)
Lcy11g008980 (gene) Sponge gourd (P93075) v1
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.ATTTCACAGAGCTTCAGGGAAAAATTAACCTAAACTTAAAAATCCCACTTTTGTACCCTCAATTTCACAATCTCGGCTAATCCATTTTTCTCTTTTTGGGGGATTCGTGGCAGCAAGCGAGCACGTAAAAGAAAGTTTTGATAGAGGCATAAACTTCATCTTGCAGAATGGAATTAGGCTGTTCAACCAAAGTTTGAATGAATCCGCGCAAAAGATTAAGAGTTAGAGCTAAAGTTCGTTTCATCAACTCATTTCATGGACCAAAAGACGCCCAAACTTTGAGTACTAACTTTCCAGTAGTTATCAGAGATTCAGCCATGGGCTGGAAGAAGTGCAAGCACCCATTGACCTATTCGTTCTCAATTATAGAAAAAACAATTAAAAGAAAAAGCTCAAAGGAAATCCCTCAATTATCCATAATCCGACAACGTAACATATCAGCAATTGGAACAGAGATGAAAATCCCAAATGTCCTCAACTTTAGGGATAGCCAGATACCAAGTGCATAGAATAATAAACAATGAAATCGGTAAAACAAGAAAGCTACAAGAACAAATGGTAATACAAAACAGATTTTCAGAGAAGCGTGGGAATTGAGTTTACCTATCGGAACAATTTTCGTGAAGAAAGATCGTCTCGGCCAGCTACTGATCACCGATTCAATTGATCGTTTTGCGCCAGTGGCGGAGCCAGTTGGGCCAAGGAGGCTTTAAAATTGATCGGGTTATGTTATTTAAAAACGGCGTCGTTTAGCGTGCGTTGCACTTTTTCTAAAGAAGCGAGAAGCTTTCGAGTTCAGAATTCAGAACATATTTGGTGAATAGTATCTGATCAGCTCTTGCTCGGATTTGAACTCCGGCGAAGTTCCGATGCCGCCGAAGACGGGGAGTACACCTCCTGGTCTGGTGGATTTAACCAGTAGTGACGATGAGGAGGCTGCAGCAAACACAATGTCGAACAAAATATCGCCGAATTCTCGGACGAGACTCCATGAACAGCGAGGCAGTTCTACGGCGGTTGCGTCATCATCGGACGATAAATCCCTGGATTGCCGTAGTTTTTGGAAAGCCGGAAATTTCGATTTCAGCCATACCGCAAGGCCTGTACCTGTTCATGGTAATCCTTTGTTCTGCATTTAATCTTTGTATTTATTTATTTGATTTCGGGTGGCTGATTATGGAAACGAAGCAGGAGAGTTGGAGCATGCCCGAGTTCATCCGAAGTTTCTTCATTCCAATGCCACTTCTCACAAATGGGCGTTCGGCGGTAAGGCTTTATTCACTCGAAATCGTTGAATCTTCAATGGCTGAGCAATCTCTTGAATGTGCTGAATTGAGATTTTTCCTAGCATAAGGACTGTTCGTCTCTGTAAAATTTTCTCCTCCTCCTCTTATTACTATAATTGTCGCTGGTATGAGTTTTAAAAACGAAATATCCACTTAATTGCATGTGGTTCTCCGGAGTGCTTTGATTTTCATCTCCCCTTTGTCCTTTTTAATCTACTCTTTTTTATTTGATGCAGCAATTGCTGAGCTTCTGGATAATGCTATCGACGAGGTACATTTTAGTTTGTATACCTTTAAATGCTTCTTGAACTTATATCCTATTAAATTATCAACCATGGTATAAACGAATCACAGCTTTTGTTGCTGAAAAAACCCCCAAAACTTTCTAACATTGAAGCAAAAAGTTCGATATGGTTTTCATCTCGTGGAGTGTTGTGGTTCTACAGCCCAGATACTTGAGTTTATGCTCCAAGCAGGATGAATAATATGATATTAGTTGATCTTGTCAATCGGGAGGTTACGGGTTCTTAAGTTATATTTCAGTGCCAATAGTATAAAGTTGTAGTATGGAGGAAAGAAAAAAAAAAGGATGTCATATAGGTGAAGTGTAAAGTACATGACAATAATGCGGCCTCCTGTGAACACAATCCAATGAATTATACTATTTTCTTTCCGATCTCCTTATATCAGTCATTCACCAATTTCAGATACACAATGGTGCAACATTTCTGAAGGTTGATAAAGTTGATATAATGAAGGATAACTCTCCAGCTTTACTTTTCCATGGTATTCTGTTGTTCTTGTCAATTTTATGTTGTGTGGAGTTCCATTGTTTAGTTTTGGATATAACTACATGAACAAGTCATATTTTATGCCAGATGATGGTGGGGGAATGGATCCTGCTGGCATCCGGAAATGTATGAGTTTGGGATATTCTTCAAAGAAGTCAAACACAACAATAGGACAATGTAATTTCTCTCCTTGCTCTTCTAGTTTGTAGCTTTACTTTAATGATAAATTCATTAGGTACTAGTTCAGAATTTATTGGTTTTGAATCAAATGCCTTTTGTTTATTGAAATTTTAGATTGTTTGAGTTTAGTTTGTTTCTTGTATGTAAATTTTAAATACATAAAATGATTTAACAGTTTCTTCACAACATTGTGTCACCAAACACACCTTTTTCCCTTATATTCAAAATTTTTGAGAATGTAAAGCTACTTTGAGATCTCAAACCGCCAGACCCTTAATGGCTTGAGCCTCTACTTTCCAAAATACAAATGATTTTCTACTTCATTTTTGGATGCTAACCAGATCTTTGAGTAATTTCAATGGTTTTTGAGAAGGCAATAATGTAGGCCTGTTTGATAACCATGTGGTTTTTGGTTTTTGGTTTATGAAAATTATGCTTGTTTTCTCCTCATTTCCTTACAATGGTTTTCATGTTTATTAAAGACACATCTGAATTCTTAGCCAAATTTAAAAAACAAAAACAAGTTTTTGAAAACTACTAGTTTTCAAAAACTTAACTTGATTTTTGAAAACATAGAAAAAGAGAGATAACAAAACAAAGAAACTTATGTGGAAGTAGTATTTATAGGCTTAATTTTCAAAAACCAGATTTTTTTTTTTTTTTTTTTTTCAGAAATTAAAAACCAAGTGGTTATCTAACGGGACCATACTTTCCAATTTTCTACGTACACTGTAACCCAATATACTGCTTTTTAGAATTTTAAAGCCATGTAGTTTTAAAAGTACTAATTGGTCTAATTTTCTTATTTTTCCTGAATTAACACTCCCGAACTTACATGCGCCCACCAACTTTTTCTGTCTTTTTAATTTTTCACTTCAATTGTGAGTTTTTCATACATGTCAAAGTGAACTATGCTGACATGAAAAGGTGGGAGAAGTGCTTGAAAGAAGGAAGGTGGCCGATAATGATGAAATCATGCATTTTCCATGGATGATTAACTGCTAATATGACGACTAAGAAAAAGTAGTGCATGGTGTGTCCTTGCAACATGCGGAAAGGGGTGTACTAGTGCTTATATTTTATCCTGTCATTTATCCTATGGTATGATATTCTGACAAAATCAGAGATAATTTCAAGATAGGAAACTGGTATACGGGTTTTTTTTTTCATTAGAGATAGGTTGTCCCTTTATTAACTTGTCTTGCACCTTTGGTTTTGCAACAAAGTTCCTGAATCCTGATACAATAGTCAGCCTGGTGCCTTAGATGCTGAAAAATAATTTTAACATCAGGGCCTCAATTATGCCTCTATATGTAAAAAAGATCTAAATATTGGTTGGATGGCAACTGGTAGTAATGGGTGGAGAAGGAAGAACAATTTTAGAGCACTAGACTAGATTCTTTGATCTACATGTGATTTTGGCCATCATATCCTAGGGATTCATTGAGTAGGATGTGTCATGAGAAGTAACATGATGGAATATACGTATGGCAAAAATACACTTTTGGTCCCTAAGGTTTGGGTTAGGTTTCATTTTGGCCCCTAAGTTTTCCAACTCAACATTTTTACCCCTGAGGTTTGGATTTCGTTTCATTTTAGTCCCTCCATTCATTTTTCCATTAGAAATTAACGAAATGCTGATGTGGCACCTATTTTTCTATTTAATTTTTAAAATAAAAATAATGTTAAATTAATAATAAAAAATTATTATTTTATTATTTTTTTACTTATCTCTCCTCCTCCTCTTCTTCTTTCTTCTTCTTCTTCCAGCTCAACCGTCGGCAACCACCAGCCGCCACCATCGATTTTTTTCTTTTATTCTCTTCCTTTCTTCTTCTTTTCCTTCTCCTCATTTTCTTTTTATTTTTTTTTTTCAAAACTCAAAAGAGGTCCCTCCTCCATTTCCAGCGGGATCTTAAAGAGAGGGACGATGAGAGAAAGAGAGGGACGGTGAACAGAGAAAGAGCGGGATGGTGAAAGAGAGGGAGATAGTGAGGGAGAGAGAAAGAAAGAAGAAGATGGTGTAGGGAGGGAAGGAAAATCGTGAGGAGAGGGAAAGGAAATCGATTTTTGAGGGAAAAAAAAGTGTATTTTTCCATGGAAAGGAAACAGAATACTATCACTGAAAGTGTTACAATCAAGAAAATAAATAATCTTCCTTTAGGAGAGTACACAACATCCCCTGAAAACCCAATATGAAACATGAAGAAGCATAGAACCCCAACCCAACAAATACTATCAAGGAACCAGCAAAAGATAAAAAGCTTGACAGCCATGAAGCCACCTAGAAGGATGAAAGAACAAAAGCGTGCTCCAAGAAGAACATCTGCCATTGCTAACTAAATTGATCAAAAAATTATTTGATTTGATGAGAAGCTAAAAAGCCTTTGATTCTCGATATGTTATTTATGGAAATTTTTATCTAATGATTATATTCTGCAAATTAAGAAATATGTTACAATTCTATGATTAATCTTACTAACGTACTTCAGAATCTAGGTTAGTGCTTTGGTTTGTTGTTTATCGTGACATCCAACTCATGTGTTTCTAGATGGGAATGGATTTAAAACAAGCACCATGCGACTAGGAGCTGATGCAATTGTTTTCACTCGTGCGATTCGTGGAGGGTACCTCTTGTCCTAGAAGATTTAGTAGAATATTAATATGCATTTCCTTTGCACTGTCTCCTTTTCAATTAAATTTAAACCTGTTTTTTCCCTTCTTCATTCAGTTACATCATTTATTTTGCTTAGAGTACCTGCATGTACAATTTTAATTTAATATTTTATAGTGATGATAGATTCTGAGTGAGCAATAAAAAGTATTTTTTCGGATCATTTTCCATCACAAGAAAGATGGGAGAGGCTTTCCCAGGTTGATAATTGGATGTATTAAAACCTTGATTTTCCAGAACTACTTTTCCTATTAAAAATGAAAATGAAAAATTATTAGCCTTGTTCCAGGGTTTAAATTGTGATAATTTGATACGAAGATTGTTTCAAACTTTCAAGTTTGTTCAGTAGGATGCAACTGGAGTGCCCACATCCTAAAAAATATTTAGCATGGGACATAGAAAGCATGCCTCATTTCTCATTGCTCGATTGATAGGAAGCAATGCTGTGCGTAAATACCATAGCTTGCCATAAGGCTTAAGTTAAGAACTTAATTAAGCTGTCTTCTCAACGTGCACTTTCTCCTAAAATTGCTGGTGTGAACATGTGCGGACTTTTTTTTTTTTTTTTTGAAACAGTGAACATGTGCGGACTTCACCAATATAATTCATTTTCTGTTTCCTTATGTGATAAGTTTAATAAGGTTTTAAGTTTACAGTTTTGTTTTCAATGCTGACTTTTAAATCTCATGTTTTCCCTTGTGTTCTTTTATCATTTAGCATTGCAACTCAAAGTGTTGGCCTTTTATCCTACACCTTTCTACGGATGACTGGCCAGGATGATGTTATTATTCCAATGGTAATATTCTTTGTCTTTAATATTTTAGTTGCCCCTTCTGCCCTCTGTATTTTCCATCAGCCCAGCCCCCTCATAACAGCCGAGACCCTTACTTTCTGGTTTGGTTGTATTGCAGATTGATTTTGATATTTCGGGACATTGGGCAGAACCAATAATTTATGCCTCTCAAGATGAATGGTCTTCTAATTTGAAAACTATCCTTGAATGGTCTCCTTTTGCATCAAAGGAGGACCTCCTAATGCAGGTCGTGTGAATCCATTCAATTTTTTACCTTCCACTACTTTTTATTTATTTATTATTATTCTTATTTTTTTTAAGTAAGAAACTGAAATTTCATGGAAAAATGAAAAAAATATGAGGGCATATAAAAAAACCCGAAAGAAACGGGAGTCCGACACTAACTACAAAAGAGGGGCTCCAATCCAAAAGAACCAGACCAAGACCATAATTATAAAAAGGCCTAGTGATCGACGCCCACAAGAAAACATTAAATCTAACAAAATCCCAAACCTCCTAACTCAATTTCCCTTTCTCTCAAAAAAATCCTATTATTCCTCTCAAGCCAAATATCTCACAAAATAGCAAAGAAGCTAGCTTGCCACAACACTCTACCCGACTCCCGGAAGGGAGGATTCAAAAGCACTTCCTCCAACAAAGACCTCCCATCTCTATTGCGCACCCTGTTAACACCAAAAGAACTCCTCCAACGACCCCAAATGTGGTTTGCAAACTGTTGAGGATCCCACATTGAAAATATGAATAGAGACCTCACAATTTATAACATACATGAGTTACTCCTCTCATTGTCAATTGATTTTTAGATGGAAGCCTATATTTATCTAATATGGTATTAGAGCCCATGAAGCTCAAATGGGCATTCGGTCCACAAATTAGGATTTAATCCAAGAAAGGTGAATCCAAAGAGGCACCATCTTGAACGACCATGTTGAGAATCTCACCTCGAAAAGATGAATAGAGACCTCACAATTTATAAAATACATGAGTTACTCCTCTTATTGTCAATTGGTTTTGGGATGGAATCTCATGTTTATCTAATACAAACTAACAAATCCCATAACAAATGATTCAACCTCATGCCTCCTACACAGAATGCACCATTGCAGATACAAAACTAAGGAAGAGTTTCTTTGAACATTATCCAAAGTGTTAACCCTCCCAAGACTTTCCATGAAAAAACCTTTACCTTATTTAGAATTTTACCTTCTAGAGAGTGGAAAAACTGAAACTTCAGCTAACAAAGCACGAGGGGAATTCAAAGAAAGGAAAAATGTCACAGGAGCAACTCCTTCTCTCAGGGGAAAAAAATTGATCACAAAGGATAAAAAGGAGACCTGCCACGCCAATTGCCTCCCTTTTAGTCAACAAGCAACAAGAACCTAAAGAGATTGAAGTAAGAGTGGTCCGGATAAGGTAACACCAAGGTTACCAAATGCAACCTCTTGTCTAAAAGGAAGTAAAGATGTGGAAATAAAATGCACAAAGGCTTATCACCCACCCAATGGTCCTCTCGAAAATAAACTTTTGAGCCTTCCCCAAGATGGCACCTGAAAAATTGAGAAAAAGAAGGGGAACAAGAAGAGATGGCTTTCCAGAAGTTTTTGCTAAGGCCCTTCAACTCCCCATCCGGAGCCAACTCAATAGGGTGATACCTACTCACAACCACCCTATACCACAACATGTCAGACTCCATGAAGAATCGCCACAACTACTTAGCCAAAAGAACCTCATTGTGTAATCTCAAGCTCCCTATACCAATTCCACCAAGTTCAAACGGCTTGAACACCACCTCCCACTTAACCAAATGGGATCCACCCCCCTCCTCAACCTCCTCCCATAAAATGACCAAGTCATGTAATTATAAGGGAAAGGAGGCCCAAGAAACATAGTTTCACCTTGTTATATTAGTCTATTATCATGTGTAAAACTTCAAATACAATATATTCTAAATGAAGTTGATCAAATATTAGTCATTTTTTTCAAAAAAATAGTATGCTTTTAATTTATAATAACGTTTGTATGCTCAATTGGTGCAACATAGCTAAGACTCGAAGATTAATAAAATAAAATCTTTATTCAATATCAGAAGTGTTGAAAAAGACTCTCTCCCTTCCCAAAGTTAAACAAGTGGTCCTTAAACAGAAAGGTCTCCATAAAGACTGATTTAAAAATAGGAGCCGGGTAATCAACCGATGAAGAGACTAATTCTATAGAATTTCACTCTGATGATTGCTATCAAGCCCTTACCCTGAAGACTACCCCATTTTTTATCAGACCCTCTCCATCTTCTCTTTCCTGTCCCCTACACAACACAGAAAGAATCCATTTTTGTTTTGTTCAAGTATTTAATGTCTCTAAATGAAAATGGTTTTCTCATTTTCTTTAAAAAATGTATCATAATATTTAGTGCTTTATTATTTTTGTTTTTCTTATTTGATTGAAAAACAATAGAAAATTATATGTTTCTCATCCAACAACAACCAACAGAAAGAAAAAGGGGAAAACAGTAGAAAATAAAGCTTTTAAGTTTGTTTTATTATTTTTAATAGAAAGATTTCTATATCTAGTAAACAAATGTTGCACGTGAAAGATAAACATGTATTTCCAAAATTATTTATCTATCTATAAAAAAAATGATGGATTCAATTGAGGTATTCTTACTAAATAACTATATAAAAATACTTTTTTCTTTTTTGGAAACTGAAAATTATAAAAAAAAAATACTTGTATGATCTTTAAGAGTTGAAAATACATATGGTTTTGTAACACTTTTTAATCCATTACATCATTTAGTTTATATTATTAGCGAATTAATAAAAAATATGATAATTTATAGATTTGATAGGTATCATATAGATAATTGAATGAAGGAATACATTGGGGATACATTTTGAAGTCTTTAATCAGAGAATGGTCGAAAGGGTCAAAGTGATTCACTAACGTTCTCTCTTTTAATTTATTCAAGATTTTTATCATGGATGGCATATTTTGTCACGTCTATTCACAATCATGAATTTAAATGCTGATGAGGGCATGGTGTGGATTAAACGTGTTGAAATGAGTGGAAAGCAATTACATAATATCTGGAATTGCCTTTGCCCCAAACAATTCTTGTTAAAGTGTTACCAATGGCATGCTATGCATCCTGCTTTGACATGTACCATTACTATTTCAGTTTAACAGTTATGATGTTATGGATCTCAGATGCAGCTTCAAACGAGGGTACTTTTCTCTTTTTTATTTTATTTTAATTTTCCTTTTCTTTTTTTTGTGGTGTTGTCAGCAGTTTGAGGATATTGGACGTCAGGGAACAAAAGTTATTATATTCAATCTCTGGTTAAATGATGAAGGCATTTATGAATTGAATTTTGACGACGATGATGAGGTATTTCATATTTTACTGATTAGCTTCATTTCACATTGTTGATTGGCGGCAATTCAAGACATTTGGTTTCTTATTCACGAAGGAGATAGCTTGATTTGGGATGAGTAATTGCAAAGTTAGTACATTTTAGTTTGATTAAACATATGTTTTCAAGTCATTGCATCTAAACCAGTCATGTTTGTCTAGTGTTTATATTTTCACTGTCCCCTACAATTATTATGTCATTAATCAAAAAAATTTCTTTTTCTTTATTATGACTGTTTAACCTCTTGGCCTTACTTCTAATATCTTGCAACTCAATAACCATATTTGTTGAGATTTAGTAGATTAACTTTCTGAATGGTAATTATGTATTCTGAAAAAATGGCACTAGTGTTCTGTTGCGGGCATGGAACAATTTGTCAATTTCTTTCCTCTCATTTTTGAAATGTAAGTTTGGTTGTCAAACAATTTGTAGTGCAAGGAGGAGGGTTTTAGATCGGTTTATTCTTTTTTAAAAAGAAATGGTAATTATGTATTCTGTCTGAACAAACGTGCAAAGCTTTCTAAATTGTTGGCTTGAGATTTTCATCTAGAATACCATGTTCAATTTATTGGGTATAACATAGTTGTTTTACACTTAAGTTGAGTTGCATGAAAAGTATCTGTAAATGTCTTTTGATCTTTGATAATAGGACATACGGTTGAGGGATGAAGCTAATCAAGGAGGTTTGAGAAAACTGCGTAAACATGTGGCTGAATTGCAATCACATATTTCCTATCGCATCCGCTATTCATTAAGGGTAACTTTTCATTTAATTCTCCAAATTAGTTGTATATTTCATATTCATTTCTTCAGCCTAAAAACTTTCAAATTTTCTCATTGTTTAACAGGCATATATTTCAATATTATATCTGAGAAGATTTACAAACTTCGACATCATTCTGAGAGGAAAACCAGTTGAACAGCTGAGTATTATAGATGACTTGAAGTACTCAAAAGTAGTTACATATAAGCCTCAGCTATCCACAATAAAAGAGGTTAGCTTTGAATTGATGTGCTGTCTTATATATCTTCGTTTCTTATCCAAAAAAAAGAAAAAAGTTCTCTGTTCAGTCTGTCTTGAAGCATCAAATAAGTTGCAATTTATCACTACAATCATTGCATAATAACCTTTTCTTACAGTAAAAGTGGTGGTAGTGGTGCTAGTATGATTTTATTATCATTGCGTATAGGGTTTTGAAAACCTGGGTGCAACTCAGTGATATTTTCCCACGAAAACCTGGGGTAGGGAGGAAATGGAGAAATTGGTTGAAAATCCTTTACCATCACTTCTTTCTCCTTCTTCTTTATCCTTCTTTTTCCCTTTTTGATAATAATTCTATGATGTTATAAGAAATTCCACCATAAATCTATTTGGTCCAGGAGATTTATTTCTCCCTAATTCTTTGACTGCCTTCCAAATTCTTGTTGTTCACTTTCTTCAACAGTGATTGTTCTCCATTCGATTCCAAAGGGTATCTTTGCTTCTCTTTGTTTTGTATAACTTGCTGAGAATTCAATGATCTCTTTCTCAATATCGCTTCACTGATTTGACTTTCCCCATTTTCAGATTATAATTCTGAAAAAAGTACTTTTTCTTGCCAAAAGCTTATAAAAAATTGGGTTTGTACATTACCTGCTTTCTGGCACGCACTCTACATTTTTTAATGTTCCGCCAAACTATGAAGTCTGTCGACCTTCTTCTATCTATTGTGTCCTCTCTTGACAAGCTGCCTTCCTCCTTTCGATCAATAGCTACAATAGAACATACCAAATCTTCATTCTGTTTTTCTTACACACAAAAGTCAGATTGGTTATAGTTCCCTAATGTTTTGAATCACGAGGTTTATAAAATTAAATAATCTACTGGCAGAAAGTGTCTAATTTTCTTTGGTTATACATTGTCTATTTATTTATTTATTGTGTGGCTTAAGGTCTTAGTGGATACAACCATTGGATTTATAAAAGAGGCACCAGCTCTTGGAGTTTGTGGGTTCAACGTGTATCACAAAAACCGACTTATTATGGTAAGTGTAAAAAGAGGTTATAAATGAAACTCCAGACTTGCATTATTGTTTTACTCGGAAAATATTCTGCTGCACGCTTTTCTTTCATTGATTTCTAAGTGGACAAGTGGTCCTTGTACTCATTATGGAGGAAACTCAATGTATCATATTGAACATGCGAATTTTCTGAAGGTGTTTTCTAGTATTTGGATATACCTTGTGTAATAATGTACAAACAACCATTTTACTAACCAGAACATTTACGACATTTACAGCCCTTCTGGAAAGTTACTGGTGATGGCTCTTCAAAAGGGCATGGTGTTGTGGGTATTGCAAATTTGTGCTTTCTACTTATTCTTCTCCGATCATTCACCAGATTTTTCTCTGAAGTCTCATTAATTTTTTGATGCTGCATATCTTTTATAGGAGTTCTTGAAGCAAACTTCTTAGAGCCAGTGCATGACAAACAGGGATTTGAGAGATCGTCTGCATTTATCCGGCTTGAAACTAGGCTAAAGCAAATGGTAATGGATTATTGGTACGTTAAGTTTTTTACAACCCTTGGTCTTCTTTCCAAATGTATATGGATAAGTAGTGGGATTATCTACCAAATTGTTTCAACTTTTTTACTTCCTTGCAACTTTGACTAGGGAAGAACTTTCTTCTCAACTTATTGTCTAAATGCTTAAAGATATATTTATGGAAGCCTTACAGTTTGCATACGAAACGGGATGCTAAACTGGAGACCTTTTGGTTTTCCCACCCATTTCCATTTTGAATTGTATCATTGCTTAAAGTGGCAATATTGTTCTCCTTTCTAATTAACTAAACAGTTTTAGTTGTTGACCATTCCTCTTGATGGAAGTGGAACATAATGTACATTGGCTATCTTCAGCTCATTTTTTTTATTCCAACTAGTGTCTGAGACTCTGAACAAGCTTATTTTGACTGGTAGACTTTGCATTATTTGTGGCAGGAAATCCTGCTGTCACTTAGTGGGACATCGACCTCCAGGTGTACATGATCAAGCTTCTATTGGACCTACCCCTAACATTAAGAATAAATTGGCCACGGAAGAATATGATGGTCACCCCAAAGTTAGTATCCTAGAATAAATGCATTACACCAATTCATTCTTCATGGCGTATGAGAGTCACCGTTCTTTCTATATTTTAAGAAGTTAGAGGTCTCTGATGATAATACTCAAAAAGTGTACGTCTAGGATGTTTCACGTTTTAGTTATCCTATTGTTTAAAAGCTCTGACAACTAGTCTTGCAGCTCCTGCTTTTAGTGAACAAATGTTGATATGGCTGAAGTAAGCAATTTTCTTGCTTTTGTACCATTCCAGGCTTCCAATAAAGAAGTGAACACTACCGAGGATTCTGATGTCTCAGGAAAGTCATCTATTGATCGTATATGTGAAGAGAATATTGAACTATTTATGAGGTATTTTATATCTCAACCTTTCGTGCAAATTTTTTGCATTATTTAAATATTAGATAGCTCCAAATTTTATCCAAAAACACGGGAGTACATTTATTTACATTCTATGCGATAGCTCCAAATTTTATCCAAAAACACGGGAGTACATTTATTTACATTCTATGCGTTAGCGAGACCAAAATTGTTAATTCAATCCTCTTTGGCGCTTGAGTGGGATTTAATTGTTGGAGCTCCAATTAATTGGTCTGAATCTTGGGTAATGTGTTGGTTGGTGTTTGGTTTTTTGTTTTTAACGATGGAAGAGCCTTCCTTTTATTTCTCATATTCAAACAATGCTATAATCCTAGATTTAAGGAGAGGCTGTTGAACAAAAAAGGAAACAAAAACTAATGGTACAAAAAACTAGGGAAATGGAGGGAATGAAGATGATAAAGAAGGAAAAGGGATATGGTGCATATAAGAAAGTGACTGTCTCCCTCTCTACACCCTGCACATTGCCTAAGAGGTCATTTCTAGCAATTAGCCAATCATATGTTCAAGAACATTGTTCAATATTCACTTGTTTGTTGTACGAAAATACGGTCCTTTTCCATGCTCATTCCTTACGTGGTTTGAAGTGTCATCGATGCCTGCTTCTAGTATCATGTCTTATATCTATTTTGCAATCAGATTAAACTCTTAAGACTGTGTTGCACAGGTGCGAAGAACATGCGAGAAAAGAAATTCAATTGCAAGAACTGGTGGGTATATGAATAGTTTACATTCAGAATAATGCCCTTGTTTCATACCTTGAAGTGATGATTAAGTTTTATATTCTGTTAATTTTTATCAACAAGTGATTGAAATATTAGTGTGAAACTTCTATCTGCTTTATGATAAATCAGGTTGACAACTTAGAGAAGGAGCTGAAGGAAGCCAGAAGGAAGCATGCTCAGCTATTATTAGTTGTGGAGGCCAAGAGGAAGCAAAAGAATATGAAATAGCAGACTGAACTGTTTGACGACGCGATTCTTGGTCGAAAAACTGCAATGCACCACTGTTAATACACCTAACCTCTCACCTTGCCTCCTTCCACATTCAAGTTTTTTGGCTAATGAAAGCTCCACGTTACGGACTGTTGCTTCATGGAGTGTAGAGATAACCTCTTTCTTATATACTCCATTCGTGATCTATAAAAGACGAGAGAAGTCGATCGATTCATCTTTTGAGGTAAATGATCATCTTTTAGATGCATGAAGGTCCCAGCAATCTGGAAGAAGTCATCAGCTTATGAACCAGATGATTGCTTTGGTTACTTGAATGCAATTGATTCTAGTCTGTGTGGGGAGAGAAATGTCATTTTTGGTTTTACTAAAAAATTTCTAATATCGCTCTTACAATGTAACTATGTAAGAATTTCCTTTTTCTTCTTTAGAAATCGTGATAAGCAGGGATTCTTTCGAAACTAGCAACTGATTTGAAAGGGGTTTTTTTGAAATATCACTAATTAGTAGGCAAGTTACGAATTGTTGCTGTTGTTGTTGGTTCTTTTTTTTTTTCCCTTCCAATATGTATTTTATGAAAAGTAGTATTTTG ATTTCACAGAGCTTCAGGGAAAAATTAACCTAAACTTAAAAATCCCACTTTTGTACCCTCAATTTCACAATCTCGGCTAATCCATTTTTCTCTTTTTGGGGGATTCGTGGCAGCAAGCGAGCACGTAAAAGAAAGTTTTGATAGAGGCATAAACTTCATCTTGCAGAATGGAATTAGGCTGTTCAACCAAAGTTTGAATGAATCCGCGCAAAAGATTAAGAGTTAGAGCTAAAGTTCGTTTCATCAACTCATTTCATGGACCAAAAGACGCCCAAACTTTGAGTACTAACTTTCCAGTAGTTATCAGAGATTCAGCCATGGGCTGGAAGAAGTGCAAGCACCCATTGACCTATTCGTTCTCAATTATAGAAAAAACAATTAAAAGAAAAAGCTCAAAGGAAATCCCTCAATTATCCATAATCCGACAACGTAACATATCAGCAATTGGAACAGAGATGAAAATCCCAAATGTCCTCAACTTTAGGGATAGCCAGATACCAAGTGCATAGAATAATAAACAATGAAATCGGTAAAACAAGAAAGCTACAAGAACAAATGGTAATACAAAACAGATTTTCAGAGAAGCGTGGGAATTGAGTTTACCTATCGGAACAATTTTCGTGAAGAAAGATCGTCTCGGCCAGCTACTGATCACCGATTCAATTGATCGTTTTGCGCCAGTGGCGGAGCCAGTTGGGCCAAGGAGGCTTTAAAATTGATCGGGTTATGTTATTTAAAAACGGCGTCGTTTAGCGTGCGTTGCACTTTTTCTAAAGAAGCGAGAAGCTTTCGAGTTCAGAATTCAGAACATATTTGGTGAATAGTATCTGATCAGCTCTTGCTCGGATTTGAACTCCGGCGAAGTTCCGATGCCGCCGAAGACGGGGAGTACACCTCCTGGTCTGGTGGATTTAACCAGTAGTGACGATGAGGAGGCTGCAGCAAACACAATGTCGAACAAAATATCGCCGAATTCTCGGACGAGACTCCATGAACAGCGAGGCAGTTCTACGGCGGTTGCGTCATCATCGGACGATAAATCCCTGGATTGCCGTAGTTTTTGGAAAGCCGGAAATTTCGATTTCAGCCATACCGCAAGGCCTGTACCTGTTCATGGAGAGTTGGAGCATGCCCGAGTTCATCCGAAGTTTCTTCATTCCAATGCCACTTCTCACAAATGGGCGTTCGGCGCAATTGCTGAGCTTCTGGATAATGCTATCGACGAGATACACAATGGTGCAACATTTCTGAAGGTTGATAAAGTTGATATAATGAAGGATAACTCTCCAGCTTTACTTTTCCATGATGATGGTGGGGGAATGGATCCTGCTGGCATCCGGAAATGTATGAGTTTGGGATATTCTTCAAAGAAGTCAAACACAACAATAGGACAATATGGGAATGGATTTAAAACAAGCACCATGCGACTAGGAGCTGATGCAATTGTTTTCACTCGTGCGATTCGTGGAGGCATTGCAACTCAAAGTGTTGGCCTTTTATCCTACACCTTTCTACGGATGACTGGCCAGGATGATGTTATTATTCCAATGATTGATTTTGATATTTCGGGACATTGGGCAGAACCAATAATTTATGCCTCTCAAGATGAATGGTCTTCTAATTTGAAAACTATCCTTGAATGGTCTCCTTTTGCATCAAAGGAGGACCTCCTAATGCAGTTTGAGGATATTGGACGTCAGGGAACAAAAGTTATTATATTCAATCTCTGGTTAAATGATGAAGGCATTTATGAATTGAATTTTGACGACGATGATGAGGACATACGGTTGAGGGATGAAGCTAATCAAGGAGGTTTGAGAAAACTGCGTAAACATGTGGCTGAATTGCAATCACATATTTCCTATCGCATCCGCTATTCATTAAGGGCATATATTTCAATATTATATCTGAGAAGATTTACAAACTTCGACATCATTCTGAGAGGAAAACCAGTTGAACAGCTGAGTATTATAGATGACTTGAAGTACTCAAAAGTAGTTACATATAAGCCTCAGCTATCCACAATAAAAGAGGTCTTAGTGGATACAACCATTGGATTTATAAAAGAGGCACCAGCTCTTGGAGTTTGTGGGTTCAACGTGTATCACAAAAACCGACTTATTATGCCCTTCTGGAAAGTTACTGGTGATGGCTCTTCAAAAGGGCATGGTGTTGTGGGAGTTCTTGAAGCAAACTTCTTAGAGCCAGTGCATGACAAACAGGGATTTGAGAGATCGTCTGCATTTATCCGGCTTGAAACTAGGCTAAAGCAAATGGTAATGGATTATTGGAAATCCTGCTGTCACTTAGTGGGACATCGACCTCCAGGTGTACATGATCAAGCTTCTATTGGACCTACCCCTAACATTAAGAATAAATTGGCCACGGAAGAATATGATGGTCACCCCAAAGCTTCCAATAAAGAAGTGAACACTACCGAGGATTCTGATGTCTCAGGAAAGTCATCTATTGATCGTATATGTGAAGAGAATATTGAACTATTTATGAGGTGCGAAGAACATGCGAGAAAAGAAATTCAATTGCAAGAACTGGTTGACAACTTAGAGAAGGAGCTGAAGGAAGCCAGAAGGAAGCATGCTCAGCTATTATTAGTTGTGGAGGCCAAGAGGAAGCAAAAGAATATGAAATAGCAGACTGAACTGTTTGACGACGCGATTCTTGGTCGAAAAACTGCAATGCACCACTGTTAATACACCTAACCTCTCACCTTGCCTCCTTCCACATTCAAGTTTTTTGGCTAATGAAAGCTCCACGTTACGGACTGTTGCTTCATGGAGTGTAGAGATAACCTCTTTCTTATATACTCCATTCGTGATCTATAAAAGACGAGAGAAGTCGATCGATTCATCTTTTGAGGTAAATGATCATCTTTTAGATGCATGAAGGTCCCAGCAATCTGGAAGAAGTCATCAGCTTATGAACCAGATGATTGCTTTGGTTACTTGAATGCAATTGATTCTAGTCTGTGTGGGGAGAGAAATGTCATTTTTGGTTTTACTAAAAAATTTCTAATATCGCTCTTACAATGTAACTATGTAAGAATTTCCTTTTTCTTCTTTAGAAATCGTGATAAGCAGGGATTCTTTCGAAACTAGCAACTGATTTGAAAGGGGTTTTTTTGAAATATCACTAATTAGTAGGCAAGTTACGAATTGTTGCTGTTGTTGTTGGTTCTTTTTTTTTTTCCCTTCCAATATGTATTTTATGAAAAGTAGTATTTTG ATGCCGCCGAAGACGGGGAGTACACCTCCTGGTCTGGTGGATTTAACCAGTAGTGACGATGAGGAGGCTGCAGCAAACACAATGTCGAACAAAATATCGCCGAATTCTCGGACGAGACTCCATGAACAGCGAGGCAGTTCTACGGCGGTTGCGTCATCATCGGACGATAAATCCCTGGATTGCCGTAGTTTTTGGAAAGCCGGAAATTTCGATTTCAGCCATACCGCAAGGCCTGTACCTGTTCATGGAGAGTTGGAGCATGCCCGAGTTCATCCGAAGTTTCTTCATTCCAATGCCACTTCTCACAAATGGGCGTTCGGCGCAATTGCTGAGCTTCTGGATAATGCTATCGACGAGATACACAATGGTGCAACATTTCTGAAGGTTGATAAAGTTGATATAATGAAGGATAACTCTCCAGCTTTACTTTTCCATGATGATGGTGGGGGAATGGATCCTGCTGGCATCCGGAAATGTATGAGTTTGGGATATTCTTCAAAGAAGTCAAACACAACAATAGGACAATATGGGAATGGATTTAAAACAAGCACCATGCGACTAGGAGCTGATGCAATTGTTTTCACTCGTGCGATTCGTGGAGGCATTGCAACTCAAAGTGTTGGCCTTTTATCCTACACCTTTCTACGGATGACTGGCCAGGATGATGTTATTATTCCAATGATTGATTTTGATATTTCGGGACATTGGGCAGAACCAATAATTTATGCCTCTCAAGATGAATGGTCTTCTAATTTGAAAACTATCCTTGAATGGTCTCCTTTTGCATCAAAGGAGGACCTCCTAATGCAGTTTGAGGATATTGGACGTCAGGGAACAAAAGTTATTATATTCAATCTCTGGTTAAATGATGAAGGCATTTATGAATTGAATTTTGACGACGATGATGAGGACATACGGTTGAGGGATGAAGCTAATCAAGGAGGTTTGAGAAAACTGCGTAAACATGTGGCTGAATTGCAATCACATATTTCCTATCGCATCCGCTATTCATTAAGGGCATATATTTCAATATTATATCTGAGAAGATTTACAAACTTCGACATCATTCTGAGAGGAAAACCAGTTGAACAGCTGAGTATTATAGATGACTTGAAGTACTCAAAAGTAGTTACATATAAGCCTCAGCTATCCACAATAAAAGAGGTCTTAGTGGATACAACCATTGGATTTATAAAAGAGGCACCAGCTCTTGGAGTTTGTGGGTTCAACGTGTATCACAAAAACCGACTTATTATGCCCTTCTGGAAAGTTACTGGTGATGGCTCTTCAAAAGGGCATGGTGTTGTGGGAGTTCTTGAAGCAAACTTCTTAGAGCCAGTGCATGACAAACAGGGATTTGAGAGATCGTCTGCATTTATCCGGCTTGAAACTAGGCTAAAGCAAATGGTAATGGATTATTGGAAATCCTGCTGTCACTTAGTGGGACATCGACCTCCAGGTGTACATGATCAAGCTTCTATTGGACCTACCCCTAACATTAAGAATAAATTGGCCACGGAAGAATATGATGGTCACCCCAAAGCTTCCAATAAAGAAGTGAACACTACCGAGGATTCTGATGTCTCAGGAAAGTCATCTATTGATCGTATATGTGAAGAGAATATTGAACTATTTATGAGGTGCGAAGAACATGCGAGAAAAGAAATTCAATTGCAAGAACTGGTTGACAACTTAGAGAAGGAGCTGAAGGAAGCCAGAAGGAAGCATGCTCAGCTATTATTAGTTGTGGAGGCCAAGAGGAAGCAAAAGAATATGAAATAG MPPKTGSTPPGLVDLTSSDDEEAAANTMSNKISPNSRTRLHEQRGSSTAVASSSDDKSLDCRSFWKAGNFDFSHTARPVPVHGELEHARVHPKFLHSNATSHKWAFGAIAELLDNAIDEIHNGATFLKVDKVDIMKDNSPALLFHDDGGGMDPAGIRKCMSLGYSSKKSNTTIGQYGNGFKTSTMRLGADAIVFTRAIRGGIATQSVGLLSYTFLRMTGQDDVIIPMIDFDISGHWAEPIIYASQDEWSSNLKTILEWSPFASKEDLLMQFEDIGRQGTKVIIFNLWLNDEGIYELNFDDDDEDIRLRDEANQGGLRKLRKHVAELQSHISYRIRYSLRAYISILYLRRFTNFDIILRGKPVEQLSIIDDLKYSKVVTYKPQLSTIKEVLVDTTIGFIKEAPALGVCGFNVYHKNRLIMPFWKVTGDGSSKGHGVVGVLEANFLEPVHDKQGFERSSAFIRLETRLKQMVMDYWKSCCHLVGHRPPGVHDQASIGPTPNIKNKLATEEYDGHPKASNKEVNTTEDSDVSGKSSIDRICEENIELFMRCEEHARKEIQLQELVDNLEKELKEARRKHAQLLLVVEAKRKQKNMK Homology
BLAST of Lcy11g008980 vs. ExPASy Swiss-Prot
Match: Q5FV35 (Protein MICRORCHIDIA 2 OS=Arabidopsis thaliana OX=3702 GN=MORC2 PE=1 SV=1) HSP 1 Score: 646.7 bits (1667), Expect = 2.5e-184 Identity = 332/609 (54.52%), Postives = 427/609 (70.11%), Query Frame = 0
BLAST of Lcy11g008980 vs. ExPASy Swiss-Prot
Match: Q84WV6 (Protein MICRORCHIDIA 1 OS=Arabidopsis thaliana OX=3702 GN=MORC1 PE=1 SV=1) HSP 1 Score: 632.1 bits (1629), Expect = 6.3e-180 Identity = 337/624 (54.01%), Postives = 436/624 (69.87%), Query Frame = 0
BLAST of Lcy11g008980 vs. ExPASy Swiss-Prot
Match: F4JPP0 (Protein MICRORCHIDIA 3 OS=Arabidopsis thaliana OX=3702 GN=MORC3 PE=3 SV=2) HSP 1 Score: 574.3 bits (1479), Expect = 1.6e-162 Identity = 311/565 (55.04%), Postives = 395/565 (69.91%), Query Frame = 0
BLAST of Lcy11g008980 vs. ExPASy Swiss-Prot
Match: Q56Y74 (Protein MICRORCHIDIA 6 OS=Arabidopsis thaliana OX=3702 GN=MORC6 PE=1 SV=1) HSP 1 Score: 448.0 bits (1151), Expect = 1.7e-124 Identity = 252/615 (40.98%), Postives = 366/615 (59.51%), Query Frame = 0
BLAST of Lcy11g008980 vs. ExPASy Swiss-Prot
Match: F4KAF2 (Protein MICRORCHIDIA 4 OS=Arabidopsis thaliana OX=3702 GN=MORC4 PE=1 SV=2) HSP 1 Score: 436.4 bits (1121), Expect = 5.1e-121 Identity = 220/464 (47.41%), Postives = 314/464 (67.67%), Query Frame = 0
BLAST of Lcy11g008980 vs. ExPASy TrEMBL
Match: A0A6J1J8B5 (protein MICRORCHIDIA 2-like isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC111482654 PE=3 SV=1) HSP 1 Score: 1007.7 bits (2604), Expect = 2.0e-290 Identity = 511/602 (84.88%), Postives = 545/602 (90.53%), Query Frame = 0
BLAST of Lcy11g008980 vs. ExPASy TrEMBL
Match: A0A6J1ESB2 (protein MICRORCHIDIA 2-like isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC111436052 PE=3 SV=1) HSP 1 Score: 1007.3 bits (2603), Expect = 2.7e-290 Identity = 509/602 (84.55%), Postives = 543/602 (90.20%), Query Frame = 0
BLAST of Lcy11g008980 vs. ExPASy TrEMBL
Match: A0A6J1C4U3 (protein MICRORCHIDIA 2-like isoform X2 OS=Momordica charantia OX=3673 GN=LOC111008279 PE=3 SV=1) HSP 1 Score: 996.9 bits (2576), Expect = 3.6e-287 Identity = 496/600 (82.67%), Postives = 542/600 (90.33%), Query Frame = 0
BLAST of Lcy11g008980 vs. ExPASy TrEMBL
Match: A0A6J1C824 (protein MICRORCHIDIA 2-like isoform X1 OS=Momordica charantia OX=3673 GN=LOC111008279 PE=3 SV=1) HSP 1 Score: 992.3 bits (2564), Expect = 8.9e-286 Identity = 496/601 (82.53%), Postives = 542/601 (90.18%), Query Frame = 0
BLAST of Lcy11g008980 vs. ExPASy TrEMBL
Match: A0A1S3BTY0 (protein MICRORCHIDIA 2-like isoform X1 OS=Cucumis melo OX=3656 GN=LOC103493223 PE=3 SV=1) HSP 1 Score: 990.3 bits (2559), Expect = 3.4e-285 Identity = 499/598 (83.44%), Postives = 542/598 (90.64%), Query Frame = 0
BLAST of Lcy11g008980 vs. NCBI nr
Match: XP_038893620.1 (protein MICRORCHIDIA 2-like isoform X1 [Benincasa hispida]) HSP 1 Score: 1026.9 bits (2654), Expect = 6.7e-296 Identity = 515/600 (85.83%), Postives = 550/600 (91.67%), Query Frame = 0
BLAST of Lcy11g008980 vs. NCBI nr
Match: KAG6577237.1 (Protein MICRORCHIDIA 2, partial [Cucurbita argyrosperma subsp. sororia]) HSP 1 Score: 1012.7 bits (2617), Expect = 1.3e-291 Identity = 511/602 (84.88%), Postives = 545/602 (90.53%), Query Frame = 0
BLAST of Lcy11g008980 vs. NCBI nr
Match: KAG7015327.1 (Protein MICRORCHIDIA 2, partial [Cucurbita argyrosperma subsp. argyrosperma]) HSP 1 Score: 1011.5 bits (2614), Expect = 2.9e-291 Identity = 510/602 (84.72%), Postives = 545/602 (90.53%), Query Frame = 0
BLAST of Lcy11g008980 vs. NCBI nr
Match: XP_023552333.1 (protein MICRORCHIDIA 2-like isoform X1 [Cucurbita pepo subsp. pepo]) HSP 1 Score: 1010.4 bits (2611), Expect = 6.5e-291 Identity = 509/602 (84.55%), Postives = 544/602 (90.37%), Query Frame = 0
BLAST of Lcy11g008980 vs. NCBI nr
Match: XP_022984315.1 (protein MICRORCHIDIA 2-like isoform X1 [Cucurbita maxima]) HSP 1 Score: 1007.7 bits (2604), Expect = 4.2e-290 Identity = 511/602 (84.88%), Postives = 545/602 (90.53%), Query Frame = 0
BLAST of Lcy11g008980 vs. TAIR 10
Match: AT4G36280.1 (Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase family protein ) HSP 1 Score: 646.7 bits (1667), Expect = 1.8e-185 Identity = 332/609 (54.52%), Postives = 427/609 (70.11%), Query Frame = 0
BLAST of Lcy11g008980 vs. TAIR 10
Match: AT4G36290.1 (compromised recognition of TCV 1 ) HSP 1 Score: 632.1 bits (1629), Expect = 4.5e-181 Identity = 337/624 (54.01%), Postives = 436/624 (69.87%), Query Frame = 0
BLAST of Lcy11g008980 vs. TAIR 10
Match: AT1G19100.1 (Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase family protein ) HSP 1 Score: 448.0 bits (1151), Expect = 1.2e-125 Identity = 252/615 (40.98%), Postives = 366/615 (59.51%), Query Frame = 0
BLAST of Lcy11g008980 vs. TAIR 10
Match: AT4G36270.1 (ATP binding ) HSP 1 Score: 442.6 bits (1137), Expect = 5.1e-124 Identity = 256/506 (50.59%), Postives = 322/506 (63.64%), Query Frame = 0
BLAST of Lcy11g008980 vs. TAIR 10
Match: AT4G24970.1 (Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase family protein ) HSP 1 Score: 431.0 bits (1107), Expect = 1.5e-120 Identity = 243/551 (44.10%), Postives = 352/551 (63.88%), Query Frame = 0
The following BLAST results are available for this feature:
InterPro
Analysis Name: InterPro Annotations of Sponge gourd (P93075) v1
Date Performed: 2021-12-06
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.
|