HG10013582 (gene) Bottle gourd (Hangzhou Gourd) v1
Overview
Sequences
The following sequences are available for this feature:
Legend: polypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below.ATGTGGCTGGTTAGCGGGAAGAACACGTCGTCACTTTCCATTTTCGTTGCAGTTTTCAGGTACATCAACGATTTGGAGCTCTCGATTCGGGAAATTGCAACGTTCTCTTCTTGCAGAAAAACAACACGCTATACTTCGAATCGAAGAAGGAGAAGAAATTGTGATTCGAAGATGAAAAGAGGACCTTCAACTTCAACAATTTCTTCGCTACTGTCGCTGAGGTTCACTCGTCAACAATCTTCGAAGTTCGGCGTTGATCCGTGTGTTCGATTCCTCTCTTCGTCTACAAAGCCTTCAGGTCTCTCTCACATTGGCATTGGCATTGGCATTCGCATTATATGCGTGTATATTATAATGTGAAGTATGGAATTAGCATATAGTGTATGCGTGTGGAAGTTCCTTCTCTTACTTATGCACAGTACTGTGTTATTGTGGTGGTCACTGGTTAATGATTCATGAGAAATTGAATTCCTCGCTTGATGTTCGTATTTCTGATCGTGATTTGGTAATCGTTTGATCGCTGATGCTCTATTAGTTTGATTTCTGTTCCCTATGGTACGGTGGTTTGACGTTAAAGCATTGTATTGATTGATCTCATTTTCCCGGATTCGAATTTGCTGGTTGTTTCGTTTAGTTTTCGGATGGAAGGAGGCTAGCATAGGAAGTGGATAACGTTCTACTTCGTCCCCCCCCCCCCCCCCCCCCCGTTTTAAGGTTTGGAGTTCGTGTATGACTCATATTGATAGAGAATAGGCGCTTTGGATTCCGCAATGCCGTAGTCTTGCTTGTAGATTTATTTCGGACCTGTAATATGAGATCCATTCTTTCAGGGCTATTAAATCAGTACAAGCATCTAGTTGAGCGAGGGGAGCTACAACATGATCCTTTTCAAGAGAGAGTGGCTTCCAAATTGGAGAGTTTGCTTGGAAGGTTGGAGCAATATGAAAAGGATATGGAGGAGTATCATGTACTAACTGGAATTGATAATACTATGATGATTGAATGTTATATATGCTTTTATTCTTACAAATAGGTTGAAACCTACTACTAAGGAACTTTTCTGAACTTCTTACTTTTAAGGTAAAACTAGCTAACTGGAAGCAGAATAGAGAGAACGAGAGGCGTAGACTTTTAATGGAGGAAGCTGAGTCTAAACAACAGGGTGATGTATGGACATCAGTAAACAAGCGCCGAAGCAAACTTGTTGAAACATTGATGTTTCGGTTAGGCAACTCCTTCTCCCAGTCACCTTACTGAGCTTAAAATCTTCAGCAGCTCCATTTTGGCTTCTGAATATAATAAACTTTGTAAAAGTTGATCTTTCCAAATATTTATTTATTTTATGTTAGGAAAAATTCTGAAAATATTGAACCTGGAGTCGGAAAATGGGTTTCATACCTTAACCGAGAGAGGAAGTTGGATTCACTTGTAGGTCGCTGTCCTTCTGCTCCACATGCTCCTAGAGGACTGTACATATATGGCAATGTTGGAAGTGGTAAGTTTCTGACTACGACAAAATTTTATGGCAAGCTTGGATAGTACTTCTAAGTTACCACTTCATAGTGATTTATGCTTATAGTCTGACTATCATTGTGATTTTTGCTTATAATCTTACAATCAATTTAATTCTGATTTGCTGAACTAATTTCTAATTATCTAGGGAAGACAATGCTCATGGATATGTTTTACAATGCTACTGAAGGAGTTGTTAAACATCGACAAAGATACCATTTCCATGAGGTGAGAGTTTGTTCTATTTTGGAAAATTGGAAACATTGGAACATACAATAATAATTTCTATCCAACCATTGTATTAAGCTTTAACGTTTCACGGTTTCAGAGATGCATGCCTTTTGTTTTCAGGATTGGTATTGGTCTTCAATTTTACTCCATTGTATGGCAGGCTATGCTTAAAATCAATGAAGATATGCACAAGATATGGAAAAATCAAGTGAGGGAGAAATCTTCACAATCCAGCATTTCAAGTTGGATTATGAATCTCCCCTTTGACACAAAAGTGAAGGAGTGGTTGGCTGCAGAAGAAAAATACAAGCAAGAGGTACAGATGAAAAACATTCTTCCTGCTGTGGCTGATAAATTTCTTGTTGATCAGCAAGCAGGTCAAGTAGGAGCTAGCATTCTTTGCTTCGATGAGATACAGGTAAATGGAAATAAACTAAGGAAAAATTCTGGCTGATATGTTTGCTTCATGATTGTACAATTCTTGACACTGTCAAAATAACATATGAATGACAGTGGATCATGCATTATGGTGTAAAAGTAGTAGAACATAATTCTGAAATTATGGAGGCCAACTTAGGAAAACTAGAGTTTTTTGAAAATTTGGAGTGAAATTTATGGAAAACAAAAATGTTGTTTTTTGGTTGCTGATATCTGAAACAAAGTTTTGTTCCCGCACGTTTTTTGTAAGCAAACATTCTGAAATTAGCTACCAATGATTCTATTCATTCATGATGTTTATTTGTGGGCTTACTTTGCTCTCTCTTTCAGACAGTTGATGTATTTGCTATTGTGGCCTTGTCTGGAATTGTAAGCAGATTGTTGAGTATTGGAACAGTTCTTGTAGCCACCAGCAATCGAGCTCCAAAGGACTTGAATCAGGTACCATTCTAATTGAAATGTTGAAGGAGAGAAGATATTCACTGGCTGGACATTAGAATTTTAATTTTCCATGTTATTATTTTCAAATCATACTGGCTGGTGAAGTCTGGTATTCAGATTTACAATGTAATCATATTTGAATAAGTTCTTATGTAGATGAAATTGATTCTTTTATCTGAAAAGTATGCATGGTAGTTTAAGGGAATAGAAAGATAAACTAGTCTATATTTTTTATTCCCATAATCAGTCATTTCTCTTCGTTGTATAGGACATTGATAATACCCATTGAAACTAACTAGTAAAACTATAGAGAAGGGACATAACTAAACAGTGGGAAAGTAATTTGTAATTGCAAAATTAACAGGGCAACGGAGCATTAGTACAACTACATGAAAATCAAAACAAAAAACAGTGGCCCTTTCAATTAGTAGGGGCCACTACCGACATTCTTCCCTTTCCTTCGGAGCTAATAACTTAATAACTTCTTCTAGTTTAAACAATTCTATTTCAAAGAGGAAAAATAATATGTGAAGAGAAGATGAGCGGCCCTCCCAAGGCCATCAAGCTTTAGAAAAAGTGCTCCATTTGGGAGCTAATAACTTTCTTCCTCTGACTTGTTAAGATGTTTGGGATTGGCGTTCATCTGACCTGTTTCTTCGGGATGAGGTATTAACCTGTCTTTGATATACTTTTCACCTTCTTTCTTAGATTTTTTTTCTCTTTGATGGGAAACAGAAAGAAATTCCATCCTTCTGTCCAAAACACAAACACACACAATTCTCTTCTAATAAAAGCCTCTAGTTGTCACCACTCACTAGTGCCAGAATGAATCTCCATCACTTACTGCACCTACATTCCTGCTTAGGCAACTGGTGGAAACGTGAAGATCTTCCTTCAGTTTCTCTATTTTTTCCTCACATCTACAACAATTATCTTTTCTTTTATTCTTTGGTGGTACTACATGAGAGGTTTTTGATTTCCTAAAACTTGCAGAAGAGATCCTGACGTGACCAACCCTAAGATGATAGTATCATCTGTGACTATAGATTTCATCCCTTTGTCCTCGGGTATTCACGTCTGTTATCTGTAAATGTGTTCCAATCAATCATCTCAGAATTCGAGACAGCAATTTGTTAGGTTACCACCTGCACAAACACAACCTAACAAAGCCCAGGAAAACCAAACAGAGATTGTTGTCTCCTGTTTGGGTTATTTTATTTATCAACAGAGAAAATGTTCCAGAACAAGCTCAAAGAACATGTATATCAGCAGTCTACTCACAGAACAAGGAATAAAAAAAAGAGTAATCACAGAGAACCAAAATCCACCCAGCACCTTCGAGAGAGCTGGAATTCCCTCCCTTCTTCAGCCTTCAGCTTTAGAAACTTCAGAAATGCCTCCTCTGCCTCCCTTGCCTCAACCGTTCTTAAACCTCAACTTCTCGTGGTCCCCATATGGTCCCGACTCGCTAACCATTTCTGTCTTCCATTCCACTGTCCTTTGCGGTCCCCGAATTACCTCTCTTACCCCTCCTCTGATAGGCACATCGAATTAGGGGTCTCACACAATTCCTTCTGGGTTGGACTACAAATTCCATTGGATTCTCTAAATTTTGCTTGCCATTTTGGGTTCCTCAATGTTCTGAATGGTTCTGTCACCTAAATAATCTGATTTCTAAGTTTCAGACTTGGAAGCTATAAAATTATTAGATCAACTCTTCTGGGGAATGATTCTCTGAAGAACACGGGTACTTTGAGGGATCAGCCTCCAACATATACTTTTTAATCAATTTATTCCCATGCAATTAGTACCTTCTTTAAGTGGCCATTTCTTATCCCCTTCAGAGCTACTGATATAACTATGGGATCTAAACAATAGTAAACCATAATTATCAAGAGGTACACACTGTGGCAGAACATTAGCAGAATGTTAAGGAGAAAATTCAAAATAAACCACTTAAACAGTCAAAAAGCAGGTAGGCAGTGAACTTGCATATGAAAAATCATCATTTTGATTGTGTTAGATGGATTTTGTTAATGCAGGATGGGATGCAGAAGGATATCTTCCAAAAGTTTGTCACCAAACTGGAAGAGCATTGTGAGTTTGTTCTTATTGGCAGTGAGATTGATTACCGGCGCTTTATAGCCCAAAGGTCTTTTGACCAGGTGAGATTATTAACAGTGTAACAAGGTATTCAAGGAAAAACTGCACACACAATTTTTAAGTATACGTTGTTGAATGTACATCTTATCCACATGAATGTTTCCACCTGGAGCTTTTATATCAATTAGAATTTTGAAAACTCGATTGCCTGTCCAATCCAATTTATCTTTAGTTGCTTGTTTAATATCATTTGCACAAAGTTATGTTACCATAACCATTAGTTATAAAGCGCAAGCACTTTAGTTTCAATAACGTTTCAACTCATTAGAGATGAATTCACCGATACTTCTTGGATACTTAAATTAGAGTGTTAGATCTTTTATAATTTTTTAAGTCAACTTTGGCATGTAGACATAATATAAAATATTGGAGAAGAGTAATGAAATTTGGATGAAAACATCACACTTGTTGAGAGAGGGAGGGAGGGAGGGAGCATATGTTTGATTTTGAATATATATAAAATTATTACTCCCATTGTCTTCCTTTCCTATTTTTTGAGAAACTGATGAGTTGCTGGGTTCATGGCATACCATGTTTATGTTATAGATTATGACTTATGAGAGAGTGGTCAATGTACCAGACATGGGCAGTGTGAGATGTTAATATTCATTTACTGGTGGCAATTTATTTCCTACAGTGGTTCATATTTTTATTAATTTATCATTTGATACACGTGTAGGTGCATTATTTTTGGCCTTTAGATTGCACATCAGTGGGCAAATTTGAAAAGATGTGGGTCGAAGTCACCAGCCAATTGGGAGGACAAATCACGTCTGAGACTATTCCTGTGATGTTTGGAAGGTACTTACTAAACTTAACTCAAATTTGTTCATTGAGGATGCTTTACCAATTGTATGTATATCATTCAGAAAATTGGAGGTATCAGAAAGCTGCAATGGAGTGGCACGATTTGCATTTGATTTTCTCTGTGGTCAACCGGTATTATGCTGATCTTTGTACTATTGACACAATGGTGTACAATGTGGTTCAATATGTCTTCCTCTGTGCATGTGTAATGGTGTACAATTGAGAGTTAACAATGTTGTACAGAATGGTGGACAACATGTCTATCAATTGTTAGTACAGTTATTTCTGTGAGGGCATATATAATGTTTCTATCTTTCCTTTATCGACGTCATGATTAATGTTTTAAGTAGGAAGGCCACCTACTTATATTATTTCAAACCTCTTGCCCTTTATTAATCGCCTGGTCTTGTAGCCTGATGGAGGAAGAAGTGGTACCAAATACAAAATTTTAAAGATAAGTCTTGATGAAGGGTTTTCTTGTAGATCAATGTAAAAGGGGAAAGGTTAGGTAGTTTTAGAAAAATCCGAAATGAGATAGCTTTAATGATCTGCAATGATTTAGCTGATAAAACATGCACATTTTCCCTCGGGTCTTCCAACCTTTTAGTTAAAAGTGCTCTGATATGGAGGATTGTTGGTCCATGGAAATTAATTGTTGGCTTATCAATTTTGCCAGAGTTCTCTATGACTCTGAAAGTTTTGACTTTTCAAGACTTTCTTTATCTCTTGATTCGATGCATTCCTATCTAGAGAGAAGATAGATTGACTTAGACATTACACTTTGAGAGGTATTTGTAGTTGTAACTCCTGTATGCCCTTCATGACAAGTAGGAGTTTCATCCCTGATCAACATGTTTCAATGCTACTGGTAATCGACAATCCTTGAATAATGTGAGAATCTTCTTCTCTCCAAAAATGCTCTCTCCTCTCTCCTTTCCCTTTTTGCTTCTCCCCCTTTCCTCCGTCGTCACTTTCCCTTCTCTGGTCTTTTGAGCTCGCCAGGAAGATGACGCGACACTTCCTCCCCCTTCCTCTTTCGATATCGATCAGAAGTCCTTTTCTATTGAAGTCTCCCATGGAATCAGGATCACTGAAAAATCGAGGGACAAGTCTTTTACACTCTCTCTTAAGAAAGAGTCCCTTTCTTGGATACACTCAATTTTTTCTTCCTTGATTGAAGCTCCATTGAACCAAAAGTTCTTTAACAAGTATCGTTTAGATGAATATGATTTATGGATGGAGAAAGTCTCTAACCAAAAAAGCCACTTTGCTGAGATCACAAAGCTTGGCATCAATGAAGGGTTAAACAAACTTATTCTGCCTTGTGGATCCAACAAATTTGGTTGGAAAGAGTTCTTTCGGGTGCTTGATGTTCCACAGACGTCTCCTTCAAACAATAAACAACTTATCTCTAGACCAAATGCACAATCCTACAAAGATGTTCTCCAAATAACAAAAGACCCTCCAGACCATCAATCATCTCCTCAATCTTCATCTGTCACAGCCCCACCTTCATTCATCCTCCCCATCCCTCTCGTGCAAGTTTGCTGATTTTTACCCTGAAAAGGCTATCATTATCATTAGACAATACTTCCATGATAATTGGCATGACATTCTAAGGGCCTTTCAAAGAGAAATCTCAGATTTTGGCTCCATCAACCCTCTACAACCAGACAAGGCCATCCTAGCAGTTCAGAACAAAGAACAAGGTAAGATTTTATGCAATATTAGAGATTGGTACGAGGTTGGTCCTTACAAGGTGAAATTTCAACCATGGAACATTGAAACTTTCTATAAAGAACAACAAGTACCATCGTATGGAGGATGGATCAAGGTTAAAAATTTACCCATCGACAGATGGTCTCTAGAAACATTTATACACATTGGAGATCAATGTGGGGGTTTATTGGAAGTGGCCCAAAAGATTCTCGCTCGTATGGATGTGATGGAGGCGTGCATTAAAGTGAAGAAAAATCACTTTGGTTTCTTGCCGGCCATTATTCCTCTACCATCTTCATCCTCAGAACCAATCACAGAAGATTGATCCATTTTTTGAAGCCATTCTCTACGTCGATCTTTTGGCAGAAAGGCACGATGAACTCCTTTTGCCGGCGCGTGAGAATGCAAGCGCAGAGGCCCCATCCAATTACAAGATCACTTCCTTCTCACCTACTGAGGAGAGTTATGACAATGGGCCCCATCTTTCGTATGCCAATCCCCATCCATCTACTGATCCATTAACTGAGGCATCTTCTACTCCATTTGCTTTATCCTCTGGATTAAGGTGTGAAAATGAAGCCCTTTTAGCTTTCCCCGATGCACCAAAGAGTCATTTAACAGCCTAAAAATCGAATCTTGCTTGTAAAGCTGGAGAAACCACCCTTTCATCTAATGCGCGCCTTCCAATGAGCTCTGAACATGCTGTCCTGATTGGTGAAACAACCCTCTCTGACGCACAGAAAACTAACTTTTTGGCGGTTTCCACAGACCATCGACGGCCTACCCCATCAATAACTCTTGCTTCTTCTTTACATCCTTTATCTTTAACTCCTCCTTTGATAAACCCTCCCTACCAAACCAACCTCTCCTCATCTCTCTTCCCTCCTCCCCAACAATCGTCCTCAACACCTTTGGCTACCAACCCATTGGCCATTTCATCCCATCATCCCAATCCTTCCTCCTCAGTCACCTTTAACTACCATTTCAAAGCCAACGGTAACCAGCCCACAACATTTTGAACCCTTCCCCTGCCATCGAAACCAGCATTGATCCTTCCATAGATACCAACACAAATCCATCGATTACAAACAACATCTTGGAGCCTTCATCCTTTACCAAACGGGCTGTCTTGCTGTCTGGCACCAAGCACTCGACGACCATTGTTGCTCTACCATCAGATGCCGACACCTATGCTCTTCTATCCAGCCCTATGCACGTGTCTCCACAGACTCACCTTGATTACTTAGGAGAAGATTGGTATGACTACTTACCACATAATAGTTTTGAATCATTCAACCCAGCTCCCCACTTGATAGCCTTGGCACCGTGGTTTAGAGACCTCGGCCTTTGCATAAAGGTGATCCTGGCTCGCAAACATTCCACCCGGTTATCTACTAAGAAAAAAATGGATTGAGAGAACTTAGAAACCTAGAGAGTTTTATCTCATACGACAAAAAAGCAAAAGCTCTGCTTATAGAATACTCCACATCGGCATGAGGTTTCTCTTTATGCCCTGCGTCTCGGTTTATAGATGGCACCACTCCGGGTTTCATTGATCCATCATCGACTTTGGGGTTATTGCTAAGCTAGATCTTCTCCTTTTTTGGATGTGCTTCTCCAATTATCCGCCTTTGGTTTTGGGGTCTTACACTTTTTTTGTTTTGGCCAAAATGTTATGGCTTCATTGCTCTCTCTCTCCATCATTTTTCTTATCATGGGTTGTCTTCTTCCTTTCTTTCTGCTTCATTGTATCTATCTATTGACTTCTTTTCTTGTAACTATTTGGATATTTCATTCATCAATGAAATGTTTTTTATCCAAAAAAAAGAATGTGAGAATCTTCTTATCTTGTTCTTTTGGTAAGCTTGAATACAACCAAATGCGTTGTTAAAAGCATTTGGTGAAAAATATTAGAAAGAAGTCACATTATCTGTTATGACACGTAGAAACATTAACAAAATTTGGGAGATAAGTCACTTTGATGTTTTTACTTGGTTCTGCCCTTCTAATCTCTTTTGTAATCATGATTCCTTTTTATGGTTAATGCCAAGTGGAGGATTTTCCTTTTCATTGATGATCCAGTTGGCTTCTTCGACTTTTTTCCTATAACTGCTTTTGCATCTTTTTCTGTCACTACGGAAGGTTTTTGGTTTCTTATAAAAGAAAAGACTTAAGAATACAAAATACTTGGCCGTTCAAAAAGAAGCGTTTGAATTCATCCTAATTTTTTTTTTTTTAAAAAGTTCGTTGTAACTTTCTGGTGGGGGATAGTGACACTTGTGTTAGTTCTTTAAAGCTTGTTAAATGTTCCATTTTATTACTTTTCTTTTAACCAGTCTCCATAGGTAGGTGCTGCAGATTATATTGCCTTAGCCAAAAACTACCACACTGTCTTCATATCCGACATCCCAATGATGAGCATGCACATTCGTGACAAGGTATGAGCGAGCATTTTTTTTTCAATATCTTCTCTGTAATATTAGTGAAGCTTCAAATTTCAATCAGGCACATGTTACCAGCCTAAGTGCCTAAATGTAATTTCCCTTGGTAATTTACATGCATATTTAACTGAATGTTGCTCTCTCTGGCCTTTGACATCTTTAAGCGTAGCACTTAACGTCTTTTGTGCTGCCCACCATTTCCCTCACTTTAAGCTTAGTGATTGCCTTTCGTTAGGCCCGACGGTTCATCACTCTCATCGATGAGCTATACAATCACCATTGCTGCCTATTTTGCTTGGCAGCTACTTCAATTGAGGATTTATTTCAAGGCACTGAAGAGGGTGCTCTTTTTGATTTGGAGAGGTAATTGTTCCTCCTGTGTTTTGGTTAAACATTGCTATGGTTTGTTCTTTTCTTTTCTTTTTTTGGTGAAACTCTCTGAATGTGAAGGCTGCCATGATACCCCATCTTCTTTATAAATGCTTCCACTTTTAAGTGAACTTTTCAACTTCAGTTCGATTACATTGATTTGTCAAGTATGTAATTCAATCTGGATTTCATTTCATGCTCGAGTATGCTTATTTACTGTCTGCATTATTTAAATGAATAACGGCTATAAGAGTTTGGCAAACGTGTTACATTTGAATAAATATTTTATTCCACTGTGCTATGAACTTAGTATTTCTGGTTGCAGTTTTCAGTTTGAAACAGAAGCAGAAGGGGGAAAGCTTCGTCGAAATGTCCTAGTGGAAGGCAATGTAGGATCAGTAGGTGCTCCAACTGCAATTGTGTCAATGCTATCTGGTCAAGAAGAGATGTTTGCATTCCGTCGAGCTGTAAGTTTCTTGTCTCCTTGGTTTCTATAATATTTCTTGTATGATTTGCAGATACTTATTTATACACTAAAGAATACTATTGCGAAGCAGGCTCTTTTCTGTGGAACCAATAGGTTCTTTTCGTGTTCGGTTTTTCCTCTTAGTATGAGATTTTAGCCTGGGGTGCAATTTCAAATATGTTGCTATATATTTGCTGTGCTCTAGATTTGGTTACTTTTGGTATTGAGACATGTAGTTTTTTGATATGCCAAAACTTAGTATTACCGCAAGTGCACGGGTCAAGTTATAATATTGTAAAACGGCCTAAGTCGAGTATCATCCTTAGGGAATTAGATTGCAGGGACTAAACTTGTAATTTAAACTTAATTTAAGGGCCTATCAAACACTTTTTAAGTTTAGGGGCTTAATAGTTATAAAGCAGGGACTAAACTTGTAATTTAACCTTCTAATGTTTAATGAAACTGTGATATTCTGTTTCTCTTTTCTTTTTACAATGAACAGAAAACAAATGCACTGCCACCGAATAATTCCTTTTTATCTTTGATAGTAACAAAAATGAATGGGATACAACCAACGATGGCCTTTTCCATCCTAATCCTTTGATTTTGAAATCCGGAAGAAAGTTTACCCTGTATTCTTTTTTCTGATTATTACCATTTTCTTCTCAACATTAGTCATCAGTCGATTTAATCGTGCTGTAACATCTGTCGATTTCGACCCATGCGAGCTTTGCAAAATTATATATACAACATTAGTCATCAGTCGATTCAAGGGTTAAAATGCAACTTTTAAAAGTTCAGGATATAATTGAAATTAACTCCATAGTTCAGAGGTATTTGTGATATATATATGAAGGGAAATGTTTTGTTTGGATATATTGTTCTGTGATTTACAGGTTAGCTGTGTGTGTAGGTTTCTCGATTGATTGAGATGCAGACACCATTATACTTGGAGGGAGTGCGAAACCTTCATCCATATTTCCAAAGACGAGAACAAGAATCATCAGTTGATCCAGCGCCCAGGTTCCAGTTTCAGCCATCATCTTGA ATGTGGCTGGTTAGCGGGAAGAACACGTCGTCACTTTCCATTTTCGTTGCAGTTTTCAGGTACATCAACGATTTGGAGCTCTCGATTCGGGAAATTGCAACGTTCTCTTCTTGCAGAAAAACAACACGCTATACTTCGAATCGAAGAAGGAGAAGAAATTGTGATTCGAAGATGAAAAGAGGACCTTCAACTTCAACAATTTCTTCGCTACTGTCGCTGAGGTTCACTCGTCAACAATCTTCGAAGTTCGGCGTTGATCCGTGTGTTCGATTCCTCTCTTCGTCTACAAAGCCTTCAGGGCTATTAAATCAGTACAAGCATCTAGTTGAGCGAGGGGAGCTACAACATGATCCTTTTCAAGAGAGAGTGGCTTCCAAATTGGAGAGTTTGCTTGGAAGGTTGGAGCAATATGAAAAGGATATGGAGGAGTATCATGTAAAACTAGCTAACTGGAAGCAGAATAGAGAGAACGAGAGGCGTAGACTTTTAATGGAGGAAGCTGAGTCTAAACAACAGGGTGATGTATGGACATCAGTAAACAAGCGCCGAAGCAAACTTGTTGAAACATTGATGTTTCGGAAAAATTCTGAAAATATTGAACCTGGAGTCGGAAAATGGGTTTCATACCTTAACCGAGAGAGGAAGTTGGATTCACTTGTAGGTCGCTGTCCTTCTGCTCCACATGCTCCTAGAGGACTGTACATATATGGCAATGTTGGAAGTGGGAAGACAATGCTCATGGATATGTTTTACAATGCTACTGAAGGAGTTGTTAAACATCGACAAAGATACCATTTCCATGAGAGATGCATGCCTTTTGTTTTCAGGATTGGTATTGGTCTTCAATTTTACTCCATTGTATGGCAGGCTATGCTTAAAATCAATGAAGATATGCACAAGATATGGAAAAATCAAGTGAGGGAGAAATCTTCACAATCCAGCATTTCAAGTTGGATTATGAATCTCCCCTTTGACACAAAAGTGAAGGAGTGGTTGGCTGCAGAAGAAAAATACAAGCAAGAGGTACAGATGAAAAACATTCTTCCTGCTGTGGCTGATAAATTTCTTGTTGATCAGCAAGCAGGTCAAGTAGGAGCTAGCATTCTTTGCTTCGATGAGATACAGACAGTTGATGTATTTGCTATTGTGGCCTTGTCTGGAATTGTAAGCAGATTGTTGAGTATTGGAACAGTTCTTGTAGCCACCAGCAATCGAGCTCCAAAGGACTTGAATCAGGATGGGATGCAGAAGGATATCTTCCAAAAGTTTGTCACCAAACTGGAAGAGCATTGTGAGTTTGTTCTTATTGGCAGTGAGATTGATTACCGGCGCTTTATAGCCCAAAGGTCTTTTGACCAGGTAGGTGCTGCAGATTATATTGCCTTAGCCAAAAACTACCACACTGTCTTCATATCCGACATCCCAATGATGAGCATGCACATTCGTGACAAGGCCCGACGGTTCATCACTCTCATCGATGAGCTATACAATCACCATTGCTGCCTATTTTGCTTGGCAGCTACTTCAATTGAGGATTTATTTCAAGGCACTGAAGAGGGTGCTCTTTTTGATTTGGAGAGTTTTCAGTTTGAAACAGAAGCAGAAGGGGGAAAGCTTCGTCGAAATGTCCTAGTGGAAGGCAATGTAGGATCAGTAGGTGCTCCAACTGCAATTGTGTCAATGCTATCTGGTCAAGAAGAGATGTTTGCATTCCGTCGAGCTGTTTCTCGATTGATTGAGATGCAGACACCATTATACTTGGAGGGAGTGCGAAACCTTCATCCATATTTCCAAAGACGAGAACAAGAATCATCAGTTGATCCAGCGCCCAGGTTCCAGTTTCAGCCATCATCTTGA ATGTGGCTGGTTAGCGGGAAGAACACGTCGTCACTTTCCATTTTCGTTGCAGTTTTCAGGTACATCAACGATTTGGAGCTCTCGATTCGGGAAATTGCAACGTTCTCTTCTTGCAGAAAAACAACACGCTATACTTCGAATCGAAGAAGGAGAAGAAATTGTGATTCGAAGATGAAAAGAGGACCTTCAACTTCAACAATTTCTTCGCTACTGTCGCTGAGGTTCACTCGTCAACAATCTTCGAAGTTCGGCGTTGATCCGTGTGTTCGATTCCTCTCTTCGTCTACAAAGCCTTCAGGGCTATTAAATCAGTACAAGCATCTAGTTGAGCGAGGGGAGCTACAACATGATCCTTTTCAAGAGAGAGTGGCTTCCAAATTGGAGAGTTTGCTTGGAAGGTTGGAGCAATATGAAAAGGATATGGAGGAGTATCATGTAAAACTAGCTAACTGGAAGCAGAATAGAGAGAACGAGAGGCGTAGACTTTTAATGGAGGAAGCTGAGTCTAAACAACAGGGTGATGTATGGACATCAGTAAACAAGCGCCGAAGCAAACTTGTTGAAACATTGATGTTTCGGAAAAATTCTGAAAATATTGAACCTGGAGTCGGAAAATGGGTTTCATACCTTAACCGAGAGAGGAAGTTGGATTCACTTGTAGGTCGCTGTCCTTCTGCTCCACATGCTCCTAGAGGACTGTACATATATGGCAATGTTGGAAGTGGGAAGACAATGCTCATGGATATGTTTTACAATGCTACTGAAGGAGTTGTTAAACATCGACAAAGATACCATTTCCATGAGAGATGCATGCCTTTTGTTTTCAGGATTGGTATTGGTCTTCAATTTTACTCCATTGTATGGCAGGCTATGCTTAAAATCAATGAAGATATGCACAAGATATGGAAAAATCAAGTGAGGGAGAAATCTTCACAATCCAGCATTTCAAGTTGGATTATGAATCTCCCCTTTGACACAAAAGTGAAGGAGTGGTTGGCTGCAGAAGAAAAATACAAGCAAGAGGTACAGATGAAAAACATTCTTCCTGCTGTGGCTGATAAATTTCTTGTTGATCAGCAAGCAGGTCAAGTAGGAGCTAGCATTCTTTGCTTCGATGAGATACAGACAGTTGATGTATTTGCTATTGTGGCCTTGTCTGGAATTGTAAGCAGATTGTTGAGTATTGGAACAGTTCTTGTAGCCACCAGCAATCGAGCTCCAAAGGACTTGAATCAGGATGGGATGCAGAAGGATATCTTCCAAAAGTTTGTCACCAAACTGGAAGAGCATTGTGAGTTTGTTCTTATTGGCAGTGAGATTGATTACCGGCGCTTTATAGCCCAAAGGTCTTTTGACCAGGTAGGTGCTGCAGATTATATTGCCTTAGCCAAAAACTACCACACTGTCTTCATATCCGACATCCCAATGATGAGCATGCACATTCGTGACAAGGCCCGACGGTTCATCACTCTCATCGATGAGCTATACAATCACCATTGCTGCCTATTTTGCTTGGCAGCTACTTCAATTGAGGATTTATTTCAAGGCACTGAAGAGGGTGCTCTTTTTGATTTGGAGAGTTTTCAGTTTGAAACAGAAGCAGAAGGGGGAAAGCTTCGTCGAAATGTCCTAGTGGAAGGCAATGTAGGATCAGTAGGTGCTCCAACTGCAATTGTGTCAATGCTATCTGGTCAAGAAGAGATGTTTGCATTCCGTCGAGCTGTTTCTCGATTGATTGAGATGCAGACACCATTATACTTGGAGGGAGTGCGAAACCTTCATCCATATTTCCAAAGACGAGAACAAGAATCATCAGTTGATCCAGCGCCCAGGTTCCAGTTTCAGCCATCATCTTGA MWLVSGKNTSSLSIFVAVFRYINDLELSIREIATFSSCRKTTRYTSNRRRRRNCDSKMKRGPSTSTISSLLSLRFTRQQSSKFGVDPCVRFLSSSTKPSGLLNQYKHLVERGELQHDPFQERVASKLESLLGRLEQYEKDMEEYHVKLANWKQNRENERRRLLMEEAESKQQGDVWTSVNKRRSKLVETLMFRKNSENIEPGVGKWVSYLNRERKLDSLVGRCPSAPHAPRGLYIYGNVGSGKTMLMDMFYNATEGVVKHRQRYHFHERCMPFVFRIGIGLQFYSIVWQAMLKINEDMHKIWKNQVREKSSQSSISSWIMNLPFDTKVKEWLAAEEKYKQEVQMKNILPAVADKFLVDQQAGQVGASILCFDEIQTVDVFAIVALSGIVSRLLSIGTVLVATSNRAPKDLNQDGMQKDIFQKFVTKLEEHCEFVLIGSEIDYRRFIAQRSFDQVGAADYIALAKNYHTVFISDIPMMSMHIRDKARRFITLIDELYNHHCCLFCLAATSIEDLFQGTEEGALFDLESFQFETEAEGGKLRRNVLVEGNVGSVGAPTAIVSMLSGQEEMFAFRRAVSRLIEMQTPLYLEGVRNLHPYFQRREQESSVDPAPRFQFQPSS Homology
BLAST of HG10013582 vs. NCBI nr
Match: KAG7024466.1 (AFG1-like ATPase [Cucurbita argyrosperma subsp. argyrosperma]) HSP 1 Score: 1039.6 bits (2687), Expect = 1.0e-299 Identity = 559/684 (81.73%), Postives = 573/684 (83.77%), Query Frame = 0
BLAST of HG10013582 vs. NCBI nr
Match: KAG6591578.1 (AFG1-like ATPase, partial [Cucurbita argyrosperma subsp. sororia]) HSP 1 Score: 995.3 bits (2572), Expect = 2.3e-286 Identity = 531/644 (82.45%), Postives = 542/644 (84.16%), Query Frame = 0
BLAST of HG10013582 vs. NCBI nr
Match: XP_038900047.1 (AFG1-like ATPase isoform X1 [Benincasa hispida] >XP_038900048.1 AFG1-like ATPase isoform X1 [Benincasa hispida]) HSP 1 Score: 972.6 bits (2513), Expect = 1.6e-279 Identity = 518/626 (82.75%), Postives = 525/626 (83.87%), Query Frame = 0
BLAST of HG10013582 vs. NCBI nr
Match: XP_022936535.1 (AFG1-like ATPase [Cucurbita moschata] >XP_022936536.1 AFG1-like ATPase [Cucurbita moschata]) HSP 1 Score: 969.9 bits (2506), Expect = 1.0e-278 Identity = 517/626 (82.59%), Postives = 524/626 (83.71%), Query Frame = 0
BLAST of HG10013582 vs. NCBI nr
Match: XP_023536384.1 (AFG1-like ATPase [Cucurbita pepo subsp. pepo]) HSP 1 Score: 965.3 bits (2494), Expect = 2.5e-277 Identity = 515/626 (82.27%), Postives = 522/626 (83.39%), Query Frame = 0
BLAST of HG10013582 vs. ExPASy Swiss-Prot
Match: Q8WV93 (AFG1-like ATPase OS=Homo sapiens OX=9606 GN=AFG1L PE=1 SV=2) HSP 1 Score: 147.5 bits (371), Expect = 4.9e-34 Identity = 115/431 (26.68%), Postives = 182/431 (42.23%), Query Frame = 0
BLAST of HG10013582 vs. ExPASy Swiss-Prot
Match: Q32PX9 (AFG1-like ATPase OS=Rattus norvegicus OX=10116 GN=Afg1l PE=2 SV=1) HSP 1 Score: 147.1 bits (370), Expect = 6.4e-34 Identity = 120/426 (28.17%), Postives = 189/426 (44.37%), Query Frame = 0
BLAST of HG10013582 vs. ExPASy Swiss-Prot
Match: Q3V384 (AFG1-like ATPase OS=Mus musculus OX=10090 GN=Afg1l PE=1 SV=1) HSP 1 Score: 146.4 bits (368), Expect = 1.1e-33 Identity = 121/426 (28.40%), Postives = 188/426 (44.13%), Query Frame = 0
BLAST of HG10013582 vs. ExPASy Swiss-Prot
Match: P46441 (Putative ATPase N2B OS=Haematobia irritans OX=7368 PE=2 SV=1) HSP 1 Score: 134.4 bits (337), Expect = 4.3e-30 Identity = 117/422 (27.73%), Postives = 177/422 (41.94%), Query Frame = 0
BLAST of HG10013582 vs. ExPASy Swiss-Prot
Match: Q5TYS0 (Lactation elevated protein 1 homolog B OS=Danio rerio OX=7955 GN=lace1b PE=2 SV=1) HSP 1 Score: 134.0 bits (336), Expect = 5.6e-30 Identity = 109/423 (25.77%), Postives = 179/423 (42.32%), Query Frame = 0
BLAST of HG10013582 vs. ExPASy TrEMBL
Match: A0A0A0LHA9 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_3G878760 PE=3 SV=1) HSP 1 Score: 970.3 bits (2507), Expect = 3.8e-279 Identity = 531/682 (77.86%), Postives = 552/682 (80.94%), Query Frame = 0
BLAST of HG10013582 vs. ExPASy TrEMBL
Match: A0A6J1FDZ4 (AFG1-like ATPase OS=Cucurbita moschata OX=3662 GN=LOC111443118 PE=3 SV=1) HSP 1 Score: 969.9 bits (2506), Expect = 4.9e-279 Identity = 517/626 (82.59%), Postives = 524/626 (83.71%), Query Frame = 0
BLAST of HG10013582 vs. ExPASy TrEMBL
Match: A0A6J1IG43 (AFG1-like ATPase OS=Cucurbita maxima OX=3661 GN=LOC111476619 PE=3 SV=1) HSP 1 Score: 963.8 bits (2490), Expect = 3.5e-277 Identity = 515/626 (82.27%), Postives = 521/626 (83.23%), Query Frame = 0
BLAST of HG10013582 vs. ExPASy TrEMBL
Match: A0A6J1C362 (AFG1-like ATPase isoform X1 OS=Momordica charantia OX=3673 GN=LOC111007517 PE=3 SV=1) HSP 1 Score: 945.7 bits (2443), Expect = 1.0e-271 Identity = 508/636 (79.87%), Postives = 524/636 (82.39%), Query Frame = 0
BLAST of HG10013582 vs. ExPASy TrEMBL
Match: A0A1S3CR63 (lactation elevated protein 1 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103503816 PE=3 SV=1) HSP 1 Score: 921.8 bits (2381), Expect = 1.5e-264 Identity = 495/629 (78.70%), Postives = 518/629 (82.35%), Query Frame = 0
BLAST of HG10013582 vs. TAIR 10
Match: AT2G25530.1 (AFG1-like ATPase family protein ) HSP 1 Score: 676.0 bits (1743), Expect = 2.8e-194 Identity = 360/626 (57.51%), Postives = 433/626 (69.17%), Query Frame = 0
BLAST of HG10013582 vs. TAIR 10
Match: AT4G30490.1 (AFG1-like ATPase family protein ) HSP 1 Score: 111.7 bits (278), Expect = 2.1e-24 Identity = 104/424 (24.53%), Postives = 161/424 (37.97%), Query Frame = 0
BLAST of HG10013582 vs. TAIR 10
Match: AT4G28070.2 (AFG1-like ATPase family protein ) HSP 1 Score: 104.4 bits (259), Expect = 3.4e-22 Identity = 103/416 (24.76%), Postives = 160/416 (38.46%), Query Frame = 0
BLAST of HG10013582 vs. TAIR 10
Match: AT4G28070.1 (AFG1-like ATPase family protein ) HSP 1 Score: 89.7 bits (221), Expect = 8.7e-18 Identity = 99/408 (24.26%), Postives = 152/408 (37.25%), Query Frame = 0
The following BLAST results are available for this feature:
InterPro
Analysis Name: InterPro Annotations of Bottle gourd (Hangzhou Gourd) v1
Date Performed: 2022-08-01
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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