HG10022595 (gene) Bottle gourd (Hangzhou Gourd) v1
Overview
Sequences
The following sequences are available for this feature:
Legend: CDSpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below.ATGTTTTTTTTTTTCCTTTTTTTTTTATTCTTAAATTTTTTTAATATAGGGTCACCATTGAGGACAACAAAGAAAAAAAAACGCTTCAGACCAGGGACAGTGGCATTGAGGGAAATTCGGAATCTCCAGAGATCATGGAATCTGCTAATTCCAGCTAGCTCTTTCATCCGAGCAGTAAGGTTTTTTTTTTTTTCTTTTTCTTTTTCCTTCCTCTTTTCCTCTTGTTCATGTGGATACAAGGACATCCTTGCATGTATATTTTCACTAATTGATTTAAGGAGCCAAAATCCAAATATAGTCAGGCTCTTGATTTCTAGATAACAGAAATGGCCAGTACAGGAACTCAGGAGAAATGAAACTTCGAATATGAGAAAAGAACATTTAAGAGAAAAGTCCTATATTTGGATTCATACTTCTGACAAGTACTTGTAACCTAGTTTATTGTACTTACAGTTATATAAAAATGAAAATGGTCTAAATGCAGTTGAATATGCCATGCGATTATTTTGATAGCCAATTTTTCATGTTTCTGGTCTCATATTGAGATGTCTGCTTCTTTGCCATGACAGTAGTCTTGGTGCATATATTCTATTTTATAAGAGTTCACTCTATACATTTCTGAGACTATTTCTTTTGAAGAAAATGGAACTTGAATCAAGAAATGTGGAACTATAAAAATACTGGAGCCCGCCTACTTAGTATAGGCATTATAGTTGCTACCTGCCTAGGATAAAATTCTGTAAGTTTCTTGACAATGAAAATATTTGAAGGTAAGGTGGTCTCATGAGATTGATCAAAGTGTGCAATCTAAGTTAGACACTCACGGATATAACTATATATTTACACATATGTAATGAAAACAAAGGGGGAATATCATGAACAACTTAGTAGTTGAAACCCATGACACAGCATTGAAATCTGCTGAACCTCAGCCCTTCTGCCATTCACAAAATTCTTTTCTCTTGCCAAATGTTCCACATAAGAGCCTGATAACCAGCTTGTCAAAAAGAATCCCCTTGTCCTCAAATGGGGCTTTGTTAGTTGGGTTCTTAAAGAGCAAGAACATATTACATGCTCATTTTGTAATTACGTAAAATGTATTGCTTCTGAAATTTGCTCACGCGACGGTTATAATAAACCTTTGTAGGTGAAAGAAGTAAGCTACCAGTTGGCTCCACAGATTACGCGTTGGCAAGCTGAAGCTTTAGTAGCTCTTCAGGAAGTAATTGCTTCTTTTCTATGGTTTGGTTGAGTGAGTCTTGCTTTATCTGTCTAGACTAATGAGAAGAGTTGTGTCTTCCACTTTGTCTATACTGGAAAGCAGCTTCTCTTCCTTTATACTACACTATTTTTGGCAATGGCGTTGGGAATTTCAAGCTTATAATTTTTTTAATTTGTTGCAACTTGCAACAAATTAAAATGCTTTTTGTTGTGTGAGTGTGTTTGTGTTTCCTTTGTTTAATAATTAATTCTTGATTTATATTAAGAAAATTTGATGTTGTGGTTTAATACTTCGAAAATACCTTTTGTTTCCCGAACTTTTCTATTAAGGAACATAGTAGAAATGTTGGTGGTTTTACTTTATTGTCTTGGAACTACTGGTTTAATCAACTTGCGTGTTTGTGTTATAACCTTGTGCCTCTCGATAGCAAGCAAGTACTTGTGCAGTTTACTTTTAATTTTTATTCTCACCTAGTTCAGATGGTTGGATTTTATGCTATCTTTAATTGTGAATTCTATTTCCATTTAACTAATTGAAAGTTGAATCATATTGTTTCTTAAAGATGGGAACAAGGTGAAAACATCAAACCTTCTCATGTTTCTTTTGAATTTCTGATTTGGACCATAATAATATTTTTCCCTTGATTTTTATATCTATGAGCATTTAAAGTATGTTAAACAAGCTTTATCCTGTTGTCAATTTTTTTTAATCTTAATTTATCCTCATCCTGTTTATAATTGATCATTGACTCACTGTTATATTTCTATCCATTGCCTGTAGCATTTGGCTTAAATACTTGGTGTTGTTACAATATATTAGAAGCAAGTTGGTTACACAATATTTATTCACTTTTATGTGCAATTATGTTGTTATTATAATTTCCTTTTTGAGTTAGTTTCTTCCGTTTTTGCTGTTGCATATAATTTTTTTTCCTTCTTGCAACAAACATCTTACCGACCTGATTCAGGTTTTGTAGTGCAATCACACATTGTATCACGTGTTTCTGTGAAGCCTTTTGTATTTTTTTCGAAATCTGGTTTTGGTTAAGTTTTCTTAAGATCAAGTAAAATTGTACCATTAAACTGCTCGCATCTCTCATCTGTAGGCAGCAGAAGATTTTTTGGTTCATCTATTTGAAGATACCATGCTGTGTGCTATTCATGCCAAGCGTGTAACTATCAGTAAGTCAATCCTTACATGTTTGAGTTTAGTTCCAATTTCGACTTTTTCTGTCAGTATTATTTTGGTTAAAATACCATTTTTGTCCAAGTATTTGAGTTTTGTTCTATTTTGGTCCTTGTATTTTCGATTGCCTAATTTTTAGCCCTTGTGCTTCCAATAAATTTTAAAATCAGTCCTTGTAGTCACTATCTTGTTTATTTTCTCGCCAAAACATTAGTCTCTATGAGCATCCCTTTATTAATTGTGAAAATATATTTACAGGATGTCTTTTCTTGCATGTAAATTACTATTATTATTTAACTAATTTTAATTTTTTTTTTTTAAAAAAAAGAACTTCTAAGGACTAAATTTAAGATTTATTGAAAGTAAATGGAGTGAACTTAAGATTTATGGGAAGTACATGGTTTAAAATTGGGTAATTGAAAGTACAATAACTAAAATGGAACAAAATCCATAGTATAGAGACCAATATGGTATTTTAACCTCATATTTATTTTAGGAAAAATATACAAAATAGTCCCTAATCTTTTAGGCAATCCTCAATTTGGTCCTCTATCTTTCAAAGTTCTCAATTTTATCGTTAATGTTTTAAAAATTCTCAATTAGTTCTTTTGTTAAACAAAGTTGTTAAAATTTGTTAAGAAAGAAATGATTGATCATTATAATTTGTTGTTTTGTTAAGATATTTAGACTCATTGTCACATGAGATCCAACTTGTTTATTCTTAAAATCTAACCCACCATGAGCAAAATCCATTTTTTCCTAGTTACTCATGTGTCCAAATATGTCAACAAAACAATAATTTAATTCGACATAAGTTTTGGTAACAAATTTTACCAAAGGGTAACTAGGCCTACCCATGTTCGTTGAGACCTTCCAATTTGTTAAAAAATTATGTGCTTTACTTAAACACTAACATAGTTTCATACCCACTTGCACCAGCTTTCTCCTCCGTTTTGGGTGATATTATCTGTTGCATTATCAAGAGATTATTTTTAAGAAATGCAGTAATATTGAAATCTATTGTGTGATTAAGGCAAGAGTACATGAGTCGCTATACTTTTGTTTAGTTACTCGAAGTTTCTAGCTGAAAAAGATAAGAAGCAAAAAGAATACCCAAGAACGTTTAATTGAAATATACAATATTTTTCATGGCATCAAAAATTGAGGTTTTGTTTTGCTTCAATTTGATAATTGAAGTAACCTTTCTGTTTGAATTAGGTTTAGTTGATGGAATTTGATGTTTCTACACAATGGTCAAAGATCCAAAAGCGAGCATATGGACTAGGATAGTTCAACTTCTTTTGGCTCGATGCAGTACGCTTCTTTAGATTGCCTGTGTTAGGAAAAAGCTTGATAACTTTCTTTTTAACTCATTTTGGATATCATGCTTCTTCCTTTTCCTTCATTTCATATTTGAACATTAGAACTGAAGAACACTCCTGGATTTGATAATCAGTACTTTTGACTTGTAAAATAGTTGGACGCTCGACAGAATAATACTCTCAAACATGATTATGAACTGTGTTAGGTTCCAATATCTGCCTCACTCTATAGATCTTTATTTTCTGCTGTCTTCCAAATTGTTTATTGATCCTCTGAATGTTATCCATTTCCGTTCTTTCCATTCAGTGAAAAAGGATTTTGAACTGGCACGTCGGTTAGGAGGGAAAGGGAGGCCATGGTGAGAAGAGATGTTCAATAGAAAGAGTAGCCGCTTTAGCAACCCAACATCACCTCATTAACCGGTATAATAGAATTCCAGTTGTTGATTGCTAGTAATCTGTATATTTGAATGTGTAGAAATTAGGTGGTAGACAAGACCAAAATTGTTTGTTGCCTAGCACCATTTATGCCACAGCCTCCAAAGTTCCAATGCTGCATCCAGATTGAATTTGACTCGAAATACAAAGTTTATGTTAGCTATCTTGAAGGAGATTGTAGGATCTACTCAGCTTTGATGTGGCCATTGATTCTGACTCTTGAGTTGCTTCTTCCTGTGATCTGTAACTTTGTTTCATTATGTTATCAGAATACAACATTTTGCTGGCAGCTCTGCAAAAACAAGACACCATTAGTTTGGTCAGCTCAATCTCTTTACTATTTTGTGTGTTTTAAGGCGCATTGCCCCTTTTGTTTGAATTTTTGTTCCTCTCTGTATATCTTGTCTTTAAGAAGGGATGGGTTAAAACATCCTTTTAGTCTTTTTTAATTATTGTAACATTTGGTGTTTTGTATTCTCTCTGATGATTTGTTTTTTTGTACTACTGAAAATTTTATGATTAAATATGTTAAAAATCTTGTGATATTTAGACCGAGCTTGATTTTGTTGTAGGAAGTGTGCCAACTTTGTTTTCTTAGTTCAATTGTGCACTGATTCTTGATGAGATTTTTAACAAAGTTATGAACCTGATGATTGTTCTATTTTTAAGGTATAAAGATTAAATTTGGCTGAGCTATGCAAAATACTCCTAAACTACAGTCTTGATTTCAACAATGCCGTGCAACTTTAAAATGTTGCATTTAATGTTCTTGTCTTTTCAAAAAGTTTTAAAACTACTATTGTTGTTAGTAGTAGTTGTCAAAATCTTAACAGCTTGTAAAACCATGAAATGATTATTATCATTTGATGTTAGGAGCATTTTTTAACTTTTTTTTAAAAAAATAATTTTAAAGTTATTTTTGCGATGAGATTATTGGTTTTTGTTCATATAGTAATGGTGGAGGTATTTTTTTTTTAATTTTTTTAAGTTTAAAGGCATTTTTGAAACTTTTGAAAGTTCAAGGGTACTTTTGACACAAAATACAAAGTTTAAGGGTATTTTTTATTATTTAGGCTACAATCTTTTATAATTTAATATTATTATTGAAACAATAGCCATAAGTTCAAGGGTAGTTTGTATCTTCTAGTCATTAAGAGGGTGTTTGGTTTACCAACTTAAGTTGAGTTGAATTCGTTAAAATAATGAACTCTCCCTCCCTCCAATAGTTTCGACGACTTCACTCATTGGCAACTAATTTCAACAACCACTATTGGTGACCATGTTGCCTCATTCTGATGCCATCATCACTTACGACATGCTTTAGCGACCAATTATAATGGCCACCTCTGATGGCCAACTCGAGCAACCACTTCCAACGATCACTCCAGAGACAACTACTTCCAACGACCTAATTTCAATGTAGACGCCTCCAGTGATCAACTACAACAACCACCTCTAATGCCTAACATTGGCAACGACCACCTCAGGTGACTATCTCCGACAACTACCTTTGGCAACCAACCAACTCTGCTTATCATTTCTAATGATTAACTCTAACAACTAACTCGAACAATCATACTAAGGAAAAAAAAACTCAAACGAAGAAAGTGATTTTAAATATAAATTTGAAATTATTAGTTCATAGTGTTTAATAATTATAATCTTTAACACTAATAGAAACACTTTGAGTGTATATCAAACCAAAAAAACTTGTGTATAAAAATATTTTTGAGAAAATTTAACCAAACACATGAATGCTTTTATTTTGAATAGTTTTTTATATAAAAAAAAGTTTTAATGAAAATGGTTTTTGAAAAATATTTTATTTTTAGGCAATTCAAATATGACCTAATTCAAGTTTTTCCCCCTTTTTTAGTGTTTAATGAAAATCAAAATGACATGTTAAAAAGGAATATTAGCAATCCAAACATACCCTAATTTGGGGATTAAATTTGCAATAAACATATGTGTTTGGAAAAATAAACTAAAATGATGTTCAATTCAAATACAAACAAGCCTAATCTATAGAAATGATCAACTATATAATCAAAAGGCCAAATGTAGAGAAAAAATGTAAGAAAGAGGGACTGCAAATTTTTTTTTTTTTGATAAACCCTAACCCATTTTTTTAATAAACAAACTCGTAGACCCTTAAATCAAACTCTTAAACTCTAAACTCTAATCTCACATATTTTGTTTTATACTTTTCTGAAAGCAAGGGGCCTAATTCTCCTTTGGCATAAGAACACTAATCTCGTTGTTTCATATTTTTTGTGGGGCACATTGATGTGATCGATAATACTGGTTGGTGGAGATTTACTGGCTTCTACAAAAATTTGGTTAAACACTTGAAAAGTTAAGTCAAACACACATTTAGATATATATTGTAGACTAGACGAAGGGAATAATAGAAAAGAGGAAAAATAGGAAAGCGTTAGGCTATATATTGAAGCACTAAATAGAGAGGAAAAAAGAAGGGAGATCAAACTATTTACATATACTAATCTCAACTTAATACAAAATAAATATATCAAATAAAAAAGGGAAATTTTTACAAATAGAAAAAATGTCAAACTATTTATAAAAAATAGTAAAAAAAACACGGATAGATATTGATAGACTTCTATCAGCATCTATCGATGAACTTTTATCATTTCTATCACTTTAGACCTTGATAGACTTTCTATCAGTATCTATCACAACTATCTAAAAATTTTGTTATTTTCTGTAAATAGTTTCCCTTATTTTTCTATGAGGTGGACATGGCCGCAGGTTAAATAGATAATTTTTTTTCATTAATACAATTTTAATATAGAAAAAAAATGAGGGTATCTTTAATATAAAAAATTAAAAAAAAAAAAAGTAGCAAAATTTTAAGCCAGTTAAAGCAGAAAATTTTATTTAAAATGGACATTTTTGAAATATATGATTGAGAATTTGCTATTTCTAATAATTTCTGAAAACTAAACCCTAAAAATTGAAAAAATTAAACCTTCAGCCGCCCTTCACAGTCTTCACCTCCATCCACGGCTACAGCTCTTCCTTCGACACCAACACCTCCACGGCTGCACCTTCTTCTTTCTTCAGTCCACAACTTCACCTTCTTCCTTCGCAGCTTCACCAAACAAAAAGGTAAAATTCTTCACACATTTTCAAATTTTTGTTCTTAAGCTTTAGGTCGAAGACAATATAATTTTTTCGGATTTTTTTTCTTTTTTTATGAACCATGTTTTTTCGAAAGTTTCTTCATCACAAGCTTTGTTAAGAAACAATTTTAGTTCTGTTTCAGTTGCTTCACTTTCACCTTCGGCCACCAGCGGCAGCCGGCAGAAGCTCCACCTCCTTCCTTCGACAGCAGCTTCACGCAACAGAAAGGGTAAGAATCTTCCCACCATTTTTTTTGTTCTTAACCTTATCTAATGAGTGCTGCTACTCAAATTGCATTCTGTGTTTTAAAAATCACCTCCTCCTTTCAGCTTCGGATGTGTGTGTGTGTGTGTGTGTGTTTTTTTTTTTAGATTCCGTATCAATGTTTTCTGTTATTTCCGTCGTGAAAACCTTTGGACTTAAAGTTCATAATTTTCTCTCTGCCAGAGCAGAATCGGATTTCATATTACTTGTTCATTACCTTTGTTTTCGGTCCTATTCGCCAATGGCGCCGAATAAGAGGAATAGGGATAGGCTGCGAAACCCGCAGCCTTTTATCACCACAGATGATGATGCGGTGCCCATCAAGCAACATTCCAAAGCAAGAAAGCGCCAGCATCAGGAGGATGAGACGCTTTTGTCCTCCGGGATGAGCTCCAAGATATTTAGAGAAGCACGTATTCAGCAGAAAGAGAATGAAATTGAAGCTAGAAACCAACATCATGCCAACCCTTTCTTTGATCTTCCTGATGAAGAGCTTCCCAAGGACGAAGAGGACATTGATGATTTTAGTGGATTCTCTGAAACTCAAACTCAAATTGCTACTTATAAGGAGGTAATGTAGCGTCGCTATATATATGAATTTGATATTATGTGCTTTAGGTTTTTGGACCATATGGGATTTTAGTTGATTTTTGTTTTTTCTCTCCAAATTTTCTATTGTATCAGGAGGATATTGCTGAGGAAGATGAGCGCCTAGTGGAAGCTTTTCTGTCAAAGGATGCTGGTCCACAACATACTCTTGCCGACCTTATTGTTAGGAAAATCAAAGAAAACACTATCGTCTCTTCAGGTCTGGACATGTTTTAGTGTTTATGCAAGTTCCAATTTGATGATACGCTTGATAATATTTCATTTGTGCTGTGATTTCATCGCCATCGATGTTTGCAAATGCAGATGCACAGCCTTTGCCAAAATTAGACACCTCTGTCATAGACTTATACAAAGGGTATCAAGCTATCAATTCTCTTGATATTTTTTTAGAAGAAGAAAGTTGGGATATTTTGTTGAGCTGAATTAAAATACTTCATGCAGAGTGGGAAAATCTCTCAACAAGTATATGGCTGGAAAAGTACCCAAAGCTTTCAAGCGCATCCCTTCCATGCCACTCTGGGAGGAAGTGTTATATTTAACCGAGCCTGAAAATTGGTCACCAAATGCTATGTTTCAAGCCACAAGAATTTTTGCGTCCAATTTGGGAGTAAAAAAGGTGGAGAAATTCTATAAGTTGGTTTTGCTTCCAGCAGTAAGGAGAGACATCCAGAAGAATAAGCGGTTACACTTTGCCTTGTATCAAGCATTGAAAAAGTCCCTGTATAAACCCACTGCCTTCTTCAAAGGAATTTTGCTTCCCCTCTGCGAGGTATTGAAGTCTTAACCATGATTATATTTTATTATTTTTTTCCCATAGGAAAGAGGAATTTTGTTGTTCGAATGAAATTACAATAGGAAATTACTATAGGAGTACAAAAAAAATTCTTCCAATGAGCTATAAGAGAGCTTAAACTATAATCACAAAATGGTGAGGATGGTTTACACCAAGAGAGCGCCATGAAAGTAATGTATGAATGCAAAGTGTCAATAGCTCAGATGGCTTTCGGAAAAATTCAGAGGTGGTAGAATTACCAGAAGCATGAGGGCCTTTATGCTTTTATTGATAATTCTAATTTAGTTGATATCCCTCTAAAGAATGGGATGTATACTTGGTCTAACCTTAGGGAGAATCCAACAGCCACTCATATTGATGGGTTTTCCTCTCTCCTGACCGGTTTAGAGCCTTCAAAGACTACTTCCTTCATAAATTATCTATACCAACTTCCGATTACTTCTTGTTGATGCTCTCTTTGGGAAATCAGAGCTGGGGTCTATCTCCCTTCAGAAAGTACCAAAAGCATGAGGGCCTATTGAATGGGGTATTTCCTTTTCCTCATTCCCTTCCAAAACAAAAGCATGAGGGCCTATTGAATGGGGTATTTTGTACACACTGGTCACTGAACTTATGGATCTGTAGTCTTTAATTCCTCCTGCCTTCTCCTTTTTAACTTCATTCTGCACTACATATAGAAATTGATACCTTGTCAACGTGTCTCTTAATTTTATTGCTTAGTTGCAATTTAAGGTGCTCTAATGAAACCTTGGTTTTTCTTTCTACAGTCTGGCACTTGCAGTCTGAGGGAGGCTGTGATCATTGGGAGCATTATTGAAAAGGTTACGATTCCTGTGCTTCATTCAAGGCAAGTTAGTCATTATTGTATCAAACTTCATTTTATGTTTAGAGTTTTTTTCTTGAGTTCAGGTACACACCTAGACATGACACACATTATTGCGAGTTGTTTAATTCGGGATTTTGGTTTTGTCTACACATTGCAGTGTTGCATTATTTAAGCTTGCAGAAATGGAATATTGTGGCACAACAAGGTATTAATCGACTGCCAAGTGGTATTGTGCATAATTGCATGTTTTTGTTTAATCTCATAAGGTGGAAGTTTACGGAGATGAAATATGGCACAACCAGATATTATTCTTAAACTCATGCTAGGTGCTTCGATTTCGAAGACCTTTATAACTATTCTATAGGTTATATCTTGTATAGCTGGAGCCCCTTTCTTTAGCCGGGCTTCCTTCATGTTCAGTTGTATAAGGAGGATGACAAAATTATCTACCTCCAAAATCTTAAAAGCAGGAAGGCTTCAACTTCCATCATTGTAGAATATTACCATGCAGTTTTAACAATATTTTTCGCCAACTTAAGGAAGTTGACTATATTAATAGGAGGAATAGCTAATTTTGGAATGATAGTTCAAATTGTTAAGTATTCAGTTGGAAGGCTTCATCCTACTCTGTAATAGTTTGTACTTTGCAACCAACTATGTCAACTAGGATCATATTTCCTAATTTTTTGCGATCAATGATGTTGTCTATGAATAACTGTACAAGATCTTGTCATTAGATTTGTTGCCAAAGATCTGTGCCTGGGGTTCTTTTGGTGGTTCATCGGGGGAGGGAGTGGTGGTAATCTTTCTGGCTTTAGATGGGGAAAGTGTTGTATATGTGCCAGCACTTTTACCACATTACCTATTATTTTTTTTTTGGTGAACTTTCTCTGTACATGGGCAGTGAGAAGGCAATACAATAACAAATGTTCTATAGTTTTTGTATAAAATTTCTTTCTGCAATGCCTAACTGGTGGCCTCCTTTAATTATGGCAGTTATTTTATTAAGCTTATTTTGGAGAAGAAATATGCATTGCCATACCGTGTAGTTGATGCAGTCGTTGCACATTTTATGAGGTTCCTTGAAGAGACACGAGTAATGCCTGTAATATGGCACCAGTCACTACTTGCATTTGTGCAGAGGTGAGCAAAAATTTTCCTTTTTCATGTTAATATTGCCATTTCACGTGCTAGGTTGCCTTTTTTTAGGCACCAATTATGTTTGTACGTAATACAAATATCTTTAGAATAGTTTGTTTCAAAATTTATTTGACACAATGCCGAAGGAGAAAAATAGAACCTTATAAAGGACCAAATGTCACCTCACCCCTGTAAAGGATCCCCCCCCCCCCCCCCCCCCCCCGCAAAAAAAAAAAACAACAAAAGGCCCCCACAATAAAGCACACATTGTGTTGTTACAAAAATCTGTCCCTCCTCCGAAATGGTGGATCATCTCATTATAAACCCTAAGATGGGTAGACTGAAAGCCAAACACCTAAAAGAAGTAACTCCAAACAAACTGAATGAAGTTGCATCTCCAAAGTAGATGATCTAGGTTTTTCTCCGCCCTTTGAAAGAAGAATGCAACAAAATGACCCAACCATAATAGGTATTTTTTCTCAAAAGCCGATCAAGAGTATGGACTCTTTTGTGGATTACCTGGCAAACAAAGAACCTTCACATTATTTGTTATTTTCACCTTCTGGCTTCTACAAAGATGAGGAAATAGACTCCCTGGAGGGAGTTAGGTTCAATAAATAGTTAAAAAACAAACTACGGGAAAAGCCCCCACAAGGGATTGGGCTCCACGCTCCAGTTAACGTCATTTTCCCTTGTTCTAAAGTCAAAACTCTGCCATCAAAGTTAAGAGAGTCATGGCATTTGTCGTTTTTGTTTCAAACAAAGAACTATGGAAATCAAGCGAAAAGGGGAGCTCCCAAAAAAATCTAGTACATCAGCAACAGAACAATTGTTCATATAATTCCAATGATATAAATGGGGAAACAAAGAGAGGAGGGGTCTATCCCCCACCCACTTATCATTAGAAATACGTTTCTTTCCCACCATCCACAATGCGAACCACATAAGAAAAAGACCACGCCTTGTTTCTTTTAAAGTCATATCAGTTGAATTACTCAACACCGCTAACTTAAGTTTGAGTGCATTTAAAAATGCAAAGAGCAGTGACCCATAGAGAGAGTTTCATTTAACTGAAGAGAGTGACATAACGGTATCAGTTATCACATCATCGAAGAGGAGAGATAAACTGAGGGGAGAGGTGGACGTCCTCCAATCTTTAGATAGTAAAAAATTGTATTTATAGATCATACGGTGCAAGGTTGAACTCTTGTTAAATTACAATGTTTGTTTATTTTTTCAATCATCTCTAATTAAATATTGCCATCGAGAGAGTAGAGCATCTGTATTAAAATGGTGCTATTGTTCCGTTGGAAGCATAGAACAAATCAATTCCTTTTTCTACTTCTTTCAATTTGTAAGTTTGATTCTTCGTCAAGCAGTTTGCAGTTTTGACGAGAAAGGACTTTTTATATCTTTTTTTTACCTTTTGATCATCTCTAGTTAAATGCACGTTAATAAGTGAACGTCAAACTTTAGACTTTTTATTAAGTGATATATGTAATATGACATTTATATTTGTTAACCCAATGGAAGTATATATAAAGTTTGTGTATAAATAAACAATACTTACATCAATAATTTGACATTTGTAATGAATGCCTTTCTTTATAATATTGTGGTGTCACTTGAGACTGCATTTTAGTTTTTGTGAGCATCTCATGCAGGTATAAAAATGAACTGCGGAAGGAAGATAAAGCAAACATCAGAATTCTTCTTCAAAGTCACAGGCACAAAGATGTAAGACTGAATTCTTTTGACATGTAGCTTCACGAATCTTAATATTACTTTCCAGTATGGTTTCAAATTACCTTAACAAAAATGTGCCTTTTGGAGCTGTAGGTTACTCCAGAAATTGTGAGGGAACTAAATAATAGCCGCAGTCGTGGTGAGAAGGATACCACTACAAATATCCTTTGA ATGTTTTTTTTTTTCCTTTTTTTTTTATTCTTAAATTTTTTTAATATAGGGTCACCATTGAGGACAACAAAGAAAAAAAAACGCTTCAGACCAGGGACAGTGGCATTGAGGGAAATTCGGAATCTCCAGAGATCATGGAATCTGCTAATTCCAGCTAGCTCTTTCATCCGAGCAGTGAAAGAAGTAAGCTACCAGTTGGCTCCACAGATTACGCGTTGGCAAGCTGAAGCTTTAGTAGCTCTTCAGGAAGCAGCAGAAGATTTTTTGGTTCATCTATTTGAAGATACCATGCTGTGTGCTATTCATGCCAAGCGTGTAACTATCATGAAAAAGGATTTTGAACTGGCACGTCGGTTAGGAGGGAAAGGGAGGCCATGCCGCCCTTCACAGTCTTCACCTCCATCCACGGCTACAGCTCTTCCTTCGACACCAACACCTCCACGGCTGCACCTTCTTCTTTCTTCAGTCCACAACTTCACCTTCTTCCTTCGCAGCTTCACCAAACAAAAAGTTGCTTCACTTTCACCTTCGGCCACCAGCGGCAGCCGGCAGAAGCTCCACCTCCTTCCTTCGACAGCAGCTTCACGCAACAGAAAGGATTCCGTATCAATGTTTTCTGTTATTTCCGTCGTGAAAACCTTTGGACTTAAAGTTCATAATTTTCTCTCTGCCAGAGCAGAATCGGATTTCATATTACTTGTTCATTACCTTTGTTTTCGGTCCTATTCGCCAATGGCGCCGAATAAGAGGAATAGGGATAGGCTGCGAAACCCGCAGCCTTTTATCACCACAGATGATGATGCGGTGCCCATCAAGCAACATTCCAAAGCAAGAAAGCGCCAGCATCAGGAGGATGAGACGCTTTTGTCCTCCGGGATGAGCTCCAAGATATTTAGAGAAGCACGTATTCAGCAGAAAGAGAATGAAATTGAAGCTAGAAACCAACATCATGCCAACCCTTTCTTTGATCTTCCTGATGAAGAGCTTCCCAAGGACGAAGAGGACATTGATGATTTTAGTGGATTCTCTGAAACTCAAACTCAAATTGCTACTTATAAGGAGGAGGATATTGCTGAGGAAGATGAGCGCCTAGTGGAAGCTTTTCTGTCAAAGGATGCTGGTCCACAACATACTCTTGCCGACCTTATTGTTAGGAAAATCAAAGAAAACACTATCGTCTCTTCAGATGCACAGCCTTTGCCAAAATTAGACACCTCTGTCATAGACTTATACAAAGGAGTGGGAAAATCTCTCAACAAGTATATGGCTGGAAAAGTACCCAAAGCTTTCAAGCGCATCCCTTCCATGCCACTCTGGGAGGAAGTGTTATATTTAACCGAGCCTGAAAATTGGTCACCAAATGCTATGTTTCAAGCCACAAGAATTTTTGCGTCCAATTTGGGAGTAAAAAAGGTGGAGAAATTCTATAAGTTGGTTTTGCTTCCAGCAGTAAGGAGAGACATCCAGAAGAATAAGCGGTTACACTTTGCCTTGTATCAAGCATTGAAAAAGTCCCTGTATAAACCCACTGCCTTCTTCAAAGGAATTTTGCTTCCCCTCTGCGAGTCTGGCACTTGCAGTCTGAGGGAGGCTGTGATCATTGGGAGCATTATTGAAAAGGTTACGATTCCTGTGCTTCATTCAAGGCAAATTTGTTGCCAAAGATCTGTGCCTGGGGTTCTTTTGGTGGTTCATCGGGGGAGGGAGTGGTGTTATTTTATTAAGCTTATTTTGGAGAAGAAATATGCATTGCCATACCGTGTAGTTGATGCAGTCGTTGCACATTTTATGAGGTTCCTTGAAGAGACACGAGTAATGCCTGTAATATGGCACCAGTCACTACTTGCATTTGTGCAGAGGTATAAAAATGAACTGCGGAAGGAAGATAAAGCAAACATCAGAATTCTTCTTCAAAGTCACAGGCACAAAGATGTTACTCCAGAAATTGTGAGGGAACTAAATAATAGCCGCAGTCGTGGTGAGAAGGATACCACTACAAATATCCTTTGA ATGTTTTTTTTTTTCCTTTTTTTTTTATTCTTAAATTTTTTTAATATAGGGTCACCATTGAGGACAACAAAGAAAAAAAAACGCTTCAGACCAGGGACAGTGGCATTGAGGGAAATTCGGAATCTCCAGAGATCATGGAATCTGCTAATTCCAGCTAGCTCTTTCATCCGAGCAGTGAAAGAAGTAAGCTACCAGTTGGCTCCACAGATTACGCGTTGGCAAGCTGAAGCTTTAGTAGCTCTTCAGGAAGCAGCAGAAGATTTTTTGGTTCATCTATTTGAAGATACCATGCTGTGTGCTATTCATGCCAAGCGTGTAACTATCATGAAAAAGGATTTTGAACTGGCACGTCGGTTAGGAGGGAAAGGGAGGCCATGCCGCCCTTCACAGTCTTCACCTCCATCCACGGCTACAGCTCTTCCTTCGACACCAACACCTCCACGGCTGCACCTTCTTCTTTCTTCAGTCCACAACTTCACCTTCTTCCTTCGCAGCTTCACCAAACAAAAAGTTGCTTCACTTTCACCTTCGGCCACCAGCGGCAGCCGGCAGAAGCTCCACCTCCTTCCTTCGACAGCAGCTTCACGCAACAGAAAGGATTCCGTATCAATGTTTTCTGTTATTTCCGTCGTGAAAACCTTTGGACTTAAAGTTCATAATTTTCTCTCTGCCAGAGCAGAATCGGATTTCATATTACTTGTTCATTACCTTTGTTTTCGGTCCTATTCGCCAATGGCGCCGAATAAGAGGAATAGGGATAGGCTGCGAAACCCGCAGCCTTTTATCACCACAGATGATGATGCGGTGCCCATCAAGCAACATTCCAAAGCAAGAAAGCGCCAGCATCAGGAGGATGAGACGCTTTTGTCCTCCGGGATGAGCTCCAAGATATTTAGAGAAGCACGTATTCAGCAGAAAGAGAATGAAATTGAAGCTAGAAACCAACATCATGCCAACCCTTTCTTTGATCTTCCTGATGAAGAGCTTCCCAAGGACGAAGAGGACATTGATGATTTTAGTGGATTCTCTGAAACTCAAACTCAAATTGCTACTTATAAGGAGGAGGATATTGCTGAGGAAGATGAGCGCCTAGTGGAAGCTTTTCTGTCAAAGGATGCTGGTCCACAACATACTCTTGCCGACCTTATTGTTAGGAAAATCAAAGAAAACACTATCGTCTCTTCAGATGCACAGCCTTTGCCAAAATTAGACACCTCTGTCATAGACTTATACAAAGGAGTGGGAAAATCTCTCAACAAGTATATGGCTGGAAAAGTACCCAAAGCTTTCAAGCGCATCCCTTCCATGCCACTCTGGGAGGAAGTGTTATATTTAACCGAGCCTGAAAATTGGTCACCAAATGCTATGTTTCAAGCCACAAGAATTTTTGCGTCCAATTTGGGAGTAAAAAAGGTGGAGAAATTCTATAAGTTGGTTTTGCTTCCAGCAGTAAGGAGAGACATCCAGAAGAATAAGCGGTTACACTTTGCCTTGTATCAAGCATTGAAAAAGTCCCTGTATAAACCCACTGCCTTCTTCAAAGGAATTTTGCTTCCCCTCTGCGAGTCTGGCACTTGCAGTCTGAGGGAGGCTGTGATCATTGGGAGCATTATTGAAAAGGTTACGATTCCTGTGCTTCATTCAAGGCAAATTTGTTGCCAAAGATCTGTGCCTGGGGTTCTTTTGGTGGTTCATCGGGGGAGGGAGTGGTGTTATTTTATTAAGCTTATTTTGGAGAAGAAATATGCATTGCCATACCGTGTAGTTGATGCAGTCGTTGCACATTTTATGAGGTTCCTTGAAGAGACACGAGTAATGCCTGTAATATGGCACCAGTCACTACTTGCATTTGTGCAGAGGTATAAAAATGAACTGCGGAAGGAAGATAAAGCAAACATCAGAATTCTTCTTCAAAGTCACAGGCACAAAGATGTTACTCCAGAAATTGTGAGGGAACTAAATAATAGCCGCAGTCGTGGTGAGAAGGATACCACTACAAATATCCTTTGA MFFFFLFFLFLNFFNIGSPLRTTKKKKRFRPGTVALREIRNLQRSWNLLIPASSFIRAVKEVSYQLAPQITRWQAEALVALQEAAEDFLVHLFEDTMLCAIHAKRVTIMKKDFELARRLGGKGRPCRPSQSSPPSTATALPSTPTPPRLHLLLSSVHNFTFFLRSFTKQKVASLSPSATSGSRQKLHLLPSTAASRNRKDSVSMFSVISVVKTFGLKVHNFLSARAESDFILLVHYLCFRSYSPMAPNKRNRDRLRNPQPFITTDDDAVPIKQHSKARKRQHQEDETLLSSGMSSKIFREARIQQKENEIEARNQHHANPFFDLPDEELPKDEEDIDDFSGFSETQTQIATYKEEDIAEEDERLVEAFLSKDAGPQHTLADLIVRKIKENTIVSSDAQPLPKLDTSVIDLYKGVGKSLNKYMAGKVPKAFKRIPSMPLWEEVLYLTEPENWSPNAMFQATRIFASNLGVKKVEKFYKLVLLPAVRRDIQKNKRLHFALYQALKKSLYKPTAFFKGILLPLCESGTCSLREAVIIGSIIEKVTIPVLHSRQICCQRSVPGVLLVVHRGREWCYFIKLILEKKYALPYRVVDAVVAHFMRFLEETRVMPVIWHQSLLAFVQRYKNELRKEDKANIRILLQSHRHKDVTPEIVRELNNSRSRGEKDTTTNIL Homology
BLAST of HG10022595 vs. NCBI nr
Match: XP_038899084.1 (bystin [Benincasa hispida]) HSP 1 Score: 735.7 bits (1898), Expect = 3.5e-208 Identity = 387/426 (90.85%), Postives = 393/426 (92.25%), Query Frame = 0
BLAST of HG10022595 vs. NCBI nr
Match: XP_008461974.1 (PREDICTED: bystin isoform X1 [Cucumis melo]) HSP 1 Score: 731.1 bits (1886), Expect = 8.6e-207 Identity = 381/423 (90.07%), Postives = 393/423 (92.91%), Query Frame = 0
BLAST of HG10022595 vs. NCBI nr
Match: XP_004139649.1 (bystin [Cucumis sativus] >KGN44541.1 hypothetical protein Csa_015696 [Cucumis sativus]) HSP 1 Score: 724.2 bits (1868), Expect = 1.1e-204 Identity = 377/422 (89.34%), Postives = 389/422 (92.18%), Query Frame = 0
BLAST of HG10022595 vs. NCBI nr
Match: XP_023515345.1 (bystin [Cucurbita pepo subsp. pepo]) HSP 1 Score: 683.3 bits (1762), Expect = 2.1e-192 Identity = 369/428 (86.21%), Postives = 387/428 (90.42%), Query Frame = 0
BLAST of HG10022595 vs. NCBI nr
Match: KAG6592913.1 (Bystin, partial [Cucurbita argyrosperma subsp. sororia]) HSP 1 Score: 679.1 bits (1751), Expect = 3.9e-191 Identity = 368/428 (85.98%), Postives = 386/428 (90.19%), Query Frame = 0
BLAST of HG10022595 vs. ExPASy Swiss-Prot
Match: Q8RWS4 (Bystin OS=Arabidopsis thaliana OX=3702 GN=ENP1 PE=1 SV=1) HSP 1 Score: 419.5 bits (1077), Expect = 7.3e-116 Identity = 230/428 (53.74%), Postives = 312/428 (72.90%), Query Frame = 0
BLAST of HG10022595 vs. ExPASy Swiss-Prot
Match: A7S7F2 (Bystin OS=Nematostella vectensis OX=45351 GN=bysl PE=3 SV=1) HSP 1 Score: 318.9 bits (816), Expect = 1.3e-85 Identity = 181/427 (42.39%), Postives = 262/427 (61.36%), Query Frame = 0
BLAST of HG10022595 vs. ExPASy Swiss-Prot
Match: A9UNU6 (Bystin OS=Monosiga brevicollis OX=81824 GN=bysl PE=3 SV=1) HSP 1 Score: 312.8 bits (800), Expect = 9.6e-84 Identity = 183/417 (43.88%), Postives = 261/417 (62.59%), Query Frame = 0
BLAST of HG10022595 vs. ExPASy Swiss-Prot
Match: Q5E9N0 (Bystin OS=Bos taurus OX=9913 GN=BYSL PE=2 SV=1) HSP 1 Score: 303.1 bits (775), Expect = 7.6e-81 Identity = 181/413 (43.83%), Postives = 264/413 (63.92%), Query Frame = 0
BLAST of HG10022595 vs. ExPASy Swiss-Prot
Match: O54825 (Bystin OS=Mus musculus OX=10090 GN=Bysl PE=1 SV=3) HSP 1 Score: 303.1 bits (775), Expect = 7.6e-81 Identity = 185/414 (44.69%), Postives = 265/414 (64.01%), Query Frame = 0
BLAST of HG10022595 vs. ExPASy TrEMBL
Match: A0A1S3CGD7 (bystin isoform X1 OS=Cucumis melo OX=3656 GN=LOC103500455 PE=3 SV=1) HSP 1 Score: 731.1 bits (1886), Expect = 4.2e-207 Identity = 381/423 (90.07%), Postives = 393/423 (92.91%), Query Frame = 0
BLAST of HG10022595 vs. ExPASy TrEMBL
Match: A0A0A0K9S2 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_7G328290 PE=3 SV=1) HSP 1 Score: 724.2 bits (1868), Expect = 5.1e-205 Identity = 377/422 (89.34%), Postives = 389/422 (92.18%), Query Frame = 0
BLAST of HG10022595 vs. ExPASy TrEMBL
Match: A0A6J1KXZ3 (bystin OS=Cucurbita maxima OX=3661 GN=LOC111498137 PE=3 SV=1) HSP 1 Score: 679.1 bits (1751), Expect = 1.9e-191 Identity = 365/428 (85.28%), Postives = 383/428 (89.49%), Query Frame = 0
BLAST of HG10022595 vs. ExPASy TrEMBL
Match: A0A6J1DTT6 (bystin OS=Momordica charantia OX=3673 GN=LOC111024270 PE=3 SV=1) HSP 1 Score: 678.7 bits (1750), Expect = 2.5e-191 Identity = 357/429 (83.22%), Postives = 384/429 (89.51%), Query Frame = 0
BLAST of HG10022595 vs. ExPASy TrEMBL
Match: A0A6J1H7R9 (bystin OS=Cucurbita moschata OX=3662 GN=LOC111461214 PE=3 SV=1) HSP 1 Score: 677.9 bits (1748), Expect = 4.2e-191 Identity = 367/428 (85.75%), Postives = 385/428 (89.95%), Query Frame = 0
BLAST of HG10022595 vs. TAIR 10
Match: AT1G31660.1 (CONTAINS InterPro DOMAIN/s: Bystin (InterPro:IPR007955); Has 475 Blast hits to 467 proteins in 210 species: Archae - 0; Bacteria - 9; Metazoa - 155; Fungi - 139; Plants - 55; Viruses - 0; Other Eukaryotes - 117 (source: NCBI BLink). ) HSP 1 Score: 419.5 bits (1077), Expect = 5.2e-117 Identity = 230/428 (53.74%), Postives = 312/428 (72.90%), Query Frame = 0
BLAST of HG10022595 vs. TAIR 10
Match: AT1G01370.1 (Histone superfamily protein ) HSP 1 Score: 152.1 bits (383), Expect = 1.5e-36 Identity = 77/108 (71.30%), Postives = 92/108 (85.19%), Query Frame = 0
BLAST of HG10022595 vs. TAIR 10
Match: AT1G01370.2 (Histone superfamily protein ) HSP 1 Score: 152.1 bits (383), Expect = 1.5e-36 Identity = 77/108 (71.30%), Postives = 92/108 (85.19%), Query Frame = 0
BLAST of HG10022595 vs. TAIR 10
Match: AT1G09200.1 (Histone superfamily protein ) HSP 1 Score: 107.8 bits (268), Expect = 3.3e-23 Identity = 60/99 (60.61%), Postives = 72/99 (72.73%), Query Frame = 0
BLAST of HG10022595 vs. TAIR 10
Match: AT3G27360.1 (Histone superfamily protein ) HSP 1 Score: 107.8 bits (268), Expect = 3.3e-23 Identity = 60/99 (60.61%), Postives = 72/99 (72.73%), 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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