HG10003606 (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.ATGGACCCTCCGGACGATTGGGTCAATGGTTCCTGGACTGTGGATTGCATCTGTGGCGTCAATTTTGATGATGGGGAAGAAATGGTTAACTGCGACGAATGTGGCGTCTGGGTGCACACACGGTGTTCGCGTTATGTGAAGGGAGATGATATTTTTGTTTGCGACAAATGTAAGGGGAAGAACGAGAGGAATGATTGTGAGGAGACTGAGGTTGCGCAATTATTGGTTGAACTTCCTACCAAAACCATGAGCATGGAGAGTACATACGTCTGTAACGGGCCATCCCAGCGTCCGTTTAGGCTTTGGACAGACATACCAATTGAGGAAAGAGTTCATGTTCATGGGGTTCCAGGTGGTGACCCTGCTTTATTTAGCGGGTTGTCGTCGTTATTTACTCCACAGTTGTGGAATTGCACTGGATATGTTCCAAAGAAATTCAGTTTTCAGTACCGGGAGTTCCCCTGTTGGGATGAGGACCAGCGCGATAATACAGACAATGAGAAAAATGAGAATCCTGCTGACAAAGGTGCTGGTGTTCTTTTCTCTTTGTCGAAGGACAATGTGTTGGCTACCCCTGTGGCAGCTTTGATTGGTATGAGAAGCAAAGTTGGGGATGTATCATGTGACAGGAATGGGCTTTTGAGTGAAAAGCAGGGTGTAAGTGAAGATTTGGATAAATGTGCTGAGAATGGTGTGAGGGAGAGAAGCTTCCTTCGACCTCTCATACTACATTCTGGTAAGTGCAAAAAAGAAGACTATTCAGTATCAAAAGATCAACCTGGGAAGATTAAGTCTACACCCTCTGATAAGTTGACAAACATGAAAAAGAGAATTGATCATGCTAAAATAGGTACTTCATCTTCATACTTTCTTAATTGATATCTTAAATTATTATGAAGGAAATGTTTTCAGTTTTTCACACCAGGCACCATTTTGTTTTCTTTTTCTGTTGTTATGACTAGTGTTTACATCAATGAATGGTGAAAAACAATCGGCAGGCAGAGATCTAAAGAACTTCAGAGGTGATGGTGAAAATCCTAGGAACAAAATAGGGGTTCAAGAATCTTCATCAGATGCTTATGATGTAGCCAATAAAAATGTCGACAGACCTAAATATAGTTTTGAGTTCTCTTCTGATACTGTTTCTTCCAAGATATTTAAAAACAATAGTGTCAGCACAGTTGCACCGAAGGAAGACAATGGGATGCAAGTTGTTTCAGCAGTTGAGAATTCCATCAAAATTGAGGGTGATACACCGCCTCTCTATGCTAAAAAAGATGTTGGAAATGTTGTCATGAAGCAGGTATGTCTTTCTTTTGCATAAGTATTTGCATAGCATTAATGGTTCATGTCTTCAACTATCTGTTGAGTGTTATAGAGTAGATTTTATTATCGTATTGAGGAGATCTCATAGAGGTGTAGGGTGTATAGAGCCAAGTCTTTTCTTGCTCTTGAGTGGCTTTCTAATGCCAAAGAGTTTGTAGCATCTTCATACTTCCGTGTTTATAACACTAAGGAGTTGGTAGGTATTGTGTACCCTCAGACTGCACTTGAACTTGGAGAACTTTTTGGAAAATCTCTAGTCATGATACTGGGAATTCCATTGAACTCTTTGCCTCCATTTGGTGTTCTCTTTCCAATTGTTTTAGTCATCATGATCTTGTACATGTCATAACTAATTGGGAGTCTTTTTTTGTAGCTCTTTGGCCCTGGGATTCTCATCTCCCCTTTTGTATGATCTTCTTGTTGTCAATATATTATTCGTATCTTATAAAGAAAAAAAAAAGATCCTGGGGATGGGGCTAGTCTTTTGCTCTCCCTCTTCTATGTATTATGTATTCTCCAATTCACAGTTTCTTATTTTGATAAAGAAGAGGAAGAATGAATAAGATAATTAAGAAAGTTCTTGAATTTTTCAAGAATTTGTTGGGTTTGTGAAAAAAGAGAAACCAAACTTCATAAAAAATTATTGAAAGGCTAACAAGAAAGAGAAAGCGTAAAATAAAAGTAGTGGTTTAAGAAAGAGAAAGTCTAAAATAAAAGGAGTGGTTTAAGAATGAGAAAGCCTAAAATAAAAAGAGCGGTATACTTATTACTTAGGATATTAACCCGAAAAAATTGAAATAAGATGTGAAAAAGGGCTCTCATTTTTCTTTTCCTCCTTTTCTTTTGGAAAGGAAACAAAACTTTTCATTACTATAATGAAAAGAGTCTATTGCTCAAAATACAATGACAATGAAATGTAAAGTTTAAGACAACAAACTTAAACAGTACTACATCCAGACATCACAACACTAGATATAAAACTAAACAGAGAAAATGAAAGCACTCCAATTCAAACATAGATCTTGAATAGAAAAATTAGCATAAAATTTGGAAAGAGAACACCAAGAAGAGGCATTGGTCCTTGCAATTTCAAAACAATTGAACCACTTAAGAGATTTATCATGGAAGACCCTTTGATTTCTTTCAAATCGAATTTCAGCAAGTAGAGCTTTAATTACATTTGATCAAAGTAATTGAGACTGAGGCTTCAATGAAGGTCCAACTAGTGAACTAGGATTTGCAAAACATTGGCCTTGAAAGAATATCCAAAACCCCACTGTAGATGAAAAGTGAAGAGTAATTTCATCTAACAGGCTGATGAAAACCTACATTTGAAAAACAAGTATTGGAGATCTTCACTTGCAGCCATACCAAGGGGTGTATGGCATAAACCCTTAAAAACAGCTTTATCAATTGCAACAAAGGGCTCCCATTGTTGTAAACTTGAAAATAAGAGAATGGATAATTATGGAATTCTTTGAACCCAAAGAGAGACTTTAAATTTATCAAAAGCCAACATCTCCCTCAAAGTCTCTTTAACTTCGCTAAAAATTCTCCTATACCTCCATCATAGATCAACATGTTTTGTTGCAAGCCAAATGCACCCTTAAAATTCTCCAAGAATAATGGTCAACTGAATAAGAATTTAATGCCCGTGTTAAGCCATTTATATTGTGTAGCTCTTTCTTTTTACTAAGCATTTACTTCTTTTGGGGGAGTTGGGGGGCGGGGGGAATCATGTTCTTTTTGTTCTACTTTTCATGGTTTGGTAATTCCCTATCATACTTATTCAACTTCAGGGTGGTACAGCTCTTGACTATTCAGACGATGGTATTGAAGGATTTTCTAAGAGTATCGTGAAGCCGTCTGTTGAAGGTTTAGCTAGCACTGCACTTGAAATCAAGGATGATCAGATTCATCAAGATGTTAATTGTGGCAATTCAATTGATTCATTGAAGTCGGATGTCAAATTGAAAATAGATAAGCAACATGATGTATCTGGAGAAGCCTTGAACGTTCAGGCTTCGTCACATGCTGATGCTGCAGAGCTGCAAAAATGTAATGATTGTATGCATGAGAGTTTTAAGGTGAATTCTGGTGGTGCAGTATGCGGTTCACAAATGGATGGCCACAAGGCTGAAGAATTCAACAGAAGTTCTGAAGCTGCTAGCAGTTATTGTCCTGAAAAGGCTGACGAACAATGTAGTAATCCATGTGAGTTTAAACAGGAATGGGATTGGCCAGAAGGCAGCACAACAGTGCATATTAGTTCTTTGAAATCCCAAAATGGCTCCGAAGTTGGTGTTGAAAAGCCATCAAAATCAGGTGGAATGGTTTTAAGCCAACATGTATTACCTAGTCAACACAAAACGACACTATGTGTTGGAATTTCTTCCCTTGCATCGTCAAATGGTATAATTTCTAAACCATCAATATCCAATGGTTTAACACCTGCAGATCCTGAAAATCTAGAAGGTACTGCTGCCAAACATGAGGCAGTGTCTGGAAGTTGTGGTAGCAGTAGGAGAGAATGTTCTTCAAATGATGTTGACAGAGATGAAGAAAGGGATAAAATGCCTAGGAGAAGAGTTAAAGAGCAACCAACTGCCACTGCGAATTCATTATACTCCGTCAGGGACTTGCAAGATCCTATTTCAAAAAGAACCACATTGCACTTAAAAGATTCTGTTGTGCTCTCAACGGTTAAAACATCTGTGGTACATAATGCATCAGATAGTTCAGGCTACAGTGAGTCTGTTGAGTCGCATCTCAATCATAAGGGTTTAACTGCACAAAACAAGATATCAGGCTCATGTTTGCCACAAAGAGGTGACAAACCTAACCAAACGAACTTTCATCCTCCATCCAAGGTCAATCAGCGCCATGCAACAGCCATGTACCCTCCAGCAACTACAAATCCATCTGCTGTTCTGAGTGATGAAGAGGTTCTTAAAAATTGTCACTTTTTACTTGTTGAATTCTGGTGATGGGCTTTTGATACAACTTTATTTGTATATAATCTAATTCCTTCGGTTTCTGGCAGCTTGCCTTCCTTTTGCATCAAGAGCTCAATAGCTCACCTAGAGTGCCTCGTGTTCCACGATTGCGTCAGCCAGGCAGCTCACCACAGTTGGGTTCTCCAAATGCAACAAGCATGCTAATAAAGCGTTCTTCTTCTTCTAGGGGTAGAGATCATGCTTCGGTAAAATATGTGCATATATCTCCCTCGTATGAATATGATGTGTATCAATTTGCTCTGTTTTTAGATATGCCGATTTGTTGGTTCTAAGAGATATCTTTAAAGTAATTGTGGTTATATAATTTATAGGCTTCTAGAATGAAGAACAAAGATGCCTTGAGAGATACATTTCGCAGTGCCTGCGAGCCTGATGACGATGTTAAAAGAACCGATGAAGTTTTTTCTTCCCCTGATCAGAGAAGGCAAGAGACAAGTAATTCTGCAGAAGCATCTAAGAGGGAAGAAAATGGATCTCAAGCAAAAATGAATGCTCTTAAAAAAGGTCTTCTTTCATCTTATGCTAGAAATACCACAAGTAGTGGCCCATCTTCATCAATGGAGGCAAATGATCATAACAATTCATCTATACGTAATTCACCAAGGAACATATCTGATGATGACACAGGCACTGTTGGAGAAGGTCCTGTGCATCACACCTTACCTGGTATGTGTGTGAACTGAACTGTATGCTTGAAAATTTTCTTCTCATTTCCATAAAATTAATCAATTTTATAATCTGGAACGTTTTATCTTATTTCTATGTAGGCTTGATCAATGAGATTATGAGCAAAGGAAGGCGTATGACTTATGAAGAACTATGTAATGCCGTATTGCCTGTATGGTTTCTTCCGATATGCAGTTTTATATATTTATTTATTTGAATGTGTGTATATATATGTCCCTGTTTGCTTCTTTGTTTGATATGTTATAGAAGATTCATTTTTTCTTTTCTTTTTTCTATTTTGTGCAATTGCTTACTTTGCTACTTTTCTTTGCAGCACTGGCATAACTTGAGGAAGCACAATGGAGAGCGCTATGCTTATTCAAGTCATTCACAAGCTGTTCTTGATTGTCTAAGAAATCGACATGAGTGGGCCCGACTGGTTGACCGTGGTCCAAAGGTATGCCCGTGATTTGTCTTTGAGCCATTGCTAGTTGTCTGCAACAGTGTTCCAGTAAGAAAACTTTAATCCTCTAGTTTTATGAATGGGAACAAAATGATATGGTGACAGAACTATCAAAATTAGCTGCATGTCTTAACTTCAAGAACCTTGGCAGGAATGTTTGGCTTACTTTTTTTGGGGGGGGAAAAAACAACTCTTATAAGATTACATTGATTAAATTAATGATTGCGAAATTCCTTTTTGGCATACCACCCTCAAATACTAACTGCAATATCTATTTTGCTGAAAACAGTAGTAAAATCAATCCAAGAGAATGGATGCTCTCTCCTCTCTCCTCTGTCTCAGTCTTCATCCAATGCAAGCCTTCTCTGTAGCATTTCATTTAGCCTTTTGATCTTCGTTTGGTCTCCTTCCTCAATCTTTTGTGTTTGAAGTCTGTTTTTGCTCAGATCTTGTTTCTGTCATTTTCCCTCATCCTTCGAGCTGGTTTCAAGTCAATAATGGAAGTGAGAAGTTGTATTGGTGGCATTTTCTTCTACATTTGGAGAAATGGTGATTTGATCTTAGTTGAAGATGTGAAGTTCAAACAGAAAATTCCTTTATCAATCTCCCATCTTCATTGGTTTGAAAGCTACTGGGTGGAAATATTACATTTGCCAGTTTATTCAAGATATTTCAAGCAAAGTAGCGATCATTCAGGAACTCTTCGAGTGTCAAAGTTTAGATCCCAATCAGGGTAGATTTTGGAGTGTATTGTTTGGCCATCCATGGGAGGAAGAAAGGTGTTAAGGATTTCTACTGGTATTAAGAAATGTGGTTGGCTTATTTTTTCGGAAATGGTAAGAGACTTTTTGTTAAAATTTGAGGAAGAGCAATGAGATTTGCTTGTTTCAAATCAGCCAGTTTTGGATCTGGAAGTGGCTATGAACTCTTTTTTGTTCATTATGGAAATTGCCTTCAAAGTCAGAAATAACCACACGGGTTTCCTCCTTGCTAGATTGATCTCCCTTCTTCACTTGTCATGGGTTGTTCTGCATGGATCGATCCTTTTTTTAATGGAGACTACCACATTGGTATCGTTGTCGGAATCCATGGTTTCCTGACAAAAAAATCGGTAGGCAATTTTGACAAAAAGGAAGCCCCTCCCAAAGTGACTATAGCTACTCGAGAAACTAAAAAATCGTACCCTAGAGAAGTGCAACGGTCAGAACAACCTATCAGCATCCCCCATACAGCAGACCTACCACCTGACTTTTCTTCCACCAATAAGTCCCCTCATTGTACCTCAACTGATAAAGTTTCTTCCTCGGTGGGACCCTTTGTACTTTGGCCTCTGACCATGACACCCACCCCTTTACCACGGGTTCATCTAGCAAACCTCCTTCAGAAGCATTGACCCAACCTCCCTTTGTCACATTTGACCTACCAAACCCCTTTACCATTCCAAAAATCTCACCCAAAATGCTTATCATTAATCACAAGCAAACCAACTTCATCTCTAGCACCATGCATTCAACAACCATCATTCCTTTGCCTACATATGTTGATACTGAGTACTTAACCATCATGGGTTGGCCTAGTGGTAAATAGGGGGCATGACCTTGATAAAGGACTAAGAGGTTATAGGTTCAATCCATGGTGGCCGCCTACCTAGGATTTAATATCCTACGAGTTTCCTTAACACCGAAATGTTGTAGGGTCAGACAAGTTGTTCCGTGAGATTAGTCGAGGTGCGTGTAAGCTAGTTCGGACACTCGTAAATATTAAAAAAAAAAAAGAAATAAAGATTACTTCCTCTCCAACCCTCTTCAAAGCAAATCGATTTCGCCATTTCAAACTTGCACGTTTGAACATGAGGTTGCTCTTTTTATTTTTGGATAAGAAACAATTTCATTGATAAGTGTAGGGGTGAAACTTGTCAGGTTGGTTTTATATGCACCATAAAAGTCCAATCTGACCCGACCCAAACCCGAGTAAAATCGGGTCGGGTCGGGCCACGTTTTCCACTTCCCTTCCTTTCGCTTTTTGTTTTTAACTTCCTTCCCCCCCTCTATAAACATTTTTTTGGCAAGATCTTTCTTCAAAATTACAAAGTCCGTTAAATTTTTTTTTTTAAAAAAAAGAACAAGAGGAGGAGAAAAGAAAAACTGAAAAATCTATCTAAAAATAGAAGAGAAAGGAAAAAAAACACATAAATTTTACCTTCAAAGTAGAAGAGAAGGGGAGAAGAAGACATCAACAATGGAGGAGAAGAAGAGATCTACAAAATTCAGTTTTCTTCAAGATTCATCCATTCCTCAATAAGTCTTCAATTTTCGAAAAAAAAAGGGCAACCAAAGCTGAGAAAGAGAGAGAAAGTTGAAAAAAGAGAGAATAAAAAAGAATGGGCAGCGGCTACCACTACAAGGTAAAATAAAACCCTCCATCTTTTTTATTATAAAATATAAATAATCATTGTGTGTGTTGGACTGTTAGTAAACCCACCGCCTAGGAAGCATGGACACCTCACTTTTGGCGAAGTGTCAGTGTCGGACACCAATACTCTTGGACACGCTCCTGACACGTGTCAGACACGCAAAAATCCGTGTCTCTTTTTATTTATTATTTTTCAAATTTTGGACACGTGATGACACACATAGACACGCTACCGGACACAAAAAAAAAATCCATACCTTTCAAACCAACATGCGGCATTGGAGAGGGGTGGTCGGTGAAGGGAGGGGGATCGAACAACTTGGACGGCGGCGGAGAGAGTCGTGGTCAGCGTCGGCAACTTTGACATCAGCGGCGAAGGGAGAGCAAAATCGAGGAGGAGGGGGAAGGGCAGAATCGGAGATGAGGGCTGCTGTGCGTGAGGAAAGAGAATAGTGCAGGAATAGGGAAACTATTTAGGGTTAGGGTTTTTACTTTTAAATAGGCTTTTGAGCCTTAATATATCCATTCCAATGTGATGTGGCCGTGGGTTTCCTTTTCTTAAATGGGTTATTGGCTTTTTTTCCTTCTTAAATGCCCTTTTCTTTTTCTAATTTTTTTTTAAAAAAACTAGTATTAATTATTTTTAATATTTAATAAAAAATTAGTATTTTAAATAATAATATTGTTATATATATATATATATATATATATATATATATAGTTAAAAATAAAATAAAATAACGTGTCCCAAACGTGTCGTGTCCTATATTTTTAGAAATTGGCGTATCGCCGTGTCGTGTTGCGTGTCTTGTGTCCGTGTCTGTGCTTCCTAGCCCACTGCAAGGCACTACTTAAGAAGCAGTCTTTACCAACCCGAACAGAACTGGTTCAGTTCGGCCAGAATAATAACAAAATCTGAACCGACCCATCCGATTCGGTTTATTTCACCCCTAGATAAATGAAATATCCAAAGTGTACAACAAAACCTAAGTACAAGATGAACCAATAGAGCGACCTCATCAATAGGTGAAAAATACATAAAAACCAAAGGGGAGGGGGATGACAGAAAGATGTAAAATGGATTGTCGATGCAAGAAGCCCACAAAAAGGGGAAAAACTATAGAAGACAATAATCCAAGGAACATCAAACCAAACCGAAGCACATCCCAGAAGGTTATCATTACCCAAACCATAAGCACCCTTTGGCGATCGACAAATCTATCAGTGATACTAGAGAGGAGAAAAGCCAAAAAGAGAATGTTTAATACCTGGGCGAACAGTTGTTTTAGGAGGGTTATTGGTTGTAAGGATAGATTTGTGCTTGGAGTGAATCAAGAGAGGAGAAGAGGAAGGGGGAAGAGAGGAGACTGTAATGGATGAAAGGGAGCGGGTTGCGTGTGGGAGGGTTCTGGCTTATGAGAGAGGGAGGAGCAGTCAGTTGAAGGAAGAGGGGGATTGGGTTGGTGTGAGTGAGCTTGCTTGTGTTGTGAGAGAGGGGTGTTGCTTGTTTAACACCCGTGTGTGAGTGATCTTGCTTGTGAGAGTGAACATGAGGCTGCTCCTTGGTTTGATTATTACCCTCCTCCCCCACTTACCCCAGGCAAGTTACCTTTTAACCCAACGCCCCCACCTAGTTGCTTTGGCTCCTTGGTTTGAAGAATGTGGGCTCTATATCAAGGCTATTCCTGCTAGGAAAAACAAGCATAAACTCTCGGTTAAGCAGAAAAAGGGCATTCGAGAAGTCAGAAACTTGAAATGCTCCATCTCATATGACAAAAAGGCTCAAGCCTTGCTCAGGGAGGGTCTCAATCCTCCTCATGTTAGTGCTTTCTTGGGTTATAAGGGGTCTCGGCTCTTAGAAAAGAGCCACTATCAAGTTTGTTTGTTTTTGTTTTTGTTTTTTTGTTTTTTGTTTTACCAAAATCAATCCCTCAATTGCCAAGTAGACCATAAGCAGTGATTTGGAAAAACTTTTCATTAAATCCCTTTGGAGTTCAAGAGATAATGGTTGCGCTTGTTTGGTTGCTTACATATCAATTTGGGGTATTCTAATCATTTGGATTGCAGCTTCTTATATAACATCTTCCGATAAACAAGATCTTCATGAACTCTTCCGTCTTCATGTTGTTTATTGGCTGCTTGATGGGGACTTTATTCTTTTATATGGGCTGCTTGAAAGTGCCAATAGTTGCCGGCCCACTAGAGATTTGATGGCTTTTATTTCTTTCAATGAACACTGAGAGCTTCTTGATTTATCTCTCACTTTTGGTATTTATTCATGGACTGTCATCAAAGCGCCTCCATCACACACAAGAATTGATCGCTTCTTATATTTGGTTCTTTACAAGGACAAGCAATTGGTATAGTCCTCGTTCTCCCTCATCATTCAATTGAGGAGACAAATTCTAGCGGTATGCAGGGTCATTTTATTCCAAGTTCTTTATCTCACATAATTAAGAGAGAACCTGAATTTAAATGCAACATTTCCTCTTCATTATATTAGCAAGAAAGGAGTAGATAAACTGTCACAATTATTGGTAGAGTAATTTGATTTGAACTTAGACTCTTCAAGAAAAAATTGGGAATATTGTGTTTGGTTGTTAGCTCCATCCTCTCATCCCAATCACAAGCCAAAGTCTCAACCGGGTCCCATTTTTAGTCCGTCAGTATCAGCAATATCAGATGCGGAAGTTTCTTCTATCAAGGGAGTTTTGGTTTCTGGCTCTAAAGATATATCCTCCAAAGATGGAAGAGGAACTTCCCAGTCATATCACTGTCCCTATGGTAGACTAATTGAAAGCCAAACCCCTAAAACTATAACTCCATGCAGATCTGCAAACTTGCACTTCCAGAGGATATGATCCACACGGGATAAGTTCTTCTGGTAGTTGCTCACAGTTCTACTTTTACTCTTCGATTCATAGTTTAGTCCAGCATTCTTCGATTTAGTTGCTATTCGCTTTTGTAATTCTTTATAGGCAGGAGGCTTTTGGCTTTAACGTGTGGCCCTACTAGCTAAGGCTCGCGGTCTTTGGGTAACACTTGCCTAGAGGTTACATGTGGCACTGGTGAGCTTAACAAGGAAAACTTTTGATATCTCCAAAGTCTGGGCCCTGGGGCAGGTGTGGACTTAAAAAAAGAAAAAGAAATTCCTCTCAGGCTGTGACCTTTTCCTTCCCCCTCCCCTATAATTTCGCTCATCAACAAAAAATTTTCATATGTTAAGAAAATTGTAAAAGTTATATTAGTATAAAAGTTGAGTCCATAAACAGTGGGGGATGGGCTATGTTGCACGTGAGATTAGCTTACTCGTGGTTGAAACATGTAAATCATGTAAATCTATGTACCAAATATAGACTCAACTTTGTAAGTCCAAGTTACCAAAAGACTTGAAGGATTTTTTGCTAATTTTTTCTTTATTCTACTTTCTCATTGGAGGTCAATCAATTGTGATTTTGGTGGTAAACCAGTGTTTTCAAGGCGTGTGCCTTGGGCCGCCTAAGGCAAGAGGCGATGCGAATTTAGGGTGTTGCACCTTGTAAGCAGCAAAGGCGAGCTCCTTCAACCAGGTGCTCGCCTAACTGTGCTTTTTATTGCCTTGATGCGCTTTTGTATATGATAAGGCGAGCGCTTGTACGTTTTTGCCTTCTTTTTTTTTTCCTTTTGATATTTTTGGATGTGAGAAATAAAAGAGTTTGGTGAAGGATAGAAACACATACAGAAGAACAAAACGAAAGAAAAAGAGAATGATGAGAAGAAGAAGAAGAAGAAAAGACAGGAGATAATTACAAAAAAGAAAAAGAAAAAGAAAAAGAAAAAGTAAATAGGAAGAAAAGAAAAGGCAGTAGATGAAGAGTTTCATTCGAGACATGTTTGCTGGCTGCATGAAACTGCCAGAATGTAGTATTTGCTCAACAGACAGATCCTAGAAGAATTAAATGGGGAGAGTTGCATGAATTTGCCATTTGGCAATTTTCTCCCGTAAATACAAGGCTCTATATTTAAAGGTTGCATGTTTAATGGATAATACCTAGACTAATTTTACCCTTTAAAATAAATTCTATCACTTCACTGTAACTCTAAATTCTTCTAAAATAGTTCATTTATTATTATTTTCTTTAAAAATTATTTAATAGTATTCTTACGCTTTTAGATTTGAGTATTTATTATTATTTTTAATTTACAAGTATTGATAGATAATATTTATTCATTATTTTATCAAGTGCGCCTTGCTTTAATCAGGCGATGCCTTTTTATCGCCTCTTGCTTTGAGGCGATTAGAAGACTCGTCGCCTTAGAGTGCGCCTTGCGCTTTGAAAACAGTGGTTCACAGAGATCCAAAAGGAATAACTTTTTGAATACCTATGAGACCTCAATGAAATTTGTAAGTGCTAACATTATGTTCGAATTGTACTCGAAACAAAAATGTTGAAATTAAGTTTGTGGAAACTATATCTTTGAAATGGATTGGAAATTCTAGTTCTCATAAGTTGGCTTCCTAAGTATCATTCTAATCAACACTTTATAGCATTTAATCTTCATATAGTGTAAAATCAGATTGTAATTTCATGAGATTAATAAGGAGCAAGTAACGTAAGCCATACTCTGGTTCCCCCTGTTTCCCAAAATAGTAATAATAATAATTATAAGATACCTCTGAAGATATTGTAAGATTCTTGACACGGTTCGTATGAAAATCAGCCTGTTTTGGGAATGTATATTGGCTTATACAATGGGTGTCTAATTAGGATTTTAATTTAAAAATCAGGGAAGTTTTTATGATATTATATTTGGAAAAAAATCGTTTGTGTTTCATTCAGTTGCTTCTCAATGTTCTCATAAAAGAAAGTTGTCTTGGGTTAACTACTCCAGCTGGCTGCCATAGTTTTTGATAGGGTATAATCTAATTTTGAAACATTTTTCAATGCCAGACAAATTCAAGTAGGAAAAGGCGCAAATTTGATGTTGAAGAATCTGAGGATAGTGAATATGGTAAAGGGAGAACTGTGAAGGCTACAGAAGGTAAAGGCCTCGAGTCACAGAAAGAAGAGTTTCCAAAACGCAAGAGGAACACTCGAAAACGAAGATTAGCTCTTCAAGGAAAAGGTATAAAGGATATTAGGAAGAAACGCAAGATGGAGATGTTTACTGATGACGACGACGTTGGGCTGCTTTCTGATTCGAGTGATGGAAGCATGTTCAGTGAGGACGAGTTGCAGGATGCTGATGAATGTTCAGAAAGAAGAGAAGCATCTGGTTCAGATGAGTAG ATGGACCCTCCGGACGATTGGGTCAATGGTTCCTGGACTGTGGATTGCATCTGTGGCGTCAATTTTGATGATGGGGAAGAAATGGTTAACTGCGACGAATGTGGCGTCTGGGTGCACACACGGTGTTCGCGTTATGTGAAGGGAGATGATATTTTTGTTTGCGACAAATGTAAGGGGAAGAACGAGAGGAATGATTGTGAGGAGACTGAGGTTGCGCAATTATTGGTTGAACTTCCTACCAAAACCATGAGCATGGAGAGTACATACGTCTGTAACGGGCCATCCCAGCGTCCGTTTAGGCTTTGGACAGACATACCAATTGAGGAAAGAGTTCATGTTCATGGGGTTCCAGGTGGTGACCCTGCTTTATTTAGCGGGTTGTCGTCGTTATTTACTCCACAGTTGTGGAATTGCACTGGATATGTTCCAAAGAAATTCAGTTTTCAGTACCGGGAGTTCCCCTGTTGGGATGAGGACCAGCGCGATAATACAGACAATGAGAAAAATGAGAATCCTGCTGACAAAGGTGCTGGTGTTCTTTTCTCTTTGTCGAAGGACAATGTGTTGGCTACCCCTGTGGCAGCTTTGATTGGTATGAGAAGCAAAGTTGGGGATGTATCATGTGACAGGAATGGGCTTTTGAGTGAAAAGCAGGGTGTAAGTGAAGATTTGGATAAATGTGCTGAGAATGGTGTGAGGGAGAGAAGCTTCCTTCGACCTCTCATACTACATTCTGGTAAGTGCAAAAAAGAAGACTATTCAGTATCAAAAGATCAACCTGGGAAGATTAAGTCTACACCCTCTGATAAGTTGACAAACATGAAAAAGAGAATTGATCATGCTAAAATAGTGTTTACATCAATGAATGGTGAAAAACAATCGGCAGGCAGAGATCTAAAGAACTTCAGAGGTGATGGTGAAAATCCTAGGAACAAAATAGGGGTTCAAGAATCTTCATCAGATGCTTATGATGTAGCCAATAAAAATGTCGACAGACCTAAATATAGTTTTGAGTTCTCTTCTGATACTGTTTCTTCCAAGATATTTAAAAACAATAGTGTCAGCACAGTTGCACCGAAGGAAGACAATGGGATGCAAGTTGTTTCAGCAGTTGAGAATTCCATCAAAATTGAGGGTGATACACCGCCTCTCTATGCTAAAAAAGATGTTGGAAATGTTGTCATGAAGCAGGGTGGTACAGCTCTTGACTATTCAGACGATGGTATTGAAGGATTTTCTAAGAGTATCGTGAAGCCGTCTGTTGAAGGTTTAGCTAGCACTGCACTTGAAATCAAGGATGATCAGATTCATCAAGATGTTAATTGTGGCAATTCAATTGATTCATTGAAGTCGGATGTCAAATTGAAAATAGATAAGCAACATGATGTATCTGGAGAAGCCTTGAACGTTCAGGCTTCGTCACATGCTGATGCTGCAGAGCTGCAAAAATGTAATGATTGTATGCATGAGAGTTTTAAGGTGAATTCTGGTGGTGCAGTATGCGGTTCACAAATGGATGGCCACAAGGCTGAAGAATTCAACAGAAGTTCTGAAGCTGCTAGCAGTTATTGTCCTGAAAAGGCTGACGAACAATGTAGTAATCCATGTGAGTTTAAACAGGAATGGGATTGGCCAGAAGGCAGCACAACAGTGCATATTAGTTCTTTGAAATCCCAAAATGGCTCCGAAGTTGGTGTTGAAAAGCCATCAAAATCAGGTGGAATGGTTTTAAGCCAACATGTATTACCTAGTCAACACAAAACGACACTATGTGTTGGAATTTCTTCCCTTGCATCGTCAAATGGTATAATTTCTAAACCATCAATATCCAATGGTTTAACACCTGCAGATCCTGAAAATCTAGAAGGTACTGCTGCCAAACATGAGGCAGTGTCTGGAAGTTGTGGTAGCAGTAGGAGAGAATGTTCTTCAAATGATGTTGACAGAGATGAAGAAAGGGATAAAATGCCTAGGAGAAGAGTTAAAGAGCAACCAACTGCCACTGCGAATTCATTATACTCCGTCAGGGACTTGCAAGATCCTATTTCAAAAAGAACCACATTGCACTTAAAAGATTCTGTTGTGCTCTCAACGGTTAAAACATCTGTGGTACATAATGCATCAGATAGTTCAGGCTACAGTGAGTCTGTTGAGTCGCATCTCAATCATAAGGGTTTAACTGCACAAAACAAGATATCAGGCTCATGTTTGCCACAAAGAGGTGACAAACCTAACCAAACGAACTTTCATCCTCCATCCAAGGTCAATCAGCGCCATGCAACAGCCATGTACCCTCCAGCAACTACAAATCCATCTGCTGTTCTGAGTGATGAAGAGCTTGCCTTCCTTTTGCATCAAGAGCTCAATAGCTCACCTAGAGTGCCTCGTGTTCCACGATTGCGTCAGCCAGGCAGCTCACCACAGTTGGGTTCTCCAAATGCAACAAGCATGCTAATAAAGCGTTCTTCTTCTTCTAGGGGTAGAGATCATGCTTCGGCTTCTAGAATGAAGAACAAAGATGCCTTGAGAGATACATTTCGCAGTGCCTGCGAGCCTGATGACGATGTTAAAAGAACCGATGAAGTTTTTTCTTCCCCTGATCAGAGAAGGCAAGAGACAAGTAATTCTGCAGAAGCATCTAAGAGGGAAGAAAATGGATCTCAAGCAAAAATGAATGCTCTTAAAAAAGGTCTTCTTTCATCTTATGCTAGAAATACCACAAGTAGTGGCCCATCTTCATCAATGGAGGCAAATGATCATAACAATTCATCTATACGTAATTCACCAAGGAACATATCTGATGATGACACAGGCACTGTTGGAGAAGGTCCTGTGCATCACACCTTACCTGGCTTGATCAATGAGATTATGAGCAAAGGAAGGCGTATGACTTATGAAGAACTATGTAATGCCGTATTGCCTCACTGGCATAACTTGAGGAAGCACAATGGAGAGCGCTATGCTTATTCAAGTCATTCACAAGCTGTTCTTGATTGTCTAAGAAATCGACATGAGTGGGCCCGACTGGTTGACCGTGGTCCAAAGGCAAGTTACCTTTTAACCCAACGCCCCCACCTAGTTGCTTTGGCTCCTTGGTTTGAAGAATGTGGGCTCTATATCAAGGCTATTCCTGCTAGGAAAAACAAGCATAAACTCTCGGTTAAGCAGAAAAAGGGCATTCGAGAAGTCAGAAACTTGAAATGCTCCATCTCATATGACAAAAAGGCTCAAGCCTTGCTCAGGGAGGGTCTCAATCCTCCTCATGTTAGTGCTTTCTTGGGTTATAAGGGGTCTCGGCTCTTAGAAAAGAGCCACTATCAAACAAATTCAAGTAGGAAAAGGCGCAAATTTGATGTTGAAGAATCTGAGGATAGTGAATATGGTAAAGGGAGAACTGTGAAGGCTACAGAAGGTAAAGGCCTCGAGTCACAGAAAGAAGAGTTTCCAAAACGCAAGAGGAACACTCGAAAACGAAGATTAGCTCTTCAAGGAAAAGGTATAAAGGATATTAGGAAGAAACGCAAGATGGAGATGTTTACTGATGACGACGACGTTGGGCTGCTTTCTGATTCGAGTGATGGAAGCATGTTCAGTGAGGACGAGTTGCAGGATGCTGATGAATGTTCAGAAAGAAGAGAAGCATCTGGTTCAGATGAGTAG ATGGACCCTCCGGACGATTGGGTCAATGGTTCCTGGACTGTGGATTGCATCTGTGGCGTCAATTTTGATGATGGGGAAGAAATGGTTAACTGCGACGAATGTGGCGTCTGGGTGCACACACGGTGTTCGCGTTATGTGAAGGGAGATGATATTTTTGTTTGCGACAAATGTAAGGGGAAGAACGAGAGGAATGATTGTGAGGAGACTGAGGTTGCGCAATTATTGGTTGAACTTCCTACCAAAACCATGAGCATGGAGAGTACATACGTCTGTAACGGGCCATCCCAGCGTCCGTTTAGGCTTTGGACAGACATACCAATTGAGGAAAGAGTTCATGTTCATGGGGTTCCAGGTGGTGACCCTGCTTTATTTAGCGGGTTGTCGTCGTTATTTACTCCACAGTTGTGGAATTGCACTGGATATGTTCCAAAGAAATTCAGTTTTCAGTACCGGGAGTTCCCCTGTTGGGATGAGGACCAGCGCGATAATACAGACAATGAGAAAAATGAGAATCCTGCTGACAAAGGTGCTGGTGTTCTTTTCTCTTTGTCGAAGGACAATGTGTTGGCTACCCCTGTGGCAGCTTTGATTGGTATGAGAAGCAAAGTTGGGGATGTATCATGTGACAGGAATGGGCTTTTGAGTGAAAAGCAGGGTGTAAGTGAAGATTTGGATAAATGTGCTGAGAATGGTGTGAGGGAGAGAAGCTTCCTTCGACCTCTCATACTACATTCTGGTAAGTGCAAAAAAGAAGACTATTCAGTATCAAAAGATCAACCTGGGAAGATTAAGTCTACACCCTCTGATAAGTTGACAAACATGAAAAAGAGAATTGATCATGCTAAAATAGTGTTTACATCAATGAATGGTGAAAAACAATCGGCAGGCAGAGATCTAAAGAACTTCAGAGGTGATGGTGAAAATCCTAGGAACAAAATAGGGGTTCAAGAATCTTCATCAGATGCTTATGATGTAGCCAATAAAAATGTCGACAGACCTAAATATAGTTTTGAGTTCTCTTCTGATACTGTTTCTTCCAAGATATTTAAAAACAATAGTGTCAGCACAGTTGCACCGAAGGAAGACAATGGGATGCAAGTTGTTTCAGCAGTTGAGAATTCCATCAAAATTGAGGGTGATACACCGCCTCTCTATGCTAAAAAAGATGTTGGAAATGTTGTCATGAAGCAGGGTGGTACAGCTCTTGACTATTCAGACGATGGTATTGAAGGATTTTCTAAGAGTATCGTGAAGCCGTCTGTTGAAGGTTTAGCTAGCACTGCACTTGAAATCAAGGATGATCAGATTCATCAAGATGTTAATTGTGGCAATTCAATTGATTCATTGAAGTCGGATGTCAAATTGAAAATAGATAAGCAACATGATGTATCTGGAGAAGCCTTGAACGTTCAGGCTTCGTCACATGCTGATGCTGCAGAGCTGCAAAAATGTAATGATTGTATGCATGAGAGTTTTAAGGTGAATTCTGGTGGTGCAGTATGCGGTTCACAAATGGATGGCCACAAGGCTGAAGAATTCAACAGAAGTTCTGAAGCTGCTAGCAGTTATTGTCCTGAAAAGGCTGACGAACAATGTAGTAATCCATGTGAGTTTAAACAGGAATGGGATTGGCCAGAAGGCAGCACAACAGTGCATATTAGTTCTTTGAAATCCCAAAATGGCTCCGAAGTTGGTGTTGAAAAGCCATCAAAATCAGGTGGAATGGTTTTAAGCCAACATGTATTACCTAGTCAACACAAAACGACACTATGTGTTGGAATTTCTTCCCTTGCATCGTCAAATGGTATAATTTCTAAACCATCAATATCCAATGGTTTAACACCTGCAGATCCTGAAAATCTAGAAGGTACTGCTGCCAAACATGAGGCAGTGTCTGGAAGTTGTGGTAGCAGTAGGAGAGAATGTTCTTCAAATGATGTTGACAGAGATGAAGAAAGGGATAAAATGCCTAGGAGAAGAGTTAAAGAGCAACCAACTGCCACTGCGAATTCATTATACTCCGTCAGGGACTTGCAAGATCCTATTTCAAAAAGAACCACATTGCACTTAAAAGATTCTGTTGTGCTCTCAACGGTTAAAACATCTGTGGTACATAATGCATCAGATAGTTCAGGCTACAGTGAGTCTGTTGAGTCGCATCTCAATCATAAGGGTTTAACTGCACAAAACAAGATATCAGGCTCATGTTTGCCACAAAGAGGTGACAAACCTAACCAAACGAACTTTCATCCTCCATCCAAGGTCAATCAGCGCCATGCAACAGCCATGTACCCTCCAGCAACTACAAATCCATCTGCTGTTCTGAGTGATGAAGAGCTTGCCTTCCTTTTGCATCAAGAGCTCAATAGCTCACCTAGAGTGCCTCGTGTTCCACGATTGCGTCAGCCAGGCAGCTCACCACAGTTGGGTTCTCCAAATGCAACAAGCATGCTAATAAAGCGTTCTTCTTCTTCTAGGGGTAGAGATCATGCTTCGGCTTCTAGAATGAAGAACAAAGATGCCTTGAGAGATACATTTCGCAGTGCCTGCGAGCCTGATGACGATGTTAAAAGAACCGATGAAGTTTTTTCTTCCCCTGATCAGAGAAGGCAAGAGACAAGTAATTCTGCAGAAGCATCTAAGAGGGAAGAAAATGGATCTCAAGCAAAAATGAATGCTCTTAAAAAAGGTCTTCTTTCATCTTATGCTAGAAATACCACAAGTAGTGGCCCATCTTCATCAATGGAGGCAAATGATCATAACAATTCATCTATACGTAATTCACCAAGGAACATATCTGATGATGACACAGGCACTGTTGGAGAAGGTCCTGTGCATCACACCTTACCTGGCTTGATCAATGAGATTATGAGCAAAGGAAGGCGTATGACTTATGAAGAACTATGTAATGCCGTATTGCCTCACTGGCATAACTTGAGGAAGCACAATGGAGAGCGCTATGCTTATTCAAGTCATTCACAAGCTGTTCTTGATTGTCTAAGAAATCGACATGAGTGGGCCCGACTGGTTGACCGTGGTCCAAAGGCAAGTTACCTTTTAACCCAACGCCCCCACCTAGTTGCTTTGGCTCCTTGGTTTGAAGAATGTGGGCTCTATATCAAGGCTATTCCTGCTAGGAAAAACAAGCATAAACTCTCGGTTAAGCAGAAAAAGGGCATTCGAGAAGTCAGAAACTTGAAATGCTCCATCTCATATGACAAAAAGGCTCAAGCCTTGCTCAGGGAGGGTCTCAATCCTCCTCATGTTAGTGCTTTCTTGGGTTATAAGGGGTCTCGGCTCTTAGAAAAGAGCCACTATCAAACAAATTCAAGTAGGAAAAGGCGCAAATTTGATGTTGAAGAATCTGAGGATAGTGAATATGGTAAAGGGAGAACTGTGAAGGCTACAGAAGGTAAAGGCCTCGAGTCACAGAAAGAAGAGTTTCCAAAACGCAAGAGGAACACTCGAAAACGAAGATTAGCTCTTCAAGGAAAAGGTATAAAGGATATTAGGAAGAAACGCAAGATGGAGATGTTTACTGATGACGACGACGTTGGGCTGCTTTCTGATTCGAGTGATGGAAGCATGTTCAGTGAGGACGAGTTGCAGGATGCTGATGAATGTTCAGAAAGAAGAGAAGCATCTGGTTCAGATGAGTAG MDPPDDWVNGSWTVDCICGVNFDDGEEMVNCDECGVWVHTRCSRYVKGDDIFVCDKCKGKNERNDCEETEVAQLLVELPTKTMSMESTYVCNGPSQRPFRLWTDIPIEERVHVHGVPGGDPALFSGLSSLFTPQLWNCTGYVPKKFSFQYREFPCWDEDQRDNTDNEKNENPADKGAGVLFSLSKDNVLATPVAALIGMRSKVGDVSCDRNGLLSEKQGVSEDLDKCAENGVRERSFLRPLILHSGKCKKEDYSVSKDQPGKIKSTPSDKLTNMKKRIDHAKIVFTSMNGEKQSAGRDLKNFRGDGENPRNKIGVQESSSDAYDVANKNVDRPKYSFEFSSDTVSSKIFKNNSVSTVAPKEDNGMQVVSAVENSIKIEGDTPPLYAKKDVGNVVMKQGGTALDYSDDGIEGFSKSIVKPSVEGLASTALEIKDDQIHQDVNCGNSIDSLKSDVKLKIDKQHDVSGEALNVQASSHADAAELQKCNDCMHESFKVNSGGAVCGSQMDGHKAEEFNRSSEAASSYCPEKADEQCSNPCEFKQEWDWPEGSTTVHISSLKSQNGSEVGVEKPSKSGGMVLSQHVLPSQHKTTLCVGISSLASSNGIISKPSISNGLTPADPENLEGTAAKHEAVSGSCGSSRRECSSNDVDRDEERDKMPRRRVKEQPTATANSLYSVRDLQDPISKRTTLHLKDSVVLSTVKTSVVHNASDSSGYSESVESHLNHKGLTAQNKISGSCLPQRGDKPNQTNFHPPSKVNQRHATAMYPPATTNPSAVLSDEELAFLLHQELNSSPRVPRVPRLRQPGSSPQLGSPNATSMLIKRSSSSRGRDHASASRMKNKDALRDTFRSACEPDDDVKRTDEVFSSPDQRRQETSNSAEASKREENGSQAKMNALKKGLLSSYARNTTSSGPSSSMEANDHNNSSIRNSPRNISDDDTGTVGEGPVHHTLPGLINEIMSKGRRMTYEELCNAVLPHWHNLRKHNGERYAYSSHSQAVLDCLRNRHEWARLVDRGPKASYLLTQRPHLVALAPWFEECGLYIKAIPARKNKHKLSVKQKKGIREVRNLKCSISYDKKAQALLREGLNPPHVSAFLGYKGSRLLEKSHYQTNSSRKRRKFDVEESEDSEYGKGRTVKATEGKGLESQKEEFPKRKRNTRKRRLALQGKGIKDIRKKRKMEMFTDDDDVGLLSDSSDGSMFSEDELQDADECSERREASGSDE Homology
BLAST of HG10003606 vs. NCBI nr
Match: XP_038884417.1 (uncharacterized protein LOC120075270 [Benincasa hispida]) HSP 1 Score: 2056.6 bits (5327), Expect = 0.0e+00 Identity = 1065/1223 (87.08%), Postives = 1095/1223 (89.53%), Query Frame = 0
BLAST of HG10003606 vs. NCBI nr
Match: XP_004138548.1 (uncharacterized protein LOC101213020 isoform X1 [Cucumis sativus] >XP_011656452.1 uncharacterized protein LOC101213020 isoform X1 [Cucumis sativus] >KGN45852.1 hypothetical protein Csa_005025 [Cucumis sativus]) HSP 1 Score: 1979.9 bits (5128), Expect = 0.0e+00 Identity = 1030/1220 (84.43%), Postives = 1071/1220 (87.79%), Query Frame = 0
BLAST of HG10003606 vs. NCBI nr
Match: XP_008463095.1 (PREDICTED: uncharacterized protein LOC103501328 isoform X1 [Cucumis melo] >XP_008463096.1 PREDICTED: uncharacterized protein LOC103501328 isoform X1 [Cucumis melo]) HSP 1 Score: 1960.3 bits (5077), Expect = 0.0e+00 Identity = 1019/1220 (83.52%), Postives = 1064/1220 (87.21%), Query Frame = 0
BLAST of HG10003606 vs. NCBI nr
Match: XP_008463097.1 (PREDICTED: uncharacterized protein LOC103501328 isoform X2 [Cucumis melo]) HSP 1 Score: 1935.6 bits (5013), Expect = 0.0e+00 Identity = 1010/1220 (82.79%), Postives = 1055/1220 (86.48%), Query Frame = 0
BLAST of HG10003606 vs. NCBI nr
Match: XP_031743493.1 (uncharacterized protein LOC101213020 isoform X2 [Cucumis sativus]) HSP 1 Score: 1830.8 bits (4741), Expect = 0.0e+00 Identity = 923/1016 (90.85%), Postives = 962/1016 (94.69%), Query Frame = 0
BLAST of HG10003606 vs. ExPASy Swiss-Prot
Match: Q9ZUA9 (PHD finger protein At2g01810 OS=Arabidopsis thaliana OX=3702 GN=At2g01810 PE=3 SV=1) HSP 1 Score: 61.2 bits (147), Expect = 9.2e-08 Identity = 27/57 (47.37%), Postives = 36/57 (63.16%), Query Frame = 0
BLAST of HG10003606 vs. ExPASy Swiss-Prot
Match: Q9C810 (PHD finger protein At1g33420 OS=Arabidopsis thaliana OX=3702 GN=At1g33420 PE=1 SV=1) HSP 1 Score: 59.7 bits (143), Expect = 2.7e-07 Identity = 25/50 (50.00%), Postives = 30/50 (60.00%), Query Frame = 0
BLAST of HG10003606 vs. ExPASy Swiss-Prot
Match: Q7X6Y7 (PHD finger protein MALE MEIOCYTE DEATH 1 OS=Arabidopsis thaliana OX=3702 GN=MMD1 PE=2 SV=1) HSP 1 Score: 58.2 bits (139), Expect = 7.8e-07 Identity = 30/72 (41.67%), Postives = 34/72 (47.22%), Query Frame = 0
BLAST of HG10003606 vs. ExPASy Swiss-Prot
Match: Q9FMS5 (PHD finger protein MALE STERILITY 1 OS=Arabidopsis thaliana OX=3702 GN=MS1 PE=1 SV=1) HSP 1 Score: 50.4 bits (119), Expect = 1.6e-04 Identity = 21/47 (44.68%), Postives = 27/47 (57.45%), Query Frame = 0
BLAST of HG10003606 vs. ExPASy Swiss-Prot
Match: Q5BJ10 (PHD finger protein 23A OS=Danio rerio OX=7955 GN=phf23a PE=2 SV=1) HSP 1 Score: 48.5 bits (114), Expect = 6.2e-04 Identity = 21/50 (42.00%), Postives = 29/50 (58.00%), Query Frame = 0
BLAST of HG10003606 vs. ExPASy TrEMBL
Match: A0A0A0KBU4 (PHD domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_6G014720 PE=4 SV=1) HSP 1 Score: 1979.9 bits (5128), Expect = 0.0e+00 Identity = 1030/1220 (84.43%), Postives = 1071/1220 (87.79%), Query Frame = 0
BLAST of HG10003606 vs. ExPASy TrEMBL
Match: A0A1S3CIG6 (uncharacterized protein LOC103501328 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103501328 PE=4 SV=1) HSP 1 Score: 1960.3 bits (5077), Expect = 0.0e+00 Identity = 1019/1220 (83.52%), Postives = 1064/1220 (87.21%), Query Frame = 0
BLAST of HG10003606 vs. ExPASy TrEMBL
Match: A0A1S3CIU8 (uncharacterized protein LOC103501328 isoform X2 OS=Cucumis melo OX=3656 GN=LOC103501328 PE=4 SV=1) HSP 1 Score: 1935.6 bits (5013), Expect = 0.0e+00 Identity = 1010/1220 (82.79%), Postives = 1055/1220 (86.48%), Query Frame = 0
BLAST of HG10003606 vs. ExPASy TrEMBL
Match: A0A5D3BTS7 (Microtubule-associated protein 1B isoform X1 OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold155G00810 PE=4 SV=1) HSP 1 Score: 1817.7 bits (4707), Expect = 0.0e+00 Identity = 916/1023 (89.54%), Postives = 959/1023 (93.74%), Query Frame = 0
BLAST of HG10003606 vs. ExPASy TrEMBL
Match: A0A1S4E409 (uncharacterized protein LOC103501328 isoform X3 OS=Cucumis melo OX=3656 GN=LOC103501328 PE=4 SV=1) HSP 1 Score: 1817.4 bits (4706), Expect = 0.0e+00 Identity = 916/1020 (89.80%), Postives = 957/1020 (93.82%), Query Frame = 0
BLAST of HG10003606 vs. TAIR 10
Match: AT1G32810.2 (RING/FYVE/PHD zinc finger superfamily protein ) HSP 1 Score: 548.1 bits (1411), Expect = 1.8e-155 Identity = 440/1227 (35.86%), Postives = 612/1227 (49.88%), Query Frame = 0
BLAST of HG10003606 vs. TAIR 10
Match: AT4G10600.1 (RING/FYVE/PHD zinc finger superfamily protein ) HSP 1 Score: 221.1 bits (562), Expect = 4.9e-57 Identity = 109/188 (57.98%), Postives = 135/188 (71.81%), Query Frame = 0
BLAST of HG10003606 vs. TAIR 10
Match: AT2G01810.1 (RING/FYVE/PHD zinc finger superfamily protein ) HSP 1 Score: 61.2 bits (147), Expect = 6.5e-09 Identity = 27/57 (47.37%), Postives = 36/57 (63.16%), Query Frame = 0
BLAST of HG10003606 vs. TAIR 10
Match: AT1G33420.1 (RING/FYVE/PHD zinc finger superfamily protein ) HSP 1 Score: 59.7 bits (143), Expect = 1.9e-08 Identity = 25/50 (50.00%), Postives = 30/50 (60.00%), Query Frame = 0
BLAST of HG10003606 vs. TAIR 10
Match: AT1G66170.1 (RING/FYVE/PHD zinc finger superfamily protein ) HSP 1 Score: 58.2 bits (139), Expect = 5.5e-08 Identity = 30/72 (41.67%), Postives = 34/72 (47.22%), 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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