Sgr020012 (gene) Monk fruit (Qingpiguo) v1
Overview
Sequences
The following sequences are available for this feature:
Legend: polypeptideexonCDS Hold the cursor over a type above to highlight its positions in the sequence below.ATGGATCCCAACTTGCAGCTTCATGCTTCTGACAATGATTATTTGCAGGATCCTTCTGTTTACAGGAGATTAATTGGCAGATTATTGTATTTGACCATTTCTCGTCCTGATATAACTTTTTACAAGTTGAGCCAATTTGTGTCCAAGCCGTGCAAGTCCCACCTATCTGCTGCCCACCATTTATTGCGATATTTAAAGGCTTCGCCAGGACAAGGTGTTTTCCTCCCAGCTTCTTCTTCCTTCCAGGTTCGGGCTTTTTTTGATTCAGATTGGGCATCATGTTTAGATACACGGAAGTTGACCACTGACTTTTGTATTTTCTTGGGTGACTCAATGGTTTCTTGGAAATCCAAGAAACAGTCCACTGTATCTCGGTCTTCTACAGAGGCTGAATATCGTGCATTGGCTATGACTACTTGTGAAATTGTTTGGCTTTCTCATCTCTTATGTGATTTGCAGGTTCTCTTTACTCCTCCGGCTCTTTTGTTTTGTGACAACCACGCGGCGGTTCATATTGCTTCTAATCCAACCTTTCATGAGCGCACAAAACATATAGAGTTGGATTGTCATTTTATTTGGTACAAGTTTGTGACTGGTTTTATCAAACTTCTTCATATTCGCTCCCATATGCAGTTGGCTAATATCTTCACCAAAGCGGTTGCTGCTCCCGTTTTGTTTCCACTGCTTTCCAAGATGGGTATTCTTGATATATTTAGCCCATCTTGAGGGGGAGTTTTAGGAATATTGTTAACCCAACTAATTGGTTAGATTATTAGGAATATTGTTATCCTAACAAACTGGTTAGATTATTAGGAATATTGTTATCCTTCTATTACACGTGTATATATAATTTATTCATTCTTGGAACCAGTTTGTTAGAATAACAGTATTCCTAATAATCTAACCAATTAGTTGGGTTAACAATATTCCTAATAACTGACAAAGGGAACCTTGAAGATAAACAACTCATGGCTAAGCGTGCTTCACTTTCTATTAAGCATTTCTTAATCATGTTCTCTCATATTTGTATAATCTTAGGATCTCTTATTTCGATGTAGTGTTGATTCATTAATGTTTATTTTTGCTCGGGTGTCACAAATACCATGTTGACGATGATAGTTCAAACCTTTAGACTTTTTTTCCCTGTTTTGCAAGCCATAAGATTGATCAAAATAGATTTTGGCCGTACACAATACTAAGGAACTCTTTGGGTGTATTTAAAAATGTTGCTTTCAGAAACTATTTTGTAAACTGTGTTTTTTTTAAGAAAAATTATTTTATACTGTTTTTAAAATTGAAAACTATTTGTGAATTTTTATTTATTTCGGGAAATATTAATTTAAAAATATAACATATTTAAATAAGATCATACTTAAAAATAATTGATAATATATATGGACAGTTAACGTAGAAGGATAAATTTTGGTAAATTTAAAATTGACAAGTATTTTTAAATTAATGGTTAAATAACAAATTTGTTCTCTATGATTTGGGCATAATTTTCATATGGTCCGGTTTTAAAAGTTTTAATTTAGTCTTTATGAATTTAAAAGTTTCAATTTGGTCTTTATGATTGGGCCAAACCTCATAAATCATCATTGGCGTTATCATACTAATACATTTTTTTATGTGACAATAAACTAATGTTTTCTATTTGATTAACTGTGTTAGTTGATTATATCAGGGTTTAGGGTTGAGTAAAAAATAGAAGGAAATAAGTGAATTTTTTGGGTGGGTAAAAGATAGTGTAGAGATGATTTGTGAGGTTTAACCAAACTATAGGGGCTAAATTGAAACTTTTAAAATCATAAGAACTAAATTAAAACTAAACTAAAACAATAGGGACTAAATCAAAATTTTTAAAATCATAGGGACCAAATTGAAACTATGTCCAAATCAAAGGGACCAACTTTGTAATTTAACCTAATTTAATTAAATTAAAGGTTAAATTGTAAATTTAGTCAATGCTTGTGTCAAAATAGGTTCATGAACTTTAAAAAATGTATAATAGGTCCCTAAATTTTAAAAATATCTAATAGGTGTCTGATCTTTCAATTTTGTGTCTATTGACTTATTAGACTTTTTTAAAATTAACGGACCTATTATATACAAAAGTCAATTTTTTGTCTAATAAGTCCTTAGCTTTTCAATATTGTGTCTAAAAAGTTTGTAAATTTTAAAAAATGTCTAATAATTAGTGATTTATTAGATACAAAATTGAAAGTTTAGGAACTTATTAGATATAAAATTAAAAGTATATGGACTTATTTAACACAATTCTGAAAGTTCAGAGACTAAATTTGTAATTTAAAATAAATTAAAAAGATATAAAAAAAATGGCTAATTAAATAATGAATTTCGCGGGAGAGGGGTAAAAATGAATTGCCGAACATTACGGTTGTGGGAGAATGTGAATAGGGGAAGAAATGAGGGGTAGGCGTGCAAAAAAAAGAAAATATAAATTAGGTTCTAGAAATCGAAGACAGTGAAGCACGGTTACAGAGCATTACGCATAGCACGTAACGCAACACCAAAAACGTTCTTATTTCCCTTTCGTTTTCCATTTCGTCTCGTCTTCCCCATTAGATCTCGTTTCCCTTCTGCAACACCAACTTTTCGACACTCAGAGAAACACCACCTCCACCGGCGGATCCATCAGCTAACACCCACACAGAAATTGGCATATGGGTTGCAGAAACAGGGAGTTTTCCGAAGATGACACTTCCTCTTCTACGCTTAGCGAGGCTTTGCTCTTTGCCACCATGTGCCTCATTGGCCTCCCAGTTGAGGTTCACGTTAAAGATGGCTCTGTCTATTGCGGCATCTTTCACACTGCCTGTGTGGAGAATGAATATGGTGCGCTTTCCATAACCTTCTTCACCTTTGCTTCCTCCAATCATTTCCGGAGATTCTATTGATTGCTAGAATTCTACTTTTTGTATTCATTCTTATGTGAATTTGTGCCTTGGTTTCGCCCGTGAGCGAGTGGTTTTGATTTTATCGTTTACGTATGGCGGTCTGGTGTGTAGATGATTTGGATCCGAAATTTGATCTGGGCATGGATGAAAAGATTGGCATCTAATTTTTTTTTTCATCTCATTCTCTTGGAAATGAGACGTTCCTATCTCTCTTAGTAAATGTTTACAAATTATCGTTAAGTTGAATTTGTAGATTTTGACGTTTCTTTTGATGTCTTACGATTTTATCTTTTAATGTTTTAATGGAAACCGCCATGATCCCCCAACCCCTTCTTTTTCTTATACATCGAGAAACGGTGATAGTCATGAAATCAATCTGTGTATCACTAGGTGTTGTTCTGAAGAAAGCAAGGATGACAAAAAAGGGTAAAAGGAATGTGAATGTGGACGATGGAGTTGTAATCGATACTCTTATTGTTCTTTCCGGTGATCTTGTCCAAGTTGTTGCGACGGTATGTAATTAAGGTCACTCATTTTGCTTCTCCTAGTTCTCATGTTATTTAATTTAATTTAATTTGAATCTAGGTCATATTAAGTTCTGGGTTATTTCAAATGTACAGGAAGTTCTACTTCCGGCTGGTAGTTTTTCCAAAAGTTTGGCTGGTTATGATAATGAAGCCATGGCCAATGTTCCTATTTCATTGCTTCCAGCTTCAGAGACTAAGACATGTATGGAGTCATTCAAGGAGGGGAGTCAGATGAATCAAACAAGGTATACTCCCATTTTGACATTGTATATTTATATGGATAGAGCAATCTGGTCCAAGTTTTGGAGTCTGATATTCTTTTGTCAGTAGCATTTGGACCGATGTTATTAGTATTATCTGTTTCTCACCAAGCATCCTTGTCATTGGAAGATAGTTTCCAAGATCTCTATTTGTACAATATAACCTTATATATTACGTGACAGAAAATTGAGAATAAGAAAGTAACTTACCAAAAAAAAATTGTAATTGATGATAAGGAATAGAGTCAATTCAGACTCTCATTTAAAATTAGAACTGGCTTTGTCCTAAAAGAAGTGGCTGTCTGTGGTTTAGAAGGTTATGTTGTCTTCAATATGACCTTTTTTCTTCTTGATTTTACTTGGAAAGAATATTCTTCTCTCTCCTAATTGGTTTTACACATATACTAGATAGATCTTTGCAATACTAAATCAGTTGCATGAAAGTAGCTTCAGGAAATTATTATTTATTGGCATGTTAAACGAGTACTGTGCATCATGTAGAAAGCCATAATTTCTTGCTTCAAATCCATATTTCAAGATGGGAGAAGGTTTCAATTATATTATATTGTAACTTATGTGCTTAGTTTGGTATTGGTATAATGGATGTAACTACCAACACACATTTCAATTGTAAAAGCAGCGACTTGGTCCAAGATCAGAATGGGTTTGCTCATGGTTCAGTGCCTACGATAACTGGGAAGCATGGTGATGTTAGACAGCTTTTGCGAGATAATGCTGAGAACAACCAGGGAGATGCACAGCAGAAAAGGGAAAGGATCAATTGCAAAAAGGTGAACTTTTTATCCCTTGGTTTCATAATAACACACTCACACACAGAATATGCTCCTGAAAATATAAGTATTGAAGGGAGCGATTACCTATTAGAAGGATAGTTAAGAATGGCTCATGTATTGGTTAACATTGCCTCCTCAGAGACATCTACAGTTAGTACTTGATTAGTTGCATCCACTTAACAAGCCTACACTGCTAACTGTTTGTGTGAATTATTTCGTAGGCATGTTATTTAAATTAAGCATGTAAGTCTTTGTTTTGAAGTTTATCATTTTCCTATTCATAATTTCTTTGCCTTCTCCCCCACCTCCTTCTTGCAGCCTGAAGGTGTCACTGATGCTGCAATCAATTGGAGGTAGGAAATAACTTCTCTTTTTACTAAATATATTTCTTGTTTATGGTTGTCCAGCAAACAATTGGGGCTCATTCCATGATCATGCCACCAAAAGTAGATGTGGTTCATAAACTATCTTCAGTTCTTTTATTTTTATTATTATTATTTTTGGTACGAAACAATTGCATACCAAAAAGGGAACATGCTGTGTGGCAAATGCCTCTCTTACTTTATTTGAGATTGATATATCTGTTGCTTTGATTTTATTTTTCAACTAATTACTCTTGTCTCAGTCAAGTGCTCCTTATCATTGGGTTTATGTTAAATTATTTGACAGACAGGACCCAGATAACCAATTAAAAAGGGAGCAGGATGATCATGGTCAGGAATTTGACATTCATAAAAGAGTCAATGTATGTCAAGTAGGCTTATTCAGGACCCTGGTTTTCTTGAGAATTAGATGTTATTCATTTGGGTGGACTAAATTTAAGACTAACTACTTTTATTTCTATAGGTTGATCGAGTTCAATCCTCTATATCGAGTGGTGAGTTCGAAGTGCTGTTAATGATATCTGGCTCATCTATGATTTGGTTATAAAGTCTTATACAAGTGGGTTTTCTTAATATAGAAACTAAATATACTTGCAAATGGTTTTTTATTGGAAATGTTGATTTTGCAATTGACATTACATCATTGTAGTTTTTAGTTGCAACTTACCTATGATATTAAATAGTCAATGAACTTTTTGACATCAAGTGTTGAAGGATTAGGTAGTTGTCTCTTGAGATTAGTTGGTTTAGACACCTATGATTTTTCTATATAGTTTTCAAATACCCTCCATGAAAGTGGACACGTCTTTGTAATGTTTATTATTCTTTGCCTACTTGAATTTTAAAATTCTTAATATGCAGTGGAATTTCAGCTTAATCAAGTAAATTCTGACAAGAAAAAGAATGTAATAGTGGCATAAAAAAAAATTGCTGGGAGTATCTAATGGTCCTGCTCCTGCTCTTGTTAAAATAGAGAAACCATGCATTGAAAGACCCACCTCAGCCAACACTTCTCTGAATGCATATTCAGTTTGTGTCTCAACTTGTTCACTTTCGTCCGTAGATAGTAGCATGGACTCGTGTCATAGTTCTATAACATCAACGACCGACTTGGCCCCTTCTCATGTTTCAGAATCCAATAAAAGTGCCAAGGTACATATCATTATCAATATATCACTATCACTACTATATTTGAGAGATAGGATGTTAATGAAACATTTTTGGATACTTTATTTGGATGATGACAAAATATACCGTCATCCATTTTACTTTGTCAATTTTATGTTACAGATTATATGCCAGTTGAAGCTAAAGTACTTTTTTTCTTTGCGCCTGTTTTTTGTTTTTTTATTTTATAAGAAACAAAATCTTATGGAATAGATGAAAAGCAAGCCAAAAGCCTACAAAAGTTAAAAGGAGTTACAAGAGCACTCTCCAATTGGCACAAATCAAAGAAAATCTGTAGTTGCAAAAGTCGTTATAGAAAATACACCTAGTAGAAGAAACAAAAACAGCATAAATATCCATCCACTTTTCTTTACCTAGGAAGACTCTCATATTCTTTTCTAAAGAAACCTTCCGATGGAATGGATCTTATGACATTTAGCCACAAAAGTTTGGTTTTTTTTTTAAAGTAATGGAAACACAAAAAAGAGTACTGCAAGTTCCTCCTGATCCCTGTAGGCAATGGTAAGACCAATTGAAAAGTTTGGAGAATTTCCTCCACAATTTCATGCTTAAAGGTACCAAAGGAAGAGGTGGTGTGGTCTGCCAATTCATTTCTCCTTTAACACACCAACTTGTAGAAAGACATAAGATTTTTTTATCGCATCTTTATTTGGGTATTCAGACCTCCCAGAAGATGAGACCCACAAGCATCTTGATCTTACACGGACTTGAGAAAAAAAGAAGTCGGCACTAAAATTGACTTCGAAGGGCTTTCATTGTAGACAAGGAACACCAGCTTGAGCACCAACCCTTAGCCATACTTACTGACTATGATTCATGCTACGTAGCACGCCCCCAAAGAAAATCCCCAATTGGCGAGAAGGGCAAAATTCCTATTTTTTTCCATTACCTATTCCAGCCACCTTTTGATAGTGGAAAGCCAAATACCCCAAGAATATCAAGTTCTTCTGCTGGGAATTAAGCCACAGCTCCATTAATACACATGAGATAATCCAGAAGAAATTTCCAAGATTGGCCATCTCTCCAACCGCTGTATCATGTGTATGAAAAGTTCAGAATCTCAAGGGCACCTTTCATTTCCTGTGAGTTTGCTAGAGAATTCTGGAATCAGCTTCTTGAAGCTTTTGGATGGCAGACTCCTCTCCACACGAATTTAAGCTCTTTTCTCCATTCTTTCATGGTTGGCTACCCGTTCAAAAGAGGGAAAGAAATTCTGTGGTTGCAGCTTATCAGAGCCTACTTTTGGTGTCTTTGGATGGAGAGAGACAACAGAATCTTCAGTAACAAATCTCTCCTTTTTGATAGATTTCTTGATAATATTATGGTTAGGCTCTTGGTTGGTGTAAATGCTTTTTCTTCCCTTTCACCGAGTATAGTTTAAATGATCTTTTGAAGAACTGGAAGGCCTTTTTGTAATCCAGTTGTTCGTGCCCTTTCCCTGTTGTATATTTCATCTTATCAATGAAATATCTCTGTTTCTTAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAGATAGTGGAAGTGAAACTGTTTTCCAATTAATCAATTGAGGAGCCACCTTCCAATTTTGGCTCTTCCCATAAAAAAATCCCCAAAGTTTTCTCTATCTCCACTGTGACACTTCTGGGAGCGTGGAAGACAGAGAACTGGAGAAGTAGTTGGACAGATTATAAATAATGAAGTTGATGAAGGTTTATTCACCCTTTGAGATGAAAACATGCTTCCACTTGTCCAACTTGTGAGAGATCCTTTCCAAATCTGGTGCCCAAAAAACCTTAGAACTTGGGTGGAGACCCTCGTCTTCAATAAGGAAGAGGCTACTCATTGACTTTACACCCAAAACCTTCAGCCACTTCTTTTCACCTTTGAGGTAGTACAATTAATTCCAACTCCGATAATCACTTTCTTGACGATGAGAATAATTTTGAAGAGATTGCTAGTCATTGTAGGCCAAGAGATAGGGAGGATAATGAGGTATGGACCTTGGAAGAATATGGCCATTTCTCAATCAGATCACCTGTTAGAAAATTAACGAAAAAGGAATATATTCTAGAGGAAATATTGATTAAGCTGGTGTGGAAAGGTAAGGTACCAAAGGTGAAATGATTTGTGGACTTGTTATTTGAATCATTAAATGCCTCAGATAAGTAACAGAATAAGTACCCAAATTGGCTCTTTCTTTAAACTGTTGTGTATCTTGTGAAGCCAAGTAAGAAAGTCAACATGTCTTGTTCCAGTGTGAGTTTAATACAAAATTCTGGTATTCAATTCTGAATCTCCTAATTGATGGATGGGTTTTTCTCAAATCCATAAAGGAATTTGCAGCAAATGGCAGGGGTTTTGGGGAAGGAGAACGAGTTGAAAATTGCTTCGGAAAACCTATTAAAAGCAATGCTATGGAAATATGTTTGGAAAGGAATTACATAATTTTTGTAACCGAGGAAAGAAAATTTTTGGATAATAAACAATTTCATTTGATAAAATGAAATTACAAAAAAAGGGAATAATAACCCCATCTAAAGGAATTTACAAAAAGCTCCTCCAATTTGCTAAAAGAGTGCTTAAACTATAATCAATGAAAGGGGGAACAGCTTTACACCAAGATAAGGCTAGTAAAATAACAGAATCAAAAAGCAAGTCAGCATCCCTCTCCTAATCTTGGAAGATCCTATGGTTTCCTTCATAGGATTCGAGGAAAGAAAATGGCAGAACGTAGTTGAAATGGCTTGATTTAAAGCTTCTCTTTGATGCTCTTACATAAATTATTTAGAATTTCTGTAATTAACTCTAATTATGGAGCGTTTTTTGTTTTCATGGGGTTCTACACTTTCGTAAACTTTTCTTGTTTCTGTTTTTTTTTAAAAAAAGAATATCTACAATGAGAAATCCTGCAAATTTTTAGGTTTGCACCAGTGAAGACCAAAACACTTGAAGAACTCAATCCCAAAACTTCCCTCAAAAACTGCATGTCAAAAATAAGGCCTCCGTTTTCAGTACCCTTCGTACAAAGAATGCACTATTGGGGAGAAGGCCAAGTGAGGGGGCTGTATGAGAATTCTATTATGTCTATTAATTCAATGGAGAGAAACAAACCAAATGAAGAATCTGATCTCCTTAGAAACTTTTAGTCTTCAAATACCTTTGGCCAGATGTGAAGGAAAAATCCTTTACTAATAATGCAGAAAGAAATTCCTGCAGAGTCAACTCCTCTTTTGTCTGAATCCACACTCTGTCATAATCACTTTGGGTAGGAGGAAAACCATGAAGAAGATTGACAAGGGTCAACTGTTCCTCAACCCCCCCCCCCCCCCCCCATTATTTAAATTCCTGCTAAATTTTTAGTCCCTCCTGTGGTTCTCAGCATCACAGAGTTGCTGATAGTACTGCTACTGCTGTTTGCAAGACTGAACAGCTTGGAAAATTGGTACTCCATGAGTCCTAAGATTAACCTTGCTTCCTTTATCAACCTTCGTGAAATGGGCTGAGTGGATGAAGGCATTGCACTAAGGAATGTTGCACTGAGGACTTCTCTTACTACTACCCTACCAAACGTTGGTGTAGTTGCTGGTTGAAATGCCACAAGCTACTGGTTTCAAAGGATATCTCCACAGCCTCTAGGATAATAAAGCTAGGTATTTCCTCCTGATATTACCTACTTTCAGCCGACCAGACTGCTTAGGGAGGGCGACATTTTCCCATCTAAAAAGATGATTGTCTCCTGTTTTCTCCATAAGAAATCTATTATTTATTTATTTTTAACATTCTTCCATTCTTGTTAAAAAAAATCTTACAAAATAATAAAAGTTCAATCATGGATCCTGGTTTTGAAGGAGGGATCTTGAAGAGGAAAGGTAGTAAATTGGATGATTAGCAAGGACAAATTTCCATCTTTTTTAATGGAAAATACATCTTAATGAAACCTTTTCCACGTGAGGTAGGCTGTAGGCATTTTATGCAAGGTTTATTACCGTGGCGATGACCTTTCCCACGTGTATGTTCAACTGATGTTTCTTTTCAATGTAGCCTTAATCCTCACTTTCAAATCCCATCCAAAGTTTCAACTTTGAATCTAGCACATAATATCCAACTCTTGTGTATTCATTTGCTAAGAAATTGGATCGATACAAAGGATGGTTTGGTTTTCAACCGAAAGTGTTTTTTTGTTGGATAACTGTATCTTGTTCTAAAAAAAATTATAATGAAACCTTTTGATTGAATCTTCCTTTCATTTTATGAAATGGACACTAAGGGGCTGCTTGGTAAAAATTGCTCCTAAAATTGTCTAACCTTTTAAACTGTTTTTTTTTTTAATTATTGATTTTAAAATTTAAAAACTGTTTGTGAAGATATTTTTGTTCTCGTGTTTTCACTTGTTTCTTGTAAGGTTAGGAATAACTTATTATTCTATGATAATAAAATTCTACAGTTTCCTAGACAAAATCACAGTGTGCACTCTTAAAATTTTGCTGCAGGTTTTTTCTGATAGAATAATAATAATTATTATTTTTTTCTGTTAATCTCTGGGAACAACTTACTTATCTTTTACAAGATAGTCCTACTTATGGTTGGTAAGTTGACTAATAGTGATGTTCATAGATTGATGGCATTTATAAGGTCATGGTGCAGGCTTATCCTTGATATTCTTCTCTGATAACTAATTAAACATTTCTTCTATTTATACTTCTGCAGGAATTTAAGCTGAATCCAAGAGCCAAACTCTTCTCTCCATCTGTTACCAATAGCATGTCAGCAACTCCTGCAGCTTCAATGGTTGCAAGCGTGGCTTACATTTCAAACAACTCACCAGTAGTACCTGTGGCTGTTGCTCAGCCAGAGGTGGAGTTCAGTCCTTTTGTACCTCGTTCATCTGTGCCTGCCAAGTTTGTCCCTTATGGCAACTCAATAGCTGGATTTGGTGGCAATGTTGCTCAATTTTCCCAACCTGTACGTATTGTTTGGGCAGATTTTTCTTGATCAGTTTTCCTTTTGTTTTTCTTATCAAACTATCCATTTAGCCTTTTGGGGGGCCTAGACCAGCTCTTATAATTGTTGTTTCTCCATCTCACAACCAAAATAAATGAGAGCTAAAACTCAAAGTCTGAATATGTACTTCCAGAGGTCCAGTGGTACATCAGGTCTCTTCTTAGTTCAAGAAGGAAATTCTAAGTTTTATTTATAAGATCAGTTCTTTAGTTAAATGTACTATATCTTGGGCATCATAGATCTAATGATAGATGAGTTTGAATTCTGAAACTTGTACTTAGCTAATCCCTCCAGGATTTTGTTAAGGTGTTTATTGGTTTCAAGATGATTACATCAAATTGGTTTAATTGTTCATATAAAAATAAAAATATTGGTGTAAGTGTATCCCATAAAGCAAAAAGAGTTGTGCAGAGGGTTTTTCCATGAATGTTTCAATTGGCATTTCTACCGATAATTTAGTGATTAAGATTATGTGATGAGGATGCATGATGGTTGATGATGTAAGCAATTTTATACAACCGTTGTACTGAAACTTCATACTACTCTCTATTATAACGAGCCACATGTAACTGTTACATGTAATGATTTAGTTTATTTATTATTTTATGCTTTCAATAGCATCCACTTTACCGGTTATAGCATGATGGAAAATTTCAGTGCAAGGGTAGTTTTTTCTGCATGTTCACTGACTCGAGTTTTCTCCCTTTATCTTGACTACAGATGGTGGGACATGTAGGAACCAGGACGCAGCCAGTTAGATATGTTGGTCAGTATCCTCTCCAGGCTGGTCCAACCTTTGGGCCCCCAAACTCACAAGCAGTAAGTGGAAACAGGATTATATCTACCCTTTCAACTTAGTTTCTTCCATATGGTTGCAATTTCAGCGAGCAGATTAGAATATATTTTAATTTATTCACGACCAGCTGGTCATATGTGTTGCTAATCTCTGCCCCTTCCCTTCGATTGTTACAGGTTATGGTCGGACGTTTTGGGCAACTTGTTTATGTTCACCCAGTCTCGCATGTAAGCACTTAGTCTCCCATTTGTTTGTTTTTTTTTTCCCCCATTTGTTAAAAGTGTAAACCATCCTTCCATAAATTCTATTTTGCTTCTTTGAATTATTTGACCTTGTAGAGTTAATCTTTTTCTTCACTTTACGTTTCATGACGCCATGAGCAGTTGAATATTTACTTAGTGTTTTGACTTGTGATTAATGTATGTTTTGTTTTAATATTTTAAATCTTTATTTTTAAGTTCTTTTTCCTCAAGGTCAATTAATTGTATAATCTATTTTTATGATGTTGCATCTTCCTTTGCCTTAACTTTCTACGACTTCTTTTTGGTTTCTGCATCCCTTTTTTTCCCTTTTTTTATTTCCTCTCTCCGAATTGCTTATTTATCTTGTCTCATATTGAAGGACTTGGCTCAAGGTACAACAGTCGTCTCACCGGTATCACCTTGCCCTTTGTTGACAACACAGCCAGCTCAATATCCAAAACATCAAGGTGAAATTCTTTTCCTGGCTGATGACTGAGTGTTTCGAATGTGTTGCTCAACTTTTATCATATCATAAACTATGGTATTTTTTTAGATGATGTTGCCTTCTTATCGGAAGAGAATGAAATTACAGTACTTATTTTACCCAATTAAGCTACCCCTCGTGACCAATCAACAGTTTCAATAGTTTAAGATTATGCTACCAAATATATCAATTTAAACAACTTGTTATTTGCCTTCTTCATCTAAGCGTCCTCCACAAATGCAGGAACTGCAGCAGCAGCAGCAGTACAAGCATTGCAGTTTTGCGTTCCTCCACCATTTATGGCCAATGGACACCAGCCGCTCTCCGCAGTGCCAAACCACATTCCAATTTTGCAGCCCTCCTTCCCCCTCAATCGCCCAATGCAAGTCCCAGGATCTAATGCATTCTTCAACACCAAGTTCACCTGA ATGGATCCCAACTTGCAGCTTCATGCTTCTGACAATGATTATTTGCAGGATCCTTCTGTTTACAGGAGATTAATTGGCAGATTATTGTATTTGACCATTTCTCGTCCTGATATAACTTTTTACAAGTTGAGCCAATTTGTGTCCAAGCCGTGCAAGTCCCACCTATCTGCTGCCCACCATTTATTGCGATATTTAAAGGCTTCGCCAGGACAAGGTGTTTTCCTCCCAGCTTCTTCTTCCTTCCAGATCTCGTTTCCCTTCTGCAACACCAACTTTTCGACACTCAGAGAAACACCACCTCCACCGGCGGATCCATCAGCTAACACCCACACAGAAATTGGCATATGGGTTGCAGAAACAGGGAGTTTTCCGAAGATGACACTTCCTCTTCTACGCTTAGCGAGGCTTTGCTCTTTGCCACCATGTGCCTCATTGGCCTCCCAGTTGAGGTTCACGTTAAAGATGGCTCTGTCTATTGCGGCATCTTTCACACTGCCTGTGTGGAGAATGAATATGAATTCTACTTTTTGTATTCATTCTTATGTGAATTTGTGCCTTGGTTTCGCCCGTGAGCGAGTGGTTTTGATTTTATCGTTTACGTATGGCGGTGTTGTTCTGAAGAAAGCAAGGATGACAAAAAAGGGTAAAAGGAATGTGAATGTGGACGATGGAGTTGTAATCGATACTCTTATTGTTCTTTCCGGTGATCTTGTCCAAGTTGTTGCGACGGAAGTTCTACTTCCGGCTGGTAGTTTTTCCAAAAGTTTGGCTGGTTATGATAATGAAGCCATGGCCAATGTTCCTATTTCATTGCTTCCAGCTTCAGAGACTAAGACATGTATGGAGTCATTCAAGGAGGGGAGTCAGATGAATCAAACAAGCGACTTGGTCCAAGATCAGAATGGGTTTGCTCATGGTTCAGTGCCTACGATAACTGGGAAGCATGGTGATGTTAGACAGCTTTTGCGAGATAATGCTGAGAACAACCAGGGAGATGCACAGCAGAAAAGGGAAAGGATCAATTGCAAAAAGCCTGAAGGTGTCACTGATGCTGCAATCAATTGGAGACAGGACCCAGATAACCAATTAAAAAGGGAGCAGGATGATCATGGTCAGGAATTTGACATTCATAAAAGAGTCAATGTTGATCGAGTTCAATCCTCTATATCGAGTGAGAAACCATGCATTGAAAGACCCACCTCAGCCAACACTTCTCTGAATGCATATTCAGTTTGTGTCTCAACTTGTTCACTTTCGTCCGTAGATAGTAGCATGGACTCGTGTCATAGTTCTATAACATCAACGACCGACTTGGCCCCTTCTCATGTTTCAGAATCCAATAAAAGTGCCAAGGAATTTAAGCTGAATCCAAGAGCCAAACTCTTCTCTCCATCTGTTACCAATAGCATGTCAGCAACTCCTGCAGCTTCAATGGTTGCAAGCGTGGCTTACATTTCAAACAACTCACCAGTAGTACCTGTGGCTGTTGCTCAGCCAGAGGTGGAGTTCAGTCCTTTTGTACCTCGTTCATCTGTGCCTGCCAAGTTTGTCCCTTATGGCAACTCAATAGCTGGATTTGGTGGCAATGTTGCTCAATTTTCCCAACCTATGGTGGGACATGTAGGAACCAGGACGCAGCCAGTTAGATATGTTGGTCAGTATCCTCTCCAGGCTGGTCCAACCTTTGGGCCCCCAAACTCACAAGCAGTTATGGTCGGACGTTTTGGGCAACTTGTTTATGTTCACCCAGTCTCGCATGACTTGGCTCAAGGTACAACAGTCGTCTCACCGGTATCACCTTGCCCTTTGTTGACAACACAGCCAGCTCAATATCCAAAACATCAAGCGTCCTCCACAAATGCAGGAACTGCAGCAGCAGCAGCAGTACAAGCATTGCAGTTTTGCGTTCCTCCACCATTTATGGCCAATGGACACCAGCCGCTCTCCGCAGTGCCAAACCACATTCCAATTTTGCAGCCCTCCTTCCCCCTCAATCGCCCAATGCAAGTCCCAGGATCTAATGCATTCTTCAACACCAAGTTCACCTGA ATGGATCCCAACTTGCAGCTTCATGCTTCTGACAATGATTATTTGCAGGATCCTTCTGTTTACAGGAGATTAATTGGCAGATTATTGTATTTGACCATTTCTCGTCCTGATATAACTTTTTACAAGTTGAGCCAATTTGTGTCCAAGCCGTGCAAGTCCCACCTATCTGCTGCCCACCATTTATTGCGATATTTAAAGGCTTCGCCAGGACAAGGTGTTTTCCTCCCAGCTTCTTCTTCCTTCCAGATCTCGTTTCCCTTCTGCAACACCAACTTTTCGACACTCAGAGAAACACCACCTCCACCGGCGGATCCATCAGCTAACACCCACACAGAAATTGGCATATGGGTTGCAGAAACAGGGAGTTTTCCGAAGATGACACTTCCTCTTCTACGCTTAGCGAGGCTTTGCTCTTTGCCACCATGTGCCTCATTGGCCTCCCAGTTGAGGTTCACGTTAAAGATGGCTCTGTCTATTGCGGCATCTTTCACACTGCCTGTGTGGAGAATGAATATGAATTCTACTTTTTGTATTCATTCTTATGTGAATTTGTGCCTTGGTTTCGCCCGTGAGCGAGTGGTTTTGATTTTATCGTTTACGTATGGCGGTGTTGTTCTGAAGAAAGCAAGGATGACAAAAAAGGGTAAAAGGAATGTGAATGTGGACGATGGAGTTGTAATCGATACTCTTATTGTTCTTTCCGGTGATCTTGTCCAAGTTGTTGCGACGGAAGTTCTACTTCCGGCTGGTAGTTTTTCCAAAAGTTTGGCTGGTTATGATAATGAAGCCATGGCCAATGTTCCTATTTCATTGCTTCCAGCTTCAGAGACTAAGACATGTATGGAGTCATTCAAGGAGGGGAGTCAGATGAATCAAACAAGCGACTTGGTCCAAGATCAGAATGGGTTTGCTCATGGTTCAGTGCCTACGATAACTGGGAAGCATGGTGATGTTAGACAGCTTTTGCGAGATAATGCTGAGAACAACCAGGGAGATGCACAGCAGAAAAGGGAAAGGATCAATTGCAAAAAGCCTGAAGGTGTCACTGATGCTGCAATCAATTGGAGACAGGACCCAGATAACCAATTAAAAAGGGAGCAGGATGATCATGGTCAGGAATTTGACATTCATAAAAGAGTCAATGTTGATCGAGTTCAATCCTCTATATCGAGTGAGAAACCATGCATTGAAAGACCCACCTCAGCCAACACTTCTCTGAATGCATATTCAGTTTGTGTCTCAACTTGTTCACTTTCGTCCGTAGATAGTAGCATGGACTCGTGTCATAGTTCTATAACATCAACGACCGACTTGGCCCCTTCTCATGTTTCAGAATCCAATAAAAGTGCCAAGGAATTTAAGCTGAATCCAAGAGCCAAACTCTTCTCTCCATCTGTTACCAATAGCATGTCAGCAACTCCTGCAGCTTCAATGGTTGCAAGCGTGGCTTACATTTCAAACAACTCACCAGTAGTACCTGTGGCTGTTGCTCAGCCAGAGGTGGAGTTCAGTCCTTTTGTACCTCGTTCATCTGTGCCTGCCAAGTTTGTCCCTTATGGCAACTCAATAGCTGGATTTGGTGGCAATGTTGCTCAATTTTCCCAACCTATGGTGGGACATGTAGGAACCAGGACGCAGCCAGTTAGATATGTTGGTCAGTATCCTCTCCAGGCTGGTCCAACCTTTGGGCCCCCAAACTCACAAGCAGTTATGGTCGGACGTTTTGGGCAACTTGTTTATGTTCACCCAGTCTCGCATGACTTGGCTCAAGGTACAACAGTCGTCTCACCGGTATCACCTTGCCCTTTGTTGACAACACAGCCAGCTCAATATCCAAAACATCAAGCGTCCTCCACAAATGCAGGAACTGCAGCAGCAGCAGCAGTACAAGCATTGCAGTTTTGCGTTCCTCCACCATTTATGGCCAATGGACACCAGCCGCTCTCCGCAGTGCCAAACCACATTCCAATTTTGCAGCCCTCCTTCCCCCTCAATCGCCCAATGCAAGTCCCAGGATCTAATGCATTCTTCAACACCAAGTTCACCTGA MDPNLQLHASDNDYLQDPSVYRRLIGRLLYLTISRPDITFYKLSQFVSKPCKSHLSAAHHLLRYLKASPGQGVFLPASSSFQISFPFCNTNFSTLRETPPPPADPSANTHTEIGIWVAETGSFPKMTLPLLRLARLCSLPPCASLASQLRFTLKMALSIAASFTLPVWRMNMNSTFCIHSYVNLCLGFARERVVLILSFTYGGVVLKKARMTKKGKRNVNVDDGVVIDTLIVLSGDLVQVVATEVLLPAGSFSKSLAGYDNEAMANVPISLLPASETKTCMESFKEGSQMNQTSDLVQDQNGFAHGSVPTITGKHGDVRQLLRDNAENNQGDAQQKRERINCKKPEGVTDAAINWRQDPDNQLKREQDDHGQEFDIHKRVNVDRVQSSISSEKPCIERPTSANTSLNAYSVCVSTCSLSSVDSSMDSCHSSITSTTDLAPSHVSESNKSAKEFKLNPRAKLFSPSVTNSMSATPAASMVASVAYISNNSPVVPVAVAQPEVEFSPFVPRSSVPAKFVPYGNSIAGFGGNVAQFSQPMVGHVGTRTQPVRYVGQYPLQAGPTFGPPNSQAVMVGRFGQLVYVHPVSHDLAQGTTVVSPVSPCPLLTTQPAQYPKHQASSTNAGTAAAAAVQALQFCVPPPFMANGHQPLSAVPNHIPILQPSFPLNRPMQVPGSNAFFNTKFT Homology
BLAST of Sgr020012 vs. NCBI nr
Match: XP_022151014.1 (uncharacterized protein LOC111019035 isoform X2 [Momordica charantia]) HSP 1 Score: 818.1 bits (2112), Expect = 5.5e-233 Identity = 425/481 (88.36%), Postives = 448/481 (93.14%), Query Frame = 0
BLAST of Sgr020012 vs. NCBI nr
Match: XP_022151013.1 (uncharacterized protein LOC111019035 isoform X1 [Momordica charantia]) HSP 1 Score: 814.3 bits (2102), Expect = 7.9e-232 Identity = 425/482 (88.17%), Postives = 449/482 (93.15%), Query Frame = 0
BLAST of Sgr020012 vs. NCBI nr
Match: XP_022151016.1 (uncharacterized protein LOC111019035 isoform X4 [Momordica charantia]) HSP 1 Score: 800.4 bits (2066), Expect = 1.2e-227 Identity = 417/474 (87.97%), Postives = 441/474 (93.04%), Query Frame = 0
BLAST of Sgr020012 vs. NCBI nr
Match: XP_022943019.1 (polyadenylate-binding protein-interacting protein 4-like [Cucurbita moschata]) HSP 1 Score: 748.8 bits (1932), Expect = 4.1e-212 Identity = 401/482 (83.20%), Postives = 426/482 (88.38%), Query Frame = 0
BLAST of Sgr020012 vs. NCBI nr
Match: KAG6600769.1 (Polyadenylate-binding protein-interacting protein 4, partial [Cucurbita argyrosperma subsp. sororia]) HSP 1 Score: 748.8 bits (1932), Expect = 4.1e-212 Identity = 398/481 (82.74%), Postives = 425/481 (88.36%), Query Frame = 0
BLAST of Sgr020012 vs. ExPASy Swiss-Prot
Match: Q94HW2 (Retrovirus-related Pol polyprotein from transposon RE1 OS=Arabidopsis thaliana OX=3702 GN=RE1 PE=2 SV=1) HSP 1 Score: 65.5 bits (158), Expect = 2.7e-09 Identity = 32/85 (37.65%), Postives = 49/85 (57.65%), Query Frame = 0
BLAST of Sgr020012 vs. ExPASy Swiss-Prot
Match: Q9ZT94 (Retrovirus-related Pol polyprotein from transposon RE2 OS=Arabidopsis thaliana OX=3702 GN=RE2 PE=4 SV=1) HSP 1 Score: 61.2 bits (147), Expect = 5.1e-08 Identity = 30/83 (36.14%), Postives = 48/83 (57.83%), Query Frame = 0
BLAST of Sgr020012 vs. ExPASy Swiss-Prot
Match: P93290 (Uncharacterized mitochondrial protein AtMg00240 OS=Arabidopsis thaliana OX=3702 GN=AtMg00240 PE=4 SV=1) HSP 1 Score: 51.2 bits (121), Expect = 5.3e-05 Identity = 27/72 (37.50%), Postives = 47/72 (65.28%), Query Frame = 0
BLAST of Sgr020012 vs. ExPASy TrEMBL
Match: A0A6J1DBR8 (uncharacterized protein LOC111019035 isoform X2 OS=Momordica charantia OX=3673 GN=LOC111019035 PE=4 SV=1) HSP 1 Score: 818.1 bits (2112), Expect = 2.6e-233 Identity = 425/481 (88.36%), Postives = 448/481 (93.14%), Query Frame = 0
BLAST of Sgr020012 vs. ExPASy TrEMBL
Match: A0A6J1DB05 (uncharacterized protein LOC111019035 isoform X1 OS=Momordica charantia OX=3673 GN=LOC111019035 PE=4 SV=1) HSP 1 Score: 814.3 bits (2102), Expect = 3.8e-232 Identity = 425/482 (88.17%), Postives = 449/482 (93.15%), Query Frame = 0
BLAST of Sgr020012 vs. ExPASy TrEMBL
Match: A0A6J1DD98 (uncharacterized protein LOC111019035 isoform X4 OS=Momordica charantia OX=3673 GN=LOC111019035 PE=4 SV=1) HSP 1 Score: 800.4 bits (2066), Expect = 5.7e-228 Identity = 417/474 (87.97%), Postives = 441/474 (93.04%), Query Frame = 0
BLAST of Sgr020012 vs. ExPASy TrEMBL
Match: A0A6J1FT17 (polyadenylate-binding protein-interacting protein 4-like OS=Cucurbita moschata OX=3662 GN=LOC111447883 PE=4 SV=1) HSP 1 Score: 748.8 bits (1932), Expect = 2.0e-212 Identity = 401/482 (83.20%), Postives = 426/482 (88.38%), Query Frame = 0
BLAST of Sgr020012 vs. ExPASy TrEMBL
Match: A0A6J1IG89 (polyadenylate-binding protein-interacting protein 4-like OS=Cucurbita maxima OX=3661 GN=LOC111476647 PE=4 SV=1) HSP 1 Score: 743.8 bits (1919), Expect = 6.3e-211 Identity = 400/482 (82.99%), Postives = 424/482 (87.97%), Query Frame = 0
BLAST of Sgr020012 vs. TAIR 10
Match: AT5G54920.2 (unknown protein; FUNCTIONS IN: molecular_function unknown; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT4G26990.1); Has 30201 Blast hits to 17322 proteins in 780 species: Archae - 12; Bacteria - 1396; Metazoa - 17338; Fungi - 3422; Plants - 5037; Viruses - 0; Other Eukaryotes - 2996 (source: NCBI BLink). ) HSP 1 Score: 207.6 bits (527), Expect = 3.1e-53 Identity = 169/499 (33.87%), Postives = 251/499 (50.30%), Query Frame = 0
BLAST of Sgr020012 vs. TAIR 10
Match: AT5G54920.1 (unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT4G26990.1); Has 30201 Blast hits to 17322 proteins in 780 species: Archae - 12; Bacteria - 1396; Metazoa - 17338; Fungi - 3422; Plants - 5037; Viruses - 0; Other Eukaryotes - 2996 (source: NCBI BLink). ) HSP 1 Score: 206.8 bits (525), Expect = 5.4e-53 Identity = 168/496 (33.87%), Postives = 250/496 (50.40%), Query Frame = 0
BLAST of Sgr020012 vs. TAIR 10
Match: AT4G26990.1 (unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT5G54920.1); Has 30201 Blast hits to 17322 proteins in 780 species: Archae - 12; Bacteria - 1396; Metazoa - 17338; Fungi - 3422; Plants - 5037; Viruses - 0; Other Eukaryotes - 2996 (source: NCBI BLink). ) HSP 1 Score: 186.0 bits (471), Expect = 9.8e-47 Identity = 174/498 (34.94%), Postives = 236/498 (47.39%), Query Frame = 0
BLAST of Sgr020012 vs. TAIR 10
Match: AT4G23160.1 (cysteine-rich RLK (RECEPTOR-like protein kinase) 8 ) HSP 1 Score: 70.9 bits (172), Expect = 4.6e-12 Identity = 39/100 (39.00%), Postives = 57/100 (57.00%), Query Frame = 0
BLAST of Sgr020012 vs. TAIR 10
Match: ATMG00240.1 (Gag-Pol-related retrotransposon family protein ) HSP 1 Score: 51.2 bits (121), Expect = 3.8e-06 Identity = 27/72 (37.50%), Postives = 47/72 (65.28%), Query Frame = 0
The following BLAST results are available for this feature:
InterPro
Analysis Name: InterPro Annotations of Monk fruit (Qingpiguo) 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.
|