![](http://cucurbitgenomics.org/sites/default/files/styles/slideshow/public/carousel/101322_web.jpg?itok=EG-G51x6)
Sgr028774 (gene) Monk fruit (Qingpiguo) v1
Overview
Sequences
The following sequences are available for this feature:
Legend: exonCDSpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below.ATGGCGATCTCAGTCCAAAGCTTGTTTCAAGAAAGAAAAGTCCCCTTCTTCTTCACCCTCTCACTCCTCCTCATTTGCTTCTTAATTCTCTTCTTCACCGACTCCTTTTCCCTCGACCCTCTTCTTCGTTACTCCTCTCTTCGATCTCCTTCTAAACCCTCTTCTTCTTCTCCTCCGCCTTCTGGGGTTGCTCCGATCCCATCTTCTGCCGACCCAATAATTGTTTCCCACGATCTTGATGCTTCTTCTTTGGCGGCGAATTTCAGCTGGAAACTTGTGCTGGTTCTGTGGCTGTTGATTACATTCCCTGTTTGGATAACTTCAAGGCGATTAAGGCTTTGACGTCGAGGAAGCACATGGAGCACCGTGAACGGCATTGCCCTAGTCCTAGTCCGCGTTGTTTGATTCCGCTGCCGAGAGGTTATAAAGTGCCGGTTCCGTGGCCCAAGAGTAGGGACATGGTGAGCTTGATTCTTTGGCAAGGTTTGTTGATAATCTTGTTTTTAGTGGATTTCTTGGTTGTCTTCTGATTTTGCTTGCCTTTTCCTTGAATTGGGAGTTACTGTTCATTTACCTTCAGGGCTTACCCCTTTCTCTGTGAACTAGTTGTTGGAAGTAGGATTTCTTGGGAAGTTGTTTGTGTTCCTCTTGTTGGAAATTGGTGAACATTATTTTGAAATCCCCCCCCCCCCCCCCCCCCCCTTTTTTTTTTTTTGTAGATTTGGTATGATAATGTTCCTCATCCAAAACTTGTTGAATACAAGAAAGACCAACATTGGGTAATTAAGTCAGGTGATTATCTTGTCTTTCCTGGAGGTGGTACCCAGTTCAAGGATGGAGTTGATCGCTACATTGACTTCATTCAAAAGGTGCTTTCTCTTATTTCTTCATTGAGTTATTTAAATATCTTTAGCTTAAACAGCAGATATGGCAGATAGTTGTGATCTAACCTTTAAACAATTTTTACTCAGAAAAACAGTAAACGCATCATATTCTAGTTTAGGATACTACATTTAGTAATCACTGTTAGTATACCGCTGCAAGTATAATTTTGTATAAATCTAAGTTTGATTTTGTATCATCTGACTGAACTTGGAACAGACTTTATCAAATATTAAATGGGGGGAAAACATCAGAGTTATTCTAGATGTTGGTTGTGGTGTTGCTAGCTTTGGTGGCTATTTACTGCAAAAGAATGTTCTTGCCATGTCATTTGCCCCAAAGGATGAGCATGAAGCACAGATACAATTTGCTTTAGAACGAGGAATTCCTGCTACTCTTTCAGTCATTGGAACACAGAAGCTGACATTTCCGGACAACGCATACGATTTGATACATTGTGCACGTTGCAGGGTCCATTGGGATGCAGATGGTAATACTTGTTTATCCTCCTCTAATTTCAAGCTGAAGGCACTCTGTCATTGATAAACTGAGTTTTATTTGTCAATAGTAACCAACTGATTTCATGTGGATAGCTTGACCTTGTTATGGCATTTTGGTGAAAATTATAGGTGGAAAACCATTATTGGAGCTCAACAGGATTCTCAGACCGGAGGTTATTTCATATGGTCTGCTACACCAGTTTATCGTGATGATGAAAGAGACAAGAATGTCTGGAATGGTTTGTTTCTAATATCTACATATCTATGAGTGTATTTTTCTTTTCTTTTCGTCATTGTTAAGATGGTTTGAATCGATAACTTACAGCGATGGTGTGCTAACGAAGTCAATGTGCTGGAAAGTTGTGAAAAAGACATCCGATTCATCTGGAGTTGGGCTCGTCATATATCAGAAGCCGACCACAACATCTTGCTATGAAGATCGTAGGGATAATGATCCTCCTATATGTGATGAGAAGAAGAAGAGAAATAATTCATGGTATTTCTCAGAAATTGTTAAGCTACCTGTTCGTTTTGGCAGCAACAGGGTGATATATGTTAGATATCATCGTGCAATTTGTTGAATTGGTGTTTGCTTCTGTTTTTTTGATAGGTATGAGCCTCTGACTAGATGTATTTCCCAGCTTCCAGTTGATAGCAGGGGCAAGTTTTATGATTGGCCCTGCCGTGGCCGCAGAGACTAACCAGCAAACCTCCTAGCCTGGCTGTTGAATCAAATGCTGAGGAGAAATTCTTGGAGGATACCAAACATTGGTCGGCTGTTGTGTCTGTTGTTTATCGGGATAACATCGGCGTAAACTGGTCGAGCATCCGAAATGTGATGGATATGAATGCAGGCTATGGAGGGTAAAGCATTTACAAATAAAGATTATAAGTATTGATTCCATTTTTCTGATCTGTAGTTTTGGTTATCTTGCTCTTTTAAGTTCCTTTATAGATCATGTCAGACCTAGGTGTCACTGTCCAGTGTGATCCTAATTGATCCTAATGTGGGAAATACCCTATTCAATTAAGAAAGATGGAACAATCAAACTGTTCAACTGAGTCCAGATCTTATCATTCAGTTCCTTCTTCTTGTTTTTTTTCTTTAGTCAGTTCAAATACTTGCTCTTTCACTTTTAACATTTCCTTATTTTCAGGTTTGCAGCTGCATTGATTGATCAACCACTTTGGGTTATGAACGTCGTCCCCATAGACGTACCAGATACTCTGTCCATCGTTTTCGATAGAGGATTGATTGGTATCTATCATGACTGGTGCGAGTCCTTCAACACCTACCCTCGAACCTATGATCTTCTACATTCCAGCTTCCTCTTTACATTTCTCAAGAGACGGTAAGACATCAAATGCTAACACACCATTCATAATCTCTGATACATAGATATGAGCACTGTGTTTTACATAGTTAGCCAACTTCTGCGTTTCTAAGTATCGACAACCTTTGCTATCTTGCAAGATGCGACGTCGTAACTACGGTTGTGGAGATGGACAGAGTACTGAGGCCGGGCGGATATGTTTTGGTTCAAGACAGCATGGAGGTAATAAAGGAGCTTAGTTCCATCTTTCAATCACTTCACTGGTCCATTTCTGTTTATCAGGATCAGTTTCTTGTTACAAAAAAGGGATTCTGGCGGCCTTCAGCCCCTCATTCCAAGTGAAAAACAGGTTCTTTGATAAATTTTAATTCTTTGCCATATACTGTACTCTTAGTTCTTTTTTATTTTTTTTTATTTTCATATTACTCATTTTCAATTGTAGAAGAAATACATAAAAAAAAAAGAGAGATATTATGTATCCTGTGAATCTGTGATATATGCATTAAATCTAAGGTTAATATCAGAGTATGTTATCATTTTTTTTTAAAAAAAAATGGTACCATTAAATAAAAGTACTCAATAGTTTAGGAAATACTTCTAATGTGATTCTTATATATTTGTGTATTTATAATGGCTTAAAATATACTAATAATTAATCTATATACTTTATGCTTTGGTCCCATACTTTCATAATAAATTAGTTCTTATACTTTTAGAATAGTAATGATTAAGCTCTTGAGTTAAAGTTTCGTTAAAAATTTGATCAAAAACAATCTATGGATAAGTGAACTAAGTCAAGACTTGTGCAACTCTAAATGTAGTTTGATTATCTAGACAACCCCTAACCTCTGATACATAGATACGAGCCCCTTAGTTTGTTTGATTGCTTGAGCAACATGTTACTCTGGTTACTATGAGATGGTTATTGGTGTGTCGTGGTGGTTGACATAAGGGAGAGACGTGCATTTGATTTCTTGTCGATGCAATGGTCAAGCTTGGATGCCTTTACAATGGGTGCATGATATATTCATGGATTTGACTTGGCTACAGATACTCATGTTGAATGGATAGGTGGATTTAAGCCATAGGGTATACTTTTTCTAACAAAAAAATTTATAGTTATTTTGTTGTAGCTCTTTTGGCATAGTAATATTTATAAAGTCGTTTTTAAGCATTATGTCAGATTATTTATAATGTTGAAGTTGTTATCCAATTCTTTACACAAGTTCATGATTTTAAAGTAATAACAACTTCAGTATTGAGAAAAAAAGAGTTAAAATAAGATTTAAGTAGGAATATTCGAGCAAAATTGCCTTATCAGTGAACTAACTGAATTATCCAAATCAATCCAAGTGTGCAGAATCGATCAAACTGACCAAAATTTAAATTGACGGAAATGTTTTCAATTTTAGATGTTTTTATGAAATCAAATTTATTTGTCATACAAACTGAACTAACTTTTTACTTGTGTACTTCTATGAAAGATAATTAAGTAAACATATTCTCACTTTAGAAAAAAGAACTTCCAACCAACCAGACATTTGATGCATTAAAATATCGGTTGACATGTTGATATATCCGAAATTGAAGGGTTCAATATCGATATTAGGGATTGATTGATATTTTCAATATATCATATAAATATTATTGAAACACAAAAAATATCAATAAAAAATCACAAATATGAATCTAAATAATAATAATAATATGATTTACATACTATTTTGATCCCTGTATTTTCAGCTTTCGTTTATTTGGTCTTTGTACTTTCAAAACGTCAATTTTGGTCTCTGTACTTTCAGCTTTTGTCCATTTTAGTCCCTATACTTTTAAAATATCCGTTTTCGTCTTTAAGAAGTGACCATTTTGGTCCCTTCATTTTCTTTTTTATCTCATTTTTTTATCACAAACTCAACACAACACTGTACTCAATAAATTTTTTGAAATGTAGTCATAACTCTATATTAAATGATTTTTATTGTATATATAATTTGTGTTAGAAATTTGCAAATAGAACCAAAATGGTCACTTTTAAAAATACATGGACTATAATAGACGTTTTGAAAGTACATGGACTAAAGTGAACGAAAGTTAAAAGTACAAGTATCAAAATAGATATTTTGAAAGTATAGAGACAAAAATAGTATTTAAACCTAATAAGATTTATAACTTGTAAAATACTTATTTATCAATTGAAGTAATTTACATAAATTTATTGATTTTCATAATTTTTTTAAAAATATTCGTTGATATAAAATATTATATCGATAAAATTGAGAGTTCTATATTTCCATCGACTATCATGTCTTAATCCTTGCTCTATATTTACATTAACATCACGCGGAAATTTTTATTTTGAATAAATAAATTATTTGTTTGATTATTATAAATTCTGATAAATTTTACCAAAATTATTCACTTGGGGAATTCCATGAGGTTCAAAAGCAAGGGAAGTCGCTAGCGGTCAAGTTTTCACTAATCTCACCCGCAGTTTCACCTTAACTTTCATCTTTCAACGTTTCGCATCAGCGTTGTTTTACCCATAGGTAGCACGCAACTGCCCGTGCCTTCCGGGTAAGCTTATCGCCCTCGGCGTCGTCCGTGCATGTAGCTCCCTGGCAAGGGCGGGCACAGTTAGTTATTAGCCGAAGCCCATCTCCGCTGCTCTATCTCACGCAACTTCCTTCATCTTCTTCCAACGTTTACTGCCATTTTTGTTTCTTCTTCTTCTTCTTCTTCTTCTTCGCTTATCTGGTTGAAGTGTTTCACTGCTCAACAGCGACGAAGAGAAGTTGATCGATAATGTTTTACTCGCACCAGCTTCTGGCAAGGAAAGCTCCTCTCGGCCAAATCTGGTAAGTGGATTTGAATGCATTTCTCGGTCTGAATAAGTTTGAATCAATGGTGTGTGTTTTGAAACTCTCCAAGTGGTTCGATGTTTCTTGTTTAAATTACTTCGGAAAAGATATACATAGTTGATATTTTCTGTTTTGACAGTCCGTTTAATGCATCGATAGCTTAGATGAACTATATTCTGTGTGTTTTGATGTTTTTTTTTCTTTTTTTAATCATTTTATGTATCTCTTTTACAAAGGATGGCTGCAACGATGCACGCGAAGATCAATCGGAGAAAGCTCGACAAGCTGAACATAATCAAAATTTGGTAATGGAAAAACAAATGGAGCTAAGTTTCTTCAATTAGGAAATGTTAGTATAGTTTTGATTTTCGTGCGGGATTTTGCAGTGAGGAGATTTTGAATCCTTCGGTTCCGATGGCTCTCAGACTCTCGGGGATTCTCATGGGTAATTAGTCGTCCCTCAATCTCTTTCAATTTTCCAGAATTTTAACGCTCTGTTTCATCTCAGTAACAGAGCATTTCTCTTCTTCATTATTCTCAGGTGGTGTAGTCATTGTCTATGAACGAAAAGTTAAAATCCTTTACGGTAACCTTCAAATTACTTTTTATGAAGGAATATATTGTTTTAGAGTTTAAACGCTGTCTCTGAAGAATTACGTACTCTGTTTTTCTGTTTATCGCAGAGGATGTAACTCGCCTTCTGGTAATTACTCAAGTCTTAGAGTTCTAACAATAGAGTGCCGCTTTCGTCTTGTTCTTTTAATATTTGTGTTTTTTAGCTTCATTTTCTGAAATGGATGTTCTCAGGTTGAGATAAACGAAGCGTGGAAGGTGAAAGCAGCTCCAGAGCCCACCGTCAGATCCAAAGGAAAATCTCTGGCCAAGTCAGTCGCTCCTTTCCTTCTCCTTAGACTCCGCAATGCATTAGCAGTTTAATTATCTATCTCTTTCGACATGAGCAGTTTAATTATCTATCTCTTTCGAAAAGGAATGCTTGTGCGTTTGAGGCTATGAATAACTGAACAATAGTCCGGGTTTCTTCCGGGTCCAAAATATAATGGGTCTGGGGCAGGTTAAGAAGGTGATTTTGTCTCTGAATTTGTTTTGTTATGATTTTCAAATGTCCACAGTCCAAAATAAGATGAGATTGGGGCGGGTTAAGATGTGATTTTGACTCTGAATTTGTTTGATGATGATTTTCATATGTCCACAGTCCAAAATAAAATGATTTGGGTGTAAGTTAAGAAGGTGATTTTGACTCTGAATTTGTTTGGTTATGTTTTCATATGTCCACAGTACAAATGAGTTGAGTATCGGGTTAAGAAGGTGATCTTGCGCTGAATTTATTTGGTTATGATTTATATATGTCCACATGTACTCAGGAAGGAGGCTGTCACTCGGCCTAAGAGGATCCGAAAGACGTGGGAGATCAGGAGTCCCAGTCCATTAACTTCTCCCACAACACCTCTCCCATGAGGTTCCAACAAACCGCTTTTTTTACTATGGTAAGCCTTATTACAGAACGCCATTTGGGTTTAGCAGTTTATCGAAATTCAGTAGTTCCCAGTTAGGTATATGTGCCATAGCTAGTCCACACCACTGTAGAAGTGGAATTGGAAGATTTCAATCCGAATAAGTTACGCTATAATTGATTTACGAGAAAGACGAGTACAGAATAACACCACTGGGTTTTGGCTTAGAAGGGAACTGATCTATTTTGGTAATTATCATACTATTTTTTTGTTCTTTAAAATTAATTATAGGAGATTGGTAGTTTTGTTGTTAACAATTCTTATTTTTTAAACAATTACCAATTATTGATTGATAGATCTTTCTGTGTTTGCACAGCGGCTTGACAGTGTGGATGAACCACATAACAACAACAAAACAGTGGAAGATGATCCGTCACAACACCTCCATCAAAGTTTTATTCTGTCGCTTGACCTCATTGTCGCTTATTTTCTGCATAGCTATAAGATTCATAATGCGTTCTACCTATTAATGATCTTGGTTGATCTTTTTCTTAGCTGATGCTGAAAATATAACCTTGCTCGAGCGTTTTGATATGTATCAAGCAAATACAAGTACATTCAATCAGTTTGAAAGGTGAATTCTTTACCTGCATGCATATAACTTTACGGCTATCCATTTAATTTCTTTACCACCTTCCTTTTTCTCAAGAATTTGAATGGGCAAACTTGTGTGTTCATTGGAGCTTGTACGCTTTCTTCGAGATCATGAAGCTCTCGCTTGCACCAATCTCCATAGTGATAATTCATCCCCCTATCTGAAATCATTCTGAGGTGAAATGGTAAAAAAATCAACAGCATCAATTTCTTGTGCTGGATTTGTAGATTTGATATTGAAGAGGATGAGGAAACACAGCTGAATTTTGCTTCCGGAGATCAAACACAAATTCCAGATTCTTTTAGACCTTCACCTCCTCCTCAAGACAAGTATGGAGAAGGTAAGATACATTTCACGATTTGGTACTTAAAACGCCTTCTACTGCATCATATAGGTATTCCATATTCATAAATTATAAAATCAGTTCTAAGTTCAATCTTCTCGTCCCATCATTTACTGGTTCAATATTTTGGAGCAAGTAGATGTCAAGCTATTTATTTTTTCTTTGCGAGGAATGAAATATATGTGACGATATAACGAACGTTTCATCTACTTATTTTTAACATAACATCATAGAAATGTGCCATCTATTCCAAACTCATGGCTTTAGGGAAGGAAATTAGAAATAACCTCGACTCTTCTCTTTCTCTCTTCTTTCTCAATATCTTCTTCTTTTCCTTCCTTTTAATATCTTTTGCAGATCAGAATTTGCTATATTTTCACTTGATGAAAAATAAATCAGACTGATCGATAGAAACTTGGGCTTAGAAGGCTCTTGCTAAGACAGACTACTCTTATCAAAAAAAAAAAAAAATTTTAAATGTTATGACTCATCCTATCAACCGAAGCTCATAATTCAAATTAACTTGGTACTACATGGAAATATCAATTCCAAAAGAACTTTCATTTTTTAATGTCAATTTTAGAAGAAATTTCATGTTTTTTATGCATTCTTACCTCTAGGCCCGCCTGATGCTGAAGTCCAAGACCAACATCTTGAACGCAATGATGTCATTCAGCAAGCTATGAATCCAAGGAGCTTACACAGGTATTCTACTAGAATAATTAATGAAGAATACACTAATTACACAATGCAGCTTAACCAGACAATGAAGCGTTTTCATTCCACATCAGGTGGAGCAGGTGGCAATAAAGAGGAAAACAAAAAGAACAGCAGCTTCTCTCATGGACTGTGAACAGACCATCATTCCTGGATACATATACCAATCTTGGCTTCAAGATGTCTCGGATCTAATCTCTAGAAGGGGACGAAAGAGAAAGGTTCTTCTTAGTCCCCAACGTGTAGTTCTCAATTTATCTGTTTCACTGTGTTGGTGGATTTAGATAATGGGTATACTTATGAACTATCATTTATTATCTTACAAATTTTATTCTCTAGTAACAATGCACTTGAGTATTGACTGCAATGGTATATCAAAGATACTTATTCTGATCCGACAGAGTGATGTCTGTGATAAGATTGATATTGCACAAGATAGATAACAAAAACTATCAACTGATAAGTCAATAAAATTAAAATGTTTCATGTTCTTGTGTATCAGCGGACAGGTGCAATGTCCTCTATGAAGATAGCTTTTCTCATGGATCTTCCACCTGTGGTGTTAAGTGGACGCTTATTCACAGATGGAAGTAGAGAAATCTATTATCCAGCTCCTCTGCTAGAGTTATGGATGAAAAGTATCCGACACCCTCATGACTCACCTTCTGGTTAGTATTATCTGATAATTCGATATTGCCATTGAAAATATTTGCAGGAAAAGGAAAGTTGAAAATTTATCTTCTGCAGAGAGGAACTCTGCGCCCTTACCTCCTGAGCCATCATTGTCATCACAGCCAGAGAGAGTCAGCTTTCCAGATCCTATGGATTTTGTAAGCCATTGTACCAACTTCTACAGATTTATTTTGAATGTTGGATGAATATAATCTTCTCTTACGAATACTTTAATGTGAATTATGTAGCCCTTTGAAGATTATCACCGTGGAGTTGGTTCGCAGTCATTTGGAGCTTCCATAGAGAAGCTAAGGACCAAACCAGTCAACGATGATATTCAAGCTGAGATTCTTCTGGAAGAACTCAGACCCAACTTCATGAACAATGTTATAGGGATACCTGAAAGAAATCAGGTGGTTACACCTGGAAATTCTGGTCCGTTTTCTTTCTTCATCTCACTTAAACAGTTTAGCATTTCATTCCATCTCAATGGAAAGGACTTGAGATGGCCATGGTTTGTTTAAAAAATATTGTCCATCTGAATAAATAGGAAATGGAGTAAGGTTAGTTTCAAGCTCAGCATCCGAACATGGTTTGTTCTCATATAATTCAGAGGCCAATTCTGTACGGTTAGTAGTACATAAGCTTCCGGAAATTCCGTTTTCAACCCAGAATAAGAATTTGTATTGCGTTTGAAACACTGTGATTGAAGTATTAACGGTCAATAGATCCAACAAGAAAAGGCCTTATTCTTCGTCGAGACAAAGTAGTGGAGGTCTAGAATCTGTAGCTGAGGAGAATCCATGGCATCATTCCGATCCAAATTTCAAGTTAGCGAGGTTGTCTGAAAATGATCCAGGTAAGCGAAACACAAATCTATTTATAGCCTAAACAATCTCTCTGGGCTCATTCCTCTTTCTCGTTGAAGTCTACACACTATAATTGATAATTTGCTTTCAGATTTATTGGTAGAAACTGCACCCACACAAACTCAACCAGTCATCAAGCATCCTGCTGCTGACAAGATAACTGATTCCATTCGAATGTAAATTCTCTTTTTGTTTTGTTTTATTTTTTGGGTCTGAAGTGTGTTTTAGTTGTTGTTTCATCATTGATTATTGACAATATCCTTTCTCCCTCTTGACATTTTAATGCTGAAGGCAGATGAAGGCACATTTTGATACGCCAGGAGCCGCACCAGCAGAATCTTTAAACCACTTGGCTGCTGGAATGAACCGCAAAGCAGCTGCCATGCTCTTCTATCAGACTTGCGGTATCTTTTTCGTACACAAAATTCCTACAAATTTTTTCCAGTTCCCGTGTGCTGTGCTGTTCTTGTAA ATGGCGATCTCAGTCCAAAGCTTGTTTCAAGAAAGAAAAGTCCCCTTCTTCTTCACCCTCTCACTCCTCCTCATTTGCTTCTTAATTCTCTTCTTCACCGACTCCTTTTCCCTCGACCCTCTTCTTCGTTACTCCTCTCTTCGATCTCCTTCTAAACCCTCTTCTTCTTCTCCTCCGCCTTCTGGGGTTGCTCCGATCCCATCTTCTGCCGACCCAATAATTGTTTCCCACGATCTTGATGCTTCTTCTTTGGCGGCGAATTTCAGCTGGAAACTTGTGCTGGCGATTAAGGCTTTGACGTCGAGGAAGCACATGGAGCACCGTGAACGGCATTGCCCTAGTCCTAGTCCGCGTTGTTTGATTCCGCTGCCGAGAGGTTATAAAGTGCCGGTTCCGTGGCCCAAGAGTAGGGACATGATTTGGTATGATAATGTTCCTCATCCAAAACTTGTTGAATACAAGAAAGACCAACATTGGGTAATTAAGTCAGGTGATTATCTTGTCTTTCCTGGAGGTGGTACCCAGTTCAAGGATGGAGTTGATCGCTACATTGACTTCATTCAAAAGACTTTATCAAATATTAAATGGGGGGAAAACATCAGAGTTATTCTAGATGTTGGTTGTGGTGTTGCTAGCTTTGGTGGCTATTTACTGCAAAAGAATGTTCTTGCCATGTCATTTGCCCCAAAGGATGAGCATGAAGCACAGATACAATTTGCTTTAGAACGAGGAATTCCTGCTACTCTTTCAGTCATTGGAACACAGAAGCTGACATTTCCGGACAACGCATACGATTTGATACATTGTGCACGTTGCAGGGTCCATTGGGATGCAGATGGTGGAAAACCATTATTGGAGCTCAACAGGATTCTCAGACCGGAGGTTATTTCATATGGTCTGCTACACCAGTTTATCGTGATGATGAAAGAGACAAGAATCGATGGTGTGCTAACGAAGTCAATGTGCTGGAAAGTTGTGAAAAAGACATCCGATTCATCTGGAGTTGGGCTCGTCATATATCAGAAGCCGACCACAACATCTTGCTATGAAGATCGTAGGGATAATGATCCTCCTATATGTGATGAGAAGAAGAAGAGAAATAATTCATGGTATTTCTCAGAAATTGTTAAGCTACCTGTTCGTTTTGGCAGCAACAGGAGACTAACCAGCAAACCTCCTAGCCTGGCTGTTGAATCAAATGCTGAGGAGAAATTCTTGGAGGATACCAAACATTGGTCGGCTGTTGTGTCTGTTGTTTATCGGGATAACATCGGCGTAAACTGGTCGAGCATCCGAAATGTGATGGATATGAATGCAGGCTATGGAGGGTTTGCAGCTGCATTGATTGATCAACCACTTTGGGTTATGAACGTCGTCCCCATAGACGTACCAGATACTCTGTCCATCGTTTTCGATAGAGGATTGATTGGTATCTATCATGACTGGTGCGAGTCCTTCAACACCTACCCTCGAACCTATGATCTTCTACATTCCAGCTTCCTCTTTACATTTCTCAAGAGACGTATCGACAACCTTTGCTATCTTGCAAGATGCGACGTCGTAACTACGGTTGTGGAGATGGACAGAGTACTGAGGCCGGGCGGATATGTTTTGGTTCAAGACAGCATGGAGCACGCAACTGCCCGTGCCTTCCGGGTAAGCTTATCGCCCTCGGCGTCGTCCGTGCATGTAGCTCCCTGGCAAGGGCGGGCACACGACGAAGAGAAGTTGATCGATAATGTTTTACTCGCACCAGCTTCTGGCAAGGAAAGCTCCTCTCGGCCAAATCTGGATGGCTGCAACGATGCACGCGAAGATCAATCGGAGAAAGCTCGACAAGCTGAACATAATCAAAATTTGTATAGTTTTGATTTTCGTGCGGGATTTTGCAGTGAGGAGATTTTGAATCCTTCGGTTCCGATGGCTCTCAGACTCTCGGGGATTCTCATGGGTGGTGTAGTCATTGTCTATGAACGAAAAGTTAAAATCCTTTACGAGGATGTAACTCGCCTTCTGGTTGAGATAAACGAAGCGTGGAAGGTGAAAGCAGCTCCAGAGCCCACCGTCAGATCCAAAGGAAAATCTCTGGCCAAGTCAGTCGCTCCTTTCCTTCTCCTTAGACTCCGCAATGCATTAGCACGGCTTGACAGTGTGGATGAACCACATAACAACAACAAAACAGTGGAAGATGATCCGTCACAACACCTCCATCAAAGTTTTATTCTATTTGATATTGAAGAGGATGAGGAAACACAGCTGAATTTTGCTTCCGGAGATCAAACACAAATTCCAGATTCTTTTAGACCTTCACCTCCTCCTCAAGACAAGTATGGAGAAGGCCCGCCTGATGCTGAAGTCCAAGACCAACATCTTGAACGCAATGATGTCATTCAGCAAGCTATGAATCCAAGGAGCTTACACAGGTATTCTACTAGAATAATTAATGAAGAATACACTAATTACACAATGCAGCTTAACCAGACAATGAAGCGTTTTCATTCCACATCAGGTGGAGCAGGTGCAATGTCCTCTATGAAGATAGCTTTTCTCATGGATCTTCCACCTGTGGTGTTAAGTGGACGCTTATTCACAGATGGAAGTAGAGAAATCTATTATCCAGCTCCTCTGCTAGAGTTATGGATGAAAAGTATCCGACACCCTCATGACTCACCTTCTGAGAGGAACTCTGCGCCCTTACCTCCTGAGCCATCATTGTCATCACAGCCAGAGAGAGTCAGCTTTCCAGATCCTATGGATTTTCCCTTTGAAGATTATCACCGTGGAGTTGGTTCGCAGTCATTTGGAGCTTCCATAGAGAAGCTAAGGACCAAACCAGTCAACGATGATATTCAAGCTGAGATTCTTCTGGAAGAACTCAGACCCAACTTCATGAACAATGTTATAGGGATACCTGAAAGAAATCAGGTGGTTACACCTGGAAATTCTGGAAATGGAGTAAGGTTAGTTTCAAGCTCAGCATCCGAACATGGTTTGTTCTCATATAATTCAGAGGCCAATTCTGTACGATCCAACAAGAAAAGGCCTTATTCTTCGTCGAGACAAAGTAGTGGAGGTCTAGAATCTGTAGCTGAGGAGAATCCATGGCATCATTCCGATCCAAATTTCAAGTTAGCGAGGTTGTCTGAAAATGATCCAGATTTATTGGTAGAAACTGCACCCACACAAACTCAACCAGTCATCAAGCATCCTGCTGCTGACAAGATAACTGATTCCATTCGAATGCAGATGAAGGCACATTTTGATACGCCAGGAGCCGCACCAGCAGAATCTTTAAACCACTTGGCTGCTGGAATGAACCGCAAAGCAGCTGCCATGCTCTTCTATCAGACTTGCGGTATCTTTTTCGTACACAAAATTCCTACAAATTTTTTCCAGTTCCCGTGTGCTGTGCTGTTCTTGTAA ATGGCGATCTCAGTCCAAAGCTTGTTTCAAGAAAGAAAAGTCCCCTTCTTCTTCACCCTCTCACTCCTCCTCATTTGCTTCTTAATTCTCTTCTTCACCGACTCCTTTTCCCTCGACCCTCTTCTTCGTTACTCCTCTCTTCGATCTCCTTCTAAACCCTCTTCTTCTTCTCCTCCGCCTTCTGGGGTTGCTCCGATCCCATCTTCTGCCGACCCAATAATTGTTTCCCACGATCTTGATGCTTCTTCTTTGGCGGCGAATTTCAGCTGGAAACTTGTGCTGGCGATTAAGGCTTTGACGTCGAGGAAGCACATGGAGCACCGTGAACGGCATTGCCCTAGTCCTAGTCCGCGTTGTTTGATTCCGCTGCCGAGAGGTTATAAAGTGCCGGTTCCGTGGCCCAAGAGTAGGGACATGATTTGGTATGATAATGTTCCTCATCCAAAACTTGTTGAATACAAGAAAGACCAACATTGGGTAATTAAGTCAGGTGATTATCTTGTCTTTCCTGGAGGTGGTACCCAGTTCAAGGATGGAGTTGATCGCTACATTGACTTCATTCAAAAGACTTTATCAAATATTAAATGGGGGGAAAACATCAGAGTTATTCTAGATGTTGGTTGTGGTGTTGCTAGCTTTGGTGGCTATTTACTGCAAAAGAATGTTCTTGCCATGTCATTTGCCCCAAAGGATGAGCATGAAGCACAGATACAATTTGCTTTAGAACGAGGAATTCCTGCTACTCTTTCAGTCATTGGAACACAGAAGCTGACATTTCCGGACAACGCATACGATTTGATACATTGTGCACGTTGCAGGGTCCATTGGGATGCAGATGGTGGAAAACCATTATTGGAGCTCAACAGGATTCTCAGACCGGAGGTTATTTCATATGGTCTGCTACACCAGTTTATCGTGATGATGAAAGAGACAAGAATCGATGGTGTGCTAACGAAGTCAATGTGCTGGAAAGTTGTGAAAAAGACATCCGATTCATCTGGAGTTGGGCTCGTCATATATCAGAAGCCGACCACAACATCTTGCTATGAAGATCGTAGGGATAATGATCCTCCTATATGTGATGAGAAGAAGAAGAGAAATAATTCATGGTATTTCTCAGAAATTGTTAAGCTACCTGTTCGTTTTGGCAGCAACAGGAGACTAACCAGCAAACCTCCTAGCCTGGCTGTTGAATCAAATGCTGAGGAGAAATTCTTGGAGGATACCAAACATTGGTCGGCTGTTGTGTCTGTTGTTTATCGGGATAACATCGGCGTAAACTGGTCGAGCATCCGAAATGTGATGGATATGAATGCAGGCTATGGAGGGTTTGCAGCTGCATTGATTGATCAACCACTTTGGGTTATGAACGTCGTCCCCATAGACGTACCAGATACTCTGTCCATCGTTTTCGATAGAGGATTGATTGGTATCTATCATGACTGGTGCGAGTCCTTCAACACCTACCCTCGAACCTATGATCTTCTACATTCCAGCTTCCTCTTTACATTTCTCAAGAGACGTATCGACAACCTTTGCTATCTTGCAAGATGCGACGTCGTAACTACGGTTGTGGAGATGGACAGAGTACTGAGGCCGGGCGGATATGTTTTGGTTCAAGACAGCATGGAGCACGCAACTGCCCGTGCCTTCCGGGTAAGCTTATCGCCCTCGGCGTCGTCCGTGCATGTAGCTCCCTGGCAAGGGCGGGCACACGACGAAGAGAAGTTGATCGATAATGTTTTACTCGCACCAGCTTCTGGCAAGGAAAGCTCCTCTCGGCCAAATCTGGATGGCTGCAACGATGCACGCGAAGATCAATCGGAGAAAGCTCGACAAGCTGAACATAATCAAAATTTGTATAGTTTTGATTTTCGTGCGGGATTTTGCAGTGAGGAGATTTTGAATCCTTCGGTTCCGATGGCTCTCAGACTCTCGGGGATTCTCATGGGTGGTGTAGTCATTGTCTATGAACGAAAAGTTAAAATCCTTTACGAGGATGTAACTCGCCTTCTGGTTGAGATAAACGAAGCGTGGAAGGTGAAAGCAGCTCCAGAGCCCACCGTCAGATCCAAAGGAAAATCTCTGGCCAAGTCAGTCGCTCCTTTCCTTCTCCTTAGACTCCGCAATGCATTAGCACGGCTTGACAGTGTGGATGAACCACATAACAACAACAAAACAGTGGAAGATGATCCGTCACAACACCTCCATCAAAGTTTTATTCTATTTGATATTGAAGAGGATGAGGAAACACAGCTGAATTTTGCTTCCGGAGATCAAACACAAATTCCAGATTCTTTTAGACCTTCACCTCCTCCTCAAGACAAGTATGGAGAAGGCCCGCCTGATGCTGAAGTCCAAGACCAACATCTTGAACGCAATGATGTCATTCAGCAAGCTATGAATCCAAGGAGCTTACACAGGTATTCTACTAGAATAATTAATGAAGAATACACTAATTACACAATGCAGCTTAACCAGACAATGAAGCGTTTTCATTCCACATCAGGTGGAGCAGGTGCAATGTCCTCTATGAAGATAGCTTTTCTCATGGATCTTCCACCTGTGGTGTTAAGTGGACGCTTATTCACAGATGGAAGTAGAGAAATCTATTATCCAGCTCCTCTGCTAGAGTTATGGATGAAAAGTATCCGACACCCTCATGACTCACCTTCTGAGAGGAACTCTGCGCCCTTACCTCCTGAGCCATCATTGTCATCACAGCCAGAGAGAGTCAGCTTTCCAGATCCTATGGATTTTCCCTTTGAAGATTATCACCGTGGAGTTGGTTCGCAGTCATTTGGAGCTTCCATAGAGAAGCTAAGGACCAAACCAGTCAACGATGATATTCAAGCTGAGATTCTTCTGGAAGAACTCAGACCCAACTTCATGAACAATGTTATAGGGATACCTGAAAGAAATCAGGTGGTTACACCTGGAAATTCTGGAAATGGAGTAAGGTTAGTTTCAAGCTCAGCATCCGAACATGGTTTGTTCTCATATAATTCAGAGGCCAATTCTGTACGATCCAACAAGAAAAGGCCTTATTCTTCGTCGAGACAAAGTAGTGGAGGTCTAGAATCTGTAGCTGAGGAGAATCCATGGCATCATTCCGATCCAAATTTCAAGTTAGCGAGGTTGTCTGAAAATGATCCAGATTTATTGGTAGAAACTGCACCCACACAAACTCAACCAGTCATCAAGCATCCTGCTGCTGACAAGATAACTGATTCCATTCGAATGCAGATGAAGGCACATTTTGATACGCCAGGAGCCGCACCAGCAGAATCTTTAAACCACTTGGCTGCTGGAATGAACCGCAAAGCAGCTGCCATGCTCTTCTATCAGACTTGCGGTATCTTTTTCGTACACAAAATTCCTACAAATTTTTTCCAGTTCCCGTGTGCTGTGCTGTTCTTGTAA MAISVQSLFQERKVPFFFTLSLLLICFLILFFTDSFSLDPLLRYSSLRSPSKPSSSSPPPSGVAPIPSSADPIIVSHDLDASSLAANFSWKLVLAIKALTSRKHMEHRERHCPSPSPRCLIPLPRGYKVPVPWPKSRDMIWYDNVPHPKLVEYKKDQHWVIKSGDYLVFPGGGTQFKDGVDRYIDFIQKTLSNIKWGENIRVILDVGCGVASFGGYLLQKNVLAMSFAPKDEHEAQIQFALERGIPATLSVIGTQKLTFPDNAYDLIHCARCRVHWDADGGKPLLELNRILRPEVISYGLLHQFIVMMKETRIDGVLTKSMCWKVVKKTSDSSGVGLVIYQKPTTTSCYEDRRDNDPPICDEKKKRNNSWYFSEIVKLPVRFGSNRRLTSKPPSLAVESNAEEKFLEDTKHWSAVVSVVYRDNIGVNWSSIRNVMDMNAGYGGFAAALIDQPLWVMNVVPIDVPDTLSIVFDRGLIGIYHDWCESFNTYPRTYDLLHSSFLFTFLKRRIDNLCYLARCDVVTTVVEMDRVLRPGGYVLVQDSMEHATARAFRVSLSPSASSVHVAPWQGRAHDEEKLIDNVLLAPASGKESSSRPNLDGCNDAREDQSEKARQAEHNQNLYSFDFRAGFCSEEILNPSVPMALRLSGILMGGVVIVYERKVKILYEDVTRLLVEINEAWKVKAAPEPTVRSKGKSLAKSVAPFLLLRLRNALARLDSVDEPHNNNKTVEDDPSQHLHQSFILFDIEEDEETQLNFASGDQTQIPDSFRPSPPPQDKYGEGPPDAEVQDQHLERNDVIQQAMNPRSLHRYSTRIINEEYTNYTMQLNQTMKRFHSTSGGAGAMSSMKIAFLMDLPPVVLSGRLFTDGSREIYYPAPLLELWMKSIRHPHDSPSERNSAPLPPEPSLSSQPERVSFPDPMDFPFEDYHRGVGSQSFGASIEKLRTKPVNDDIQAEILLEELRPNFMNNVIGIPERNQVVTPGNSGNGVRLVSSSASEHGLFSYNSEANSVRSNKKRPYSSSRQSSGGLESVAEENPWHHSDPNFKLARLSENDPDLLVETAPTQTQPVIKHPAADKITDSIRMQMKAHFDTPGAAPAESLNHLAAGMNRKAAAMLFYQTCGIFFVHKIPTNFFQFPCAVLFL Homology
BLAST of Sgr028774 vs. NCBI nr
Match: KAG6599976.1 (putative methyltransferase PMT23, partial [Cucurbita argyrosperma subsp. sororia]) HSP 1 Score: 1516.1 bits (3924), Expect = 0.0e+00 Identity = 849/1237 (68.63%), Postives = 922/1237 (74.54%), Query Frame = 0
BLAST of Sgr028774 vs. NCBI nr
Match: KAG6600915.1 (putative methyltransferase PMT23, partial [Cucurbita argyrosperma subsp. sororia]) HSP 1 Score: 1459.1 bits (3776), Expect = 0.0e+00 Identity = 843/1306 (64.55%), Postives = 914/1306 (69.98%), Query Frame = 0
BLAST of Sgr028774 vs. NCBI nr
Match: XP_022146728.1 (probable methyltransferase PMT23 [Momordica charantia]) HSP 1 Score: 858.2 bits (2216), Expect = 8.0e-245 Identity = 445/579 (76.86%), Postives = 473/579 (81.69%), Query Frame = 0
BLAST of Sgr028774 vs. NCBI nr
Match: XP_022995308.1 (probable methyltransferase PMT23 [Cucurbita maxima]) HSP 1 Score: 852.8 bits (2202), Expect = 3.3e-243 Identity = 444/612 (72.55%), Postives = 483/612 (78.92%), Query Frame = 0
BLAST of Sgr028774 vs. NCBI nr
Match: XP_023543035.1 (probable methyltransferase PMT23 [Cucurbita pepo subsp. pepo]) HSP 1 Score: 852.4 bits (2201), Expect = 4.4e-243 Identity = 444/612 (72.55%), Postives = 484/612 (79.08%), Query Frame = 0
BLAST of Sgr028774 vs. ExPASy Swiss-Prot
Match: Q9SIZ3 (Probable methyltransferase PMT23 OS=Arabidopsis thaliana OX=3702 GN=At2g40280 PE=2 SV=2) HSP 1 Score: 620.9 bits (1600), Expect = 2.8e-176 Identity = 331/573 (57.77%), Postives = 393/573 (68.59%), Query Frame = 0
BLAST of Sgr028774 vs. ExPASy Swiss-Prot
Match: Q9LYN3 (Probable methyltransferase PMT22 OS=Arabidopsis thaliana OX=3702 GN=At3g56080 PE=3 SV=1) HSP 1 Score: 614.8 bits (1584), Expect = 2.0e-174 Identity = 328/591 (55.50%), Postives = 401/591 (67.85%), Query Frame = 0
BLAST of Sgr028774 vs. ExPASy Swiss-Prot
Match: Q0WT31 (Probable methyltransferase PMT25 OS=Arabidopsis thaliana OX=3702 GN=At2g34300 PE=2 SV=2) HSP 1 Score: 502.3 bits (1292), Expect = 1.5e-140 Identity = 250/474 (52.74%), Postives = 316/474 (66.67%), Query Frame = 0
BLAST of Sgr028774 vs. ExPASy Swiss-Prot
Match: Q6NPR7 (Probable methyltransferase PMT24 OS=Arabidopsis thaliana OX=3702 GN=At1g29470 PE=2 SV=1) HSP 1 Score: 498.4 bits (1282), Expect = 2.1e-139 Identity = 251/474 (52.95%), Postives = 315/474 (66.46%), Query Frame = 0
BLAST of Sgr028774 vs. ExPASy Swiss-Prot
Match: Q9SD39 (Probable methyltransferase PMT27 OS=Arabidopsis thaliana OX=3702 GN=At3g51070 PE=3 SV=1) HSP 1 Score: 494.6 bits (1272), Expect = 3.0e-138 Identity = 245/473 (51.80%), Postives = 313/473 (66.17%), Query Frame = 0
BLAST of Sgr028774 vs. ExPASy TrEMBL
Match: A0A6J1CZB6 (Methyltransferase OS=Momordica charantia OX=3673 GN=LOC111015863 PE=3 SV=1) HSP 1 Score: 858.2 bits (2216), Expect = 3.9e-245 Identity = 445/579 (76.86%), Postives = 473/579 (81.69%), Query Frame = 0
BLAST of Sgr028774 vs. ExPASy TrEMBL
Match: A0A6J1K7J8 (Methyltransferase OS=Cucurbita maxima OX=3661 GN=LOC111490888 PE=3 SV=1) HSP 1 Score: 852.8 bits (2202), Expect = 1.6e-243 Identity = 444/612 (72.55%), Postives = 483/612 (78.92%), Query Frame = 0
BLAST of Sgr028774 vs. ExPASy TrEMBL
Match: A0A6J1FNK4 (Methyltransferase OS=Cucurbita moschata OX=3662 GN=LOC111447074 PE=3 SV=1) HSP 1 Score: 850.9 bits (2197), Expect = 6.2e-243 Identity = 442/612 (72.22%), Postives = 483/612 (78.92%), Query Frame = 0
BLAST of Sgr028774 vs. ExPASy TrEMBL
Match: A0A6J1H0Q4 (Methyltransferase OS=Cucurbita moschata OX=3662 GN=LOC111458513 PE=3 SV=1) HSP 1 Score: 838.2 bits (2164), Expect = 4.1e-239 Identity = 445/592 (75.17%), Postives = 470/592 (79.39%), Query Frame = 0
BLAST of Sgr028774 vs. ExPASy TrEMBL
Match: A0A6J1JRP8 (Methyltransferase OS=Cucurbita maxima OX=3661 GN=LOC111487732 PE=3 SV=1) HSP 1 Score: 828.9 bits (2140), Expect = 2.5e-236 Identity = 439/593 (74.03%), Postives = 468/593 (78.92%), Query Frame = 0
BLAST of Sgr028774 vs. TAIR 10
Match: AT2G40280.1 (S-adenosyl-L-methionine-dependent methyltransferases superfamily protein ) HSP 1 Score: 620.9 bits (1600), Expect = 2.0e-177 Identity = 331/573 (57.77%), Postives = 393/573 (68.59%), Query Frame = 0
BLAST of Sgr028774 vs. TAIR 10
Match: AT3G56080.1 (S-adenosyl-L-methionine-dependent methyltransferases superfamily protein ) HSP 1 Score: 614.8 bits (1584), Expect = 1.4e-175 Identity = 328/591 (55.50%), Postives = 401/591 (67.85%), Query Frame = 0
BLAST of Sgr028774 vs. TAIR 10
Match: AT2G34300.1 (S-adenosyl-L-methionine-dependent methyltransferases superfamily protein ) HSP 1 Score: 502.3 bits (1292), Expect = 1.0e-141 Identity = 250/474 (52.74%), Postives = 316/474 (66.67%), Query Frame = 0
BLAST of Sgr028774 vs. TAIR 10
Match: AT2G34300.2 (S-adenosyl-L-methionine-dependent methyltransferases superfamily protein ) HSP 1 Score: 502.3 bits (1292), Expect = 1.0e-141 Identity = 250/474 (52.74%), Postives = 316/474 (66.67%), Query Frame = 0
BLAST of Sgr028774 vs. TAIR 10
Match: AT1G29470.1 (S-adenosyl-L-methionine-dependent methyltransferases superfamily protein ) HSP 1 Score: 498.4 bits (1282), Expect = 1.5e-140 Identity = 251/474 (52.95%), Postives = 315/474 (66.46%), 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.
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