![](http://cucurbitgenomics.org/sites/default/files/styles/slideshow/public/carousel/101322_web.jpg?itok=EG-G51x6)
Sgr023597 (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.ATGGCGTTTCCAAGGCTACTCAGAACTGATCATCCGGCGGTACTCTCAGTCAGCGTAGTTCTCAACAGGCTGACGCAGAACCTCGATAAAGAAGACAAGAGGGCCGTCATTCCTCTTGGGCATGGCGATCCCTCCTCTCCTTGCGATCATACTGCTACAGCGGCTGAAGACGCCATCATTGATGCTGTTCGGTCTGCTAAGTTTAAAAGCTATTCTCCGAATCTTGGTATTCCGGAGGCAAGAAGGTTTCTATGAACACTTCTCCATTTTCTGCTTCGTATTCTTGTGTGTATTCAATTGTAAAATGTATTAATCCATGTGAATTAATCGATTACAAATTTATTTCAGGGCAGTTGCCGACCATCTATCTCGTGATCTTCCGTACAGTCTATCGGCAGATGATGTTTATCTAACATCTGGGTGTATACAAGGAATTCAAACCGTACTCACGGTCCTATCTTCCCCAGACGCCAATATCTTGCTTCCAAGACCAGGGTTCCCCATCTATGAGATGCGAGCTGCTTTCGCCCATATTGAAACTCGCCACTTCGATCTTCTTCCTGAAAGGGATTGGGAAGTCGACCTCGACGCCGTTGAAGCTCTGGCAGACGAGAACACTGGCGTTGGTATCATCAACCCAGGAAATCCCTGCGGGAGCGTTTACACAAGAGAGCATCTGCAGAAGGTCTGTTTATCCATTTTCTGGCTGATAATTTGCTCTTAAAAAAAAAAAAAAAAAAAAAAAAAACCCAACGTTCATTTGTGGTTTCCTTTCAGATTGCAGAGACAGCAAGAAACCTAGGGATTATGGTAATCTCTGATGAAGTTTATGCCAATCTCACTTTTGGCAGTAAACCATTTGTCCCAATGGGAACATTTTCATCAATTCCACCTGTTATCACCCTTGGATCAATATCTAAGAGATGGGTTCTGCCTGGATGGCGATTTGGTTGGGTTGTGACAAATGACCCACATGGCATTCTTCATCAGTCTGGGGTCCGATCTCTTTCTTTTGCATGTTTGTTTTGTTTGTGAGAATCAAAATCTTGCATCCTGTTTTCATCTGTTTTTGCGGTCTTATTCTTTAATTTGCTTAGATTGTTGAGCGCATCAAGAGCTATATCAGTTTCATAATGGTTCCTGCCACACTCATTCAGGTTTATTATATTTTAAATTTTTATTAATAAATTAGGATTGAAAAATTATATTAGTAAAATTCTTATTTTCTTTTCTTTTTCAGCGAACATTCAAATAACAAATTTTAATTACTTTTATTTCAAATTTTTTTCATTTTAAACAAGATAAATATTTTAAATATTTTTAGCATTTTAAATAACAGATATAAAATTATTTTTTGAACTTTCTTGACTCCAAACAAGCAGAGTGAAAGACATGTATTTCGGTTAGATTTTAAGGCAATATTTGGGTTGAACAGTTTAAAAATAATCTAGGGTTAATCTCCTTTCGGCGTGCAACTTACAATATTTATTTAAACTTTTGTTATTCTCTTTACTATTTCTTTTTTTTTTGAAAAAATGTGTGACTTGAAATATTAACTCGACCCCACAGCCTGCAATGTAGCCTCTTTTAGGTGAGAAATTTTGAAATTTGTGTTGGTAGTAGAGGATTAGGTTTGTATGTCAGATACTGGACAGGTGTTTTAGCATAATATTTTTGGCATATATATCCATTATCAAATGGTTGTAATGAATTCTTTTTCTACCTGTATTGTTTTTTTTTTTCTTAATTTTTTACACACCAGTTAGTAATAATTCATATTGATTTTCAGACAGATTTATTTTTAAGATATAAAAAATAGGTTTAAATCTTATTTTAATTTTCACATTTTTATTTTTGTCTATTTTGATTCCTACATTTTTAAAACATTCATTTAAGACCCGATACGTTTAAAAAATGACCGTTTTGATCTATGTTTGTAAAATTTTAATACGTATTCTATATACAATGAAAACTTTTTAATACAATGTTATAACAATATTTCAAGAAATTTATCGAATGTGATATTGAGTTCAAATTGTGATCGAAAATGAGATAAAAAGACAAATGGACTAAAACAAGTTACTTTTTTAAAGTACAGAAATTAAAATAGACATTTTAAAATATAAGAGTTGAAATATAGAGACCAAAATAAATATTAAAAACCTTTTTTTTTTAGTTCAAATGAACATTATCCGTTGAGAGATCAAAATAGACCAAAACTAAAATTACATAATCACTATAAGATTTAAACCTAAAAAAAATACAATAAAAATGGAATACTTAAAATAAACAGAAAATCAGTAATTAATTCAAACACAGTTAAGCAGATAAAATATCTAATATCACGTCAAAGATGGATGGTTCCATGTTCTACCATGTGAACTCAAAAAAAAAAAAAAAAAACCCCGAAAATCAGTAAGGGGTCAGCGATGAGCAAGCATTGTTGTTCGTGTGAACTCTCTCTAAACATCACATAATTTCTTTCCCGTGAAGATTTGTTGAATCTTCTTCTTAGTTCTTTCATCGACGACAACACCCTCCCCCCTTTTTCCCATCCCCGCAGCTTTCTCTTCGTCTTTCAATCCTTCTAGCCTACAACCAGTAGTGGGTATTTGAAATTTGCGAGAGGCCATGGAAAACGAGTCAACAAAATGGCGTTTCCAAGTCAACTCCGAACCGAATAAGCCCGCGAAACTCTCAATCTACATAGCCCTCGATAGGCTGAGGGAGAGCCTCGATAAAGACGACCAGAGGGTCGCCATTCCCCTCGGCTATGGCGACCCCTCCACCGTTCCTTCATATCATACTGATGCAGCGGCTGAAGACGCCATCGCTGACGCTGTACGGTCTGCTAAGTTTAATTCCTACTCTCCAAGTCTTGGTATTCCGGAGGCAAGAAGGTCTCTATGAACTCTTCCCTTCGTATTCTTGTATGCATTGAATTGTAAATTGTGTTAATGATGTAAATTAATCAATTAGAAATTGTATTCTCAGGGCAGTTGCCGATCATCTATCTCGTGATCTTCCGTACAATCTATCGGCAGATGATGTTTATCTAACATCTGGGTGTGTACAAGGAATTCAAACCATATTAACGGTTCTATCTTCCCCAGGCGCCAATATCTTGCTTCCCAGGCCAGGGTTTCCCGTCTATGAGATGCGAGCTGCTTTCGCCCACGTTGAAACTCGCCATTTCGATCTTCTTCCTGAAAAGGAGTGGGAAGTCGACCTCGATGCCGTTGAAGCTCTGGCAGACGAGAACACTGTGGCGTTGGTCATCATCAACCCAGGAAATCCCTGCGGGAGCGTTTACACAAGAGTGCATCTACAGAAGGTCATTTGATCCATTTTCTGGCTGATAATTTGATAGAATAAAAAGCCAATGTTCATTTGTGGTGTCCTTTCAGATTGCTGAGACAGCAAGAAAACTTGGGATTATGGTAATCTCTGATGAAGTTTATGCCAATCTCACTTTTGGCAGTAACCCATTTGTCCCAATGGGAGCATTTTCATCAATTGCACCTGTTATCACCCTTGGATCAATATCCAAGAGATGGGTTGTGCCTGGATGGCGATTTGGTTGGCTTGTGGCAAATGATCCAGATTGCATTCTTCATCAGTCTGGGGTCTGATCTCTTTCTTTTGCATGTTTGTTTGTGAGAATCAAAATCTTGCATCCTGTTTTCATCTATTTTTGTCGTTTTCTTCTTTGCTTAGATTGTTGAGCGCATCAAGAGCTATATCAATTTCACAATGGTTCCTGCTACATTCATTCAGGTTTGTTTCAAGAAATTGAGATGTAAACAAAAACTCCCTTGGTTTGTAATCTGTTATATGCGTTTATCAGGCAGCCATTCCTCAAATTCTGGAGACAACAAAGGAGGATTTCTTCTCCAGAATAAACGACATGCTGAGAGAGGCTGCAGATACATGTTATGAGGGACTGAAGGAAATCCCTTGCATCAGCTGTCCCAAAAAACCAGAAGGTTCCATGTTTATGATAGTAAGGCCAAAACTAAAACACTCTTTGTTTAGAATCATTCGCTGTGCCTTTTATGATCAACCACCATGGATTGGTTCCATAGTCTTTCATTGAAATTGTGTTCGAGTTCAATTATCTATGCATTTCCAACATCAAATGCTGTCGGGTTGTGTGTAAACGGATCCTAACACGTAATAATTATCTGTGCATTTTACAGTTTAAGAAAACAATTCCATTTGCTTGCAGGTGAAACTTGATCTGTCCCTTCTGGAAGGCATTGAAGATGATTTTGAGTTCTGTCTTCGGCTGGCTAAAGAGGAATCTGTCATTATTCTTCCTGGTAAGCTCTATAATGAACTTGCAGTTCAGTTTTGTTGCAGAAATTTAATCATAATTCATAAGAAAGCAAGCATTAATGATATTCCAGGCACTGTGGTTGGGTTGAAGAACTGGTTGCGGATATCTTTTGCAATTGATATTGCAGCTCTTGAAGATGGCCTTCGGAGGCTAAAAGCCTTCTGCCACAGGCACGTTAGAAGCAGTCAAGCTTGATTCATCTAAAAAAGATGCAATAAGATTTGAAATAATAGCAGAACCAGAGATGATATGTTGATATTTTCTCTCGTAGAACTGTTATAAAGTTTCTTATTCGTATAAAAATGTTATGGTGTTTGGTAATTGTATTAAATAGAATTCGTAAGGTTTGTAAAATTTGAAATAGATATAAGTAGGTAGAGAAGAGTCATTGTGAACCTAACTCTACTAGTTAAGATATTAATAATCTTTTTATAGATCGAAAGTTTTAATATTTGGAGAGAGACAAGTTTGCCGACATATAGAAAGAGCATGCTCTTAGATTTAAATCTCATTTAAATTCTTCAATTTTAAAGTTTATTCTATTTTGGTCTATGAAATTTTAAAGTGTTTATTTTCTCCCTCTTTCTCTCTCTGTCAAGTCTGCCTCTCCTGACTTCACCCTCATTTTCAACCTTGGTTTTTAGCGATCGGTCAGGTTAGTTTATACAAACTATTAAAAACTACTGGTTTTTTACCGACCTCAACTAAAATCGAATAGTTGATTTTTGCTGGCTGTTTGTGCCCAAAACTGATAAGATCAATGTGCTCACGTTAACATGAAAGAGTGAAAGATTTGTTGTAATAATTTTTATAATATAAAAAGTTTGTGTATTTTTGCAAATTGCACTAATAAAGTCAATAACAATGAAATTTAATTGCAAAAATTTCATAAGTTCAAGAGATAACTGCTTAAATTAAAATTTGAAAATGCGATATATCATAACAACTTTATAAGCAACATTTACATTTTTTTTAAAACAATAAATATAGATGATTTTTATTATTTCTCAAGGTATCCATAACACCTCTTAAATTTTCACGTGATGTATAGAGGCTAAAATATAATTGGAAATAAAGTATTAGCAACTACATTATATTATAACCTAAAATCTTGGTCAAATTCCCAGAACTAAAAAATGTCTTCTTCCACTGATGTTTTCGTGAGTTGCTTGTGCCTGACCCTCTGTCTTCGTCACAAACCATTTTCTCTGTGTTTTTTTCTGAATGAAAAATCTCCAGGCGTGCATGAATCTTGTCTTATTCCCGGCGAGGGAATCTCCGCCCCACAACCACAACCACTACCACTACCACTTCCGTCCTATTACTTTGTTCCTCTTCCTCCACAGCTCCAGTATTCCACTGTACTGAAAGTCCGTACCTTCATATTTCCTTATAACACAAGCACTGATAGGAGGGTGAGAGAGAGAGAGAGAGAGAGAGCCATGGAGATGAACGGCACCGAGCACTGGAACTTCCGGGCAATGAAGAGCTCAACAGATCCTCCATTTCCATCCGCGGTACTCTTAACCTGCTCAGAAACCATCTCAATGCTGATGATCCTCGCCCCCTCATTGCTTTCGGCCGTGCCGACCCCTCCGAGTATCCCAGCTTTCGGACTCCTCCATCCACCGTTGAAGCCCTCGTTAATGCCGCCCAGTCCTATAATTTCAATCTTATCCTTCGTCGTTCGGTATTCTTCCGGCCAGGAGGTAACCTACTTTCATCCCACGTACTCCCAAGTTTGGAATGAAAATAAATCACATTCATCGTTATCCCAGTAGATTTCTGTATGATTTTAGATTCTACCTAGTACTTTATAGACGATACCCGACCAGATTCTTCAACCACCTGGGCTTGGCTGCTTGCAGTTGCAGTATTTTAATCAATATTGGAACCGATAACGAAAATACCTCATTTTCATCTTAAACTAAGAACAGGAGAAGGAAAAATGTATAAAAATTTGAAAAGGGCTTCCATTAAAACTGTGAATAAGCGTCTTCCTAAAGTGCATGGCTTGCAGAACCAGCACTCAAGTGTTGGGTTTTGCTTCTATGTTTTCTTAGTCTGCGTGCACGCGTCGAGAAGTCTATACCATTAAGGTTGCAGACAAAGTCCATATGTCCTTTATCCATGGTGATGAATCACTTTCACCATGAGAAAGTCCCTCAGACCGCAGCCACTGCGTTGTGTTTGGAAGTCCATACTTGGACATTCTAAACTGAATGTTCTTGGCAATATGAAAACTGATAATATCAAGCTTTTAGCTGCCGTTTACATTTAGTATGGAAGGCATTATGACAAGGGCTTTAACATGATATGTTTCTCTGGTACAGGGCATTGGCAGAATATTTTTCCAAATATCTGCCGTATCAGTTATCTCCTGACGATGTTTTTCTCACTATTGGTTGCACACATGCCATTGAGATCATAATCTCTGTACTAGCTCGCCCTGGTGCCAACATCCTACTTCCTCGACCAGCTTACCCTCACTATGAAACTCGAGCAGCTTTCGGACGCCTTGAAGTTCGCCATTTTAATCTCATACCAGAAAAGGGTTGGGAGGTTGACCTTGACGCTGTTAAAGCTCTTGCAGATAACAATACTGCTGCTATGGTTATTATCAATCCCAACAATCCCTGCGGGAGTGTCTATACGTACCAGCATCTGAAAGCGGTGAGCAACGTTGATTCTTAATCATCTCGATACTTTTCAACTTCATGCAGTTGCTTAATGTTGTTTCTTCTCTGGGGAGCGGGGGGTTTGTGGTTGAATTTAGATTGCAGAAACTGCGAGGAAACTTGGGATTTTTGTGATCTCTGATGAAGTTTATGCACATGTGACTTTTGGAAATAAGCCCTTTGTGCCTATGGGTGAGTTTGGATCCATTGCCCCGGTGCTAACCCTCGGGTCTATGTCAAAGAGATGGGTTGTTTCTGGTTGGAGATTGGGTTGGATTTTGACCACTGACCCTAATGGCATCCTGAAAAACATGGGGTTTGTTCAATTCCCTGTTCTTTTTCCCATTCATCTTTATCTTTGAGGATCTAATAATGTCTATATTACTTAGTTTCTATGTTGAAGTAGAAATTTCCTTACTATTTAGAAGAATTATACTTCGTTTCATTTGTTGAAATATCAGATATCTTATTCTTAGCAGATTTTGGAGAGCATTAAGAATTATCTGGACATCACTCCCGACCCCCCAACCTGCATTCAGGTGCTTAATTGTGACTTTTTTTTATTATGAATGGTGGACTACATTTTGAACCTTGAGACTAACACTTCAAGTTTTTGCCTTTTCTTTTCGGGCTGATCCGTAACGATTTTGTTTTTTGTTGTGCTTTCTTTACCCTCACTATTCAGGGTGCACTTCCACATATTCTTGAGAAAACCAGCAGTGAATTCTATTCACGTTTTCTTGATTTACTGAGAGAGAATGCAAATATTTTGTATGAGAAGATCAATGAGATTCCTTGTTTTACTTGCCCAAACAAACCAGAAGGAGCAATTCTTGCAATGGTACCGCCATTAAAGAAGAACATACATGATCTGGGTTTTCTTCTGTAAGTGGAGATTTCTGAAAATTGATAGTAAATATTTCATTTCTAACAGGTGAAGCTGAATCTAGAACAACTTGAAGGCATAAGTGATGATGTGGACTTCTGTAGCAAGCTGGCCAAGGAAGAATCTGTGCTTATTCTCCCCGGTAATCAATAAATAACATCCCTACTTTAAATGGAGTTAAGCTAATTAAAGCCACGGAAATCAATGGAATTATTAATGGCGAAGCTGAATGCAAATTACAGGGGTTGCTGTTGGGTGGAAGAATTGGCTGCGGTTGAGCTTTGGCATGGAGCGTTCTTCCATTGAAGATGGTCTGGCAAGGATGAAAACATTCTATCAAAGGCATGCAAAAGCCAACAAGCATTGCCCCCATTGATGTGCAGATCGTTTATTATCAGCAATAAATCAACTTCTTTGTTCTTGAGTAGACGTTTGTTTTAGTAGAAGTTTCTAATCAATGGCAAAGAAATCAGACATTAGAAGAAAAATTATGTATATATATAGCTCACCCCTCAAATTGAAATCCTACCCACTTCAAATGATTATGACTTGGCTCATAATAGGTTGATGTAATCTAAAAAATAGATCCATTAAATTTTTTTTAGTGCAACAAATCTATGGTGAGGGATTGAACCGAACTTTTGAGAAAGTATAGGTGTTTTAATTGTTGAGTTGCTCAATTTGGCGATCCATTAAAAATATTATTATGCTAACAATTAGTTGTTTGTTAAAATTTATTTTTAAATTTTTACATAATGATTTTTTTATTATCTATTTAGCAAGAATTTAATTGGAACTTTTGAAAAATTAACTTAATATATAGGATGAAATTGAAGTTTTTTAAAAAAATTAAAAACATAATTCCGTAAGAAAAAAAAAAACATAATTTAAAAATGACATATATATCAAAGATGAATCATACATTTAAAATCTAGATTATTATTGTATGAAAATTAATGATGGCATTCATCAAAATAATTAAATTAATTATTGTTGTTACAATTTTCAATCTATTTGATCGTATAAAAAAAAAGTTTCCAATCGATTTAAATGTAATATATTTATAGCAATAAATCCAAACGTACAAGTAATAAAGGTACGCCACTCTAAATATAGTTTAGTGGACAAAATACTTATTACCATCTCAAATATTGATGCGCTTCAATCTCCCATGCTGTTGAATTAAAAAAAAAAAAATGTAACATAGGCCAAAACTATTACTAAAAAACAATTTCAATTCTGTAAAAATGTTACCGTTGGCGTTTGTTACTACTAGGGTCCACTTTTTTCCCACCCCTAAATTTAAAAAAAGACAGCAGTGAAACGGCGTCGTAAAAGAAAACCCTCCAACGGCTCCCTTGGCTTCAGTGGGTGGGCACTAGCAAAAGCCCCCTTCCTCCTTCAAAACCGGAACATTTGAAAATCTAAAACCCGCGATCGTTGCAATTCAAAGCGCAATCTTCCACTAAATCAATCTCCTCCATGGATTTTACACCTCCATCTCATCGATCCGAGCCTCGATCTCGTACCAAATCAGCCTCACGGCTTGCAATTGAAGCGACGAAATACCCCACCTCTCAGTCGACGTGATTTCTTCGCCGCCCAAGAAATCTCCTTCGCCTTCCATTCAGGAGCTCTTGCTTTTGTCGCCTTCTACTCTCAGGAAATCCAGGTCGCGTCTGGTGGATCGGTTCGAGATGAATGACGAGGTTATGGATGCAGCTGGCGCACGCAGGAGGTGTAAAAACCGAGGACCTCAAATGGGGCTCTTGGGCTGTGCTTCTCCGAGGAGTGTGAGAAGGTCAAGGAGACGATCGGAGGTGGAGATTAGGGAAGAGAAGGATTTGTGTTTGGCGGAAGAGTTTGTGAAGGCTAGAAAGAGAAGGCAGAGCGGGAGGTCAAAGAAGGAGAAGCTGAGTTTGGTTCCACTCCCAATGACGCCTTCAAGTTCAACTCCTAGTAATTCAAAAATTTCTCTTTTCTTTAATGCTCTCGATTGATTTTCTCCGTGTTCTGATGTGGTTCATGTGTTTATAGAACTTGAAAATGAAGACAATGGTAATCTGGATCGAATTGGGCAGCTGATAACCGATCTAATCATGTGGAAAGATGCGGCGAAGTCGAGCCTTTGGTTTGGATTTGGCTCTTTATTTTTCCTTTCCTCTTGCTTCGCTAGAGGAATTAGCTTTAGGTCTGGCTCTCTAACAAGAGTAATCGTTAACCATTACAGCTTTTTTCAAGTGTATGATCATTTAATAGTTGTAATATCAATAATTACAGCATTTTCTCGGCGATTTCCCATCTTGGACTTCTGTTTCTGGGTCTTGCATTTGTCTCCAATTCAATCTGTCAAAGGTACAATTTCTAATCTATCTTTAATCACATCAAAACCCCACCAATCCTTCTTTCTTTACTAAGATTATAATTATAACTGTAGGAACAATGTGGAAAAGAAACATGACGACTTCAAGCTTAAAGAAGATGACATCTTACGCTTGGTGAAACTGATTCTTCCAGCTGCAAACTTAACCATTTCAAAGATAAGGGAGCTTTTCTCTGGAGAACCATCAATGACCCTAAAAGTAACCACAAAACTCAACATCCATGATCATTCAACAATATCAATTAACCAATCATTTTAATTGCTCGTGGTTGCTTGATTTAGATGATATAACTCTTTCTGGGTTGCAGGTAGCTCCGTTCCTCATTTTAGGAGCTGAATATGGACATCTCATTACACTCCGCAGACTCTGCGCAATTGGTATAAACTATAAAGATCATTCAGAACTTCCTCAAAGTTGCCTATTGATTTATGACCACTTACTTCTCCATTTACTTGCAGGTTCTTTACCAGTTTCTCTGTGCCAAAGCTATACTCATGTTACCAAATTCAGATAAACAGCAAAGGTAAATGAAAAATCCAAGAACACACCCACTAAATATAGCTGCTTCTGCCTTTGTATCATAATGTGATGCTGATGAAGAAGATGGGGTTCGAATTTACAGTCGATTTTGTCAAACGATGGCTGTTTGAAGCATGGGAAGCTTGCGCACATAAGAAGGTTGTGGTAGGATCAGCAGCCACGGTGTTTTGGAACTTTTCTTCCCTAAAGACTCGCATTTTCACAGGTAAATATTTTTCAGATGTTATCAATTTCATCATTCAGTAAAATATGATTCTTAAGCTCTGTAAGATTTTGGTTGCAGCCTTCATAGCTCTAGTTATAATCCGATACTGCCGGCAATTTATAGTGCCGGAATCGGAAGTTGCAGAAGCACAAGAAGACCAGCACCAGGCACTGGTTCTGGCAGAAGGAAAGCAGGAGGAGCAGCAGGCTCTGGTGGTGGCGGAACCCCATCGTCAGCTTTGA ATGGCGTTTCCAAGGCTACTCAGAACTGATCATCCGGCGGTACTCTCAGTCAGCGTAGTTCTCAACAGGCTGACGCAGAACCTCGATAAAGAAGACAAGAGGGCCGTCATTCCTCTTGGGCATGGCGATCCCTCCTCTCCTTGCGATCATACTGCTACAGCGGCTGAAGACGCCATCATTGATGCTGTTCGGTCTGCTAAGTTTAAAAGCTATTCTCCGAATCTTGGTATTCCGGAGGCAAGAAGGGCAGTTGCCGACCATCTATCTCGTGATCTTCCGTACAGTCTATCGGCAGATGATGTTTATCTAACATCTGGGTGTATACAAGGAATTCAAACCGTACTCACGGTCCTATCTTCCCCAGACGCCAATATCTTGCTTCCAAGACCAGGGTTCCCCATCTATGAGATGCGAGCTGCTTTCGCCCATATTGAAACTCGCCACTTCGATCTTCTTCCTGAAAGGGATTGGGAAGTCGACCTCGACGCCGTTGAAGCTCTGGCAGACGAGAACACTGGCGTTGGTATCATCAACCCAGGAAATCCCTGCGGGAGCGTTTACACAAGAGAGCATCTGCAGAAGATTGCAGAGACAGCAAGAAACCTAGGGATTATGGTAATCTCTGATGAAGTTTATGCCAATCTCACTTTTGGCAGTAAACCATTTGTCCCAATGGGAACATTTTCATCAATTCCACCTGTTATCACCCTTGGATCAATATCTAAGAGATGGGTTCTGCCTGGATGGCGATTTGGTTGGGTTGTGACAAATGACCCACATGGCATTCTTCATCAGTCTGGGATTGTTGAGCGCATCAAGAGCTATATCAATTTCACAATGGTTCCTGCTACATTCATTCAGGCAGCCATTCCTCAAATTCTGGAGACAACAAAGGAGGATTTCTTCTCCAGAATAAACGACATGCTGAGAGAGGCTGCAGATACATGTTATGAGGGACTGAAGGAAATCCCTTGCATCAGCTGTCCCAAAAAACCAGAAGGTTCCATGTTTATGATAGTGAAACTTGATCTGTCCCTTCTGGAAGGCATTGAAGATGATTTTGAGTTCTGTCTTCGGCTGGCTAAAGAGGAATCTGTCATTATTCTTCCTGGCACTGTGGTTGGGTTGAAGAACTGGTTGCGGATATCTTTTGCAATTGATATTGCAGCTCTTGAAGATGGCCTTCGGAGGCTAAAAGCCTTCTGCCACAGGCACGCGTGCATGAATCTTGTCTTATTCCCGGCGAGGGAATCTCCGCCCCACAACCACAACCACTACCACTACCACTTCCGTCCTATTACTTTGTTCCTCTTCCTCCACAGCTCCAATGAACGGCACCGAGCACTGGAACTTCCGGGCAATGAAGAGCTCAACAGATCCTCCATTTCCATCCGCGGTACTCTTAACCTGCTCAGAAACCATCTCAATGCTGATGATCCTCGCCCCCTCATTGCTTTCGGCCGTGCCGACCCCTCCGAGTATCCCAGCTTTCGGACTCCTCCATCCACCGTTGAAGCCCTCGTTAATGCCGCCCAGTCCTATAATTTCAATCTTATCCTTCGTCGTTCGGTATTCTTCCGGCCAGGAGAACCAGCACTCAAGTGTTGGGTTTTGCTTCTATGTTTTCTTAGTCTGCGTGCACGCGTCGAGAAGTCTATACCATTAAGGGCATTGGCAGAATATTTTTCCAAATATCTGCCGTATCAGTTATCTCCTGACGATGTTTTTCTCACTATTGGTTGCACACATGCCATTGAGATCATAATCTCTGTACTAGCTCGCCCTGGTGCCAACATCCTACTTCCTCGACCAGCTTACCCTCACTATGAAACTCGAGCAGCTTTCGGACGCCTTGAAGTTCGCCATTTTAATCTCATACCAGAAAAGGGTTGGGAGGTTGACCTTGACGCTGTTAAAGCTCTTGCAGATAACAATACTGCTGCTATGGTTATTATCAATCCCAACAATCCCTGCGGGAGTGTCTATACGTACCAGCATCTGAAAGCGATTGCAGAAACTGCGAGGAAACTTGGGATTTTTGTGATCTCTGATGAAGTTTATGCACATGTGACTTTTGGAAATAAGCCCTTTGTGCCTATGGGTGAGTTTGGATCCATTGCCCCGGTGCTAACCCTCGGGTCTATGTCAAAGAGATGGGTTGTTTCTGGTTGGAGATTGGGTTGGATTTTGACCACTGACCCTAATGGCATCCTGAAAAACATGGGGTTTATTTTGGAGAGCATTAAGAATTATCTGGACATCACTCCCGACCCCCCAACCTGCATTCAGGGTGCACTTCCACATATTCTTGAGAAAACCAGCAGTGAATTCTATTCACGTTTTCTTGATTTACTGAGAGAGAATGCAAATATTTTGTATGAGAAGATCAATGAGATTCCTTGTTTTACTTGCCCAAACAAACCAGAAGGAGCAATTCTTGCAATGGTGAAGCTGAATCTAGAACAACTTGAAGGCATAAGTGATGATGTGGACTTCTGTAGCAAGCTGGCCAAGGAAGAATCTGTGCTTATTCTCCCCGGGGTTGCTGTTGGGTGGAAGAATTGGCTGCGGTTGAGCTTTGGCATGGAGCGTTCTTCCATTGAAGATGTCGACGTGATTTCTTCGCCGCCCAAGAAATCTCCTTCGCCTTCCATTCAGGAGCTCTTGCTTTTGTCGCCTTCTACTCTCAGGAAATCCAGGTCGCGTCTGGTGGATCGGTTCGAGATGAATGACGAGGTTATGGATGCAGCTGGCGCACGCAGGAGGTGTAAAAACCGAGGACCTCAAATGGGGCTCTTGGGCTGTGCTTCTCCGAGGAGTGTGAGAAGGTCAAGGAGACGATCGGAGGTGGAGATTAGGGAAGAGAAGGATTTGTGTTTGGCGGAAGAGTTTGTGAAGGCTAGAAAGAGAAGGCAGAGCGGGAGGTCAAAGAAGGAGAAGCTGAGTTTGGTTCCACTCCCAATGACGCCTTCAAGTTCAACTCCTAAACTTGAAAATGAAGACAATGGTAATCTGGATCGAATTGGGCAGCTGATAACCGATCTAATCATGTGGAAAGATGCGGCGAAGTCGAGCCTTTGGTTTGGATTTGGCTCTTTATTTTTCCTTTCCTCTTGCTTCGCTAGAGGAATTAGCTTTAGCATTTTCTCGGCGATTTCCCATCTTGGACTTCTGTTTCTGGGTCTTGCATTTGTCTCCAATTCAATCTGTCAAAGGAACAATGTGGAAAAGAAACATGACGACTTCAAGCTTAAAGAAGATGACATCTTACGCTTGGTGAAACTGATTCTTCCAGCTGCAAACTTAACCATTTCAAAGATAAGGGAGCTTTTCTCTGGAGAACCATCAATGACCCTAAAAGTAGCTCCGTTCCTCATTTTAGGAGCTGAATATGGACATCTCATTACACTCCGCAGACTCTGCGCAATTGTCGATTTTGTCAAACGATGGCTGTTTGAAGCATGGGAAGCTTGCGCACATAAGAAGGTTGTGGTAGGATCAGCAGCCACGGTGTTTTGGAACTTTTCTTCCCTAAAGACTCGCATTTTCACAGCCTTCATAGCTCTAGTTATAATCCGATACTGCCGGCAATTTATAGTGCCGGAATCGGAAGTTGCAGAAGCACAAGAAGACCAGCACCAGGCACTGGTTCTGGCAGAAGGAAAGCAGGAGGAGCAGCAGGCTCTGGTGGTGGCGGAACCCCATCGTCAGCTTTGA ATGGCGTTTCCAAGGCTACTCAGAACTGATCATCCGGCGGTACTCTCAGTCAGCGTAGTTCTCAACAGGCTGACGCAGAACCTCGATAAAGAAGACAAGAGGGCCGTCATTCCTCTTGGGCATGGCGATCCCTCCTCTCCTTGCGATCATACTGCTACAGCGGCTGAAGACGCCATCATTGATGCTGTTCGGTCTGCTAAGTTTAAAAGCTATTCTCCGAATCTTGGTATTCCGGAGGCAAGAAGGGCAGTTGCCGACCATCTATCTCGTGATCTTCCGTACAGTCTATCGGCAGATGATGTTTATCTAACATCTGGGTGTATACAAGGAATTCAAACCGTACTCACGGTCCTATCTTCCCCAGACGCCAATATCTTGCTTCCAAGACCAGGGTTCCCCATCTATGAGATGCGAGCTGCTTTCGCCCATATTGAAACTCGCCACTTCGATCTTCTTCCTGAAAGGGATTGGGAAGTCGACCTCGACGCCGTTGAAGCTCTGGCAGACGAGAACACTGGCGTTGGTATCATCAACCCAGGAAATCCCTGCGGGAGCGTTTACACAAGAGAGCATCTGCAGAAGATTGCAGAGACAGCAAGAAACCTAGGGATTATGGTAATCTCTGATGAAGTTTATGCCAATCTCACTTTTGGCAGTAAACCATTTGTCCCAATGGGAACATTTTCATCAATTCCACCTGTTATCACCCTTGGATCAATATCTAAGAGATGGGTTCTGCCTGGATGGCGATTTGGTTGGGTTGTGACAAATGACCCACATGGCATTCTTCATCAGTCTGGGATTGTTGAGCGCATCAAGAGCTATATCAATTTCACAATGGTTCCTGCTACATTCATTCAGGCAGCCATTCCTCAAATTCTGGAGACAACAAAGGAGGATTTCTTCTCCAGAATAAACGACATGCTGAGAGAGGCTGCAGATACATGTTATGAGGGACTGAAGGAAATCCCTTGCATCAGCTGTCCCAAAAAACCAGAAGGTTCCATGTTTATGATAGTGAAACTTGATCTGTCCCTTCTGGAAGGCATTGAAGATGATTTTGAGTTCTGTCTTCGGCTGGCTAAAGAGGAATCTGTCATTATTCTTCCTGGCACTGTGGTTGGGTTGAAGAACTGGTTGCGGATATCTTTTGCAATTGATATTGCAGCTCTTGAAGATGGCCTTCGGAGGCTAAAAGCCTTCTGCCACAGGCACGCGTGCATGAATCTTGTCTTATTCCCGGCGAGGGAATCTCCGCCCCACAACCACAACCACTACCACTACCACTTCCGTCCTATTACTTTGTTCCTCTTCCTCCACAGCTCCAATGAACGGCACCGAGCACTGGAACTTCCGGGCAATGAAGAGCTCAACAGATCCTCCATTTCCATCCGCGGTACTCTTAACCTGCTCAGAAACCATCTCAATGCTGATGATCCTCGCCCCCTCATTGCTTTCGGCCGTGCCGACCCCTCCGAGTATCCCAGCTTTCGGACTCCTCCATCCACCGTTGAAGCCCTCGTTAATGCCGCCCAGTCCTATAATTTCAATCTTATCCTTCGTCGTTCGGTATTCTTCCGGCCAGGAGAACCAGCACTCAAGTGTTGGGTTTTGCTTCTATGTTTTCTTAGTCTGCGTGCACGCGTCGAGAAGTCTATACCATTAAGGGCATTGGCAGAATATTTTTCCAAATATCTGCCGTATCAGTTATCTCCTGACGATGTTTTTCTCACTATTGGTTGCACACATGCCATTGAGATCATAATCTCTGTACTAGCTCGCCCTGGTGCCAACATCCTACTTCCTCGACCAGCTTACCCTCACTATGAAACTCGAGCAGCTTTCGGACGCCTTGAAGTTCGCCATTTTAATCTCATACCAGAAAAGGGTTGGGAGGTTGACCTTGACGCTGTTAAAGCTCTTGCAGATAACAATACTGCTGCTATGGTTATTATCAATCCCAACAATCCCTGCGGGAGTGTCTATACGTACCAGCATCTGAAAGCGATTGCAGAAACTGCGAGGAAACTTGGGATTTTTGTGATCTCTGATGAAGTTTATGCACATGTGACTTTTGGAAATAAGCCCTTTGTGCCTATGGGTGAGTTTGGATCCATTGCCCCGGTGCTAACCCTCGGGTCTATGTCAAAGAGATGGGTTGTTTCTGGTTGGAGATTGGGTTGGATTTTGACCACTGACCCTAATGGCATCCTGAAAAACATGGGGTTTATTTTGGAGAGCATTAAGAATTATCTGGACATCACTCCCGACCCCCCAACCTGCATTCAGGGTGCACTTCCACATATTCTTGAGAAAACCAGCAGTGAATTCTATTCACGTTTTCTTGATTTACTGAGAGAGAATGCAAATATTTTGTATGAGAAGATCAATGAGATTCCTTGTTTTACTTGCCCAAACAAACCAGAAGGAGCAATTCTTGCAATGGTGAAGCTGAATCTAGAACAACTTGAAGGCATAAGTGATGATGTGGACTTCTGTAGCAAGCTGGCCAAGGAAGAATCTGTGCTTATTCTCCCCGGGGTTGCTGTTGGGTGGAAGAATTGGCTGCGGTTGAGCTTTGGCATGGAGCGTTCTTCCATTGAAGATGTCGACGTGATTTCTTCGCCGCCCAAGAAATCTCCTTCGCCTTCCATTCAGGAGCTCTTGCTTTTGTCGCCTTCTACTCTCAGGAAATCCAGGTCGCGTCTGGTGGATCGGTTCGAGATGAATGACGAGGTTATGGATGCAGCTGGCGCACGCAGGAGGTGTAAAAACCGAGGACCTCAAATGGGGCTCTTGGGCTGTGCTTCTCCGAGGAGTGTGAGAAGGTCAAGGAGACGATCGGAGGTGGAGATTAGGGAAGAGAAGGATTTGTGTTTGGCGGAAGAGTTTGTGAAGGCTAGAAAGAGAAGGCAGAGCGGGAGGTCAAAGAAGGAGAAGCTGAGTTTGGTTCCACTCCCAATGACGCCTTCAAGTTCAACTCCTAAACTTGAAAATGAAGACAATGGTAATCTGGATCGAATTGGGCAGCTGATAACCGATCTAATCATGTGGAAAGATGCGGCGAAGTCGAGCCTTTGGTTTGGATTTGGCTCTTTATTTTTCCTTTCCTCTTGCTTCGCTAGAGGAATTAGCTTTAGCATTTTCTCGGCGATTTCCCATCTTGGACTTCTGTTTCTGGGTCTTGCATTTGTCTCCAATTCAATCTGTCAAAGGAACAATGTGGAAAAGAAACATGACGACTTCAAGCTTAAAGAAGATGACATCTTACGCTTGGTGAAACTGATTCTTCCAGCTGCAAACTTAACCATTTCAAAGATAAGGGAGCTTTTCTCTGGAGAACCATCAATGACCCTAAAAGTAGCTCCGTTCCTCATTTTAGGAGCTGAATATGGACATCTCATTACACTCCGCAGACTCTGCGCAATTGTCGATTTTGTCAAACGATGGCTGTTTGAAGCATGGGAAGCTTGCGCACATAAGAAGGTTGTGGTAGGATCAGCAGCCACGGTGTTTTGGAACTTTTCTTCCCTAAAGACTCGCATTTTCACAGCCTTCATAGCTCTAGTTATAATCCGATACTGCCGGCAATTTATAGTGCCGGAATCGGAAGTTGCAGAAGCACAAGAAGACCAGCACCAGGCACTGGTTCTGGCAGAAGGAAAGCAGGAGGAGCAGCAGGCTCTGGTGGTGGCGGAACCCCATCGTCAGCTTTGA MAFPRLLRTDHPAVLSVSVVLNRLTQNLDKEDKRAVIPLGHGDPSSPCDHTATAAEDAIIDAVRSAKFKSYSPNLGIPEARRAVADHLSRDLPYSLSADDVYLTSGCIQGIQTVLTVLSSPDANILLPRPGFPIYEMRAAFAHIETRHFDLLPERDWEVDLDAVEALADENTGVGIINPGNPCGSVYTREHLQKIAETARNLGIMVISDEVYANLTFGSKPFVPMGTFSSIPPVITLGSISKRWVLPGWRFGWVVTNDPHGILHQSGIVERIKSYINFTMVPATFIQAAIPQILETTKEDFFSRINDMLREAADTCYEGLKEIPCISCPKKPEGSMFMIVKLDLSLLEGIEDDFEFCLRLAKEESVIILPGTVVGLKNWLRISFAIDIAALEDGLRRLKAFCHRHACMNLVLFPARESPPHNHNHYHYHFRPITLFLFLHSSNERHRALELPGNEELNRSSISIRGTLNLLRNHLNADDPRPLIAFGRADPSEYPSFRTPPSTVEALVNAAQSYNFNLILRRSVFFRPGEPALKCWVLLLCFLSLRARVEKSIPLRALAEYFSKYLPYQLSPDDVFLTIGCTHAIEIIISVLARPGANILLPRPAYPHYETRAAFGRLEVRHFNLIPEKGWEVDLDAVKALADNNTAAMVIINPNNPCGSVYTYQHLKAIAETARKLGIFVISDEVYAHVTFGNKPFVPMGEFGSIAPVLTLGSMSKRWVVSGWRLGWILTTDPNGILKNMGFILESIKNYLDITPDPPTCIQGALPHILEKTSSEFYSRFLDLLRENANILYEKINEIPCFTCPNKPEGAILAMVKLNLEQLEGISDDVDFCSKLAKEESVLILPGVAVGWKNWLRLSFGMERSSIEDVDVISSPPKKSPSPSIQELLLLSPSTLRKSRSRLVDRFEMNDEVMDAAGARRRCKNRGPQMGLLGCASPRSVRRSRRRSEVEIREEKDLCLAEEFVKARKRRQSGRSKKEKLSLVPLPMTPSSSTPKLENEDNGNLDRIGQLITDLIMWKDAAKSSLWFGFGSLFFLSSCFARGISFSIFSAISHLGLLFLGLAFVSNSICQRNNVEKKHDDFKLKEDDILRLVKLILPAANLTISKIRELFSGEPSMTLKVAPFLILGAEYGHLITLRRLCAIVDFVKRWLFEAWEACAHKKVVVGSAATVFWNFSSLKTRIFTAFIALVIIRYCRQFIVPESEVAEAQEDQHQALVLAEGKQEEQQALVVAEPHRQL Homology
BLAST of Sgr023597 vs. NCBI nr
Match: KAG7034907.1 (Tyrosine aminotransferase [Cucurbita argyrosperma subsp. argyrosperma]) HSP 1 Score: 1031.6 bits (2666), Expect = 5.7e-297 Identity = 548/846 (64.78%), Postives = 613/846 (72.46%), Query Frame = 0
BLAST of Sgr023597 vs. NCBI nr
Match: KAE8075971.1 (hypothetical protein FH972_014649 [Carpinus fangiana]) HSP 1 Score: 1026.5 bits (2653), Expect = 1.8e-295 Identity = 502/862 (58.24%), Postives = 633/862 (73.43%), Query Frame = 0
BLAST of Sgr023597 vs. NCBI nr
Match: GAY65474.1 (hypothetical protein CUMW_241340 [Citrus unshiu]) HSP 1 Score: 920.6 bits (2378), Expect = 1.4e-263 Identity = 460/860 (53.49%), Postives = 601/860 (69.88%), Query Frame = 0
BLAST of Sgr023597 vs. NCBI nr
Match: KAG5597161.1 (hypothetical protein H5410_038393 [Solanum commersonii]) HSP 1 Score: 917.9 bits (2371), Expect = 9.2e-263 Identity = 468/845 (55.38%), Postives = 603/845 (71.36%), Query Frame = 0
BLAST of Sgr023597 vs. NCBI nr
Match: KAG7034906.1 (Tyrosine aminotransferase, partial [Cucurbita argyrosperma subsp. argyrosperma]) HSP 1 Score: 847.0 bits (2187), Expect = 2.0e-241 Identity = 445/816 (54.53%), Postives = 543/816 (66.54%), Query Frame = 0
BLAST of Sgr023597 vs. ExPASy Swiss-Prot
Match: A0A0P0VI36 (Nicotianamine aminotransferase 1 OS=Oryza sativa subsp. japonica OX=39947 GN=NAAT1 PE=1 SV=1) HSP 1 Score: 499.6 bits (1285), Expect = 1.0e-139 Identity = 230/397 (57.93%), Postives = 303/397 (76.32%), Query Frame = 0
BLAST of Sgr023597 vs. ExPASy Swiss-Prot
Match: Q9FN30 (Probable aminotransferase TAT2 OS=Arabidopsis thaliana OX=3702 GN=At5g53970 PE=2 SV=1) HSP 1 Score: 476.9 bits (1226), Expect = 7.1e-133 Identity = 227/392 (57.91%), Postives = 291/392 (74.23%), Query Frame = 0
BLAST of Sgr023597 vs. ExPASy Swiss-Prot
Match: Q9LVY1 (Tyrosine aminotransferase OS=Arabidopsis thaliana OX=3702 GN=TAT PE=2 SV=1) HSP 1 Score: 474.6 bits (1220), Expect = 3.5e-132 Identity = 227/394 (57.61%), Postives = 295/394 (74.87%), Query Frame = 0
BLAST of Sgr023597 vs. ExPASy Swiss-Prot
Match: Q9SIV0 (S-alkyl-thiohydroximate lyase SUR1 OS=Arabidopsis thaliana OX=3702 GN=SUR1 PE=1 SV=1) HSP 1 Score: 458.8 bits (1179), Expect = 2.0e-127 Identity = 207/389 (53.21%), Postives = 285/389 (73.26%), Query Frame = 0
BLAST of Sgr023597 vs. ExPASy Swiss-Prot
Match: Q9ST03 (Nicotianamine aminotransferase B OS=Hordeum vulgare OX=4513 GN=naat-B PE=1 SV=2) HSP 1 Score: 458.0 bits (1177), Expect = 3.4e-127 Identity = 214/400 (53.50%), Postives = 298/400 (74.50%), Query Frame = 0
BLAST of Sgr023597 vs. ExPASy TrEMBL
Match: A0A5N6RDZ4 (Uncharacterized protein OS=Carpinus fangiana OX=176857 GN=FH972_014649 PE=4 SV=1) HSP 1 Score: 1026.5 bits (2653), Expect = 8.9e-296 Identity = 502/862 (58.24%), Postives = 633/862 (73.43%), Query Frame = 0
BLAST of Sgr023597 vs. ExPASy TrEMBL
Match: A0A2H5QLH5 (Uncharacterized protein OS=Citrus unshiu OX=55188 GN=CUMW_241340 PE=4 SV=1) HSP 1 Score: 920.6 bits (2378), Expect = 6.9e-264 Identity = 460/860 (53.49%), Postives = 601/860 (69.88%), Query Frame = 0
BLAST of Sgr023597 vs. ExPASy TrEMBL
Match: A0A0D9VF57 (Uncharacterized protein OS=Leersia perrieri OX=77586 PE=3 SV=1) HSP 1 Score: 914.4 bits (2362), Expect = 4.9e-262 Identity = 452/864 (52.31%), Postives = 598/864 (69.21%), Query Frame = 0
BLAST of Sgr023597 vs. ExPASy TrEMBL
Match: A0A0D9VF58 (Uncharacterized protein OS=Leersia perrieri OX=77586 PE=3 SV=1) HSP 1 Score: 912.9 bits (2358), Expect = 1.4e-261 Identity = 452/861 (52.50%), Postives = 593/861 (68.87%), Query Frame = 0
BLAST of Sgr023597 vs. ExPASy TrEMBL
Match: A0A0D9VF59 (Uncharacterized protein OS=Leersia perrieri OX=77586 PE=3 SV=1) HSP 1 Score: 906.7 bits (2342), Expect = 1.0e-259 Identity = 450/861 (52.26%), Postives = 592/861 (68.76%), Query Frame = 0
BLAST of Sgr023597 vs. TAIR 10
Match: AT5G53970.1 (Tyrosine transaminase family protein ) HSP 1 Score: 476.9 bits (1226), Expect = 5.1e-134 Identity = 227/392 (57.91%), Postives = 291/392 (74.23%), Query Frame = 0
BLAST of Sgr023597 vs. TAIR 10
Match: AT5G36160.1 (Tyrosine transaminase family protein ) HSP 1 Score: 474.6 bits (1220), Expect = 2.5e-133 Identity = 227/394 (57.61%), Postives = 295/394 (74.87%), Query Frame = 0
BLAST of Sgr023597 vs. TAIR 10
Match: AT2G20610.1 (Tyrosine transaminase family protein ) HSP 1 Score: 458.8 bits (1179), Expect = 1.4e-128 Identity = 207/389 (53.21%), Postives = 285/389 (73.26%), Query Frame = 0
BLAST of Sgr023597 vs. TAIR 10
Match: AT4G28410.1 (Tyrosine transaminase family protein ) HSP 1 Score: 442.2 bits (1136), Expect = 1.4e-123 Identity = 203/395 (51.39%), Postives = 285/395 (72.15%), Query Frame = 0
BLAST of Sgr023597 vs. TAIR 10
Match: AT4G28420.2 (Tyrosine transaminase family protein ) HSP 1 Score: 441.4 bits (1134), Expect = 2.4e-123 Identity = 202/393 (51.40%), Postives = 281/393 (71.50%), 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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