![](http://cucurbitgenomics.org/sites/default/files/styles/slideshow/public/carousel/101322_web.jpg?itok=EG-G51x6)
Sgr026907 (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.ATGGAAAGTTTGTTGAGTGCGCGAATCACACCACTACCTACTCATTATAGGGAAATTTACTCTTCTTTTCGCCCCACGTTGTTCCTGCAAATTACTAGAAGATTGGATAAAGGTTCAATGGAGATGGGGAGAAGTCGCATGTCATTCAATCCAATTGCCGCGTCAGTTCAGCCATTAGAAGGCCCTACACGCTTTCACTTCAACAACACATCGCCATCCAAAGGTCACCATAAATTTATTGAATATATTGTCCTCTCTTAATGTCTATACTACGTAGGGGTGGAATCTGATCTATATATTAATGTTACTTTGGTAGCAACCCTACATAATATAGACGTCGGTGGTAGGTGGAAGGGAATCTTCTTTTAGCTCTATATTCTTTCTTTTTTTTTCTTTTTCTTTTGTTCTTTTCTCTGTGTGTGTGTGTGTGGGGGGGGGGGGGGGTGTTGGTGGTTCAAATCAATGAACTATGGAGGGATAAAATTACCTGAGTTTCTGTGGAAATTTTGAAAGGAGTTTAAGGTGCCCACTGCTGAGTTATTTTACCCAATGATCAGAATTTGTTGTTATTGAGTCCCTTAACTTAATATTGATAGATGTCCTTTCATATTTCTTAGCTGGTAATTGTTCTCTTAAATTTTACTCTCAAAATATCAGAGGTGCTTGAGCTGTGGAAAAGTGCAAATGCAGTATGCTTTGATGTTGATAGCACAGTTTGTGTAGATGAAGGCATTGATGAATTAGCAGATTTTTGTGGAGCTGGAGAGGCTGTTGCAGAATGGACAGCTAGGTTTGATATGCTTGTTCATTGACATGATTTAATTGATCTCCATGGATTTTCATTAACTGAGCTTTGTAAGTCTTGCTCAGGGCAATGGGTGGTTCTGTACCTTTTGAGGATGCTTTGGCTGCCAGACTATCTTTGTTTAACCCTTCACTTTCCCAAGTTGAGGAATTTCTCACCAAGAGACCTCCAAGGTATGGGGTTATGTTCCATGTGCACCAAATTTTCCAATAAACATGAAAGTATAAGAAAAGGGATGAAGGGCATGACAATAGAATTTTAGCTACTAAGATGCTTTCTGCTTTTAGTACTTGAAAGAGTTGCAGAAGATGTATGTTCTTGGTTAATGGCATTCATTGCCGTCCCTGCTTGTGAGGATGCTTATTTTGTTATTATTATTATTTATCTTGTAGAACTTTAGCTCCCCTTTAGACCACAAATTTTCTTACTATGGGCTCCTTAAGCTTCAATGACACCCAGATATGGTTTGTGATATTAACGGCTGCAAGTTTGTTTGTCTTATTATTTTTAATTTAACAACTGCCCGTTCCACTTGGATGGTAAATCAGTCTTTGATGTAATTCTTTTAATAGGATGTCTGGAATACTTTTTCTGGTAAAATGCATTACTATATCAACCAGGTTGATCCAATGTCCACAAAAAGAATGGACATGAAAACTTTTCATTGAATGTGAAGTGTTTTTAGCGGTAATTCTTCAAACAAGACTTTTCGTTTGCTGCAAATTATATATCTGGAAACACGTGTCATCTGTGCTTCAAATCTTCCAGCTGACCCATAAAAGGTAGGATTAGACAGCAGAGATTTATTGTTTGGCTCTTCTTGTTATTCCTCCAGTTTATCACCATTGAAACTTTTCTAGTCCTGTTTTTCTAGTGCTGATTGTTGCTCTTTAGGCTGTCTCCAGGTATAGATGAGTTAGTAAAAAAGCTAAAGGCTGATAACATCGACGTATATCTGATTTCCGGAGGCTTTCGTCAAATGATCAATGTAAGTTTATGACTAATTGTTGTGATCCCATCATGTTAATTATTTCACATTCATTTCGTCAAGGACAAATCAATTTCTAATGTCAGTTTTAGGAGAATTAATGAGGCTTTGATGTTCATTATTATTAATCAACGAGCTACTTTTTATGAAGCCTGTTGCATCAATTCTTGGGATTCCACATGAGAATATTTTTGCCAATCAATTGCTTTTCGGAAGCTTTGGTGAATTTATCGGGTTCGACAAAAATGAGCCTACTTCAAGGAGCGGGGGGAAAGCAACTGCAGTGCAACAACTAAGGAAGGTAGTATATTATTGCTTTTGGCCGTGGCTGATGATTTTAGAATGCAAATTCAATTCAGGTTGCTTTTGCAGGCTCATGGATACAAGACGTTGGTCATGACGGGGGATGGAGCGACTGATCTTGAGGTGAGAAGATTCTCAAAGTGTAAACTGCAGCGAAATTTTAATGAAATTTCTTAAATGCTGAAGAGTCATAGTTACCTTTTTCCTAGCTGAAACTAGGCATGCTAATCCTTCATAGGCAAATGACTTCCACCTCCTTGCTTCATAATACTTGCTTGATGCTTATAATTTTGATTCTTCATGGTTTTAATTGATCTAAGATGTTTATCTTCCACCCAATTGGTCAAGGAAACTTACCTACAGCTAATTGAGTTGAATGTCCAGTAAAGTTATCTGATAGATGAGCCTGGTTTTGTTAACCCCTTGTATTTGCAAGCAAGTTAAAGCTTGATCATTCTTCTAATTCTAATGCATATTCTTTTCGATATAGGCCCGTAAACCGGGAGGTGCTGACTTGTTTATTTGTTATGCTGGCGTTCAACTTCGAGAAAACGTCGCCGCTAAAGCTGACTGGCTGGTTTTCAATTTTATAGATATGATCAACTCCCTTGAATAGTCCATATTTTTTCAGAACTACACCCTTGTTGATTCTTATCTTGTATTGCTGCCTGTTCTCCATGGCTGCAGACATCTGCATTCTACACTCATAGATTTTAGTCTTCTTTGGGGGTAAAAGGCCTCTGTGATCATGTTTGGAAGTGTGTGAAACCTACTGAAAAATATGAACAAGGATTGGTTTTCTGCTGCATTCTCATTTGAATACACAAATTTTACCTTTATACAGTTGTAAAATGATCTCAATTCATTAGGGTGCAAGCTTGGGTTTGTTCATTTTTCATTTTTTCTTTGTTTTGGGTGAAAACCAACTCCAAAGTTAGACTCTTTGAAAACTGAATCGACAGCGTAAGAAGCTGACCATTAAACCAACTGAAATCAACAAAATCTATTCAAACCTAACTTACCGATAATGATACTGAAAATCAATCAGTGGTTGGTTACATCGGTTTTTTTTTTTCTAGCTTGTGCCCCTACAATTCATTTGTTTATGGGTGAAATTGCAAACCTTCTTTGTATTTTGAACCGTAAGGATAGATTGCTCATTCTATCTTGAGTAAAGTTTTGACACATTAAAAATTTAAGGATCGATTTGCAAATGTCACACCGACAATGTTTTAAATTATCAGTTATGTATCTATCCATATTTTCTTAGGTATGATTTTTATTATTTTCTGAAATTCAGTTACTTATTGCTGATGTTAAAAAAATCCTTCTTGTGGGTCTTGATAACAATTGATGCAACACTTCTTATCCATCTGAGATTGCTTACTTCATTAACCAAATAATAAGCAATGGTTGTGATGAAGTTGCAGAGTCCCTCTCACCGGTCATTATCTCACATGATCAATTGGTCCTTCATCTTGTGGCCATTAATGGCATTACATAGCTTCTTAAAAGTTCCTCATCATCAATTAATATGTTTGATTGATAATTGATCCCACATGTTTTTTTTTAGTTCAACAATTGCGGGAGTGAGAGATCGAACCAACAACATTTGAGATGATAATAGGTGTCTTATCCACTAAACTATAATTGGATTGGTTCCACATGTGTTCTAAGTAAAATAGTTTATGTTTATTTATTTATAGGTTTGTGTATTATAATATGGGTTAAACTTTGATTATACGGTTCATTTTTGTATTCTCAAACATGTGTTAATATTGTTATTGAATAATACTAATGTGAATAGATGTGATACTGATTTCAGCAATAAATTTTTTAACATTGCCTATTAATTGCAGAGACCATTAATACTAATAGATTAATATACAAGGAGGAGAAGCAAGTGGGTTGGTTGGGCTTGATTGTTGGCCTAAATCAATGTCAAATTATCTTATCATTTGGCCAAACTTGACCAATCTATCTAACTCAAATCAACATACTAATGGTTTAGTCTATGAAATTGAACCGACCGACATGTATTGCTCAAATCAATCAAATTGATTCAATTTCGTCCATTTTATTCATTCACTCATATACAATGTTAAAATTAAAACTTTTAAAAATAGAGATAAAATTGACACAAACGTAAAACTATAAAATCGAAACTGAAAAAGAAGATTTATTACTAACAAACAAAAGAGATGGAATCTCTCTTGAATCAAAAGGTCAATAACTTTGAACTTAATCATGGTTTTCCACTAAAGATTTCGTTTCTTTTTTTTAGTTCAACAATTGTGGGTAGATATTGAACCATTAACTTTTAGGATGGTAATAGGTGACTTATCCACTAAGCTAGCTACCAAATATTTCTTTATGTTGACTTTCCAAAACAATAAAGTTGATCATATTTTTACCATTTTAGCCACTTACTTTGTTAGTCACAACACAATGGTAGACAGAAAAGTAAAGGGCTTTTTTTTTGAGGTCCAAAGAAAATGGTGGAAAGCCGAAAGCCAAAGCCAGTTGATTTTTTTTTTTCCAAAGTCCTTTTTCTAATTTTGTAACAATAAAGGACAAATGCCAAAAGCCAAAAAAGTAGGTTTGCTTCTTAATCAGCCATGAATTTGCCTAATTAACACCTTTTTCCCTTTTTGCCCCTTTTTTTTATTGTTGTTTCTCCCAAATACACCGTGGGGCTTTTTTGTAATTGCAAGAATCCACTTCCCGCCAAAAACTAAAGTTCTAATACACTTAAATCTAATTATCATTTTTAATATATATATTTTCCTAATATTATTTAATCTTTATTTTTATGCCAACAAATTTAAAATATGCATTAATTCATCACAAAACTAAGTAAATTTTATAAACAAATTTTTTTCTAGATATCTTGACATTACCTTTTATAACTATTTTCAAAAACTATTTTTGAAAGATTATTATAATGATTTACCCGTAATTTGATGCTTTATTTAAAATTTTACAAAATGAAAATGGTGAATTTATATGAAGATCATTTTAATGTTATGAAGTGACTTTCTTCATATGGGATGGAAATTATTTTTTTTCTAATGAAATTAATATTTTTTTTAACTATATTACATTATTAATAAAGGAAGATTATTCAACCTGACTTTTATTTATTTTCAAAGACTAACTAAAACTCTTTATATTGCGGAAAAAATTAGGGAAAAAAAACTTTTTTTTATATTTGGAAAAAATAGTTATGATTTGTATTTGTACTTGTATACCGGCCCTCGGTTACCTTAGTAGATAACGGGGCAGCGGGTCTTATTCTTCAGAGGCATTTCAACAACCATCGCGACGACGATAACGACACACCCAAAAGCTGCGTCCGCTAGATATTGCTTCGCTGGGCACGCATTCTGGGAAGTGGAAATTTTTCAATCTCTTTCGGAATTATAATTCAGCCGAGCCATCTCTCACGCTGTTCTTCTAGCTTCTTCCACCATTTTGTCAGCTTCGTTCACGTTGTGTTGATTATGGGAATTTGGGTTGATGGGTTCTCCGGCAGAGAGGCTGTTCTCGAATGGGTATTGCTTGGATGATTTGCAGGACCCGTCTGTCGGGGGCTGAGAGCCTTTTTGTTGGTGGGGTGTGGGTTTTGTTCTTTGATTGGATTTGGGTGCAGAGCTGCTTTCGATTGTGTAGAGTTAAAATTGGACGTTTACTAACGAATGGCTTCTGGTTGGTGTTGGTTGTTTCTGTGATGGAGATTGATTGGCTAGAGCTTGTGAAGGATATGCGGTCTCAAACTTCATATTTGATTCTGTTTAATCTCTCCGTCTGCTCGTTATGAGATCATTTATTTCTTCTAGGTTTAGGAGCTAATTTATACTGTTAATTCTTGCTGCCAAAAAATTTGAAGTTTGTTTCTTTCGTGTTTGAGGCCATTGGGCATAGTTCCTGGCTAATTTCACGGTGAGGGTGTCGCCCAGGTTCGCGTACTGAGCATTAAGTTAAAAATGGGAAACTTTATGCAGTTGTAGCTTCGTTTATTTTACGTGGAAGTGGGTTTTGCTAGTGTGGTTTACTAAATATAATGTTGGAAAGAAGTGGCTTACTATACTTGGATTTAGATTGATAGACATTATCATTTCTTGTGTCTGATTATGGGAGTTAAAACAAAAGCGAAGATTAGTATTGTGGAATTTGGCTAGAATCTTGGCTGTGGAAGGGAGGGCGCTGAAATGGACCTGTGGGTAGTTGCAACAGCCGCTGGTGCTGGATACTTAGCTAAGTATTGGCAGAAGCTATTGAAAGATGGGAATAGCTCATCTCAAATATCTTCTAGGAATTCTAGTTTTGAGGAAGTAGGATCTCCAGATCATCCCTTTCACCGAACAGCGCGAAGAAAGAAAGCAAGTGGAGATATTCTTGCTGGCGATGGAGAGGCTTTGAATGGGAGATCTTCTGTTATGAGTCAATTTAATGATACGTCTAACTTGAACGTGGCTTCTACTAGTGGTTTTGATTGTGAAAAGCTGGAAAATTTGGGAATTACCAGGACTATAATGGTCTTTCAATATCCAATTTGCCACTGGAAGTATCAATGAGTAATGACCTTCAAACATTTGGCCATAGAAGTAGTATAAACGGAAATATGGATGATAGTATGACTGATCAGCTACCTTGTTCATCTTCTAGAGAACTGAATTGTTTTCAGCCTACTGTGAGGAAAATAGGTTCTCTTAGACATAAACATTCATATGGGAGATTTATTAGACCTCTTAGTTCATTAGAAAGCTGTGTAATGTCTCATCTCTACAAGGAACATATTGAAATGGAAGAGTACATCCTACATTCCCTTCAATCGCCACACAAATCAACTATGAGGCAGTTTATTGTAAATGATGGAACCCGGATAGTCAGCAGGGGAGTTAGAGACTCTTTTAGTGTTAAGGTTGATATGGATGAAAGTTACTTCCATAAAGGGCTATTTATTGAAAAGAACAGAAATGTGTATGGGGTACCTTTGCTTCCAAAAATACAGTCTTTGAAGACCTCTGAGATGATAAACATCAAGCGGGAAGGAGACAAGGTGGAGCGAGAATCGCCAGTCAAATGCATAATGAGAAGTTCTTCCATGCAAAAGGTGAATATTTAATTAAATTTTTGCTTAATTAAATCTAATTTCATTTTCTGTCAAAGAGTAAACCAAGAGACTCAGAAATAAAATTGTTAGAACTTTAAGAATTATAATAACCTTATATCTATTCTTGAGCTCATAATTCTTTAAGATTCTAAGATCGCTTCTTTCTTTCTTTATTTTTTCTCCTCAGTTTAGGTCATTTTGAGTCTGGGCCAGCTTTTGTTTGTTGGGGGAGGGGGCTTCTGATCTCTGTTCTGGAGTGTAAACCTTGAAGTCTTAAAAATTTTATAGCAGATTGTTCTGACCTATGTGATGTTATTCTGATCCAAGTATAGTCAATTGGTATTTTATTTGTAAAGTTATTGATTATTTGGAATAACCTCTGTTTGGAAGTAGCATTTTGAGGTGCTTCTCAATAGAATACTAGAAGATAGGTGTCCATAAAATGAGTAACTTATAAATTATAATCAGATTTACCAAATCTCTTCTTTAGTTGAAGTCATTCAAAAATTTACTTTAGAAAAGGCCAAAATCAATGCTTAAAGGGTCCTGGTCTATGCTTATACTCTGAATCTTCTCTGAGGGAATTTGACACTTAGTTGTAGCACAATATGTTCTGCTAAAACTTGGTTGGTCTAAATGGTCTATATGCTGATTTCTGTTTTCCATATGCAAGATGGGGATTTTCTTTTCTCTACTAGGAGGATTCAATTTCAGTCTGATTTGAGTATATTTGTTTCCCATTCACATTATGTACTCAGTTCTAGTTGATAAAATTGATCCTAGAGAGAGGCAGAGTGGGGGAGGAAGAGAACATTGGTGTTTTATTCTCATTTGGTTTAGGCTAGGTATTCATCATCAGTGTGCTAAATTGTTGCCATTTCACGAATTGTGCCTAAATTTACTTTTTATTATGGTCACCAGATCGGATGATTCTATTCTGTCTTGGGATTTCCATCGGCTTAATATCATCTTTCATGACAAATAAGCATGAAATAGACAAGCTCAAAGAGTCATTAAAGCATACTGAGAACTTGGTCCAAGATCTACAAGAGGAACTTGAGATGAAGGATTCTCTGACAGTGAAGGAGCTTTCAAATGAGAATTGTGAATCACAAGGCATATCTGAGAATTCTTTCTACAGTGGGAAAGAACAGAATCTCAACCCTTCAGCTAAATTTGACGATGAGGAATTATTTGAACAGAATGCTGAAGAGAGTTCGGAATCTCTGAGTAAAATTGAAGCCGAGCTTGAAGCAGAACTTCAGAGGTTGGGACTAAATATAGATGCATCGAGTACAGATAGAGGATTTTCTGATCTTCCTGAGGTAATATTGTCTGTTTATTACAGCATTGGGCATGTGATTGAACAAAAACTTGATGGCATTTCTTATTGTACTTTTCTTCTTTCTGTATTTACACATACATATGGTTTCATTATTTCTCTGCAATGTTAATTTTCTTTTCCAAATTTAAGCATCTAATTCAGATTTGTTCTAGTGGATATTCCCAGTCCCTTGAAGTACGCAGTGGTTTATCTTGTTCTTTTGAATATATGTTCTTTCTCTAGAACTCAAAATGTTCGACTGTGCTGTATAGTCGACATTTATGTTTCTTCTGATTCTTGCGGGGGCTAGAAGAGAAGGTATTTAAATGTTATTATTGAAGTCCTTGGTAACTGTATCTTGGTTTGGCTTGATGTTTTGGTTTTGCTTATATTTATGGTTTGGTCCTTAATACACAAATTATAAAGTATAAATATCAGATGTCAGTTACACATAAAACTTGCCACTGCACAGTTTAGTTATGGATCACATTGAAGAGGGTATGCAATGTACACGTAAAGATTGGTCGACATGGTATGTTTAGAGCCACGAAGGAGGAAGAGGAATTGTTCACTTTTCACCTACTTGTTTCTTGAAAAAGAATAATAACAATGATAATAAAAGTAGTGCTACTCTCACTGTTTTGTGTTGATATGGAGCAATTTCTTTTTGCAGCTTGATCCAGAATTTACAGGAGATTTCTCTGAAGGTGAGTTGAGAGCTGCCATGATCAGTGAGCTAAGTGCTACTCAGCTTCAGCAAAATCAAGATGCAAGTGAGATTACTTGCTCGGGTAACTACACAGTTTCACCTTGGGAGCTTGGCATGCGACTACATGAGGTTATCCAGTCAAGACTTGAAGCGCGTGTGAGGGAGCTCGAAACGGCCCTTGAGAACAGCAAGAGGAAACTTCAGTGCATTGAATCCAAGCAGATTGGTTCTTGGAATGAATTCGCGCAAAGTGAATTGCTGTACTCGTCTAGTGAAGAAAGTCTAAGTGCTCAACCTCTTGTTATGAATTTATCAGGAGAAGCTCTGGACGCCTACAATGAGGCTTATAATGAGTTGACCAATATGGATGACTCTGAAGAAGAGCTGATGAATTCACCATCAGCAGTTGGTGAAAATAAGCATCAACAAAGCCACGCCACCGCTAATGGTCATCCATTTGCAATCGAGAATGGGAGGACAAATGGATCAACAAGCCTCGGTCTTACAACGGTTGAGGAGAAAATGAATCGGGAAGATCCTCATAACAAGATTGGCACAATGGAAAGACATTTCTTGTTGGGTCAGCAATCAAATGATGTAGATGGCAGTGGGATGAAAGCAGTGATTATGATGATGAGATGGAGAGGCGGTTGA ATGGAAAGTTTGTTGAGTGCGCGAATCACACCACTACCTACTCATTATAGGGAAATTTACTCTTCTTTTCGCCCCACGTTGTTCCTGCAAATTACTAGAAGATTGGATAAAGGTTCAATGGAGATGGGGAGAAGTCGCATGTCATTCAATCCAATTGCCGCGTCAGTTCAGCCATTAGAAGGCCCTACACGCTTTCACTTCAACAACACATCGCCATCCAAAGAGGTGCTTGAGCTGTGGAAAAGTGCAAATGCAGTATGCTTTGATGTTGATAGCACAGTTTGTGTAGATGAAGGCATTGATGAATTAGCAGATTTTTGTGGAGCTGGAGAGGCTGTTGCAGAATGGACAGCTAGGGCAATGGGTGGTTCTGTACCTTTTGAGGATGCTTTGGCTGCCAGACTATCTTTGTTTAACCCTTCACTTTCCCAAGTTGAGGAATTTCTCACCAAGAGACCTCCAAGGCTGTCTCCAGGTATAGATGAGTTAGTAAAAAAGCTAAAGGCTGATAACATCGACGTATATCTGATTTCCGGAGGCTTTCGTCAAATGATCAATCCTGTTGCATCAATTCTTGGGATTCCACATGAGAATATTTTTGCCAATCAATTGCTTTTCGGAAGCTTTGGTGAATTTATCGGGTTCGACAAAAATGAGCCTACTTCAAGGAGCGGGGGGAAAGCAACTGCAGTGCAACAACTAAGGAAGGCTCATGGATACAAGACGTTGGTCATGACGGGGGATGGAGCGACTGATCTTGAGGCCCGTAAACCGGGAGGTGCTGACTTGTTTATTTGTTATGCTGGCGTTCAACTTCGAGAAAACGTCGCCGCTAAAGCTGACTGGCTGCCGAGCCATCTCTCACGCTGTTCTTCTAGCTTCTTCCACCATTTTGTCAGCTTCGTTCACGTTGTGTTGATTATGGGAATTTGGGTTGATGGGTTCTCCGGCAGAGAGGCTGTTCTCGAATGGAGCTGCTTTCGATTGTGTAGAGTTAAAATTGGACGTTTACTAACGAATGGCTTCTGGTTGGTGTTGGTTGTTTCTGTGATGGAGATTGATTGGCTAGAGCTTGTGAAGGATATGCGGTCTCAAACTTCATATTTGATTCTGTTTAATCTCTCCGTCTGCTCGGAGGGCGCTGAAATGGACCTGTGGGTAGTTGCAACAGCCGCTGGTGCTGGATACTTAGCTAAGTATTGGCAGAAGCTATTGAAAGATGGGAATAGCTCATCTCAAATATCTTCTAGGAATTCTAGTTTTGAGGAAGTAGGATCTCCAGATCATCCCTTTCACCGAACAGCGCGAAGAAAGAAAGCAAGTGGAGATATTCTTGCTGGCGATGGAGAGGCTTTGAATGGGAGATCTTCTGTTATGAGTCAATTTAATGATACGTCTAACTTGAACGTGGCTTCTACTAGTGGTTTTGATTGTGAAAAGCTGGAAAATTTGGGAATTACCAGGACTATAATGCTACCTTGTTCATCTTCTAGAGAACTGAATTGTTTTCAGCCTACTGTGAGGAAAATAGGTTCTCTTAGACATAAACATTCATATGGGAGATTTATTAGACCTCTTAGTTCATTAGAAAGCTGTGTAATGTCTCATCTCTACAAGGAACATATTGAAATGGAAGAGTACATCCTACATTCCCTTCAATCGCCACACAAATCAACTATGAGGCAGTTTATTGTAAATGATGGAACCCGGATAGTCAGCAGGGGAGTTAGAGACTCTTTTAGTGTTAAGGTTGATATGGATGAAAGTTACTTCCATAAAGGGCTATTTATTGAAAAGAACAGAAATGTGTATGGGGTACCTTTGCTTCCAAAAATACAGTCTTTGAAGACCTCTGAGATGATAAACATCAAGCGGGAAGGAGACAAGGTGGAGCGAGAATCGCCAGTCAAATGCATAATGAGAAGTTCTTCCATGCAAAAGCATGAAATAGACAAGCTCAAAGAGTCATTAAAGCATACTGAGAACTTGGTCCAAGATCTACAAGAGGAACTTGAGATGAAGGATTCTCTGACAGTGAAGGAGCTTTCAAATGAGAATTGTGAATCACAAGGCATATCTGAGAATTCTTTCTACAGTGGGAAAGAACAGAATCTCAACCCTTCAGCTAAATTTGACGATGAGGAATTATTTGAACAGAATGCTGAAGAGAGTTCGGAATCTCTGAGTAAAATTGAAGCCGAGCTTGAAGCAGAACTTCAGAGGTTGGGACTAAATATAGATGCATCGAGTACAGATAGAGGATTTTCTGATCTTCCTGAGCTTGATCCAGAATTTACAGGAGATTTCTCTGAAGGTGAGTTGAGAGCTGCCATGATCAGTGAGCTAAGTGCTACTCAGCTTCAGCAAAATCAAGATGCAAGTGAGATTACTTGCTCGGGTAACTACACAGTTTCACCTTGGGAGCTTGGCATGCGACTACATGAGGTTATCCAGTCAAGACTTGAAGCGCGTGTGAGGGAGCTCGAAACGGCCCTTGAGAACAGCAAGAGGAAACTTCAGTGCATTGAATCCAAGCAGATTGGTTCTTGGAATGAATTCGCGCAAAGTGAATTGCTGTACTCGTCTAGTGAAGAAAGTCTAAGTGCTCAACCTCTTGTTATGAATTTATCAGGAGAAGCTCTGGACGCCTACAATGAGGCTTATAATGAGTTGACCAATATGGATGACTCTGAAGAAGAGCTGATGAATTCACCATCAGCAGTTGGTGAAAATAAGCATCAACAAAGCCACGCCACCGCTAATGGTCATCCATTTGCAATCGAGAATGGGAGGACAAATGGATCAACAAGCCTCGGTCTTACAACGGTTGAGGAGAAAATGAATCGGGAAGATCCTCATAACAAGATTGGCACAATGGAAAGACATTTCTTGTTGGGTCAGCAATCAAATGATGTAGATGGCAGTGGGATGAAAGCAGTGATTATGATGATGAGATGGAGAGGCGGTTGA ATGGAAAGTTTGTTGAGTGCGCGAATCACACCACTACCTACTCATTATAGGGAAATTTACTCTTCTTTTCGCCCCACGTTGTTCCTGCAAATTACTAGAAGATTGGATAAAGGTTCAATGGAGATGGGGAGAAGTCGCATGTCATTCAATCCAATTGCCGCGTCAGTTCAGCCATTAGAAGGCCCTACACGCTTTCACTTCAACAACACATCGCCATCCAAAGAGGTGCTTGAGCTGTGGAAAAGTGCAAATGCAGTATGCTTTGATGTTGATAGCACAGTTTGTGTAGATGAAGGCATTGATGAATTAGCAGATTTTTGTGGAGCTGGAGAGGCTGTTGCAGAATGGACAGCTAGGGCAATGGGTGGTTCTGTACCTTTTGAGGATGCTTTGGCTGCCAGACTATCTTTGTTTAACCCTTCACTTTCCCAAGTTGAGGAATTTCTCACCAAGAGACCTCCAAGGCTGTCTCCAGGTATAGATGAGTTAGTAAAAAAGCTAAAGGCTGATAACATCGACGTATATCTGATTTCCGGAGGCTTTCGTCAAATGATCAATCCTGTTGCATCAATTCTTGGGATTCCACATGAGAATATTTTTGCCAATCAATTGCTTTTCGGAAGCTTTGGTGAATTTATCGGGTTCGACAAAAATGAGCCTACTTCAAGGAGCGGGGGGAAAGCAACTGCAGTGCAACAACTAAGGAAGGCTCATGGATACAAGACGTTGGTCATGACGGGGGATGGAGCGACTGATCTTGAGGCCCGTAAACCGGGAGGTGCTGACTTGTTTATTTGTTATGCTGGCGTTCAACTTCGAGAAAACGTCGCCGCTAAAGCTGACTGGCTGCCGAGCCATCTCTCACGCTGTTCTTCTAGCTTCTTCCACCATTTTGTCAGCTTCGTTCACGTTGTGTTGATTATGGGAATTTGGGTTGATGGGTTCTCCGGCAGAGAGGCTGTTCTCGAATGGAGCTGCTTTCGATTGTGTAGAGTTAAAATTGGACGTTTACTAACGAATGGCTTCTGGTTGGTGTTGGTTGTTTCTGTGATGGAGATTGATTGGCTAGAGCTTGTGAAGGATATGCGGTCTCAAACTTCATATTTGATTCTGTTTAATCTCTCCGTCTGCTCGGAGGGCGCTGAAATGGACCTGTGGGTAGTTGCAACAGCCGCTGGTGCTGGATACTTAGCTAAGTATTGGCAGAAGCTATTGAAAGATGGGAATAGCTCATCTCAAATATCTTCTAGGAATTCTAGTTTTGAGGAAGTAGGATCTCCAGATCATCCCTTTCACCGAACAGCGCGAAGAAAGAAAGCAAGTGGAGATATTCTTGCTGGCGATGGAGAGGCTTTGAATGGGAGATCTTCTGTTATGAGTCAATTTAATGATACGTCTAACTTGAACGTGGCTTCTACTAGTGGTTTTGATTGTGAAAAGCTGGAAAATTTGGGAATTACCAGGACTATAATGCTACCTTGTTCATCTTCTAGAGAACTGAATTGTTTTCAGCCTACTGTGAGGAAAATAGGTTCTCTTAGACATAAACATTCATATGGGAGATTTATTAGACCTCTTAGTTCATTAGAAAGCTGTGTAATGTCTCATCTCTACAAGGAACATATTGAAATGGAAGAGTACATCCTACATTCCCTTCAATCGCCACACAAATCAACTATGAGGCAGTTTATTGTAAATGATGGAACCCGGATAGTCAGCAGGGGAGTTAGAGACTCTTTTAGTGTTAAGGTTGATATGGATGAAAGTTACTTCCATAAAGGGCTATTTATTGAAAAGAACAGAAATGTGTATGGGGTACCTTTGCTTCCAAAAATACAGTCTTTGAAGACCTCTGAGATGATAAACATCAAGCGGGAAGGAGACAAGGTGGAGCGAGAATCGCCAGTCAAATGCATAATGAGAAGTTCTTCCATGCAAAAGCATGAAATAGACAAGCTCAAAGAGTCATTAAAGCATACTGAGAACTTGGTCCAAGATCTACAAGAGGAACTTGAGATGAAGGATTCTCTGACAGTGAAGGAGCTTTCAAATGAGAATTGTGAATCACAAGGCATATCTGAGAATTCTTTCTACAGTGGGAAAGAACAGAATCTCAACCCTTCAGCTAAATTTGACGATGAGGAATTATTTGAACAGAATGCTGAAGAGAGTTCGGAATCTCTGAGTAAAATTGAAGCCGAGCTTGAAGCAGAACTTCAGAGGTTGGGACTAAATATAGATGCATCGAGTACAGATAGAGGATTTTCTGATCTTCCTGAGCTTGATCCAGAATTTACAGGAGATTTCTCTGAAGGTGAGTTGAGAGCTGCCATGATCAGTGAGCTAAGTGCTACTCAGCTTCAGCAAAATCAAGATGCAAGTGAGATTACTTGCTCGGGTAACTACACAGTTTCACCTTGGGAGCTTGGCATGCGACTACATGAGGTTATCCAGTCAAGACTTGAAGCGCGTGTGAGGGAGCTCGAAACGGCCCTTGAGAACAGCAAGAGGAAACTTCAGTGCATTGAATCCAAGCAGATTGGTTCTTGGAATGAATTCGCGCAAAGTGAATTGCTGTACTCGTCTAGTGAAGAAAGTCTAAGTGCTCAACCTCTTGTTATGAATTTATCAGGAGAAGCTCTGGACGCCTACAATGAGGCTTATAATGAGTTGACCAATATGGATGACTCTGAAGAAGAGCTGATGAATTCACCATCAGCAGTTGGTGAAAATAAGCATCAACAAAGCCACGCCACCGCTAATGGTCATCCATTTGCAATCGAGAATGGGAGGACAAATGGATCAACAAGCCTCGGTCTTACAACGGTTGAGGAGAAAATGAATCGGGAAGATCCTCATAACAAGATTGGCACAATGGAAAGACATTTCTTGTTGGGTCAGCAATCAAATGATGTAGATGGCAGTGGGATGAAAGCAGTGATTATGATGATGAGATGGAGAGGCGGTTGA MESLLSARITPLPTHYREIYSSFRPTLFLQITRRLDKGSMEMGRSRMSFNPIAASVQPLEGPTRFHFNNTSPSKEVLELWKSANAVCFDVDSTVCVDEGIDELADFCGAGEAVAEWTARAMGGSVPFEDALAARLSLFNPSLSQVEEFLTKRPPRLSPGIDELVKKLKADNIDVYLISGGFRQMINPVASILGIPHENIFANQLLFGSFGEFIGFDKNEPTSRSGGKATAVQQLRKAHGYKTLVMTGDGATDLEARKPGGADLFICYAGVQLRENVAAKADWLPSHLSRCSSSFFHHFVSFVHVVLIMGIWVDGFSGREAVLEWSCFRLCRVKIGRLLTNGFWLVLVVSVMEIDWLELVKDMRSQTSYLILFNLSVCSEGAEMDLWVVATAAGAGYLAKYWQKLLKDGNSSSQISSRNSSFEEVGSPDHPFHRTARRKKASGDILAGDGEALNGRSSVMSQFNDTSNLNVASTSGFDCEKLENLGITRTIMLPCSSSRELNCFQPTVRKIGSLRHKHSYGRFIRPLSSLESCVMSHLYKEHIEMEEYILHSLQSPHKSTMRQFIVNDGTRIVSRGVRDSFSVKVDMDESYFHKGLFIEKNRNVYGVPLLPKIQSLKTSEMINIKREGDKVERESPVKCIMRSSSMQKHEIDKLKESLKHTENLVQDLQEELEMKDSLTVKELSNENCESQGISENSFYSGKEQNLNPSAKFDDEELFEQNAEESSESLSKIEAELEAELQRLGLNIDASSTDRGFSDLPELDPEFTGDFSEGELRAAMISELSATQLQQNQDASEITCSGNYTVSPWELGMRLHEVIQSRLEARVRELETALENSKRKLQCIESKQIGSWNEFAQSELLYSSSEESLSAQPLVMNLSGEALDAYNEAYNELTNMDDSEEELMNSPSAVGENKHQQSHATANGHPFAIENGRTNGSTSLGLTTVEEKMNREDPHNKIGTMERHFLLGQQSNDVDGSGMKAVIMMMRWRGG Homology
BLAST of Sgr026907 vs. NCBI nr
Match: XP_022134611.1 (uncharacterized protein LOC111006838 [Momordica charantia]) HSP 1 Score: 830.9 bits (2145), Expect = 1.2e-236 Identity = 468/652 (71.78%), Postives = 505/652 (77.45%), Query Frame = 0
BLAST of Sgr026907 vs. NCBI nr
Match: XP_008453277.1 (PREDICTED: uncharacterized protein LOC103494044 [Cucumis melo] >XP_016901432.1 PREDICTED: uncharacterized protein LOC103494044 [Cucumis melo] >XP_016901433.1 PREDICTED: uncharacterized protein LOC103494044 [Cucumis melo] >XP_016901434.1 PREDICTED: uncharacterized protein LOC103494044 [Cucumis melo] >KAA0057994.1 pericentriolar material 1 protein [Cucumis melo var. makuwa]) HSP 1 Score: 758.4 bits (1957), Expect = 7.5e-215 Identity = 431/653 (66.00%), Postives = 489/653 (74.89%), Query Frame = 0
BLAST of Sgr026907 vs. NCBI nr
Match: XP_038878731.1 (uncharacterized protein LOC120070906 [Benincasa hispida]) HSP 1 Score: 752.3 bits (1941), Expect = 5.3e-213 Identity = 436/652 (66.87%), Postives = 496/652 (76.07%), Query Frame = 0
BLAST of Sgr026907 vs. NCBI nr
Match: XP_004138319.1 (uncharacterized protein LOC101218206 [Cucumis sativus] >KGN63728.1 hypothetical protein Csa_013903 [Cucumis sativus]) HSP 1 Score: 744.6 bits (1921), Expect = 1.1e-210 Identity = 427/653 (65.39%), Postives = 489/653 (74.89%), Query Frame = 0
BLAST of Sgr026907 vs. NCBI nr
Match: KAG7023295.1 (hypothetical protein SDJN02_14320, partial [Cucurbita argyrosperma subsp. argyrosperma]) HSP 1 Score: 723.4 bits (1866), Expect = 2.7e-204 Identity = 443/734 (60.35%), Postives = 503/734 (68.53%), Query Frame = 0
BLAST of Sgr026907 vs. ExPASy Swiss-Prot
Match: O82796 (Phosphoserine phosphatase, chloroplastic OS=Arabidopsis thaliana OX=3702 GN=PSP PE=1 SV=2) HSP 1 Score: 402.9 bits (1034), Expect = 1.0e-110 Identity = 202/283 (71.38%), Postives = 231/283 (81.63%), Query Frame = 0
BLAST of Sgr026907 vs. ExPASy Swiss-Prot
Match: Q2KHU0 (Phosphoserine phosphatase OS=Bos taurus OX=9913 GN=PSPH PE=2 SV=1) HSP 1 Score: 218.0 bits (554), Expect = 4.8e-55 Identity = 109/208 (52.40%), Postives = 145/208 (69.71%), Query Frame = 0
BLAST of Sgr026907 vs. ExPASy Swiss-Prot
Match: Q99LS3 (Phosphoserine phosphatase OS=Mus musculus OX=10090 GN=Psph PE=1 SV=1) HSP 1 Score: 215.7 bits (548), Expect = 2.4e-54 Identity = 108/208 (51.92%), Postives = 145/208 (69.71%), Query Frame = 0
BLAST of Sgr026907 vs. ExPASy Swiss-Prot
Match: Q5M819 (Phosphoserine phosphatase OS=Rattus norvegicus OX=10116 GN=Psph PE=2 SV=1) HSP 1 Score: 215.3 bits (547), Expect = 3.1e-54 Identity = 108/208 (51.92%), Postives = 144/208 (69.23%), Query Frame = 0
BLAST of Sgr026907 vs. ExPASy Swiss-Prot
Match: P78330 (Phosphoserine phosphatase OS=Homo sapiens OX=9606 GN=PSPH PE=1 SV=2) HSP 1 Score: 214.9 bits (546), Expect = 4.0e-54 Identity = 107/208 (51.44%), Postives = 145/208 (69.71%), Query Frame = 0
BLAST of Sgr026907 vs. ExPASy TrEMBL
Match: A0A6J1BYA4 (uncharacterized protein LOC111006838 OS=Momordica charantia OX=3673 GN=LOC111006838 PE=4 SV=1) HSP 1 Score: 830.9 bits (2145), Expect = 5.7e-237 Identity = 468/652 (71.78%), Postives = 505/652 (77.45%), Query Frame = 0
BLAST of Sgr026907 vs. ExPASy TrEMBL
Match: A0A1S4DZK9 (uncharacterized protein LOC103494044 OS=Cucumis melo OX=3656 GN=LOC103494044 PE=4 SV=1) HSP 1 Score: 758.4 bits (1957), Expect = 3.6e-215 Identity = 431/653 (66.00%), Postives = 489/653 (74.89%), Query Frame = 0
BLAST of Sgr026907 vs. ExPASy TrEMBL
Match: A0A5A7US48 (Pericentriolar material 1 protein OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold274G002980 PE=4 SV=1) HSP 1 Score: 758.4 bits (1957), Expect = 3.6e-215 Identity = 431/653 (66.00%), Postives = 489/653 (74.89%), Query Frame = 0
BLAST of Sgr026907 vs. ExPASy TrEMBL
Match: A0A0A0LPJ2 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_1G013760 PE=4 SV=1) HSP 1 Score: 744.6 bits (1921), Expect = 5.4e-211 Identity = 427/653 (65.39%), Postives = 489/653 (74.89%), Query Frame = 0
BLAST of Sgr026907 vs. ExPASy TrEMBL
Match: A0A6J1I417 (uncharacterized protein LOC111470386 isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC111470386 PE=4 SV=1) HSP 1 Score: 692.2 bits (1785), Expect = 3.2e-195 Identity = 416/653 (63.71%), Postives = 465/653 (71.21%), Query Frame = 0
BLAST of Sgr026907 vs. TAIR 10
Match: AT1G18640.2 (3-phosphoserine phosphatase ) HSP 1 Score: 402.9 bits (1034), Expect = 7.4e-112 Identity = 202/283 (71.38%), Postives = 231/283 (81.63%), Query Frame = 0
BLAST of Sgr026907 vs. TAIR 10
Match: AT5G61040.1 (unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT5G08010.1); Has 1807 Blast hits to 1807 proteins in 277 species: Archae - 0; Bacteria - 0; Metazoa - 736; Fungi - 347; Plants - 385; Viruses - 0; Other Eukaryotes - 339 (source: NCBI BLink). ) HSP 1 Score: 228.0 bits (580), Expect = 3.3e-59 Identity = 194/571 (33.98%), Postives = 295/571 (51.66%), Query Frame = 0
BLAST of Sgr026907 vs. TAIR 10
Match: AT5G08010.1 (unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT5G61040.1); Has 5732 Blast hits to 4319 proteins in 440 species: Archae - 66; Bacteria - 397; Metazoa - 2437; Fungi - 292; Plants - 238; Viruses - 35; Other Eukaryotes - 2267 (source: NCBI BLink). ) HSP 1 Score: 157.5 bits (397), Expect = 5.4e-38 Identity = 174/628 (27.71%), Postives = 283/628 (45.06%), 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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