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Sgr023806 (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.ATGTCGGGCATGGGAGATGGGTACGTGGGCACTGCCCAAGACGCCGTCAGGATTCGAAGACTCGAGAAGCAAAGAGAAGCGGAGCGCCGGAAAATCCAGGAGCTCAAGGCGAAGACTGCCTCCGCCAAAGGCCAGCCCGGTCTCCTTCAATTTGGCTCCAGCACCTCCGAGGTCCGTATTCGATAGCCATCTCTACGGCTGCTTTCAAAACTTTAAGAGTTTCCATCTGTAATTCTTAAGTCGGTGTATCTTCAGTTCGATTTTTAAAGGATAGAAGGGCAGAAAAATGATGAACCACAGTAAAATATGTTTTGTCAATTGTATCGTTATCGCCATTTTTTAATCCATTGTACATCTTGTTCGACTCTCATGATCTGCCAAACAGTTTATCTGGAAGGGTATATTTTGTCCCCAATTATTTGAACTTTATGTTTAATTTTTGTTTTTGGTATTTCAGATTCTCGAGACAGCGTTCAAGAAGGAAACTGTTGGTTTGGTGACGAGAGAAGAGTATGTTGAGAAGGTAAAGAAAGAAAATATGAAATAAAAACTTTTCTTTTTACTGCTAATAGAAGCATATGGCACATGATTAAATTATAATCCGTTTTTTCTCGTGTGATACAACTGTAGAGGGTGAACATTCGAAACAAAATTGAAGAGGAGGAGAAGGAGAAACTTCAAAAGCTACAACAAGAGTGAGTTCTGTTTTGTCTCATGGCGTTCTTCTACTGGAAAAACTTGTGCTGCCTTCCCTTCATTGTTTTTATTTCCTTGTGCTCAGGGAAGAAGAACTCCAATTGCAAAAACGCAGGAAAAGGAAAATTAGGGGGAATTCACGTCTGTCTTTTTCTGATGATTTTGAGAATGGAAGCGACGAGGATGATGAAAATAGTAAGCGTTTCTTGCCGTATCTGAAATAGTTTGGTATTACAGAATTTTCATGTAAAATCAGCTGTGCTCAATATACTTCATTTTAGTATGATGAGGATTTGTTGTATAAATCTTATACCATTTTGGCCTTATAGTTTGAAGGAAATTAACTTCCAATATTGCTTTTATGCCAATGCTACAATGTTATTAGCCATCATGGATATCTTTTCCACGTGCTGTATTTGAGATCAGGCAGCCTCTGTTATTCACTAAGACAAAGTGCCAAACTATTGTTGAATAATTATTGCAGAAGCTCTAATAGTATGTACCTGAACATGATATATAACAAGCAAGAGAGGCGAAAGAAAGAATGTTTTCAAAGGCATTTTGAGGAGTTGTAAAATTATTGCTCTTTGATTCTTGAAAGAATTAAAATCTAAATTTTTTCTGAGTTTCTACACTTGATTGAAGGCCAGATCCATTATGTACTTGGGACATTTTTCCCATTGAAATGAACTAGAATATGCTTTTCCACATATTCATTCTGTGTCTAATGCCACTAGGTGAAGGGATTATTTGGAAGTATTAGTGCCAAGTTTTTATCAGTTGCATCACACAAATAGGTACAATTACGGACTATGATTTTTTTTTCCTTCTGAACCTGACCCTATTATTATTGCAATTAGGTATTTGGTCCTGTAATGTTTGCATGTTTTATGTTTGCACATTATGAAAAATGTTGGTCAGAAGAGAATCTAGCCATTTCCTTCTTCCTATCCCTTAATAATATAAGCTTGTGCTTATGATTCATAGAAAATTTAGAGCCAAGGAAGCTTGGGCGTGGTAAACTGGGCAAAGATCCTACAGTGGAGACTAGCTTTTTGCCTGATAGGTGTGGCATTTTTCTTTCTTTCATCCTCCTACATCTTTTATATTTTTTGGGACTAACGTTTTAGCTTAGGGGGGTTGAGGATTCGATTACAGTGAGCGAGAAGCCGAGGAGCAAGCTGAGCGTGAAAGGCTAAAGAAACAGTGGCTTCGTGAGCAGGAACAAATTCGAAGTAATTTTATATTTGGGCCCTCTATAGATTTCATGGTGGCATATTAGATGATATGATCCTTAAGGAAATGATTAAATCTCTCCCTTGTGTTTTAGATGAACCTCTTGAAATCACTTATAGTTATTGGGATGGAGCAGGTCATAGGCGAGTCATTCAGGTTAGTAATGATTATTTAATTTCAAACAATTTTGTTTTCTTCCGCTTCCTGAGCTCTACTTTTTAACCTCATAGTTTGTTTTTTTTTCTTATTCAACCTTCCATCAAATAGGCACGTAAAGGTGATACAATTGGAGAGTTTCTTAGGGCTGTACAGCAGCAACTTGCCCCTGAGTTTCGGGAGATTAGGACTACCTCGGTGGAGAATTTGCTATATGTGAAAGAGGATCTTATAATACCCCATGTAATGTAACTTTAAAAAATTGTTGGATTTTATTCTGGTTTTTGCTTCTGGTGAGTGTGCTCAGTTATTTATTGTATTATGCAGCAACATAGCTTCTATGAGCTTATTGTGAACAAAGCTAGGGGCAAAAGTGGTCCGGTAAGTCTTTTTTATGTAATTTAAAAAAAAATTCATTCTTGTCCAATTGATGCAAAAAGAGTTCATATTTCTGATGTTCAAGTGTCTGCAAGATGTAATAATCTAAGAGTTTGCTATTTGCATTTTTTTTAATTTGAATTTCAGGTATATTGATACACCCTATTGTAAAACAACTTTGTTACATTGTTATTTAGCTATCAATCTTTTGTTTTCATGTATTTGCAATTATTTTCATCATTATCATTTTAATGAAGGTTAGAGAAAATTTTGGCTTGTTGATAGTTAGAGGCTTAGAGCTTTTAATTTTGCTGGGCTGATAAATTTGTTTGATCTGATGTGACCACAAAACTGACTTTTTCGTTTTCACCTTGGAAATATATGCGACGAGTCATGAGTGACATTAAATTCTTTTCTTTTTTAAGCCTGTTACACCTTAGAAGTGTCTTGCGCCATGTAAACTCATATCTTCTTAGTAAATTTGAGGATACTTATTGTAGCATTTATATTTTGATGATGCTCAGCTTTTCCACTTTGACGTGCATGAGGATGTCCGGACAATTGCTGATGCAACAATAGAGAAGGATGAGGTATATTTTCAAATATAATTTTCTCGGATGTTAGGAATGTGTACTGGTTATGATTACTTGACAATGCAAGTTTAGTGAGGTGGTGGAAGCAGAGAGTATCTTTATGTGCTTTAGAGATGACTCTTGTGTACAAATCATGCGCATCTTAGTGCTGTTTAAATGTACAGCCCCTAGTATTTGTTTTACAACAATATCGAATCATCTGAGCAAATTCCAGTGTGATTTAGTGAGCTGATCCTTCTACCTCAGTGGACATACTTTTAGATGCTAGAAACCTCCAAATTTATGAGCTCTAGCTGTGGGATGTTCTACCTTCCCTTTGTGTGCTCACCACAGGCCCTTGTACATATTTTATCAGATAAATAGTATTTTGTTTCTTATGGGAGGATTTGATAATAAGTAGTTGATTTAATTTACTTTTCCTCTCCTTTGTAAGGTTGGATCAAACTCATGTTGCAACTTGAAAATCAAAGGTTAACTTAATAATTTTAATGTAAAAGCATCTAGCAAGAAGTATGAACTTAGTCTTAAAAGTTCTGTTGATGCGGAACAGAAGATGCCTCTTTGCAAGTTATGTTCTTGATGATCCTATTATTTTCATTTTGTAAATTCATCATTTTTTTTTGGGTAGTCTCACGCTGGGAAAGTTGTTGAGAGGCACTGGTATGAAAAGAATAAGCATATCTTTCCTGCTTCAAGATGGGAGGTGAGTTATCTTCTCTCTGGCTCTGCTTGTGAGCATAGTCATTTATTTATTTTGCTTAGGTGGTCCTTGCATTGCACACGTGCCATTTTGTTTACTATCGTGCACGGTTTTGAACCCTCTCCTCTCATGTGTTCACTGTTGTAAAAATGGCTGGCAGTCATCTCGCTGCCCTTCAAACTTTAATCCTCTGATATACTTTTCCTTCTTTATTATTTGTCGCAGATATATGATCCAACAAAGAAATGGGAGCGGTATACTATCCATGGGGATTGATACAGTGAGATGAAGCAGTATGATTTATGCCTTGAATCCTCGGTTAAAGTTTTTCTTACCTCTGTTTTTGTACACGCAATTATGTTAGAAAGTTAGATGGACTTTGAAGGAATTCAAAACTAACCGGGAGACGATATGATGTATCTTTACCATCTGTCTTCTGCGTGTTGTGAAGGAATGCATTGTGTTATTTAAGCATTTAGCCTATAGGATTGAGATATCATATTGTCCTGATACTTGGCTTTCGAAATTCTGCTTGGCCATCGTTGGTATTGGAGGTGATAGAAATTAGATTGGCATGTTGCAGAAACTTGTTTAGGTGGAATGAGCTCTTCCCCCCGGCGCTTGATGTTGGAAATTTGCGTCTCGTTGAACTTCATCAAACTGTTTGAATTGTATTTTCAAAGAACGGGAGACGAACAGCAGTAGTGTTGTGTTAATGCATATGCAGATGAACTGTTTTGTTCGCTCATGTTGGAATGCGTTTAAATGGTGTTATTGATGTACCCCGGAAAATGGCTGAAAGGCTCTTGTGAGATTTGCAGAATTTAAATCATCTAAAACAACTTAGATGAAATGTAAAATTACTTCACTAACCATGAGATGTCTTGTTCTCAGCCATTGAAACAAAAATGTAGCCACTTTGGCGGCTGTAATATCTGTTCTCAGCAATCAAAAGATGTTTAAATGTAGAAATTTAGCAAATGACCACTTTTAAATACACTAGTATGTTGCAACCCCTTCTTCACCTTCTGTTAACTTGAGGTCTACGAGTCCTCAATTAGATCTCCAATATCTATAATTTTATGTGAAAAATTAGATAGAAGCCTATATTTTGAGTGATTTTGTCATGCTATGGTCATAACTCAAGGACTTTCCGCTTAAAATTTTCATGGTGGGAACTGGAAGTGATATAAAGTACTTTAAGAAAAAGCATCTTAAGGTGTTTGTTTTGTAATAAAGCAGTTTTTACTCCAGCGATTGATCGAAAACACTTTTAAAATATAAAATTACACGTTAAAATGATTTGTTATTAAATATTTTATTAACATGGTTGAGGATTTCTACTCAAAGCACTTAGTTTAGAAGCACAGGAGAAGTTTCTTGAGATTGCGGTGGCACGGAACTCTTGAGAGTTATTTTTCTTTAATTTATGTTTTAGGGTAACTTATTTTTATAATGTAATTAAATGATGGAGGAACAAATGGGAATAAAAATGTAATTCCAAACAGTTCCATAAATTAAAAATTAATACATCTTTCTTTTGGATTGCTAGTCTAAGACAGTTTTGAAAAATAATTTCCAAGCACACAGTTACTGTCTTGTTTTTCTAATATTAAGAGATATATAACTATTTAAATTCATCTAATATATTAGTAATTTCATATATTAATCATTTGACACACATAAAATCCTATTCAATAACTTTGTAAAGATGGTATCGAGTACATTTTGATAGATCATAAACAACTAATAGGTCGTTTTTACTATATTTAAAATTACTTAAAACAGTTTACATGTATATGAAAGGGTCTACAAGATTTTGAAAAAAAACAAAGTTCTACAAGTTTGAAAATTTGTGATTTAACCATTTGGAGAAGACAATAACATTAAAAGAGCGACAATTGGGTTAAATTACAAGTTTGATTTCTAATATTTCAGAGTTGTGTCTAATGGTTTTCCGTACTTCAAAAAATTTTGATAAGTTAATTTCAAAGTTGTATCTAGTAGATAATCGTACTTTAAAATCTTATAATAAATTTATAAACTTTCAAATTTGTGTTTGATAGGGCATTTCATTAACTCTGTCGGTTGAACACTTACGTCATTAAAAACCTAAACTTGCTTGTAAATAGTCTGTCACATAATTCTTAAATAATACAATCAGCATACAACATAAGCATTAAACTAATAGAGTTAATGACAGAGACTTAATAAATACAAAATTGAAAGTTTATGAATATAATATAAAATTTTCAAAGTATAAAGACCTATTAGATACAAATTTGAAAATTTAAGGACCTATTAAAAAAATTAAAGTACATAAATCTATTAAACACGACTTTGAATCTTCACGGACCAAACTTGTAATTTAACCCCATAATTTCATATAAAAGAAAAAGTATTTGTTTTAAGCTAAAGAAAAAGTATTTATAATAAACATTAAAATAAAATAAAATAAAAAATTTCTATCAAAATAGTTATCATTTTCTAAATTGGCTCATTGAGCAATTTAACCACATGGCCCAATACGTGGGATTTGACCCGGGAATCTAAGCTTGGCTCGGCGTGGGGTGTTGAAATCCACGCGTTCTTCACTGATTTTCTTCCTCAAGAAACGTACCGAAGCCACGCCAGTCCCTGGAACTCCCAATCATGGCGTCGAAGGCCCTCAGGATTTTCGTTCTTGCACTCCTCCTCCTTGCGTCGCCGTTTCTCCAAGGTTTTGCTTCCTTGTATCTAGATTTCTTGCTGCACCTGCATATGTGACTGTTGGCTTTAGATTTGATCGAAATTCAATCTTGCATGCACGTTTACGGTTTCAATTTTTTCCATTTCGTTGAGATCCGGTTCAACTTCTGCATTCTCTCGATTTATATTACGTATGGTGCTAGAGCTTCGCCGATTTTCGGTTGGATCTTGTGCGTGTTAGATTTACTACTGCCCAGCTATAGTCTTCGCGATGATATTTTTTCAACATTTGTATGCTGTTTGATTGCCTTTCTGTGGTTCTTTGACTCTATTTATAGTTGATTTCAGTTTGATCTTATTTCCCTTTCAACGGATGCTGTGAAATTGCTTGGGCAGCGTTTTCAGCAGTATCCTTATTAACTGTATAATTAAGCTCGATACTTGGGTTCGCTGAGATTCGCTGAACTTTGATCCGCGTCTTTTAAACTTTTTCGTCCTGGTTAAAAGCTGGTTTTGCTATCTATCTTTCGCGATGTGATGAACTTATATATATATAACGTATTTTTTATTTATTTTGTTTTTTTTTCTTCTTGAAGTTGTTAGATGTCAATCGGACGTGGATGTGGAATCTGAAGAGGCTGTTGAAGATGCAACTGACTTAGGGATTGTCGGAGAGGATGAGCAAGATTTTGGTGATGGGAGCTTCAGCCCTGCTCCGGGGTTGATACCGTGTGTGTCTTCCCTAGAAATAGTGCACGTAGTGAGTATTCCATTTAAGGTTGATAGAAGTATATTCTTTAGGATATGACGTAAAATAGTGTAATTAATTTATAATTTCTCCTAATGCAGTAGTGGTGGCCGGAGAAGAACTGAACTTTTAGCGGAATGAAAAATGATGGTAATTGACGCTAACTTTCAACTTCAAGTGCTGTATTGTCTTTATTCTCGTTTATAATCAACAACAGATGGCAGTTTTATAATTCATTTGGTGCCTTAAGTAGCTTTAATGATAGTCAATAACTTTTATCTTGTTCCTTATGAGCAATGCACGATTTCCAATTTGTGCATTGTTTAGTTTTCTATATGCACTGCTACTATTTCGTTATAACTTTTTATTTGTATTTGTGAGGGTTCCTAGGGCTTGGGTGCACTCGAAACATTGAGGTTGCCCTTTCAATGCCTCAAGCTGTGATTTGAAAACACAAACTTCTCTCGATAGGATTGTTTAAAGTTTCCGTTTCCATAATCTCAATGATGGAGTTCCCTGCTGTTATCCCATGTTTTATTTCCAACTGCTCCTAGTTGTCTGCTTTGTTTCTTATTTTTTTTCTTTGGTGAAAAAACAGGGGATTCAAGCTTGAATGTCATTGCAATTAAGGCCAGTGTTCATTACACTTTTGATCATCGAATATGGTTCAAAATCTTACTGCACAGGTAATGTGACAGCATGGTTTGTGTATATGTGGTTTTTTCATCAATTCATTGCATAACCTATATCTGGTCTACCATATGCAAGCATAATTTTGTGCCAAGAAATTTGCAGAACTCTTCAAGTATTCATGATGTAGAAATCATTTCACCTATTTTTGTATATTAGGGGATGAATTTTGATTGAGTTAAAGCTTGAGATACAAGCTAAATTTCTGAAAGCAGGCCCTTTTCTTAGCTCTTGGAGTTTGATGCCTCCATTAGCTTAAGAGTCCATTTTATAAATCACTTTTCTGCAACAACTTGTTGGAATTAATCTTCCCAGAAGCTACCAACTATTTGAAGTTTTGAACTTTTGGGAAAATTTTGCATTATAAATCAAGTCTATGGCAGAGTCGAGGCCACATTGGTAAGGCTAACCAGAAAATATTACATCAGAAGGACCCTAACTCTCAAGGGGCCAAGGTCTGGAAGTAGAGATGTGCTAGAGACTACCTCAACCTTGTTTAAGATGCTGAATAAGGAGAGCAAACCTGAGACACAATATCATTTAGTTTGCTGCATTAGCAAAACGTCCAGGAAGACTGTTGACTCTCCAGAACAATGCATACTTTAAGTTATCTTGTAACTTGTGGGACCATACTTTATGATGATCTGTGAGGAATTGCATAGTGTTTTTTGCATATGGTTTTTTTTTCTTTGTTTTATTTTTTTTTTCCCACTAAGAAACAGAGGACTTCCCATTGAGTCTTTGAAAAGTACACAAGAAGGATGTATAAAGACTAAGGAGTTAGAAACTATGCATAGTTAAGATGCTTCATTGATACTAAGGAGTTAGAAACTATGCATAGTTAAAGATGCTTCATTGATTCCTTGTGGCTGAATTTGTGTTGCATTCTTTTGTGAAGTGAAGTCCTTCTATAGAGAGAAATAGGAAAAATTTTCTTAGGAGAGTTGTAGAGAACTTTTGAATTCAAAGATATTGTTTTCTGTTTGCCTCTTGGATTTCTGTTAATAACTTGTTTTGTAATTATGAGCGCACCATGATTTGTGCCAATTGGAGAAGTTTTCTGTAATTCCTTTGACTTCCTTTAATGAAGTTCATTTATTATATAAAAAAAGATTATGTTTTCTCTTTTAGTCTTTAGTTGTTATTCTTTGTATGATATGTTTGTAAACACTGCTCTTTTGTTATTCGTACCAGTTGTAATCCCTATTGGTTGCTGGAGACCTCCAGTCTCTTCTTGTCATTCTTTTTTATACTGAAATGTTTCTTATAAGAAAAGATGCTGTGTTGATTTATCACTTCCATATATACTTTTAATATTTTATGTTCTAGCTCATGAAATTCTGTTGTAGATTTTGGTTGCTCTACATAGTGTAGTTTGATAATCATTCCGAAGATGATATTTTATCACACACTATAATTTTATCTTTTTCTAGAAGTTCTTTTTCTCACATAACTGCAGTTCTTTATGTTAAAAAAGTAAATAAGTAATGTTTTGTTTCTCTTTTTCCAAGCATTTCTTATGTGCTTGTATGTAAATTGTACATAGTACTTGTTACTGGATTTTGCACCTAGTTGATTCCCTTCTGTTATTTTCTTTTACATTTATGTTTATGCTTGATTCCAGGGTTTCCACAATGCATCAGTACCAGCATCATCACAGGCTACTTTCCCTTACTTTTTTGCTGTCAGCAAATATCTTCAGGTTTTCGTATTGCTGTGATGGTCTTCTACATTGAAATTAAATTTATTTTCTTCTAGATTATTTTCCTTGTTCTGTGCTTTTGAACTTCAAGTATGCATACCATGGGCTGGTGATAAGAATATATAAATGGTTAAAAAGATATTACTTCCCTTTGTGCAGTCTGGAAATTTTGATCTTGTTGGAACCATTATTTATGAGATAGATCAGCATCCATATCAAAGTACCTTCTTCAATGGTACCATTGAAGTTGTAGAAGCTGGTGGTTTCCTCAGCATTGAATCTGTATTTCTAGTTACCCTTGGAATTGCACTAATCGTGCTGCTTGGCTTATGGATTCATGGGCAAATACAGAATCTTTCCAAGGTACTTGCCTACTAAAACTGAATTTTTGGATGATTTTTTTCTACTTTCAAGTGGAAAATTCTGAATATCAGTGATTTGAAGATTCATATGCAGTGCGCCTGTGAGATGGGTTATGTTTAACCATAAAAAAAGATTTAACTAGCTGAAGAGTTTAGTAAATCTGCTTATAATTCATAGGTTGATTGGGTAATTCCCCTTGACTCAAGGGCTGATATCTTATCACCCTTTTCGTAGTGTTTTAATCAATGAAATTTTCTTAGTTTCCTATCCAAAAATAAAAATAAAATAAAAAAATTATAGATTGGTTTTTCCACAGGTACATTTTGCATAGTATGGATTTTAAAGTACTTCAAGTGCTGTTTTTCTAATGGGCTTTTTGTATTTTTTTAAAAAAAGGAATTAACATTTTCACTGAATATGATTGCATTTATTTTCCTTGGTAAAAAAAAAGATGGCATTTATTTAGCGATAAGCGTACCAAATATCTTGTGAGAAGGTACAGTGACTGCATACTAAAGAGCACTGTTTCACACAACTGGTTTCTTTCTTCTACAGCGTAATCGGACGTGATTTTTGGTACTTGTGGGTTTTAATTTGTTTTAGCTTTTGTTTGAGCTCCTTGACTAATTGTAATTTCTGTCTTTTTTTTATTGTTGCTGATTGGAACGTAAATTTGCAATCTCGTCGGTGTAGTGTAGGTTGTGAGAACTTCTTATCTTCCCTCCCTTCGTAATTCTTCTCTTTCATTGATGAAAATGATCTCTTTAAAAAAAAAGGAAAGAAAGAAAAAAAAACTATTGCTGCAATACCAACTTGGAGCTAAATTATTCTGAAGTAAAACTCTTGTATTTCTTGTTGGTAGATTGGAATTCTGAGTTTTAACAATTCATCATAATTCTCACCCTCCATGATCATGAGATTATTGACTGTTTAGTTGCTTCAACATATGTAAACGTAGCATTGTCTATTTAGCATGTTCCCTGCCTATCTTCTTGAATTTAACCCCTTTATTAAGCTATTTTATAATACCTTTTTATCTGGTTAGAAAACCAAGAGGGCTCCCAAGGTTGAAGTTGGAACTAAGACCTCAGATGCATCATTAGACGAATGGCTTGAGGTGAGTTCATTGGATTTCACAAAGTTCATTGATTTGTAATTAAATTCTATTAAATTTGAAGTCGTTTCATCTCCACTCCTGACTGAGACTGATATATTCTCTCTTTGGTATGCAGGGTACTGCATATTCTCGGTCATCGTCAAACAAATCAAAGAAAAAGAAGTAG ATGTCGGGCATGGGAGATGGGTACGTGGGCACTGCCCAAGACGCCGTCAGGATTCGAAGACTCGAGAAGCAAAGAGAAGCGGAGCGCCGGAAAATCCAGGAGCTCAAGGCGAAGACTGCCTCCGCCAAAGGCCAGCCCGGTCTCCTTCAATTTGGCTCCAGCACCTCCGAGATTCTCGAGACAGCGTTCAAGAAGGAAACTGTTGGTTTGGTGACGAGAGAAGAGTATGTTGAGAAGAGGGTGAACATTCGAAACAAAATTGAAGAGGAGGAGAAGGAGAAACTTCAAAAGCTACAACAAGAGGAAGAAGAACTCCAATTGCAAAAACGCAGGAAAAGGAAAATTAGGGGGAATTCACGTCTGTCTTTTTCTGATGATTTTGAGAATGGAAGCGACGAGGATGATGAAAATAAAAATTTAGAGCCAAGGAAGCTTGGGCGTGGTAAACTGGGCAAAGATCCTACAGTGGAGACTAGCTTTTTGCCTGATAGTGAGCGAGAAGCCGAGGAGCAAGCTGAGCGTGAAAGGCTAAAGAAACAGTGGCTTCGTGAGCAGGAACAAATTCGAAATGAACCTCTTGAAATCACTTATAGTTATTGGGATGGAGCAGGTCATAGGCGAGTCATTCAGGCACGTAAAGGTGATACAATTGGAGAGTTTCTTAGGGCTGTACAGCAGCAACTTGCCCCTGAGTTTCGGGAGATTAGGACTACCTCGGTGGAGAATTTGCTATATGTGAAAGAGGATCTTATAATACCCCATCAACATAGCTTCTATGAGCTTATTGTGAACAAAGCTAGGGGCAAAAGTGGTCCGCTTTTCCACTTTGACGTGCATGAGGATGTCCGGACAATTGCTGATGCAACAATAGAGAAGGATGAGTCTCACGCTGGGAAAGTTGTTGAGAGGCACTGGTATGAAAAGAATAAGCATATCTTTCCTGCTTCAAGATGGGAGGTGAGTTATCTTCTCTCTGGCTCTGCTTCCTATAGGATTGAGATATCATATTGTCCTGATACTTGGCTTTCGAAATTCTGCTTGGCCATCGTTGGTATTGGAGAACGGGAGACGAACAGCAGTAGTGTTGTGTTAATGCATATGCAGATGAACTGTTTTGTTCGCTCATGTTGGAATGCGTTTAAATGCTTGGCTCGGCGTGGGGTGTTGAAATCCACGCGTTCTTCACTGATTTTCTTCCTCAAGAAACGTACCGAAGCCACGCCAGTCCCTGGAACTCCCAATCATGGCGTCGAAGGCCCTCAGGATTTTCGTTCTTGCACTCCTCCTCCTTGCGTCGCCGTTTCTCCAAGGTTTTGCTTCCTTGTATCTAGATTTCTTGCTGCACCTGCATATGTGACTGTTGGCTTTAGATTTGATCGAAATTCAATCTTGCATGCACGTTTACGATGTCAATCGGACGTGGATGTGGAATCTGAAGAGGCTGTTGAAGATGCAACTGACTTAGGGATTGTCGGAGAGGATGAGCAAGATTTTGGTGATGGGAGCTTCAGCCCTGCTCCGGGGTTGATACCGTGTGTGTCTTCCCTAGAAATAGTGCACGTAGTGAGTATTCCATTTAAGGTTGATAGAAGGGATTCAAGCTTGAATGTCATTGCAATTAAGGCCAGTGTTCATTACACTTTTGATCATCGAATATGGTTCAAAATCTTACTGCACAGTCTATGGCAGAGTCGAGGCCACATTGGTAAGGCTAACCAGAAAATATTACATCAGAAGGACCCTAACTCTCAAGGGGCCAAGGGTTTCCACAATGCATCAGTACCAGCATCATCACAGGCTACTTTCCCTTACTTTTTTGCTGTCAGCAAATATCTTCAGTCTGGAAATTTTGATCTTGTTGGAACCATTATTTATGAGATAGATCAGCATCCATATCAAAGTACCTTCTTCAATGGTACCATTGAAGTTGTAGAAGCTGGTGGTTTCCTCAGCATTGAATCTGTATTTCTAGTTACCCTTGGAATTGCACTAATCGTGCTGCTTGGCTTATGGATTCATGGGCAAATACAGAATCTTTCCAAGAAAACCAAGAGGGCTCCCAAGGTTGAAGTTGGAACTAAGACCTCAGATGCATCATTAGACGAATGGCTTGAGGGTACTGCATATTCTCGGTCATCGTCAAACAAATCAAAGAAAAAGAAGTAG ATGTCGGGCATGGGAGATGGGTACGTGGGCACTGCCCAAGACGCCGTCAGGATTCGAAGACTCGAGAAGCAAAGAGAAGCGGAGCGCCGGAAAATCCAGGAGCTCAAGGCGAAGACTGCCTCCGCCAAAGGCCAGCCCGGTCTCCTTCAATTTGGCTCCAGCACCTCCGAGATTCTCGAGACAGCGTTCAAGAAGGAAACTGTTGGTTTGGTGACGAGAGAAGAGTATGTTGAGAAGAGGGTGAACATTCGAAACAAAATTGAAGAGGAGGAGAAGGAGAAACTTCAAAAGCTACAACAAGAGGAAGAAGAACTCCAATTGCAAAAACGCAGGAAAAGGAAAATTAGGGGGAATTCACGTCTGTCTTTTTCTGATGATTTTGAGAATGGAAGCGACGAGGATGATGAAAATAAAAATTTAGAGCCAAGGAAGCTTGGGCGTGGTAAACTGGGCAAAGATCCTACAGTGGAGACTAGCTTTTTGCCTGATAGTGAGCGAGAAGCCGAGGAGCAAGCTGAGCGTGAAAGGCTAAAGAAACAGTGGCTTCGTGAGCAGGAACAAATTCGAAATGAACCTCTTGAAATCACTTATAGTTATTGGGATGGAGCAGGTCATAGGCGAGTCATTCAGGCACGTAAAGGTGATACAATTGGAGAGTTTCTTAGGGCTGTACAGCAGCAACTTGCCCCTGAGTTTCGGGAGATTAGGACTACCTCGGTGGAGAATTTGCTATATGTGAAAGAGGATCTTATAATACCCCATCAACATAGCTTCTATGAGCTTATTGTGAACAAAGCTAGGGGCAAAAGTGGTCCGCTTTTCCACTTTGACGTGCATGAGGATGTCCGGACAATTGCTGATGCAACAATAGAGAAGGATGAGTCTCACGCTGGGAAAGTTGTTGAGAGGCACTGGTATGAAAAGAATAAGCATATCTTTCCTGCTTCAAGATGGGAGGTGAGTTATCTTCTCTCTGGCTCTGCTTCCTATAGGATTGAGATATCATATTGTCCTGATACTTGGCTTTCGAAATTCTGCTTGGCCATCGTTGGTATTGGAGAACGGGAGACGAACAGCAGTAGTGTTGTGTTAATGCATATGCAGATGAACTGTTTTGTTCGCTCATGTTGGAATGCGTTTAAATGCTTGGCTCGGCGTGGGGTGTTGAAATCCACGCGTTCTTCACTGATTTTCTTCCTCAAGAAACGTACCGAAGCCACGCCAGTCCCTGGAACTCCCAATCATGGCGTCGAAGGCCCTCAGGATTTTCGTTCTTGCACTCCTCCTCCTTGCGTCGCCGTTTCTCCAAGGTTTTGCTTCCTTGTATCTAGATTTCTTGCTGCACCTGCATATGTGACTGTTGGCTTTAGATTTGATCGAAATTCAATCTTGCATGCACGTTTACGATGTCAATCGGACGTGGATGTGGAATCTGAAGAGGCTGTTGAAGATGCAACTGACTTAGGGATTGTCGGAGAGGATGAGCAAGATTTTGGTGATGGGAGCTTCAGCCCTGCTCCGGGGTTGATACCGTGTGTGTCTTCCCTAGAAATAGTGCACGTAGTGAGTATTCCATTTAAGGTTGATAGAAGGGATTCAAGCTTGAATGTCATTGCAATTAAGGCCAGTGTTCATTACACTTTTGATCATCGAATATGGTTCAAAATCTTACTGCACAGTCTATGGCAGAGTCGAGGCCACATTGGTAAGGCTAACCAGAAAATATTACATCAGAAGGACCCTAACTCTCAAGGGGCCAAGGGTTTCCACAATGCATCAGTACCAGCATCATCACAGGCTACTTTCCCTTACTTTTTTGCTGTCAGCAAATATCTTCAGTCTGGAAATTTTGATCTTGTTGGAACCATTATTTATGAGATAGATCAGCATCCATATCAAAGTACCTTCTTCAATGGTACCATTGAAGTTGTAGAAGCTGGTGGTTTCCTCAGCATTGAATCTGTATTTCTAGTTACCCTTGGAATTGCACTAATCGTGCTGCTTGGCTTATGGATTCATGGGCAAATACAGAATCTTTCCAAGAAAACCAAGAGGGCTCCCAAGGTTGAAGTTGGAACTAAGACCTCAGATGCATCATTAGACGAATGGCTTGAGGGTACTGCATATTCTCGGTCATCGTCAAACAAATCAAAGAAAAAGAAGTAG MSGMGDGYVGTAQDAVRIRRLEKQREAERRKIQELKAKTASAKGQPGLLQFGSSTSEILETAFKKETVGLVTREEYVEKRVNIRNKIEEEEKEKLQKLQQEEEELQLQKRRKRKIRGNSRLSFSDDFENGSDEDDENKNLEPRKLGRGKLGKDPTVETSFLPDSEREAEEQAERERLKKQWLREQEQIRNEPLEITYSYWDGAGHRRVIQARKGDTIGEFLRAVQQQLAPEFREIRTTSVENLLYVKEDLIIPHQHSFYELIVNKARGKSGPLFHFDVHEDVRTIADATIEKDESHAGKVVERHWYEKNKHIFPASRWEVSYLLSGSASYRIEISYCPDTWLSKFCLAIVGIGERETNSSSVVLMHMQMNCFVRSCWNAFKCLARRGVLKSTRSSLIFFLKKRTEATPVPGTPNHGVEGPQDFRSCTPPPCVAVSPRFCFLVSRFLAAPAYVTVGFRFDRNSILHARLRCQSDVDVESEEAVEDATDLGIVGEDEQDFGDGSFSPAPGLIPCVSSLEIVHVVSIPFKVDRRDSSLNVIAIKASVHYTFDHRIWFKILLHSLWQSRGHIGKANQKILHQKDPNSQGAKGFHNASVPASSQATFPYFFAVSKYLQSGNFDLVGTIIYEIDQHPYQSTFFNGTIEVVEAGGFLSIESVFLVTLGIALIVLLGLWIHGQIQNLSKKTKRAPKVEVGTKTSDASLDEWLEGTAYSRSSSNKSKKKK Homology
BLAST of Sgr023806 vs. NCBI nr
Match: OMO74440.1 (Translocon-associated protein (TRAP), alpha subunit [Corchorus capsularis]) HSP 1 Score: 761.9 bits (1966), Expect = 4.9e-216 Identity = 446/730 (61.10%), Postives = 492/730 (67.40%), Query Frame = 0
BLAST of Sgr023806 vs. NCBI nr
Match: KAG5526768.1 (hypothetical protein RHGRI_032882 [Rhododendron griersonianum]) HSP 1 Score: 730.3 bits (1884), Expect = 1.6e-206 Identity = 437/729 (59.95%), Postives = 484/729 (66.39%), Query Frame = 0
BLAST of Sgr023806 vs. NCBI nr
Match: KAD7478960.1 (hypothetical protein E3N88_02096 [Mikania micrantha]) HSP 1 Score: 705.3 bits (1819), Expect = 5.5e-199 Identity = 422/723 (58.37%), Postives = 474/723 (65.56%), Query Frame = 0
BLAST of Sgr023806 vs. NCBI nr
Match: VVB08545.1 (unnamed protein product [Arabis nemorensis]) HSP 1 Score: 679.1 bits (1751), Expect = 4.2e-191 Identity = 419/739 (56.70%), Postives = 481/739 (65.09%), Query Frame = 0
BLAST of Sgr023806 vs. NCBI nr
Match: KAG2259347.1 (hypothetical protein Bca52824_078641 [Brassica carinata]) HSP 1 Score: 678.3 bits (1749), Expect = 7.1e-191 Identity = 413/740 (55.81%), Postives = 489/740 (66.08%), Query Frame = 0
BLAST of Sgr023806 vs. ExPASy Swiss-Prot
Match: Q8H110 (Protein XAP5 CIRCADIAN TIMEKEEPER OS=Arabidopsis thaliana OX=3702 GN=XCT PE=1 SV=1) HSP 1 Score: 535.0 bits (1377), Expect = 1.3e-150 Identity = 282/322 (87.58%), Postives = 302/322 (93.79%), Query Frame = 0
BLAST of Sgr023806 vs. ExPASy Swiss-Prot
Match: B8BDW1 (Protein XAP5 CIRCADIAN TIMEKEEPER OS=Oryza sativa subsp. indica OX=39946 GN=XCT PE=3 SV=1) HSP 1 Score: 527.3 bits (1357), Expect = 2.7e-148 Identity = 281/321 (87.54%), Postives = 298/321 (92.83%), Query Frame = 0
BLAST of Sgr023806 vs. ExPASy Swiss-Prot
Match: Q69JZ7 (Protein XAP5 CIRCADIAN TIMEKEEPER OS=Oryza sativa subsp. japonica OX=39947 GN=XCT PE=2 SV=1) HSP 1 Score: 527.3 bits (1357), Expect = 2.7e-148 Identity = 281/321 (87.54%), Postives = 298/321 (92.83%), Query Frame = 0
BLAST of Sgr023806 vs. ExPASy Swiss-Prot
Match: Q28BK4 (Protein FAM50A OS=Xenopus tropicalis OX=8364 GN=fam50a PE=2 SV=2) HSP 1 Score: 272.3 bits (695), Expect = 1.5e-71 Identity = 157/336 (46.73%), Postives = 227/336 (67.56%), Query Frame = 0
BLAST of Sgr023806 vs. ExPASy Swiss-Prot
Match: Q568K9 (Protein FAM50A OS=Danio rerio OX=7955 GN=fam50a PE=2 SV=1) HSP 1 Score: 270.4 bits (690), Expect = 5.9e-71 Identity = 154/329 (46.81%), Postives = 224/329 (68.09%), Query Frame = 0
BLAST of Sgr023806 vs. ExPASy TrEMBL
Match: A0A1R3HVY5 (Signal sequence receptor subunit alpha OS=Corchorus capsularis OX=210143 GN=CCACVL1_16706 PE=3 SV=1) HSP 1 Score: 761.9 bits (1966), Expect = 2.4e-216 Identity = 446/730 (61.10%), Postives = 492/730 (67.40%), Query Frame = 0
BLAST of Sgr023806 vs. ExPASy TrEMBL
Match: A0A5N6Q5I9 (Signal sequence receptor subunit alpha OS=Mikania micrantha OX=192012 GN=E3N88_02096 PE=3 SV=1) HSP 1 Score: 705.3 bits (1819), Expect = 2.6e-199 Identity = 422/723 (58.37%), Postives = 474/723 (65.56%), Query Frame = 0
BLAST of Sgr023806 vs. ExPASy TrEMBL
Match: A0A565C4L0 (Signal sequence receptor subunit alpha OS=Arabis nemorensis OX=586526 GN=ANE_LOCUS18989 PE=3 SV=1) HSP 1 Score: 679.1 bits (1751), Expect = 2.0e-191 Identity = 419/739 (56.70%), Postives = 481/739 (65.09%), Query Frame = 0
BLAST of Sgr023806 vs. ExPASy TrEMBL
Match: A0A3Q7ETZ9 (Signal sequence receptor subunit alpha OS=Solanum lycopersicum OX=4081 PE=3 SV=1) HSP 1 Score: 654.1 bits (1686), Expect = 7.0e-184 Identity = 408/733 (55.66%), Postives = 453/733 (61.80%), Query Frame = 0
BLAST of Sgr023806 vs. ExPASy TrEMBL
Match: A0A2J6K9W9 (Signal sequence receptor subunit alpha OS=Lactuca sativa OX=4236 GN=LSAT_3X45301 PE=3 SV=1) HSP 1 Score: 648.3 bits (1671), Expect = 3.8e-182 Identity = 407/734 (55.45%), Postives = 470/734 (64.03%), Query Frame = 0
BLAST of Sgr023806 vs. TAIR 10
Match: AT2G21150.1 (XAP5 family protein ) HSP 1 Score: 535.0 bits (1377), Expect = 9.1e-152 Identity = 282/322 (87.58%), Postives = 302/322 (93.79%), Query Frame = 0
BLAST of Sgr023806 vs. TAIR 10
Match: AT2G21160.1 (Translocon-associated protein (TRAP), alpha subunit ) HSP 1 Score: 189.1 bits (479), Expect = 1.2e-47 Identity = 121/269 (44.98%), Postives = 164/269 (60.97%), Query Frame = 0
BLAST of Sgr023806 vs. TAIR 10
Match: AT2G16595.1 (Translocon-associated protein (TRAP), alpha subunit ) HSP 1 Score: 170.2 bits (430), Expect = 5.9e-42 Identity = 116/261 (44.44%), Postives = 155/261 (59.39%), Query Frame = 0
BLAST of Sgr023806 vs. TAIR 10
Match: AT2G21160.2 (Translocon-associated protein (TRAP), alpha subunit ) HSP 1 Score: 102.4 bits (254), Expect = 1.5e-21 Identity = 76/198 (38.38%), Postives = 104/198 (52.53%), 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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