Sgr027370 (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.ATGCTTTGGAAATGGCCCAAGGCTTCAACTTTACCTGAAATTCTGAATCTCCAACTTGGATATAAGGTACCTTTCTAGTCATTTGCTAGCTTTTATACTCTGAGATGATGCGCATTAGGATAAAAAGAAAAAAATATATTCTAATCATTCAAAAAATAGGTCACCCGCAAAAACAATTATAAGAAACAATTCACCGAATATGTATTCACTGATTGTTTGTTCTAAAGAATAGAAAATAGTTTTTAAAAACAACTTTCAAACAGCTCCCTATCAATTTTTCTGATGAACTGTGATCTTCATCCTAGTCAGTATTCTTCTTTAAGCATTTGTTTTAGTTCTTGGACCTGTGGTAGTGAAAATAATATGTTTGGAAGTGAAACTTGGTTGTGCTAGTTCTGTTTAGATCCTCATGCTTGCAGTGGAAGATGAACTTGTGGCTGTGGTCTTGTGGAAACTTTTGATGGCTAAATTATGAAATTCTTTTATCATGTGCATGAGGAGGATTCCCATTTGGTTTCTTTCAGCTTTTCAGCTTTTTTTTCTTGATATTCGTGTGTTTGGACAGCTTGCACGCATTTCAACTAATTTAACAGATAATTGTCTGACTCTACATATTTGGTTGCCAAAATAAATTTGTAGAATTTAAATCTTAGATGTAGGTAGTCACAATGTTAGAACTCATTTACTCTGAGTTATTTTTAGCTATTTGAAATTTATTTGTATTTTTTTTAAAAAATGTCATTACTTCTCTTTTGGCCCCTTGTTTTTTCCATCTCTAGATTTTTTATGATTATTATATTTAATACTTTGTTGACTTTTAGTTTTTCCTAGTTTATATGACAATGCTAATTTGTCAAAAGGAAGATATGACTAATGATGCCTTTTACTCTTCCATCTCCTTCTTGATAGCAAAACTAAAGTTTAAATATACTTTTTTTTTGGGTAATGTTTTAAGGGATGTGAGCTAAATTGAATAATTATAAGTAAATAACATATTTTTGAAACAATTAGAAAATGAGATGACTATAAATTACACTTTTATGGTTTGTGAGTTTTGTAAATTAGACTCCGACATCTAAACCATACCATTCTTTTCAAGAAATTAGTGCATGCGATTTATTGAAAGGATAAAATGCTGTAGAGTTAGCGATTATCTCATGAGATTAGTTAAAGTACGTGTAAGTTGGTCCAGATACTCACAAATATAAATAAAAAGACAGTGAAAAATCATGGTAGATTGGTGAAGGAAATCTGAAGTTGATCTCTCTCTCATATTTTTGGCTGAGCAACAATCTTCCAAGGGTGTGGACAAAATACATAAAATGACCACTCCCAAATTGATATTTATAAAAATCTGGTCTCTTTCTATCAAATCATCTATTCTAACTCGGACAAATTTCAGTCTCTTTCAAAAAATAATGGTGAGAAAATAGATAAGACAGACGGTTGGACGTTTTCAAGGTATCAACCATGGCGTATTGAATAATTTTAATTTTTATTGAAAATTACATAAAATATTTTAGGAGAGTATGATGCATGAGTTTTGTTAATTAGTCGATAGATGTATAAGTTGACTTGAAAGTCATGAAAAATAAGTACGGAATTTTAGTTACAAAATATATATACTTTATTAAGTATTATATGAAAATAGATTGTAGTTTTCATTTAAGAGTTCATGTAATTTCAAATTTATAGAGTGATTATAAATAATAAACGAATTGAAATTTAATTTGAGTTTCAAAAAATTTATGTTGGAATAAATATATAACAATCAGATTAAGATGGGGTATCTTGGAATATCAAATTCTCTGCAGATGACTTTTAGAAAAATAATTACTACCATTCAATGACTTTTTTCTTGGATTGTTCTCTTCATCATACAATATTTTAATTGGAACATTTTATGGTTTGAACCACTTTATAGTTTTTTTATAAAAAAAACTTTGTATTAAAGTAAGAGAAAATTTTCTTTTGGCCATTTACTTCTAAAAACAAAGGAAAAGAGAAAGTGCATGAAAAAAAAAAAACTTAGTAGATTCAAATCTCCACCATTATATTTGAATATATATGTATATATAATTTGGGGAGAAATTTGAATAACTTAGAAATATATGCATAATTGATAAAAGAAATACTATTTAAAGCTAAAACTACCAAATTTGATAGAAATACAAATTACTCTGCCTCTATACCTCTTTTTCAATTTTATTTTTAATTTGTTGGGTAAATTTTATCTTTTTGGTCCTTAAATTTGTACATTTGTCTATTTAATCTTTAAAATTTCAAATTAATCCTCAAAGTTTGCAAAATAGTACAATTTTTTTCCTGCAAAATAGAGAGACAAAGTTTTGCTACGTTAGTGTAATAAAAATTGTTTTTTCTATGACGTGTTTGTTGATACTATAAGTTGATTTTAAAGTCTCTTCACTTATTTATTATCTTGATTATCTCGATTGAAAAGTAGAACAAAACGAAGGCTATGATTAATCTTGTTTTGAAATGAAATCAACAATGCTCGTTCGCTTTTAATCCCTCCTTTTAAAGTGCAACTATCGATAACATCTTTTTAGAATATCAACGTCACATATATAGAAGTAAATTCAAATTCATTACCCTTAAAAAAATAGAGATGTCTGAGCTATGCTTCTGTTGACCAATACTTATAAAGTGCAATTATTGATAATTTATTGTCAATCGAACATAGCTCAAGGATAAGATATCTATTACCATATCAAAAAGTTGATAGTTCGATCTCCGACCTACAATTATTGAACTAAAAAAAAAAAAACTACTGATAATTTATTGTGTTATATTTTTGTTCCATCTCAATAACGATAAAAAAAAATTATCCAATAAATTTGAATCACAAGATAGAGCTAAATCGATATTATCAAAATACGGGGATTAAAAATATAATTCAATTAGTATTTTATTTGATAAAGAAAATTCAATCTATTTCAATAATTCACCAAAGGGCAAAACCGGAGAGTGGCAATAAAACGGGAGGAAGGAGAAACAGAAACACTGGTCGTGGAAATAATGGTGAGGACCCGCCATAGCCATGGCCAATGAGTTTTAAGTTTAAAGCATAAGCATATGAGTCCACAGTCCATTCTTCAGCCCTCTCACAGTCCTCCTCGCCCTCCGCTCAACACAACAATACCAAAATAAATTCACAGGGCGGCTCTCTCTCTCTCTCTCTCTAGCTCTCGCTTTTCAAAAAGCGGACCAGCTACTTTTTGCATTCTCTCTCTCTCTCTCTCTCTCTAGCTCAATTAATATTCCGTTTTTCTGGCTCTGTTTGGTAATCAAGTCGAAGAGCTACCGCGTATCTGATCCGAGAATCGGAGACCGAAAATCCCCCACTTATTTTATTTCTTGACAGAGTTTTTCAGTCGTCGGTAAGTCCAAGCTTGGCCTTTTTGTCTCTATTTTGAGCTTTACTATGGGTTTTGTTCTTAGTCTTTTGGGTTCTTCGTACGGAAACATTGGCGAATTGGGTTTTTGTTTTCGTTGCTTACATGCTTTTTGGTGGGTTTTATTTTTTTCCCCTTTTCTCTATGGGTTCTCTTGGTTTCCACTTTTATGTTTTGCGTGTAGTTGTGATCTTCAATTATTATAAATTTCCACATTGTTTGCCCCTCGTGTTTTTGATAGGTAAATTTTGGCACCAATTCGCTATTTGGCTGTGTTCTCTGGAATGGCTACTTTCTGTGATGGCTATTGGGTGCCTAGAAAATATATGAAAATTAAAATAAAGACATAAGACAATTACTGTGAGATTGAAATTTCTTGTTTCCTATAAAAAAAAGTTAGTATGAGAATTTTTTGAAGTTTCTGAAAAAATGATCGATCCGACAAAGCTAAGCTAGATAGTCTTTACTGAGCTCAATATTTTGTCGTCTTGTTTTCTTTCCTTCGTTTCACGGCATATCTCTTGCAATTTTGTTTTTTGAAAATTGCCCTGGAAATAAATTTGTTGTTAAAAGACACGCTTCACTTCTTGTCTCGTTTGGTACTTGTTTTACTCTGGTGTTCTTAACTATTCAATGCTGTTAAACAGACCAATCTTGTGTTTTACAGAGTAGCCGCCTTGAAAATGACAAGGATAAGCCGTACTTATAGTGATACAATGCAAAGAGAGGGTGTCTCAGCTGTATCAGCTGATGTGATATTTGCTTCTAGTCGGTTTCCAAACTACAAAATTGGAGCTAACAATCAGATTGTGGAGGCTAAAGATGATCCCAAAGTACTATCTATGAAGGAGGTAGTTGCTCGTGAGACTGCCCAACTGTTGGAACAGCAGAAACGCCTCTCAGTTCGAGACCTGGCTAGTAAATTTGAGAAGGGTTTGGCTGCTGCTGCTAAGTTGTCAGAAGAGGTTAGATTCTTTGATGATAAGTTTTGTTTTCTATCAAAACAATAAAATCCCTCCACTTGTACATAATCTATTTATATGCTAAATAGCGTTCTTATTTTGGTATTGCTTGCTTATTATCAGGCTACCTTATCCTGCTCAAGAGAAGTTTGAGTAATAATATAAGAAATCATACTCTTAAAAGTATGTTTTTCTTTTAATGTGTTCGGAGGATTTAATTACTCTGTATATCATGTAAATGAGTATAAAAAAAGTCTCTCTCTCATACCTGCGCACACAGATACACGTCCTTTAGATATTAAATTTTTTTATTAATGAAGTTATATTCATTGGATCTATTTCGTTTACATGATTTGGTGCAAGTTGAAGAATATGGATTAGTTCCCTTTGGTGAAGTCTTCTTTCATAGTTCTATTTCAGTTATTAACTTGGGAAAATCTGAAATTAGATTTCTATAACGAAAATACACCAATTATAATCTAATTATTTTTGCAATTCAGGCTAGACTAAGAGAGGCAGCTTCACTGGAAAAACATGTTCTATTGAAGAAGCTTAGAGATGCATTGGAAGCGTTAAGAGGACGTGTTGCTGGAAGGAACAAGGATGATGTAGAGGAAGCAATTGCAATGGTAAGTTTTCTGATTTCCTACATGATCTTACCTTTCAGAACATGCATTTGGAAATCTTGTTATTATAATATTATTTTTGGGTGAAAATTAGGCCGTTATTTATGCTTTATGAGCATGCATTTATTGGTGTAGACTTGTAGTACTTAGGTTCTTGAACAAAGCAACCTGTTAAGTTTAGTTCAATTGAAAACTAAATAAGATGTCTAAAATTGAATAATGAGTGTTGTACTAGAAAAATATTCATGCTGGGTTGATGCAATTAAACATTCCGGTCCTGGCCTACTATGCCTTAAATTCCTTGTCATGCGTAGAGTGCATATTTGTACACACAAATATTGCTATGTACATCTTTTATTTTAAGTTCTCTTGGCCAAGTTAGAACTTCAATTTCATGTTGGGTTGATGCCATTGAACATTCTAGGCCTGGTCTACATGCCATCCATCAATGCCATGTCATGTGTAGAGTGCATATTTGTACACGCACATATTTACTAGTACATGTTCTATTTTTTTGATGAAAGTACATGTTCTAATTTAAGTTCTCTTGGCCAAGTAAGTTAGAACTTGAAGTTCATTCTTGGTTGATGCAATAGAACATTTAGGCCTGCCTACTGTGTCGTCAATGCCATGTCATGGGTAGAGTGCATATTTGTACACATTGTTTTTGAGTACGTGTTCTATTTTAAGTTTTCTTGGCCAAGTAAGTTGGAACTTAAAATTTTCAAGTAGTTTTTCATGAAGGTTGCACTTCCAAGTTGCAGGAAAACAAGAATAAATAACTTTCTAAAAGAATTTATTAACAAAATCCTTATTGTGCTGGTGGATGAAGTATCCTAAGCACTATACTAGGTCTAGATTTGATATCCATGTTTGATGCTTTTTAATGAGTTGAGCTTGTGGAGTAGGTGGCCACGTAACATAAAAAGAGTTCTCCTCCTCCACACCCCCCCAAAAAAAAAAAAAAAAAGCAGCTCCATCCTCACATGGTATTCTGTGTTCCATGGCTGCCAAATTGATCTGTACCACATACCAGATTGGCAGGGACTTTCTCTTATTCCTTTATTACTTAAGATTTCTATTTCTAACTTGAGATGTTTTGTTGCTACTGATGCTATCTCTGAACTTAAGCAAAATAATGAGGGTGCTTGATTGTGCTTATTTCAGGTGGAGGCCTTAGCAGTTCAACTTACTCAGCGGGAAGGGGAATTAATACAAGAAAAGGCTGAAGTGAAGAAGCTAGCTAATTTTCTTAAGCAGGTGAGTTTAGCATTCTAATTAAAGTTGGGTGATATTTTTCCATATCTTATTAGCACACATATTAAAAGCTTATAGCCGTTTCTTCTTCTTATTTCTTTTAATAAGAAATAAGCTTTGTGTTAAATGAAATATACAAAAAGGGACGAGACGCCAAGGAGCTAGGTAGTCCTATAATTCCTCTTTGGGAACATTTCTTATTGAAATCCTATTGTTTCTTTCCGACTAAGCTTTCCAAAAAAAAGAAAAAAGCTACAAAAGCTTCCTTTCCTGTTTAAACGGAGAGCCAACTGACAAATGTACCTTGGTAGTATTCGCCAAGGACAACAAAGACCCAAAGATCAAAATGGTTATCCCAAAGAGATTGAGAGGAAATTCATAATCCAAAAACAAATGCTTTGCTGTTTCTTCTTTTGCTTAAGGTTATAGCTATTTAAGACATTGTTAATTCAAGCACTAGTTATTTTCTAAAAGATGCTGAATTAGATGAGAGTTTTATTTGTCTATTGAGTACTAGCGGATTTTTTTCTCAACTATATTCTTATAAGATGATTGACAAATATAGTATCATGACTAAATTTTTCAAAAAAACCCACTTAAGAGGAGTCACGAGCAGGCAGCATTGCTGTATTAGTTATAGGTTATTGTCAATTTTTGAATGGTCATGAGACATAAGCACTTTAGTTTGGGTAACGCATACAAGCTGGTTGAACACGTGGGGATTTGACACTCCAACACTTGTTGGACATGTGTCAAACAATTGTTTGCTACTTAAATTAAAGTGCTAAATAGTTTATTTAGTTGGTCGTTAATGTTTGAAAGATTAATGGGCTTCAAAAGAAATATGAGAGGAAAATAATAAATTTTGAGTGTGAATAATAAAGTTGAAGAGCATTTTGTCCTCTGCTTTTGGAGCCGTAGGATTGCTGGTTTGCTGTCTGGTTTTGGTTAATTGGAAGCTGTTCTTTAGCTTTCTTGCGGCTGTTGCTGATACGTTTATGGCTTGGTTTTTTTTAGTTTGTTTAGCGTTCTCTTTGGCTTTTGGTTTCTTTGTTGCTGGTTCGTTTGTTTTGTTTTTGTGAGTTTTAAGTCGGTGTTTTGGCCTGTTTTTATTTTTGGCTGTTTATTGGTCTATCGTTTCTCCTTTTGGGAGGTTGTTTCATGAACATTGTGTATCTTTTCACCTATCAATGAAAAGTTGTTTCTTGTTAAAAAAATAAAAAAAATCATCATACTTAGTCTTTAAGCATATGGGTGCAAGAAGATGACTGATTTTAATTTTGCATTAGATGTTTATTAATTAATTTTTTAATTTGGTTTTGAAATTTATTCAAATATTTTACTATAAGGCATTGCCTTTCACAGAATGATTTGTTCACATTCTTTTCTGTTTCAGTGTTGAGAGTTTATTTTGTTTTGTAGGCATCAGAAGATGCTAAAAAACTTGTCGACGAGGAAAGAGCTTTTGCACGTGCAGAAATTGAAAATGCAAGAGAAGCAGTTCAGAGAGTAGAAGAAGCCCTCCATGAACATGAACGAATGTCTCGGGCAGCTGGGAAGCAGGTTTCCTCCTTTTCAATTATTGTTCTTGAGGATTATGTATTTCACGTCTGCAACCCATCTCTTATTTGTAACCTTGTCTCTTTTTTTCCCCTTTAGAATAAATTTTAATATCTTTTTTTATAATAGGAAACAATATATTCAACCAAACAGATGAATGGATACAAGCTAGGGGCTGGGGGGTAGAAAAACCTTGCCAAAGAACTCTATTGCATGAGCACCCTTCAATCAAGGTTGATTAAAAAAAAAAAAACACTATGGGTAGAAAAAAATATTGTATTTAGGGCACCCCAACTAGAGTCGATAACCTGTACAAAATCACAAAAACTATCTTTGGGTTTTTTCCATCATGAAGAATCCTTGATTTCGTTCTAACTGTAAAAACCATAATATTGCTCTATCCAAAAATAATAATAATAATAATCTTGTGTTTTCTTTCATTTTTTCTCAATGAAATTTTATGGGATAGAGTTTTAATTAACATAAAGAGCTTTCTAGTTCGTACAACTTTAGTGATTGAGAAGTTTTATGGGATAGAGTTATTATTATTTTACTCTTTGTTAGTCAAAGAATGTAAAGTATTCATATTTTGTTTTACTGACGTCTCTATGTTCTCTAGATGGGAAAATTTCTTGTAATTTCTATATTGTATTTTCAGTTTGGGGATTTCTTATCCTCTTCTATTCTTAAAATGTTACTTTCATATTAATATGATTTTTGTTTTCTACTAAAAGAAAACTACAGGCTTTCTTATCTAATTATATGGTGCATTGTTGTTGCTTCTTAATTTTTTTCTATTTTCAATAGCTTATCTAGCACAATTCATTAACGTGTCTAGGACCTGGAAGAACTAATGAAGGAGGTTCAAGAGGCTAGAAGGATCAAAATGCTCCACCAACCTAGCAAGGTCGCATCCTATCCTCATTCTTTATGCTGTTATTATCATACAACTTACACTTATATCCCTCGTACATTAATTTAAGTGGTATCTATCATCATTGAGTTTGCATTTTGAATAACTTTATATGGTATTAAATGGCAAAAAATGAAAAAGATGACTCTCTATGTGGTTCTTTTAAGTATGGATAAATTAGATACCCTGTGTTTATACCAGCTAGCGTTTGTGGCTTGGGATTTAGTTGTTTCCTTTGTTCTTCCCCTGACCCTTTGTAAATTTTGTGATTAGTTCAAAATTTCTCGCGCCCCCCACCCCCCCCCAAAATCTATTTGTAAATTTTGGAAAAACATTACATCTATTTGCTCCATCTGGAACAAAGCCTTAAGAATTCAAGGCTTCTATTGTCAATGCTACTTAACATCCATTTAGATTTCAATTAATGCTCCTGCTATTACTATATCTTTATTTGGTAAAGTTTGTCAAAGAATTGAGTATATGTAGGTTATGGACATGGAACATGAGCTTCAGGCATTGAGACTGCAACTTGCTGAGAAGTCCAAGTATTCTATACTACTTCAGAAAGAAGTAAGTTTGTTATCTTATGATATGACTCATATGAGCAACTTCTATTTCTGATATTATTTGTTTTCTGTTGGTGTTTTGTAAGTACTGCATGTGACCTTGAGAGTATCCATTTTATATGCAATTTCTTTGGGGTGAAGCATGTTTGTAGCTTTCAGTTAAAGAGAACACTATATTGCGGATGAGTGGTTTTTTAAAATTGCACAAAAATGAAACAAATTAGGGTAATAGAGGAAAATTGCTTCATCTGATTCAGATTTCTTCTTAAAGACTCCCCGTTGATTGTGGTACCCTTATCCATAATGGTTCTTTTCAATCAACTTAAAACCTACCAAATCAAGATAAGTCTATTGCACTTATAAAAGTATGCTTTGTTCCAAGAAGAAAAACGTTTCTAGACATTCTCCACCCCATAGTATGAAAAAGGAAAATGTTCTAGGGCTATGACCCAAAGGGAGACCTACCTACGAAAAAGAAAGCATGCACACCCCACACTCCTCTACTACGCTTAGAGGGATCATATTTAACACAGGGTACGAAGCACTTAAGAAAAAGAGGAATCCTTCTTGAAGGAAAAGATAGTGTCATCCACAAATCGCAGAATTTGGAAAGTTTACTTAAGCCTCTATCCAGTCCCTAGGAATAAGTCTACTTAGGATGTCTGGTACCACCATGAAGAGAAATGAAGAATTTGGATCCCTTTGTTAGCCTTTACAAGCAAAGATTCTCCTCTTGGGTCTTTTATTAACCAGCATAGAGGAATTAGAGTCATGCAAAAATTCCCTGCCCAAGTTTTTATTTTAAAAGCAAAGCCTTTCTTCTACATAACACGCCTTGTCCAAGAAATATCAATCCACATGAGTATATGGCTTTTCAATGAAGACCTCATCAAGAATTTGTCTCTAGATCATAAAAGTACCCTGTTTGTGATAGAATGGGGCAACACCTTGTGCATTCTTTATGTCAAAGTCTCAGCAATTATTTTATAGAAGCTAATGATTAAGCTTATAGGCCTAAAGTCCTAGACTTTGCAAGCATTGACTTCTTTGAGAAAGACAAATGAAAGTCCCTTTCATTGTGGCGTCAATGGCACCTCTCTCAAAGAACTTATTAAAGACCTTATGCGAATGCAACTTAACGATATTCCAAATATATTGGAGAAAAGCCATGGAGAAACCATTAGGACCAGGACTTACAGCCCACAAAGTCGAACACCTTTTTTTTATCTCTTCCAAAGTAAAAGGAGCCTCTATTCTCCTCCCAATTTTCCTATCACTAATAGGGTTCTTTTCTTTCTTTCTTTCTTTCTTCCTTTCTTTTTTTCATTTTCTTTTTTTTTGATAGAAACCAATTTTAATTAAGACAAATTGAAGAAAGAAACAACTGTGGCCTAACTTGCATTCAAAGTTGAAGCCACGTGGTTAGGTAATATGAGTATGCTGTGCATTTTCATTCACTTGTTCTTTTTCGTTTTCTCCTTTATTCCTTTTCTTTCTCCAATTGTGCGTCATTTTGTTGGTCCGATTTAATTGCATTCTCAAAGATACAGATTCTATTATATATACATATATTTAAAACTTTGCTCTCTTTTCTTTATCCTGTCACCTTTTCCAGCTTGCAATAAGCAAGAAGGCAATGGGAGACAGCTCCAACTTTTATGAGATAGATGGCACTGAATCTTTGGGTTCTTATCTCCGTATTCAACCTTGCTGTGATATAGCTCCAGAACTTTCAAAATGCTCTATTCAATGGTACCGCATAGCCTTGAAAGTGGCAAGAAAGAACTTATTTCAGGTACTGTGCTTATAATTTTTTGTGGACTAGCATATCGCATTCCTCTTTGAGCTGATTCTCCTGTTACATGATGATGTTACCGCATTTTCACAATCTATTATACATCAAACTCTTCAACTGTTTCCATTATTGTTATTGACTATCGTGTTCTTTGCCCAAACATTGACATTGATTTCATCAATTCAGAAGTTGAAGAAACCACCTGATTGATGCGCTTGCAAGCTAATGCTCTTGGCCTCTTTCTTTGTCTGCCAAAAAGTGTTTTGAATAGTATCTCCAGGAAAGAAGATGCTAATTAGCTTATCAAAGCTCTAAATACTAGGCACCTTATGTACAAGGGAGAAATTTTGAAATTTATGTAAACAAATATCTTTAGCATATAATCAAATAAGACTAGTCTTCGAACATTAGAAAGCCATGTCAACTAAGGATTAGTCCTCTTAATAAATTTCCTGGTTTTTTCCGTAAGACATTAAGGCATTGAAATTGATCAGTAAAAAATGATGCTATTAAAAAGATGTATGTGAAAAAATATACTACAATTTCTTTTTTTTTTTTTCAAATATAAAATCTTGCCTAATAATTTAAGATTCTCTTGATTAGAGATAGTAGAGCTCAATTGACATGTGATAGTATTGAGAAATGATTTTAAAAGTTAAGCTAACTCTAGACTAATAGCTATAAGGTTTTAGGTTTAGAGATAATGTCATATTCCTAAATGCTCTGCATTTTCCCTTTCACAGGGAATTCCAAATATTTCATTTCTAATTGTGATTTGAATTGTTACTATCACAGGAGCTACAAAATCAGTTTATGCTCCAGAGCCTTTTGATGTTGGGAAAATCTTGCAAGCTGAAGTTATTTTAGATGGCCAGAGTATCGTTTTGACAACTACTAGCCCTATTGATCCAGGTAGTTTAAGAGTCGATGTATGTATAAATATACATTGAGATGCATATAAAGTAGTCAATAATTCTTGTCTTGGTTGCTATAGCTGTATGGTTGGTTGACTTCATGGCAAGGAACTAAATGTTGGTTTTTCTAACAGCTGCTGGTCTAGGAAGCTATGTTGAAGCACTCGTGCGGAAGCATGATGTTGAATTTAATGTACGTTGTCCAAGTCTTTATATAGAGTATTTAATATGCAAGACTAGTATGGCATATGCAAGTGCAGAAGGTTGAAAATAGCATTAGCATGTGACATGATTTATTGATGGTTCAAACTTGTGGAGATATTTTTTTTATCAGCACCACCAAGATAAATTAAAACTGTCCAAATAAAATGAAGTAAACCCATAAAGACTATAGTACATCATGTCAACTGTTATTTAACATGGCAGATTATTCGTCGCCAAAAGAAGTTACAATTTTTTGTTGGACAAGAAACAATATACAAGAACCCAGTGGAAAGGATAAGATATCCTTCCACATCAGAAAGTTCAAGGGAGATAACAAAAGACTCTTTAATTGATATTAATTGTTAATAGAAAAGGAGAGTAATTGTAAAGGATTATGGACTAAGAACTCCATCTAAGAGTTAAGCTACAAGTTTTGTGTACAATATCTTTGCCATCTATCCTCTTTCCATGTAAAATCTTACAGTTCTGTTTCTTAATTAAAAATGAAAATAGAAACAAAAATATAAAACCCTGTCGTTGCCACCTGTATTATAAATTTTCCTTATTCAACAACTCATTGTCTATTACATAATGCTCTTACAGTTATGTCTATCAATTATTAACTCTGTTAGAGCCTTTTTCTATAATTATATTATTGCCATTACAGGACATCTTAAATATCTTCATATATTTATACCTGCGCTTCATTGAAGACTCTTGCTTCTGCTTTTTCATGTGTGGATTATCAGCTGTCTCCTATGCCATCTTTTTATGGAGTGCACCAATTCCCTTGCCTTTTTCTATTTCAGGTAGTTCTTACCCAGGTGAATGGAGTAAATCATCCATTGGAGTCGATCCATGCACTCCATGTTGGAAAGATGCGGATAAAGCTCTGCAAGGGAAAGAGCACCATTGCTAAAGAATATTATTCGTCCTCAATGCAG ATGCTTTGGAAATGGCCCAAGGCTTCAACTTTACCTGAAATTCTGAATCTCCAACTTGGATATAAGACCAATCTTGTGTTTTACAGAGTAGCCGCCTTGAAAATGACAAGGATAAGCCGTACTTATAGTGATACAATGCAAAGAGAGGGTGTCTCAGCTGTATCAGCTGATGTGATATTTGCTTCTAGTCGGTTTCCAAACTACAAAATTGGAGCTAACAATCAGATTGTGGAGGCTAAAGATGATCCCAAAGTACTATCTATGAAGGAGGTAGTTGCTCGTGAGACTGCCCAACTGTTGGAACAGCAGAAACGCCTCTCAGTTCGAGACCTGGCTAGTAAATTTGAGAAGGGTTTGGCTGCTGCTGCTAAGTTGTCAGAAGAGGCTAGACTAAGAGAGGCAGCTTCACTGGAAAAACATGTTCTATTGAAGAAGCTTAGAGATGCATTGGAAGCGTTAAGAGGACGTGTTGCTGGAAGGAACAAGGATGATGTAGAGGAAGCAATTGCAATGGTGGAGGCCTTAGCAGTTCAACTTACTCAGCGGGAAGGGGAATTAATACAAGAAAAGGCTGAAGTGAAGAAGCTAGCTAATTTTCTTAAGCAGGCATCAGAAGATGCTAAAAAACTTGTCGACGAGGAAAGAGCTTTTGCACGTGCAGAAATTGAAAATGCAAGAGAAGCAGTTCAGAGAGTAGAAGAAGCCCTCCATGAACATGAACGAATGTCTCGGGCAGCTGGGAAGCAGGACCTGGAAGAACTAATGAAGGAGGTTCAAGAGGCTAGAAGGATCAAAATGCTCCACCAACCTAGCAAGGTTATGGACATGGAACATGAGCTTCAGGCATTGAGACTGCAACTTGCTGAGAAGTCCAAGTATTCTATACTACTTCAGAAAGAACTTGCAATAAGCAAGAAGGCAATGGGAGACAGCTCCAACTTTTATGAGATAGATGGCACTGAATCTTTGGGTTCTTATCTCCGTATTCAACCTTGCTGTGATATAGCTCCAGAACTTTCAAAATGCTCTATTCAATGGTACCGCATAGCCTTGAAAGTGGCAAGAAAGAACTTATTTCAGTCTTCGAACATTAGAAAGCCATGTCAACTAAGGATTAGTCCTCTTAATAAATTTCCTGGTTTTTTCCGAGCTACAAAATCAGTTTATGCTCCAGAGCCTTTTGATGTTGGGAAAATCTTGCAAGCTGAAGTTATTTTAGATGGCCAGAGTATCGTTTTGACAACTACTAGCCCTATTGATCCAGCTGCTGGTCTAGGAAGCTATGTTGAAGCACTCGTGCGGAAGCATGATGTTGAATTTAATGTAGTTCTTACCCAGGTGAATGGAGTAAATCATCCATTGGAGTCGATCCATGCACTCCATGTTGGAAAGATGCGGATAAAGCTCTGCAAGGGAAAGAGCACCATTGCTAAAGAATATTATTCGTCCTCAATGCAG ATGCTTTGGAAATGGCCCAAGGCTTCAACTTTACCTGAAATTCTGAATCTCCAACTTGGATATAAGACCAATCTTGTGTTTTACAGAGTAGCCGCCTTGAAAATGACAAGGATAAGCCGTACTTATAGTGATACAATGCAAAGAGAGGGTGTCTCAGCTGTATCAGCTGATGTGATATTTGCTTCTAGTCGGTTTCCAAACTACAAAATTGGAGCTAACAATCAGATTGTGGAGGCTAAAGATGATCCCAAAGTACTATCTATGAAGGAGGTAGTTGCTCGTGAGACTGCCCAACTGTTGGAACAGCAGAAACGCCTCTCAGTTCGAGACCTGGCTAGTAAATTTGAGAAGGGTTTGGCTGCTGCTGCTAAGTTGTCAGAAGAGGCTAGACTAAGAGAGGCAGCTTCACTGGAAAAACATGTTCTATTGAAGAAGCTTAGAGATGCATTGGAAGCGTTAAGAGGACGTGTTGCTGGAAGGAACAAGGATGATGTAGAGGAAGCAATTGCAATGGTGGAGGCCTTAGCAGTTCAACTTACTCAGCGGGAAGGGGAATTAATACAAGAAAAGGCTGAAGTGAAGAAGCTAGCTAATTTTCTTAAGCAGGCATCAGAAGATGCTAAAAAACTTGTCGACGAGGAAAGAGCTTTTGCACGTGCAGAAATTGAAAATGCAAGAGAAGCAGTTCAGAGAGTAGAAGAAGCCCTCCATGAACATGAACGAATGTCTCGGGCAGCTGGGAAGCAGGACCTGGAAGAACTAATGAAGGAGGTTCAAGAGGCTAGAAGGATCAAAATGCTCCACCAACCTAGCAAGGTTATGGACATGGAACATGAGCTTCAGGCATTGAGACTGCAACTTGCTGAGAAGTCCAAGTATTCTATACTACTTCAGAAAGAACTTGCAATAAGCAAGAAGGCAATGGGAGACAGCTCCAACTTTTATGAGATAGATGGCACTGAATCTTTGGGTTCTTATCTCCGTATTCAACCTTGCTGTGATATAGCTCCAGAACTTTCAAAATGCTCTATTCAATGGTACCGCATAGCCTTGAAAGTGGCAAGAAAGAACTTATTTCAGTCTTCGAACATTAGAAAGCCATGTCAACTAAGGATTAGTCCTCTTAATAAATTTCCTGGTTTTTTCCGAGCTACAAAATCAGTTTATGCTCCAGAGCCTTTTGATGTTGGGAAAATCTTGCAAGCTGAAGTTATTTTAGATGGCCAGAGTATCGTTTTGACAACTACTAGCCCTATTGATCCAGCTGCTGGTCTAGGAAGCTATGTTGAAGCACTCGTGCGGAAGCATGATGTTGAATTTAATGTAGTTCTTACCCAGGTGAATGGAGTAAATCATCCATTGGAGTCGATCCATGCACTCCATGTTGGAAAGATGCGGATAAAGCTCTGCAAGGGAAAGAGCACCATTGCTAAAGAATATTATTCGTCCTCAATGCAG MLWKWPKASTLPEILNLQLGYKTNLVFYRVAALKMTRISRTYSDTMQREGVSAVSADVIFASSRFPNYKIGANNQIVEAKDDPKVLSMKEVVARETAQLLEQQKRLSVRDLASKFEKGLAAAAKLSEEARLREAASLEKHVLLKKLRDALEALRGRVAGRNKDDVEEAIAMVEALAVQLTQREGELIQEKAEVKKLANFLKQASEDAKKLVDEERAFARAEIENAREAVQRVEEALHEHERMSRAAGKQDLEELMKEVQEARRIKMLHQPSKVMDMEHELQALRLQLAEKSKYSILLQKELAISKKAMGDSSNFYEIDGTESLGSYLRIQPCCDIAPELSKCSIQWYRIALKVARKNLFQSSNIRKPCQLRISPLNKFPGFFRATKSVYAPEPFDVGKILQAEVILDGQSIVLTTTSPIDPAAGLGSYVEALVRKHDVEFNVVLTQVNGVNHPLESIHALHVGKMRIKLCKGKSTIAKEYYSSSMQ Homology
BLAST of Sgr027370 vs. NCBI nr
Match: XP_022147647.1 (stomatal closure-related actin-binding protein 1 [Momordica charantia] >XP_022147648.1 stomatal closure-related actin-binding protein 1 [Momordica charantia]) HSP 1 Score: 734.9 bits (1896), Expect = 4.3e-208 Identity = 403/452 (89.16%), Postives = 412/452 (91.15%), Query Frame = 0
BLAST of Sgr027370 vs. NCBI nr
Match: XP_011660080.1 (stomatal closure-related actin-binding protein 1 [Cucumis sativus] >XP_011660081.1 stomatal closure-related actin-binding protein 1 [Cucumis sativus] >KAE8653482.1 hypothetical protein Csa_007661 [Cucumis sativus]) HSP 1 Score: 728.4 bits (1879), Expect = 4.1e-206 Identity = 402/452 (88.94%), Postives = 412/452 (91.15%), Query Frame = 0
BLAST of Sgr027370 vs. NCBI nr
Match: XP_038879450.1 (stomatal closure-related actin-binding protein 1 [Benincasa hispida] >XP_038879451.1 stomatal closure-related actin-binding protein 1 [Benincasa hispida]) HSP 1 Score: 725.7 bits (1872), Expect = 2.6e-205 Identity = 400/452 (88.50%), Postives = 411/452 (90.93%), Query Frame = 0
BLAST of Sgr027370 vs. NCBI nr
Match: XP_008451066.1 (PREDICTED: stomatal closure-related actin-binding protein 1 [Cucumis melo] >XP_008451067.1 PREDICTED: stomatal closure-related actin-binding protein 1 [Cucumis melo] >XP_008451068.1 PREDICTED: stomatal closure-related actin-binding protein 1 [Cucumis melo] >XP_016901006.1 PREDICTED: stomatal closure-related actin-binding protein 1 [Cucumis melo] >KAA0055684.1 stomatal closure-related actin-binding protein 1 [Cucumis melo var. makuwa] >TYK09932.1 stomatal closure-related actin-binding protein 1 [Cucumis melo var. makuwa]) HSP 1 Score: 725.7 bits (1872), Expect = 2.6e-205 Identity = 400/452 (88.50%), Postives = 410/452 (90.71%), Query Frame = 0
BLAST of Sgr027370 vs. NCBI nr
Match: XP_023531104.1 (stomatal closure-related actin-binding protein 1-like [Cucurbita pepo subsp. pepo] >XP_023531105.1 stomatal closure-related actin-binding protein 1-like [Cucurbita pepo subsp. pepo] >XP_023531106.1 stomatal closure-related actin-binding protein 1-like [Cucurbita pepo subsp. pepo]) HSP 1 Score: 712.6 bits (1838), Expect = 2.3e-201 Identity = 395/452 (87.39%), Postives = 404/452 (89.38%), Query Frame = 0
BLAST of Sgr027370 vs. ExPASy Swiss-Prot
Match: O48791 (Stomatal closure-related actin-binding protein 1 OS=Arabidopsis thaliana OX=3702 GN=SCAB1 PE=1 SV=1) HSP 1 Score: 610.5 bits (1573), Expect = 1.6e-173 Identity = 332/452 (73.45%), Postives = 385/452 (85.18%), Query Frame = 0
BLAST of Sgr027370 vs. ExPASy Swiss-Prot
Match: F4IIZ9 (Stomatal closure-related actin-binding protein 2 OS=Arabidopsis thaliana OX=3702 GN=SCAB2 PE=2 SV=1) HSP 1 Score: 401.0 bits (1029), Expect = 1.9e-110 Identity = 233/439 (53.08%), Postives = 315/439 (71.75%), Query Frame = 0
BLAST of Sgr027370 vs. ExPASy Swiss-Prot
Match: Q8GX05 (Stomatal closure-related actin-binding protein 3 OS=Arabidopsis thaliana OX=3702 GN=SCAB3 PE=2 SV=1) HSP 1 Score: 398.7 bits (1023), Expect = 9.7e-110 Identity = 243/456 (53.29%), Postives = 313/456 (68.64%), Query Frame = 0
BLAST of Sgr027370 vs. ExPASy TrEMBL
Match: A0A6J1D1W1 (stomatal closure-related actin-binding protein 1 OS=Momordica charantia OX=3673 GN=LOC111016518 PE=4 SV=1) HSP 1 Score: 734.9 bits (1896), Expect = 2.1e-208 Identity = 403/452 (89.16%), Postives = 412/452 (91.15%), Query Frame = 0
BLAST of Sgr027370 vs. ExPASy TrEMBL
Match: A0A1S3BQ35 (stomatal closure-related actin-binding protein 1 OS=Cucumis melo OX=3656 GN=LOC103492455 PE=4 SV=1) HSP 1 Score: 725.7 bits (1872), Expect = 1.3e-205 Identity = 400/452 (88.50%), Postives = 410/452 (90.71%), Query Frame = 0
BLAST of Sgr027370 vs. ExPASy TrEMBL
Match: A0A5A7UKH7 (Stomatal closure-related actin-binding protein 1 OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold16G00580 PE=4 SV=1) HSP 1 Score: 725.7 bits (1872), Expect = 1.3e-205 Identity = 400/452 (88.50%), Postives = 410/452 (90.71%), Query Frame = 0
BLAST of Sgr027370 vs. ExPASy TrEMBL
Match: A0A6J1HW95 (stomatal closure-related actin-binding protein 1-like OS=Cucurbita maxima OX=3661 GN=LOC111466829 PE=4 SV=1) HSP 1 Score: 711.8 bits (1836), Expect = 1.9e-201 Identity = 395/452 (87.39%), Postives = 403/452 (89.16%), Query Frame = 0
BLAST of Sgr027370 vs. ExPASy TrEMBL
Match: A0A6J1F124 (stomatal closure-related actin-binding protein 1-like OS=Cucurbita moschata OX=3662 GN=LOC111441158 PE=4 SV=1) HSP 1 Score: 710.7 bits (1833), Expect = 4.2e-201 Identity = 395/452 (87.39%), Postives = 403/452 (89.16%), Query Frame = 0
BLAST of Sgr027370 vs. TAIR 10
Match: AT2G26770.1 (plectin-related ) HSP 1 Score: 610.5 bits (1573), Expect = 1.1e-174 Identity = 332/452 (73.45%), Postives = 385/452 (85.18%), Query Frame = 0
BLAST of Sgr027370 vs. TAIR 10
Match: AT2G26770.2 (plectin-related ) HSP 1 Score: 610.5 bits (1573), Expect = 1.1e-174 Identity = 332/452 (73.45%), Postives = 385/452 (85.18%), Query Frame = 0
BLAST of Sgr027370 vs. TAIR 10
Match: AT2G40820.1 (FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biological_process unknown; LOCATED IN: plasma membrane; EXPRESSED IN: 21 plant structures; EXPRESSED DURING: 13 growth stages; BEST Arabidopsis thaliana protein match is: myosin heavy chain-related (TAIR:AT3G56480.1); Has 203 Blast hits to 195 proteins in 64 species: Archae - 3; Bacteria - 13; Metazoa - 26; Fungi - 15; Plants - 101; Viruses - 0; Other Eukaryotes - 45 (source: NCBI BLink). ) HSP 1 Score: 401.0 bits (1029), Expect = 1.4e-111 Identity = 233/439 (53.08%), Postives = 315/439 (71.75%), Query Frame = 0
BLAST of Sgr027370 vs. TAIR 10
Match: AT3G56480.1 (myosin heavy chain-related ) HSP 1 Score: 398.7 bits (1023), Expect = 6.9e-111 Identity = 243/456 (53.29%), Postives = 313/456 (68.64%), 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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