Sgr024139 (gene) Monk fruit (Qingpiguo) v1

Overview
NameSgr024139
Typegene
OrganismSiraitia grosvenorii (Monk fruit (Qingpiguo) v1)
DescriptionMethyltransferase
Locationtig00001047: 3563373 .. 3580835 (-)
RNA-Seq ExpressionSgr024139
SyntenySgr024139
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideexonCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
ATGGGGTCCAAAAGTTCAAAGGAGGCCTCGTCCTTTCGGTCGCCTTCTTCTTCTTCTTCGTGGGGTGGTGGTGGGTATCCTCAATCGTCATATGGACATGAGACCCAAAGTTATATGCCTCAGCAACCCTATTCTTCCCAGCAGTATTTTACATCCTCTCAAGAGTGCTATGGGAGCGTTGATAATGACAGAAGACTGGATAGAAGATACTCAAGGATTGCTGATAATTACGATTCTTTAGAAGAGGTAATTTATTAGGGGGTTTACTGTTTGAAAAGGGATGGATACTTATTTTACCCTTATGGGATGGAGATGATAACTTCATCTCTATATTCACTGAATCCTCTTCTTTACACTTCATCTGTATCTGTTATTTCTTCTCATGAATAAAGGAACTTCAAATAATTTGGCGTTCTTACATGAAAAAAGTTGCTGTAATCTGGTGGATTTGCTCTGCTTCTTTTTGGAAAAGAAAAAGGATAAGCTTTTTGTTTTTAAACACATATGCTTATTTACTAACTTTTTTCTCTTTTGTCAAGCCAAATTTTAAAAACTAAAAAAGAGAAGTTTTGAAAACCTGTTTTTCATTTTTGAAACTGGGATTTCAAAAGTATTTTAAAAAGTAGAAAACTAAACAAATAAAACATTGGTAAAAAAAAGTTTTATAAGCTTAATTTTTAAAATAGAAAACTAAAAATAAAATTGTGATTAAGCGAGCTTTGGAGATGTGAAGTATTCTTCTGTTATTTTCAGGTAACAGAAGCTCTTGCACGTGCTGGCCTTGAGTCTTCCAATCTTATTGTTGGCATTGATTTCACCAAGAGCAACGAGTGGACAGGTGTGAAGGATTGATTTTAGTGCCCAAAATTGCAAGATTTGGCCTGTCATTTGTGGTGGGACATTCTAACTTGACTTATATATTTACAAATAGGTGCAAGGTCGTATAATAGACGAAGTCTACATCATATTGGAGACCACCCAAATCCTTATCAACAGGCAATATCAATTATTGGGAAGACATTGGCTGCTTTTGACGATGATAACTTAATTCCCTGCTTTGGATTTGGAGATGGTTGGTATCTTTTCTTTTCTTGCAAAGCTCTTGGATCAATTAAAAATGTCAGCGCTCACTTTTCTGAATTGGCAGCATCTACTCATGATCAAGACGTCTTCAGTTTCTTCCCAGATGAGAGGTTTTGCAACGGATTCGAAGAAGTGTTGAGTCGTTACCAAGAAATTGCCCCTCATCTACGACTTGCAGGTTTGTTTTCTACATCTACAGTGTCTTTCGTATATCTGAAGGACTTGTGCCTTTGATATGGAATTTGATCTTATAACTCTCCTGGGTTTGTGATAGGACCAACTTCATTCGCACCTATTATTGAAATGGCCATGACCATTGTCGAGCAGAGTGGTGGTCAATACCATGTTTTGCTAATTATTGCAGATGGACAGGTAGGTCTAAATGTCTAATTCACTGCTTGTAATAGGTTGAGTTAGCTACTAGGGGAGGTAATGAAATGAAGAACTTGTTTTTCTTCTTCTTCTGCTACAACTGCTGGTTGCTGCTACTATAAATTTTATGTAAAGAAAATGTCGAGGGTGGAAAATGAAATGTAGAGGTACTGACATCTTCTTGAACCTAAAAAAGTGCTGGTGGTGTCCCTGTTGGAATGTAGAGAGCTTGACAAGAATAAAAAATTAATAGAATGACATAACATTCTTGGGATGTTTTGTTCATGGTTTTAATAAATTAAGCCTGAGTCTATGAAGTCTGCCATGGAGAAGTTTTGGAAGTCTTGAATTTGTCTTTGGATTTTTCAAAAGAATAGATTATAGAAACCTTGGTTTACATAATTGTTCTAGTTTGTGAGTTTATGATTTATAAAAATTAGTTTGTAATATAAGAGGTTGATATCATAAACCTGGATTTATGTAGCTCATGAGATTAACTAACCCATAGCCTAGGATAAGCAAACTTGCATGCTAAATATAGATTGGGTTTAACCTAGGTTATTCAAGTTTGTTCGTGAGTCAGCACCCACCCCTTAATGTTTGAGATAAAAGATGCTTTTCATATTTTTCTTCTTACATTTGTTGGTGAACTTGCAAACATAAGTCTTTGGTCCCAGCACAATCCCATCGTTTAGAATGTCCAAAGGAATGGTGCTTCAAATTCACATTTCGAATGCTATCTAAGGAACCTTTATGTTCTCACTTTGTGTACATGTTTCTTGCTCAGACACCTTTTAAGTCATTGGATTACCTGTTTGCTACTTCTTGTCTTTTAAAGTATCCCCCTATGCTCAGGTGACTAGAAGTGTAGATACAGAACGCGGTAGGCTCAGTCCACAGGAGCAGAAGACTGTCGATGCCATTGTTGAAGCAAGGTGAAAATGGAGTCCTTACATTCCTCCTGCTCCCCACTTTACTCTCTATAGCTTCAGCACTTGTGCATCTCCAGGCGATAATCATTTATATTTTTACTTCACTGCAGCAAATTCCCTCTGTCAATTGTTTTAGTTGGAGTTGGAGATGGCCCCTGGGATATGATGAGAGAATTCGACGACAATATCCCGTCGCGTGCGTTTGATAATTTTCAGGTTAGTGTACCTCCATCCATCCATGAATCCTTACATGCATACATACGTCTTTATGTGTGCCCACATACATACATACATATATATATGTCTATATATATCTGCACGCACAGATGCATACTTTGTAGTTGATGTTTTCTCTTTCTTCCCCTCTCCCATTGAGATTCTGTTTTATTTTTTCATTAATTCTCTCGCTTCTCTCTGTCTAGTTTGTAAATTTCACAGAAATTATGTCAAAGAATATAGCTCCATCTCGGAAAGAAACTGAGTTTGCTCTTGCAGCTTTAATGGAGATTCCTTCCCAGTACAAGGCAACAATAGAGCTTAATATATTGGGGTGAGAAATTATTTCCTGTTTAAGTTGTTCTTTTACTACTATCTGAAGTAATTGTTTTGTAGAACAATTATTGATATGTTTTAATATTGTGCCTCAGATTTATGAAAATTTTAGATTGATAAAATGAAAAAAAATGAGAAATGCAAAATTACAAACTAATGAAAGAAATGAGAAACACAGAATTACAAACTAATGAAAAGAAATGAGAAACACAGAATTACAAACTATCTTTTCTTAACAGATGTTAAGTTAAATAAATGGGAAACAGTTTGCAGAAATTATTTTAGAATATAAAATATTTTAGAAATGGGTCTCAGAAACAATCCTTATGTATCTTGTTGTTTTCTATTGATGACGATTTTGTTTACTTGAGCAGAGGTCACAAGGGCAATTCTCCCCAGAGGGTTGCACTTCCTCCACCGGTCTACGGCACAGCATCTTTTAGCAGTTCAAAATCTTTTAGTAGTTCAAAGCCCTCCTGGTCTTCCAGTTATGAGCCAGTGTGCCTTCTTTCCCCGAAAATAGAAATCCTAGTACAGCTCCTCCTGTGGCAAGCTCAACTTATGATAACCAGGTTTGTTAACTTTAATTTTGTTGTCATGTTTTCTTCACCCTTTTCTTATTTTCTGTAATCTACTGAATCATGCTCATCATATTACGTACCAGCAATTTCATAGTGGGGGCAATGTCTAGCCTGAAAGGAAAGGACATTTTTCCTAAAAGTGAATATTGTGAAAAGAATACTAATTGCACTGCAACTTCAATCCAAACAGAGCGTCCTTCTTGCTTGGCCTTGTGCAACAATACCCGTTTTTCGTGTTTCGTATGTTTGCTGTTACGAGAAATTGTTGTGATCCATTATTTATTAGCATGTTCAATTCAGGGATAGAAGAGAATAGACCTTTATGCATATGCTTCCACTGAGCATATTTCTTTTCTTTCTTCCTATCTCTCCTTTTTGTTTTTAGATTTTGGTTTGGATCTATCCTAATTGGTGATATAGGGAAAAGGTGTTTGTGTTAAAATGCACAAAAAGCTAAAAAAATTAACATCATCTTAAGAGAAGCGTTAAAATGCACCCAACCTCAAACCTCCTCCTGCAACTCAATGCTTTTTTTTTACTTTCCAACCATATGTTTAACAAAATAGCGAAAAAAAGTTGCCAAAATAAACGTCTCTGTATCGAAACGGAGGAATCAAAACTACTCCATCAGAGTAAGCAGGCATGTTTCCACAATTAAATTAGATATTAGATAATGGGTACTCTTACATTAAGACCCAGTTTACTGCTGTCTATGAAGTTTGTGTCTTCCCTCTACTCAATTCAACTCTTATGTGGTTCTTGATGATAGCCTGTCTTCTCCACATTAAAGTTCCAAATTCGTTTCCCCAACCAAGTTCAACATAATCTGTTGTGGTCGTGCTATACTAGCTTGGTTCTTCACCCCATCCAAGGATACTGTTAGGAGTATTAGTTGGGAATATTAGAAAGATTATTAAGATTGTTTAGTAAGGGGCTAACATTCTACTGATCTTGACAGCTCTGCCCCATTTGCCTCAGCAATCCAAAGGACATGGCTTTTGGCTGTGGACACCAGGTGAGATTAATACAATATTTCTTTCAATGTTGTTTTGATATATTATAACAGACAGGACATGAAATCAAGAATCCGAGGTTGAATGCTTTGAATAATGAATGTTTTTCCATTACAGACGTGTTGTGAATGTGGACAAGACCTCCAGACATGTCCAATATGTAGGAGCACGATTCACACCAGGATAAAGCTCTACTGAAGCGCCTTCTATTTTTTCCGCTTTCCCAAAATTCTTTGTAATTTATTTCTCAATGATCCAAAATGATGTCCTGTCTGACTGTATTTGGTCAATATGAGATTTTGGGTCATGCTCTTCACATAGAACTATGCGAGTCGATCTTGTAATGGCTGAGTTGCATAGTCGAAGAACCCATGTTTCGAATTATCGTAATGTCATTTTAAGATTAAATTCTTTGGAAAATGTGGGTCCAGATGATTTTAATATAAGAATGTACAGGCTACGCGAAGATGGTTTTGAGATTTTGAAATAGCACTGTTGGATAACAATTTTTATTTTTATTTTTTTGCTTTCTAAATAAGGTTTTGTTTTCTATTTTGTAAAAGACTTGTAATTTTAGTTTAAATTTGAAGAATATGTTTTGAAAACTTTTCATCTTCTAATTTATAAATTTAGTTGGGATTTAATTTTTTCTTAAAAAATTAGGTTAATGGTCTTGAATTTTTTAGGTTATGTCTAATAGAGTCATAAATTTTAAAATTAATTTTAAAAAGTGACAATATATTTAAAATTTTTAATTTTATATCTAATAGATTTTTAAACTATTAGATATTTTTTAAATTTAAGATCTATAGATACAAAATAAGTTTATGAATTAAAAAAATAAGATTTATCAGATATAAAATTAAAAATTTAAGGATATATTAAATATTTTTTAAAATTTAAAAATCTATTAAATACCTTTTTAAAAATGTATTAGACATAAGTGAACATGAGTGTAGCTCAAGCATCTTTAATCTCACCTCTTTTACGATATTGTAAAAGAAATAAAATTTAACATTGATATATATCGACAAGTATCACTTTTTTTTTTTCAAACTATTTTGTCAATTTACAATATTAAGAAAGAAAGGAAGAAATAAATAAAGAAAAAAAGGTTTACGTATTTAGCAATTCTGGGGCCCTTGGCGATGGTGGAAATACGATCAACAGTCAAGAGTTAACTACTACTGTCTGTACGCGCGAACCCACCCAATCTCTTCCGCACGAGAACGATAGCGGAAGCTCATCATTCTCACACTCGGTTTCGACGGTAATCTTCAGTCTCTTTCACCTTCTGCTGGGTTTTCGTTTCCCTGAATCTTCAGTCAGGTTCTTTGGATTCTATCTTGCTGTAATGAAGCACAAGACCCAGTCCCTTTCCTCTACTCGGCGACTAAAGTTCCTTCTACTCGGACTCATCTCACTTCTCGGCTTGCTTTGTCTCTATTATGGGTCGTCTTTCACACCCAGCTCGCGTAGATCTGATGAGGAGGACTCATTTGGCTCTGATCCTGTTTTTGGTGGGGTCGCTCTCAATCACGATTTGGATGATTTGCATGAGGATCAAGAGCAGAATCCTGAGGTCCCTAAAAGCATACCTGTAAGCACCACTAGCTTTAACTTCAATTTTTTTTTTCCTATGGTTTTTTTTGGGTTTACTTGATATTATTTTTGTTTCGCAATTTGGGTGGCAAAAGGCAGACTATTACTAGTGTCGTAGTGGAACTCGGGAAATGCGTTTCAATTTTGATAGGTTATCTTGTTACGCTTGTCTTGAGCTGAAATAATTGTTTCTGTATGGCCTTTCAGATCTGTGATGAAAGGTATTCAGAGTTGATACCTTGTTTAGATAGAAATCTTATTTACCAGTTGAAATTGAAGCCCAACTTGACTTTGATGGAGCACTATGAGCGGCATTGCCCCCGTCCTGAACGCCGCTATAATTGTCTCATTCCTCCTCCTGCTGGTTACAAGGTTGGTTATATCTAGTTATATAAAGAAAAGCTAGTTAGAGAATGGTTTCAGCTTATTTTGAAATTTGATCCCAACAAAATTATAATTAGAGTTTCAGATCCCAATAAGATGGCCAGATAGTAGGGATGAAGTGTGGAAGGCAAACATACCACACACACACCTTGCACAAGAAAAGTCAGATCAGAACTGGATGGTTGTGAATGGGGATAAGATCAATTTTCCCGGAGGTGGAACTCATTTTCACTATGGAGCTGATAAGTATATCATTTCACTTGCGAAGGTGAGTTCTTTTTCCATTCTCAATCCTCGATGTGTTGTATTGAAAAAAAGTATGTATAAAGCATAAAGAAGTAAAAAGTAATCCCAAATTTGAGTAATTTGACAACTTCCATAGTGTCAAAATTTGTTTCTGTGCTCATCTTTTTTCTGAATATAAATGAATAATATGTGGTAACCTATATACACGAGGTTCATTTCTCTTTGTAGAATGCTTAATATTCTTGTTATCTGTGTAGATGCTTAAGTTCCCTGGTGATAAGCTCCACAATGGTGGAAATTTACGGAATGTCCTAGATGTGGGCTGTGGGGTTGCAAGTTTTGGAGCATATCTTCTTTCACATAATATTATTGCTATGTCACTGGCACCTAATGATGTGCACGAGAATCAAATACAATTTGCACTTGAGAGGGGGATTCCATCAACTCTTGGTGTTTTGGCTACAAAAAGACTCCCCTATCCAAGTAGATCGTTTGAGTTGGCTCATTGTTCTCGATGTCGAATTGATTGGCTACAAAGAGATGGAATCCTCTTATTAGAACTTGACAGATTACTGAGACCTGGAGGTTATTTTGCCTACTCCTCTCCTGAAGCATATGCACATGATCCAGAAAATAGAAGGATTGGAATTGCTATGCACGACATTCTCAAAAGGATGTGCTGGAAAGTTGTTGCTAAAAAGGATCAAACTGTCATATGGGCAAAGCCAGTGACTAATAGCTGTTACTTGAAAAGAGAGCCAGGGACTCTTCCACCCTTGTGTAATTTGGATGATGATCCAGATTTGACTTGGATCGTGTCAATGAAAGCATGCATTTCCCGATACTCTGCAAGTGAGTGTAAATGCTTTTCAGCCACATGCTCTTGACTCATACTGTGAAGAATTTACTTGTTTGCTGATCTTTGCAGTTGTACACGGTTTCATTCTTTTTTGTTTTTGAAGTTCTGTAACAATGTTATGATGTATACTACACTTTTCTGAAGATAGTTTTCAAGCAGTACACACACAAGAATTTGAATCTATCAGCTATAGCTGTTATATCCATTTCACTTTTCTTTTTGTAAGCTTGTCGCTTTTGTGCGCACCTAGACGTTCATTTGCATTATTCTCTTTTAACATATCAATGGAACAGAAATGCACAGGGAAAAAGGAAGTGGACTAGTTCCTTGGCCACAGAGACTTACTTCAGCTCCTCCCCGTCTTCAAGAAGTTGGTGTCAGTGCAGAAGAATTCAAAGAAAATAGCGTAAGTTTTTTAAAAGGTGTCCATGTCATCTACGATTTTTAAGCTTTAGCTGCACCAAATACTTTTTTATTATTTCCTATGTCTTTTTTCAACATATTCTAGAAGCCTAATGAAAAATTTTCATTTTTACAGAATGTATGGAAGCTTAGAGTGGCAGAATATTGGAAAGAAATGAGATTTGTCATACAGAGGGACTCCATCAGAAATGTAATGGATATGAATTCCAATCTTGGGGGGTTTGCTGCTGCACTAATTGATAAAGATGTCTGGGTGATGAATGTTGCTCCTGTCAATTTATCTGCAAAATTAAAGATTGTTTATGATAGAGGCTTATTAGGAACTGTTCATGATTGGTATGCACTTTATCTGGTCACTTATCCTAGCTTGACTATGGATCTCTCTCTGCTACACTTTCCGTCTCATCTTTGCTTTCCCATGACACAAGTCGGTTTTGGTGATTCATTTACTAATGTTGTTTCATTAATTTTTTCTTGATTATTTTTAATATAATGGCTTCTTTCATTGCTTTCGGTGAGTCTATCTTCTGATACTACGGAGCTGCATTATTTGTCGATCCTGAAAATTGTTGGTTTGTTCTTTTACTGAACATATAGTGAAGCATGCAGCCGTTTAAGGCAAGTACGATGCATGCCACACCAAGCACCTAATGTAGCATAAATAGCTCGATAAAGCTGGATGTATTTATGACAATTTTCCGTGTACCCTTAATCTTAAAAAAAGGTCTGTAGTCATCTGGCTTTACATTTTAATATTAGAGAAGTTGTATGCACTTATCCATTAATCTTAAAAAAAGGTCTGTAGTCATCTGGCTTTACATTATAATATTTGAGAAGTTCCATGCACTTATCATCCGGCTTTCCATGCTTCAATTGAACTGTTTGTGTTGCTTTTGTATTTTGGGCGACCTTATCAGGATTCTTCGACCAAAAATTTTCCTTCTTTTGTATTGTAATCTCATTCTTTTGAGGCTTCAAATATGGTGTTTCAATATTTCTCTCCAACTAATAGAAATCCAATTGTCACTGTGTTTGAGCTTCAGAATGCATGCACTTGATTACGTGGAACAGCTACCGATCAATATACATTTTTACTTGAGTTATCGTTCAAATTAACTGCCTAATACATGGTTTTTATCGCAATAGTAAGCACAGAATACCGGGCAGTAGGTGTACTTTTGTTTCCTGTTTTTTTTACCTTTTGAGACACACAATATTTGTTACCTTTCCCGTTTGTGTTATTTGCCTATCCAGATTCCTTTGTTGTGTTTTACAGGTGTGAAGCATTTTCCACATATCCTCGCACCTATGATCTTCTTCATGCCTGGGCTGTATTTTCAGAAATTAATGTTCGTGGATGCAGTATGGAGGATCTACTGATTGAAATGGATCGGATCCTAAGGCCAGATGGATTTGTAATTATACGAGATGTTCCTTCTGTTATAAACTATATTCGGAAGTTTGTGACGGCCCTAAGATGGGATGGATGGTTATCAGAAGTGGAACCAAGGATTGATGCTCTTTCCAATGTAGAAGAAAGAGTTCTAATTGCAAGAAAAAGTTGTGGGGGAAAGAAGTAGCAACAGTCTGATTTTGCTGCATTTTTCAGGTGGATATAATTTTTTTTTTCCTTTTGTGAAGCATGATTTCTTATACTCAAAATCTCTAGTCTCATTTTTAGCTTATTGGCTTCTGCAGTGGCTTTTTGCACATCATTTAAAAAAATGGTTACTTTTTTTAGATCATAAGATCAGAAAAGATGAATGATAGTTCAATACCCAAATGTAGGAGAACAATTGTAAAATAGGCTTAGGGGTAACTGTACTTCAAATCTAGTAGTTTTCTTCAGATAAGAGACACTTCCATTAGGAGGGATAAGAAGTCTCCAAAGAGAATTGTTAACTTGGCTTCTGCAGCTTCTTTCATCTGATAAGGCACAACTGAAAATTCCTTGGTTATATCAGATTACAATTTCCAGAAAGGATGACAGATAGTTAAATACCTAAAATGTAGAAGAACTGCAGGATAGTATCTTTCACATCTAGAAATTTTGTTTTAGATAAGAGATAATTCCATTGAGACTCATGCACTGAGAAAATTACAGATGAAACCTTGAATCCATATTCTCTCTCTCCTTCATTAGTTAGATTTTTTTAAAGTTTTCTTTTGTCACTGATGAAGCATGAATTTACACTTGAAGGTTGTTTTTCTGCTCTGCAAAATGCCACTTTTACCCTTGCAGGCAAACCAAGTACTACATATTTTTATAGTCCTCAGCTCCCAGTTGAAAATGAAGATTGGAGAGCTTGGTTCCATGGATATATTTGCAGTGGCGATTTTCCCATCGACCTCCTCAGTATCGTTGCTGAAGATGAAGATGGAATGATATAAAATGCCATGAAGATATACAATCATTTTGCAGAATGCACGAAATCAAGGAGATACAATGACAATAGTCATTTAAAGAAGAGAATTTTTTTTGCTTTTTGTAACCAAATAATTTTAGCTCGGAATTGGCTGGTAACTTTCTTTTTTGGTTTTTTAGTTATTAACGAGTAACCACATCTTTATTTTGTCATCTACATTTTAATTTTTTTAAAGAAAATCCTAGTCAAATTTTAAACTGAAAAACATTATGTATATGTTTATATTTAAAGTTTGGCTAAGATTTATATTTTTAAAAATAGAAAAAATGAGAAACGATCAGTTAATAATCGTATTTTTATTACTTGAAAAAAAAATCGTATTTTTATTAGAACATAAAACTAAAATGGAATGGTTATCAAAAAGGCTTTAACAATAAATGAGTTTGTTCTGTTAATTATTTATTCTTCGTGCCATTCCTACTGTCCAAGGAAAGTTAAAATGACTAAAACGGTAAGAGTAGCTTTTGGAGAGTCAATGGTTGAAACAAAAATGAATGCAATTTTGACCATTCATATTTGAAAGTAGGGTCAAATCTGGAATTAAATAAAATATCTAATCATCACAGTTTGTTTTGGCAGCCACACTTATCCACCTTGGAGGTATTATAGTTTATGAGGAAATAAAGAGGGTTAAAAGTTTTACATTCTTTTTTTTTTAATCTATAATCATTTAATTATGAAAATTTAGGAGAGGTAAATTTAAAAAAAATCTTTAAAAGAGTGACATTTTTATATAATTTTTTAATCTAAGACGAACCAGAGGAGGACAATATCCCACTTTTTCGCTCTACTCTTGCATACCTCCTTCATTTAAAATGAAATAACAAATTAAAGTACAATTGAACATAGTTTATCAATTAAGGCATCAAATTTTTTTTTTATATGTCAAAAGTTTGAACTCTCACCACATAATTGCAACGTTTAATTCTCAAATAAAAGAAAAAACAAATAAAAGCTTTATTGATACTATCAAATTTATCAAATGATACTTTAATAGGTATCAAAGTATAGGTCTTGCCATATAAGCATGTTTAGTGGCTAGTGGCTAAAGCATTTCTGCCTCTTTAGAGGTTGAGGTTTTTATCATCCGCTAACATTTTTAGTATTTTGAGTTAAAACTAGCTACGACATAAGCAGGTTAGGATCTCCGTATATTTGTAATGTATATATATATTTTTAAAAAAAGAAAAAAAAAACTAAGTGGATTTAACAATAAAATAAATATTTTCTTTTTGGCCTATGCATCATCCTCCAACAGCTCACGTAAACTCAGTCGATAAAACAAAATTCAAGGGAACGACGATTCAAATTTCCCACAGTATCTCATCAAGTCTCATTTCTCGATTCCTTCGGAGATTAACAACCCCTATCTTCTTTCTCCATTGTATTCGTTCACATCCCATAGAGCATCGCCGGCCGTACATCTTGGACCGGCAATTTGGAAGTTTTTTCAAGATTCAGATCGGTTTTCCTTGTGTTCGTAGACATAGATCGACCATTTGGAAGGATTCCTCGTTCAGGTTTTCCTCACAGAATTATTTCCGCTATAGTTTTCGCGTGTTTTACAGCAACTGATTTCACCATGTCGTCTAATTTCTAATTATGGAGCTTACCAATTCCTGGTTTTCTTACTAGGACGACCCGAAATTTGTTTCCTGGCGTGATTTATTTATCGTCGAATCAGTTTAATGGCATCATTGGTGTGTATGTGTGTGTTGAAAAATTGGTCTTAGTTTGATTGAGGGGGAGTTACTTCGAGTGCTTCTAGCTGCTTTTTCCAGTTTGATACTTAATCGTAGCTATTGCTTTGGTTTGTTAGCTGGCGCAAGTGTATTTATAGTGGTTGAAAATATGCATGCGCAATGAAGACCAGTGCTAGTTTCAGCAATTGTGACCACGCTTGATGCTGCTTGAGACCTTCTGGCCACCACTTATCAGAAACTTAGTGTGGACAAGTTGCGAGTCTTTGTTGTTTAATACAGCTTTTTACTCTAGAGGTTGGTTTCCCCCTTTTTTCATCTTTTCAGGTTTGGCTTTTTTAATAAGTAGACAGACATCAGCTTCAAGCTTGGAGTTCTGGAAACTGCAACATTGATTACTGAATGTCATTCCTAGTTCCTACGCTAAATAGGTTTCAGAGACATTCTTATTCAACTTGAAACTTGAAGGTTTTGGACAGTATGGTGAACCCAATACGCAGGTTAAAAAATCATCAAGTTCTTATTATCCTATTAGATTATGTGGAGCTTTGGCTTCCTGTAGTTACCGATGATTTACAGACAAAAAATTTGTCATGTGAAATATTTATTTTCGACTTGTATTAATGTGCAGTGGAAACATGAGAAAGCCTAATGAGATAATGAGGATTCTAGTTACAACATTTGTTGGAGCTGTTTTTGGTTTCTTTTTAGGAGTATCCTTCCCAACGATCTCATTATCCCAGGTAGAAAAATTTATTTTTGGAGTTTGCTATTAATTATGTATATATTTAATTTGATCCATCATTATGTGGCTCACATATTTTGAAGGGTGAGAAAGCTTATTATTTTATATTTTTAATTCTGGTAGCTAAATTTCCCATCCGGCCTGATTCCTTCTATTGATCTCACATACATTGAGGACAAGTACTCCGGCCTCTCCACTGAGGCATTCTTGAATGCTTGGTCTTCTTTGAAGGGTAATAGAGGCAGCTCCTTGCAGCAATTTTCACTGAACGAGACAAAGGTGCACTTTTTACTTAAAATTGTTTTGCCGTAGAATGCAAGCACAATTGATTTACATAAGTTCGTATGTGTGAGACATTTTTTATGTGTTTCATAGAAATACATCAATGATTTGTATTCTTTAAATTTTAAAACTGATGTATGTTCGTATGTGTGAGACATTTTTTATGTGTTTCATAGAAATACATCAATTATTTGTATTCTTTAAATTTTAAAACCGATGTATGACTGAACATGATGTTAACTATGGATACATGTCTATTTTGAATTTTGAATTTTTTTATGAGATAAGGATTTAGAATAATTATACCATCTTTCCCTTCAAATTTCATCATTCATCATAGTGTTCTTGAATTTTTGAGAATGATTTGATCATTGTGACTGAAGTACTACCTTTGGTACTTTTATTTAGTGGCCAAAGAAAATTGATTAAGAACAGTCAATGGTGATACATCCATTGGGTGGTTTACAGGAAGTGGCTGCCTTATTAGATCCAGATGTCCAAGGTTCCAATATAACTGAATACAAGAACTTTTTCAGTCCCGCATGCTGTAACTGAATGCAAGAACTTTTTCAGTCTTGCATGCTGTAACTGAATGCAAGAACTTTTTCAGTCTTGCATGCTCTTTCCAATAGCAGGATATATATATATATATATATATATCTGTGCTTAATTTCTGAGGCTTTACAACCTTGCTGATAGCTAGCATAAAAGCATCAAGCGGTTTGAAATAATGTGAGGCAAAGGAATTTTACTAATAGATAAGCTATAGGATGGAGAAATCTCTCCCACTTATTCAAGACTTTACTACCAATCATGGCTAGGGTTCAGAGTTTGGAAGGAAACTCAGGGTCATACTCTTGCAAGTCTATGTTCAATCATTTGCTTGACAACACCGAGGCAATTCTTCGACACTTGGCTAAATGCATCTGGAAATGGGGGGCTCCTTAATAAGTGAGATTCTTCATTTGGATTCTTGCTCATGGCAAAGTCGACACAATTGATAGTGCCCCATCACCCCCCCCCCCCCCCCCCCAACACACCCACACACACAAAAATTCAACTTTTGTCTATTCCCATATTTCTGTGTTAATTGGAACAATGATTTTGAGAACCAACGAGACCTTTGTTGTAGTTGCAGGATTTTTAGGTATTTCTTTATTTATTCTACCCAAATTTCATGCTTCAAATCATGGTCATGCCTCCAGAGAGAACCTAAGGTTGGTGTTTGTTGACAGTTGGAGTTGCATTTTGGAAGCTATGTTTGGAGAGAAACTGATGCATCTTTGAAGATAGGTAGAAACGTGAAGTTGTAAATAGGATCATATCTTTTGGCTTCTAGATAGGCTTTTTGATTAAATCTTCCGGAATTCATTCTTCTTAATTCAAGCCAATTGGAGAGTCTTGTTATAACTCCTTTGGCTCGTTGATGGTGAATGACTTATCATCACACTTTATTTTTCCTTTCATATTTATAAACTTGTATATCTTATCCCAAGAAATGATTATTTCTGAACTTTTCCTTGAAGCACAATCCAACATGGGCAGAGTAGATAAACAATCTCCTTAGTTCCTATCCACTATGAAAAAGTACTTTATACTGTTGTGATCGAATTTTTAATAACTTTCTTTTCTTAGTTGAAGATCAATTGTGGATATCTTTATTCATGTACATACTTTGGGATGAGATGACATTACACAAAACTTTGTATGTGCATAATTTCTGATTTCTTCTGCTAGAGCTGCCTATTGAAACTTTGATGATGATGCAGATATGGGTTCCAACAAATCCTCGAGGAGCTGAAAGACTACCGCCTGGTATTATTGAGTCTGAATCTGATTTTAATCTCCGGCGTCTGTGGGGTCTGCCAAATGAGGTGCTTGTTGTCAACAAAAGCTTTGCAACTTGTATTTGGCCTAATAATTGTGTGTAAAACTAGGGAATAGCCTTTATGTAGTTTACTTGTACTAGCTTATATAGTTTCATCTCCACCAATAGATTGATAATCTGACAGTAGATTTGACAAAAGGTGGAGATTATGAGATATGAGTAAGTCGCACATTGGTACCAAATTAACAAATTAGCCACCAATTTGGTTGTGTACTACGTTAGAATTATAAATATAATATATTCTCTTTTGGGGGGGGGGGGGGGGGTTGGTGTTGATGGATGCTGCTTCACGCCATTCACGGACGTACCCCCTTTTATCTGCAACAATACCTGTGTGGTCTATGCCTGTTTTGCAATGAGAGACATTACTCGCGCTTTCGTCAAAGTGTAAAGTTGATCCACGATATGTATTTATTTTTCCCTTCTATAGGAGGTTTGAATTATATTTCCCTATCTGTTTCCTGTCACAACTTTCGACTGATACATTTTGTGGAAAACAAAAGATCATAGAGAAGTAGGTGTTTCCCTTTATGGACACAGTTGTTGAATGGGTTGCACAAAGTTGAGATTATTGCATCTACAATCATTATAATGAAAATGATTGCTAGAAGAATGTGAAGTCATGTGTGACCTTATCTTACTAGCGAAATATTTCACTCATCTGTTAATCAAAATTTCTACTCTGGTTTTCAAATTATTGGTGGTGTTGCGTGCAGGATTTGACCATCAAACCAAAGTATCTGGTGACATTTACAGTTGGTTATGATCAGAAAAAGAATATTGATGCAGCAGTTAAAAAGGTAAGCTGAAAAAGTGTGCATATTATGGCATTTCTCTCTCCTTATCTGATGTATTTTGACAGTTCTCAGAGAACTTCACGGTTCTGTTGTTTCACTATGATGGACGAGCAAGTGAGTGGGAAGAATTTGAGTGGTCGAAGCGGGCTATCCATGTGAGTGTCCGCAAGCAAACTAAATGGTCAGTTACGGGCTCCTTACAACAATAATCTTCCATAGAAGGTAAATTTTAATTATGTACATCTCACCCAGACTATGTATACTCCTTCCTAGGTGGTATGCTAAACGTTTTCTGCATCCTGACATCGTGGCACCCTACGACTACATATTTGTTTGGGATGAGGATCTAGGAGTAGAGCATTTTAATGCCGAAGAGTAAGTTTGAAACCTTGCTCTCTAATTTTTTGAGAAAAACCAAGCAAGTTAGAATTTGGTCTGTTTCAGATATATAAAGCTTGTGAGAAAACATGGTTTGGAGATTTCACAACCTGGCTTAGAACCAAATCAAGGGTTAACGTGGCAGATGACCAAAAGGAGAGGTGATAGTGAAGTTCACAAGTAAGGAGAACACTTTTTTTTTTAAAAAATTAAAAAAAAAAAAAATCGTCTTTAAAATTTATCGTTCAGCTACTGTGAAGTAAATATCCATACACTTCTAGTTTATTGACATGCAGCCGTGATCATCCTTGTTCCTCTTTGGTTGAATGCAGGGAGACGGAGGAGAAACCTGGTTGGTGCACCGATCCACATCTTCCACCTTGTGCAGCGTGTGTAACAATGATTTTATTTATTCAGTATTTCCTTTTGTGCGCACTCATATTATCTAAGTATGACTTAACAGAAATACTGAAGTTTCTTTTCTTACTTCACTCGCATGTAGTTTTGTTGAAATCATGGCAACTGTTTTTTCTCGGGATGCATGGCGCTGTGTTTGGCATATGATTCAAGTATGGATTCTTCTACTTGAACTTTTATCCGTTACCATGACTTAATTTTAGCTAGTTTTAAATTTTTTCCTCTCGGATATTGTAGAATGACTTGGTTCATGGTTGGGGTCTTGATTTTGCTCTAAGAAAATGTGTGCACGTAAGTATGAAACATTCTCACTTGCCTAAATTATTCCACGTATTCGTTTCTTTCATAGATTCATCAATTCTTTTTGATGTTTTAAAGCAGCCAGCTCATGAGAAAATAGGGGTTGTAGATGCTCAGTGGATCGTTCATCAAAGTGTTCCTTCTCTTGGGAACCAGGTAATCCGATGTTTTCGATTCTGCCTCTACCATTTCATAACAACGATGTTAAACTAACTATACTCTTCCAACAGGGAAAAGCAGAAAATGGGAGAGCACCATGGGAAGGGGTAAGCGGCTGATACCTCCCCTCCCTCGCTCCCCCTCCTCCCCTCCCCCCACCTTACAGCATTTAGAATTAATGTTAAGAGTGAAATTTTTTAATTTTCTCAGGTAAGAGAAAGATGTAGAAAAGAATGGGAAATTTTTCGGAGCCGTTTGGCTGATGCAGAGAAGGCCTATTATCAGGGAATGGGGATGGATCCGCCAAATTCAACAGGAGTGTAG

mRNA sequence

ATGGGGTCCAAAAGTTCAAAGGAGGCCTCGTCCTTTCGGTCGCCTTCTTCTTCTTCTTCGTGGGGTGGTGGTGGGTATCCTCAATCGTCATATGGACATGAGACCCAAAGTTATATGCCTCAGCAACCCTATTCTTCCCAGCAGTATTTTACATCCTCTCAAGAGTGCTATGGGAGCGTTGATAATGACAGAAGACTGGATAGAAGATACTCAAGGATTGCTGATAATTACGATTCTTTAGAAGAGGTAACAGAAGCTCTTGCACGTGCTGGCCTTGAGTCTTCCAATCTTATTGTTGGCATTGATTTCACCAAGAGCAACGAGTGGACAGGTGCAAGGTCGTATAATAGACGAAGTCTACATCATATTGGAGACCACCCAAATCCTTATCAACAGGCAATATCAATTATTGGGAAGACATTGGCTGCTTTTGACGATGATAACTTAATTCCCTGCTTTGGATTTGGAGATGCATCTACTCATGATCAAGACGTCTTCAGTTTCTTCCCAGATGAGAGGTTTTGCAACGGATTCGAAGAAGTGTTGAGTCGTTACCAAGAAATTGCCCCTCATCTACGACTTGCAGGACCAACTTCATTCGCACCTATTATTGAAATGGCCATGACCATTGTCGAGCAGAGTGGTGGTCAATACCATGTTTTGCTAATTATTGCAGATGGACAGGTGACTAGAAGTGTAGATACAGAACGCGGTAGGCTCAGTCCACAGGAGCAGAAGACTGTCGATGCCATTGTTGAAGCAAGCAAATTCCCTCTGTCAATTGTTTTAGTTGGAGTTGGAGATGGCCCCTGGGATATGATGAGAGAATTCGACGACAATATCCCGTCGCGTGCGTTTGATAATTTTCAGTTTGTAAATTTCACAGAAATTATGTCAAAGAATATAGCTCCATCTCGGAAAGAAACTGAGTTTGCTCTTGCAGCTTTAATGGAGATTCCTTCCCAGTACAAGGCAACAATAGAGCTTAATATATTGGGAGGTCACAAGGGCAATTCTCCCCAGAGGGTTGCACTTCCTCCACCGGTCTACGGCACAGCATCTTTTAGCAGTTCAAAATCTTTTAGTAGTTCAAAGCCCTCCTGGTCTTCCAGTTATGAGCCAGTGTGCCTTCTTTCCCCGAAAATAGAAATCCTAGTACAGCTCCTCCTGTGGCAAGCTCAACTTATGATAACCAGCTCTGCCCCATTTGCCTCAGCAATCCAAAGGACATGGCTTTTGGCTGTGGACACCAGCAATTCTGGGGCCCTTGGCGATGGTGGAAATACGATCAACAGTCAAGAGTTAACTACTACTGTCTGTACGCGCGAACCCACCCAATCTCTTCCGCACGAGAACGATAGCGGAAGCTCATCATTCTCACACTCGGTTTCGACGGTAATCTTCAGTCTCTTTCACCTTCTGCTGGGTTTTCGTTTCCCTGAATCTTCAGTCAGGTTCTTTGGATTCTATCTTGCTGTAATGAAGCACAAGACCCAGTCCCTTTCCTCTACTCGGCGACTAAAGTTCCTTCTACTCGGACTCATCTCACTTCTCGGCTTGCTTTGTCTCTATTATGGGTCGTCTTTCACACCCAGCTCGCGTAGATCTGATGAGGAGGACTCATTTGGCTCTGATCCTGTTTTTGGTGGGGTCGCTCTCAATCACGATTTGGATGATTTGCATGAGGATCAAGAGCAGAATCCTGAGGTCCCTAAAAGCATACCTATCTGTGATGAAAGGTATTCAGAGTTGATACCTTGTTTAGATAGAAATCTTATTTACCAGTTGAAATTGAAGCCCAACTTGACTTTGATGGAGCACTATGAGCGGCATTGCCCCCGTCCTGAACGCCGCTATAATTGTCTCATTCCTCCTCCTGCTGGTTACAAGATCCCAATAAGATGGCCAGATAGTAGGGATGAAGTGTGGAAGGCAAACATACCACACACACACCTTGCACAAGAAAAGTCAGATCAGAACTGGATGGTTGTGAATGGGGATAAGATCAATTTTCCCGGAGGTGGAACTCATTTTCACTATGGAGCTGATAAGTATATCATTTCACTTGCGAAGATGCTTAAGTTCCCTGGTGATAAGCTCCACAATGGTGGAAATTTACGGAATGTCCTAGATGTGGGCTGTGGGGTTGCAAGTTTTGGAGCATATCTTCTTTCACATAATATTATTGCTATGTCACTGGCACCTAATGATGTGCACGAGAATCAAATACAATTTGCACTTGAGAGGGGGATTCCATCAACTCTTGGTGTTTTGGCTACAAAAAGACTCCCCTATCCAAGTAGATCGTTTGAGTTGGCTCATTGTTCTCGATGTCGAATTGATTGGCTACAAAGAGATGGAATCCTCTTATTAGAACTTGACAGATTACTGAGACCTGGAGGTTATTTTGCCTACTCCTCTCCTGAAGCATATGCACATGATCCAGAAAATAGAAGGATTGGAATTGCTATGCACGACATTCTCAAAAGGATGTGCTGGAAAGTTGTTGCTAAAAAGGATCAAACTGTCATATGGGCAAAGCCAGTGACTAATAGCTGTTACTTGAAAAGAGAGCCAGGGACTCTTCCACCCTTGTGTAATTTGGATGATGATCCAGATTTGACTTGGATCGTGTCAATGAAAGCATGCATTTCCCGATACTCTGCAAAAATGCACAGGGAAAAAGGAAGTGGACTAGTTCCTTGGCCACAGAGACTTACTTCAGCTCCTCCCCGTCTTCAAGAAGTTGGTGTCAGTGCAGAAGAATTCAAAGAAAATAGCAATGTATGGAAGCTTAGAGTGGCAGAATATTGGAAAGAAATGAGATTTGTCATACAGAGGGACTCCATCAGAAATGTAATGGATATGAATTCCAATCTTGGGGGGTTTGCTGCTGCACTAATTGATAAAGATGTCTGGGTGATGAATGTTGCTCCTGTCAATTTATCTGCAAAATTAAAGATTGTTTATGATAGAGGCTTATTAGGAACTGTTCATGATTGGTGTGAAGCATTTTCCACATATCCTCGCACCTATGATCTTCTTCATGCCTGGGCTGTATTTTCAGAAATTAATGTTCGTGGATGCAGTATGGAGGATCTACTGATTGAAATGGATCGGATCCTAAGGCCAGATGGATTTGTAATTATACGAGATGTTCCTTCTGTTATAAACTATATTCGGAAGTTTGTGACGGCCCTAAGATGGGATGGATGGTTATCAGAAGTGGAACCAAGGATTGATGCTCTTTCCAATGTTTCAGAGACATTCTTATTCAACTTGAAACTTGAAGGTTTTGGACAGTATGGTGAACCCAATACGCAGCTAAATTTCCCATCCGGCCTGATTCCTTCTATTGATCTCACATACATTGAGGACAAGTACTCCGGCCTCTCCACTGAGGCATTCTTGAATGCTTGGTCTTCTTTGAAGGGTAATAGAGGCAGCTCCTTGCAGCAATTTTCACTGAACGAGACAAAGATATGGGTTCCAACAAATCCTCGAGGAGCTGAAAGACTACCGCCTGGTATTATTGAGTCTGAATCTGATTTTAATCTCCGGCGTCTGTGGGGTCTGCCAAATGAGGATTTGACCATCAAACCAAAGTATCTGGTGACATTTACAGTTGGTTATGATCAGAAAAAGAATATTGATGCAGCAGTTAAAAAGTTCTCAGAGAACTTCACGGTTCTGTTGTTTCACTATGATGGACGAGCAAGTGAGTGGGAAGAATTTGAGTGGTCGAAGCGGGCTATCCATGTGAGTGTCCGCAAGCAAACTAAATGGTGGTATGCTAAACGTTTTCTGCATCCTGACATCGTGGCACCCTACGACTACATATTTGTTTGGGATGAGGATCTAGGAGTAGAGCATTTTAATGCCGAAGAATATATAAAGCTTGTGAGAAAACATGGTTTGGAGATTTCACAACCTGGCTTAGAACCAAATCAAGGGTTAACGTGGCAGATGACCAAAAGGAGAGGTGATAGTGAAGTTCACAAGGAGACGGAGGAGAAACCTGGTTGGTGCACCGATCCACATCTTCCACCTTGTGCAGCTTTTGTTGAAATCATGGCAACTGTTTTTTCTCGGGATGCATGGCGCTGTGTTTGGCATATGATTCAAAATGACTTGGTTCATGGTTGGGGTCTTGATTTTGCTCTAAGAAAATGTGTGCACCCAGCTCATGAGAAAATAGGGGTTGTAGATGCTCAGTGGATCGTTCATCAAAGTGTTCCTTCTCTTGGGAACCAGGGAAAAGCAGAAAATGGGAGAGCACCATGGGAAGGGGTAAGAGAAAGATGTAGAAAAGAATGGGAAATTTTTCGGAGCCGTTTGGCTGATGCAGAGAAGGCCTATTATCAGGGAATGGGGATGGATCCGCCAAATTCAACAGGAGTGTAG

Coding sequence (CDS)

ATGGGGTCCAAAAGTTCAAAGGAGGCCTCGTCCTTTCGGTCGCCTTCTTCTTCTTCTTCGTGGGGTGGTGGTGGGTATCCTCAATCGTCATATGGACATGAGACCCAAAGTTATATGCCTCAGCAACCCTATTCTTCCCAGCAGTATTTTACATCCTCTCAAGAGTGCTATGGGAGCGTTGATAATGACAGAAGACTGGATAGAAGATACTCAAGGATTGCTGATAATTACGATTCTTTAGAAGAGGTAACAGAAGCTCTTGCACGTGCTGGCCTTGAGTCTTCCAATCTTATTGTTGGCATTGATTTCACCAAGAGCAACGAGTGGACAGGTGCAAGGTCGTATAATAGACGAAGTCTACATCATATTGGAGACCACCCAAATCCTTATCAACAGGCAATATCAATTATTGGGAAGACATTGGCTGCTTTTGACGATGATAACTTAATTCCCTGCTTTGGATTTGGAGATGCATCTACTCATGATCAAGACGTCTTCAGTTTCTTCCCAGATGAGAGGTTTTGCAACGGATTCGAAGAAGTGTTGAGTCGTTACCAAGAAATTGCCCCTCATCTACGACTTGCAGGACCAACTTCATTCGCACCTATTATTGAAATGGCCATGACCATTGTCGAGCAGAGTGGTGGTCAATACCATGTTTTGCTAATTATTGCAGATGGACAGGTGACTAGAAGTGTAGATACAGAACGCGGTAGGCTCAGTCCACAGGAGCAGAAGACTGTCGATGCCATTGTTGAAGCAAGCAAATTCCCTCTGTCAATTGTTTTAGTTGGAGTTGGAGATGGCCCCTGGGATATGATGAGAGAATTCGACGACAATATCCCGTCGCGTGCGTTTGATAATTTTCAGTTTGTAAATTTCACAGAAATTATGTCAAAGAATATAGCTCCATCTCGGAAAGAAACTGAGTTTGCTCTTGCAGCTTTAATGGAGATTCCTTCCCAGTACAAGGCAACAATAGAGCTTAATATATTGGGAGGTCACAAGGGCAATTCTCCCCAGAGGGTTGCACTTCCTCCACCGGTCTACGGCACAGCATCTTTTAGCAGTTCAAAATCTTTTAGTAGTTCAAAGCCCTCCTGGTCTTCCAGTTATGAGCCAGTGTGCCTTCTTTCCCCGAAAATAGAAATCCTAGTACAGCTCCTCCTGTGGCAAGCTCAACTTATGATAACCAGCTCTGCCCCATTTGCCTCAGCAATCCAAAGGACATGGCTTTTGGCTGTGGACACCAGCAATTCTGGGGCCCTTGGCGATGGTGGAAATACGATCAACAGTCAAGAGTTAACTACTACTGTCTGTACGCGCGAACCCACCCAATCTCTTCCGCACGAGAACGATAGCGGAAGCTCATCATTCTCACACTCGGTTTCGACGGTAATCTTCAGTCTCTTTCACCTTCTGCTGGGTTTTCGTTTCCCTGAATCTTCAGTCAGGTTCTTTGGATTCTATCTTGCTGTAATGAAGCACAAGACCCAGTCCCTTTCCTCTACTCGGCGACTAAAGTTCCTTCTACTCGGACTCATCTCACTTCTCGGCTTGCTTTGTCTCTATTATGGGTCGTCTTTCACACCCAGCTCGCGTAGATCTGATGAGGAGGACTCATTTGGCTCTGATCCTGTTTTTGGTGGGGTCGCTCTCAATCACGATTTGGATGATTTGCATGAGGATCAAGAGCAGAATCCTGAGGTCCCTAAAAGCATACCTATCTGTGATGAAAGGTATTCAGAGTTGATACCTTGTTTAGATAGAAATCTTATTTACCAGTTGAAATTGAAGCCCAACTTGACTTTGATGGAGCACTATGAGCGGCATTGCCCCCGTCCTGAACGCCGCTATAATTGTCTCATTCCTCCTCCTGCTGGTTACAAGATCCCAATAAGATGGCCAGATAGTAGGGATGAAGTGTGGAAGGCAAACATACCACACACACACCTTGCACAAGAAAAGTCAGATCAGAACTGGATGGTTGTGAATGGGGATAAGATCAATTTTCCCGGAGGTGGAACTCATTTTCACTATGGAGCTGATAAGTATATCATTTCACTTGCGAAGATGCTTAAGTTCCCTGGTGATAAGCTCCACAATGGTGGAAATTTACGGAATGTCCTAGATGTGGGCTGTGGGGTTGCAAGTTTTGGAGCATATCTTCTTTCACATAATATTATTGCTATGTCACTGGCACCTAATGATGTGCACGAGAATCAAATACAATTTGCACTTGAGAGGGGGATTCCATCAACTCTTGGTGTTTTGGCTACAAAAAGACTCCCCTATCCAAGTAGATCGTTTGAGTTGGCTCATTGTTCTCGATGTCGAATTGATTGGCTACAAAGAGATGGAATCCTCTTATTAGAACTTGACAGATTACTGAGACCTGGAGGTTATTTTGCCTACTCCTCTCCTGAAGCATATGCACATGATCCAGAAAATAGAAGGATTGGAATTGCTATGCACGACATTCTCAAAAGGATGTGCTGGAAAGTTGTTGCTAAAAAGGATCAAACTGTCATATGGGCAAAGCCAGTGACTAATAGCTGTTACTTGAAAAGAGAGCCAGGGACTCTTCCACCCTTGTGTAATTTGGATGATGATCCAGATTTGACTTGGATCGTGTCAATGAAAGCATGCATTTCCCGATACTCTGCAAAAATGCACAGGGAAAAAGGAAGTGGACTAGTTCCTTGGCCACAGAGACTTACTTCAGCTCCTCCCCGTCTTCAAGAAGTTGGTGTCAGTGCAGAAGAATTCAAAGAAAATAGCAATGTATGGAAGCTTAGAGTGGCAGAATATTGGAAAGAAATGAGATTTGTCATACAGAGGGACTCCATCAGAAATGTAATGGATATGAATTCCAATCTTGGGGGGTTTGCTGCTGCACTAATTGATAAAGATGTCTGGGTGATGAATGTTGCTCCTGTCAATTTATCTGCAAAATTAAAGATTGTTTATGATAGAGGCTTATTAGGAACTGTTCATGATTGGTGTGAAGCATTTTCCACATATCCTCGCACCTATGATCTTCTTCATGCCTGGGCTGTATTTTCAGAAATTAATGTTCGTGGATGCAGTATGGAGGATCTACTGATTGAAATGGATCGGATCCTAAGGCCAGATGGATTTGTAATTATACGAGATGTTCCTTCTGTTATAAACTATATTCGGAAGTTTGTGACGGCCCTAAGATGGGATGGATGGTTATCAGAAGTGGAACCAAGGATTGATGCTCTTTCCAATGTTTCAGAGACATTCTTATTCAACTTGAAACTTGAAGGTTTTGGACAGTATGGTGAACCCAATACGCAGCTAAATTTCCCATCCGGCCTGATTCCTTCTATTGATCTCACATACATTGAGGACAAGTACTCCGGCCTCTCCACTGAGGCATTCTTGAATGCTTGGTCTTCTTTGAAGGGTAATAGAGGCAGCTCCTTGCAGCAATTTTCACTGAACGAGACAAAGATATGGGTTCCAACAAATCCTCGAGGAGCTGAAAGACTACCGCCTGGTATTATTGAGTCTGAATCTGATTTTAATCTCCGGCGTCTGTGGGGTCTGCCAAATGAGGATTTGACCATCAAACCAAAGTATCTGGTGACATTTACAGTTGGTTATGATCAGAAAAAGAATATTGATGCAGCAGTTAAAAAGTTCTCAGAGAACTTCACGGTTCTGTTGTTTCACTATGATGGACGAGCAAGTGAGTGGGAAGAATTTGAGTGGTCGAAGCGGGCTATCCATGTGAGTGTCCGCAAGCAAACTAAATGGTGGTATGCTAAACGTTTTCTGCATCCTGACATCGTGGCACCCTACGACTACATATTTGTTTGGGATGAGGATCTAGGAGTAGAGCATTTTAATGCCGAAGAATATATAAAGCTTGTGAGAAAACATGGTTTGGAGATTTCACAACCTGGCTTAGAACCAAATCAAGGGTTAACGTGGCAGATGACCAAAAGGAGAGGTGATAGTGAAGTTCACAAGGAGACGGAGGAGAAACCTGGTTGGTGCACCGATCCACATCTTCCACCTTGTGCAGCTTTTGTTGAAATCATGGCAACTGTTTTTTCTCGGGATGCATGGCGCTGTGTTTGGCATATGATTCAAAATGACTTGGTTCATGGTTGGGGTCTTGATTTTGCTCTAAGAAAATGTGTGCACCCAGCTCATGAGAAAATAGGGGTTGTAGATGCTCAGTGGATCGTTCATCAAAGTGTTCCTTCTCTTGGGAACCAGGGAAAAGCAGAAAATGGGAGAGCACCATGGGAAGGGGTAAGAGAAAGATGTAGAAAAGAATGGGAAATTTTTCGGAGCCGTTTGGCTGATGCAGAGAAGGCCTATTATCAGGGAATGGGGATGGATCCGCCAAATTCAACAGGAGTGTAG

Protein sequence

MGSKSSKEASSFRSPSSSSSWGGGGYPQSSYGHETQSYMPQQPYSSQQYFTSSQECYGSVDNDRRLDRRYSRIADNYDSLEEVTEALARAGLESSNLIVGIDFTKSNEWTGARSYNRRSLHHIGDHPNPYQQAISIIGKTLAAFDDDNLIPCFGFGDASTHDQDVFSFFPDERFCNGFEEVLSRYQEIAPHLRLAGPTSFAPIIEMAMTIVEQSGGQYHVLLIIADGQVTRSVDTERGRLSPQEQKTVDAIVEASKFPLSIVLVGVGDGPWDMMREFDDNIPSRAFDNFQFVNFTEIMSKNIAPSRKETEFALAALMEIPSQYKATIELNILGGHKGNSPQRVALPPPVYGTASFSSSKSFSSSKPSWSSSYEPVCLLSPKIEILVQLLLWQAQLMITSSAPFASAIQRTWLLAVDTSNSGALGDGGNTINSQELTTTVCTREPTQSLPHENDSGSSSFSHSVSTVIFSLFHLLLGFRFPESSVRFFGFYLAVMKHKTQSLSSTRRLKFLLLGLISLLGLLCLYYGSSFTPSSRRSDEEDSFGSDPVFGGVALNHDLDDLHEDQEQNPEVPKSIPICDERYSELIPCLDRNLIYQLKLKPNLTLMEHYERHCPRPERRYNCLIPPPAGYKIPIRWPDSRDEVWKANIPHTHLAQEKSDQNWMVVNGDKINFPGGGTHFHYGADKYIISLAKMLKFPGDKLHNGGNLRNVLDVGCGVASFGAYLLSHNIIAMSLAPNDVHENQIQFALERGIPSTLGVLATKRLPYPSRSFELAHCSRCRIDWLQRDGILLLELDRLLRPGGYFAYSSPEAYAHDPENRRIGIAMHDILKRMCWKVVAKKDQTVIWAKPVTNSCYLKREPGTLPPLCNLDDDPDLTWIVSMKACISRYSAKMHREKGSGLVPWPQRLTSAPPRLQEVGVSAEEFKENSNVWKLRVAEYWKEMRFVIQRDSIRNVMDMNSNLGGFAAALIDKDVWVMNVAPVNLSAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWAVFSEINVRGCSMEDLLIEMDRILRPDGFVIIRDVPSVINYIRKFVTALRWDGWLSEVEPRIDALSNVSETFLFNLKLEGFGQYGEPNTQLNFPSGLIPSIDLTYIEDKYSGLSTEAFLNAWSSLKGNRGSSLQQFSLNETKIWVPTNPRGAERLPPGIIESESDFNLRRLWGLPNEDLTIKPKYLVTFTVGYDQKKNIDAAVKKFSENFTVLLFHYDGRASEWEEFEWSKRAIHVSVRKQTKWWYAKRFLHPDIVAPYDYIFVWDEDLGVEHFNAEEYIKLVRKHGLEISQPGLEPNQGLTWQMTKRRGDSEVHKETEEKPGWCTDPHLPPCAAFVEIMATVFSRDAWRCVWHMIQNDLVHGWGLDFALRKCVHPAHEKIGVVDAQWIVHQSVPSLGNQGKAENGRAPWEGVRERCRKEWEIFRSRLADAEKAYYQGMGMDPPNSTGV
Homology
BLAST of Sgr024139 vs. NCBI nr
Match: XP_022134004.1 (probable methyltransferase PMT9 [Momordica charantia])

HSP 1 Score: 1155.6 bits (2988), Expect = 0.0e+00
Identity = 549/602 (91.20%), Postives = 566/602 (94.02%), Query Frame = 0

Query: 494  MKHKTQSLSSTRRLKFLLLGLISLLGLLCLYYGSSFTPSSRRSDEEDSFGSDPVFGGVAL 553
            MKHKTQSL STRRLK LLL LI LLGLLCLYYGSSF P SRRSD E+SFGSDP F G  +
Sbjct: 1    MKHKTQSLFSTRRLKLLLLVLILLLGLLCLYYGSSFAPGSRRSDVEESFGSDPGFVGAVI 60

Query: 554  NHDLDDLHEDQEQNPEVPKSIPICDERYSELIPCLDRNLIYQLKLKPNLTLMEHYERHCP 613
            NHDLDDLHEDQE NPEVPKSIPICDE YSELIPCLDRNLIYQ KLK NL+LMEHYERHCP
Sbjct: 61   NHDLDDLHEDQELNPEVPKSIPICDEMYSELIPCLDRNLIYQSKLKLNLSLMEHYERHCP 120

Query: 614  RPERRYNCLIPPPAGYKIPIRWPDSRDEVWKANIPHTHLAQEKSDQNWMVVNGDKINFPG 673
             PERRYNCLIPPP GYKIPIRWP+SRDEVWKANIPHTHLAQEKSDQNWMVVNGDKI FPG
Sbjct: 121  PPERRYNCLIPPPTGYKIPIRWPNSRDEVWKANIPHTHLAQEKSDQNWMVVNGDKIIFPG 180

Query: 674  GGTHFHYGADKYIISLAKMLKFPGDKLHNGGNLRNVLDVGCGVASFGAYLLSHNIIAMSL 733
            GGTHFHYGADKYII+LAKMLKFPGDKLHNGGNLRNVLDVGCGVASFGAYLLSHNIIAMSL
Sbjct: 181  GGTHFHYGADKYIIALAKMLKFPGDKLHNGGNLRNVLDVGCGVASFGAYLLSHNIIAMSL 240

Query: 734  APNDVHENQIQFALERGIPSTLGVLATKRLPYPSRSFELAHCSRCRIDWLQRDGILLLEL 793
            APNDVH+NQIQFALERGIPSTLGVLATKRLPYPSRSFELAHCSRCRIDWLQRDGILLLEL
Sbjct: 241  APNDVHQNQIQFALERGIPSTLGVLATKRLPYPSRSFELAHCSRCRIDWLQRDGILLLEL 300

Query: 794  DRLLRPGGYFAYSSPEAYAHDPENRRIGIAMHDILKRMCWKVVAKKDQTVIWAKPVTNSC 853
            DRLLRPGGYFAYSSPEAYAHD ENRRIG AMHDIL+RMCWKV AKKDQTVIW+KPV+NSC
Sbjct: 301  DRLLRPGGYFAYSSPEAYAHDAENRRIGTAMHDILRRMCWKVAAKKDQTVIWSKPVSNSC 360

Query: 854  YLKREPGTLPPLCNLDDDPDLTWIVSMKACISRYSAKMHREKGSGLVPWPQRLTSAPPRL 913
            YLKR PGTLPPLC+LDDDPDLTW VSMKACISRYSAKMHREKGSGLVPWPQRL SAPPRL
Sbjct: 361  YLKRYPGTLPPLCDLDDDPDLTWNVSMKACISRYSAKMHREKGSGLVPWPQRLVSAPPRL 420

Query: 914  QEVGVSAEEFKENSNVWKLRVAEYWKEMRFVIQRDSIRNVMDMNSNLGGFAAALIDKDVW 973
            QEV VSAEEFKE+SN+W+LRV EYWKEMR VIQRDSIRNVMDMNSNLGGFAAALIDKD+W
Sbjct: 421  QEVSVSAEEFKEDSNLWQLRVGEYWKEMRSVIQRDSIRNVMDMNSNLGGFAAALIDKDIW 480

Query: 974  VMNVAPVNLSAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWAVFSEINVRGCSMED 1033
            VMNVA VN SAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWAVFSE+NVRGCSMED
Sbjct: 481  VMNVASVNSSAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWAVFSEVNVRGCSMED 540

Query: 1034 LLIEMDRILRPDGFVIIRDVPSVINYIRKFVTALRWDGWLSEVEPRIDALSNVSETFLFN 1093
            LLIEMDRILRP GFVIIRDVP++INYIRKFVTALRWDGWLSEVEPRIDALSNV E  L  
Sbjct: 541  LLIEMDRILRPGGFVIIRDVPTIINYIRKFVTALRWDGWLSEVEPRIDALSNVEERVLIA 600

Query: 1094 LK 1096
             K
Sbjct: 601  RK 602

BLAST of Sgr024139 vs. NCBI nr
Match: XP_038890608.1 (probable methyltransferase PMT9 [Benincasa hispida] >XP_038890609.1 probable methyltransferase PMT9 [Benincasa hispida] >XP_038890610.1 probable methyltransferase PMT9 [Benincasa hispida])

HSP 1 Score: 1139.4 bits (2946), Expect = 0.0e+00
Identity = 542/603 (89.88%), Postives = 564/603 (93.53%), Query Frame = 0

Query: 494  MKHKTQSLSSTRRLKFLLLGLISLLGLLCLYYGSSFTPSSRRSDEEDSFGSDPVFGGVAL 553
            MKHK QSLSSTR LK LLLG I LL LLCLYYGSSF PSSRRSDEED   SDP+F G   
Sbjct: 1    MKHKNQSLSSTRLLKLLLLGFIILLALLCLYYGSSFAPSSRRSDEED---SDPLFPGDRF 60

Query: 554  NHDLDDLHED-QEQNPEVPKSIPICDERYSELIPCLDRNLIYQLKLKPNLTLMEHYERHC 613
            NHD DDLHE  ++ N  VP+SIPICDER+SELIPCLDRNLIYQLKLK NL+LMEHYERHC
Sbjct: 61   NHDFDDLHEHRRDLNLHVPESIPICDERFSELIPCLDRNLIYQLKLKLNLSLMEHYERHC 120

Query: 614  PRPERRYNCLIPPPAGYKIPIRWPDSRDEVWKANIPHTHLAQEKSDQNWMVVNGDKINFP 673
            P PERRYNCL+PPP GYKIPIRWP+SRDEVWK NIPHTHLAQEKSDQNWMVVNGDK+NFP
Sbjct: 121  PPPERRYNCLVPPPTGYKIPIRWPNSRDEVWKVNIPHTHLAQEKSDQNWMVVNGDKLNFP 180

Query: 674  GGGTHFHYGADKYIISLAKMLKFPGDKLHNGGNLRNVLDVGCGVASFGAYLLSHNIIAMS 733
            GGGTHFHYGADKYII+LAKMLKFPGDKLHNGGNLRNVLDVGCGVASFGAYLLSH+IIAMS
Sbjct: 181  GGGTHFHYGADKYIIALAKMLKFPGDKLHNGGNLRNVLDVGCGVASFGAYLLSHDIIAMS 240

Query: 734  LAPNDVHENQIQFALERGIPSTLGVLATKRLPYPSRSFELAHCSRCRIDWLQRDGILLLE 793
            LAPNDVHENQIQFALERGIPSTLGVL TKRLPYPSRSFELAHCSRCRIDWLQRDGILLLE
Sbjct: 241  LAPNDVHENQIQFALERGIPSTLGVLGTKRLPYPSRSFELAHCSRCRIDWLQRDGILLLE 300

Query: 794  LDRLLRPGGYFAYSSPEAYAHDPENRRIGIAMHDILKRMCWKVVAKKDQTVIWAKPVTNS 853
            LDRLLRPGGYFAYSSPEAYAHDPENRRIG+AMHDILKRMCWKVVAKKDQTVIW KPV+NS
Sbjct: 301  LDRLLRPGGYFAYSSPEAYAHDPENRRIGMAMHDILKRMCWKVVAKKDQTVIWGKPVSNS 360

Query: 854  CYLKREPGTLPPLCNLDDDPDLTWIVSMKACISRYSAKMHREKGSGLVPWPQRLTSAPPR 913
            CYLKREPGTLPPLCNLDDDPDLTW VSM+ACISRY+AKMHR+KGSGLVPWPQRLTSAPPR
Sbjct: 361  CYLKREPGTLPPLCNLDDDPDLTWNVSMQACISRYTAKMHRQKGSGLVPWPQRLTSAPPR 420

Query: 914  LQEVGVSAEEFKENSNVWKLRVAEYWKEMRFVIQRDSIRNVMDMNSNLGGFAAALIDKDV 973
            L+EVGVSAEEFKE+S VW+LRVAEYWKEMR VIQRDSIRNVMDMNSNLGGF AALI+KDV
Sbjct: 421  LEEVGVSAEEFKEDSTVWQLRVAEYWKEMRLVIQRDSIRNVMDMNSNLGGFGAALINKDV 480

Query: 974  WVMNVAPVNLSAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWAVFSEINVRGCSME 1033
            WVMNVAPVN SAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWAVFSEINVRGCSME
Sbjct: 481  WVMNVAPVNSSAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWAVFSEINVRGCSME 540

Query: 1034 DLLIEMDRILRPDGFVIIRDVPSVINYIRKFVTALRWDGWLSEVEPRIDALSNVSETFLF 1093
            DLLIEMDRILRPDGFVIIRDVPSVINYIRK+ TALRWDGWLSEVEPR+DALS V E  L 
Sbjct: 541  DLLIEMDRILRPDGFVIIRDVPSVINYIRKYFTALRWDGWLSEVEPRVDALSKVEERVLI 600

Query: 1094 NLK 1096
              K
Sbjct: 601  ARK 600

BLAST of Sgr024139 vs. NCBI nr
Match: XP_004142780.1 (probable methyltransferase PMT9 [Cucumis sativus] >XP_031741924.1 probable methyltransferase PMT9 [Cucumis sativus] >KGN51806.2 hypothetical protein Csa_008353 [Cucumis sativus])

HSP 1 Score: 1125.5 bits (2910), Expect = 0.0e+00
Identity = 535/603 (88.72%), Postives = 564/603 (93.53%), Query Frame = 0

Query: 494  MKHKTQSLSSTRRLKFLLLGLISLLGLLCLYYGSSFTPSSRRSDEEDSFGSDPVFGGVAL 553
            MKHKT SLSSTR LK LLLG I LL LLCLYYGSSF PSSRRSD ED   SDP+F G   
Sbjct: 1    MKHKTHSLSSTRLLKLLLLGFIILLALLCLYYGSSFAPSSRRSDGED---SDPLFAGDLS 60

Query: 554  NHDLDDLHE-DQEQNPEVPKSIPICDERYSELIPCLDRNLIYQLKLKPNLTLMEHYERHC 613
            NHD DDLHE  ++ + +VP+SIPICDER+SELIPCLDRNLIYQLKLK NL+LMEHYERHC
Sbjct: 61   NHDFDDLHEPHRDLSLQVPQSIPICDERFSELIPCLDRNLIYQLKLKLNLSLMEHYERHC 120

Query: 614  PRPERRYNCLIPPPAGYKIPIRWPDSRDEVWKANIPHTHLAQEKSDQNWMVVNGDKINFP 673
            P PERRYNCLIPPP GYKIPIRWP+SRDEVWKANIPHTHLAQEKSDQNWMVVNGDKINFP
Sbjct: 121  PPPERRYNCLIPPPTGYKIPIRWPNSRDEVWKANIPHTHLAQEKSDQNWMVVNGDKINFP 180

Query: 674  GGGTHFHYGADKYIISLAKMLKFPGDKLHNGGNLRNVLDVGCGVASFGAYLLSHNIIAMS 733
            GGGTHFHYGADKYII+LA+MLKFPGDKL+NGGNLRNVLDVGCGVASFGAYLLSH+I+AMS
Sbjct: 181  GGGTHFHYGADKYIIALARMLKFPGDKLNNGGNLRNVLDVGCGVASFGAYLLSHDIVAMS 240

Query: 734  LAPNDVHENQIQFALERGIPSTLGVLATKRLPYPSRSFELAHCSRCRIDWLQRDGILLLE 793
            LAPNDVHENQIQFALERGIPSTLGVL TKRLPYPSRSFELAHCSRCRIDWLQRDGILLLE
Sbjct: 241  LAPNDVHENQIQFALERGIPSTLGVLGTKRLPYPSRSFELAHCSRCRIDWLQRDGILLLE 300

Query: 794  LDRLLRPGGYFAYSSPEAYAHDPENRRIGIAMHDILKRMCWKVVAKKDQTVIWAKPVTNS 853
            LDRLLRPGGYFAYSSPEAYAHD ENRRIG+AMHDILKRMCWKVVAKKDQTVIW KP++NS
Sbjct: 301  LDRLLRPGGYFAYSSPEAYAHDQENRRIGMAMHDILKRMCWKVVAKKDQTVIWGKPMSNS 360

Query: 854  CYLKREPGTLPPLCNLDDDPDLTWIVSMKACISRYSAKMHREKGSGLVPWPQRLTSAPPR 913
            CYLKR+PGTLPPLCNLDDD DLTW VSM+ACISRYSAKMH++KGSGLVPWPQRLTSAPPR
Sbjct: 361  CYLKRDPGTLPPLCNLDDDSDLTWNVSMQACISRYSAKMHKQKGSGLVPWPQRLTSAPPR 420

Query: 914  LQEVGVSAEEFKENSNVWKLRVAEYWKEMRFVIQRDSIRNVMDMNSNLGGFAAALIDKDV 973
            L+EVGVSAEEFKE+S VW+LRVAEYWKEMR VIQRDSIRNVMDMNSNLGGFAAALI+KDV
Sbjct: 421  LEEVGVSAEEFKEDSTVWQLRVAEYWKEMRLVIQRDSIRNVMDMNSNLGGFAAALINKDV 480

Query: 974  WVMNVAPVNLSAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWAVFSEINVRGCSME 1033
            WVMNVAP+N SAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWAVFS+INVRGCSME
Sbjct: 481  WVMNVAPINSSAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWAVFSDINVRGCSME 540

Query: 1034 DLLIEMDRILRPDGFVIIRDVPSVINYIRKFVTALRWDGWLSEVEPRIDALSNVSETFLF 1093
            DLLIEMDRILRPDGFVIIRDVPSVINYIRK+ TALRWDGWLSEVEPR+DALS V E  L 
Sbjct: 541  DLLIEMDRILRPDGFVIIRDVPSVINYIRKYFTALRWDGWLSEVEPRVDALSKVEERVLI 600

Query: 1094 NLK 1096
              K
Sbjct: 601  ARK 600

BLAST of Sgr024139 vs. NCBI nr
Match: XP_023545218.1 (probable methyltransferase PMT9 [Cucurbita pepo subsp. pepo] >XP_023545226.1 probable methyltransferase PMT9 [Cucurbita pepo subsp. pepo])

HSP 1 Score: 1119.4 bits (2894), Expect = 0.0e+00
Identity = 530/602 (88.04%), Postives = 559/602 (92.86%), Query Frame = 0

Query: 494  MKHKTQSLSSTRRLKFLLLGLISLLGLLCLYYGSSFTPSSRRSDEEDSFGSDPVFGGVAL 553
            MKHKT SLS TRRLK LLL LI LL LLCLYYGSS  PSSRRSD EDSFGSDPV G V +
Sbjct: 1    MKHKTHSLSPTRRLKLLLLCLILLLALLCLYYGSSLAPSSRRSDAEDSFGSDPVLGAVGV 60

Query: 554  NHDLDDLHEDQEQNPEVPKSIPICDERYSELIPCLDRNLIYQLKLKPNLTLMEHYERHCP 613
            + D+  LHE  E N EVP SIPICDERYSELIPCLDRNLIYQLKLK NL+LMEHYERHCP
Sbjct: 61   SRDVGHLHELPELNLEVPGSIPICDERYSELIPCLDRNLIYQLKLKLNLSLMEHYERHCP 120

Query: 614  RPERRYNCLIPPPAGYKIPIRWPDSRDEVWKANIPHTHLAQEKSDQNWMVVNGDKINFPG 673
             PERRYNCLIPPP GYKIPIRWP SRDEVWKANIPHTHLAQEKSDQNWMVVNGDKINFPG
Sbjct: 121  PPERRYNCLIPPPTGYKIPIRWPASRDEVWKANIPHTHLAQEKSDQNWMVVNGDKINFPG 180

Query: 674  GGTHFHYGADKYIISLAKMLKFPGDKLHNGGNLRNVLDVGCGVASFGAYLLSHNIIAMSL 733
            GGTHFHYGADKYII+LAKMLKFPGDKLHNGGNLRNVLDVGCGVASFGAYLLSH+IIAMSL
Sbjct: 181  GGTHFHYGADKYIIALAKMLKFPGDKLHNGGNLRNVLDVGCGVASFGAYLLSHDIIAMSL 240

Query: 734  APNDVHENQIQFALERGIPSTLGVLATKRLPYPSRSFELAHCSRCRIDWLQRDGILLLEL 793
            APNDVHENQIQFALERGIPS LGVL TKRLPYPSRSFEL HCSRCRIDWLQRDGILLLEL
Sbjct: 241  APNDVHENQIQFALERGIPSALGVLGTKRLPYPSRSFELVHCSRCRIDWLQRDGILLLEL 300

Query: 794  DRLLRPGGYFAYSSPEAYAHDPENRRIGIAMHDILKRMCWKVVAKKDQTVIWAKPVTNSC 853
            DRLLRPGGYFAYSSPEAYAHDPENRRIGIAM+D+L+RMCWKVVAKKDQTV+WAKPV+NSC
Sbjct: 301  DRLLRPGGYFAYSSPEAYAHDPENRRIGIAMNDLLRRMCWKVVAKKDQTVVWAKPVSNSC 360

Query: 854  YLKREPGTLPPLCNLDDDPDLTWIVSMKACISRYSAKMHREKGSGLVPWPQRLTSAPPRL 913
            YLKR PGTLPPLC+L+DDPDLTW VSMKACISRYS KMHR KGSGL+PWP+RLTSAPPRL
Sbjct: 361  YLKRAPGTLPPLCDLEDDPDLTWNVSMKACISRYSKKMHRLKGSGLIPWPRRLTSAPPRL 420

Query: 914  QEVGVSAEEFKENSNVWKLRVAEYWKEMRFVIQRDSIRNVMDMNSNLGGFAAALIDKDVW 973
            ++VGVSAEEFK++SNVW+LRVAEYWKEMR V+QR+SIRNVMDMNSNLGGFAAAL+++ VW
Sbjct: 421  EDVGVSAEEFKDDSNVWQLRVAEYWKEMRVVLQRNSIRNVMDMNSNLGGFAAALVNEAVW 480

Query: 974  VMNVAPVNLSAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWAVFSEINVRGCSMED 1033
            VMNVAPVN SAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWAVFSEI+ RGCSMED
Sbjct: 481  VMNVAPVNSSAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWAVFSEISARGCSMED 540

Query: 1034 LLIEMDRILRPDGFVIIRDVPSVINYIRKFVTALRWDGWLSEVEPRIDALSNVSETFLFN 1093
            L+IEMDRILRPDGF+IIRDVPSVINYIRK+VTALRWD WLSEVEPRIDALS V E  L  
Sbjct: 541  LIIEMDRILRPDGFIIIRDVPSVINYIRKYVTALRWDEWLSEVEPRIDALSKVEERVLIA 600

Query: 1094 LK 1096
             K
Sbjct: 601  RK 602

BLAST of Sgr024139 vs. NCBI nr
Match: XP_022991015.1 (probable methyltransferase PMT9 [Cucurbita maxima])

HSP 1 Score: 1118.6 bits (2892), Expect = 0.0e+00
Identity = 529/602 (87.87%), Postives = 560/602 (93.02%), Query Frame = 0

Query: 494  MKHKTQSLSSTRRLKFLLLGLISLLGLLCLYYGSSFTPSSRRSDEEDSFGSDPVFGGVAL 553
            MKHKT SLS TRRLK LLL LI LL LLCLYYGSS  PSSRRSD EDSFGSDPV G VA+
Sbjct: 1    MKHKTHSLSPTRRLKLLLLCLILLLALLCLYYGSSLAPSSRRSDGEDSFGSDPVLGAVAV 60

Query: 554  NHDLDDLHEDQEQNPEVPKSIPICDERYSELIPCLDRNLIYQLKLKPNLTLMEHYERHCP 613
            + D+  LHE +E N +VP SIPICDERYSELIPCLDRNLIYQLKLK NL+LMEHYERHCP
Sbjct: 61   SRDVGHLHELRELNLDVPGSIPICDERYSELIPCLDRNLIYQLKLKLNLSLMEHYERHCP 120

Query: 614  RPERRYNCLIPPPAGYKIPIRWPDSRDEVWKANIPHTHLAQEKSDQNWMVVNGDKINFPG 673
             PERRYNCLIPPP GYKIPIRWP SRDEVWKANIPHTHLAQEKSDQNWMVVNGDKINFPG
Sbjct: 121  PPERRYNCLIPPPTGYKIPIRWPASRDEVWKANIPHTHLAQEKSDQNWMVVNGDKINFPG 180

Query: 674  GGTHFHYGADKYIISLAKMLKFPGDKLHNGGNLRNVLDVGCGVASFGAYLLSHNIIAMSL 733
            GGTHFHYGADKYII+LAKMLKFPGDKLHNGGNLRNVLDVGCGVASFGAYLLSH+IIAMSL
Sbjct: 181  GGTHFHYGADKYIIALAKMLKFPGDKLHNGGNLRNVLDVGCGVASFGAYLLSHDIIAMSL 240

Query: 734  APNDVHENQIQFALERGIPSTLGVLATKRLPYPSRSFELAHCSRCRIDWLQRDGILLLEL 793
            APNDVHENQIQFALERGIPS LGVL TKRLPYPSRSFEL HCSRCRIDWLQRDGILLLEL
Sbjct: 241  APNDVHENQIQFALERGIPSALGVLGTKRLPYPSRSFELVHCSRCRIDWLQRDGILLLEL 300

Query: 794  DRLLRPGGYFAYSSPEAYAHDPENRRIGIAMHDILKRMCWKVVAKKDQTVIWAKPVTNSC 853
            DRLLRPGGYFAYSSPEAYAHDPENRRIGIAM+D+L+RMCWKVVAKKDQTV+WAKPV+NSC
Sbjct: 301  DRLLRPGGYFAYSSPEAYAHDPENRRIGIAMNDLLRRMCWKVVAKKDQTVVWAKPVSNSC 360

Query: 854  YLKREPGTLPPLCNLDDDPDLTWIVSMKACISRYSAKMHREKGSGLVPWPQRLTSAPPRL 913
            YLKR PGTLPPLC+L+DDPDLTW VSMKACISRYS KMHR KGSGL+PWP+RLTSAPPRL
Sbjct: 361  YLKRAPGTLPPLCDLEDDPDLTWNVSMKACISRYSKKMHRLKGSGLIPWPRRLTSAPPRL 420

Query: 914  QEVGVSAEEFKENSNVWKLRVAEYWKEMRFVIQRDSIRNVMDMNSNLGGFAAALIDKDVW 973
            ++VGVSAEEFK++SNVW+LRVAEYWKEMR V+QR+SIRNVMDMNSNLGGFAAAL+++ VW
Sbjct: 421  EDVGVSAEEFKDDSNVWQLRVAEYWKEMRVVLQRNSIRNVMDMNSNLGGFAAALVNEAVW 480

Query: 974  VMNVAPVNLSAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWAVFSEINVRGCSMED 1033
            VMNVAPVN SAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWAVFSEI+ RGCSMED
Sbjct: 481  VMNVAPVNSSAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWAVFSEISARGCSMED 540

Query: 1034 LLIEMDRILRPDGFVIIRDVPSVINYIRKFVTALRWDGWLSEVEPRIDALSNVSETFLFN 1093
            L+IEMDRILRPDGF+IIRDVPSVINYIRK+VTALRWD W SEVEPRIDALS V E  L  
Sbjct: 541  LIIEMDRILRPDGFIIIRDVPSVINYIRKYVTALRWDEWFSEVEPRIDALSKVEERVLIA 600

Query: 1094 LK 1096
             K
Sbjct: 601  RK 602

BLAST of Sgr024139 vs. ExPASy Swiss-Prot
Match: Q8VZV7 (Probable methyltransferase PMT9 OS=Arabidopsis thaliana OX=3702 GN=At5g14430 PE=2 SV=1)

HSP 1 Score: 944.9 bits (2441), Expect = 1.1e-273
Identity = 441/605 (72.89%), Postives = 508/605 (83.97%), Query Frame = 0

Query: 494  MKH-KTQSLSSTRRL-KFLLLGLISLLGLLCLYYGSSFTPSSRRSDEEDSFGSDPVFG-G 553
            MKH +T+ + +T +L  ++L+G I+LLGL CLYYGSSF P SR+SDE D   +    G G
Sbjct: 1    MKHFRTERVRATPKLFTYVLVGFIALLGLTCLYYGSSFAPGSRKSDEFDGSNNRVRTGIG 60

Query: 554  VALNHDLDDLHEDQEQNPEVPKSIPICDERYSELIPCLDRNLIYQLKLKPNLTLMEHYER 613
               N D+           EVPKS+PICD R+SELIPCLDRNL YQLKLK NL+LMEHYE 
Sbjct: 61   SLRNRDI----VLAVSRFEVPKSVPICDSRHSELIPCLDRNLHYQLKLKLNLSLMEHYEH 120

Query: 614  HCPRPERRYNCLIPPPAGYKIPIRWPDSRDEVWKANIPHTHLAQEKSDQNWMVVNGDKIN 673
            HCP  ERR+NCL+PPP GYKIP+RWP SRDEVWKANIPHTHLAQEKSDQNWMVVNGDKIN
Sbjct: 121  HCPPSERRFNCLVPPPVGYKIPLRWPVSRDEVWKANIPHTHLAQEKSDQNWMVVNGDKIN 180

Query: 674  FPGGGTHFHYGADKYIISLAKMLKFPGDKLHNGGNLRNVLDVGCGVASFGAYLLSHNIIA 733
            FPGGGTHFH GADKYI+SLA+MLKFPGDKL+NGG++RNVLDVGCGVASFGAYLLSH+IIA
Sbjct: 181  FPGGGTHFHNGADKYIVSLAQMLKFPGDKLNNGGSIRNVLDVGCGVASFGAYLLSHDIIA 240

Query: 734  MSLAPNDVHENQIQFALERGIPSTLGVLATKRLPYPSRSFELAHCSRCRIDWLQRDGILL 793
            MSLAPNDVH+NQIQFALERGIPSTLGVL TKRLPYPSRSFELAHCSRCRIDWLQRDGILL
Sbjct: 241  MSLAPNDVHQNQIQFALERGIPSTLGVLGTKRLPYPSRSFELAHCSRCRIDWLQRDGILL 300

Query: 794  LELDRLLRPGGYFAYSSPEAYAHDPENRRIGIAMHDILKRMCWKVVAKKDQTVIWAKPVT 853
            LELDRLLRPGGYF YSSPEAYAHDPENR+IG AMHD+ KRMCWKVVAK+DQ+VIW KP++
Sbjct: 301  LELDRLLRPGGYFVYSSPEAYAHDPENRKIGNAMHDLFKRMCWKVVAKRDQSVIWGKPIS 360

Query: 854  NSCYLKREPGTLPPLCNLDDDPDLTWIVSMKACISRYSAKMHREKGSGLVPWPQRLTSAP 913
            NSCYLKR+PG LPPLC   DDPD TW VSMKACIS YS +MH+E+ SGLVPWP+RLT+ P
Sbjct: 361  NSCYLKRDPGVLPPLCPSGDDPDATWNVSMKACISPYSVRMHKERWSGLVPWPRRLTAPP 420

Query: 914  PRLQEVGVSAEEFKENSNVWKLRVAEYWKEMRFVIQRDSIRNVMDMNSNLGGFAAALIDK 973
            PRL+E+GV+ E+F+E++  W+LRV EYWK ++ ++Q++SIRNVMDM+SNLGGFAAAL DK
Sbjct: 421  PRLEEIGVTPEQFREDTETWRLRVIEYWKLLKPMVQKNSIRNVMDMSSNLGGFAAALNDK 480

Query: 974  DVWVMNVAPVNLSAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWAVFSEINVRGCS 1033
            DVWVMNV PV  S ++KI+YDRGL+G  HDWCEAF TYPRT+DL+HAW  F+E   RGCS
Sbjct: 481  DVWVMNVMPVQSSPRMKIIYDRGLIGATHDWCEAFDTYPRTFDLIHAWNTFTETQARGCS 540

Query: 1034 MEDLLIEMDRILRPDGFVIIRDVPSVINYIRKFVTALRWDGWLSEVEPRIDALSNVSETF 1093
             EDLLIEMDRILRP+GFVIIRD    I+YI+K++T L+WD W +E  P+ D LS   E  
Sbjct: 541  FEDLLIEMDRILRPEGFVIIRDTTDNISYIKKYLTLLKWDKWSTETTPKGDPLSTKDEIV 600

Query: 1094 LFNLK 1096
            L   K
Sbjct: 601  LIARK 601

BLAST of Sgr024139 vs. ExPASy Swiss-Prot
Match: Q8H118 (Probable methyltransferase PMT1 OS=Arabidopsis thaliana OX=3702 GN=At3g23300 PE=2 SV=2)

HSP 1 Score: 783.9 bits (2023), Expect = 3.2e-225
Identity = 353/509 (69.35%), Postives = 416/509 (81.73%), Query Frame = 0

Query: 562  EDQEQNPEVPKSIPICDERYSELIPCLDRNLIYQLKLKPNLTLMEHYERHCPRPERRYNC 621
            ED   N   P+S P+CD+R+SELIPCLDRNLIYQ++LK +L+LMEHYERHCP PERR+NC
Sbjct: 67   EDVVGNGFTPRSFPVCDDRHSELIPCLDRNLIYQMRLKLDLSLMEHYERHCPPPERRFNC 126

Query: 622  LIPPPAGYKIPIRWPDSRDEVWKANIPHTHLAQEKSDQNWMVVNGDKINFPGGGTHFHYG 681
            LIPPP GYKIPI+WP SRDEVWK NIPHTHLA EKSDQNWMVV G+KINFPGGGTHFHYG
Sbjct: 127  LIPPPPGYKIPIKWPKSRDEVWKVNIPHTHLAHEKSDQNWMVVKGEKINFPGGGTHFHYG 186

Query: 682  ADKYIISLAKMLKFPGDKLHNGGNLRNVLDVGCGVASFGAYLLSHNIIAMSLAPNDVHEN 741
            ADKYI S+A ML FP + L+NGG LR  LDVGCGVASFG YLL+  I+ MSLAPNDVH+N
Sbjct: 187  ADKYIASMANMLNFPNNVLNNGGRLRTFLDVGCGVASFGGYLLASEIMTMSLAPNDVHQN 246

Query: 742  QIQFALERGIPSTLGVLATKRLPYPSRSFELAHCSRCRIDWLQRDGILLLELDRLLRPGG 801
            QIQFALERGIP+ LGVL TKRLPYPSRSFELAHCSRCRIDWLQRDGILLLELDR+LRPGG
Sbjct: 247  QIQFALERGIPAYLGVLGTKRLPYPSRSFELAHCSRCRIDWLQRDGILLLELDRVLRPGG 306

Query: 802  YFAYSSPEAYAHDPENRRIGIAMHDILKRMCWKVVAKKDQTVIWAKPVTNSCYLKREPGT 861
            YFAYSSPEAYA D E+ RI   M  ++ RMCW + AK++QTVIW KP+TN CYL REPGT
Sbjct: 307  YFAYSSPEAYAQDEEDLRIWREMSALVGRMCWTIAAKRNQTVIWQKPLTNDCYLGREPGT 366

Query: 862  LPPLCNLDDDPDLTWIVSMKACISRYSAKMHREKGSGLVPWPQRLTSAPPRLQEVGVSAE 921
             PPLCN D DPD  + V+M+ACI++YS   H+ KGSGL PWP RLTS PPRL + G S +
Sbjct: 367  QPPLCNSDSDPDAVYGVNMEACITQYSDHDHKTKGSGLAPWPARLTSPPPRLADFGYSTD 426

Query: 922  EFKENSNVWKLRVAEYWKEMRFVIQRDSIRNVMDMNSNLGGFAAALIDKDVWVMNVAPVN 981
             F++++  W+ RV  YW  +   IQ D++RN+MDM +++G FAAAL +KDVWVMNV P +
Sbjct: 427  IFEKDTETWRQRVDTYWDLLSPKIQSDTVRNIMDMKASMGSFAAALKEKDVWVMNVVPED 486

Query: 982  LSAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWAVFSEINVRGCSMEDLLIEMDRI 1041
                LK++YDRGL+G VH WCEAFSTYPRTYDLLHAW + S+I  RGCS EDLL+EMDRI
Sbjct: 487  GPNTLKLIYDRGLMGAVHSWCEAFSTYPRTYDLLHAWDIISDIKKRGCSAEDLLLEMDRI 546

Query: 1042 LRPDGFVIIRDVPSVINYIRKFVTALRWD 1071
            LRP GF++IRD  SV++ ++K++ AL W+
Sbjct: 547  LRPSGFILIRDKQSVVDLVKKYLKALHWE 575

BLAST of Sgr024139 vs. ExPASy Swiss-Prot
Match: Q93YV7 (Probable methyltransferase PMT3 OS=Arabidopsis thaliana OX=3702 GN=At4g14360 PE=2 SV=1)

HSP 1 Score: 781.9 bits (2018), Expect = 1.2e-224
Identity = 366/583 (62.78%), Postives = 447/583 (76.67%), Query Frame = 0

Query: 494  MKHKTQSLSSTRRLKFLLLGLISLLGLLCLYYGSSFTPSSRRSDEEDSFGSDPVFGGVAL 553
            MK ++      R +  + +  + L+  + L+YGSS     R S  E  +G     GG   
Sbjct: 1    MKGRSDGGQKKRVIALVCVAAVVLV-FVYLFYGSS---DHRASAIE--YGRKLGLGG--- 60

Query: 554  NHDLDDLHEDQEQNP------EVPKSIPICDERYSELIPCLDRNLIYQLKLKPNLTLMEH 613
              D DD  +D   +         P+S P+CD+R+SELIPCLDRNLIYQ++LK +L+LMEH
Sbjct: 61   --DDDDTKQDDTSSSFGVDDGFTPRSFPVCDDRHSELIPCLDRNLIYQMRLKLDLSLMEH 120

Query: 614  YERHCPRPERRYNCLIPPPAGYKIPIRWPDSRDEVWKANIPHTHLAQEKSDQNWMVVNGD 673
            YERHCP PERR+NCLIPPP GYK+PI+WP SRDEVWK NIPHTHLA EKSDQNWMVV GD
Sbjct: 121  YERHCPPPERRFNCLIPPPNGYKVPIKWPKSRDEVWKVNIPHTHLAHEKSDQNWMVVKGD 180

Query: 674  KINFPGGGTHFHYGADKYIISLAKMLKFPGDKLHNGGNLRNVLDVGCGVASFGAYLLSHN 733
            KINFPGGGTHFHYGADKYI S+A ML +P + L+NGG LR V DVGCGVASFG YLLS +
Sbjct: 181  KINFPGGGTHFHYGADKYIASMANMLNYPNNVLNNGGRLRTVFDVGCGVASFGGYLLSSD 240

Query: 734  IIAMSLAPNDVHENQIQFALERGIPSTLGVLATKRLPYPSRSFELAHCSRCRIDWLQRDG 793
            I+ MSLAPNDVH+NQIQFALERGIP++LGVL TKRLPYPSRSFEL+HCSRCRIDWLQRDG
Sbjct: 241  ILTMSLAPNDVHQNQIQFALERGIPASLGVLGTKRLPYPSRSFELSHCSRCRIDWLQRDG 300

Query: 794  ILLLELDRLLRPGGYFAYSSPEAYAHDPENRRIGIAMHDILKRMCWKVVAKKDQTVIWAK 853
            ILLLELDR+LRPGGYFAYSSPEAYA D E+ RI   M  +++RMCWK+ AK++QTVIW K
Sbjct: 301  ILLLELDRVLRPGGYFAYSSPEAYAQDEEDLRIWREMSALVERMCWKIAAKRNQTVIWQK 360

Query: 854  PVTNSCYLKREPGTLPPLCNLDDDPDLTWIVSMKACISRYSAKMHREKGSGLVPWPQRLT 913
            P+TN CYL+REPGT PPLC  D+DPD  W V+M+ACI+ YS   H+ KGSGL PWP RLT
Sbjct: 361  PLTNDCYLEREPGTQPPLCRSDNDPDAVWGVNMEACITSYSDHDHKTKGSGLAPWPARLT 420

Query: 914  SAPPRLQEVGVSAEEFKENSNVWKLRVAEYWKEMRFVIQRDSIRNVMDMNSNLGGFAAAL 973
            S PPRL + G S   F++++ +W+ RV  YW  +   I+ D++RN+MDM +++G FAAAL
Sbjct: 421  SPPPRLADFGYSTGMFEKDTELWRQRVDTYWDLLSPRIESDTVRNIMDMKASMGSFAAAL 480

Query: 974  IDKDVWVMNVAPVNLSAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWAVFSEINVR 1033
             +KDVWVMNV P +    LK++YDRGL+G VH WCEAFSTYPRTYDLLHAW + S+I  +
Sbjct: 481  KEKDVWVMNVVPEDGPNTLKLIYDRGLMGAVHSWCEAFSTYPRTYDLLHAWDIISDIKKK 540

Query: 1034 GCSMEDLLIEMDRILRPDGFVIIRDVPSVINYIRKFVTALRWD 1071
            GCS  DLL+EMDRILRP GF+IIRD   V+++++K++ AL W+
Sbjct: 541  GCSEVDLLLEMDRILRPSGFIIIRDKQRVVDFVKKYLKALHWE 572

BLAST of Sgr024139 vs. ExPASy Swiss-Prot
Match: Q940J9 (Probable methyltransferase PMT8 OS=Arabidopsis thaliana OX=3702 GN=At1g04430 PE=2 SV=1)

HSP 1 Score: 771.9 bits (1992), Expect = 1.3e-221
Identity = 365/577 (63.26%), Postives = 445/577 (77.12%), Query Frame = 0

Query: 507  LKFLLLGLISLLGL----LCLYYGSSFTPSSRRSDEED--SFGSDPVFGGVALNHDL--D 566
            LK  L+  + ++ L    L +YYGSS   +S           GS     G   N D   D
Sbjct: 10   LKKRLIASVCVVALFVCFLFMYYGSSSQGASALEYGRSLRKLGSS-YLSGDDDNGDTKQD 69

Query: 567  DLHEDQEQNPEVPKSIPICDERYSELIPCLDRNLIYQLKLKPNLTLMEHYERHCPRPERR 626
            D   + E +  V KS P+CD+R+SE+IPCLDRN IYQ++LK +L+LMEHYERHCP PERR
Sbjct: 70   DSVANAEDSLVVAKSFPVCDDRHSEIIPCLDRNFIYQMRLKLDLSLMEHYERHCPPPERR 129

Query: 627  YNCLIPPPAGYKIPIRWPDSRDEVWKANIPHTHLAQEKSDQNWMVVNGDKINFPGGGTHF 686
            +NCLIPPP+GYK+PI+WP SRDEVWKANIPHTHLA+EKSDQNWMV  G+KI+FPGGGTHF
Sbjct: 130  FNCLIPPPSGYKVPIKWPKSRDEVWKANIPHTHLAKEKSDQNWMVEKGEKISFPGGGTHF 189

Query: 687  HYGADKYIISLAKMLKFPGDKLHNGGNLRNVLDVGCGVASFGAYLLSHNIIAMSLAPNDV 746
            HYGADKYI S+A ML F  D L++ G LR VLDVGCGVASFGAYLL+ +I+ MSLAPNDV
Sbjct: 190  HYGADKYIASIANMLNFSNDVLNDEGRLRTVLDVGCGVASFGAYLLASDIMTMSLAPNDV 249

Query: 747  HENQIQFALERGIPSTLGVLATKRLPYPSRSFELAHCSRCRIDWLQRDGILLLELDRLLR 806
            H+NQIQFALERGIP+ LGVL TKRLPYPSRSFE AHCSRCRIDWLQRDG+LLLELDR+LR
Sbjct: 250  HQNQIQFALERGIPAYLGVLGTKRLPYPSRSFEFAHCSRCRIDWLQRDGLLLLELDRVLR 309

Query: 807  PGGYFAYSSPEAYAHDPENRRIGIAMHDILKRMCWKVVAKKDQTVIWAKPVTNSCYLKRE 866
            PGGYFAYSSPEAYA D EN +I   M  +++RMCW++  K++QTV+W KP++N CYL+RE
Sbjct: 310  PGGYFAYSSPEAYAQDEENLKIWKEMSALVERMCWRIAVKRNQTVVWQKPLSNDCYLERE 369

Query: 867  PGTLPPLCNLDDDPDLTWIVSMKACISRYSAKMHREKGSGLVPWPQRLTSAPPRLQEVGV 926
            PGT PPLC  D DPD    VSM+ACI+ YS   H+ KGSGL PWP RLTS+PPRL + G 
Sbjct: 370  PGTQPPLCRSDADPDAVAGVSMEACITPYSKHDHKTKGSGLAPWPARLTSSPPRLADFGY 429

Query: 927  SAEEFKENSNVWKLRVAEYWKEMRFVIQRDSIRNVMDMNSNLGGFAAALIDKDVWVMNVA 986
            S + F++++ +WK +V  YW  M   ++ +++RN+MDM +++G FAAAL DKDVWVMNV 
Sbjct: 430  STDMFEKDTELWKQQVDSYWNLMSSKVKSNTVRNIMDMKAHMGSFAAALKDKDVWVMNVV 489

Query: 987  PVNLSAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWAVFSEINVRGCSMEDLLIEM 1046
              +    LK++YDRGL+GT H+WCEAFSTYPRTYDLLHAW++FS+I  +GCS EDLLIEM
Sbjct: 490  SPDGPNTLKLIYDRGLIGTNHNWCEAFSTYPRTYDLLHAWSIFSDIKSKGCSAEDLLIEM 549

Query: 1047 DRILRPDGFVIIRDVPSVINYIRKFVTALRWDGWLSE 1076
            DRILRP GFVIIRD  SV+  I+K++ AL W+   SE
Sbjct: 550  DRILRPTGFVIIRDKQSVVESIKKYLQALHWETVASE 585

BLAST of Sgr024139 vs. ExPASy Swiss-Prot
Match: Q9LY87 (E3 ubiquitin-protein ligase RGLG2 OS=Arabidopsis thaliana OX=3702 GN=RGLG2 PE=1 SV=1)

HSP 1 Score: 514.2 bits (1323), Expect = 4.8e-144
Identity = 280/403 (69.48%), Postives = 318/403 (78.91%), Query Frame = 0

Query: 1   MGSKSSKE---ASSFRSPS------SSSSWGG-GGYPQSSYGHETQSYMP---------- 60
           MG+ +SKE    SSFRS S      SSSSW     YPQ  YG E+ +Y P          
Sbjct: 1   MGTGNSKENWRQSSFRSTSASSASPSSSSWASQQSYPQ--YGAESYNYPPPPSYAQPPEY 60

Query: 61  ---------QQPYSSQQYFTSSQECYGSVDNDRRLDRRYSRIADNYDSLEEVTEALARAG 120
                     QPYS+  Y     + YGS DN +RL+R+YS+I+D+Y SLE+VTEALARAG
Sbjct: 61  TQPPPPLYSTQPYSAPSYSAPPSQSYGS-DNKKRLERKYSKISDDYSSLEQVTEALARAG 120

Query: 121 LESSNLIVGIDFTKSNEWTGARSYNRRSLHHIGDHPNPYQQAISIIGKTLAAFDDDNLIP 180
           LESSNLIVGIDFTKSNEWTGARS+NR+SLH IG  PNPY+QAI+IIG+TLAAFD+DNLIP
Sbjct: 121 LESSNLIVGIDFTKSNEWTGARSFNRKSLHFIGSSPNPYEQAITIIGRTLAAFDEDNLIP 180

Query: 181 CFGFGDASTHDQDVFSFFPDERFCNGFEEVLSRYQEIAPHLRLAGPTSFAPIIEMAMTIV 240
           C+GFGDASTHDQDVFSF  ++RFCNGFEEVLSRY+EI P L+LAGPTSFAPII+MAMTIV
Sbjct: 181 CYGFGDASTHDQDVFSFNSEDRFCNGFEEVLSRYKEIVPQLKLAGPTSFAPIIDMAMTIV 240

Query: 241 EQSGGQYHVLLIIADGQVTRSVDTERGRLSPQEQKTVDAIVEASKFPLSIVLVGVGDGPW 300
           EQSGGQYHVL+IIADGQVTRSVDTE G+LSPQEQKTVDAIV+ASK PLSIVLVGVGDGPW
Sbjct: 241 EQSGGQYHVLVIIADGQVTRSVDTENGQLSPQEQKTVDAIVQASKLPLSIVLVGVGDGPW 300

Query: 301 DMMREFDDNIPSRAFDNFQFVNFTEIMSKNIAPSRKETEFALAALMEIPSQYKATIELNI 360
           DMMREFDDNIP+RAFDNFQFVNFTEIM+KN A S KETEFAL+ALMEIP QYKATIELN+
Sbjct: 301 DMMREFDDNIPARAFDNFQFVNFTEIMAKNKAQSLKETEFALSALMEIPQQYKATIELNL 360

Query: 361 LGGHKGNSPQRVALPPPVYGTASFSSSKSFSSSKPSWSSSYEP 375
           LG   G  P+R  LPPP+ G      S S++S KPS   S++P
Sbjct: 361 LGRRNGYIPERFPLPPPMRG-----GSSSYNSPKPSRLPSFKP 395

BLAST of Sgr024139 vs. ExPASy TrEMBL
Match: A0A0A0KSD4 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_5G522930 PE=3 SV=1)

HSP 1 Score: 1741.1 bits (4508), Expect = 0.0e+00
Identity = 851/1079 (78.87%), Postives = 890/1079 (82.48%), Query Frame = 0

Query: 494  MKHKTQSLSSTRRLKFLLLGLISLLGLLCLYYGSSFTPSSRRSDEEDSFGSDPVFGGVAL 553
            MKHKT SLSSTR LK LLLG I LL LLCLYYGSSF PSSRRSD ED   SDP+F G   
Sbjct: 1    MKHKTHSLSSTRLLKLLLLGFIILLALLCLYYGSSFAPSSRRSDGED---SDPLFAGDLS 60

Query: 554  NHDLDDLHE-DQEQNPEVPKSIPICDERYSELIPCLDRNLIYQLKLKPNLTLMEHYERHC 613
            NHD DDLHE  ++ + +VP+SIPICDER+SELIPCLDRNLIYQLKLK NL+LMEHYERHC
Sbjct: 61   NHDFDDLHEPHRDLSLQVPQSIPICDERFSELIPCLDRNLIYQLKLKLNLSLMEHYERHC 120

Query: 614  PRPERRYNCLIPPPAGYKIPIRWPDSRDEVWKANIPHTHLAQEKSDQNWMVVNGDKINFP 673
            P PERRYNCLIPPP GYKIPIRWP+SRDEVWKANIPHTHLAQEKSDQNWMVVNGDKINFP
Sbjct: 121  PPPERRYNCLIPPPTGYKIPIRWPNSRDEVWKANIPHTHLAQEKSDQNWMVVNGDKINFP 180

Query: 674  GGGTHFHYGADKYIISLAKMLKFPGDKLHNGGNLRNVLDVGCGVASFGAYLLSHNIIAMS 733
            GGGTHFHYGADKYII+LA+MLKFPGDKL+NGGNLRNVLDVGCGVASFGAYLLSH+I+AMS
Sbjct: 181  GGGTHFHYGADKYIIALARMLKFPGDKLNNGGNLRNVLDVGCGVASFGAYLLSHDIVAMS 240

Query: 734  LAPNDVHENQIQFALERGIPSTLGVLATKRLPYPSRSFELAHCSRCRIDWLQRDGILLLE 793
            LAPNDVHENQIQFALERGIPSTLGVL TKRLPYPSRSFELAHCSRCRIDWLQRDGILLLE
Sbjct: 241  LAPNDVHENQIQFALERGIPSTLGVLGTKRLPYPSRSFELAHCSRCRIDWLQRDGILLLE 300

Query: 794  LDRLLRPGGYFAYSSPEAYAHDPENRRIGIAMHDILKRMCWKVVAKKDQTVIWAKPVTNS 853
            LDRLLRPGGYFAYSSPEAYAHD ENRRIG+AMHDILKRMCWKVVAKKDQTVIW KP++NS
Sbjct: 301  LDRLLRPGGYFAYSSPEAYAHDQENRRIGMAMHDILKRMCWKVVAKKDQTVIWGKPMSNS 360

Query: 854  CYLKREPGTLPPLCNLDDDPDLTWIVSMKACISRYSAKMHREKGSGLVPWPQRLTSAPPR 913
            CYLKR+PGTLPPLCNLDDD DLTW VSM+ACISRYSAKMH++KGSGLVPWPQRLTSAPPR
Sbjct: 361  CYLKRDPGTLPPLCNLDDDSDLTWNVSMQACISRYSAKMHKQKGSGLVPWPQRLTSAPPR 420

Query: 914  LQEVGVSAEEFKENSNVWKLRVAEYWKEMRFVIQRDSIRNVMDMNSNLGGFAAALIDKDV 973
            L+EVGVSAEEFKE+S VW+LRVAEYWKEMR VIQRDSIRNVMDMNSNLGGFAAALI+KDV
Sbjct: 421  LEEVGVSAEEFKEDSTVWQLRVAEYWKEMRLVIQRDSIRNVMDMNSNLGGFAAALINKDV 480

Query: 974  WVMNVAPVNLSAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWAVFSEINVRGCSME 1033
            WVMNVAP+N SAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWAVFS+INVRGCSME
Sbjct: 481  WVMNVAPINSSAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWAVFSDINVRGCSME 540

Query: 1034 DLLIEMDRILRPDGFVIIRDVPSVINYIRKFVTALRWDGWLSEVEPRIDALSNVSETFL- 1093
            DLLIEMDRILRPDGFVIIRDVPSVINYIRK+ TALRWDGWLSEVEPR+DALS V E  L 
Sbjct: 541  DLLIEMDRILRPDGFVIIRDVPSVINYIRKYFTALRWDGWLSEVEPRVDALSKVEERVLI 600

Query: 1094 ------------------------------------------------------------ 1153
                                                                        
Sbjct: 601  ARKKLWEKELATLKMKIGKLRSTDNIFIFAAVAIFPLTFPDFSRFRSLFLLFLDVDRHFQ 660

Query: 1154 --------------------------------------FNLKLEGFGQYGEPN------- 1213
                                                  FN     FG   +PN       
Sbjct: 661  MTPICSSSELVLMSLVVLASFNKGVDIRSKLGVLEVAKFNTGCHSFGNMRKPNEIMRILV 720

Query: 1214 ---------------------TQLNFPSGLIPSIDLTYIEDKYSGLSTEAFLNAWSSLKG 1273
                                 +QLNFPS LIPSIDLTYIEDKYSGLSTEAFLNAWSSLKG
Sbjct: 721  TTFVGGVFGFFLGVSFPTLSLSQLNFPSSLIPSIDLTYIEDKYSGLSTEAFLNAWSSLKG 780

Query: 1274 NRGSSLQQFSLNETKIWVPTNPRGAERLPPGIIESESDFNLRRLWGLPNEDLTIKPKYLV 1333
            NRG S  QFSLNETKIWVPTNPRGAERLPPGI+E ESDFNLRRLWG+P+EDL IKPKYLV
Sbjct: 781  NRGIS-SQFSLNETKIWVPTNPRGAERLPPGIVEPESDFNLRRLWGMPSEDLAIKPKYLV 840

Query: 1334 TFTVGYDQKKNIDAAVKKFSENFTVLLFHYDGRASEWEEFEWSKRAIHVSVRKQTKWWYA 1393
            TFTVG+DQKKNIDAAVKKFSENFT+LLFHYDGRASEWE+ EWSKRAIHVSV KQTKWWYA
Sbjct: 841  TFTVGFDQKKNIDAAVKKFSENFTILLFHYDGRASEWEDLEWSKRAIHVSVYKQTKWWYA 900

Query: 1394 KRFLHPDIVAPYDYIFVWDEDLGVEHFNAEEYIKLVRKHGLEISQPGLEPNQGLTWQMTK 1445
            KRFLHPDIVA YDYIFVWDEDLGVEHFNAEEYIKLVRKHGLEISQPGLEPNQGLTWQMTK
Sbjct: 901  KRFLHPDIVASYDYIFVWDEDLGVEHFNAEEYIKLVRKHGLEISQPGLEPNQGLTWQMTK 960

BLAST of Sgr024139 vs. ExPASy TrEMBL
Match: A0A6J1BXJ7 (Methyltransferase OS=Momordica charantia OX=3673 GN=LOC111006389 PE=3 SV=1)

HSP 1 Score: 1155.6 bits (2988), Expect = 0.0e+00
Identity = 549/602 (91.20%), Postives = 566/602 (94.02%), Query Frame = 0

Query: 494  MKHKTQSLSSTRRLKFLLLGLISLLGLLCLYYGSSFTPSSRRSDEEDSFGSDPVFGGVAL 553
            MKHKTQSL STRRLK LLL LI LLGLLCLYYGSSF P SRRSD E+SFGSDP F G  +
Sbjct: 1    MKHKTQSLFSTRRLKLLLLVLILLLGLLCLYYGSSFAPGSRRSDVEESFGSDPGFVGAVI 60

Query: 554  NHDLDDLHEDQEQNPEVPKSIPICDERYSELIPCLDRNLIYQLKLKPNLTLMEHYERHCP 613
            NHDLDDLHEDQE NPEVPKSIPICDE YSELIPCLDRNLIYQ KLK NL+LMEHYERHCP
Sbjct: 61   NHDLDDLHEDQELNPEVPKSIPICDEMYSELIPCLDRNLIYQSKLKLNLSLMEHYERHCP 120

Query: 614  RPERRYNCLIPPPAGYKIPIRWPDSRDEVWKANIPHTHLAQEKSDQNWMVVNGDKINFPG 673
             PERRYNCLIPPP GYKIPIRWP+SRDEVWKANIPHTHLAQEKSDQNWMVVNGDKI FPG
Sbjct: 121  PPERRYNCLIPPPTGYKIPIRWPNSRDEVWKANIPHTHLAQEKSDQNWMVVNGDKIIFPG 180

Query: 674  GGTHFHYGADKYIISLAKMLKFPGDKLHNGGNLRNVLDVGCGVASFGAYLLSHNIIAMSL 733
            GGTHFHYGADKYII+LAKMLKFPGDKLHNGGNLRNVLDVGCGVASFGAYLLSHNIIAMSL
Sbjct: 181  GGTHFHYGADKYIIALAKMLKFPGDKLHNGGNLRNVLDVGCGVASFGAYLLSHNIIAMSL 240

Query: 734  APNDVHENQIQFALERGIPSTLGVLATKRLPYPSRSFELAHCSRCRIDWLQRDGILLLEL 793
            APNDVH+NQIQFALERGIPSTLGVLATKRLPYPSRSFELAHCSRCRIDWLQRDGILLLEL
Sbjct: 241  APNDVHQNQIQFALERGIPSTLGVLATKRLPYPSRSFELAHCSRCRIDWLQRDGILLLEL 300

Query: 794  DRLLRPGGYFAYSSPEAYAHDPENRRIGIAMHDILKRMCWKVVAKKDQTVIWAKPVTNSC 853
            DRLLRPGGYFAYSSPEAYAHD ENRRIG AMHDIL+RMCWKV AKKDQTVIW+KPV+NSC
Sbjct: 301  DRLLRPGGYFAYSSPEAYAHDAENRRIGTAMHDILRRMCWKVAAKKDQTVIWSKPVSNSC 360

Query: 854  YLKREPGTLPPLCNLDDDPDLTWIVSMKACISRYSAKMHREKGSGLVPWPQRLTSAPPRL 913
            YLKR PGTLPPLC+LDDDPDLTW VSMKACISRYSAKMHREKGSGLVPWPQRL SAPPRL
Sbjct: 361  YLKRYPGTLPPLCDLDDDPDLTWNVSMKACISRYSAKMHREKGSGLVPWPQRLVSAPPRL 420

Query: 914  QEVGVSAEEFKENSNVWKLRVAEYWKEMRFVIQRDSIRNVMDMNSNLGGFAAALIDKDVW 973
            QEV VSAEEFKE+SN+W+LRV EYWKEMR VIQRDSIRNVMDMNSNLGGFAAALIDKD+W
Sbjct: 421  QEVSVSAEEFKEDSNLWQLRVGEYWKEMRSVIQRDSIRNVMDMNSNLGGFAAALIDKDIW 480

Query: 974  VMNVAPVNLSAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWAVFSEINVRGCSMED 1033
            VMNVA VN SAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWAVFSE+NVRGCSMED
Sbjct: 481  VMNVASVNSSAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWAVFSEVNVRGCSMED 540

Query: 1034 LLIEMDRILRPDGFVIIRDVPSVINYIRKFVTALRWDGWLSEVEPRIDALSNVSETFLFN 1093
            LLIEMDRILRP GFVIIRDVP++INYIRKFVTALRWDGWLSEVEPRIDALSNV E  L  
Sbjct: 541  LLIEMDRILRPGGFVIIRDVPTIINYIRKFVTALRWDGWLSEVEPRIDALSNVEERVLIA 600

Query: 1094 LK 1096
             K
Sbjct: 601  RK 602

BLAST of Sgr024139 vs. ExPASy TrEMBL
Match: A0A6J1JRP1 (Methyltransferase OS=Cucurbita maxima OX=3661 GN=LOC111487731 PE=3 SV=1)

HSP 1 Score: 1118.6 bits (2892), Expect = 0.0e+00
Identity = 529/602 (87.87%), Postives = 560/602 (93.02%), Query Frame = 0

Query: 494  MKHKTQSLSSTRRLKFLLLGLISLLGLLCLYYGSSFTPSSRRSDEEDSFGSDPVFGGVAL 553
            MKHKT SLS TRRLK LLL LI LL LLCLYYGSS  PSSRRSD EDSFGSDPV G VA+
Sbjct: 1    MKHKTHSLSPTRRLKLLLLCLILLLALLCLYYGSSLAPSSRRSDGEDSFGSDPVLGAVAV 60

Query: 554  NHDLDDLHEDQEQNPEVPKSIPICDERYSELIPCLDRNLIYQLKLKPNLTLMEHYERHCP 613
            + D+  LHE +E N +VP SIPICDERYSELIPCLDRNLIYQLKLK NL+LMEHYERHCP
Sbjct: 61   SRDVGHLHELRELNLDVPGSIPICDERYSELIPCLDRNLIYQLKLKLNLSLMEHYERHCP 120

Query: 614  RPERRYNCLIPPPAGYKIPIRWPDSRDEVWKANIPHTHLAQEKSDQNWMVVNGDKINFPG 673
             PERRYNCLIPPP GYKIPIRWP SRDEVWKANIPHTHLAQEKSDQNWMVVNGDKINFPG
Sbjct: 121  PPERRYNCLIPPPTGYKIPIRWPASRDEVWKANIPHTHLAQEKSDQNWMVVNGDKINFPG 180

Query: 674  GGTHFHYGADKYIISLAKMLKFPGDKLHNGGNLRNVLDVGCGVASFGAYLLSHNIIAMSL 733
            GGTHFHYGADKYII+LAKMLKFPGDKLHNGGNLRNVLDVGCGVASFGAYLLSH+IIAMSL
Sbjct: 181  GGTHFHYGADKYIIALAKMLKFPGDKLHNGGNLRNVLDVGCGVASFGAYLLSHDIIAMSL 240

Query: 734  APNDVHENQIQFALERGIPSTLGVLATKRLPYPSRSFELAHCSRCRIDWLQRDGILLLEL 793
            APNDVHENQIQFALERGIPS LGVL TKRLPYPSRSFEL HCSRCRIDWLQRDGILLLEL
Sbjct: 241  APNDVHENQIQFALERGIPSALGVLGTKRLPYPSRSFELVHCSRCRIDWLQRDGILLLEL 300

Query: 794  DRLLRPGGYFAYSSPEAYAHDPENRRIGIAMHDILKRMCWKVVAKKDQTVIWAKPVTNSC 853
            DRLLRPGGYFAYSSPEAYAHDPENRRIGIAM+D+L+RMCWKVVAKKDQTV+WAKPV+NSC
Sbjct: 301  DRLLRPGGYFAYSSPEAYAHDPENRRIGIAMNDLLRRMCWKVVAKKDQTVVWAKPVSNSC 360

Query: 854  YLKREPGTLPPLCNLDDDPDLTWIVSMKACISRYSAKMHREKGSGLVPWPQRLTSAPPRL 913
            YLKR PGTLPPLC+L+DDPDLTW VSMKACISRYS KMHR KGSGL+PWP+RLTSAPPRL
Sbjct: 361  YLKRAPGTLPPLCDLEDDPDLTWNVSMKACISRYSKKMHRLKGSGLIPWPRRLTSAPPRL 420

Query: 914  QEVGVSAEEFKENSNVWKLRVAEYWKEMRFVIQRDSIRNVMDMNSNLGGFAAALIDKDVW 973
            ++VGVSAEEFK++SNVW+LRVAEYWKEMR V+QR+SIRNVMDMNSNLGGFAAAL+++ VW
Sbjct: 421  EDVGVSAEEFKDDSNVWQLRVAEYWKEMRVVLQRNSIRNVMDMNSNLGGFAAALVNEAVW 480

Query: 974  VMNVAPVNLSAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWAVFSEINVRGCSMED 1033
            VMNVAPVN SAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWAVFSEI+ RGCSMED
Sbjct: 481  VMNVAPVNSSAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWAVFSEISARGCSMED 540

Query: 1034 LLIEMDRILRPDGFVIIRDVPSVINYIRKFVTALRWDGWLSEVEPRIDALSNVSETFLFN 1093
            L+IEMDRILRPDGF+IIRDVPSVINYIRK+VTALRWD W SEVEPRIDALS V E  L  
Sbjct: 541  LIIEMDRILRPDGFIIIRDVPSVINYIRKYVTALRWDEWFSEVEPRIDALSKVEERVLIA 600

Query: 1094 LK 1096
             K
Sbjct: 601  RK 602

BLAST of Sgr024139 vs. ExPASy TrEMBL
Match: A0A1S3C9C3 (Methyltransferase OS=Cucumis melo OX=3656 GN=LOC103498121 PE=3 SV=1)

HSP 1 Score: 1115.9 bits (2885), Expect = 0.0e+00
Identity = 528/596 (88.59%), Postives = 558/596 (93.62%), Query Frame = 0

Query: 494  MKHKTQSLSSTRRLKFLLLGLISLLGLLCLYYGSSFTPSSRRSDEEDSFGSDPVFGGVAL 553
            MKHKT SLSSTR LK LLLG I LL LLCLYYGSSF PSSRRSD ED   SDP+F G   
Sbjct: 1    MKHKTHSLSSTRLLKLLLLGFIILLALLCLYYGSSFAPSSRRSDGED---SDPLFSGDLY 60

Query: 554  NHDLDDLHED-QEQNPEVPKSIPICDERYSELIPCLDRNLIYQLKLKPNLTLMEHYERHC 613
              D DDLHE  ++    VP+SIPICDER+SELIPCLDRNLIYQLKLK NL+LMEHYERHC
Sbjct: 61   TRDFDDLHEPRRDLTLHVPQSIPICDERFSELIPCLDRNLIYQLKLKLNLSLMEHYERHC 120

Query: 614  PRPERRYNCLIPPPAGYKIPIRWPDSRDEVWKANIPHTHLAQEKSDQNWMVVNGDKINFP 673
            P PERRYNCL+PPP GYKIPIRWP+SRDEVWKANIPHTHLAQEKSDQNWMVVNGDKINFP
Sbjct: 121  PPPERRYNCLVPPPTGYKIPIRWPNSRDEVWKANIPHTHLAQEKSDQNWMVVNGDKINFP 180

Query: 674  GGGTHFHYGADKYIISLAKMLKFPGDKLHNGGNLRNVLDVGCGVASFGAYLLSHNIIAMS 733
            GGGTHFHYGADKYII+LAKMLKFPG+KL+NGGN+RNVLDVGCGVASFGAYLLSH+IIAMS
Sbjct: 181  GGGTHFHYGADKYIIALAKMLKFPGEKLNNGGNVRNVLDVGCGVASFGAYLLSHDIIAMS 240

Query: 734  LAPNDVHENQIQFALERGIPSTLGVLATKRLPYPSRSFELAHCSRCRIDWLQRDGILLLE 793
            LAPNDVHENQIQFALERGIPSTLGVL TKRLPYPSRSFELAHCSRCRIDWLQRDGILLLE
Sbjct: 241  LAPNDVHENQIQFALERGIPSTLGVLGTKRLPYPSRSFELAHCSRCRIDWLQRDGILLLE 300

Query: 794  LDRLLRPGGYFAYSSPEAYAHDPENRRIGIAMHDILKRMCWKVVAKKDQTVIWAKPVTNS 853
            LDRLLRPGGYFAYSSPEAYAHDPENR+IG+AMHDILKRMCWKVVAKKDQTVIW KP++NS
Sbjct: 301  LDRLLRPGGYFAYSSPEAYAHDPENRKIGMAMHDILKRMCWKVVAKKDQTVIWGKPISNS 360

Query: 854  CYLKREPGTLPPLCNLDDDPDLTWIVSMKACISRYSAKMHREKGSGLVPWPQRLTSAPPR 913
            CYLKR+PGTLPPLCNL+DD DLTW VSM+ACISRYSAKMH++KGSGLVPWPQRLTSAPPR
Sbjct: 361  CYLKRDPGTLPPLCNLNDDSDLTWNVSMQACISRYSAKMHKQKGSGLVPWPQRLTSAPPR 420

Query: 914  LQEVGVSAEEFKENSNVWKLRVAEYWKEMRFVIQRDSIRNVMDMNSNLGGFAAALIDKDV 973
            L+EVGVSAEEFKE+S VW+LRVAEYWKEMR V+QRDSIRNVMDMNSNLGGFAAALI+KDV
Sbjct: 421  LEEVGVSAEEFKEDSTVWQLRVAEYWKEMRLVVQRDSIRNVMDMNSNLGGFAAALINKDV 480

Query: 974  WVMNVAPVNLSAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWAVFSEINVRGCSME 1033
            WVMNVAP+N SAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAW VFSEINVRGCSME
Sbjct: 481  WVMNVAPINSSAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWGVFSEINVRGCSME 540

Query: 1034 DLLIEMDRILRPDGFVIIRDVPSVINYIRKFVTALRWDGWLSEVEPRIDALSNVSE 1089
            DLLIEMDRILRPDGFVIIRDVPSVINYIRK+ TALRWDGWLSEVEPR+DALS V E
Sbjct: 541  DLLIEMDRILRPDGFVIIRDVPSVINYIRKYFTALRWDGWLSEVEPRVDALSKVVE 593

BLAST of Sgr024139 vs. ExPASy TrEMBL
Match: A0A5A7T8H2 (Methyltransferase OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold277G002440 PE=3 SV=1)

HSP 1 Score: 1115.9 bits (2885), Expect = 0.0e+00
Identity = 528/596 (88.59%), Postives = 558/596 (93.62%), Query Frame = 0

Query: 494  MKHKTQSLSSTRRLKFLLLGLISLLGLLCLYYGSSFTPSSRRSDEEDSFGSDPVFGGVAL 553
            MKHKT SLSSTR LK LLLG I LL LLCLYYGSSF PSSRRSD ED   SDP+F G   
Sbjct: 1    MKHKTHSLSSTRLLKLLLLGFIILLALLCLYYGSSFAPSSRRSDGED---SDPLFSGDLY 60

Query: 554  NHDLDDLHED-QEQNPEVPKSIPICDERYSELIPCLDRNLIYQLKLKPNLTLMEHYERHC 613
              D DDLHE  ++    VP+SIPICDER+SELIPCLDRNLIYQLKLK NL+LMEHYERHC
Sbjct: 61   TRDFDDLHEPRRDLTLHVPQSIPICDERFSELIPCLDRNLIYQLKLKLNLSLMEHYERHC 120

Query: 614  PRPERRYNCLIPPPAGYKIPIRWPDSRDEVWKANIPHTHLAQEKSDQNWMVVNGDKINFP 673
            P PERRYNCL+PPP GYKIPIRWP+SRDEVWKANIPHTHLAQEKSDQNWMVVNGDKINFP
Sbjct: 121  PPPERRYNCLVPPPTGYKIPIRWPNSRDEVWKANIPHTHLAQEKSDQNWMVVNGDKINFP 180

Query: 674  GGGTHFHYGADKYIISLAKMLKFPGDKLHNGGNLRNVLDVGCGVASFGAYLLSHNIIAMS 733
            GGGTHFHYGADKYII+LAKMLKFPG+KL+NGGN+RNVLDVGCGVASFGAYLLSH+IIAMS
Sbjct: 181  GGGTHFHYGADKYIIALAKMLKFPGEKLNNGGNVRNVLDVGCGVASFGAYLLSHDIIAMS 240

Query: 734  LAPNDVHENQIQFALERGIPSTLGVLATKRLPYPSRSFELAHCSRCRIDWLQRDGILLLE 793
            LAPNDVHENQIQFALERGIPSTLGVL TKRLPYPSRSFELAHCSRCRIDWLQRDGILLLE
Sbjct: 241  LAPNDVHENQIQFALERGIPSTLGVLGTKRLPYPSRSFELAHCSRCRIDWLQRDGILLLE 300

Query: 794  LDRLLRPGGYFAYSSPEAYAHDPENRRIGIAMHDILKRMCWKVVAKKDQTVIWAKPVTNS 853
            LDRLLRPGGYFAYSSPEAYAHDPENR+IG+AMHDILKRMCWKVVAKKDQTVIW KP++NS
Sbjct: 301  LDRLLRPGGYFAYSSPEAYAHDPENRKIGMAMHDILKRMCWKVVAKKDQTVIWGKPISNS 360

Query: 854  CYLKREPGTLPPLCNLDDDPDLTWIVSMKACISRYSAKMHREKGSGLVPWPQRLTSAPPR 913
            CYLKR+PGTLPPLCNL+DD DLTW VSM+ACISRYSAKMH++KGSGLVPWPQRLTSAPPR
Sbjct: 361  CYLKRDPGTLPPLCNLNDDSDLTWNVSMQACISRYSAKMHKQKGSGLVPWPQRLTSAPPR 420

Query: 914  LQEVGVSAEEFKENSNVWKLRVAEYWKEMRFVIQRDSIRNVMDMNSNLGGFAAALIDKDV 973
            L+EVGVSAEEFKE+S VW+LRVAEYWKEMR V+QRDSIRNVMDMNSNLGGFAAALI+KDV
Sbjct: 421  LEEVGVSAEEFKEDSTVWQLRVAEYWKEMRLVVQRDSIRNVMDMNSNLGGFAAALINKDV 480

Query: 974  WVMNVAPVNLSAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWAVFSEINVRGCSME 1033
            WVMNVAP+N SAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAW VFSEINVRGCSME
Sbjct: 481  WVMNVAPINSSAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWGVFSEINVRGCSME 540

Query: 1034 DLLIEMDRILRPDGFVIIRDVPSVINYIRKFVTALRWDGWLSEVEPRIDALSNVSE 1089
            DLLIEMDRILRPDGFVIIRDVPSVINYIRK+ TALRWDGWLSEVEPR+DALS V E
Sbjct: 541  DLLIEMDRILRPDGFVIIRDVPSVINYIRKYFTALRWDGWLSEVEPRVDALSKVVE 593

BLAST of Sgr024139 vs. TAIR 10
Match: AT5G14430.1 (S-adenosyl-L-methionine-dependent methyltransferases superfamily protein )

HSP 1 Score: 944.9 bits (2441), Expect = 7.8e-275
Identity = 441/605 (72.89%), Postives = 508/605 (83.97%), Query Frame = 0

Query: 494  MKH-KTQSLSSTRRL-KFLLLGLISLLGLLCLYYGSSFTPSSRRSDEEDSFGSDPVFG-G 553
            MKH +T+ + +T +L  ++L+G I+LLGL CLYYGSSF P SR+SDE D   +    G G
Sbjct: 1    MKHFRTERVRATPKLFTYVLVGFIALLGLTCLYYGSSFAPGSRKSDEFDGSNNRVRTGIG 60

Query: 554  VALNHDLDDLHEDQEQNPEVPKSIPICDERYSELIPCLDRNLIYQLKLKPNLTLMEHYER 613
               N D+           EVPKS+PICD R+SELIPCLDRNL YQLKLK NL+LMEHYE 
Sbjct: 61   SLRNRDI----VLAVSRFEVPKSVPICDSRHSELIPCLDRNLHYQLKLKLNLSLMEHYEH 120

Query: 614  HCPRPERRYNCLIPPPAGYKIPIRWPDSRDEVWKANIPHTHLAQEKSDQNWMVVNGDKIN 673
            HCP  ERR+NCL+PPP GYKIP+RWP SRDEVWKANIPHTHLAQEKSDQNWMVVNGDKIN
Sbjct: 121  HCPPSERRFNCLVPPPVGYKIPLRWPVSRDEVWKANIPHTHLAQEKSDQNWMVVNGDKIN 180

Query: 674  FPGGGTHFHYGADKYIISLAKMLKFPGDKLHNGGNLRNVLDVGCGVASFGAYLLSHNIIA 733
            FPGGGTHFH GADKYI+SLA+MLKFPGDKL+NGG++RNVLDVGCGVASFGAYLLSH+IIA
Sbjct: 181  FPGGGTHFHNGADKYIVSLAQMLKFPGDKLNNGGSIRNVLDVGCGVASFGAYLLSHDIIA 240

Query: 734  MSLAPNDVHENQIQFALERGIPSTLGVLATKRLPYPSRSFELAHCSRCRIDWLQRDGILL 793
            MSLAPNDVH+NQIQFALERGIPSTLGVL TKRLPYPSRSFELAHCSRCRIDWLQRDGILL
Sbjct: 241  MSLAPNDVHQNQIQFALERGIPSTLGVLGTKRLPYPSRSFELAHCSRCRIDWLQRDGILL 300

Query: 794  LELDRLLRPGGYFAYSSPEAYAHDPENRRIGIAMHDILKRMCWKVVAKKDQTVIWAKPVT 853
            LELDRLLRPGGYF YSSPEAYAHDPENR+IG AMHD+ KRMCWKVVAK+DQ+VIW KP++
Sbjct: 301  LELDRLLRPGGYFVYSSPEAYAHDPENRKIGNAMHDLFKRMCWKVVAKRDQSVIWGKPIS 360

Query: 854  NSCYLKREPGTLPPLCNLDDDPDLTWIVSMKACISRYSAKMHREKGSGLVPWPQRLTSAP 913
            NSCYLKR+PG LPPLC   DDPD TW VSMKACIS YS +MH+E+ SGLVPWP+RLT+ P
Sbjct: 361  NSCYLKRDPGVLPPLCPSGDDPDATWNVSMKACISPYSVRMHKERWSGLVPWPRRLTAPP 420

Query: 914  PRLQEVGVSAEEFKENSNVWKLRVAEYWKEMRFVIQRDSIRNVMDMNSNLGGFAAALIDK 973
            PRL+E+GV+ E+F+E++  W+LRV EYWK ++ ++Q++SIRNVMDM+SNLGGFAAAL DK
Sbjct: 421  PRLEEIGVTPEQFREDTETWRLRVIEYWKLLKPMVQKNSIRNVMDMSSNLGGFAAALNDK 480

Query: 974  DVWVMNVAPVNLSAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWAVFSEINVRGCS 1033
            DVWVMNV PV  S ++KI+YDRGL+G  HDWCEAF TYPRT+DL+HAW  F+E   RGCS
Sbjct: 481  DVWVMNVMPVQSSPRMKIIYDRGLIGATHDWCEAFDTYPRTFDLIHAWNTFTETQARGCS 540

Query: 1034 MEDLLIEMDRILRPDGFVIIRDVPSVINYIRKFVTALRWDGWLSEVEPRIDALSNVSETF 1093
             EDLLIEMDRILRP+GFVIIRD    I+YI+K++T L+WD W +E  P+ D LS   E  
Sbjct: 541  FEDLLIEMDRILRPEGFVIIRDTTDNISYIKKYLTLLKWDKWSTETTPKGDPLSTKDEIV 600

Query: 1094 LFNLK 1096
            L   K
Sbjct: 601  LIARK 601

BLAST of Sgr024139 vs. TAIR 10
Match: AT5G14430.2 (S-adenosyl-L-methionine-dependent methyltransferases superfamily protein )

HSP 1 Score: 938.3 bits (2424), Expect = 7.3e-273
Identity = 438/605 (72.40%), Postives = 507/605 (83.80%), Query Frame = 0

Query: 494  MKH-KTQSLSSTRRL-KFLLLGLISLLGLLCLYYGSSFTPSSRRSDEEDSFGSDPVFG-G 553
            MKH +T+ + +T +L  ++L+G I+LLGL CLYYGSSF P SR+SDE D   +    G G
Sbjct: 1    MKHFRTERVRATPKLFTYVLVGFIALLGLTCLYYGSSFAPGSRKSDEFDGSNNRVRTGIG 60

Query: 554  VALNHDLDDLHEDQEQNPEVPKSIPICDERYSELIPCLDRNLIYQLKLKPNLTLMEHYER 613
               N D+           EVPKS+PICD R+SELIPCLDRNL YQLKLK NL+LMEHYE 
Sbjct: 61   SLRNRDI----VLAVSRFEVPKSVPICDSRHSELIPCLDRNLHYQLKLKLNLSLMEHYEH 120

Query: 614  HCPRPERRYNCLIPPPAGYKIPIRWPDSRDEVWKANIPHTHLAQEKSDQNWMVVNGDKIN 673
            HCP  ERR+NCL+PPP  ++IP+RWP SRDEVWKANIPHTHLAQEKSDQNWMVVNGDKIN
Sbjct: 121  HCPPSERRFNCLVPPPVVFQIPLRWPVSRDEVWKANIPHTHLAQEKSDQNWMVVNGDKIN 180

Query: 674  FPGGGTHFHYGADKYIISLAKMLKFPGDKLHNGGNLRNVLDVGCGVASFGAYLLSHNIIA 733
            FPGGGTHFH GADKYI+SLA+MLKFPGDKL+NGG++RNVLDVGCGVASFGAYLLSH+IIA
Sbjct: 181  FPGGGTHFHNGADKYIVSLAQMLKFPGDKLNNGGSIRNVLDVGCGVASFGAYLLSHDIIA 240

Query: 734  MSLAPNDVHENQIQFALERGIPSTLGVLATKRLPYPSRSFELAHCSRCRIDWLQRDGILL 793
            MSLAPNDVH+NQIQFALERGIPSTLGVL TKRLPYPSRSFELAHCSRCRIDWLQRDGILL
Sbjct: 241  MSLAPNDVHQNQIQFALERGIPSTLGVLGTKRLPYPSRSFELAHCSRCRIDWLQRDGILL 300

Query: 794  LELDRLLRPGGYFAYSSPEAYAHDPENRRIGIAMHDILKRMCWKVVAKKDQTVIWAKPVT 853
            LELDRLLRPGGYF YSSPEAYAHDPENR+IG AMHD+ KRMCWKVVAK+DQ+VIW KP++
Sbjct: 301  LELDRLLRPGGYFVYSSPEAYAHDPENRKIGNAMHDLFKRMCWKVVAKRDQSVIWGKPIS 360

Query: 854  NSCYLKREPGTLPPLCNLDDDPDLTWIVSMKACISRYSAKMHREKGSGLVPWPQRLTSAP 913
            NSCYLKR+PG LPPLC   DDPD TW VSMKACIS YS +MH+E+ SGLVPWP+RLT+ P
Sbjct: 361  NSCYLKRDPGVLPPLCPSGDDPDATWNVSMKACISPYSVRMHKERWSGLVPWPRRLTAPP 420

Query: 914  PRLQEVGVSAEEFKENSNVWKLRVAEYWKEMRFVIQRDSIRNVMDMNSNLGGFAAALIDK 973
            PRL+E+GV+ E+F+E++  W+LRV EYWK ++ ++Q++SIRNVMDM+SNLGGFAAAL DK
Sbjct: 421  PRLEEIGVTPEQFREDTETWRLRVIEYWKLLKPMVQKNSIRNVMDMSSNLGGFAAALNDK 480

Query: 974  DVWVMNVAPVNLSAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWAVFSEINVRGCS 1033
            DVWVMNV PV  S ++KI+YDRGL+G  HDWCEAF TYPRT+DL+HAW  F+E   RGCS
Sbjct: 481  DVWVMNVMPVQSSPRMKIIYDRGLIGATHDWCEAFDTYPRTFDLIHAWNTFTETQARGCS 540

Query: 1034 MEDLLIEMDRILRPDGFVIIRDVPSVINYIRKFVTALRWDGWLSEVEPRIDALSNVSETF 1093
             EDLLIEMDRILRP+GFVIIRD    I+YI+K++T L+WD W +E  P+ D LS   E  
Sbjct: 541  FEDLLIEMDRILRPEGFVIIRDTTDNISYIKKYLTLLKWDKWSTETTPKGDPLSTKDEIV 600

Query: 1094 LFNLK 1096
            L   K
Sbjct: 601  LIARK 601

BLAST of Sgr024139 vs. TAIR 10
Match: AT3G23300.1 (S-adenosyl-L-methionine-dependent methyltransferases superfamily protein )

HSP 1 Score: 783.9 bits (2023), Expect = 2.3e-226
Identity = 353/509 (69.35%), Postives = 416/509 (81.73%), Query Frame = 0

Query: 562  EDQEQNPEVPKSIPICDERYSELIPCLDRNLIYQLKLKPNLTLMEHYERHCPRPERRYNC 621
            ED   N   P+S P+CD+R+SELIPCLDRNLIYQ++LK +L+LMEHYERHCP PERR+NC
Sbjct: 67   EDVVGNGFTPRSFPVCDDRHSELIPCLDRNLIYQMRLKLDLSLMEHYERHCPPPERRFNC 126

Query: 622  LIPPPAGYKIPIRWPDSRDEVWKANIPHTHLAQEKSDQNWMVVNGDKINFPGGGTHFHYG 681
            LIPPP GYKIPI+WP SRDEVWK NIPHTHLA EKSDQNWMVV G+KINFPGGGTHFHYG
Sbjct: 127  LIPPPPGYKIPIKWPKSRDEVWKVNIPHTHLAHEKSDQNWMVVKGEKINFPGGGTHFHYG 186

Query: 682  ADKYIISLAKMLKFPGDKLHNGGNLRNVLDVGCGVASFGAYLLSHNIIAMSLAPNDVHEN 741
            ADKYI S+A ML FP + L+NGG LR  LDVGCGVASFG YLL+  I+ MSLAPNDVH+N
Sbjct: 187  ADKYIASMANMLNFPNNVLNNGGRLRTFLDVGCGVASFGGYLLASEIMTMSLAPNDVHQN 246

Query: 742  QIQFALERGIPSTLGVLATKRLPYPSRSFELAHCSRCRIDWLQRDGILLLELDRLLRPGG 801
            QIQFALERGIP+ LGVL TKRLPYPSRSFELAHCSRCRIDWLQRDGILLLELDR+LRPGG
Sbjct: 247  QIQFALERGIPAYLGVLGTKRLPYPSRSFELAHCSRCRIDWLQRDGILLLELDRVLRPGG 306

Query: 802  YFAYSSPEAYAHDPENRRIGIAMHDILKRMCWKVVAKKDQTVIWAKPVTNSCYLKREPGT 861
            YFAYSSPEAYA D E+ RI   M  ++ RMCW + AK++QTVIW KP+TN CYL REPGT
Sbjct: 307  YFAYSSPEAYAQDEEDLRIWREMSALVGRMCWTIAAKRNQTVIWQKPLTNDCYLGREPGT 366

Query: 862  LPPLCNLDDDPDLTWIVSMKACISRYSAKMHREKGSGLVPWPQRLTSAPPRLQEVGVSAE 921
             PPLCN D DPD  + V+M+ACI++YS   H+ KGSGL PWP RLTS PPRL + G S +
Sbjct: 367  QPPLCNSDSDPDAVYGVNMEACITQYSDHDHKTKGSGLAPWPARLTSPPPRLADFGYSTD 426

Query: 922  EFKENSNVWKLRVAEYWKEMRFVIQRDSIRNVMDMNSNLGGFAAALIDKDVWVMNVAPVN 981
             F++++  W+ RV  YW  +   IQ D++RN+MDM +++G FAAAL +KDVWVMNV P +
Sbjct: 427  IFEKDTETWRQRVDTYWDLLSPKIQSDTVRNIMDMKASMGSFAAALKEKDVWVMNVVPED 486

Query: 982  LSAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWAVFSEINVRGCSMEDLLIEMDRI 1041
                LK++YDRGL+G VH WCEAFSTYPRTYDLLHAW + S+I  RGCS EDLL+EMDRI
Sbjct: 487  GPNTLKLIYDRGLMGAVHSWCEAFSTYPRTYDLLHAWDIISDIKKRGCSAEDLLLEMDRI 546

Query: 1042 LRPDGFVIIRDVPSVINYIRKFVTALRWD 1071
            LRP GF++IRD  SV++ ++K++ AL W+
Sbjct: 547  LRPSGFILIRDKQSVVDLVKKYLKALHWE 575

BLAST of Sgr024139 vs. TAIR 10
Match: AT4G14360.1 (S-adenosyl-L-methionine-dependent methyltransferases superfamily protein )

HSP 1 Score: 781.9 bits (2018), Expect = 8.7e-226
Identity = 366/583 (62.78%), Postives = 447/583 (76.67%), Query Frame = 0

Query: 494  MKHKTQSLSSTRRLKFLLLGLISLLGLLCLYYGSSFTPSSRRSDEEDSFGSDPVFGGVAL 553
            MK ++      R +  + +  + L+  + L+YGSS     R S  E  +G     GG   
Sbjct: 1    MKGRSDGGQKKRVIALVCVAAVVLV-FVYLFYGSS---DHRASAIE--YGRKLGLGG--- 60

Query: 554  NHDLDDLHEDQEQNP------EVPKSIPICDERYSELIPCLDRNLIYQLKLKPNLTLMEH 613
              D DD  +D   +         P+S P+CD+R+SELIPCLDRNLIYQ++LK +L+LMEH
Sbjct: 61   --DDDDTKQDDTSSSFGVDDGFTPRSFPVCDDRHSELIPCLDRNLIYQMRLKLDLSLMEH 120

Query: 614  YERHCPRPERRYNCLIPPPAGYKIPIRWPDSRDEVWKANIPHTHLAQEKSDQNWMVVNGD 673
            YERHCP PERR+NCLIPPP GYK+PI+WP SRDEVWK NIPHTHLA EKSDQNWMVV GD
Sbjct: 121  YERHCPPPERRFNCLIPPPNGYKVPIKWPKSRDEVWKVNIPHTHLAHEKSDQNWMVVKGD 180

Query: 674  KINFPGGGTHFHYGADKYIISLAKMLKFPGDKLHNGGNLRNVLDVGCGVASFGAYLLSHN 733
            KINFPGGGTHFHYGADKYI S+A ML +P + L+NGG LR V DVGCGVASFG YLLS +
Sbjct: 181  KINFPGGGTHFHYGADKYIASMANMLNYPNNVLNNGGRLRTVFDVGCGVASFGGYLLSSD 240

Query: 734  IIAMSLAPNDVHENQIQFALERGIPSTLGVLATKRLPYPSRSFELAHCSRCRIDWLQRDG 793
            I+ MSLAPNDVH+NQIQFALERGIP++LGVL TKRLPYPSRSFEL+HCSRCRIDWLQRDG
Sbjct: 241  ILTMSLAPNDVHQNQIQFALERGIPASLGVLGTKRLPYPSRSFELSHCSRCRIDWLQRDG 300

Query: 794  ILLLELDRLLRPGGYFAYSSPEAYAHDPENRRIGIAMHDILKRMCWKVVAKKDQTVIWAK 853
            ILLLELDR+LRPGGYFAYSSPEAYA D E+ RI   M  +++RMCWK+ AK++QTVIW K
Sbjct: 301  ILLLELDRVLRPGGYFAYSSPEAYAQDEEDLRIWREMSALVERMCWKIAAKRNQTVIWQK 360

Query: 854  PVTNSCYLKREPGTLPPLCNLDDDPDLTWIVSMKACISRYSAKMHREKGSGLVPWPQRLT 913
            P+TN CYL+REPGT PPLC  D+DPD  W V+M+ACI+ YS   H+ KGSGL PWP RLT
Sbjct: 361  PLTNDCYLEREPGTQPPLCRSDNDPDAVWGVNMEACITSYSDHDHKTKGSGLAPWPARLT 420

Query: 914  SAPPRLQEVGVSAEEFKENSNVWKLRVAEYWKEMRFVIQRDSIRNVMDMNSNLGGFAAAL 973
            S PPRL + G S   F++++ +W+ RV  YW  +   I+ D++RN+MDM +++G FAAAL
Sbjct: 421  SPPPRLADFGYSTGMFEKDTELWRQRVDTYWDLLSPRIESDTVRNIMDMKASMGSFAAAL 480

Query: 974  IDKDVWVMNVAPVNLSAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWAVFSEINVR 1033
             +KDVWVMNV P +    LK++YDRGL+G VH WCEAFSTYPRTYDLLHAW + S+I  +
Sbjct: 481  KEKDVWVMNVVPEDGPNTLKLIYDRGLMGAVHSWCEAFSTYPRTYDLLHAWDIISDIKKK 540

Query: 1034 GCSMEDLLIEMDRILRPDGFVIIRDVPSVINYIRKFVTALRWD 1071
            GCS  DLL+EMDRILRP GF+IIRD   V+++++K++ AL W+
Sbjct: 541  GCSEVDLLLEMDRILRPSGFIIIRDKQRVVDFVKKYLKALHWE 572

BLAST of Sgr024139 vs. TAIR 10
Match: AT4G14360.2 (S-adenosyl-L-methionine-dependent methyltransferases superfamily protein )

HSP 1 Score: 781.9 bits (2018), Expect = 8.7e-226
Identity = 366/583 (62.78%), Postives = 447/583 (76.67%), Query Frame = 0

Query: 494  MKHKTQSLSSTRRLKFLLLGLISLLGLLCLYYGSSFTPSSRRSDEEDSFGSDPVFGGVAL 553
            MK ++      R +  + +  + L+  + L+YGSS     R S  E  +G     GG   
Sbjct: 1    MKGRSDGGQKKRVIALVCVAAVVLV-FVYLFYGSS---DHRASAIE--YGRKLGLGG--- 60

Query: 554  NHDLDDLHEDQEQNP------EVPKSIPICDERYSELIPCLDRNLIYQLKLKPNLTLMEH 613
              D DD  +D   +         P+S P+CD+R+SELIPCLDRNLIYQ++LK +L+LMEH
Sbjct: 61   --DDDDTKQDDTSSSFGVDDGFTPRSFPVCDDRHSELIPCLDRNLIYQMRLKLDLSLMEH 120

Query: 614  YERHCPRPERRYNCLIPPPAGYKIPIRWPDSRDEVWKANIPHTHLAQEKSDQNWMVVNGD 673
            YERHCP PERR+NCLIPPP GYK+PI+WP SRDEVWK NIPHTHLA EKSDQNWMVV GD
Sbjct: 121  YERHCPPPERRFNCLIPPPNGYKVPIKWPKSRDEVWKVNIPHTHLAHEKSDQNWMVVKGD 180

Query: 674  KINFPGGGTHFHYGADKYIISLAKMLKFPGDKLHNGGNLRNVLDVGCGVASFGAYLLSHN 733
            KINFPGGGTHFHYGADKYI S+A ML +P + L+NGG LR V DVGCGVASFG YLLS +
Sbjct: 181  KINFPGGGTHFHYGADKYIASMANMLNYPNNVLNNGGRLRTVFDVGCGVASFGGYLLSSD 240

Query: 734  IIAMSLAPNDVHENQIQFALERGIPSTLGVLATKRLPYPSRSFELAHCSRCRIDWLQRDG 793
            I+ MSLAPNDVH+NQIQFALERGIP++LGVL TKRLPYPSRSFEL+HCSRCRIDWLQRDG
Sbjct: 241  ILTMSLAPNDVHQNQIQFALERGIPASLGVLGTKRLPYPSRSFELSHCSRCRIDWLQRDG 300

Query: 794  ILLLELDRLLRPGGYFAYSSPEAYAHDPENRRIGIAMHDILKRMCWKVVAKKDQTVIWAK 853
            ILLLELDR+LRPGGYFAYSSPEAYA D E+ RI   M  +++RMCWK+ AK++QTVIW K
Sbjct: 301  ILLLELDRVLRPGGYFAYSSPEAYAQDEEDLRIWREMSALVERMCWKIAAKRNQTVIWQK 360

Query: 854  PVTNSCYLKREPGTLPPLCNLDDDPDLTWIVSMKACISRYSAKMHREKGSGLVPWPQRLT 913
            P+TN CYL+REPGT PPLC  D+DPD  W V+M+ACI+ YS   H+ KGSGL PWP RLT
Sbjct: 361  PLTNDCYLEREPGTQPPLCRSDNDPDAVWGVNMEACITSYSDHDHKTKGSGLAPWPARLT 420

Query: 914  SAPPRLQEVGVSAEEFKENSNVWKLRVAEYWKEMRFVIQRDSIRNVMDMNSNLGGFAAAL 973
            S PPRL + G S   F++++ +W+ RV  YW  +   I+ D++RN+MDM +++G FAAAL
Sbjct: 421  SPPPRLADFGYSTGMFEKDTELWRQRVDTYWDLLSPRIESDTVRNIMDMKASMGSFAAAL 480

Query: 974  IDKDVWVMNVAPVNLSAKLKIVYDRGLLGTVHDWCEAFSTYPRTYDLLHAWAVFSEINVR 1033
             +KDVWVMNV P +    LK++YDRGL+G VH WCEAFSTYPRTYDLLHAW + S+I  +
Sbjct: 481  KEKDVWVMNVVPEDGPNTLKLIYDRGLMGAVHSWCEAFSTYPRTYDLLHAWDIISDIKKK 540

Query: 1034 GCSMEDLLIEMDRILRPDGFVIIRDVPSVINYIRKFVTALRWD 1071
            GCS  DLL+EMDRILRP GF+IIRD   V+++++K++ AL W+
Sbjct: 541  GCSEVDLLLEMDRILRPSGFIIIRDKQRVVDFVKKYLKALHWE 572

The following BLAST results are available for this feature:
Match NameE-valueIdentityDescription
XP_022134004.10.0e+0091.20probable methyltransferase PMT9 [Momordica charantia][more]
XP_038890608.10.0e+0089.88probable methyltransferase PMT9 [Benincasa hispida] >XP_038890609.1 probable met... [more]
XP_004142780.10.0e+0088.72probable methyltransferase PMT9 [Cucumis sativus] >XP_031741924.1 probable methy... [more]
XP_023545218.10.0e+0088.04probable methyltransferase PMT9 [Cucurbita pepo subsp. pepo] >XP_023545226.1 pro... [more]
XP_022991015.10.0e+0087.87probable methyltransferase PMT9 [Cucurbita maxima][more]
Match NameE-valueIdentityDescription
Q8VZV71.1e-27372.89Probable methyltransferase PMT9 OS=Arabidopsis thaliana OX=3702 GN=At5g14430 PE=... [more]
Q8H1183.2e-22569.35Probable methyltransferase PMT1 OS=Arabidopsis thaliana OX=3702 GN=At3g23300 PE=... [more]
Q93YV71.2e-22462.78Probable methyltransferase PMT3 OS=Arabidopsis thaliana OX=3702 GN=At4g14360 PE=... [more]
Q940J91.3e-22163.26Probable methyltransferase PMT8 OS=Arabidopsis thaliana OX=3702 GN=At1g04430 PE=... [more]
Q9LY874.8e-14469.48E3 ubiquitin-protein ligase RGLG2 OS=Arabidopsis thaliana OX=3702 GN=RGLG2 PE=1 ... [more]
Match NameE-valueIdentityDescription
A0A0A0KSD40.0e+0078.87Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_5G522930 PE=3 SV=1[more]
A0A6J1BXJ70.0e+0091.20Methyltransferase OS=Momordica charantia OX=3673 GN=LOC111006389 PE=3 SV=1[more]
A0A6J1JRP10.0e+0087.87Methyltransferase OS=Cucurbita maxima OX=3661 GN=LOC111487731 PE=3 SV=1[more]
A0A1S3C9C30.0e+0088.59Methyltransferase OS=Cucumis melo OX=3656 GN=LOC103498121 PE=3 SV=1[more]
A0A5A7T8H20.0e+0088.59Methyltransferase OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold277G00... [more]
Match NameE-valueIdentityDescription
AT5G14430.17.8e-27572.89S-adenosyl-L-methionine-dependent methyltransferases superfamily protein [more]
AT5G14430.27.3e-27372.40S-adenosyl-L-methionine-dependent methyltransferases superfamily protein [more]
AT3G23300.12.3e-22669.35S-adenosyl-L-methionine-dependent methyltransferases superfamily protein [more]
AT4G14360.18.7e-22662.78S-adenosyl-L-methionine-dependent methyltransferases superfamily protein [more]
AT4G14360.28.7e-22662.78S-adenosyl-L-methionine-dependent methyltransferases superfamily protein [more]
InterPro
Analysis Name: InterPro Annotations of Monk fruit (Qingpiguo) v1
Date Performed: 2022-08-01
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR002035von Willebrand factor, type ASMARTSM00327VWA_4coord: 94..297
e-value: 3.7E-7
score: 39.8
NoneNo IPR availableGENE3D3.40.50.150Vaccinia Virus protein VP39coord: 698..840
e-value: 6.3E-11
score: 44.1
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 1..45
NoneNo IPR availablePANTHERPTHR10108:SF1103METHYLTRANSFERASE PMT9-RELATEDcoord: 497..1091
IPR010734Copine, C-terminalPFAMPF07002Copinecoord: 119..332
e-value: 1.1E-73
score: 247.3
IPR010734Copine, C-terminalCDDcd01459vWA_copine_likecoord: 73..323
e-value: 1.39375E-103
score: 328.562
IPR007877Protein of unknown function DUF707PFAMPF05212DUF707coord: 1165..1451
e-value: 2.2E-140
score: 467.1
IPR004159Putative S-adenosyl-L-methionine-dependent methyltransferasePFAMPF03141Methyltransf_29coord: 583..1078
e-value: 3.0E-221
score: 735.4
IPR004159Putative S-adenosyl-L-methionine-dependent methyltransferasePANTHERPTHR10108SAM-DEPENDENT METHYLTRANSFERASEcoord: 497..1091
IPR029063S-adenosyl-L-methionine-dependent methyltransferaseSUPERFAMILY53335S-adenosyl-L-methionine-dependent methyltransferasescoord: 936..1307
IPR029063S-adenosyl-L-methionine-dependent methyltransferaseSUPERFAMILY53335S-adenosyl-L-methionine-dependent methyltransferasescoord: 609..831
IPR036465von Willebrand factor A-like domain superfamilySUPERFAMILY53300vWA-likecoord: 95..278

Relationships

The following mRNA feature(s) are a part of this gene:

Feature NameUnique NameType
Sgr024139.1Sgr024139.1mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0032259 methylation
cellular_component GO:0005737 cytoplasm
cellular_component GO:0016021 integral component of membrane
cellular_component GO:0043231 intracellular membrane-bounded organelle
molecular_function GO:0008168 methyltransferase activity