ClCG02G002270 (gene) Watermelon (Charleston Gray) v2.5

Overview


Name	ClCG02G002270
Type	gene
Organism	Citrullus lanatus subsp. vulgaris cv. Charleston Gray (Watermelon (Charleston Gray) v2.5)
Description	O-methyltransferase
Location	CG_Chr02: 2324220 .. 2337326 (+)
RNA-Seq Expression	ClCG02G002270
Synteny	ClCG02G002270

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonCDSpolypeptide

Hold the cursor over a type above to highlight its positions in the sequence below.

ATGGAAACCAAATCACACATGAACACACCACACATAAAACATAAAGTGTTTGGACAACTTCCTCTTATTAGTATGGATATGAATTTGGAGGATGGAAAGATTTTAGCCATGGGAGGGGATGAGTTGCTGGAAGCTCAAACTCACATATGGAACCACATCTTCAACTTCATCAACTCCATGTCCCTCAAATGTGCCATTCAACTTGGAATTCCAGACGCCATCCATGACCATGGCCCCAACCCTATGCCCCTCTCTCTTCTTGTTTCAACCCTTCAACTTCATCCTAATAAAACCCAATTCATTTACCGTTTAATGCGTTTATTGACTCACTCTGGCTTCTTTGTTGTACAAGAAGAAGGATATATGTTGACCAATTCATCACGTCTTCTTCTTAAAAACAATCCATGCGCTGTATCTCCTTTTTTACTTTCCATGCTCGACTCAGCCATCGTAGAGCCATGGCAATTTCTCTCAACCTGGTTCCAAACTGATGACCGAACGCCATTTAAGACGGCTCACGGAAAGCCATTTTGGGAATATATGGGGAATATGCCGAAAGATGGCGATGCTTTTAATGCAGGCATGGCTAGTGATGCGAGGTTAGTGATGAGTGTGTTATTGGAGAAACATAAGGATGTGTTTGAGGGAGTTGGTTCGGTGGTTGATGTTGGTGGTGGCACTGGAACTATGGCCAAATCCATTGCAAAGGCTTTTCCACATATTGAATGTAGTGTGCTTGATCTTCCTCAAGTTGTGGCTGACTTGAAAACAGATATACCAAACTTTAAATATGTTCAAGGGGATATGTTTAATGCTATTCCTCCAGCCGATGCTCTTCTCTTAAAGGTAAAACTTACTTTTTACGTTAGACTAATTTTATAAATTGTTTAACAAGTTTTGTAATTGTTTAATGAATATCATTAATTTATTCAACAACATATTAATATATATTTTCTGTATCAACTTAGGTGTTGAGACATTTATTTAAGATCTTTAACGCTGGTTTAGTTGAAATTAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAGAAGAAGAAAATGAAAAAGGATAAAAAACAAAAATGGAAAGGAAAAGGACAGAGTGAAAGAAAGAAATGAATAGGGGAAGACATATTATTGCAATTTGAAGGAGAAAAAGGGGAGAGGGAAAAACGATTCTTCTTATTATTAGATTAACCGAAAAAGTAAATATTTTTCAAAAATTCATTTTCATTTAAAGATTTTGATAAGAAGCGTTTAAAATAAAAATACTTATGACTTTCAAAATTCATTTTGAGTGATTATCAAACACTTGTATTTATTTTAAAATGACTTATTTTTTAAATTAAACACTTAAAAATATATTCCAAACACACATTTAGTTCTACGATTTTGAAAAAATTACAATTNTATTTTCATTTAAAACATTTTGATAAGAAGCGTTTAAAATAAAAATATTAATGACTTTCAAAATTCATTTTGAGTGATTATCAAACACTTGTATTTATTTTTAAATGACTTATTTTTTAAATTAAACACTTAAAAATATATTCCAAACACACATTTAGTTCTACGATTTTGAAAAAATTACAATTTAATCTTTATCATTTTAAAAGTTAGTATTTATAATAACTTCATAAATATTTCATATAATTTGATAAAATTCTTTATAATTGATCCATACTGTAGAGATTATTATAAGAGATCTGTAAAAATATATAGACTAAATCTTAATTAGAAACTATTGAGAATAAACTCTAACTTTCTCTAAATCACAATGTTGATGAATGTGTAATTTAATCTCCTATATTATTAAAAATGAGTAGGTGGGTTGGGTTGACTTTTGGTTTAGAAAATTATATATATGTTTTTTAAAACTTTAAAAAGAAATTATTATAAATAGAAAAATATCAAATTATTTATTAATATAAAAAATTTTACTGAGATTGTGATAGACTTATATCGCTGGAGTGAAAGAAGTCTATTATTCAAACAATAGAAGTCTATCGTAGATAGGTAGTGAAGTTTTTTTATATTTGGCTTATTTTATTATATTTGAAAACAACCCAAATTTAAATATAAATATATATATTTTTTTAATTAATGAATTAGTTTCAACAGTGGTCACCATTTTTAATATATATATATTTTTAATTAATTTAGGACTCATCCCTTATGATGAAGCATAAATGAAAACGATTACATTGCTTTAGAAAAAGGTTGTTGAAAAGGTATGGTTAAGAGATCACAAGTTGCACATATTTAATTAGCCAAGAAAAAAGTATAGTCCCATTATTTATGCAACACTAATATTGTGATCACATCATCATTTTTTTATTTAAAAAAAATCTTCCTAAAGTATCTTTTGCAATGTGCTTGTTATAAAATCTAATATTTGTCTATAATTTGATATTTTGGTGTGACAAAACATATATATATATATAGTGGATATTACATGATTGGAGTGACGAAGAATGTGTGAAGATTCTAAAGAACTGCAAAGCAGCCATTACGAGCAATGATTACAAAGGAAAAGTGATGGTAATTGATATGGTGGTTGGGAATAAAAAGGAGGAGGACTTAATGGAAACCCAACTGTTCTTCGACATGTTGATGATGACATTAGCAGGTGGAAAAGAAAGGGAAGAACAAGAGTGGAGTGAATTGATTAAGGAAGCTGGATTCAGCACCTATAAGATCTTTCCAATTGTGGGTGTAAGGTCTCTCATAGAGATTTACCCATGATATCACTTCTCTTTTTAATTAAAGTTCTCATAAAACACGTTGAATTGAGTTTAAACCTTTCCTTTTTTTCATTTAAATCAAGTGAGATCCATTTTGGGTGTGATTAAATTAGTTTAGTTAAACCAACTTGGTTATTAATATGGAGACTTTGTTCTCAAAATGTATTAGAAATTATATTTGGTTTTTATAAATAAGACAAAGTTCTAATTATATTTCTCTTATGGTAATTTGGATGATATGTACTTGGAACACAAAATAGATTATGCTTTTGAACATTGACTTTGGATTCTGTATGGAAACTAACAATGTTATGTTTTCACTATCCATATTTTAAAATTTGAAATGCATAATTATATTAAAATAAGGTTACAACATTTAAAAATATAATTTTTCATGTTATAAACATGATTCAATTTTCAAAATTAAAAAATGTGTTAGGTAATTTATTAGAAACTATATAATTATATTACAAAATAATAACAATTTTATAAACTAAAATATGTTTATAAATTACATATTTATAAACATTCAAGGAGTTTCTAAAATATCTAATCATTACTTCTATTAAAATTCAAGGGACTAAATCATTTCTCGTGGAGTTTTTAAAATGAAAATTAAAGACTAAAATTGAATTGTAACCAAAGAAAGCAAAATTTAGTACTTATAATTTAACCCTCAACTCTGCTATAATCGAGATAAGCTTTATAAAGATTAAAATAAAAAAAGTGAAATTACTAGATTGGGATATAACCTTTGAATTACTCTACTATATCCATGATCTTTTTTATTGTTATTTTATTTAGTCAATGACGTGATAAGTTGAAAAATAATTAATTAAAATTAAACAAAGGTTCCAAAATAGAAAAGAAGATTACGAGGGTCAGAACATATTTGATAAGTTTAAAATACTTGATTTGGTTCCTCCCATTTATAAACAAATGCATAGGTATTATCATCGAAAAAGAAATAAAGAGAAAAAAAAATAGGGACTCAATTAAAAAATGCCGTAATTAAAAATTAAGATTATACGATTTTTGAGATTTAGTCGAGTTCATTCCCACTTAATTTGAGTCATAATGTAGAAAAGAACCTTTTCGTGGCCGATCCAATCATTTATAATTTTGCGTGATTTTTCCTTTTTAAGAAATATTTTAACCCTTTAACTAAATAAATTTGATTCGAATATCTCCAAATTTAATAGTGACGTGTGTATATATATATATATATATATATATATATATATATATTTTTTTTTTTATAGAAGCAATCGGCCTCCCTTACAAAATATTTTACATTATCATTCATACAAGTGGATAGGCACCTCGCCCCAAAATTATTGTTCTAGGTAGACAAGCATTAATTGTTGTAAATCCCAAGGAATGAAGCAGAGTAATAGATACACCCGTTTTTAGAAAAATTATTTTAAATAAATAAAATATTAAACTATTTATAAATATAGTTAAATTTTTATTTCTGTCTGTAATAAACTACGATAGACTCAGTAGATATTTATCTGTGTCTGTGTCTATCTGTTGAAGTGATAGATGTCTATCGCAGTCTATCATAAATAAAAAGTAAAATTTTACTATATTTGTACTTATATTAAACATTTTTTCTATTTTTGAAAACATCCCTTATTTTTATGATATTTTTATCACACAAAAGAATTAAAATATTTCAAAAAAAAAAAGTGAAAGGTTGTTTTTAACTATAGTAAAATGAGCTACAATATTTATAAATATAACAAAATTTTACTTTCTATAAGTGATATACAGTGATATATCTAAATAGATATCTATTACATCTATTTAAGTCTATCATGATTTATCATTAATAAAATGTAAAATTTTATTATATTTATAAATATTTTTCAGCAGTTTTATCATTTAAAATAATTTTTCTAAAAAACTTTGCCACATGATAAATAATGAAAATAATGATCAAAATAAAATATTATAATGGATAGCAATATTATTTCAAAATTTTATTAAGTGGAATATGCAAACTAGGACGTACAAAGTATATATTTTTTTTTTTTAATTTTGAAAGTTCCCTGAAGATTTTCCATGTGACATTAATGTTATTTTAATTTCCATGCATTTATTAGCTAATTATTTTCTCTTACCTTTAATTTCCATGCATTTATGAGCTAATTATTTTGACTTTAATGTTATTTTAATTTCCATGCATTTATTACCCAATAATTTACATTATTTTTCATATGAGCTCCACCTGATTTTAACTTGTAAACTCATTTTTATTTTTTTTTTTCCAAATAAATGTAAACTCTTTAAATCTATTCTTCATCAAGTTGATTTAATTGTGATTTTATTAAGTATAAACGTTTATGTTTTATGTTTTATTTTATGATACTTAATTCATGAATGTATATAGGTAACCAAATAAGTAACCAATAAAAAAATAATTATTTAATGAGTTGTTTTCAGATATAGCAAAATGAATAAATTTATTTACAAATATAGCAAAATATTAGTGTTTATCTATGTTTATCACTATAGATAGTTAAACACCGATAAAAAGTAACATTTTTTATATTTGAAAATATTTTCAACAATTTTATTATTTAAAACAATTACCCTTATTTAATTATAAGGATATAAAGTTACAAATAAAAATAAAATATTATAATGGATAGCAATATTATTTCAAAATTTTATTAATAATTTTTCAATCAAAGTCAGACAACAGTAAAGTTACAAATATAATATAAATATAATAATTAAATTTAAATAAACCAATATTCTAGCTTGTTTTATGAAAAAAATATACAAAATAAAAAAGTGTCAGAACTATTATGAAAAATGATTTCTAAAATAGGGAAAGAAAAAAAAAATAGGAATAGAGATAAAGTGTTGAAATTGTTATGAAAAAATAAAAGTTAAAAAGGAAAGGAAACATGGGTAGAGATGAATAACCCATACATTGATGCATTAAAATAAAGGATAAATTAAAAATAATATATATATATATATATATATATAGTGATACTTGCAATTACACCTTCAAATTTTAAATTGTAAAAATTGAGTCCCTAAACTTCTACAAATGTTAAAATTGAACCCTTAAACTTATAACAATTGTAGAAATTGAACCCACAAATAATAGAAATTGAACCCACAAATAATAAAAATTGAACCCTCAAACCTAGTTACGACTTATATAACTATGTAAGTTTGAATGTATAAATTGACCCAATTATTTTTCTTCACCCAACTTCCAAATTTTTTTTTTAAGAAAAAAAACCTCTGTTATTTATAAATTAAAGTGTATTATTAAAATTTTATAATTAAGTTATCTTTTTATATTTTACACAAACATTAGGTGGAGCCATTGTTTGTGACTCGGATGGTGATGTTCTACTTGCTATGGTAAGACATTTTTCATGACGGGGTTTGTTGTGCTCATTGAGGCCCTTGCCTTGTTTCATGCCCTCTCTACAGCTCTGGAGGTTGGTATTTCCCCGCTATAGGTCGAAATTGATTCCCAAATTCTTTGGAAGCTATTGGTTGGACAAATCGAATCCGTCAATAAGGTTCATCCTTTCATTGACTCTATTCTTGAACCTCATCATTTGTGGTGACATTCTTAGTTTTCTATGAGTCAACCATAAAAGTAATTATGTTGCTCATGAGTTAGCTACCCATGTTCGAAGACTTGATTTTTTTTTTGGCTATTTGGCTCAAAGAACACCTTCCTTGGGCAAATGCTGCCCTTTGTTCTAATTTGTTTTGTCCCTAAGTTTTTTTTTCTTTCCTTTCCTTTCTATTAAAAAAAAAAAAAAATCAGCTGGATCCATATTAAAAAATTAAATAAATAGATGTTCTAATAATAATGTCACAGGGAATCCTCCATTATATTCTATTTGGGGAAACCTCGTGTAAAACCTATAATTTTATCAATTAAGCCCCCAAACTTTCATAAATGAATCAATTTAAATTCTTAGTCAAATTTTTCTTTTAGAATCATCCATGCATTTACTTTAATAATCCATTTTGGTAAACATAAGTTTAAAAGTTAACACACATTTAATAATTAATGCATGAATGATTTTCCAAGGGAATTGTAATCAAGGATCTAAATTTACTTGTCTGTGAAAGTATAGGAATTTAGTTGACTCAAATTTAAGTTTTACATGATATTGAGAAACGCTATTAATAGGGAGTCTTACCCTTCATTCGGCGGGAGGGGAGATTAGAATATATAACTAATGACCGAAGCTCTGAAGCTCTGAAGCTCTAAACATTGAAGCTTTGAAGCTTTGGAATTCTGAAGATTGAAGCTTTGGAGCTCTTAAGTTCTAAAGACTAAAGTTATGACACTAAGTTCTAAAATTTGAAGTTTTAAAGACCAAAACTTCAAAGTTTTTAAGTTTTGAAAATGTAAATATTGAAGTTTTGAAAATCAAAGCCCTGAAAACCTAAAAATTGGAGCGCTAAAAATCGAAGAAAATAACTTTCACGAAGATTTAAAGATTAAAAGACTAAAAAATTTGAAGATTTGAACTATATAAATAAACTCTCCTAAAGATTTAAAACTGAAAACTTAAAACTTACTTAGCTCCAAAAAGTCTTGGGAAAAAAGAAAAAATTCCTTCAACGTTGGAAGTAAATACAAATTCAAAATTCATCCAATTAATTAATTATCTTTAAATATCTAGTTGAAGAATAACAATTTTTTTTTTTTTAGAAACAGAGGCATATGATAAACTCTTCGTGTTTCTTCTTTCTTTTCTTTTTTTTTCTTTTTTTTCTCATTTTTCAAAGACGCAACAAAACAAAGTTTCTAATTTTTTTTCAACACTCGAATCTAAACGGGTTGTAGATACTGTATTTTGTTCGAGTTATTTTTTCATCTTTTATATATATTTTCATTTGATCAATTCTCCCATTTAGAGAAAAAAAAAATATATATATATATATATATATATATATATATATATTAAAACAACAACTAGAAAGTGTCAAAATAAGATTTAGAGTTGTATTTTAAAAGGAATGTACAAAGGAAGATTTTTTTTCCCTTTTAATTAAAAGTATGTAAGTTTATTCCACACAACCACATGACTAATAACTAAATTCAAATGTTAAATATCAAATATCTATCATATTTATTATGAACTTTAAATAAAAACAAATATCATAACAATTTTTTTAAAAAAATTAAAAATTCACAAATTAATAAATACAAAATAATAAAACTTTAAACAAAAAAGAAATATATATAAATAGAATTCGGATTAGGTTGAGAGTCAAATTTTTTTAGCCAAACCCGGACCAAATCCAACCCAAAAATAAAATTAACCTAACCAAATCCTAACTCTTCCATTTTGGAGTAGTCTGAATTGTTGGAATTGTGAATGATTTGATTTCTGTATAAAGGGAAAGGAGAGAGGAAATCAACTTTATGGAGGCAAGGTTGGAAAAGATGTTGGAATGGTATGACACGTATGGCCATTTTTCAATGGTTTTTTATTTTGGCTATATCCAATTTTCCTTTTCTAAATTAACAAAAGTGGAATTAATTGGAGAAAGATCTTCTCAACTTCTCTTCCACTCCTCTCTTTCAAAACTCACACTTTTTTTCTCCTTTCCAAATTTACCTACTTTAGAAAGTGATAAAGATTTCTTTTCCAATATTATATAGTTTTTTTCCTTTTTTTTTTTTTTTTCTTGTTTTTCCTTCACTCTTTTCCATTTTACATTAATTAAAGAGGTACTTAGAAAGAATGCTCTATTTCGTCTCCCAAATAACTAATTTGTAGTCTTCAAGTTATAGTAAGCTTTGATGTCTCTCTACTTTTGCTATTGTTATCAATATTTATTTTTATTCTTTCCTTGCAAATTGCCAAGTTGTGTCTCAAGAATCAATATTAAATATGCAAAATTAATTTTATCTTGTGTCATGGACAAGAACAACTAATAGCAAAATACAATCTATTTGCGATTGACTGTGATAGATTGCGATAGATTGTGTTTATCGTGACACAGATAATAGTCTATCGTGATCTATTACAAATAAACAGTGAAATTTTGTTATATTTGTAAATATTTTAATTTTTTTTTTACTATATTTGAAAAGAGCCCTATGGATGTATTTATGTGTATCATATATAAATAAACTAAATCTAAAACAATTGTAAAAATATAAAACCGAAGAAGAAAATAACACAAAGAACTTACATGGTTCAGACTAAACCAACAATCCACTCAAATCTGAAACCCAAGGCAGCTTCCTTTAGTAAAAGTTGCGGTAATTCATTTGTTTTGGTTCCAAATATGGAGTTTGAAGAGTTATAGACCTTTCTTCGTTCCTAATCTAGAAAGGAAGAAACAATAACGTTCAACCTGTACTTCATGTCACCATTCTTCTTCCCCTTTTCATTTTCTTTGATTTCATTCGATTTTTTCGATATTTCTCTTTCGATTTCGTAAGTTTCTGAGATTTTTCTAGATGGGTTTTCTTAGATTCAAGAGACTTAGACACATGATGAGTTTAGGTTTGAAATTGATTACCATTGTTACTGAGTTTGGATACATTCATAGTTGCTCATTCAAAGAAAGAATTATATGTGGTCACTCTATTCATCTCAATCCACAAAACTCAACTTTGAGATTCAATTTAAGGTTGATTTGAATAAGCAGGTTACAAAAAGAACATAAGAGAGAAAATCAACATAGTGACATAGCAAAAGAGGAAAAGTCACTTCATCCAAAAAAAACATATTAAATTAATTAGCTACCATGTCACTTTCTATTAGTCAACTAACGGTCAAAGGACTATTTTGAACCATTATACAAACTTGTAGAACTAAAAAAAAATTTACTTTTAAAACCTTAAGAACAAATAAGCACTAAATCTAAATTTGAGGAACAAAAAGTGTATGTTATCGAAAAATATATTATTTTATATATGCTTATGCAAATTAAAATTATTCTGTTGAAGATAAGTTGGTTAAATTTTTGTTTAAAGACAACTTAACCTCTTGGCTATTTCCTTACAAGTAGTTGAGGTTTTGTTACAAGTATCTATTATATTAATGCATCTTATTGGCTCTCACTAGGGTAAGCAAAAATGGTAAAGAATGGATGGATATATGTATGTTCTCACCATATTCATCTCATCTTCTTTCTTGTTTGTCATATGCTTGAACTAGTTTTTATGGAGACATGACACTCTTCCTCTCTTTTAGATGGTTATTGGAAATTGAAATGTTGGGAAATGAAAACAATGTCAAATATAGGAAAAGATTTATAAAGCGTGAGAACTATTTTTAATGGTATGAAGTGACTAGAGCTACTTTTTTGGGTAAAATAATCAACATCACCAACATTGTTGGTGACAAAATCAAGCCAAGGAAGCTCATTTACATTTTATGTGCCACTTGAAAATAATTAAAATAATATGTTGATGTGGTATCTCTCCTAAGCACTCTAATGTTTAAATCAATTTTCAGTGAAAGTTCAAAGCCAACGTTTATGAAAAAAAAGATGAACTTACCTCTTCTACTAAGCCATAATGATATATATATTTTGGGACTAAACTGCCTAGGTTCCTTTAATCTTTTTATGCATATAGGACACTCGAAAAGATGAACTGAGGCTACACATGGAGAATTGGCTTAACGTGCATACTCCATAGAGAGGGGCAATGTGGCTTTGACCTCCCAGGTCGAGGTGGGTCATATTGGGCTAGGTAGCCCAATTGTCTCGTCCACTCTTTGCTAGTGCCTCTCTTAAGTTTATTTCCTACATGTTTAGAGTCGGTTAAGGTAGATCACTTTCTCAAATTTTGGAGCTTTTCATAAGTTCAAAACTGTCCATAAAATAAATAATACCCTAATGACTATCAATAATAATGCAGGTATAAAATCAGTTGAAAGGTTGGTGATGTATGTTTAGCAACTTTGGTAATGCACTTCTATGGAAGATTTGTGGTTAAATATATGGGTTTTGGTCATAATTGTAGATCTAGCCTAAATAATACCATATTTAATACTATAGGACTCTCACAAAGGCTCCAAAATTATTCTGACCACTGTTTAAAAATAAATATCTTTACTTTTTTTTTTCTCCTATCTCCACCTAACTTTTATATGGCACATAAAAGAAGTTGAGGAAGTTAAAAGTCATAAGGAATATGGTGAATAATTTAATTTATTATTTGTGTGTTAAGTTTAACATTTGAAGGATTTATTTTTTTTAAGTCGTTTCGAAAAAAAAAAAATTAGAATGTTTGACAATTACTCAAAATTACACTTTTGAAAACATGAGTTATTAAATAAGTTGGTTTATGATAAATAATTGAAATCAACTCTTTGAAAAATGATAATTGAGTGTTTAATGATTAACTCTCCCTAATTTGCATAATTCTTAATATTACCAAAACACCCTCAAAAGTTATTTACCTCACTTCCACTATATTGTCGTGGCTAGCTACCACTATCCTCCTCCAGCCAACTCTGGTCATCCCTTCCTTTGGCTATCACCATCGATGATCACCTTTGTGCCTAAGTTCGAGCCCTAGTGTCCCTTGCTTTTATTTAATTTTCATTTTATTAAAACAGATCTTGTTTTCCAATAAAATTGAAGGGTAAATAACATTAAAATAAAAAATATATATAAAAAAATAAAAATAAATAAAAAAATCTTTATGTTACACTTCATTTTCAAATCAAAGGCTCCTTTTTTTTCTTTTAACAAAAATATCTTAAATTTGTCCTACAGAAACAAACGTAAATTTATTGGATCTAAATTAATTGTTTTCATCGTTTACTTTTTCTCTTATATAAAATGATTTTGCAAAAATGAAACTATTTTTAGCTATTTTTCGACGTTGGACCTAAAATTCAATTTTATTACTAATTGATCATGTTATCAATTTTATAAAGTTAAAAAAAAATATATATATTGAATATACTAGGAACTTATAAGATACAAAATTGAAATTTTAGAGATAAACATAAAATTGAAAGTTGAGTGACTTATGAGATATTCTTTAAAGTCTAGAGACCAAATAGATACAAATTTGAAAATTCATAGCTAAAACTTATAATAAATCTTCTTTCTTCTCTTTTTAAGTTTAACAATGTGAATTTGAAACTCAAATCTCTTGGTTAATGTTATATAAATTTTGTTGTTAAATTACAAATTTGGTCATTATATTTTGTTGAAAGTTAGAATTTAAGTTTTTATGGTTTTAAATATTAGAATTTAATCCCTATGATTTGATAAAACTTCATAAATAGTCCCTATAACAGATAAAATCCTCATATATAATTTCTATTGTATAGATTAAATTCTAAATTTTTTTTTTTTTTTTTTAATCAAACTATATAGACCAAATTTACAATTTAACATACATTTTCTTTTCACGTTTGTTGTTTAAATAGGAGGACCTCACCACCATATCCTAGTACACAATTTATATATATATATTCTGTTGTATGGGTAATAAATAGGAGGATCTCACCACCTTAACTTAGTACACATAATTATCCATTCTGTCTTTGGTTGTGAAATATGGATTTTGAAGGTCCAAACTTGTGGCCAGTAGTTGCAGGCGATGAGTTGCTGGAAACTCAAACTCACATTTGGAATCACATCTTCAGCTTCGTAAACTCCATGTCTCTCAAATGTGCCATTCAACTTGGGATTCCAGACGCCATCCACCGCCATGGCCCCAACCCTATGCCCATCTCTCTTCTTGTTTCGTCCCTCCAACTTTATCCTAATAAAACCCAATTCGTATCCCGCATAATGCCTTTAACTCTGACTTCTTTATTCTTCAAGAACAAGGATATATGGCAACTCTTCAAGAGAATAGAGTTGTTACACGTCTGCCAAATTACGTGGTTGGATGATTGAGGTGGACTGAAAAAATAAAGGTTTTGTTGACTTTTAGTAACACTGTCCAAACATATCAAAACGAAATTAAAAATTAATTAATTAATTAAAAAAAAAAAAAAAAAAAAACTAACACTTCCCCTTTTTCTTTTAGGTGTTATCCATCATTCAAACTTTTTATTCCATGCCCAATTTTCAGTTAGATTTCAAGTTTGTATCATTTAAGATCGAAGTTGAGGCAACTGCACATAACCCTAGAATAATACCCGTTACATATGATCTACACATTCAACTCTTGATAATAATATACTCTTCTCAAAAGGGTTTCTTTCTGTGAGCTTATAAAATATAATATTGTGTATTGTGAAATTAATATGATAATATTTGGGTTGTGACAAAATAGTGGATATTACATGATTGGAGTGAAGATTCTAAAGAAGTGCAAAGAAGCAATTACAAGCAATGGAAACAAAGGAAAAGTGATGATAATTGA

mRNA sequence

ATGGAAACCAAATCACACATGAACACACCACACATAAAACATAAAGTGTTTGGACAACTTCCTCTTATTAGTATGGATATGAATTTGGAGGATGGAAAGATTTTAGCCATGGGAGGGGATGAGTTGCTGGAAGCTCAAACTCACATATGGAACCACATCTTCAACTTCATCAACTCCATGTCCCTCAAATGTGCCATTCAACTTGGAATTCCAGACGCCATCCATGACCATGGCCCCAACCCTATGCCCCTCTCTCTTCTTGTTTCAACCCTTCAACTTCATCCTAATAAAACCCAATTCATTTACCGTTTAATGCGTTTATTGACTCACTCTGGCTTCTTTGTTGTACAAGAAGAAGGATATATGTTGACCAATTCATCACGTCTTCTTCTTAAAAACAATCCATGCGCTGTATCTCCTTTTTTACTTTCCATGCTCGACTCAGCCATCGTAGAGCCATGGCAATTTCTCTCAACCTGGTTCCAAACTGATGACCGAACGCCATTTAAGACGGCTCACGGAAAGCCATTTTGGGAATATATGGGGAATATGCCGAAAGATGGCGATGCTTTTAATGCAGGCATGGCTAGTGATGCGAGGTTAGTGATGAGTGTGTTATTGGAGAAACATAAGGATGTGTTTGAGGGAGTTGGTTCGGTGGTTGATGTTGGTGGTGGCACTGGAACTATGGCCAAATCCATTGCAAAGGCTTTTCCACATATTGAATGTAGTGTGCTTGATCTTCCTCAAGTTGTGGCTGACTTGAAAACAGATATACCAAACTTTAAATATGTTCAAGGGGATATGTTTAATGCTATTCCTCCAGCCGATGCTCTTCTCTTAAAGTGGATATTACATGATTGGAGTGACGAAGAATGTGTGAAGATTCTAAAGAACTGCAAAGCAGCCATTACGAGCAATGATTACAAAGGAAAAGTGATGGTAATTGATATGGTGGTTGGGAATAAAAAGGAGGAGGACTTAATGGAAACCCAACTGTTCTTCGACATGTTGATGATGACATTAGCAGGTGGAAAAGAAAGGGAAGAACAAGAGTGGAGTGAATTGATTAAGGAAGCTGGATTCAGCACCTATAAGATCTTTCCAATTGTGGGTCCAAACTTGTGGCCAGTAGTTGCAGGCGATGAGTTGCTGGAAACTCAAACTCACATTTGGAATCACATCTTCAGCTTCGTAAACTCCATGTCTCTCAAATGTGCCATTCAACTTGGGATTCCAGACGCCATCCACCGCCATGGCCCCAACCCTATGCCCATCTCTCTTCTTGTTTCGTCCCTCCAACTTTATCCTAATAAAACCCAATTCTGGATATTACATGATTGGAGTGAAGATTCTAAAGAAGTGCAAAGAAGCAATTACAAGCAATGGAAACAAAGGAAAAGTGATGATAATTGA

Coding sequence (CDS)

ATGGAAACCAAATCACACATGAACACACCACACATAAAACATAAAGTGTTTGGACAACTTCCTCTTATTAGTATGGATATGAATTTGGAGGATGGAAAGATTTTAGCCATGGGAGGGGATGAGTTGCTGGAAGCTCAAACTCACATATGGAACCACATCTTCAACTTCATCAACTCCATGTCCCTCAAATGTGCCATTCAACTTGGAATTCCAGACGCCATCCATGACCATGGCCCCAACCCTATGCCCCTCTCTCTTCTTGTTTCAACCCTTCAACTTCATCCTAATAAAACCCAATTCATTTACCGTTTAATGCGTTTATTGACTCACTCTGGCTTCTTTGTTGTACAAGAAGAAGGATATATGTTGACCAATTCATCACGTCTTCTTCTTAAAAACAATCCATGCGCTGTATCTCCTTTTTTACTTTCCATGCTCGACTCAGCCATCGTAGAGCCATGGCAATTTCTCTCAACCTGGTTCCAAACTGATGACCGAACGCCATTTAAGACGGCTCACGGAAAGCCATTTTGGGAATATATGGGGAATATGCCGAAAGATGGCGATGCTTTTAATGCAGGCATGGCTAGTGATGCGAGGTTAGTGATGAGTGTGTTATTGGAGAAACATAAGGATGTGTTTGAGGGAGTTGGTTCGGTGGTTGATGTTGGTGGTGGCACTGGAACTATGGCCAAATCCATTGCAAAGGCTTTTCCACATATTGAATGTAGTGTGCTTGATCTTCCTCAAGTTGTGGCTGACTTGAAAACAGATATACCAAACTTTAAATATGTTCAAGGGGATATGTTTAATGCTATTCCTCCAGCCGATGCTCTTCTCTTAAAGTGGATATTACATGATTGGAGTGACGAAGAATGTGTGAAGATTCTAAAGAACTGCAAAGCAGCCATTACGAGCAATGATTACAAAGGAAAAGTGATGGTAATTGATATGGTGGTTGGGAATAAAAAGGAGGAGGACTTAATGGAAACCCAACTGTTCTTCGACATGTTGATGATGACATTAGCAGGTGGAAAAGAAAGGGAAGAACAAGAGTGGAGTGAATTGATTAAGGAAGCTGGATTCAGCACCTATAAGATCTTTCCAATTGTGGGTCCAAACTTGTGGCCAGTAGTTGCAGGCGATGAGTTGCTGGAAACTCAAACTCACATTTGGAATCACATCTTCAGCTTCGTAAACTCCATGTCTCTCAAATGTGCCATTCAACTTGGGATTCCAGACGCCATCCACCGCCATGGCCCCAACCCTATGCCCATCTCTCTTCTTGTTTCGTCCCTCCAACTTTATCCTAATAAAACCCAATTCTGGATATTACATGATTGGAGTGAAGATTCTAAAGAAGTGCAAAGAAGCAATTACAAGCAATGGAAACAAAGGAAAAGTGATGATAATTGA

Protein sequence

METKSHMNTPHIKHKVFGQLPLISMDMNLEDGKILAMGGDELLEAQTHIWNHIFNFINSMSLKCAIQLGIPDAIHDHGPNPMPLSLLVSTLQLHPNKTQFIYRLMRLLTHSGFFVVQEEGYMLTNSSRLLLKNNPCAVSPFLLSMLDSAIVEPWQFLSTWFQTDDRTPFKTAHGKPFWEYMGNMPKDGDAFNAGMASDARLVMSVLLEKHKDVFEGVGSVVDVGGGTGTMAKSIAKAFPHIECSVLDLPQVVADLKTDIPNFKYVQGDMFNAIPPADALLLKWILHDWSDEECVKILKNCKAAITSNDYKGKVMVIDMVVGNKKEEDLMETQLFFDMLMMTLAGGKEREEQEWSELIKEAGFSTYKIFPIVGPNLWPVVAGDELLETQTHIWNHIFSFVNSMSLKCAIQLGIPDAIHRHGPNPMPISLLVSSLQLYPNKTQFWILHDWSEDSKEVQRSNYKQWKQRKSDDN

Homology

[Close]

BLAST of ClCG02G002270 vs. NCBI nr
Match: KAA0059128.1 (trans-resveratrol di-O-methyltransferase-like [Cucumis melo var. makuwa])

HSP 1 Score: 596.3 bits (1536), Expect = 2.3e-166
Identity = 289/348 (83.05%), Postives = 316/348 (90.80%), Query Frame = 0


Query: 27  MNLE-DGKILAMGGDELLEAQTHIWNHIFNFINSMSLKCAIQLGIPDAIHDHGPNPMPLS 86
           MN+E  GK LAMGGDELLEAQ+HIWNHIFNFINSMSLKCAIQLGIPDAIH HGPNPMPLS
Sbjct: 1   MNMEAGGKKLAMGGDELLEAQSHIWNHIFNFINSMSLKCAIQLGIPDAIHSHGPNPMPLS 60

Query: 87  LLVSTLQLHPNKTQFIYRLMRLLTHSGFFVVQEEGYMLTNSSRLLLKNNPCAVSPFLLSM 146
           LLVS+LQLHPNKTQFIYRLMRLLTHSGFFV+QEEGY+LTNSSRLLLK+NPCAVSPFLLSM
Sbjct: 61  LLVSSLQLHPNKTQFIYRLMRLLTHSGFFVLQEEGYLLTNSSRLLLKDNPCAVSPFLLSM 120

Query: 147 LDSAIVEPWQFLSTWFQTDDRTPFKTAHGKPFWEYMGNMPKDGDAFNAGMASDARLVMSV 206
           L  A+ +PWQFLS W QTDDRTPF+TAHG PFWEYMGN  KDG+ FN GMASDARLVMSV
Sbjct: 121 LQPALTDPWQFLSIWLQTDDRTPFETAHGMPFWEYMGNKAKDGEVFNEGMASDARLVMSV 180

Query: 207 LLEKHKDVFEGVGSVVDVGGGTGTMAKSIAKAFPHIECSVLDLPQVVADLKTDIPNFKYV 266
           +LEKHK VFEGV S+VDVGGGTGTMAK+I++AFP +EC+V DLPQVVA LK D PNFKYV
Sbjct: 181 ILEKHKSVFEGVESLVDVGGGTGTMAKAISQAFPQMECTVFDLPQVVAHLKEDQPNFKYV 240

Query: 267 QGDMFNAIPPADALLLKWILHDWSDEECVKILKNCKAAITSNDYKGKVMVIDMVV-GNKK 326
           +GDMF  IPPAD LLLKWILHDWSDEECV+ILKNCKAAITSN  +GKVMVID+V+ GNKK
Sbjct: 241 EGDMFKLIPPADVLLLKWILHDWSDEECVEILKNCKAAITSNGDRGKVMVIDIVLFGNKK 300

Query: 327 EEDLMETQLFFDMLMMTLAGGKEREEQEWSELIKEAGFSTYKIFPIVG 373
             D METQL FDMLMMTLAGGKEREE++W+ELIKEAGF +YKIFPI+G
Sbjct: 301 --DPMETQLLFDMLMMTLAGGKEREEEKWAELIKEAGFRSYKIFPIMG 346

[Close]

BLAST of ClCG02G002270 vs. NCBI nr
Match: TYK21633.1 (trans-resveratrol di-O-methyltransferase-like [Cucumis melo var. makuwa])

HSP 1 Score: 592.4 bits (1526), Expect = 3.4e-165
Identity = 288/348 (82.76%), Postives = 316/348 (90.80%), Query Frame = 0


Query: 27  MNLE-DGKILAMGGDELLEAQTHIWNHIFNFINSMSLKCAIQLGIPDAIHDHGPNPMPLS 86
           MN+E  GK LAMGGDELLEAQ+HIWNHIFNFINSMSLKCAIQLGIPDAIH HGPNPMPLS
Sbjct: 1   MNMEAGGKKLAMGGDELLEAQSHIWNHIFNFINSMSLKCAIQLGIPDAIHSHGPNPMPLS 60

Query: 87  LLVSTLQLHPNKTQFIYRLMRLLTHSGFFVVQEEGYMLTNSSRLLLKNNPCAVSPFLLSM 146
           LLVS+LQLHPNKTQFIYRLMRLLTHSGFFV+QEEGY+LTNSSRLLLK+NPCAVSPFLLSM
Sbjct: 61  LLVSSLQLHPNKTQFIYRLMRLLTHSGFFVLQEEGYLLTNSSRLLLKDNPCAVSPFLLSM 120

Query: 147 LDSAIVEPWQFLSTWFQTDDRTPFKTAHGKPFWEYMGNMPKDGDAFNAGMASDARLVMSV 206
           L  A+ +P+QFLS W QTDDRTPF+TAHG PFWEYMGN  KDG+ FN GMASDARLVMSV
Sbjct: 121 LQPALTDPFQFLSIWLQTDDRTPFETAHGMPFWEYMGNKAKDGEVFNEGMASDARLVMSV 180

Query: 207 LLEKHKDVFEGVGSVVDVGGGTGTMAKSIAKAFPHIECSVLDLPQVVADLKTDIPNFKYV 266
           +LEKHK VFEGV S+VDVGGGTGTMAK+I++AFP +EC+V DLPQVVA LK D PNFKYV
Sbjct: 181 ILEKHKSVFEGVESLVDVGGGTGTMAKAISQAFPQMECTVFDLPQVVAHLKEDQPNFKYV 240

Query: 267 QGDMFNAIPPADALLLKWILHDWSDEECVKILKNCKAAITSNDYKGKVMVIDMVV-GNKK 326
           +GDMF  IPPAD LLLKWILHDWSDEECV+ILKNCKAAITSN  +GKVMVID+V+ GNKK
Sbjct: 241 EGDMFKLIPPADVLLLKWILHDWSDEECVEILKNCKAAITSNGDRGKVMVIDIVLFGNKK 300

Query: 327 EEDLMETQLFFDMLMMTLAGGKEREEQEWSELIKEAGFSTYKIFPIVG 373
             D METQL FDMLMMTLAGGKEREE++W+ELIKEAGF +YKIFPI+G
Sbjct: 301 --DPMETQLLFDMLMMTLAGGKEREEEKWAELIKEAGFRSYKIFPIMG 346

[Close]

BLAST of ClCG02G002270 vs. NCBI nr
Match: KAA0059108.1 (trans-resveratrol di-O-methyltransferase-like [Cucumis melo var. makuwa] >TYK21637.1 trans-resveratrol di-O-methyltransferase-like [Cucumis melo var. makuwa])

HSP 1 Score: 590.9 bits (1522), Expect = 9.8e-165
Identity = 282/347 (81.27%), Postives = 316/347 (91.07%), Query Frame = 0


Query: 27  MNLEDGKILAMGGDELLEAQTHIWNHIFNFINSMSLKCAIQLGIPDAIHDHGPNPMPLSL 86
           MN+E GK LAMGGDELLEAQ+HIWNHIFNFINSMSLKCAIQLGIPDAIH HGPNPMPLSL
Sbjct: 1   MNMEGGKKLAMGGDELLEAQSHIWNHIFNFINSMSLKCAIQLGIPDAIHSHGPNPMPLSL 60

Query: 87  LVSTLQLHPNKTQFIYRLMRLLTHSGFFVVQEEGYMLTNSSRLLLKNNPCAVSPFLLSML 146
           LVS+LQLHPNKTQ IYRLMRLLTHSGFFV++EEGY+LTNSS LLLK+NPC +SPF+LSML
Sbjct: 61  LVSSLQLHPNKTQSIYRLMRLLTHSGFFVLKEEGYVLTNSSHLLLKDNPCTLSPFILSML 120

Query: 147 DSAIVEPWQFLSTWFQTDDRTPFKTAHGKPFWEYMGNMPKDGDAFNAGMASDARLVMSVL 206
           +SA VEP  FLS WF+TDD+TPF+TAHG  FWE++GN  KDGD FNAGMASDARLVMSVL
Sbjct: 121 ESAFVEPSHFLSAWFRTDDQTPFETAHGMSFWEFVGNKQKDGDIFNAGMASDARLVMSVL 180

Query: 207 LEKHKDVFEGVGSVVDVGGGTGTMAKSIAKAFPHIECSVLDLPQVVADLKTDIPNFKYVQ 266
           + KHK VFEGV S+VD+GGGTGTM K+IAKAFP IEC+VLDLPQVVA+LK+DIPNFKYV+
Sbjct: 181 IGKHKSVFEGVESLVDIGGGTGTMTKAIAKAFPQIECTVLDLPQVVAELKSDIPNFKYVE 240

Query: 267 GDMFNAIPPADALLLKWILHDWSDEECVKILKNCKAAITSNDYKGKVMVIDMVVGNKK-E 326
           GDMF+AIPPADALLLKWILHDWSDEECVKILK CK AITSN  KGKVMVID+V+ NKK +
Sbjct: 241 GDMFDAIPPADALLLKWILHDWSDEECVKILKKCKEAITSNGNKGKVMVIDLVLFNKKND 300

Query: 327 EDLMETQLFFDMLMMTLAGGKEREEQEWSELIKEAGFSTYKIFPIVG 373
           +D +ETQLF DMLMM + GGKEREE+EW++LIKEAGFS YKIFPI+G
Sbjct: 301 QDSIETQLFHDMLMMVVTGGKEREEKEWAKLIKEAGFSAYKIFPILG 347

[Close]

BLAST of ClCG02G002270 vs. NCBI nr
Match: XP_038888504.1 (probable O-methyltransferase 3 [Benincasa hispida])

HSP 1 Score: 588.6 bits (1516), Expect = 4.9e-164
Identity = 278/348 (79.89%), Postives = 312/348 (89.66%), Query Frame = 0


Query: 25  MDMNLEDGKILAMGGDELLEAQTHIWNHIFNFINSMSLKCAIQLGIPDAIHDHGPNPMPL 84
           M+MNLE G ++ MGGDELLEAQ+HIWNHIFNFINSM+LKCAIQLGIPDAIH HGPNPMPL
Sbjct: 1   MNMNLEGGNMIEMGGDELLEAQSHIWNHIFNFINSMALKCAIQLGIPDAIHSHGPNPMPL 60

Query: 85  SLLVSTLQLHPNKTQFIYRLMRLLTHSGFFVVQEEGYMLTNSSRLLLKNNPCAVSPFLLS 144
           SLL+S+LQLHPNKTQFIYRLMRLLTHSGFF++QEEGYMLTNSS LLLK+NP AVSPF+LS
Sbjct: 61  SLLLSSLQLHPNKTQFIYRLMRLLTHSGFFILQEEGYMLTNSSYLLLKDNPYAVSPFVLS 120

Query: 145 MLDSAIVEPWQFLSTWFQTDDRTPFKTAHGKPFWEYMGNMPKDGDAFNAGMASDARLVMS 204
           ML+  +++PWQFLSTWFQT+DR PF+T HG P WE M   PK G+ FNAGMASDA LVM+
Sbjct: 121 MLEPTLLKPWQFLSTWFQTNDRMPFETTHGMPLWEQMRKKPKHGEVFNAGMASDAMLVMN 180

Query: 205 VLLEKHKDVFEGVGSVVDVGGGTGTMAKSIAKAFPHIECSVLDLPQVVADLKTDIPNFKY 264
           VLL KHKDVF+GV S+VDVGGGTGTMAK+IAKAFP IEC+VLDLPQVVA+LK+D PNFKY
Sbjct: 181 VLLGKHKDVFKGVESLVDVGGGTGTMAKTIAKAFPQIECTVLDLPQVVANLKSDQPNFKY 240

Query: 265 VQGDMFNAIPPADALLLKWILHDWSDEECVKILKNCKAAITSNDYKGKVMVIDMVVGNKK 324
           V+GDMFN IPPADALLLKWILHDWSDEECVKILK CK AITSN  KGKVMVID+VV N K
Sbjct: 241 VEGDMFNTIPPADALLLKWILHDWSDEECVKILKKCKEAITSNGKKGKVMVIDLVVFNTK 300

Query: 325 EEDLMETQLFFDMLMMTLAGGKEREEQEWSELIKEAGFSTYKIFPIVG 373
            ED +ETQLF+DMLMMT+  GKEREE+EW++LIKEAGF  YKIFPI+G
Sbjct: 301 NEDSIETQLFYDMLMMTITSGKEREEKEWAKLIKEAGFGAYKIFPILG 348

[Close]

BLAST of ClCG02G002270 vs. NCBI nr
Match: XP_008455485.2 (PREDICTED: trans-resveratrol di-O-methyltransferase-like [Cucumis melo])

HSP 1 Score: 587.4 bits (1513), Expect = 1.1e-163
Identity = 287/348 (82.47%), Postives = 313/348 (89.94%), Query Frame = 0


Query: 27  MNLE-DGKILAMGGDELLEAQTHIWNHIFNFINSMSLKCAIQLGIPDAIHDHGPNPMPLS 86
           MN+E  GK LAMGGDELLEAQ+HIWNHIFNFINSMSLKCAIQLGIPDAIH HGPNPMPLS
Sbjct: 1   MNMEAGGKKLAMGGDELLEAQSHIWNHIFNFINSMSLKCAIQLGIPDAIHSHGPNPMPLS 60

Query: 87  LLVSTLQLHPNKTQFIYRLMRLLTHSGFFVVQEEGYMLTNSSRLLLKNNPCAVSPFLLSM 146
           LLVS+LQLHPNKTQFIYRLMRLLTHSGFFV QEEGY+LTNSSRLLLK+N  AVSPFLLSM
Sbjct: 61  LLVSSLQLHPNKTQFIYRLMRLLTHSGFFVQQEEGYILTNSSRLLLKDNHFAVSPFLLSM 120

Query: 147 LDSAIVEPWQFLSTWFQTDDRTPFKTAHGKPFWEYMGNMPKDGDAFNAGMASDARLVMSV 206
           L  A+ +PWQFLS W QTDDRTPF+TAHG PFWEYMGN  KDG+ FN GMASDARLVMSV
Sbjct: 121 LQPALTDPWQFLSIWLQTDDRTPFETAHGMPFWEYMGNKAKDGEVFNEGMASDARLVMSV 180

Query: 207 LLEKHKDVFEGVGSVVDVGGGTGTMAKSIAKAFPHIECSVLDLPQVVADLKTDIPNFKYV 266
           +LEKHK VFEGV S+VDVGGGTGTMAK+I++AFP +EC+V DLPQVVA LK D PNFKYV
Sbjct: 181 ILEKHKSVFEGVESLVDVGGGTGTMAKAISQAFPQMECTVFDLPQVVAHLKEDQPNFKYV 240

Query: 267 QGDMFNAIPPADALLLKWILHDWSDEECVKILKNCKAAITSNDYKGKVMVIDMVV-GNKK 326
           +GDMF  IPPAD LLLKWILHDWSDEECV+ILKNCKAAITSN  +GKVMVID+V+ GNKK
Sbjct: 241 EGDMFKLIPPADVLLLKWILHDWSDEECVEILKNCKAAITSNGDRGKVMVIDIVLFGNKK 300

Query: 327 EEDLMETQLFFDMLMMTLAGGKEREEQEWSELIKEAGFSTYKIFPIVG 373
             D METQL FDMLMMTLAGGKEREE++W+ELIKEAGF +YKIFPI+G
Sbjct: 301 --DSMETQLLFDMLMMTLAGGKEREEEKWAELIKEAGFRSYKIFPIMG 346

[Close]

BLAST of ClCG02G002270 vs. ExPASy Swiss-Prot
Match: B0ZB57 (Probable O-methyltransferase 3 OS=Humulus lupulus OX=3486 GN=OMT3 PE=2 SV=1)

HSP 1 Score: 411.4 bits (1056), Expect = 1.4e-113
Identity = 209/346 (60.40%), Postives = 256/346 (73.99%), Query Frame = 0


Query: 41  ELLEAQTHIWNHIFNFINSMSLKCAIQLGIPDAIHDHGPNPMPLSLLVSTLQLHPNKTQF 100
           E+L AQ HIWN IFNFINSMSLKCAIQLGIPD I++HG  PM +S L   L ++  K+  
Sbjct: 25  EILGAQAHIWNQIFNFINSMSLKCAIQLGIPDIINNHG-KPMTISQLTLALPINRKKSPC 84

Query: 101 IYRLMRLLTHSGFFVVQ-----------EEGYMLTNSSRLLLKNNPCAVSPFLLSMLDSA 160
           +YRLMR+L HSGFF +Q           EEGY++T++S+LLLK+NP +V+PFLL+MLD  
Sbjct: 85  VYRLMRILIHSGFFALQKAEVGEEGGGEEEGYVITDASKLLLKDNPMSVTPFLLAMLDPV 144

Query: 161 IVEPWQFLSTWFQTDDRTPFKTAHGKPFWEYMGNMPKDGDAFNAGMASDARLVMSVLLEK 220
           + +PW FLS WFQ  D TPF TA+G  FW+Y  + PK    FN  MASDARLV SV++EK
Sbjct: 145 MTKPWDFLSNWFQNGDPTPFDTANGMAFWDYGSHEPKLARFFNDAMASDARLVTSVVIEK 204

Query: 221 HKDVFEGVGSVVDVGGGTGTMAKSIAKAFPHIECSVLDLPQVVADLKTDIPNFKYVQGDM 280
            K VFEGV S+VDVGGGTGT+A SIA AFPHI+C+V DLP VVADL+    N  +V GDM
Sbjct: 205 CKGVFEGVESLVDVGGGTGTVASSIAAAFPHIQCTVFDLPHVVADLQGG-NNLNFVGGDM 264

Query: 281 FNAIPPADALLLKWILHDWSDEECVKILKNCKAAIT-SNDYKGKVMVIDMVVGNKKEED- 340
           F  +P  + +LLKWILHDW+DEE VKILK CK AI+ SN   GKV++IDM V N+K+ED 
Sbjct: 265 FVDVPATEVVLLKWILHDWNDEESVKILKKCKEAISKSNKKGGKVIIIDMKVENEKDEDD 324

Query: 341 -LMETQLFFDMLMMTLAGGKEREEQEWSELIKEAGFSTYKIFPIVG 373
              ETQLFFDMLMM L  G+ER E+EW++L K+AGFS YKI PI+G
Sbjct: 325 ESYETQLFFDMLMMALVTGRERNEKEWAKLFKDAGFSNYKITPILG 368

[Close]

BLAST of ClCG02G002270 vs. ExPASy Swiss-Prot
Match: B6VJS4 (Trans-resveratrol di-O-methyltransferase OS=Vitis vinifera OX=29760 GN=ROMT PE=1 SV=2)

HSP 1 Score: 410.6 bits (1054), Expect = 2.4e-113
Identity = 204/354 (57.63%), Postives = 259/354 (73.16%), Query Frame = 0


Query: 27  MNLEDGKILAMGGDELLEAQTHIWNHIFNFINSMSLKCAIQLGIPDAIHDHGPNPMPLSL 86
           M+L +G I A    ELL AQ H+WNHIFNFI SMSLKCAIQLGIPD IH+HG  PM L  
Sbjct: 1   MDLANGVISA----ELLHAQAHVWNHIFNFIKSMSLKCAIQLGIPDIIHNHG-KPMTLPE 60

Query: 87  LVSTLQLHPNKTQFIYRLMRLLTHSGFFVVQ-------EEGYMLTNSSRLLLKNNPCAVS 146
           LV+ L +HP ++Q +YRLMR+L HSGF   Q       EEGY+LT++SRLLL ++  ++ 
Sbjct: 61  LVAKLPVHPKRSQCVYRLMRILVHSGFLAAQRVQQGKEEEGYVLTDASRLLLMDDSLSIR 120

Query: 147 PFLLSMLDSAIVEPWQFLSTWFQTDDRTPFKTAHGKPFWEYMGNMPKDGDAFNAGMASDA 206
           P +L+MLD  + +PW +LS WFQ DD TPF TA+ + FW+Y G+ P+  ++FN  MASDA
Sbjct: 121 PLVLAMLDPILTKPWHYLSAWFQNDDPTPFHTAYERSFWDYAGHEPQLNNSFNEAMASDA 180

Query: 207 RLVMSVLLEKHKDVFEGVGSVVDVGGGTGTMAKSIAKAFPHIECSVLDLPQVVADLKTDI 266
           RL+ SVLL++ + VF G+ S+VDVGGGTG +AK+IA AFPH+ C+VLDL  VVA L+   
Sbjct: 181 RLLTSVLLKEGQGVFAGLNSLVDVGGGTGKVAKAIANAFPHLNCTVLDLSHVVAGLQGS- 240

Query: 267 PNFKYVQGDMFNAIPPADALLLKWILHDWSDEECVKILKNCKAAITSNDYKGKVMVIDMV 326
            N  Y  GDMF AIPPADA+LLKWILHDWS+EECVKILK C+ AI S +  GKV++IDM+
Sbjct: 241 KNLNYFAGDMFEAIPPADAILLKWILHDWSNEECVKILKRCREAIPSKENGGKVIIIDMI 300

Query: 327 -VGNKKEEDLMETQLFFDMLMMTLAGGKEREEQEWSELIKEAGFSTYKIFPIVG 373
            + N+ +    ETQLFFDM MM  A G+ER+E EW +L  +AGFS YKI PI+G
Sbjct: 301 MMKNQGDYKSTETQLFFDMTMMIFAPGRERDENEWEKLFLDAGFSHYKITPILG 348

[Close]

BLAST of ClCG02G002270 vs. ExPASy Swiss-Prot
Match: A0A0N9HMN6 (Pluviatolide O-methyltransferase OS=Sinopodophyllum hexandrum OX=93608 GN=OMT3 PE=1 SV=1)

HSP 1 Score: 375.6 bits (963), Expect = 8.5e-103
Identity = 181/359 (50.42%), Postives = 248/359 (69.08%), Query Frame = 0


Query: 24  SMDMNLEDGKILAMGGDELLEAQTHIWNHIFNFINSMSLKCAIQLGIPDAIHDHGPNPMP 83
           +MD+ + +G      G+ELL AQ HI+NHIFNFI+SM+LKCA++L IP+ +H+H P  + 
Sbjct: 6   TMDLEIRNGNGYGDSGEELLAAQAHIYNHIFNFISSMALKCAVELNIPEILHNHQPKAVT 65

Query: 84  LSLLVSTLQLHPNKTQFIYRLMRLLTHSGFFVV-------QEEGYMLTNSSRLLLKNNPC 143
           LS LV  LQ+   K+  +YRL+R+L HSGFF +        EEGY+ T SS+LLLKN+P 
Sbjct: 66  LSELVQALQIPQAKSACLYRLLRILVHSGFFAITKIQSEGDEEGYLPTLSSKLLLKNHPM 125

Query: 144 AVSPFLLSMLDSAIVEPWQFLSTWF-QTDDRTPFKTAHGKPFWEYMGNMPKDGDAFNAGM 203
           ++SP LL +++  +V P  F S WF ++DD TPF+  HG   W+Y G  P   + FN  M
Sbjct: 126 SMSPCLLGLVNPTMVAPMHFFSDWFKRSDDMTPFEATHGASLWKYFGETPHMAEIFNEAM 185

Query: 204 ASDARLVMSVLLEKHKDVFEGVGSVVDVGGGTGTMAKSIAKAFPHIECSVLDLPQVVADL 263
             + RL MSV+L++ K   EG+ S+VDVGGGTG + ++IA+AFP+++C+VLDLPQVV +L
Sbjct: 186 GCETRLAMSVVLKECKGKLEGISSLVDVGGGTGNVGRAIAEAFPNVKCTVLDLPQVVGNL 245

Query: 264 KTDIPNFKYVQGDMFNAIPPADALLLKWILHDWSDEECVKILKNCKAAITSNDYKGKVMV 323
           K    N ++V GDMF  IPPAD + LKWILHDW+DEEC+KILK CK AI S +  GK+++
Sbjct: 246 KGS-NNLEFVSGDMFQFIPPADVVFLKWILHDWNDEECIKILKRCKEAIPSKEEGGKLII 305

Query: 324 IDMVVG--NKKEEDLMETQLFFDMLMMTLAGGKEREEQEWSELIKEAGFSTYKIFPIVG 373
           IDMVV   NK   +  ETQLF+D+ +M L  G ER E EW +L   AGF++Y I P++G
Sbjct: 306 IDMVVNDHNKGSYESTETQLFYDLTLMALLTGTERTETEWKKLFVAAGFTSYIISPVLG 363

[Close]

BLAST of ClCG02G002270 vs. ExPASy Swiss-Prot
Match: Q6VMW0 (8-hydroxyquercetin 8-O-methyltransferase OS=Mentha piperita OX=34256 GN=OMT2 PE=1 SV=1)

HSP 1 Score: 339.7 bits (870), Expect = 5.2e-92
Identity = 175/348 (50.29%), Postives = 234/348 (67.24%), Query Frame = 0


Query: 41  ELLEAQTHIWNHIFNFINSMSLKCAIQLGIPDAIHDHGPNPMPLSLLVSTLQLHPNKTQF 100
           ELLEAQ H+WNHI+++INSMSLKCAIQLGIPDAIH HG NP+ LS L   L ++  K+  
Sbjct: 12  ELLEAQAHVWNHIYSYINSMSLKCAIQLGIPDAIHKHG-NPITLSQLADALNINKAKSHG 71

Query: 101 IYRLMRLLTHSGFF--------------VVQEEGYMLTNSSRLLLKNNPCAVSPFLLSML 160
           ++RLMR+L HSGFF                +E+ Y LT +SRLLL++ P +V+PF L+M 
Sbjct: 72  LFRLMRILVHSGFFDKVKVKVKVEGEDEEEEEDAYSLTPASRLLLRSEPLSVAPFALAMS 131

Query: 161 DSAIVEPWQFLSTWFQTDDRTPFKTAHGKPFWEYMGNMPKDGDAFNAGMASDARLVMSVL 220
           D    E W  LS WF+ D    F T +G  F EY     +    FN  MA DA  V S+L
Sbjct: 132 DPVYTETWHHLSEWFRNDAVAAFDTKYGMTFPEYAVADDRLNVLFNEAMACDAGFVNSIL 191

Query: 221 LEKHKDVFEGVGSVVDVGGGTGTMAKSIAKAFPHIECSVLDLPQVVADLKTDIPNFKYVQ 280
             + +++F+G+ S+VDVGGGTG  AK IA AFP +EC+VLDLP VV  LK    N  +V 
Sbjct: 192 TTECREIFDGLESMVDVGGGTGATAKGIAAAFPGMECTVLDLPNVVGGLKGS-ENLSFVS 251

Query: 281 GDMFNAIPPADALLLKWILHDWSDEECVKILKNCKAAIT-SNDYKGKVMVIDMVVGNKKE 340
           GDMF+ IP ADA+ +K+ILHDW+DEECVKILK CK AI+ SN+   K++++++V+ ++KE
Sbjct: 252 GDMFDFIPHADAIFMKFILHDWNDEECVKILKKCKEAISRSNNSCRKIILVEIVMEDEKE 311

Query: 341 -EDLMETQLFFDMLMMTLAGGKEREEQEWSELIKEAGFSTYKIFPIVG 373
             +  ET+LFFDM M+ +  GKER E+EW +L  +AGF+ YKI  ++G
Sbjct: 312 THEATETKLFFDMQMLAIITGKERSEKEWGKLFFDAGFTNYKITRVLG 357

[Close]

BLAST of ClCG02G002270 vs. ExPASy Swiss-Prot
Match: Q8GSN1 (Myricetin O-methyltransferase OS=Catharanthus roseus OX=4058 PE=1 SV=1)

HSP 1 Score: 327.0 bits (837), Expect = 3.5e-88
Identity = 164/341 (48.09%), Postives = 235/341 (68.91%), Query Frame = 0


Query: 35  LAMGGDELLEAQTHIWNHIFNFINSMSLKCAIQLGIPDAIHDHGPNPMPLSLLVSTLQLH 94
           + +   E+  AQ H +  +F+F +  SLKCA+QLGIPDAIH HG  PM LS L ++L ++
Sbjct: 1   MELQSSEIRNAQAHFFTQVFSFTSMSSLKCAVQLGIPDAIHSHG-KPMALSDLTNSLPIN 60

Query: 95  PNKTQFIYRLMRLLTHSGFFVVQEEG-YMLTNSSRLLLKNNPCAVSPFLLSMLDSAIVEP 154
           P+K  +IYRLMR+L  +G+F  +E+  Y LT  +RLLLKN+P      +L +   A ++ 
Sbjct: 61  PSKAPYIYRLMRILVAAGYFSEEEKNVYSLTPFTRLLLKNDPLNSISMVLGVNQIAELKA 120

Query: 155 WQFLSTWFQTDDRTPFKTAHGKPFWEYMGNMPKDGDAFNAGMASDARLVMSVLLEKHKDV 214
           W  +S WFQ +D T F+TAHGK FW++ G   K G  F+  MA+D+ LV  +L+ +   +
Sbjct: 121 WNAMSEWFQNEDLTAFETAHGKNFWDF-GAEDKYGKNFDGVMAADSILVSKMLIPEFNYL 180

Query: 215 FEGVGSVVDVGGGTGTMAKSIAKAFPHIECSVLDLPQVVADLKTDIPNFKYVQGDMFNAI 274
           FEG+ S+VDVGGGTGT+AK+IAK+FP ++C+V DLP VVA+L++   N ++V GDMF  I
Sbjct: 181 FEGLDSLVDVGGGTGTIAKAIAKSFPDLKCTVFDLPHVVANLES-TENLEFVGGDMFEKI 240

Query: 275 PPADALLLKWILHDWSDEECVKILKNCKAAITSNDYKGKVMVIDMVVGNKKE---EDLME 334
           P A+A+LLKWILHDW DEECVK+LK C+ AI   +  GKV++I+ V+ + K+   E+ ++
Sbjct: 241 PSANAILLKWILHDWKDEECVKVLKMCRKAIPEKEKGGKVILIETVLMDSKKHENEEAVK 300

Query: 335 TQLFFDMLMMTLAGGKEREEQEWSELIKEAGFSTYKIFPIV 372
            Q+  D+ MM     KER E+EW+ L +EAGFS YKIFP++
Sbjct: 301 AQISSDIDMMVFFTAKERTEEEWATLFREAGFSGYKIFPMI 338

[Close]

BLAST of ClCG02G002270 vs. ExPASy TrEMBL
Match: A0A5A7UV91 (Trans-resveratrol di-O-methyltransferase-like OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold430G00370 PE=3 SV=1)

HSP 1 Score: 596.3 bits (1536), Expect = 1.1e-166
Identity = 289/348 (83.05%), Postives = 316/348 (90.80%), Query Frame = 0


Query: 27  MNLE-DGKILAMGGDELLEAQTHIWNHIFNFINSMSLKCAIQLGIPDAIHDHGPNPMPLS 86
           MN+E  GK LAMGGDELLEAQ+HIWNHIFNFINSMSLKCAIQLGIPDAIH HGPNPMPLS
Sbjct: 1   MNMEAGGKKLAMGGDELLEAQSHIWNHIFNFINSMSLKCAIQLGIPDAIHSHGPNPMPLS 60

Query: 87  LLVSTLQLHPNKTQFIYRLMRLLTHSGFFVVQEEGYMLTNSSRLLLKNNPCAVSPFLLSM 146
           LLVS+LQLHPNKTQFIYRLMRLLTHSGFFV+QEEGY+LTNSSRLLLK+NPCAVSPFLLSM
Sbjct: 61  LLVSSLQLHPNKTQFIYRLMRLLTHSGFFVLQEEGYLLTNSSRLLLKDNPCAVSPFLLSM 120

Query: 147 LDSAIVEPWQFLSTWFQTDDRTPFKTAHGKPFWEYMGNMPKDGDAFNAGMASDARLVMSV 206
           L  A+ +PWQFLS W QTDDRTPF+TAHG PFWEYMGN  KDG+ FN GMASDARLVMSV
Sbjct: 121 LQPALTDPWQFLSIWLQTDDRTPFETAHGMPFWEYMGNKAKDGEVFNEGMASDARLVMSV 180

Query: 207 LLEKHKDVFEGVGSVVDVGGGTGTMAKSIAKAFPHIECSVLDLPQVVADLKTDIPNFKYV 266
           +LEKHK VFEGV S+VDVGGGTGTMAK+I++AFP +EC+V DLPQVVA LK D PNFKYV
Sbjct: 181 ILEKHKSVFEGVESLVDVGGGTGTMAKAISQAFPQMECTVFDLPQVVAHLKEDQPNFKYV 240

Query: 267 QGDMFNAIPPADALLLKWILHDWSDEECVKILKNCKAAITSNDYKGKVMVIDMVV-GNKK 326
           +GDMF  IPPAD LLLKWILHDWSDEECV+ILKNCKAAITSN  +GKVMVID+V+ GNKK
Sbjct: 241 EGDMFKLIPPADVLLLKWILHDWSDEECVEILKNCKAAITSNGDRGKVMVIDIVLFGNKK 300

Query: 327 EEDLMETQLFFDMLMMTLAGGKEREEQEWSELIKEAGFSTYKIFPIVG 373
             D METQL FDMLMMTLAGGKEREE++W+ELIKEAGF +YKIFPI+G
Sbjct: 301 --DPMETQLLFDMLMMTLAGGKEREEEKWAELIKEAGFRSYKIFPIMG 346

[Close]

BLAST of ClCG02G002270 vs. ExPASy TrEMBL
Match: A0A5D3DDN8 (Trans-resveratrol di-O-methyltransferase-like OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold150G00330 PE=3 SV=1)

HSP 1 Score: 592.4 bits (1526), Expect = 1.6e-165
Identity = 288/348 (82.76%), Postives = 316/348 (90.80%), Query Frame = 0


Query: 27  MNLE-DGKILAMGGDELLEAQTHIWNHIFNFINSMSLKCAIQLGIPDAIHDHGPNPMPLS 86
           MN+E  GK LAMGGDELLEAQ+HIWNHIFNFINSMSLKCAIQLGIPDAIH HGPNPMPLS
Sbjct: 1   MNMEAGGKKLAMGGDELLEAQSHIWNHIFNFINSMSLKCAIQLGIPDAIHSHGPNPMPLS 60

Query: 87  LLVSTLQLHPNKTQFIYRLMRLLTHSGFFVVQEEGYMLTNSSRLLLKNNPCAVSPFLLSM 146
           LLVS+LQLHPNKTQFIYRLMRLLTHSGFFV+QEEGY+LTNSSRLLLK+NPCAVSPFLLSM
Sbjct: 61  LLVSSLQLHPNKTQFIYRLMRLLTHSGFFVLQEEGYLLTNSSRLLLKDNPCAVSPFLLSM 120

Query: 147 LDSAIVEPWQFLSTWFQTDDRTPFKTAHGKPFWEYMGNMPKDGDAFNAGMASDARLVMSV 206
           L  A+ +P+QFLS W QTDDRTPF+TAHG PFWEYMGN  KDG+ FN GMASDARLVMSV
Sbjct: 121 LQPALTDPFQFLSIWLQTDDRTPFETAHGMPFWEYMGNKAKDGEVFNEGMASDARLVMSV 180

Query: 207 LLEKHKDVFEGVGSVVDVGGGTGTMAKSIAKAFPHIECSVLDLPQVVADLKTDIPNFKYV 266
           +LEKHK VFEGV S+VDVGGGTGTMAK+I++AFP +EC+V DLPQVVA LK D PNFKYV
Sbjct: 181 ILEKHKSVFEGVESLVDVGGGTGTMAKAISQAFPQMECTVFDLPQVVAHLKEDQPNFKYV 240

Query: 267 QGDMFNAIPPADALLLKWILHDWSDEECVKILKNCKAAITSNDYKGKVMVIDMVV-GNKK 326
           +GDMF  IPPAD LLLKWILHDWSDEECV+ILKNCKAAITSN  +GKVMVID+V+ GNKK
Sbjct: 241 EGDMFKLIPPADVLLLKWILHDWSDEECVEILKNCKAAITSNGDRGKVMVIDIVLFGNKK 300

Query: 327 EEDLMETQLFFDMLMMTLAGGKEREEQEWSELIKEAGFSTYKIFPIVG 373
             D METQL FDMLMMTLAGGKEREE++W+ELIKEAGF +YKIFPI+G
Sbjct: 301 --DPMETQLLFDMLMMTLAGGKEREEEKWAELIKEAGFRSYKIFPIMG 346

[Close]

BLAST of ClCG02G002270 vs. ExPASy TrEMBL
Match: A0A5D3DD88 (Trans-resveratrol di-O-methyltransferase-like OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold150G00380 PE=3 SV=1)

HSP 1 Score: 590.9 bits (1522), Expect = 4.7e-165
Identity = 282/347 (81.27%), Postives = 316/347 (91.07%), Query Frame = 0


Query: 27  MNLEDGKILAMGGDELLEAQTHIWNHIFNFINSMSLKCAIQLGIPDAIHDHGPNPMPLSL 86
           MN+E GK LAMGGDELLEAQ+HIWNHIFNFINSMSLKCAIQLGIPDAIH HGPNPMPLSL
Sbjct: 1   MNMEGGKKLAMGGDELLEAQSHIWNHIFNFINSMSLKCAIQLGIPDAIHSHGPNPMPLSL 60

Query: 87  LVSTLQLHPNKTQFIYRLMRLLTHSGFFVVQEEGYMLTNSSRLLLKNNPCAVSPFLLSML 146
           LVS+LQLHPNKTQ IYRLMRLLTHSGFFV++EEGY+LTNSS LLLK+NPC +SPF+LSML
Sbjct: 61  LVSSLQLHPNKTQSIYRLMRLLTHSGFFVLKEEGYVLTNSSHLLLKDNPCTLSPFILSML 120

Query: 147 DSAIVEPWQFLSTWFQTDDRTPFKTAHGKPFWEYMGNMPKDGDAFNAGMASDARLVMSVL 206
           +SA VEP  FLS WF+TDD+TPF+TAHG  FWE++GN  KDGD FNAGMASDARLVMSVL
Sbjct: 121 ESAFVEPSHFLSAWFRTDDQTPFETAHGMSFWEFVGNKQKDGDIFNAGMASDARLVMSVL 180

Query: 207 LEKHKDVFEGVGSVVDVGGGTGTMAKSIAKAFPHIECSVLDLPQVVADLKTDIPNFKYVQ 266
           + KHK VFEGV S+VD+GGGTGTM K+IAKAFP IEC+VLDLPQVVA+LK+DIPNFKYV+
Sbjct: 181 IGKHKSVFEGVESLVDIGGGTGTMTKAIAKAFPQIECTVLDLPQVVAELKSDIPNFKYVE 240

Query: 267 GDMFNAIPPADALLLKWILHDWSDEECVKILKNCKAAITSNDYKGKVMVIDMVVGNKK-E 326
           GDMF+AIPPADALLLKWILHDWSDEECVKILK CK AITSN  KGKVMVID+V+ NKK +
Sbjct: 241 GDMFDAIPPADALLLKWILHDWSDEECVKILKKCKEAITSNGNKGKVMVIDLVLFNKKND 300

Query: 327 EDLMETQLFFDMLMMTLAGGKEREEQEWSELIKEAGFSTYKIFPIVG 373
           +D +ETQLF DMLMM + GGKEREE+EW++LIKEAGFS YKIFPI+G
Sbjct: 301 QDSIETQLFHDMLMMVVTGGKEREEKEWAKLIKEAGFSAYKIFPILG 347

[Close]

BLAST of ClCG02G002270 vs. ExPASy TrEMBL
Match: A0A1S3C0K5 (trans-resveratrol di-O-methyltransferase-like OS=Cucumis melo OX=3656 GN=LOC103495637 PE=3 SV=1)

HSP 1 Score: 587.4 bits (1513), Expect = 5.2e-164
Identity = 287/348 (82.47%), Postives = 313/348 (89.94%), Query Frame = 0


Query: 27  MNLE-DGKILAMGGDELLEAQTHIWNHIFNFINSMSLKCAIQLGIPDAIHDHGPNPMPLS 86
           MN+E  GK LAMGGDELLEAQ+HIWNHIFNFINSMSLKCAIQLGIPDAIH HGPNPMPLS
Sbjct: 1   MNMEAGGKKLAMGGDELLEAQSHIWNHIFNFINSMSLKCAIQLGIPDAIHSHGPNPMPLS 60

Query: 87  LLVSTLQLHPNKTQFIYRLMRLLTHSGFFVVQEEGYMLTNSSRLLLKNNPCAVSPFLLSM 146
           LLVS+LQLHPNKTQFIYRLMRLLTHSGFFV QEEGY+LTNSSRLLLK+N  AVSPFLLSM
Sbjct: 61  LLVSSLQLHPNKTQFIYRLMRLLTHSGFFVQQEEGYILTNSSRLLLKDNHFAVSPFLLSM 120

Query: 147 LDSAIVEPWQFLSTWFQTDDRTPFKTAHGKPFWEYMGNMPKDGDAFNAGMASDARLVMSV 206
           L  A+ +PWQFLS W QTDDRTPF+TAHG PFWEYMGN  KDG+ FN GMASDARLVMSV
Sbjct: 121 LQPALTDPWQFLSIWLQTDDRTPFETAHGMPFWEYMGNKAKDGEVFNEGMASDARLVMSV 180

Query: 207 LLEKHKDVFEGVGSVVDVGGGTGTMAKSIAKAFPHIECSVLDLPQVVADLKTDIPNFKYV 266
           +LEKHK VFEGV S+VDVGGGTGTMAK+I++AFP +EC+V DLPQVVA LK D PNFKYV
Sbjct: 181 ILEKHKSVFEGVESLVDVGGGTGTMAKAISQAFPQMECTVFDLPQVVAHLKEDQPNFKYV 240

Query: 267 QGDMFNAIPPADALLLKWILHDWSDEECVKILKNCKAAITSNDYKGKVMVIDMVV-GNKK 326
           +GDMF  IPPAD LLLKWILHDWSDEECV+ILKNCKAAITSN  +GKVMVID+V+ GNKK
Sbjct: 241 EGDMFKLIPPADVLLLKWILHDWSDEECVEILKNCKAAITSNGDRGKVMVIDIVLFGNKK 300

Query: 327 EEDLMETQLFFDMLMMTLAGGKEREEQEWSELIKEAGFSTYKIFPIVG 373
             D METQL FDMLMMTLAGGKEREE++W+ELIKEAGF +YKIFPI+G
Sbjct: 301 --DSMETQLLFDMLMMTLAGGKEREEEKWAELIKEAGFRSYKIFPIMG 346

[Close]

BLAST of ClCG02G002270 vs. ExPASy TrEMBL
Match: A0A0A0K1E9 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_7G039280 PE=3 SV=1)

HSP 1 Score: 585.5 bits (1508), Expect = 2.0e-163
Identity = 277/351 (78.92%), Postives = 312/351 (88.89%), Query Frame = 0


Query: 22  LISMDMNLEDGKILAMGGDELLEAQTHIWNHIFNFINSMSLKCAIQLGIPDAIHDHGPNP 81
           L  ++MN+E G +LAMGGDELLEAQ+HIWNHIFNFINSMSLKCAIQLGIPDAIH HGPNP
Sbjct: 21  LFVLNMNMEGGNMLAMGGDELLEAQSHIWNHIFNFINSMSLKCAIQLGIPDAIHSHGPNP 80

Query: 82  MPLSLLVSTLQLHPNKTQFIYRLMRLLTHSGFFVVQEEGYMLTNSSRLLLKNNPCAVSPF 141
           +PLS+LVS+LQLHPNKTQFIYRLMRLLTHSGFFV QEEGY+LTNSSRLLLK+NPCAVSPF
Sbjct: 81  VPLSILVSSLQLHPNKTQFIYRLMRLLTHSGFFVQQEEGYILTNSSRLLLKDNPCAVSPF 140

Query: 142 LLSMLDSAIVEPWQFLSTWFQTDDRTPFKTAHGKPFWEYMGNMPKDGDAFNAGMASDARL 201
           LLSML  A+ +PWQFLS WFQTDD+TPF+TAHG PFW+YM N PK+G+ FNAGMASDARL
Sbjct: 141 LLSMLQPALTDPWQFLSIWFQTDDQTPFETAHGVPFWKYMRNKPKEGEVFNAGMASDARL 200

Query: 202 VMSVLLEKHKDVFEGVGSVVDVGGGTGTMAKSIAKAFPHIECSVLDLPQVVADLKTDIPN 261
           V SVLL KHK VFEGV S+VDVGGGTGTMAK+I++AFP +EC+V DLPQVVA L+ D PN
Sbjct: 201 VNSVLLGKHKSVFEGVKSLVDVGGGTGTMAKAISQAFPQMECTVFDLPQVVAHLRGDQPN 260

Query: 262 FKYVQGDMFNAIPPADALLLKWILHDWSDEECVKILKNCKAAITSNDYKGKVMVIDMVVG 321
             YV+GDMF  IPPAD LLLKWILHDWSDEECV+ILKNCKAAI SN  KGKVMVID+V+ 
Sbjct: 261 LNYVEGDMFKRIPPADVLLLKWILHDWSDEECVEILKNCKAAIRSNGNKGKVMVIDIVLF 320

Query: 322 NKKEEDLMETQLFFDMLMMTLAGGKEREEQEWSELIKEAGFSTYKIFPIVG 373
              ++D METQL FDMLMMTL GGKEREE+EW++LIKEAGF +YKIFPI+G
Sbjct: 321 GNYKKDSMETQLLFDMLMMTLVGGKEREEKEWAKLIKEAGFGSYKIFPIMG 371

[Close]

BLAST of ClCG02G002270 vs. TAIR 10
Match: AT4G35160.1 (O-methyltransferase family protein )

HSP 1 Score: 219.2 bits (557), Expect = 7.2e-57
Identity = 134/366 (36.61%), Postives = 202/366 (55.19%), Query Frame = 0


Query: 25  MDMN-LEDGKILAMGGDELLEAQTHIWNHIFNFINSMSLKCAIQLGIPDAIHDH-GPNPM 84
           +D N +ED K   +  DE  +A   IW ++F F +  + KCAI L IP+AI +H    P+
Sbjct: 10  LDRNKMEDNKRKVL--DEEAKASLDIWKYVFGFADIAAAKCAIDLKIPEAIENHPSSQPV 69

Query: 85  PLSLLVSTLQLHPNKTQFIYRLMRLLTHSGFFVV------QEEGYMLTNSSRLLL--KNN 144
            L+ L S +   P+    + R+MR L H G F           GY+ T  SR L+  + +
Sbjct: 70  TLAELSSAVSASPS---HLRRIMRFLVHQGIFKEIPTKDGLATGYVNTPLSRRLMITRRD 129

Query: 145 PCAVSPFLLSMLDSAIVEPWQFLSTWFQT----DDRTPFKTAHGKPFWEYMGNMPKDGDA 204
             +++PF+L      ++ PW  LS+   +        PF   HGK  W +  + P   D 
Sbjct: 130 GKSLAPFVLFETTPEMLAPWLRLSSVVSSPVNGSTPPPFDAVHGKDVWSFAQDNPFLSDM 189

Query: 205 FNAGMASDARLVMSVLLEKHKDVFEGVGSVVDVGGGTGTMAKSIAKAFPHIECSVLDLPQ 264
            N  MA DAR V+  +      +F+GV ++VDVGGGTG     + K FP I+    DLP 
Sbjct: 190 INEAMACDARRVVPRVAGACHGLFDGVTTMVDVGGGTGETMGMLVKEFPWIKGFNFDLPH 249

Query: 265 VVADLKTDIPNFKYVQGDMFNAIPPADALLLKWILHDWSDEECVKILKNCKAAITSNDYK 324
           V+ ++   +   + V+GDMF++IP  DA+ +KW+LHDW D++C+KILKNCK A+  N   
Sbjct: 250 VI-EVAEVLDGVENVEGDMFDSIPACDAIFIKWVLHDWGDKDCIKILKNCKEAVPPN--I 309

Query: 325 GKVMVIDMVVG-NKK-------EEDLMETQLFFDMLMMT-LAGGKEREEQEWSELIKEAG 368
           GKV++++ V+G NKK       +E L   +L  DM+MM   + GKER  +EW  ++KEAG
Sbjct: 310 GKVLIVESVIGENKKTMIVDERDEKLEHVRLMLDMVMMAHTSTGKERTLKEWDFVLKEAG 367

[Close]

BLAST of ClCG02G002270 vs. TAIR 10
Match: AT4G35150.1 (O-methyltransferase family protein )

HSP 1 Score: 189.5 bits (480), Expect = 6.1e-48
Identity = 115/340 (33.82%), Postives = 175/340 (51.47%), Query Frame = 0


Query: 40  DELLEAQTHIWNHIFNFINSMSLKCAIQLGIPDAIHDH-GPNPMPLSLLVSTLQLHPNKT 99
           DE  +A   IW ++F F +  + KCAI L IP+AI +H    P+ LS L S +   P+  
Sbjct: 10  DEEAKASLDIWRYVFGFADIAAAKCAIDLKIPEAIENHPSSQPVTLSELSSAVSASPS-- 69

Query: 100 QFIYRLMRLLTHSGFF--VVQEEGYMLTNSSRLLLKNNPCAVSPFLLSMLDSAIVEPWQF 159
             + R+MR L H G F  V  ++G     ++  L +                        
Sbjct: 70  -HLRRIMRFLVHQGLFKEVPTKDGLATGYTNTPLSR------------------------ 129

Query: 160 LSTWFQTDDRTPFKTAHGKPFWEYMGNMPKDGDAFNAGMASDARLVMSVLLEKHKDVFEG 219
                    R      HGK  W +  +        N  MA DAR V+  +    + +F+G
Sbjct: 130 ---------RMMITKLHGKDLWAFAQDNLCHSQLINEAMACDARRVVPRVAGACQGLFDG 189

Query: 220 VGSVVDVGGGTGTMAKSIAKAFPHIECSVLDLPQVVADLKTDIPNFKYVQGDMFNAIPPA 279
           V +VVDVGGGTG     + K FP I+    DLP V+ ++   +   + V+GDMF++IP +
Sbjct: 190 VATVVDVGGGTGETMGILVKEFPWIKGFNFDLPHVI-EVAQVLDGVENVEGDMFDSIPAS 249

Query: 280 DALLLKWILHDWSDEECVKILKNCKAAITSNDYKGKVMVIDMVVGNKK--------EEDL 339
           DA+++KW+LHDW D++C+KILKNCK A+  N   GKV++++ V+G KK        ++ L
Sbjct: 250 DAVIIKWVLHDWGDKDCIKILKNCKEAVLPN--IGKVLIVECVIGEKKNTMIAEERDDKL 309

Query: 340 METQLFFDMLMMT-LAGGKEREEQEWSELIKEAGFSTYKI 368
              +L  DM+MM   + GKER  +EW  ++ EAGF+ Y++
Sbjct: 310 EHVRLQLDMVMMVHTSTGKERTLKEWDFVLTEAGFARYEV 310

[Close]

BLAST of ClCG02G002270 vs. TAIR 10
Match: AT5G54160.1 (O-methyltransferase 1 )

HSP 1 Score: 168.7 bits (426), Expect = 1.1e-41
Identity = 104/320 (32.50%), Postives = 162/320 (50.62%), Query Frame = 0


Query: 60  MSLKCAIQLGIPDAIHDHGPNPMPLSLLVSTLQLHPNKTQFIYRLMRLLTHSGFFVVQ-- 119
           M+LK A++L + + +  +G    P  +       +P     + R++RLLT          
Sbjct: 34  MALKSALELDLLEIMAKNGSPMSPTEIASKLPTKNPEAPVMLDRILRLLTSYSVLTCSNR 93

Query: 120 -------EEGYMLTNSSRLLLKN-NPCAVSPFLLSMLDSAIVEPWQFLSTWFQTDDRTPF 179
                  E  Y L    + L KN +  +++   L   D  ++E W  L      D   PF
Sbjct: 94  KLSGDGVERIYGLGPVCKYLTKNEDGVSIAALCLMNQDKVLMESWYHLKDAI-LDGGIPF 153

Query: 180 KTAHGKPFWEYMGNMPKDGDAFNAGMASDARLVMSVLLEKHKDVFEGVGSVVDVGGGTGT 239
             A+G   +EY G  P+    FN GM++ + + M  +LE +K  FEG+ S+VDVGGG G 
Sbjct: 154 NKAYGMSAFEYHGTDPRFNKVFNNGMSNHSTITMKKILETYKG-FEGLTSLVDVGGGIGA 213

Query: 240 MAKSIAKAFPHIECSVLDLPQVVADLKTDIPNFKYVQGDMFNAIPPADALLLKWILHDWS 299
             K I   +P+++    DLP V+ D  +  P  ++V GDMF ++P  DA+ +KWI HDWS
Sbjct: 214 TLKMIVSKYPNLKGINFDLPHVIEDAPSH-PGIEHVGGDMFVSVPKGDAIFMKWICHDWS 273

Query: 300 DEECVKILKNCKAAITSNDYKGKVMVIDMVVGNKKEEDLMETQ-LFFDMLMMT-LAGGKE 359
           DE CVK LKNC  ++  +   GKV++ + ++    +  L   Q +  D +M+    GGKE
Sbjct: 274 DEHCVKFLKNCYESLPED---GKVILAECILPETPDSSLSTKQVVHVDCIMLAHNPGGKE 333

Query: 360 REEQEWSELIKEAGFSTYKI 368
           R E+E+  L K +GF   K+
Sbjct: 334 RTEKEFEALAKASGFKGIKV 347

[Close]

BLAST of ClCG02G002270 vs. TAIR 10
Match: AT1G51990.1 (O-methyltransferase family protein )

HSP 1 Score: 160.6 bits (405), Expect = 3.0e-39
Identity = 103/298 (34.56%), Postives = 159/298 (53.36%), Query Frame = 0


Query: 83  PLSLLVSTLQLHPNKTQFIYRLMRLLTHSGF----FVVQEEG-----YMLTNSSRLLLKN 142
           P+ L       +P+    I RL+R L          V  EEG     Y L    + L+K+
Sbjct: 56  PVDLASMAAPKNPHAPMMIDRLLRFLVAYSVCTCKLVKDEEGRESRAYGLGKVGKKLIKD 115

Query: 143 -NPCAVSPFLLSMLDSAIVEPWQFLSTWFQTDDRTPFKTAHGKPFWEYMGNMPKDGDAFN 202
            +  +++P++L+    A    W +L+   Q    + ++ A+    +EYM         FN
Sbjct: 116 EDGFSIAPYVLAGCTKAKGGVWSYLTEAIQEGGASAWERANEALIFEYMKKNENLKKIFN 175

Query: 203 AGMASDARLVMSVLLEKHKDVFEGVGSVVDVGGGTGTMAKSIAKAFPHIECSVLDLPQVV 262
             M +   +VM  +LE +   FEGV   VDVGG  G+    I   +PHI+    DLP +V
Sbjct: 176 ESMTNHTSIVMKKILENYIG-FEGVSDFVDVGGSLGSNLAQILSKYPHIKGINFDLPHIV 235

Query: 263 ADLKTDIPNFKYVQGDMFNAIPPADALLLKWILHDWSDEECVKILKNCKAAITSNDYKGK 322
            +    I   +++ GDMF+ IP  + +L+KWILHDW+DE+CV+ILKNCK A+      G+
Sbjct: 236 KE-APQIHGVEHIGGDMFDEIPRGEVILMKWILHDWNDEKCVEILKNCKKALPET---GR 295

Query: 323 VMVIDMVVGNKKEEDLMETQ--LFFDMLMMTL-AGGKEREEQEWSELIKEAGFSTYKI 368
           ++VI+M+V  +  E  + T+  L  D+ MM+L +GGKER ++E+ +L KEAGF   KI
Sbjct: 296 IIVIEMIVPREVSETDLATKNSLSADLTMMSLTSGGKERTKKEFEDLAKEAGFKLPKI 348

[Close]

BLAST of ClCG02G002270 vs. TAIR 10
Match: AT1G51990.2 (O-methyltransferase family protein )

HSP 1 Score: 156.0 bits (393), Expect = 7.5e-38
Identity = 102/298 (34.23%), Postives = 157/298 (52.68%), Query Frame = 0


Query: 83  PLSLLVSTLQLHPNKTQFIYRLMRLLTHSGF----FVVQEEG-----YMLTNSSRLLLKN 142
           P+ L       +P+    I RL+R L          V  EEG     Y L    + L+K+
Sbjct: 56  PVDLASMAAPKNPHAPMMIDRLLRFLVAYSVCTCKLVKDEEGRESRAYGLGKVGKKLIKD 115

Query: 143 -NPCAVSPFLLSMLDSAIVEPWQFLSTWFQTDDRTPFKTAHGKPFWEYMGNMPKDGDAFN 202
            +  +++P++L+    A    W  +    Q    + ++ A+    +EYM         FN
Sbjct: 116 EDGFSIAPYVLAGCTKAKGGVWYNVQHAIQEGGASAWERANEALIFEYMKKNENLKKIFN 175

Query: 203 AGMASDARLVMSVLLEKHKDVFEGVGSVVDVGGGTGTMAKSIAKAFPHIECSVLDLPQVV 262
             M +   +VM  +LE +   FEGV   VDVGG  G+    I   +PHI+    DLP +V
Sbjct: 176 ESMTNHTSIVMKKILENYIG-FEGVSDFVDVGGSLGSNLAQILSKYPHIKGINFDLPHIV 235

Query: 263 ADLKTDIPNFKYVQGDMFNAIPPADALLLKWILHDWSDEECVKILKNCKAAITSNDYKGK 322
            +    I   +++ GDMF+ IP  + +L+KWILHDW+DE+CV+ILKNCK A+      G+
Sbjct: 236 KE-APQIHGVEHIGGDMFDEIPRGEVILMKWILHDWNDEKCVEILKNCKKALPET---GR 295

Query: 323 VMVIDMVVGNKKEEDLMETQ--LFFDMLMMTL-AGGKEREEQEWSELIKEAGFSTYKI 368
           ++VI+M+V  +  E  + T+  L  D+ MM+L +GGKER ++E+ +L KEAGF   KI
Sbjct: 296 IIVIEMIVPREVSETDLATKNSLSADLTMMSLTSGGKERTKKEFEDLAKEAGFKLPKI 348

The following BLAST results are available for this feature:

BLAST of ClCG02G002270 vs. NCBI nr


Match Name	E-value	Identity	Description
KAA0059128.1	2.3e-166	83.05	trans-resveratrol di-O-methyltransferase-like [Cucumis melo var. makuwa]	[more]
TYK21633.1	3.4e-165	82.76	trans-resveratrol di-O-methyltransferase-like [Cucumis melo var. makuwa]	[more]
KAA0059108.1	9.8e-165	81.27	trans-resveratrol di-O-methyltransferase-like [Cucumis melo var. makuwa] >TYK216...	[more]
XP_038888504.1	4.9e-164	79.89	probable O-methyltransferase 3 [Benincasa hispida]	[more]
XP_008455485.2	1.1e-163	82.47	PREDICTED: trans-resveratrol di-O-methyltransferase-like [Cucumis melo]	[more]

BLAST of ClCG02G002270 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
B0ZB57	1.4e-113	60.40	Probable O-methyltransferase 3 OS=Humulus lupulus OX=3486 GN=OMT3 PE=2 SV=1	[more]
B6VJS4	2.4e-113	57.63	Trans-resveratrol di-O-methyltransferase OS=Vitis vinifera OX=29760 GN=ROMT PE=1...	[more]
A0A0N9HMN6	8.5e-103	50.42	Pluviatolide O-methyltransferase OS=Sinopodophyllum hexandrum OX=93608 GN=OMT3 P...	[more]
Q6VMW0	5.2e-92	50.29	8-hydroxyquercetin 8-O-methyltransferase OS=Mentha piperita OX=34256 GN=OMT2 PE=...	[more]
Q8GSN1	3.5e-88	48.09	Myricetin O-methyltransferase OS=Catharanthus roseus OX=4058 PE=1 SV=1	[more]

BLAST of ClCG02G002270 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A5A7UV91	1.1e-166	83.05	Trans-resveratrol di-O-methyltransferase-like OS=Cucumis melo var. makuwa OX=119...	[more]
A0A5D3DDN8	1.6e-165	82.76	Trans-resveratrol di-O-methyltransferase-like OS=Cucumis melo var. makuwa OX=119...	[more]
A0A5D3DD88	4.7e-165	81.27	Trans-resveratrol di-O-methyltransferase-like OS=Cucumis melo var. makuwa OX=119...	[more]
A0A1S3C0K5	5.2e-164	82.47	trans-resveratrol di-O-methyltransferase-like OS=Cucumis melo OX=3656 GN=LOC1034...	[more]
A0A0A0K1E9	2.0e-163	78.92	Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_7G039280 PE=3 SV=1	[more]

BLAST of ClCG02G002270 vs. TAIR 10


Match Name	E-value	Identity	Description
AT4G35160.1	7.2e-57	36.61	O-methyltransferase family protein	[more]
AT4G35150.1	6.1e-48	33.82	O-methyltransferase family protein	[more]
AT5G54160.1	1.1e-41	32.50	O-methyltransferase 1	[more]
AT1G51990.1	3.0e-39	34.56	O-methyltransferase family protein	[more]
AT1G51990.2	7.5e-38	34.23	O-methyltransferase family protein	[more]

InterPro

Analysis Name: InterPro Annotations of Watermelon (Charleston Gray) v2.5
Date Performed: 2022-01-31

Position :

Zoom :

x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	GENE3D	3.40.50.150	Vaccinia Virus protein VP39	coord: 132..376 e-value: 2.5E-82 score: 277.7
None	No IPR available	PIRSR	PIRSR005739-1	PIRSR005739-1	coord: 59..371 e-value: 7.9E-91 score: 302.0
None	No IPR available	PANTHER	PTHR11746:SF250	O-METHYLTRANSFERASE	coord: 38..371
None	No IPR available	PANTHER	PTHR11746:SF250	O-METHYLTRANSFERASE	coord: 379..442
IPR036388	Winged helix-like DNA-binding domain superfamily	GENE3D	1.10.10.10		coord: 379..447 e-value: 5.5E-21 score: 76.1 coord: 37..130 e-value: 4.2E-37 score: 127.9
IPR012967	Plant methyltransferase dimerisation	PFAM	PF08100	Dimerisation	coord: 60..109 e-value: 3.6E-16 score: 58.9 coord: 402..440 e-value: 2.7E-9 score: 36.9
IPR001077	O-methyltransferase domain	PFAM	PF00891	Methyltransf_2	coord: 154..363 e-value: 6.4E-60 score: 202.1
IPR016461	O-methyltransferase COMT-type	PANTHER	PTHR11746	O-METHYLTRANSFERASE	coord: 38..371 coord: 379..442
IPR016461	O-methyltransferase COMT-type	PROSITE	PS51683	SAM_OMT_II	coord: 50..383 score: 79.534317
IPR029063	S-adenosyl-L-methionine-dependent methyltransferase	SUPERFAMILY	53335	S-adenosyl-L-methionine-dependent methyltransferases	coord: 137..376
IPR036390	Winged helix DNA-binding domain superfamily	SUPERFAMILY	46785	"Winged helix" DNA-binding domain	coord: 39..135
IPR036390	Winged helix DNA-binding domain superfamily	SUPERFAMILY	46785	"Winged helix" DNA-binding domain	coord: 381..440

Relationships

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


Feature Name	Unique Name	Type
ClCG02G002270.1	ClCG02G002270.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0019438	aromatic compound biosynthetic process
biological_process	GO:0032259	methylation
molecular_function	GO:0008171	O-methyltransferase activity
molecular_function	GO:0046983	protein dimerization activity
molecular_function	GO:0008757	S-adenosylmethionine-dependent methyltransferase activity
molecular_function	GO:0008168	methyltransferase activity