MC11g1418 (gene) Bitter gourd (Dali-11) v1

Overview


Name	MC11g1418
Type	gene
Organism	Momordica charantia cv. Dali-11 (Bitter gourd (Dali-11) v1)
Description	Methyltransf_11 domain-containing protein
Location	MC11: 18739006 .. 18753977 (-)
RNA-Seq Expression	MC11g1418
Synteny	MC11g1418

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: utr5polypeptideCDSutr3

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

TAGGTAAACAGGACCTTAATGTAATTTGGAATTATACACTTCTTAATTTCAAATCTCGACAAATCCGAACTATCTGGAATGAAAAATTTTGGAACTTAAAACGTGATTTCAAATTTATTTTTATTCTTCCTAATTTAAACAGAGGGTTAATATGGTTATTAGACGGGGGCCTAAGACCAAAACACTTCGGACTTCAAAAAAAGGAAGGAAAAAGACCAAATACGTAATTTGGGAAGAAGTCATGGTACTTTAATGAAAATCGATTAATATTTAGTTTAACGAGACAGAAATGGCAATGGCGAATTTCAACGGTTTCTGTGATGGAATTGAAGGTGAGCCAGAGAAATAGAGCAGACCGTTTTTCTCTCCTCCCCAAGTTGCTCCCACAACCCACTCTCCCTTCTCAAACTCACAGGTATTCCGCCATTCCCTTGAAACCCAAATTTCATCGCCGATACGATGCCCCTTTCTATTGATTGAGGAAATTTATACAACTTGCTTTGCTTTTGTGCTCTTTTCCCTCCAATTTCTACATCAGAACTTGGGCTTACGCTAAAAGATCATCGAAGAATCAATTCGGAGCCGTTGCGCTGGTATGTGTGCTCTACATTCAAACTTGGGTTTATTTCTGCACTTGAAAAAACTTTGAAATCTCAACTCTATCGTGCTTGTTCCAATTTGTTCATCCCCACGTTTAAATAGCTCTTTCTATTTGGTTCTATTCTATATTCCTTTGTTTTCTCAAAGACCCACATATTGATTGGTGATTTATGCTTTGAATATCTGTTGTGTTCTGGATGAAGAAATGGGCCATTGGTTAATCGTTAAATATTTACTTGTTTCTGAATGAGTTTTGTGGTGATGCTGTCAGAGATGGAGGTTTCAACTTCAGGATATACCCAGAGATCAATCCTTCACTAAGCACCACTTTGTTCGTATTGTCGAAGGGTAAGAGGAGAAAGTATTTTTTACTCACTTTGTACTCTGCAGAAGAATTTGATTGTATCTGAAATGTGCATTATCAAGCCCAACTGTGGTTTTTCCTGGGTTGAGGAGGTGGATTGAATTTTTGACTTGTGGGCTTACTAGCTTCAGAAGTATCTCTTTGTTGTTCAATAAAACGTGAACATTCAAAATCGTTATGGATTTGTTTTCACTTCACAGCAGATGACAGCTTTTGATTGATAGTTACAAACTGAAGTAGTTGTAGCTAGTACTTTGATTGTGCAGTTTATATGGAATTGAACTTGGTAGTAATGACATGCTGTTCGAATATATCAAATTCTTTTGAAAACTTAACCTTGTTAAACAATTTTTAATTTTGGAAGGTCTGTTGGATTCCAGAATTGAAATAGTTTCATCTAATTGTTAAGATGTCAATTGGGTAGGGGCGAGACGTTCACTTCGATTTTGAAGCAGAATGGAGTTTCTACACATTCCATTGTCATAGTTAATAGGAAGATAGGGGACACCGATCTAGAACACAAGGGGCAGGATAGCAAGATTCGAAATCCTCTAGCGGTAAGCAAGTTTCTATTCCTTTTCCACTTTTGAGCCATGTTCTAGGTCCATATGCTGGTTAATTTCATAAATGTATTTTTCTTATGGTTTCTACTTCTAGCTTCATGTGGAATTACTTCTGAAAGAAATCGATAGCTGAAACCTTTTTATAGCAATCGTTTTCCAAACCTATTGATTTTGATTTTAAACTTTGATAGGATGATGACTACTTTTGGAGTTGAATTTATCTTGCAACCTAATTACTAATAATAATGTTGCAAACTAATTACTGAATGTCAAGATCTTCTAAAATGTGAAATCTCGTGTGGCTACATAGTTACTCTTCATTATATGAGTTGTATTCATACTTTCAAAACTTGGTGGTGAAAGCATATGTATTGCTTGAAGAATTGACAAAATAACTACTGAACTGCAATTTGTGGCACAACACAATTGATGTAAAGAAACAAATCACAATCATGGGGATTGAAGTATCATAATGTTTGATAGTGATACACTAAATTAGGTTGTGAGACTAGCCTTTTAAATATTAGTCATTGATCACTTAACCATATGCCCATATTCATATCTTTTTAGGGGCCTGGAACCTCAATAAAGTTGGACCTTTTTTTATTCTTTCGGTGATGGGGGAGAACATAAAAAATGTAAACTGGTATAGGCCGGGACTGGTAAATTCTGCATGAATACGAAAACAGCCTGATTGAATATCAATCTCGCGAGACTTGAATTTTAACGTGATTGTGAATTTGGGCTTAAATAACTTCCTAAAGTACTTCAATCCCGGTCCGGGATTCGCAAATTTCAGCACCATCTTCGACATGGTTAAAGCCTTCTTCTAGGGGATTGGCCAGGGTCTAGTTTCCCTATTTTGAGTGGTTATCCATTGAGTTCTTGAAGAGAAAACCTCACTTGAATTTCAGCTCAGTACCAGTATGATTCGTTGTATACCCGAGGTATATGTGAGAGGAAGTTTTGTATATATCACGACGAGTGTCAAATTCTAGTTTTCAAGTAGTTTAGAAGGATATATCACATCAGGAAAGTACGAGTAATTAATCAAATTTTATTGGATGTGTTGTTGGGTTCCAGATTGTATCATTCTTAGTAGTTAAGGACATTGTTGTCAGTTCAAAATTGAATTACCATATAACTTATGCTTATTCCTGGCCTGACCTATTTCTTATATTCTACGCAATCACTGCAGATTAGAGATGTATATCAATTGCAAGAAAAGCTTCAGAGTTCTTTAAATGGACTTCAGAACTATAAAAAGCTTTTCTTGCACGTCTCCCCTCGTCTACCTCCTGTAAGTTTTCTTTCATTCCTACCTCCTGTAAGTTTTCTTTCATTCCGAGTTTTGTCTAGCTAAACTACACATATCACCTCTACAAGTATTTGGAGACTTTTTTTGAAGTTCATGTGGAGAACTGACAATTCAACAAACTTATCTGTTTTCTCTTTACTTCTTTTTTCTTTGATTTTCAGGCTAGAACCACTAGTTTTATAGTTTTGGTTCCTCTTATAGTATTTTGTGCCAGATGCATAATTGGTGCTTCTTATGCTAGAGTTTCCAAAACATCAAAGCTTAAAACTATTGATAAATCAGAGGGAGAGCATCACAAGTTTAGAAGCGGGCATTGGAGATCTGCTCTCCGCGATATAAGGGAACTAGATGGTTTGGATTCTGAGTCATCCACAGATCCTTCTGTAAGTAATGTAGGTCTCATTTGATAACCATTTTGTTTTTGGTTTTCTATTTTTAAAATAAGCATAAAAATATTACTCTTACCAATGTGTTCTTTTGTTATATTGTTTTTATAAACATTTTAGAAATCTAGGCCAAATTTGAAACAAACTTAATTTAAAAAAACAGAAGACTAAAAACGAAATGGTTATCAAATGGCATTATGAGTTTTTCCTCCTATTTTTACCCTATTTCACCCTTATTAGAAGCAGTTTGTTTGAGAATGGTGTTCTTATTTTTCTTTTAACTGTGGAGGGGTAGTACTTGCAATGAGGAATGGGAGCAAAATTGACTACTAATAAAGTTGTTGAATAGTTGCTTTCATTTCTTTTGAGTGCCAACTCCCCAAGCCTTTTTACAGTTGATCATTCATTTTTGTCCCTTCCTAATGGGGTTGTCTGTCCATCCACTTCCTTTTCTTCTTCTTGGCCTATCTTTTTGTTCTAATCAGCTGATAATACGGCCAAATTGGTATACTATCTATACATAACAACATTGGATTTGCACATGGGTGGGGTGACCACCTAGACAAGCAGAGATCAGCAGTTTTACCCTTTTCCATCACACCCAACTTCTTTGTTTAGTGAGAGAAACTAGGGAAAAAATCAGCTATTTTACTTGACCCTCAAACCCCATGCTAAATAGAAAGATGGAAAAAAGGGAGAAATATGTAATTTGAGTGTGCGTTTGACATGGCTGACAGTGCTTTTAAAATGTAGAAAGCATATATTTTTTGTACCTTTTTTACTGACAAGTAAGATCATTTTAATTTCGAGAAATCTTCACTTGTCTTCTAGCCTCCGTTTTTTTTTGCGAATCCAACATGTAGAGTAGGGATTCGAATCTTCTACCTAGTAAGATCATTTTAATTTCGAGAAATCTTCACTTGTCTTCTAGCCTCCGTTTTTTTTTGCGAATCCAACATGTAGAGTAGGGATTCGAATCTTCTACCTAGTAAGATCATTTTAATTTCGAGAAATCTTCACTTGTCTTCTAGCCTCCGTTTTTTTTTGCGAATCCAACATGTAGAGTAGGGATTCGAATCTCTACCAAAGGTAGAAGATATATGCTAGTTGAGCTATGCTTAAGTTCCAAAATGTGAACACCAGTCTCCATTCTCTTGAAAGCCAAAAGTTTTCAATTTGGTAATAGTTTATAGTTATTGCTCTGCAGAGTCCTTCGGTAGATGAACAGATTTCAGTTGAAGATTTGTCACATGCTTACAAGAAACTGGACAAGGACTACGAAAAGTTTCTATCAGAATGTGGACTGAGTAATTGCGGCTACTGGCGTGGGGTTCCCCGAGTCAATAAGAAAGGAATTCATTGACTTCAAACTAAAAAAGTGGGTCAATGCTATGGACAAGGAGTTGTGAGTTCTCTAGGAGAAAGCGTAGAATAGTTTTCCTTGTGTATTCTGGTAGAGTAAATCTTTAAACAAACCAAACTGATGTAATTAAGCTTGAAATTGAACAAAATTTATGCATAATGCATCCCATTTACAACAACTCTTCACAAAGTTCGAATCCAAATACAGTTGAAAACAGTTCCATAAAACTCCCCAGCAATTTCCTCGTTTTCTCCTCTCAACGAACACGGCGAGCTTTCTCTTCCTGCCCTAGTCCAAGTGATTTCTGAGCATTTGCAATGCCTTCAGGGTCTGGAATGGAATCAGATGTGTTAATGAACATAACATTGAGTAATGGTAGCAAATGACTTTGTTACAATGGCAATGTTAATCATTTTATTCAGAATGTATCTCATGATAAACAGGAGGGCCAGAATATTTTTTTCCTCAATACCTTTAGTCTGAAAGTCTCTATCTTAAAGAAATTAAATGTATTCATTTTACTAATGAGCGAGATGATGATGAAGCTAAAATTAAGAAACAATGCACATAGAAACTTAAATACTCGTACAGGCAATCAAATGTGCTTATGGAGCATAAACCTCAAAATAGATCAAAATCAAATGGTAGTCATAAAGGTAGATATTCTTTCCTTCGATCCAAGTAAGAATGTGCTAATGAAGATATAAACATGAAGAAACAAACTAAGAACGTTCTTTATCAGTATCATTTTGTTATTTTAATCAAAAGGCAATATCATTATACACCTAAGCAAGCAAACAATATCCTGATCACTATCAGTAACGAATTTCCGACCCATCTAGATATACAGGTTATCAGATGATGCAAGAACAGTGATTTAATAACTTTGGGGGTGAGACTATGACTGCAATAGAAACTGTTAGCAAAGAAGTACAAATTATATGGTTCAATTACAAAGCTAAGCAAAGAACTATAGCGTGTTTACTTTTGTACCTGTGTGCACACCCGAACTTGCAAAAAAACATTGAGGAAATATACATACCGAAGAACTGTGTGAAAATGCGAGTAAAGAAGTTCAAGTTGCGGGAGACATTGTAAGCCATGGCCGGTGGAAGAGGTTTGACAATAGTGTCAATGCTGAATACTCGTTGAAGAAACTGCAGCATACACAAATTTGTTAAAAATACTTTCACAATTTAATATGAAATAATATCTGGAAAAAAGACTTCCATTGAATGAAGGAAAGTACTGGATATGGCCAGAGCATACCTGCAAACTTAAAAGCAGCGATGAAGGAAAGTAAAAGCTAAAAATATGAAAGGGGTTAACAAGGGACCATTCTTATACTTGATAAATCTTATTCAAATCCAACAAGTGCGCAGAATTAGAGGTGAACTATGTACAATGCTAGCTGCTTCTCATTAGCAAAGACTTCTAATTCACAATAATCAGAGTCCAATCGCAATTTTTTTCCTGAGGTGTTTAAGAATATATTAAACAGTAAATTTATGACAATCTATCTTCTTAAAGTTTTGGAATTAATGCTGATTAAAGCATAAGGTTCTATGTTCAAACCTTCACAACATTATTCACATTAAACCTTCCCAATTAGTAAGGTAAGCTCTCATAGTACGGTCAACAAATTCCATAATTTGGGTTCCATTCCAGATAAACATAGCGTGTGCATCACTGCCATCGACTTGGTGAAGTTGACTTCTTGTAGAGAACATTGCAGTTTCAAGATACCACCAGAAATTCTTGTCTAAATATCCACCAGGTAGATCCATACTTCATTTTTGGGGTCAATGCTAAATTGCATGCCTAAACTTCTTGGATATTCAACTGCTTGCAAGTAAGCAACCTTGTTCCAAGTGAGCCTGTCGGGGATTCCAAAGGGGTGGCCTTGGAAAGTGTGGGACAACCTTAAACTAAGTAGGAAGGTGAACAATCCCCAATTGTTGAATAGTAAAGGCAAAGGTTGGGATCATGAGGTCCGTGGTTTTCCTTGGCATTTTCAGCCTATTAACATCATGCAAACGAAACACATAAATGAGAATCAGCATTCAAAGTATGCCATAACCATACAGCCAGTGGTGAGTATAGCAACCACTCGTTCAGACTCCTCAGTTATTGACTCCTAAATGGTTCAGATTACCTTTGAGTTTATGATAACATTTTAATGCCCCACAGCATGTATGCCAGTAATTAATCACCGGGGATGAAGCGAAAAGAAGAGAAAAGCAGTTCGCCATCTAGGAAAGAAGCAGCCTGGATGCTCTTGCTTCTAAAGCTCGAGCTTATAGGCATGATTCTCTGCAGGTAAATCGTCAGTAGGTGACTCAGTAAATACTGGTCCTACAACTTTGTGTTTACTAGGAACTTCTGTCTTATAGGACAATAGAGATCTTCATTTCATAATTTTAGCATAAAGGAAGAGAGGAAGCGTGAAATTTTTTAATCAACTATAGCACAAATTCAAAGAAAACTGAGCAAGTCACCAGACCAGATATGAATGCACTCTCCTGAGTAAGCCACCCAAATCTCTATTTTCTTCCCCTTTCACCTCTATTTCCTAACAATTTCAATATTTTTTTCTTCTACGACCGGTGAGTCACCTTTCAATTGATCTCCAAAAGTCCTGCAGCACTTACTAAAAAATTATTATAATCTCTAATTATCTCTTCTCCCTTAAAAAGTTTCAACATCCACCTTTCTACCCAGAACGTTTTGTATCCATGGGACAAAAATTTGTTAAGAACTTTTCAGCTGCTTCTTTTGAAAACCCTCCATGAACACTCCAATTATGACTAAGAGGCATAGTATATCAGCATGAATTTGCAAATCGGTAATCAAAGAACAGATTACTACTTGCTAATCCTACAATCTAACAATTCAATCTATTAAAGAAGGAAAGTTATCTTTTCTAAATACAAAACAAAAGAATTTCACATAAACAACAGCTACTAGCCGACAAGAACACCAATTGAACACTAACTACAGCTTCAGGAACCATATCCATTTGAGGAAGAGAGAAGTAAACCTGGTAATTGCGTTGGAAACTGTAGCGGAGCTCAGGGTCAATCTCGAGGGAGTCATCCTCCTCTTTGGAGCTCTTGGACTTGACGCTCTTCTTGCGAGGAACATGCATTACCGGAGTCTCGCCGGGATTCTTAGTAACTTTGAGCTTCGCGTCGGCGAACTCGTCCACCTCCTCCTCGCCCCGCCATGGAGCTGAAGACGCCAACTGCTTCTTCTTCGCCATTCCGCCCAATTTTGAGAGAGAGCCGTGAAAAACAGCGGTTAAGGTAGATGCGATATGGCCCCGTTTGGAAACATGGATAACGCGACCCTTATCGGGATAGTTCCATCTCTACGCCGATTTTGGTGCTCTGGGTTTCCGTTTAAGGAGTGTTTGGACGCGAGCTTACGGCCCAAGCCCATTAAGAATCCCGAAAATTTCCCTCCTCTCTCTCTCCGGCGCAGCTCGGACGGTGATCGAGAAATGAGAGGACTGTCGCCGCCGAGAATCATAAGGTCGTTTTCACTGTTGAGGAGCACGAGACGGCGGGATGATCCACGCTCAATCCTCTGCTCTTCTTTCTCTACAGGCGATGATAATTACGATAGTAGCATCAGTAATGGAATGCAGAGCTCGAAGGTCAAGATTTTTGATCGTGATCTCAAGCGCAAACAGGTACGTTTACATTTCCAATCGTTGTTTAACTCTAATTATGGCTAACAACGGCATTTTCATTTTAAGTTTTTGATTTGTCTTCTTTGATCTCCGTGGCTTAACCAGAGTAGAACTTTAGAGGAATATTTTGAGATATTGGAGAAAGTATGGTGATATTGTAAAGATAATTTGTAATGGTCGTCTGTACATCGGGAAATTATGGGCATATTATTGTCTTCCGCGATGAGGCTTGTCAATTGACTGTTTCATATGTTCTTATTCTGCTTTGGTTCTATTTATATGCAGTTCGTCCATTGTTTGGATATTGCTATATTATGTTCTTCGCTGAAGTTTTTGTTCCTTGGTGACAGCGCGACCGAGCTGCATGGTTGATGCGCCCAAAGGATTCTCTTGTTGATACGGTTGCTGAGAACTTATTGGACCGTCTAGAGGTAGTGGATAGCGATATTGATAAATTGTGTTCATTTAAACTTGTGAATTGGACAACGCTGATTTCTCAGTATCATATTGTTTTTTTAAGGAAATGTTGCGCGCTTCGAAGAACTTAGTTTAGGAAAGCATTGGATATAAAATCACATCTCAAAGACAGCCTTTACAAAAAACTGCTACAATTTCTTAGTGATAATAAGTGTAACCAAAAGGTAGAGATCACCAATAGAAAAATATGTGTGGTGGGTTAACAATTAGTTAACCAAAGAGAAGAAAACAGACTGTGTTAGGAGTCCTTGGTGGAACATTGTGAAGCTAAATGCCAAGTAGTCATATAGAGAACTCTTCCTCAATCAGGCTATTCCCAGTGAGAAGCTAACAACTTCACCCTTGCTAGGACCGGTTGAAGACGAAAAGTTTGGAAAAAACAATGAATATCTTGAACTGGATACTTTGTTGAAAAGGAATTAACCATGCAGATAGGCTGTAAAGAAAGTGCTCCTTTACTGACTTTAGTCCAAGTTGCTAATTTTTCTGCATGAAAGCAGGGAAGGACCAACTACACCTATTCTTTGACTGTTCATAGGAAGTACTGAGAGTTTTTATCTGATCGTATTTGGTTGTCCATGGTCTCCTTATCTTTCATCCCACCAAAATTTTTTCAGCTGCTCTGTCCATCGATTCAAAAAAAGGGCTAACGTTTGGATTAATACCATAAATGCAATCGTTTAGGGACTTTGGAACGAAAGAAATTAAAGATCATTTGAAGAGAAATACATGGGTTGGGAGGAAAGGGCTTAAAGACCCTAATTGACATAGCCTTCCTGGACACATATTTTTCCTTGATTAAGCCAAACAGCATGCAATTTTTTGGAGCTCACTGTTAACCTCTTTCTGTAGTTAATACTTATTAATCCTAATTTGCTTCTTTTTGAAAGCTCCTAGTGGTGCTATGTTAACAATATGAGTAGGAAAAGTTCAGAGCTATTATTAGTATATTAGGGGGGCATATTTGTCCTTATCAAGGAGGGAGTTATTAAAAGATGGTTAAAAATAGGCCCCTCGAGAGGCAATCTGGTTGGCAAGGCTTGAGGTCTCTTGGTTGTCATACACATCGTGGCTTAGAGGTCTCAAGTTCGAATCTTTCGGTGAGCTTAATACCAAAAATCGTCAATATCTCTCGGGTCTGGGGCCTTGGATAGGTGCCTCTAGGTATAGGGGAGCAAAGTTCCAACTCTCAGTTATCGGAAGAAAATTTAAAAAAAGGTTAAAAAAATTGAGAATTAGGGGGGTTTGGGACATGCAGAATTTTGAGAGCAATTTTTTGGGAGTTTAAACCTCTAAGAAGTACTTCGGTATTGTAATTTTTCAACTACAAATCGGAATCCACTTGACTTCATCATCTCTAAAATCCCGAATAACTTATAGAGGGTATTTTTTCATTGATTTTACATGTCTCACATTTTGCCATTTGAAGGATTGCAAGAAGACATTCCCTGAAGCATTATGTTTGGGGGGTTCATTGGAGGCTATCAGGCGATTGTTACGTGGCCGTGGTAATAATACTATTTTACAATTTCACTTTCTTCGATCATTAGGGAAAAAGGAGTTAAGCTCTAGTAGAATGAGAGGCTAAGGGTTCATTCATAAATTAATGCATCACATGGTTCAAAGGATCACTTTCGAAAGTAGGAAGAAAATATTTTAGGAATATTAAGGTGAATAAGGATTACTACCCTAAGCATGCAATGATCATATAAAGTTGGAGTCTTGAAACTTGAATAATGGAGACATAAAAGTTGAGCTTTAAAGACATGAGCAGTTGAAAAGTTCTATCAGAACTTTCTCAAAGACTCAAGCATATGAAACATTTGCTTTTTCGTGAAAACTATAAATTGGTTTTCCAAAGGTTAGGGGTTCATTTATTGCTTGCATGCAATAATCCTAATAGCAAAGATAATTACATACGAATATAACAGATTTTTGGGGAGTGGTGAGGACTAGGGAGTATGTTTGGGAGCTTATAAGGTTTAATACCTCCCTATGGGGTTGGTTTGTAAGAGTTTTTGTAATATTAGTTAGGTGTTATTCTTTTGGACTATAACTCTTTCACAAAGTTATAATTTGGTAATGTTGCTATAATTATTTATTTATTAATTTTTTTTTGGGATAAGAAACTTGTATATTAAGCAAAAGAGAGAAGAAAACAAACGAAGGGTTGGGATAGAGAGAACCCCACCAGAAACAGCTAAAGAAAATAACTTTTTTCTTACCTTCACCTTTTTAAATTGAACTTCTTTTTTCTTGTTATCTTGTATCGTCTTTTAAGTCCTTGGGCTTCAGGTTCAAGCTCTTAACACTGTTGCTTAACAAAAACACCGTTCTTCATTTTGGATGTGAACTATTCCTATCTGAAATATTTTGGAAATTCATGTCTAAAGTTTAAAGGTTGGGTTCATTCTTTTATTCACATGGCATATTTGATGTCCCCATGGCCTTGATTTTCTCTGCTCGAGCATGGTCTTGTCTTTAGACCGTATCTTCTCTGGTAGTTGAACGCTATAATCATTCCACTGTCTTTTTGAATTGGGATATTGATCAGTTTGAAGATTGGCGAGTTGAGTTATTAGTTGCCTTGGTTATTGTGGTGTAAGTCAAAAGGAAAGAAACTTTATCGATGATAATGATCTGCTTTTTACAATCTAAATACTGGTATTCATAAATAATAGTGTTGCAAGTAACAGATGCCTAACTAACCAAATGACCAACTAACAGCTACTATACTAACTAATTAGGAATAACAAACGGCCTAACTAACGGTTAACTAACTATTCTAAATCATATTGCTTGAGTAAGTTCATCAAGAGGTTGCAATTGGTATTAGTTTAAGCAAATAAATAAACTAATAAACACCAGCATCAGTAGAACCTAGATAGATTATCTTTTTTTTTTTTGTATGGTGTTAGTTGTTAAATAAAATTCTCATCCATTTGGCAGGTTCGGTTGAAAAGCTGATTATGATGGATGCATCACATGACATGATAAAATTATGCAAAGATGATACAGGTGCACATGATCAGGACATTGAAACATCTTTTATTGTTGGTGATGAAGAGTTTCTACCCATCAAAGAAAGGTGTTCTTACAGCTTGTTTCATTTTCAATTATGTGCAACCACTTTGGCTAATGCTTTATCATTTCAATTCTTGAACTTGTGGGATGAAGTTCAGTAGATCTAGTTATAAGCTGCTTGGGTCTTCATTGGACAAATGATCTTCCAGGTGCCGTGATTCAGGTTTGCCTCCTCTCCTGCCTTGTACTAAAATGAAAAAATAACGCATCAGTTGTTTTTCGTTTTCACACCTAAATCTAATATATTTTTAACAGCATAATCTTCTAATTGAAAGCAATGTGAGTTTACTTCACAGGTTTCATCAAAAACTATTTTCTTTCTTTTTCTTTTTTATTTATTGTTTTTTATTTTTTATTAAAAAAAAGCCTCGTGTAGTAATTGAATCTTGTGATTGTTAAGAAGAAAAGGTGAAATCCCATTTTCAACCTGTGTACTAGAGAGAGGCCTAACAGAAGTTAGTATGAAGCATGATTGTTGGTTAAACAATGTCATATGTATTGCAAACTTGCTATTGCATGGTTCGTGTTCCCATATTCATTTCTCTTACCTTTCTTTTAATCTTTTTTTGTGAATGTTTTGTTGGCTTTTTTTTTTTCCTGAAATATTTTTTCTTGACAGAGTAGATTGGCACTGAAGCCAGATGGGCTATTTTTAGCAGCTATTTTTGGTGGAGAAACCTTAAAGTTTGTCATATTTTCATGTTTTCTTCTGGTTTGAATTTTTAGTTCGTTGCTTAAATTCCCTGCTTGATTTCCATTGCATATGCTTGCAATTAGGGAACTGAGAATAGCATGTACTCTTGCACAAATGGAGCGTGAAGGAGGCATCAGTCCACGAGTATCGCCATTGGCACAAGTATGTTATTGCAAACGACTCAAAACACCTTTCTTTTCTCAAAGAATCCATGAGTAGTATTTCTTGCCTGGAATCTTGTACAATTGTGTAGTCTTTCTTCTTAATATCATTTTCACGCAAATTTAATAACATGGCTTGGTCAGAGGTTTGAGTGGTGACTTGAAATATGAAATAGTAGAAATAAGCGAGTTACTTTTGTGGCTCTTAATCGAATCCAGAGTCAATTTCTACTTCTGGTTTTAATTACAGTAGTTAGATTCTGTAAGAGAAACAGCATATTCAGACAAATATCTGATTGACTGAATGGAGCACATGTCGGTTTACTTATTTAGGTGAGGGATGCAGGCAACCTTTTGACAAGAGCTGGTTTTACATTGCCTGGTGTCGATGTCGATGAGTACGTAGTTCGATATCCAAATGGTGAGCATGCTCATCTCACTATTTATTATTTACTATAGTTAATTTCTCGTTGATTAGAATGTGTATGTCTTATATAGATATATCGAGCTCGGTAATGTTTTCTGTTTCTTGTTTTTAGTTTCTCATTTTTCATTTCTAGTTTTCGAGAAACATAAGCATTTAGTAACTGTTCCTGTTTCTTGTTTCTCATTTTTAAGAAACGTTTTCAAAAGTTACAACAAAATTAAGTTTCGTGTTTCTGGTTCCCGTTTCCAATTTTTTCAGAACATAAATAAAAGCATTAGTTTGTTCGTGACAGGAAAAAAAGTGGTTACCGAATATGTACATTTTCTTTTTTCAAAAAAAAAAAAAATAATAAATAAATAAATAAGAAACAAGAAATAGTTACCAAGTTGGGCATCATTTGTTTAGGGATTTTTTTTCTCTTCCTTATAATTCTGTTCTGTTTACATAATATTAAGCACTGGATCTGGTGGAACACTTGCGTGCAATGGGTGAAACAAATGCCCTTTTACAAAGAAACCCTGTAAGAGTTCTTCCCCACATTTGTCTTTACCAATAAAGTATCATCGACTCTTCATCTTTTTGTTTTTGATATTATCTTTTGCTGATCAATGGATCATTTATGTTTCAATAATGAAACACAGATCCTGAAAAGGGAAACAGCCCTTGCAACAGCAGCCATTTATGATTCCATGTTTGCTGCAGAAGATGGAACCATTCCTGCAACATTTCAGGTCAGCTTAGTGTAGAGTGCATGACGCTAAATAACTTAATCTGGTATCAATAATATATGTTGTTTATGATAATGGGTTTAAATACCGTGGTCTGTACTCTTTGCTTTTGTTCATTTTAGTCTTCGTACTTTTAAAATGTCCACTTTGTTCCTTGTACATTCAACATTGGTTCATTTTAATCCACCTATTTTCAAAATGTCTACTTTGATCCATATACTTTCAATTTTGGTTCATTTTAGTCTATGTACTTTCAAAATATTGGTTTTGGTTCCTACATTTCTAAAAGGTGATCATTTTGGTTCTTATTTTTAAAATTTCAACACAAATTTATACACGAGAAATATTTTATGGCTACGTTTCAAGAAATTTAGTGAGTGAAGTATACAAAAATTTTGATCAAAATAAATGATATAAAAATAAAAAAAGAAGGGACCAACCTTTGGGTGAGCTTAATACAAAAGATTCTTGATGTCTCTCGGGTCCGGGCTTGGATGCCCTAGGTTATGGCAGACATATTAATGAAGGAACCAAAATAGTTACTTTTTTAAAATATAAGGACCAACATAAACATTACAAAAGTACAAGGACTACAATGAATAAAGGTTAAAACTATCGAGCATTTGAAAAGTAGAATAAGAGACCAAAATAAACAAGAGTCGAAAGTTAACACATCTGCCTCCTGCATTGTTTGTCAAATGATGATGGCATGAATTATTAGTTCCTTTTGGGACAGTGAAGTGATCCAATGGGGTGTGTGTTGCAATTGCAGGTCATTTACATGACTGGATGGAAGGAACATTCTTCTCAACAGAAGGCCAAGAGAAGGGGATCTGCCACCATATCCTTCACCGACATCAAAAAACAATTTGGAACTGACACTTAAAATTCTTTATTTTATTTTTTTAATAGTGGCAACTCTTTTGTTGTCTCTCATGTTTTAATCTCCCTTCCAAATAATTTGTAATCCTAAAAAATTTGGAATCCTAAAAAGGACAGTGGTTTCAGCCAACCTGAACGCATCTCAATTTGTTAAGCTATATATCTTCGACTAAAAAATCATCTGTTCCAAAGCTTAATATATCTATGAGCTCAAAAAATTTCAATCGCAAT

mRNA sequence

TAGGTAAACAGGACCTTAATGTAATTTGGAATTATACACTTCTTAATTTCAAATCTCGACAAATCCGAACTATCTGGAATGAAAAATTTTGGAACTTAAAACGTGATTTCAAATTTATTTTTATTCTTCCTAATTTAAACAGAGGGTTAATATGGTTATTAGACGGGGGCCTAAGACCAAAACACTTCGGACTTCAAAAAAAGGAAGGAAAAAGACCAAATACGTAATTTGGGAAGAAGTCATGGTACTTTAATGAAAATCGATTAATATTTAGTTTAACGAGACAGAAATGGCAATGGCGAATTTCAACGGTTTCTGTGATGGAATTGAAGGTGAGCCAGAGAAATAGAGCAGACCGTTTTTCTCTCCTCCCCAAGTTGCTCCCACAACCCACTCTCCCTTCTCAAACTCACAGAACTTGGGCTTACGCTAAAAGATCATCGAAGAATCAATTCGGAGCCGTTGCGCTGAGATGGAGGTTTCAACTTCAGGATATACCCAGAGATCAATCCTTCACTAAGCACCACTTTGTTCGTATTGTCGAAGGGGGCGAGACGTTCACTTCGATTTTGAAGCAGAATGGAGTTTCTACACATTCCATTGTCATAGTTAATAGGAAGATAGGGGACACCGATCTAGAACACAAGGGGCAGGATAGCAAGATTCGAAATCCTCTAGCGAGTCCTTCGGTAGATGAACAGATTTCAGTTGAAGATTTGTCACATGCTTACAAGAAACTGGACAAGGACTACGAAAAGTTTCTATCAGAATGTGGACTGAGTAATTGCGGCTACTGGCGTGGGGTTCCCCGAGTCAATAAGAAAGGAATTCATTGACTTCAAACTAAAAAAGTGGGTCAATGCTATGGACAAGGAGTTGTGAGTTCTCTAGGAGAAAGCGTAGAATAGTTTTCCTTGTGTATTCTGGTAGAGTAAATCTTTAAACAAACCAAACTGATGTAATTAAGCTTGAAATTGAACAAAATTTATGCATAATGCATCCCATTTACAACAACTCTTCACAAAGTTCGAATCCAAATACAGTTGAAAACAGTTCCATAAAACTCCCCAGCAATTTCCTCGTTTTCTCCTCTCAACGAACACGGCGAGCTTTCTCTTCCTGCCCTAGTCCAAGTGATTTCTGAGCATTTGCAATGCCTTCAGGGTCTGGAATGGAATCAGATGTGTTAATGAACATAACATTGAGTAATGGTAGCAAATGACTTTGTTACAATGGCAATGTTAATCATTTTATTCAGAATGTATCTCATGATAAACAGGAGGGCCAGAATATTTTTTTCCTCAATACCTTTAGTCTGAAAGTCTCTATCTTAAAGAAATTAAATGTATTCATTTTACTAATGAGCGAGATGATGATGAAGCTAAAATTAAGAAACAATGCACATAGAAACTTAAATACTCGTACAGGCAATCAAATGTGCTTATGGAGCATAAACCTCAAAATAGATCAAAATCAAATGGTAGTCATAAAGGTAGATATTCTTTCCTTCGATCCAAGTAAGAATGTGCTAATGAAGATATAAACATGAAGAAACAAACTAAGAACGTTCTTTATCAGTATCATTTTGTTATTTTAATCAAAAGGCAATATCATTATACACCTAAGCAAGCAAACAATATCCTGATCACTATCAGTAACGAATTTCCGACCCATCTAGATATACAGGTTATCAGATGATGCAAGAACAGTGATTTAATAACTTTGGGGGTGAGACTATGACTGCAATAGAAACTGTTAGCAAAGAAGTACAAATTATATGGTTCAATTACAAAGCTAAGCAAAGAACTATAGCGTGTTTACTTTTGTACCTGTGTGCACACCCGAACTTGCAAAAAAACATTGAGGAAATATACATACCGAAGAACTGTGTGAAAATGCGAGTAAAGAAGTTCAAGTTGCGGGAGACATTGTAAGCCATGGCCGGTGGAAGAGGTTTGACAATAGTGTCAATGCTGAATACTCGTTGAAGAAACTGCAGCATACACAAATTTGTTAAAAATACTTTCACAATTTAATATGAAATAATATCTGGAAAAAAGACTTCCATTGAATGAAGGAAAGTACTGGATATGGCCAGAGCATACCTGCAAACTTAAAAGCAGCGATGAAGGAAAGTAAAAGCTAAAAATATGAAAGGGGTTAACAAGGGACCATTCTTATACTTGATAAATCTTATTCAAATCCAACAAGTGCGCAGAATTAGAGGTGAACTATGTACAATGCTAGCTGCTTCTCATTAGCAAAGACTTCTAATTCACAATAATCAGAGTCCAATCGCAATTTTTTTCCTGAGGTGTTTAAGAATATATTAAACAGTAAATTTATGACAATCTATCTTCTTAAAGTTTTGGAATTAATGCTGATTAAAGCATAAGGTTCTATGTTCAAACCTTCACAACATTATTCACATTAAACCTTCCCAATTAGTAAGGTAAGCTCTCATAGTACGGTCAACAAATTCCATAATTTGGGTTCCATTCCAGATAAACATAGCGTGTGCATCACTGCCATCGACTTGGTGAAGTTGACTTCTTGTAGAGAACATTGCAGTTTCAAGATACCACCAGAAATTCTTGTCTAAATATCCACCAGGTAGATCCATACTTCATTTTTGGGGTCAATGCTAAATTGCATGCCTAAACTTCTTGGATATTCAACTGCTTGCAAGTAAGCAACCTTGTTCCAAGTGAGCCTGTCGGGGATTCCAAAGGGGTGGCCTTGGAAAGTGTGGGACAACCTTAAACTAAGTAGGAAGGTGAACAATCCCCAATTGTTGAATAGTAAAGGCAAAGGTTGGGATCATGAGGTCCGTGGTTTTCCTTGGCATTTTCAGCCTATTAACATCATGCAAACGAAACACATAAATGAGAATCAGCATTCAAAGTATGCCATAACCATACAGCCAGTGGTGAGTATAGCAACCACTCGTTCAGACTCCTCAGTTATTGACTCCTAAATGGTTCAGATTACCTTTGAGTTTATGATAACATTTTAATGCCCCACAGCATGTATGCCAGTAATTAATCACCGGGGATGAAGCGAAAAGAAGAGAAAAGCAGTTCGCCATCTAGGAAAGAAGCAGCCTGGATGCTCTTGCTTCTAAAGCTCGAGCTTATAGGCATGATTCTCTGCAGGTAAATCGTCAGTAGGTGACTCAGTAAATACTGGTCCTACAACTTTGTGTTTACTAGGAACTTCTGTCTTATAGGACAATAGAGATCTTCATTTCATAATTTTAGCATAAAGGAAGAGAGGAAGCGTGAAATTTTTTAATCAACTATAGCACAAATTCAAAGAAAACTGAGCAAGTCACCAGACCAGATATGAATGCACTCTCCTGAGTAAGCCACCCAAATCTCTATTTTCTTCCCCTTTCACCTCTATTTCCTAACAATTTCAATATTTTTTTCTTCTACGACCGGTGAGTCACCTTTCAATTGATCTCCAAAAGTCCTGCAGCACTTACTAAAAAATTATTATAATCTCTAATTATCTCTTCTCCCTTAAAAAGTTTCAACATCCACCTTTCTACCCAGAACGTTTTGTATCCATGGGACAAAAATTTGTTAAGAACTTTTCAGCTGCTTCTTTTGAAAACCCTCCATGAACACTCCAATTATGACTAAGAGGCATAGTATATCAGCATGAATTTGCAAATCGGTAATCAAAGAACAGATTACTACTTGCTAATCCTACAATCTAACAATTCAATCTATTAAAGAAGGAAAGTTATCTTTTCTAAATACAAAACAAAAGAATTTCACATAAACAACAGCTACTAGCCGACAAGAACACCAATTGAACACTAACTACAGCTTCAGGAACCATATCCATTTGAGGAAGAGAGAAGTAAACCTGGTAATTGCGTTGGAAACTGTAGCGGAGCTCAGGGTCAATCTCGAGGGAGTCATCCTCCTCTTTGGAGCTCTTGGACTTGACGCTCTTCTTGCGAGGAACATGCATTACCGGAGTCTCGCCGGGATTCTTAGTAACTTTGAGCTTCGCGTCGGCGAACTCGTCCACCTCCTCCTCGCCCCGCCATGGAGCTGAAGACGCCAACTGCTTCTTCTTCGCCATTCCGCCCAATTTTGAGAGAGAGCCGTGAAAAACAGCGGTTAAGGTAGATGCGATATGGCCCCGTTTGGAAACATGGATAACGCGACCCTTATCGGGATAGTTCCATCTCTACGCCGATTTTGGTGCTCTGGGTTTCCGTTTAAGGAGTGTTTGGACGCGAGCTTACGGCCCAAGCCCATTAAGAATCCCGAAAATTTCCCTCCTCTCTCTCTCCGGCGCAGCTCGGACGGTGATCGAGAAATGAGAGGACTGTCGCCGCCGAGAATCATAAGGTCGTTTTCACTGTTGAGGAGCACGAGACGGCGGGATGATCCACGCTCAATCCTCTGCTCTTCTTTCTCTACAGGCGATGATAATTACGATAGTAGCATCAGTAATGGAATGCAGAGCTCGAAGGTCAAGATTTTTGATCGTGATCTCAAGCGCAAACAGCGCGACCGAGCTGCATGGTTGATGCGCCCAAAGGATTCTCTTGTTGATACGGTTGCTGAGAACTTATTGGACCGTCTAGAGGATTGCAAGAAGACATTCCCTGAAGCATTATGTTTGGGGGGTTCATTGGAGGCTATCAGGCGATTGTTACGTGGCCGTGGTTCGGTTGAAAAGCTGATTATGATGGATGCATCACATGACATGATAAAATTATGCAAAGATGATACAGGTGCACATGATCAGGACATTGAAACATCTTTTATTGTTGGTGATGAAGAGTTTCTACCCATCAAAGAAAGTTCAGTAGATCTAGTTATAAGCTGCTTGGGTCTTCATTGGACAAATGATCTTCCAGGTGCCGTGATTCAGAGTAGATTGGCACTGAAGCCAGATGGGCTATTTTTAGCAGCTATTTTTGGTGGAGAAACCTTAAAGGAACTGAGAATAGCATGTACTCTTGCACAAATGGAGCGTGAAGGAGGCATCAGTCCACGAGTATCGCCATTGGCACAAGTGAGGGATGCAGGCAACCTTTTGACAAGAGCTGGTTTTACATTGCCTGGTGTCGATGTCGATGAGTACGTAGTTCGATATCCAAATGCACTGGATCTGGTGGAACACTTGCGTGCAATGGGTGAAACAAATGCCCTTTTACAAAGAAACCCTATCCTGAAAAGGGAAACAGCCCTTGCAACAGCAGCCATTTATGATTCCATGTTTGCTGCAGAAGATGGAACCATTCCTGCAACATTTCAGGTCATTTACATGACTGGATGGAAGGAACATTCTTCTCAACAGAAGGCCAAGAGAAGGGGATCTGCCACCATATCCTTCACCGACATCAAAAAACAATTTGGAACTGACACTTAAAATTCTTTATTTTATTTTTTTAATAGTGGCAACTCTTTTGTTGTCTCTCATGTTTTAATCTCCCTTCCAAATAATTTGTAATCCTAAAAAATTTGGAATCCTAAAAAGGACAGTGGTTTCAGCCAACCTGAACGCATCTCAATTTGTTAAGCTATATATCTTCGACTAAAAAATCATCTGTTCCAAAGCTTAATATATCTATGAGCTCAAAAAATTTCAATCGCAAT

Coding sequence (CDS)

ATGGCCCCGTTTGGAAACATGGATAACGCGACCCTTATCGGGATAGTTCCATCTCTACGCCGATTTTGGTGCTCTGGGTTTCCGTTTAAGGAGTGTTTGGACGCGAGCTTACGGCCCAAGCCCATTAAGAATCCCGAAAATTTCCCTCCTCTCTCTCTCCGGCGCAGCTCGGACGGTGATCGAGAAATGAGAGGACTGTCGCCGCCGAGAATCATAAGGTCGTTTTCACTGTTGAGGAGCACGAGACGGCGGGATGATCCACGCTCAATCCTCTGCTCTTCTTTCTCTACAGGCGATGATAATTACGATAGTAGCATCAGTAATGGAATGCAGAGCTCGAAGGTCAAGATTTTTGATCGTGATCTCAAGCGCAAACAGCGCGACCGAGCTGCATGGTTGATGCGCCCAAAGGATTCTCTTGTTGATACGGTTGCTGAGAACTTATTGGACCGTCTAGAGGATTGCAAGAAGACATTCCCTGAAGCATTATGTTTGGGGGGTTCATTGGAGGCTATCAGGCGATTGTTACGTGGCCGTGGTTCGGTTGAAAAGCTGATTATGATGGATGCATCACATGACATGATAAAATTATGCAAAGATGATACAGGTGCACATGATCAGGACATTGAAACATCTTTTATTGTTGGTGATGAAGAGTTTCTACCCATCAAAGAAAGTTCAGTAGATCTAGTTATAAGCTGCTTGGGTCTTCATTGGACAAATGATCTTCCAGGTGCCGTGATTCAGAGTAGATTGGCACTGAAGCCAGATGGGCTATTTTTAGCAGCTATTTTTGGTGGAGAAACCTTAAAGGAACTGAGAATAGCATGTACTCTTGCACAAATGGAGCGTGAAGGAGGCATCAGTCCACGAGTATCGCCATTGGCACAAGTGAGGGATGCAGGCAACCTTTTGACAAGAGCTGGTTTTACATTGCCTGGTGTCGATGTCGATGAGTACGTAGTTCGATATCCAAATGCACTGGATCTGGTGGAACACTTGCGTGCAATGGGTGAAACAAATGCCCTTTTACAAAGAAACCCTATCCTGAAAAGGGAAACAGCCCTTGCAACAGCAGCCATTTATGATTCCATGTTTGCTGCAGAAGATGGAACCATTCCTGCAACATTTCAGGTCATTTACATGACTGGATGGAAGGAACATTCTTCTCAACAGAAGGCCAAGAGAAGGGGATCTGCCACCATATCCTTCACCGACATCAAAAAACAATTTGGAACTGACACTTAA

Protein sequence

MAPFGNMDNATLIGIVPSLRRFWCSGFPFKECLDASLRPKPIKNPENFPPLSLRRSSDGDREMRGLSPPRIIRSFSLLRSTRRRDDPRSILCSSFSTGDDNYDSSISNGMQSSKVKIFDRDLKRKQRDRAAWLMRPKDSLVDTVAENLLDRLEDCKKTFPEALCLGGSLEAIRRLLRGRGSVEKLIMMDASHDMIKLCKDDTGAHDQDIETSFIVGDEEFLPIKESSVDLVISCLGLHWTNDLPGAVIQSRLALKPDGLFLAAIFGGETLKELRIACTLAQMEREGGISPRVSPLAQVRDAGNLLTRAGFTLPGVDVDEYVVRYPNALDLVEHLRAMGETNALLQRNPILKRETALATAAIYDSMFAAEDGTIPATFQVIYMTGWKEHSSQQKAKRRGSATISFTDIKKQFGTDT

Homology

[Close]

BLAST of MC11g1418 vs. ExPASy Swiss-Prot
Match: O80543 (Putative methyltransferase At1g22800, mitochondrial OS=Arabidopsis thaliana OX=3702 GN=At1g22800 PE=1 SV=2)

HSP 1 Score: 491.1 bits (1263), Expect = 1.2e-137
Identity = 250/321 (77.88%), Postives = 277/321 (86.29%), Query Frame = 0


Query: 94  SFSTGDDNYDSSISNGMQSSKVKIFDRDLKRKQRDRAAWLMRPK-DSLVDTVAENLLDRL 153
           SFST +  Y         SSKVKIFDRDLKR  RDRAAWL R K DS VD VA+NLLDRL
Sbjct: 33  SFST-EGAYGGDGEFQQNSSKVKIFDRDLKRIHRDRAAWLSRQKNDSFVDAVADNLLDRL 92

Query: 154 EDCKKTFPEALCLGGSLEAIRRLLRGRGSVEKLIMMDASHDMIKLCKD-DTGAHDQDIET 213
           EDCKK+FP A CLGGSL A++RLLRGRG +EKLIMMD S+DMIK C+D    + D  IET
Sbjct: 93  EDCKKSFPTAFCLGGSLGAVKRLLRGRGGIEKLIMMDTSYDMIKSCRDAQDDSLDNSIET 152

Query: 214 SFIVGDEEFLPIKESSVDLVISCLGLHWTNDLPGAVIQSRLALKPDGLFLAAIFGGETLK 273
           S+ VGDEEFLP+KESSVDL+IS LGLHWTNDLPG++IQ +LALKPDGLFLAAI GGETLK
Sbjct: 153 SYFVGDEEFLPVKESSVDLIISSLGLHWTNDLPGSMIQCKLALKPDGLFLAAILGGETLK 212

Query: 274 ELRIACTLAQMEREGGISPRVSPLAQVRDAGNLLTRAGFTLPGVDVDEYVVRYPNALDLV 333
           ELRIACTLA MEREGGISPR+SPLAQVRDAGNLLTRAGF+LPGVDVDEYVV+Y  A+DL+
Sbjct: 213 ELRIACTLAHMEREGGISPRLSPLAQVRDAGNLLTRAGFSLPGVDVDEYVVKYKRAMDLI 272

Query: 334 EHLRAMGETNALLQRNPILKRETALATAAIYDSMFAAEDGTIPATFQVIYMTGWKEHSSQ 393
           EHLRAMGETNALL+RN IL RETA+ATAAIYDSMFA EDGTIPATFQVIYMTGW+EHSS 
Sbjct: 273 EHLRAMGETNALLERNKILNRETAVATAAIYDSMFATEDGTIPATFQVIYMTGWREHSSH 332

Query: 394 QKAKRRGSATISFTDIKKQFG 413
            +AKRRGSAT+SFTD++KQFG
Sbjct: 333 PQAKRRGSATVSFTDLQKQFG 352

[Close]

BLAST of MC11g1418 vs. ExPASy Swiss-Prot
Match: A3KP37 (Arginine-hydroxylase NDUFAF5, mitochondrial OS=Danio rerio OX=7955 GN=ndufaf5 PE=2 SV=1)

HSP 1 Score: 261.9 bits (668), Expect = 1.2e-68
Identity = 136/297 (45.79%), Postives = 187/297 (62.96%), Query Frame = 0


Query: 115 VKIFDRDLKRKQRDRAAWLMRPK--DSLVDTVAENLLDRLEDCKKTFPEALCLGGSLEAI 174
           + +FDR +KR+Q+D A+ L+     D L + V   + DR+ D  +TFP AL +G     I
Sbjct: 24  MNVFDRSMKRRQKDWASSLLDSSKYDYLREEVGSRVADRVYDVARTFPLALDVGCGRSHI 83

Query: 175 RRLLRGRGSVEKLIMMDASHDMIKLCKDDTGAHDQDIETSFIVGDEEFLPIKESSVDLVI 234
              L  +  VE+L + D S   ++  K        DI    ++ DEEFLP KE++ DLV+
Sbjct: 84  AEHL-SKEVVERLFLTDISSSSLRNRK------TSDIPAQCVMADEEFLPFKENTFDLVL 143

Query: 235 SCLGLHWTNDLPGAVIQSRLALKPDGLFLAAIFGGETLKELRIACTLAQMEREGGISPRV 294
           S L +HW NDLPGA+ Q    LKPDG+F+ A+ GGETL ELR +  LA++EREGG +P +
Sbjct: 144 SSLSMHWINDLPGALRQIHQVLKPDGVFIGAMVGGETLYELRCSLQLAELEREGGFAPHI 203

Query: 295 SPLAQVRDAGNLLTRAGFTLPGVDVDEYVVRYPNALDLVEHLRAMGETNALLQRNPILKR 354
           SP   V D GNLL +AGF +  VD+DE  V YP  L+++  L+ MGE+N    R  +L+R
Sbjct: 204 SPYTAVTDLGNLLGQAGFNMLTVDIDEVQVNYPGMLEVMRDLQGMGESNCAWNRKLLLQR 263

Query: 355 ETALATAAIYDSMFAAEDGTIPATFQVIYMTGWKEHSSQQKAKRRGSATISFTDIKK 410
           +T LA AAIY  M+  EDG++PATFQ++YM GWK H SQ K  +RGSA +SF D+ K
Sbjct: 264 DTMLAAAAIYKEMYGNEDGSVPATFQILYMIGWKPHDSQAKPAKRGSANVSFADLSK 313

[Close]

BLAST of MC11g1418 vs. ExPASy Swiss-Prot
Match: Q5TEU4 (Arginine-hydroxylase NDUFAF5, mitochondrial OS=Homo sapiens OX=9606 GN=NDUFAF5 PE=1 SV=1)

HSP 1 Score: 257.3 bits (656), Expect = 3.0e-67
Identity = 136/297 (45.79%), Postives = 183/297 (61.62%), Query Frame = 0


Query: 115 VKIFDRDLKRKQRDRAAWLMRPK--DSLVDTVAENLLDRLEDCKKTFPEALCLGGSLEAI 174
           + IFDRDLKRKQ++ AA    P   D L + V   + DR+ D  + FP AL LG     I
Sbjct: 44  LNIFDRDLKRKQKNWAARQPEPTKFDYLKEEVGSRIADRVYDIPRNFPLALDLGCGRGYI 103

Query: 175 RRLLRGRGSVEKLIMMDASHDMIKLCKDDTGAHDQDIETSFIVGDEEFLPIKESSVDLVI 234
            + L  + ++ K    D + + +K       + + +I T  ++ DEEFLP KE++ DLV+
Sbjct: 104 AQYL-NKETIGKFFQADIAENALK------NSSETEIPTVSVLADEEFLPFKENTFDLVV 163

Query: 235 SCLGLHWTNDLPGAVIQSRLALKPDGLFLAAIFGGETLKELRIACTLAQMEREGGISPRV 294
           S L LHW NDLP A+ Q    LKPDG+F+ A+FGG+TL ELR +  LA+ EREGG SP +
Sbjct: 164 SSLSLHWVNDLPRALEQIHYILKPDGVFIGAMFGGDTLYELRCSLQLAETEREGGFSPHI 223

Query: 295 SPLAQVRDAGNLLTRAGFTLPGVDVDEYVVRYPNALDLVEHLRAMGETNALLQRNPILKR 354
           SP   V D G+LL RAGF    VD DE  V YP   +L+E L+ MGE+N    R  +L R
Sbjct: 224 SPFTAVNDLGHLLGRAGFNTLTVDTDEIQVNYPGMFELMEDLQGMGESNCAWNRKALLHR 283

Query: 355 ETALATAAIYDSMFAAEDGTIPATFQVIYMTGWKEHSSQQKAKRRGSATISFTDIKK 410
           +T LA AA+Y  M+  EDG++PAT+Q+ YM GWK H SQ +   RGSAT+SF ++ K
Sbjct: 284 DTMLAAAAVYREMYRNEDGSVPATYQIYYMIGWKYHESQARPAERGSATVSFGELGK 333

[Close]

BLAST of MC11g1418 vs. ExPASy Swiss-Prot
Match: Q5RBS1 (Arginine-hydroxylase NDUFAF5, mitochondrial OS=Pongo abelii OX=9601 GN=NDUFAF5 PE=2 SV=1)

HSP 1 Score: 255.4 bits (651), Expect = 1.1e-66
Identity = 135/297 (45.45%), Postives = 183/297 (61.62%), Query Frame = 0


Query: 115 VKIFDRDLKRKQRDRAAWLMRPK--DSLVDTVAENLLDRLEDCKKTFPEALCLGGSLEAI 174
           + IFDRDLKRKQ++ AA    P   D L + V   + DR+ D  + FP AL LG     I
Sbjct: 44  LNIFDRDLKRKQKNWAAQQPEPTKFDYLKEEVGSRIADRVYDIPRNFPLALDLGCGRGYI 103

Query: 175 RRLLRGRGSVEKLIMMDASHDMIKLCKDDTGAHDQDIETSFIVGDEEFLPIKESSVDLVI 234
            + L  + ++ K    D + + +K       + + +I T  ++ DEEFLP +E++ DLV+
Sbjct: 104 AQYL-NKETIGKFFQADIAENALK------NSLETEIPTVSVLADEEFLPFRENTFDLVV 163

Query: 235 SCLGLHWTNDLPGAVIQSRLALKPDGLFLAAIFGGETLKELRIACTLAQMEREGGISPRV 294
           S L LHW NDLP A+ Q    LKPDG+F+ A+FGG+TL ELR +  LA+ EREGG SP +
Sbjct: 164 SSLSLHWVNDLPRALEQIHYILKPDGVFIGAMFGGDTLYELRCSLQLAETEREGGFSPHI 223

Query: 295 SPLAQVRDAGNLLTRAGFTLPGVDVDEYVVRYPNALDLVEHLRAMGETNALLQRNPILKR 354
           SP   V D G+LL RAGF    VD DE  V YP   +L+E L+ MGE+N    R  +L R
Sbjct: 224 SPFTAVNDLGHLLGRAGFNTLTVDTDEIQVNYPGMFELMEDLQGMGESNCSWNRKALLHR 283

Query: 355 ETALATAAIYDSMFAAEDGTIPATFQVIYMTGWKEHSSQQKAKRRGSATISFTDIKK 410
           +T LA AA+Y  M+  EDG++PAT+Q+ YM GWK H SQ +   RGSAT+SF ++ K
Sbjct: 284 DTMLAAAAVYREMYRNEDGSVPATYQIYYMIGWKYHESQARPAERGSATVSFGELGK 333

[Close]

BLAST of MC11g1418 vs. ExPASy Swiss-Prot
Match: A2APY7 (Arginine-hydroxylase NDUFAF5, mitochondrial OS=Mus musculus OX=10090 GN=Ndufaf5 PE=1 SV=1)

HSP 1 Score: 252.3 bits (643), Expect = 9.6e-66
Identity = 137/297 (46.13%), Postives = 183/297 (61.62%), Query Frame = 0


Query: 115 VKIFDRDLKRKQRDRAAWLMRPK--DSLVDTVAENLLDRLEDCKKTFPEALCLGGSLEAI 174
           + IFDR+LKRKQ++ AA    P   D L + V   + DR+ D  + FP AL +G     I
Sbjct: 44  LNIFDRELKRKQKNWAARQPDPMKFDYLKEEVGSRIADRVYDIARDFPLALDIGCGRGYI 103

Query: 175 RRLLRGRGSVEKLIMMDASHDMIKLCKDDTGAHDQDIETSFIVGDEEFLPIKESSVDLVI 234
            + L  + +V K+   D +   +K       + + DI T  I+ DEEFLP +E++ DLV+
Sbjct: 104 AQHL-DKETVGKIFQTDIAEHALK------NSLETDIPTVNILADEEFLPFQENTFDLVV 163

Query: 235 SCLGLHWTNDLPGAVIQSRLALKPDGLFLAAIFGGETLKELRIACTLAQMEREGGISPRV 294
           S L LHW NDLP A+ Q    LKPDG+F+ A+FGG+TL ELR +  LA+ EREGG SP +
Sbjct: 164 SSLSLHWVNDLPRALEQIHYVLKPDGVFVGAMFGGDTLYELRCSLQLAETEREGGFSPHI 223

Query: 295 SPLAQVRDAGNLLTRAGFTLPGVDVDEYVVRYPNALDLVEHLRAMGETNALLQRNPILKR 354
           SP   V D G+LL RAGF    VD DE  V YP   +L+E L+ MGE+N    R  +L R
Sbjct: 224 SPFTAVNDLGHLLGRAGFNTLTVDTDEIQVNYPGMFELMEDLKGMGESNCSWNRKALLHR 283

Query: 355 ETALATAAIYDSMFAAEDGTIPATFQVIYMTGWKEHSSQQKAKRRGSATISFTDIKK 410
           +T LA AA+Y  M+  EDG+IPATFQ+ +M GWK H SQ +   RGSAT+SF ++ K
Sbjct: 284 DTMLAAAAVYREMYRNEDGSIPATFQIYHMIGWKYHDSQARPAERGSATVSFGELAK 333

[Close]

BLAST of MC11g1418 vs. NCBI nr
Match: XP_022141744.1 (putative methyltransferase At1g22800 [Momordica charantia])

HSP 1 Score: 823 bits (2127), Expect = 6.62e-301
Identity = 415/415 (100.00%), Postives = 415/415 (100.00%), Query Frame = 0


Query: 1   MAPFGNMDNATLIGIVPSLRRFWCSGFPFKECLDASLRPKPIKNPENFPPLSLRRSSDGD 60
           MAPFGNMDNATLIGIVPSLRRFWCSGFPFKECLDASLRPKPIKNPENFPPLSLRRSSDGD
Sbjct: 1   MAPFGNMDNATLIGIVPSLRRFWCSGFPFKECLDASLRPKPIKNPENFPPLSLRRSSDGD 60

Query: 61  REMRGLSPPRIIRSFSLLRSTRRRDDPRSILCSSFSTGDDNYDSSISNGMQSSKVKIFDR 120
           REMRGLSPPRIIRSFSLLRSTRRRDDPRSILCSSFSTGDDNYDSSISNGMQSSKVKIFDR
Sbjct: 61  REMRGLSPPRIIRSFSLLRSTRRRDDPRSILCSSFSTGDDNYDSSISNGMQSSKVKIFDR 120

Query: 121 DLKRKQRDRAAWLMRPKDSLVDTVAENLLDRLEDCKKTFPEALCLGGSLEAIRRLLRGRG 180
           DLKRKQRDRAAWLMRPKDSLVDTVAENLLDRLEDCKKTFPEALCLGGSLEAIRRLLRGRG
Sbjct: 121 DLKRKQRDRAAWLMRPKDSLVDTVAENLLDRLEDCKKTFPEALCLGGSLEAIRRLLRGRG 180

Query: 181 SVEKLIMMDASHDMIKLCKDDTGAHDQDIETSFIVGDEEFLPIKESSVDLVISCLGLHWT 240
           SVEKLIMMDASHDMIKLCKDDTGAHDQDIETSFIVGDEEFLPIKESSVDLVISCLGLHWT
Sbjct: 181 SVEKLIMMDASHDMIKLCKDDTGAHDQDIETSFIVGDEEFLPIKESSVDLVISCLGLHWT 240

Query: 241 NDLPGAVIQSRLALKPDGLFLAAIFGGETLKELRIACTLAQMEREGGISPRVSPLAQVRD 300
           NDLPGAVIQSRLALKPDGLFLAAIFGGETLKELRIACTLAQMEREGGISPRVSPLAQVRD
Sbjct: 241 NDLPGAVIQSRLALKPDGLFLAAIFGGETLKELRIACTLAQMEREGGISPRVSPLAQVRD 300

Query: 301 AGNLLTRAGFTLPGVDVDEYVVRYPNALDLVEHLRAMGETNALLQRNPILKRETALATAA 360
           AGNLLTRAGFTLPGVDVDEYVVRYPNALDLVEHLRAMGETNALLQRNPILKRETALATAA
Sbjct: 301 AGNLLTRAGFTLPGVDVDEYVVRYPNALDLVEHLRAMGETNALLQRNPILKRETALATAA 360

Query: 361 IYDSMFAAEDGTIPATFQVIYMTGWKEHSSQQKAKRRGSATISFTDIKKQFGTDT 415
           IYDSMFAAEDGTIPATFQVIYMTGWKEHSSQQKAKRRGSATISFTDIKKQFGTDT
Sbjct: 361 IYDSMFAAEDGTIPATFQVIYMTGWKEHSSQQKAKRRGSATISFTDIKKQFGTDT 415

[Close]

BLAST of MC11g1418 vs. NCBI nr
Match: XP_022925466.1 (LOW QUALITY PROTEIN: putative methyltransferase At1g22800, mitochondrial [Cucurbita moschata])

HSP 1 Score: 686 bits (1770), Expect = 2.21e-246
Identity = 349/409 (85.33%), Postives = 368/409 (89.98%), Query Frame = 0


Query: 4   FGNMDNATLIGIVPSLRRFWCSGFPFKECLDASLRPKPIKNPENFPPLSLRRSSDGDREM 63
           FGN++   LI IV  L RFW     FKECLD +L PKP KN  NFPP SLRR S G+REM
Sbjct: 16  FGNLNRTLLIRIVLFLPRFWW----FKECLDTALYPKPFKNYRNFPPXSLRRCSIGNREM 75

Query: 64  RGLSPPRIIRSFSLLRSTRRRDDPRSILCSSFSTGDDNYDSSISNGMQSSKVKIFDRDLK 123
           RGLSP  I RS S LRSTRRRD   SILC SF TGDDNYD  I +G Q+SKVK+FDRDLK
Sbjct: 76  RGLSPSGIRRSLSALRSTRRRDFRHSILCCSFCTGDDNYDGRIGDGTQTSKVKVFDRDLK 135

Query: 124 RKQRDRAAWLMRPKDSLVDTVAENLLDRLEDCKKTFPEALCLGGSLEAIRRLLRGRGSVE 183
           RKQRDRAAWLMRPKDSL DTVAENLLDRLEDCK+TFP ALCLGGSL+AIRR  RGRGSVE
Sbjct: 136 RKQRDRAAWLMRPKDSLTDTVAENLLDRLEDCKRTFPTALCLGGSLKAIRRSFRGRGSVE 195

Query: 184 KLIMMDASHDMIKLCKDDTGAHDQDIETSFIVGDEEFLPIKESSVDLVISCLGLHWTNDL 243
           KLIMMDASHDMI  CKDDTGAHDQD+ETSFI+GDEEFLPI+ESSVDL++SCLGLHWTNDL
Sbjct: 196 KLIMMDASHDMIMSCKDDTGAHDQDVETSFIIGDEEFLPIRESSVDLIVSCLGLHWTNDL 255

Query: 244 PGAVIQSRLALKPDGLFLAAIFGGETLKELRIACTLAQMEREGGISPRVSPLAQVRDAGN 303
           PGA+IQSRLALKPDGLFLAAIFGGETL+ELRIACTLA MEREGGISPRVSPLAQVRDAGN
Sbjct: 256 PGAMIQSRLALKPDGLFLAAIFGGETLRELRIACTLAHMEREGGISPRVSPLAQVRDAGN 315

Query: 304 LLTRAGFTLPGVDVDEYVVRYPNALDLVEHLRAMGETNALLQRNPILKRETALATAAIYD 363
           LLTRAGFTLPGVDVDEYVVRYP+AL+LVEHLRAMGETNALLQRNPILKRETALATAAIYD
Sbjct: 316 LLTRAGFTLPGVDVDEYVVRYPSALELVEHLRAMGETNALLQRNPILKRETALATAAIYD 375

Query: 364 SMFAAEDGTIPATFQVIYMTGWKEHSSQQKAKRRGSATISFTDIKKQFG 412
           SMFAAEDGTIPATFQVIYMTGWKEHSSQQKAKRRGSATISF+DIKKQFG
Sbjct: 376 SMFAAEDGTIPATFQVIYMTGWKEHSSQQKAKRRGSATISFSDIKKQFG 420

[Close]

BLAST of MC11g1418 vs. NCBI nr
Match: XP_022973985.1 (LOW QUALITY PROTEIN: putative methyltransferase At1g22800, mitochondrial [Cucurbita maxima])

HSP 1 Score: 679 bits (1753), Expect = 8.25e-244
Identity = 346/411 (84.18%), Postives = 369/411 (89.78%), Query Frame = 0


Query: 4   FGNMDNATLIGIVPSLRRFWCSGFPFKECLDASLRPKPIKNPENFPPLSLRRSSDGDREM 63
           FGN++   LI IV  L RFW     FKECLD +L PKP KN  NFPP SLRR S G+REM
Sbjct: 16  FGNLNRTLLIRIVLFLPRFWW----FKECLDTALYPKPFKNYRNFPPXSLRRGSIGNREM 75

Query: 64  RGLSPPRIIRSFSLLRSTRRRDDPRSILCSSFSTGDDNYDSSISNGMQSSKVKIFDRDLK 123
           RGLSP  I RS S L STRR+D P SILC SF TGDDNYD  I +G Q+SKVK+FDRDLK
Sbjct: 76  RGLSPSGIRRSLSAL-STRRQDFPDSILCCSFCTGDDNYDGRIGDGTQTSKVKVFDRDLK 135

Query: 124 RKQRDRAAWLMRPKDSLVDTVAENLLDRLEDCKKTFPEALCLGGSLEAIRRLLRGRGSVE 183
           RKQRDRAAWLMRPKDSL D+VA+NLLDRLEDCK+TFP ALCLGGSL+AIRR  RGRGSVE
Sbjct: 136 RKQRDRAAWLMRPKDSLTDSVADNLLDRLEDCKRTFPTALCLGGSLKAIRRSFRGRGSVE 195

Query: 184 KLIMMDASHDMIKLCKDDTGAHDQDIETSFIVGDEEFLPIKESSVDLVISCLGLHWTNDL 243
           KLIMMDASHDMI  CKDDTGAHDQD+ETSFI+GDEEFLPI+ESSVDL++SCLGLHWTNDL
Sbjct: 196 KLIMMDASHDMIMSCKDDTGAHDQDVETSFIIGDEEFLPIRESSVDLIVSCLGLHWTNDL 255

Query: 244 PGAVIQSRLALKPDGLFLAAIFGGETLKELRIACTLAQMEREGGISPRVSPLAQVRDAGN 303
           PGA+IQSRLALKPDGLFLAAIFGGETL+ELRIACTLA MEREGGISPRVSPLAQVRDAGN
Sbjct: 256 PGAMIQSRLALKPDGLFLAAIFGGETLRELRIACTLAHMEREGGISPRVSPLAQVRDAGN 315

Query: 304 LLTRAGFTLPGVDVDEYVVRYPNALDLVEHLRAMGETNALLQRNPILKRETALATAAIYD 363
           LLTRAGFTLPGVDVDEYVVRYP+AL+LVEHLRAMGETNALLQRNPILKRETALATAAIYD
Sbjct: 316 LLTRAGFTLPGVDVDEYVVRYPSALELVEHLRAMGETNALLQRNPILKRETALATAAIYD 375

Query: 364 SMFAAEDGTIPATFQVIYMTGWKEHSSQQKAKRRGSATISFTDIKKQFGTD 414
           SMFAAEDGTIPATFQVIYMTGWKEHSSQQKAKRRGSATISF+DIKKQFG +
Sbjct: 376 SMFAAEDGTIPATFQVIYMTGWKEHSSQQKAKRRGSATISFSDIKKQFGNE 421

[Close]

BLAST of MC11g1418 vs. NCBI nr
Match: XP_038889820.1 (putative methyltransferase At1g22800, mitochondrial [Benincasa hispida])

HSP 1 Score: 640 bits (1651), Expect = 2.17e-229
Identity = 323/350 (92.29%), Postives = 335/350 (95.71%), Query Frame = 0


Query: 63  MRGLSPPRIIRSFSLLRSTRRRDDPRSILCSSFSTGDDNYDSSISNGMQSSKVKIFDRDL 122
           MRGLSP RI+RS S+LRSTRR+D P SILC SF TGDDNYD  I + MQSSKVK+FDRDL
Sbjct: 1   MRGLSPSRIVRSLSVLRSTRRQDFPNSILCCSFCTGDDNYDGRIGDEMQSSKVKVFDRDL 60

Query: 123 KRKQRDRAAWLMRPKDSLVDTVAENLLDRLEDCKKTFPEALCLGGSLEAIRRLLRGRGSV 182
           KRKQRDRAAWLMRPKDSLVDTVAENLLDRLEDCKKTFP ALCLGGSLEAIRRLL GRGSV
Sbjct: 61  KRKQRDRAAWLMRPKDSLVDTVAENLLDRLEDCKKTFPTALCLGGSLEAIRRLLHGRGSV 120

Query: 183 EKLIMMDASHDMIKLCKDDTGAHDQDIETSFIVGDEEFLPIKESSVDLVISCLGLHWTND 242
           EKLIMMDASHDMIKLCKDDTGAHDQD+ETSFIVGDEEFLPIKESSVDL+ISCLGLHWTND
Sbjct: 121 EKLIMMDASHDMIKLCKDDTGAHDQDVETSFIVGDEEFLPIKESSVDLIISCLGLHWTND 180

Query: 243 LPGAVIQSRLALKPDGLFLAAIFGGETLKELRIACTLAQMEREGGISPRVSPLAQVRDAG 302
           LPGA+IQSRLALKPDGLFLAAIFGGETL+ELRIACTLA MEREGGISPRVSPLAQVRDAG
Sbjct: 181 LPGAMIQSRLALKPDGLFLAAIFGGETLRELRIACTLAHMEREGGISPRVSPLAQVRDAG 240

Query: 303 NLLTRAGFTLPGVDVDEYVVRYPNALDLVEHLRAMGETNALLQRNPILKRETALATAAIY 362
           NLLTRAGFTLPGVDVDEYVVRYP+AL+LVEHLRAMGETNALLQRNPILKRETALATAAIY
Sbjct: 241 NLLTRAGFTLPGVDVDEYVVRYPSALELVEHLRAMGETNALLQRNPILKRETALATAAIY 300

Query: 363 DSMFAAEDGTIPATFQVIYMTGWKEHSSQQKAKRRGSATISFTDIKKQFG 412
           DSMFAAEDGTIPATFQVIYMTGWKEH SQQKAKRRGSATISF DI+KQFG
Sbjct: 301 DSMFAAEDGTIPATFQVIYMTGWKEHPSQQKAKRRGSATISFNDIQKQFG 350

[Close]

BLAST of MC11g1418 vs. NCBI nr
Match: XP_011656106.1 (putative methyltransferase At1g22800, mitochondrial [Cucumis sativus] >KGN52686.1 hypothetical protein Csa_007717 [Cucumis sativus])

HSP 1 Score: 638 bits (1645), Expect = 1.78e-228
Identity = 322/352 (91.48%), Postives = 335/352 (95.17%), Query Frame = 0


Query: 63  MRGLSPPRIIRSFSLLRSTRRRDDPRSILCSSFSTGDDNYDSSISNGMQSSKVKIFDRDL 122
           MRGLSP  IIRSFSLLRSTR RD P SILC SF TGDDNYD  I +GMQSSKVK+FDRDL
Sbjct: 1   MRGLSPSTIIRSFSLLRSTRWRDSPNSILCCSFCTGDDNYDGRIGDGMQSSKVKVFDRDL 60

Query: 123 KRKQRDRAAWLMRPKDSLVDTVAENLLDRLEDCKKTFPEALCLGGSLEAIRRLLRGRGSV 182
           KRKQRDRAAWLMRPKDSLVD+VAENLLDRLEDCKKTFP ALCLGGSLEAIRRLLRGRGSV
Sbjct: 61  KRKQRDRAAWLMRPKDSLVDSVAENLLDRLEDCKKTFPTALCLGGSLEAIRRLLRGRGSV 120

Query: 183 EKLIMMDASHDMIKLCKDDTGAHDQDIETSFIVGDEEFLPIKESSVDLVISCLGLHWTND 242
           EKLIMMDASHDMIKLCKDDT AH QD+ETSF+VGDEEFLPIKESSVDLVISCLGLHWTND
Sbjct: 121 EKLIMMDASHDMIKLCKDDTDAHVQDVETSFVVGDEEFLPIKESSVDLVISCLGLHWTND 180

Query: 243 LPGAVIQSRLALKPDGLFLAAIFGGETLKELRIACTLAQMEREGGISPRVSPLAQVRDAG 302
           LPGA+IQSRLA+KPDGLFLAAIFGGETL+ELRIACTLA MEREGGISPRVSPLAQVRDAG
Sbjct: 181 LPGAMIQSRLAMKPDGLFLAAIFGGETLRELRIACTLAHMEREGGISPRVSPLAQVRDAG 240

Query: 303 NLLTRAGFTLPGVDVDEYVVRYPNALDLVEHLRAMGETNALLQRNPILKRETALATAAIY 362
           NLLTRAGFTLPGVDVDEYVVRYP+AL+LVEHLR+MGETNALLQRNPILKRETALATAAIY
Sbjct: 241 NLLTRAGFTLPGVDVDEYVVRYPSALELVEHLRSMGETNALLQRNPILKRETALATAAIY 300

Query: 363 DSMFAAEDGTIPATFQVIYMTGWKEHSSQQKAKRRGSATISFTDIKKQFGTD 414
           DSMFAAEDGTIPATFQVIYMTGWKEH SQQKAK+RGSATISF DI+KQFG D
Sbjct: 301 DSMFAAEDGTIPATFQVIYMTGWKEHPSQQKAKKRGSATISFNDIQKQFGND 352

[Close]

BLAST of MC11g1418 vs. ExPASy TrEMBL
Match: A0A6J1CJP6 (putative methyltransferase At1g22800 OS=Momordica charantia OX=3673 GN=LOC111012031 PE=4 SV=1)

HSP 1 Score: 823 bits (2127), Expect = 3.21e-301
Identity = 415/415 (100.00%), Postives = 415/415 (100.00%), Query Frame = 0


Query: 1   MAPFGNMDNATLIGIVPSLRRFWCSGFPFKECLDASLRPKPIKNPENFPPLSLRRSSDGD 60
           MAPFGNMDNATLIGIVPSLRRFWCSGFPFKECLDASLRPKPIKNPENFPPLSLRRSSDGD
Sbjct: 1   MAPFGNMDNATLIGIVPSLRRFWCSGFPFKECLDASLRPKPIKNPENFPPLSLRRSSDGD 60

Query: 61  REMRGLSPPRIIRSFSLLRSTRRRDDPRSILCSSFSTGDDNYDSSISNGMQSSKVKIFDR 120
           REMRGLSPPRIIRSFSLLRSTRRRDDPRSILCSSFSTGDDNYDSSISNGMQSSKVKIFDR
Sbjct: 61  REMRGLSPPRIIRSFSLLRSTRRRDDPRSILCSSFSTGDDNYDSSISNGMQSSKVKIFDR 120

Query: 121 DLKRKQRDRAAWLMRPKDSLVDTVAENLLDRLEDCKKTFPEALCLGGSLEAIRRLLRGRG 180
           DLKRKQRDRAAWLMRPKDSLVDTVAENLLDRLEDCKKTFPEALCLGGSLEAIRRLLRGRG
Sbjct: 121 DLKRKQRDRAAWLMRPKDSLVDTVAENLLDRLEDCKKTFPEALCLGGSLEAIRRLLRGRG 180

Query: 181 SVEKLIMMDASHDMIKLCKDDTGAHDQDIETSFIVGDEEFLPIKESSVDLVISCLGLHWT 240
           SVEKLIMMDASHDMIKLCKDDTGAHDQDIETSFIVGDEEFLPIKESSVDLVISCLGLHWT
Sbjct: 181 SVEKLIMMDASHDMIKLCKDDTGAHDQDIETSFIVGDEEFLPIKESSVDLVISCLGLHWT 240

Query: 241 NDLPGAVIQSRLALKPDGLFLAAIFGGETLKELRIACTLAQMEREGGISPRVSPLAQVRD 300
           NDLPGAVIQSRLALKPDGLFLAAIFGGETLKELRIACTLAQMEREGGISPRVSPLAQVRD
Sbjct: 241 NDLPGAVIQSRLALKPDGLFLAAIFGGETLKELRIACTLAQMEREGGISPRVSPLAQVRD 300

Query: 301 AGNLLTRAGFTLPGVDVDEYVVRYPNALDLVEHLRAMGETNALLQRNPILKRETALATAA 360
           AGNLLTRAGFTLPGVDVDEYVVRYPNALDLVEHLRAMGETNALLQRNPILKRETALATAA
Sbjct: 301 AGNLLTRAGFTLPGVDVDEYVVRYPNALDLVEHLRAMGETNALLQRNPILKRETALATAA 360

Query: 361 IYDSMFAAEDGTIPATFQVIYMTGWKEHSSQQKAKRRGSATISFTDIKKQFGTDT 415
           IYDSMFAAEDGTIPATFQVIYMTGWKEHSSQQKAKRRGSATISFTDIKKQFGTDT
Sbjct: 361 IYDSMFAAEDGTIPATFQVIYMTGWKEHSSQQKAKRRGSATISFTDIKKQFGTDT 415

[Close]

BLAST of MC11g1418 vs. ExPASy TrEMBL
Match: A0A6J1ECA4 (LOW QUALITY PROTEIN: putative methyltransferase At1g22800, mitochondrial OS=Cucurbita moschata OX=3662 GN=LOC111432759 PE=4 SV=1)

HSP 1 Score: 686 bits (1770), Expect = 1.07e-246
Identity = 349/409 (85.33%), Postives = 368/409 (89.98%), Query Frame = 0


Query: 4   FGNMDNATLIGIVPSLRRFWCSGFPFKECLDASLRPKPIKNPENFPPLSLRRSSDGDREM 63
           FGN++   LI IV  L RFW     FKECLD +L PKP KN  NFPP SLRR S G+REM
Sbjct: 16  FGNLNRTLLIRIVLFLPRFWW----FKECLDTALYPKPFKNYRNFPPXSLRRCSIGNREM 75

Query: 64  RGLSPPRIIRSFSLLRSTRRRDDPRSILCSSFSTGDDNYDSSISNGMQSSKVKIFDRDLK 123
           RGLSP  I RS S LRSTRRRD   SILC SF TGDDNYD  I +G Q+SKVK+FDRDLK
Sbjct: 76  RGLSPSGIRRSLSALRSTRRRDFRHSILCCSFCTGDDNYDGRIGDGTQTSKVKVFDRDLK 135

Query: 124 RKQRDRAAWLMRPKDSLVDTVAENLLDRLEDCKKTFPEALCLGGSLEAIRRLLRGRGSVE 183
           RKQRDRAAWLMRPKDSL DTVAENLLDRLEDCK+TFP ALCLGGSL+AIRR  RGRGSVE
Sbjct: 136 RKQRDRAAWLMRPKDSLTDTVAENLLDRLEDCKRTFPTALCLGGSLKAIRRSFRGRGSVE 195

Query: 184 KLIMMDASHDMIKLCKDDTGAHDQDIETSFIVGDEEFLPIKESSVDLVISCLGLHWTNDL 243
           KLIMMDASHDMI  CKDDTGAHDQD+ETSFI+GDEEFLPI+ESSVDL++SCLGLHWTNDL
Sbjct: 196 KLIMMDASHDMIMSCKDDTGAHDQDVETSFIIGDEEFLPIRESSVDLIVSCLGLHWTNDL 255

Query: 244 PGAVIQSRLALKPDGLFLAAIFGGETLKELRIACTLAQMEREGGISPRVSPLAQVRDAGN 303
           PGA+IQSRLALKPDGLFLAAIFGGETL+ELRIACTLA MEREGGISPRVSPLAQVRDAGN
Sbjct: 256 PGAMIQSRLALKPDGLFLAAIFGGETLRELRIACTLAHMEREGGISPRVSPLAQVRDAGN 315

Query: 304 LLTRAGFTLPGVDVDEYVVRYPNALDLVEHLRAMGETNALLQRNPILKRETALATAAIYD 363
           LLTRAGFTLPGVDVDEYVVRYP+AL+LVEHLRAMGETNALLQRNPILKRETALATAAIYD
Sbjct: 316 LLTRAGFTLPGVDVDEYVVRYPSALELVEHLRAMGETNALLQRNPILKRETALATAAIYD 375

Query: 364 SMFAAEDGTIPATFQVIYMTGWKEHSSQQKAKRRGSATISFTDIKKQFG 412
           SMFAAEDGTIPATFQVIYMTGWKEHSSQQKAKRRGSATISF+DIKKQFG
Sbjct: 376 SMFAAEDGTIPATFQVIYMTGWKEHSSQQKAKRRGSATISFSDIKKQFG 420

[Close]

BLAST of MC11g1418 vs. ExPASy TrEMBL
Match: A0A6J1ICS2 (LOW QUALITY PROTEIN: putative methyltransferase At1g22800, mitochondrial OS=Cucurbita maxima OX=3661 GN=LOC111472597 PE=4 SV=1)

HSP 1 Score: 679 bits (1753), Expect = 4.00e-244
Identity = 346/411 (84.18%), Postives = 369/411 (89.78%), Query Frame = 0


Query: 4   FGNMDNATLIGIVPSLRRFWCSGFPFKECLDASLRPKPIKNPENFPPLSLRRSSDGDREM 63
           FGN++   LI IV  L RFW     FKECLD +L PKP KN  NFPP SLRR S G+REM
Sbjct: 16  FGNLNRTLLIRIVLFLPRFWW----FKECLDTALYPKPFKNYRNFPPXSLRRGSIGNREM 75

Query: 64  RGLSPPRIIRSFSLLRSTRRRDDPRSILCSSFSTGDDNYDSSISNGMQSSKVKIFDRDLK 123
           RGLSP  I RS S L STRR+D P SILC SF TGDDNYD  I +G Q+SKVK+FDRDLK
Sbjct: 76  RGLSPSGIRRSLSAL-STRRQDFPDSILCCSFCTGDDNYDGRIGDGTQTSKVKVFDRDLK 135

Query: 124 RKQRDRAAWLMRPKDSLVDTVAENLLDRLEDCKKTFPEALCLGGSLEAIRRLLRGRGSVE 183
           RKQRDRAAWLMRPKDSL D+VA+NLLDRLEDCK+TFP ALCLGGSL+AIRR  RGRGSVE
Sbjct: 136 RKQRDRAAWLMRPKDSLTDSVADNLLDRLEDCKRTFPTALCLGGSLKAIRRSFRGRGSVE 195

Query: 184 KLIMMDASHDMIKLCKDDTGAHDQDIETSFIVGDEEFLPIKESSVDLVISCLGLHWTNDL 243
           KLIMMDASHDMI  CKDDTGAHDQD+ETSFI+GDEEFLPI+ESSVDL++SCLGLHWTNDL
Sbjct: 196 KLIMMDASHDMIMSCKDDTGAHDQDVETSFIIGDEEFLPIRESSVDLIVSCLGLHWTNDL 255

Query: 244 PGAVIQSRLALKPDGLFLAAIFGGETLKELRIACTLAQMEREGGISPRVSPLAQVRDAGN 303
           PGA+IQSRLALKPDGLFLAAIFGGETL+ELRIACTLA MEREGGISPRVSPLAQVRDAGN
Sbjct: 256 PGAMIQSRLALKPDGLFLAAIFGGETLRELRIACTLAHMEREGGISPRVSPLAQVRDAGN 315

Query: 304 LLTRAGFTLPGVDVDEYVVRYPNALDLVEHLRAMGETNALLQRNPILKRETALATAAIYD 363
           LLTRAGFTLPGVDVDEYVVRYP+AL+LVEHLRAMGETNALLQRNPILKRETALATAAIYD
Sbjct: 316 LLTRAGFTLPGVDVDEYVVRYPSALELVEHLRAMGETNALLQRNPILKRETALATAAIYD 375

Query: 364 SMFAAEDGTIPATFQVIYMTGWKEHSSQQKAKRRGSATISFTDIKKQFGTD 414
           SMFAAEDGTIPATFQVIYMTGWKEHSSQQKAKRRGSATISF+DIKKQFG +
Sbjct: 376 SMFAAEDGTIPATFQVIYMTGWKEHSSQQKAKRRGSATISFSDIKKQFGNE 421

[Close]

BLAST of MC11g1418 vs. ExPASy TrEMBL
Match: A0A0A0KXX9 (Methyltransf_11 domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_5G650510 PE=4 SV=1)

HSP 1 Score: 638 bits (1645), Expect = 8.61e-229
Identity = 322/352 (91.48%), Postives = 335/352 (95.17%), Query Frame = 0


Query: 63  MRGLSPPRIIRSFSLLRSTRRRDDPRSILCSSFSTGDDNYDSSISNGMQSSKVKIFDRDL 122
           MRGLSP  IIRSFSLLRSTR RD P SILC SF TGDDNYD  I +GMQSSKVK+FDRDL
Sbjct: 1   MRGLSPSTIIRSFSLLRSTRWRDSPNSILCCSFCTGDDNYDGRIGDGMQSSKVKVFDRDL 60

Query: 123 KRKQRDRAAWLMRPKDSLVDTVAENLLDRLEDCKKTFPEALCLGGSLEAIRRLLRGRGSV 182
           KRKQRDRAAWLMRPKDSLVD+VAENLLDRLEDCKKTFP ALCLGGSLEAIRRLLRGRGSV
Sbjct: 61  KRKQRDRAAWLMRPKDSLVDSVAENLLDRLEDCKKTFPTALCLGGSLEAIRRLLRGRGSV 120

Query: 183 EKLIMMDASHDMIKLCKDDTGAHDQDIETSFIVGDEEFLPIKESSVDLVISCLGLHWTND 242
           EKLIMMDASHDMIKLCKDDT AH QD+ETSF+VGDEEFLPIKESSVDLVISCLGLHWTND
Sbjct: 121 EKLIMMDASHDMIKLCKDDTDAHVQDVETSFVVGDEEFLPIKESSVDLVISCLGLHWTND 180

Query: 243 LPGAVIQSRLALKPDGLFLAAIFGGETLKELRIACTLAQMEREGGISPRVSPLAQVRDAG 302
           LPGA+IQSRLA+KPDGLFLAAIFGGETL+ELRIACTLA MEREGGISPRVSPLAQVRDAG
Sbjct: 181 LPGAMIQSRLAMKPDGLFLAAIFGGETLRELRIACTLAHMEREGGISPRVSPLAQVRDAG 240

Query: 303 NLLTRAGFTLPGVDVDEYVVRYPNALDLVEHLRAMGETNALLQRNPILKRETALATAAIY 362
           NLLTRAGFTLPGVDVDEYVVRYP+AL+LVEHLR+MGETNALLQRNPILKRETALATAAIY
Sbjct: 241 NLLTRAGFTLPGVDVDEYVVRYPSALELVEHLRSMGETNALLQRNPILKRETALATAAIY 300

Query: 363 DSMFAAEDGTIPATFQVIYMTGWKEHSSQQKAKRRGSATISFTDIKKQFGTD 414
           DSMFAAEDGTIPATFQVIYMTGWKEH SQQKAK+RGSATISF DI+KQFG D
Sbjct: 301 DSMFAAEDGTIPATFQVIYMTGWKEHPSQQKAKKRGSATISFNDIQKQFGND 352

[Close]

BLAST of MC11g1418 vs. ExPASy TrEMBL
Match: A0A5A7TCE0 (Putative methyltransferase OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold169G00470 PE=4 SV=1)

HSP 1 Score: 637 bits (1642), Expect = 2.47e-228
Identity = 321/352 (91.19%), Postives = 335/352 (95.17%), Query Frame = 0


Query: 63  MRGLSPPRIIRSFSLLRSTRRRDDPRSILCSSFSTGDDNYDSSISNGMQSSKVKIFDRDL 122
           MRGLSP  IIRSFS+LRS R RD P SI C SFSTGDDNYD  I +GM SSKVK+FDRDL
Sbjct: 1   MRGLSPSTIIRSFSVLRSARWRDFPNSIPCCSFSTGDDNYDGRIGDGMHSSKVKVFDRDL 60

Query: 123 KRKQRDRAAWLMRPKDSLVDTVAENLLDRLEDCKKTFPEALCLGGSLEAIRRLLRGRGSV 182
           KRKQRDRAAWLMRPKDSLVD+VAENLLDRLEDCKKTFP ALCLGGSLEAIRRLLRGRGSV
Sbjct: 61  KRKQRDRAAWLMRPKDSLVDSVAENLLDRLEDCKKTFPTALCLGGSLEAIRRLLRGRGSV 120

Query: 183 EKLIMMDASHDMIKLCKDDTGAHDQDIETSFIVGDEEFLPIKESSVDLVISCLGLHWTND 242
           EKLIMMDASHDMIKLCKDDTGAHDQ++ETSF+VGDEEFLPIKESSVDLVISCLGLHWTND
Sbjct: 121 EKLIMMDASHDMIKLCKDDTGAHDQNVETSFVVGDEEFLPIKESSVDLVISCLGLHWTND 180

Query: 243 LPGAVIQSRLALKPDGLFLAAIFGGETLKELRIACTLAQMEREGGISPRVSPLAQVRDAG 302
           LPGA+IQSRLA+KPDGLFLAAIFGGETL+ELRIACTLA MEREGGISPRVSPLAQVRDAG
Sbjct: 181 LPGAMIQSRLAMKPDGLFLAAIFGGETLRELRIACTLAHMEREGGISPRVSPLAQVRDAG 240

Query: 303 NLLTRAGFTLPGVDVDEYVVRYPNALDLVEHLRAMGETNALLQRNPILKRETALATAAIY 362
           NLLTRAGFTLPGVDVDEYVVRYP+AL+LVEHLRAMGETNALLQRNPILKRETALATAAIY
Sbjct: 241 NLLTRAGFTLPGVDVDEYVVRYPSALELVEHLRAMGETNALLQRNPILKRETALATAAIY 300

Query: 363 DSMFAAEDGTIPATFQVIYMTGWKEHSSQQKAKRRGSATISFTDIKKQFGTD 414
           DSMFAAEDGTIPATFQVIYMTGWKEH SQQKAK+RGSATISF DI+KQFG D
Sbjct: 301 DSMFAAEDGTIPATFQVIYMTGWKEHPSQQKAKKRGSATISFNDIRKQFGND 352

[Close]

BLAST of MC11g1418 vs. TAIR 10
Match: AT1G22800.1 (S-adenosyl-L-methionine-dependent methyltransferases superfamily protein )

HSP 1 Score: 491.1 bits (1263), Expect = 8.7e-139
Identity = 250/321 (77.88%), Postives = 277/321 (86.29%), Query Frame = 0


Query: 94  SFSTGDDNYDSSISNGMQSSKVKIFDRDLKRKQRDRAAWLMRPK-DSLVDTVAENLLDRL 153
           SFST +  Y         SSKVKIFDRDLKR  RDRAAWL R K DS VD VA+NLLDRL
Sbjct: 33  SFST-EGAYGGDGEFQQNSSKVKIFDRDLKRIHRDRAAWLSRQKNDSFVDAVADNLLDRL 92

Query: 154 EDCKKTFPEALCLGGSLEAIRRLLRGRGSVEKLIMMDASHDMIKLCKD-DTGAHDQDIET 213
           EDCKK+FP A CLGGSL A++RLLRGRG +EKLIMMD S+DMIK C+D    + D  IET
Sbjct: 93  EDCKKSFPTAFCLGGSLGAVKRLLRGRGGIEKLIMMDTSYDMIKSCRDAQDDSLDNSIET 152

Query: 214 SFIVGDEEFLPIKESSVDLVISCLGLHWTNDLPGAVIQSRLALKPDGLFLAAIFGGETLK 273
           S+ VGDEEFLP+KESSVDL+IS LGLHWTNDLPG++IQ +LALKPDGLFLAAI GGETLK
Sbjct: 153 SYFVGDEEFLPVKESSVDLIISSLGLHWTNDLPGSMIQCKLALKPDGLFLAAILGGETLK 212

Query: 274 ELRIACTLAQMEREGGISPRVSPLAQVRDAGNLLTRAGFTLPGVDVDEYVVRYPNALDLV 333
           ELRIACTLA MEREGGISPR+SPLAQVRDAGNLLTRAGF+LPGVDVDEYVV+Y  A+DL+
Sbjct: 213 ELRIACTLAHMEREGGISPRLSPLAQVRDAGNLLTRAGFSLPGVDVDEYVVKYKRAMDLI 272

Query: 334 EHLRAMGETNALLQRNPILKRETALATAAIYDSMFAAEDGTIPATFQVIYMTGWKEHSSQ 393
           EHLRAMGETNALL+RN IL RETA+ATAAIYDSMFA EDGTIPATFQVIYMTGW+EHSS 
Sbjct: 273 EHLRAMGETNALLERNKILNRETAVATAAIYDSMFATEDGTIPATFQVIYMTGWREHSSH 332

Query: 394 QKAKRRGSATISFTDIKKQFG 413
            +AKRRGSAT+SFTD++KQFG
Sbjct: 333 PQAKRRGSATVSFTDLQKQFG 352

The following BLAST results are available for this feature:

BLAST of MC11g1418 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
O80543	1.2e-137	77.88	Putative methyltransferase At1g22800, mitochondrial OS=Arabidopsis thaliana OX=3...	[more]
A3KP37	1.2e-68	45.79	Arginine-hydroxylase NDUFAF5, mitochondrial OS=Danio rerio OX=7955 GN=ndufaf5 PE...	[more]
Q5TEU4	3.0e-67	45.79	Arginine-hydroxylase NDUFAF5, mitochondrial OS=Homo sapiens OX=9606 GN=NDUFAF5 P...	[more]
Q5RBS1	1.1e-66	45.45	Arginine-hydroxylase NDUFAF5, mitochondrial OS=Pongo abelii OX=9601 GN=NDUFAF5 P...	[more]
A2APY7	9.6e-66	46.13	Arginine-hydroxylase NDUFAF5, mitochondrial OS=Mus musculus OX=10090 GN=Ndufaf5 ...	[more]

BLAST of MC11g1418 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_022141744.1	6.62e-301	100.00	putative methyltransferase At1g22800 [Momordica charantia]	[more]
XP_022925466.1	2.21e-246	85.33	LOW QUALITY PROTEIN: putative methyltransferase At1g22800, mitochondrial [Cucurb...	[more]
XP_022973985.1	8.25e-244	84.18	LOW QUALITY PROTEIN: putative methyltransferase At1g22800, mitochondrial [Cucurb...	[more]
XP_038889820.1	2.17e-229	92.29	putative methyltransferase At1g22800, mitochondrial [Benincasa hispida]	[more]
XP_011656106.1	1.78e-228	91.48	putative methyltransferase At1g22800, mitochondrial [Cucumis sativus] >KGN52686....	[more]

BLAST of MC11g1418 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1CJP6	3.21e-301	100.00	putative methyltransferase At1g22800 OS=Momordica charantia OX=3673 GN=LOC111012...	[more]
A0A6J1ECA4	1.07e-246	85.33	LOW QUALITY PROTEIN: putative methyltransferase At1g22800, mitochondrial OS=Cucu...	[more]
A0A6J1ICS2	4.00e-244	84.18	LOW QUALITY PROTEIN: putative methyltransferase At1g22800, mitochondrial OS=Cucu...	[more]
A0A0A0KXX9	8.61e-229	91.48	Methyltransf_11 domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_5G65...	[more]
A0A5A7TCE0	2.47e-228	91.19	Putative methyltransferase OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaff...	[more]

BLAST of MC11g1418 vs. TAIR 10


Match Name	E-value	Identity	Description
AT1G22800.1	8.7e-139	77.88	S-adenosyl-L-methionine-dependent methyltransferases superfamily protein	[more]

InterPro

Analysis Name: InterPro Annotations of Bitter gourd (Dali-11) v1
Date Performed: 2021-10-25

Position :

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IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR013216	Methyltransferase type 11	PFAM	PF08241	Methyltransf_11	coord: 171..261 e-value: 1.3E-9 score: 38.5
None	No IPR available	GENE3D	3.40.50.150	Vaccinia Virus protein VP39	coord: 165..363 e-value: 1.3E-14 score: 56.3
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 44..65
None	No IPR available	PANTHER	PTHR13090	UNCHARACTERIZED	coord: 73..411
None	No IPR available	CDD	cd02440	AdoMet_MTases	coord: 163..265 e-value: 7.96101E-8 score: 48.1951
IPR029063	S-adenosyl-L-methionine-dependent methyltransferase	SUPERFAMILY	53335	S-adenosyl-L-methionine-dependent methyltransferases	coord: 184..339

Relationships

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


Feature Name	Unique Name	Type
MC11g1418.1	MC11g1418.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0032259	methylation
biological_process	GO:0032981	mitochondrial respiratory chain complex I assembly
cellular_component	GO:0005739	mitochondrion
molecular_function	GO:0008168	methyltransferase activity