MC11g0746 (gene) Bitter gourd (Dali-11) v1

Overview


Name	MC11g0746
Type	gene
Organism	Momordica charantia cv. Dali-11 (Bitter gourd (Dali-11) v1)
Description	methyltransferase-like protein 25
Location	MC11: 6024911 .. 6046994 (-)
RNA-Seq Expression	MC11g0746
Synteny	MC11g0746

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.

AAAAAAGTTAAACAAATGTGCTAAATTTGTAATTACTTTATTTTTAAAACCATTTACGAGACAAAAAAAAAAGAAAAAAACACTTGCATAAAATTCACTTATCTAATATTTTGGCTCGAGGATATTGAGGCTCAACTCGTAAATGTGTGTATATATTTCTGTTAAATATTTACATGTATGTATTTAGCTGCAGCGCCATCGGTGGTTCCGTTGATTTGGCGACAAAAAATGGCGACTGATTTTCGCGGCAATGGTGGCAGCAATTGCAACTTCAAGTGCGACACTGCAGCCAATACTCTTCAATGGATAAAGGCCATCGCCGACTTTATCAGACCCTACTCGTTCTTGATCAATGCTCCCGTCGTCAATTTCTTCAAGGTTTGTTAATTTGTTTCTTCAAATTTGCACAAATTCTGGAAACTGATAGGAGTGTGCCTTGTAATTTGATCTTGATTATTTTTTACTCACGGATGTTCCTTTCTGATTTCTGTTATGCTAATGCTTCCATTATATCCTCCAGGATAGACTATGGGAAGATGTTGATAAGGAATGGATGGAGTGCTTGCGCAAGGAACCTGTTAGGAACCTGCTCCTAATTCCTTCTGGAGTTGTCCAGGTGCTTCTGTTTCTGTAATTTAATTTTCACTTAACATGAAGATCACTGTTGGACTTGGATTTCATTTCCATTAGCTCGTGTTTGGACATTTATAACTTAGTTTAGAAGCTAGAATTGCTGCGCTCACTTATAAGCTATTTATCCACAACAAAATTACGCAGTAAGTATTTGGCTGAACTGTTAAGTACGTCTTCTGATTGATCCGTTACTAGTCATTTTGGTATATTTTTATACGTAATCCTCTACATAAATGTCTGACATAATTGTCTGATTATCCAGATCGAAGTATAGCATCTATCGATATATGGATTTTGTAGAGTATTCTAGAAATATTCGTGGAACTGAAATTGATCATTAGATGTAATTTGTTTTCAATATGAAATTCATTGTATAGCATTAACAAGGAATTGATGTACAATATAGATTTGTATTTCGACTAGCATTGGCCCTGTATCTTTTTTCAAGAAAATTTAAAATTAGTTATTCTCAGAGTTAGTATGTGGTTGGACGGCTAATTCTGTTGTATGAATTACAGTTGGATTGCTCTGTATAAATTAAGTTTCAGTTCCTGGGAAGATTGATGTGTGATGGGTTGGGATTTATTATTATTATTATTATTATTATTTTGGAACAGATGCCATAAAATTCTGTCTAACCACTTGTTTTTGCCATCTGAACATATAAATTTGGTTATCAGTAATTATATAATTGATTAACTGGAGGAAAAAATAAGGGTGCTAATATTGAGTAGTTGGCAGTTATCAGCATTGGGTATGGGAATGTTTTATATGGAATAGGAAATATTCGAGTTTTGGCCATGATTCTGCATTTTGTTGCAAATCTCTCTCAAATATCTGTTTGAGTTGTCTTCGAATATAAAATTCAATCTAACATTACTTCCCAAAAGGTAGAAAAATGTTTGGACTTCGGATGTTTTTTGTGTAGTGTAATTTCATACCATTTGCTTTCACGACGCTCTTTATTTTTCCTTTCTGGTTTTCTCAGAAGATTTAGGAAGTGATCAATAGTCATATAATCCAAGAAAGACATCCCTAGATGTGTCAGATCTCTTGAAATGTTTTATCATTTATGGTTGACTGAAGGTGTAATTAGTCCACCATCTACTCGAGGTTGCCATCAATTTTTTCTTTGTTGCGGAGAATTCTTGAAAGTCGAATCTTGTTTGGGGATCCCTATTCCTATAAATGGTTTTTTGGGTGATACCCGTGCTTGGTTTTTTATAGAACTGCAATTTTATTTCTTGGAATTTGGAAATAAGTATTAGATATTTTAATCTCAAATATAACTTGGAAATATTGCTGATAGTTTAGTCCATTTGAGGAATTAGTGAAATATGTGATAGAGCAGATCTTTTTTGTGGTTCTTGTTACGAGTGACTTGCTCTAATGTAGTGAAAAATGATTTTGTGATTTGATGATATGACCCCATCATTCAGGAATACTGGCCAGATTCATTAAAGAAATTTATCCTTACTTCAAGATCTCTTGCCTTCCAACGTGAACAAGCAGATTTACAGAAGGTAGAGCTTTTATGTTATAACATATATAGATGTCATTTATGCTTAGTTGACTGCGTTTACTTGATTAGAAAAACTTTCTGCCTATAGCAAGTATGAGAAACATAAGGCTAATCCTCCTCATGCAAATTTTTTGGACAAATTGGGAAGCTACCTCTTCTTATTCACCCCTTGGCTTAGGTATCTGGTCTCGTTTGTGATCTTTTGTTGTGATTAGAATTGTTTCTTACTGAAGAAAAAGATGGGAGAGGTATTGACAGTTAACTACCCCTTCTAATGATATTAGCCCAGTTATTAGTACGTTTTTATTTTTTTTAATAAACCAAACTTTCATTGAGAGAAATGAAAAGATATAAAGGGCATATAAAAAAACAGCATGACTAGAGAACACCCTAAGGGGCTACAATCCAAAAAAAAAAATTACACCTTATTAGTAATTACAAAAACTCCAGGGAGGTGTTATAAGTACGTATTGTTGGAAGAGAGTTAAAGAGGGGTCCCATGATAGGGGCATTGTTAAGCGGCTGTGAGGCCTTTTTGTAACTAGCAGTAACTAAGAGAGTTAAAGAATGTTACTATAATTATCTAACTTACATGTGTCAATCAAATAAAATGACATTCTAGGTTGTTTATCCATCTTCTTGGGACTACATTTGTGTCTACTATTGCAGGTTCTGCCTGGTTGGTGCATGGCTTCGCTTAACACAGTTCTTGCTCAAGGCATGAATCAGAAGAAAAAACATGAGGCAAGTTATTGAGAGATATATTTCCAAATGGAATACTTTAAAGTATCCTTGAGTGGGGGTATTAGCAAATACTTTAAATTTTATATCAGATAGCAAAGTAACTATCAGACTAATTAAGTTAAAATCTTTATCTGTGACAAAGTAATCTTATTTGTAGGTCAAGTTCAAATATCCTCCTTTTATTATGAAGCTCACTTTCTTTTCAATGCTCGACTTTGATTTTGAAATTGAGGATTTAACTTTTGTGATCTTGCTTTCATATGTAGGAGTCAAGTTCTATATTATTCATTGTCAATTTGGTGGAGAGCTAAGGCAAAATCAATAGGTTAGTTCTTATCATTTCAAAAAAAAAAAATAATAATAATAATAAAAAATATATATATACAAAAACAAAGTGAGTAGGTTATTTTATTAATTCTGAAAATTGGTTACAAAATAGTCCTACATCATTCGTTTCATTGAAGATTCTTATGATTTTTTCTCCCACGTGGAAGGAAGTACAAATCCAATGAAGGATTTCCCTTTCAGTGGTGCATGGTCTATAGTCATGCTTGGAAGGAAGATAGTTAAATAGGGTGGGTTGGGGGTTGAAGAGCTTCAATTGATTTCTTTTTAATGATTAGATGCAATTAGGACGTTATGGAAACCACTAGTCAGTTGCATCTTTACTATACAAAGCTATGATAATTTAAATTTAATATGGTTTATACTTGGTGCATTTTGCATGATTTAATCTGTGGGTTGTATGGCTTGTCAAACATGGTGATGCAATCTACTAACCGTGTTGTGAGAAATTATAAACAAAACATTTTCTGTGTGATTCATTAGGAAATTTTTTTAATGCATCAACAGGTTGAAGTCCTTTCGGCCGTTATTAGTTCGATTGCAAGTGACCTGAAAACTCATACTATTGTTGATGTTGGTGCTGGTCAGGTAACTCTTACTTTCATTTATGATATGCAAGATGAGTGAGTTTGATACTTCATCTGAGCTTTGTTATGGTCTTATCATTTCTTTATTAGGTCTAAACATCTTCGTGCATACAATATGTTTGATATATTGACTTTTGTAAAGTGGAGGTCTCTTGTTGAGATGTACTCCAAAAATGAGCGTTTATGAACGTAAATTGTGTTGATAAGGGGTGGGGACGTACATTTTATATGTTGGTGTCACTAAAGCATTGGAAAAATTAGTAATTAGTGAAACATAAGCAAACATTGAAATAAATGAGTTGATAGATATCAATTTAGAAATTGGAGGAAAACTATTGTAATACTTATATATTTCTTTCTTAGTATTATTTCTTTTTGCACGTGGGGTCCATGATTGCTCCGTGACATATATGTTTCTATTTCCTAGATATAAATCATTTTAGGGCTTTTTTGGTGGTTGGGTTAATCAAGATCTATGATTTTGATTTTTATAAAAGAATCGAGATTTCTAATGTAGTATTTACTATTATTAGAGCAACATTTAGGCCTTTTTCTGTAAAATAAATAAATAAATAAATAAATAAGAAAAAAGAAAAAGACATTTAAGCCTTTTTTCCCCCCTCTTTCCTTTCCCTTTCTTCTAATATGTGGGGGAAACAAGACTTCCTCATTTAAATATATAAATTTCTTTATGAAATTAACTTAATTAATTTTATGTTGTGGTACTCGAGGAATTGAACTTCACTTGCTTCCTTTATGATCAATATCTGAGAGTTAACTTTGTCGAGGATATTCCTCTAAATACTTTTGCATCATAGCAAAAATGTTCGCTCTGTTCTTTTAATTTAATCATTTTCTGATGAATCTTTCTTTTCTACATTTGATATGCATAAAGGCACCCATATTTTTTGAACGATTTCTTCCTCTGTAATCTACTTGATCCTTTTTCTCTCTCTCTCTCTCTCTCTTGCATTAATGTTTCAGTCTCTTTCTAAAATAGTTTATTTTCCATATAACTTCTTCCTACAAAAAAGAAATTCTATGCAACTGTATGCTTCGTATAAAATCTATTGCATCAGGAAAATATGTAGTTGATTTGATACTTATGATCTTTTCTTGCAAGGGTTATCTAGCACAAGTGCTCTCCTTCCATTACAAGCATTCAGTTCTTGCAATTGATGCTTGTTCCCATCATGGAAATGTGACAAGTGCACGTGCAGGACGGATTAAGAAGTATTACTTAGCTCAGATTCGTAAGTCTGGGTAAGGGTCTAGAAAACATTTTTAGCCAGGAAACATTTTATAGTGATGCAAGAATATAGAATTAATTTGTTTTAATTTCATTTTTATTAAGATCTCCTCGAAGCTTTATCTCTTATATGTGATCTTTTGAACTCGGTCCATCTATTGGAGTGTTGGTTGTCTTAAGAACTTCTAGTTTCAAGGGATTGATAACGAGATCAGTGAGAGCATCTATCCACATTGCAATTTCTGAGGCCAAGTAACATTTTTCAATGATGCTCACCTTCTGAAGGCTGACATAAGTAATAGAAAAACGCTTCTCTACTAGGCGTCTTCAAATCTTAGAGACCAACTTTATTAAAATTTCTAATCCCCAGAAACAACAGAGAAATCATTTTGCAATTCTGATGAAACTCAAAGATCTTGTATTAAGAAATCATTCTCGCATGCAACCATTTCTAAGAAATCAGTCATTGCCCTTATAATGTGGTTTCAGACCTTTCGGTCATTGTAGCTCAGAGGCAAGTAGAACAATAAGGCTTCTGGATACTCTGGTGTATCTTAGAGGACTACGTGCAAACCTTGTTTTTCCTTTCCCTAATTTAATGATCTTAGTTTCTTACTAGACAAAGATAATATTTTGGTTTCTAATTTTTCCTTAAACTTAGTATCTTCAAGTATTATTACCCCTTTTCTAATTTTTCTTGAACTTCTGCCAGATTAGAAGCCAGCAGTTTGAGACTACCAAAGGCAATGACATTCCATGTGTTGTCAGTTGATGCATTAAAATCCCTTGCCAACATGTTGTTGCAAGACAATCATGTTGAGGAGAGTGTGCCTAGCGATGATCAAGAGAAAACCAATCGGCAAAAGTCAAAGTGTTTGTGCAGTTCAGACAAAGAACCTTCATTGGTTCTTGCTGGTCTTCATGCTTGTGGTGATCTTTCAGTGATAATGCTTAGGTTAGAATAACACCATACTGAATTGCTCTTTTTATGAAAGATGTGTCTAATATATGTTTTTTTTTTTAAACAAGAAACAAACTTTTCATTGATAATATGAAAAGGAAGAAAAAAGAAAAAAGTTCAAGGATACAAGCTCCAAAGAACATAGAAATCAAAAACACATGAACAAGATGAGATCTGAACATTAGCATTTTGGTGATTTTTTGAGGAATATAAATTTTAATTTTAATTTTAGGTTTTGATAGTTTCTCTTCTTCTTCTTCTTTCTAGTTTTTTATTTTTTAAATTTAAGAGTGGCCTAAGGTAAATCATGAATCTTCTTTCATAAATTTGGATGATTAAAAAAGTCTATGCTATGGCTCTGAGAAGCTAATTGGTTAGGAACTTTGACTTCCAATAATATACAAAAAGAAGATCCTAGAAAAATTCAGGTGTTGTGAATTTGGTTGCTCCACCTATTGAATGTCAAACATCATCGAAGAAACTACTTTTCATAGCCCTTCTAAGTTGCAGATATAATCCATATAAACTAGTATACGAGTTCTTAAGTTATTTGATTTTCCCTACAGTATTGCAAAGGTGATGGGCAAACTAGTTTCTATCATATGTGTTATTATCTCTCTCCTTTCAGTACAGGATTTAACAAATGCACTATATTTCACCATTTAATCCAGGACTTTTGTAGAGTGCAAGGAAGTAAAAGCAGTTGTTAGTATTGGTTGCTGTTACAACCTTCTCTCGGAGGATGGATCAGACAACAAAGATGTCCAAAATGGATTTCCAATGAGCTCCAGAGTCAAATATTCTGGCTTGTCTCTTGGAAAAAGTGGCAGAGATCTCGCATGTCAGGTCAGCTTCTGACCTTCTCCACCATCATAATAATAACAATTTTCATTTTGTTTCTTTATCTTCTGAAGGCAAATTAGGTTACTGTTTGAGTTTTCCTTGGATCACCTGGATCATAAAAATAACGATTACATGGGGTTATAGTGGACACTTACCTGGAAAGGTTAAGAGAAATAAAAATAGTTTTATGCTTTAAGTATTCTCTGAAATAAACTGAGATATGCAAGGTGATCATAATTGTCGTATGATTGAAGCATGTTGTTTCCAGGAGATTAAAGGACACTTGTTGCATTCCTAGAGTTGTTTACAATGAAGGAGAGCTAGGGTTTACTTCAATATGTTAAGCTTCTATATTATTACGACAAGTGCCTTTGCAAATAAAATCTAACCACAGGTCAAAAGATAATAGCATTTAGAACATTAATAGATCTATAATTTTCAATGGACAAGTAAAGTTTATAACTTGTTTTTCTCTTTAGAGTGCAGAGAGATGGAGGAATTTGGAAAACGAGGGTGGTCTCCATAATTTTGAGTTGCATGCTTTCCGTGCTGCTTTCCAAATGGTAAAAGTTGTGATCAATTTTTTATAATCTCATAGGGCGTTGTCATGTAACTTAGTTCAATTATAATTTGCATTTAGTTTCAAGCATATTTTGGAAAATTTATTTTGAATTGGTTTGAATTTTGATCTCGCCTCCTAACATTGTTGCTTCTCTCCCACTAAATTCATAGCAAGTAAATAACTATTTATTGGAGGCCTTCAAGGCTAGTTATCTCATTAGAAAAGCTGTTGGTCTTGTCGTAGAAGCTGCGGCGAGCTTGTGTTCTGGTTAGAACGTAGCATTCAAAATTTTGAAATGTAGACTATTACGAAAAGGCATGGGTAGTTTAGTCTTGCTCCTTGATCTCTTAAAGTGTCATGCACAAGTTCTTGTTGCAGATCAACTGGCAAAAAAGAAAAATGATATTTGAAATTAGCTTCGGACATGATTTCTCATTTTGGTTTTCCATTATTTCTTTTTCCTTATCATCCCTTAAAGATCTCTCTGTCCCATCAGAAGATTAATCCTATGAGATTCTAGAATTTTTCTTTTCATCAACAATCCATAGTACTTAAATAACTTAGCCTGTCAACAGCTTGTAAAGAGGCAATAGAAGTATAGATCACCTAAGTTCTTTTCTGCCCTATAAATCTATAACATAAACGATCCAACTGAAGTTACAAAAGAGAGGGTTTTAAAGTTGGCCAACCATAATTTACACAAAAGATTCTTGAAATAGAACGTAATTTGTCGATCTATCTGCATAAACTTTATGCCTTTTTTCTTTTTAAGTGTTCCTTTATTTCTATTTTTCTTCTGTGAAGGTTCTCTATAGATATTATCCAGAAGTTGTAGCAACTTGCCCATCTATCGGGCGTCAAGGAAAGGCTTTGCGTCGTCGAAAGAAAATAGAGGCTTCAGTATCCTTGCAGTGTCATGAAGATAAGCTTGAGGCGTCACAACAAGGTATGAGATGGTAAATCCTAGAATATCCTAGCTTTCTATTAATTAATGGCGTTCTATCTCACCCTAGTATCCTGTGTTGAAATGGAAGATCTTAGAGGGGTTAGTGGGTGGTGCAACCTAGCTTCAAAGAATCCATTTGTTTCTATAGTAGATAGAATACGACTAATGCAATTTGAATTGTTTTGTTGACCATTAAAATTTTCAAATAACAGTTTACGTATACTTAGCTACACTAAAAATATACTGCAGATCTTATTGGGGAGCTGTCAGCCAACAGAAATGCGTTGTCTCTTACCATTTCTGACAATGGGAGTATGCAATGTGAACCATCCAAATATGTGGACAAATATCCTCTTTTCGAAAAGTTCTGTCAATCTGGATTAAATCGTCTCGGACTTCAAACTTTGCGGGTTATGGATTATTTTGGAATATGGATGGACACTGAGCCTTTTGCGGTATGTTTACTTAGTTCTTATACCTGTTATATATGACTAAATCATATACGAATTACAAGTTACAATAATATACAAGCTTTAGTCTAAAACTTTTTAGTTGCTCCAAATTAATAATTGCTGTTGATTTGATTCCCTTGCTTCTAAGACGTTAACATTAACTTATTATTTGATTTGCTTCAGAATTTTAAATGCTTTTAATTAACTATTTGGCGTGATATCTAACTTGATCAACTGAATGCTAGAAGTTCAAATAATAGTACAATTATCTCTGCATCCATTGAATTATTAGAATTTAAGTGCTAAACCATTCAATTAGTATTGAAGGCACCATTTTATGATGTTACTGTTATGGGGGATTCCATTAATCTGATTTAAGCACATGAATGAAACTAAAACTTAGTTGGAGGATGCTGCATTAGGTTAGACGATGTCAAGGTGGGTGCTTAGATGATGGTGATTATGTGTTCACATTATTATTATGCATCCTCGTATCATACAAGGCTTTTGTTTATGTCCAATTCATAAAATAAGATAGAACATTGATTCTATATATAGAGTGTTGTGAAGTGTTTAAAAGAAGAGACTTGGTATGTTATGTACATGTATAGTTATAGGATGTAACCGTAAATTCATATATTGTTAAGTTAGAAGTTCTTGACGAGCCCTTCCATTTAGCAGTAGATATATTCATGATACTTACTCCTAGAAAGGCAGGAAAGCACTTAGGTGGAATAAGAATCTGTGTATATTATAAAACAAGATTTCTTTATATAAACTTTTGAAAAGTCATTATTACACATAACGGTGAACCATTTATTGTATACAAGTGTACACTCATACGTACCTTGAAGTCTGCAACTGAAATAAAATGACCAAGCTGTTGACTAATGATACAGTTAGTAATGCAGTTATGCCATTTTATTATGGAATTCACGTTTAATTATTTTGAGAAAAAATGCTAGATAGGGATCCCGGACCTGAAAAAGAAAACCCTTCATTTAAGGCCTAGAAATATCAGCACCAGAACCTCCCCTGCCCCTTGCCACACCCTGAACCTCTGACTACTCATGGAAAAGATTTGTATTTTTATGTGAAAATTTAGAAGTCAAACTTATGCTGATGGCTGAAAATATTTCCCCAGTTAACAAGTAAATCGCATGCAGGAACTTATTGGGCCTTACTGGTCTCTTCGAGCTGCTCTGGGACCAGTTTTGGAAACATGTATTATCCTTGACAGATTACTATTTCTCCAGGAGCAAGGTGGATCTCTTGAAGCCATATTGTTACCTATTTTTGATCCGGATTTATCTCCAAGGAATGTGGCTATAATTGCTAAGAAAGTTGGTGCAACATAAGATTTATTAGGAGAAAAGGTAATCCATAATACTAGTCAATGTAGCATTTTTCCAAATTTTGTCACTGCATAATTTTCTTTGTAAGGAAACTTGGATCCAAGTGAGTTTTATAGTCGTGATTCCAATTTGATGAGAGAGTGAGTGGCCTGTGTTAAATAAGGAAATGTCCGAGCTAACTTTTCTGACCTTAAGATTATCTGGGTGTACTATAATTTTAGGAATCAGAGAGAAAATTTTATATTATTTTATTTATACATGCTCACCTCGAAAAGAAGATATCAAGATACTATTTATCTCTTTCTTACTTTTTGCATTTTTAGTAGGAAATATTTAGAAAGATTTTGAGCCCTATTAAGTTGAGATTTGAATAATAGTTTCGAGAGATATAGAGTTGCATTTAAAAGCTTCAAAATTCTGAACTTGGTTTGATTGTTATGTCTCAAATGTCAATTTTGATATAAATGTTTTAGGGGTATCCAGTGACATCTTTTAGATTTAATGTCATTCACATATCTAAAGTGTACGTGTGGCATTAGAATATATGCATATGGGATTTAGATTTACAATTTAAACATACCTGGTTTTGAATTGGTCATAGGGGTTGTACGTTGAAATTTCAACAAGCTGTTTTCTGTAGTCAAAGGTTTGCTTATACAAAAGTTGTTAGATCGATATGGTTTAAAGACTACCAATAAAATTATGTGCTCACATCTTCCAAAGGTTGAGTCTTATGGATTCGGGAACTATGGTTTGGTAGGTTTTAGTGTTTCTTATCCATTTATTTTTCTTTGGAATAATAAATGGCCTGTTAGGCCATATTTTGCACGATATTCTTCTTATTTTCTTATCCATTTACTTTTCTTTGGAATAATAAATGGCCTGTTAGGCCATATTTTGCATGATCTTCTTGTTATTTCAGTCAATACACCATATCCCTCAGCTGACTGATGAAGTATAAACTTGATGATGATACTATTTGGAATTTAAGTATGGGAAATAATACTGAGCAATGTGATGTTCTATTACACTGGTGTAACAGGATGTTAATGATTCTGTATTAATGCAGAACTCAAGTGCTGAACATGGAATATTTGAATTCTGCAAATCTTATGGATTCCCTTCGCCCACAGTTTGTATTTCATTTCAGATTATTCCTTTAACAATTTCTATAATATTGTTTATGGTACCCATTAAACATGATAAATCACCAATGAAACCAGAAGTTTAAGCTGATGGGTTTGGATAGATTTAATCATTTATTGGATATCTTAACACTTTCCTTCCCTCGTGGGCTTGGAAGTTAGCACAATGCCCAACTAGTGGAAATCAATATGAAATGGGGAGGAAATGACAATAGAGGGGTTCGAAAACAAGACCTCTTGTTCTTATGATAACTCCAGCTTAAACTGATGAGTTAAGGCTGATTTAATCATTTATTGGATAGATTTGTTTCTAGAAGCTATTTGGGGGGGGGGGGGGTGTTGGCGGCAGCTGAGGAGAGGATGGGTTCAATTTCTTCTTTCCTTTTGTTCTGTTATATGAGAGATTGGATAAGAAGATCAATCAGAAAGAAGGCTTTTTGTATCTTCTGGAAAGAAAGTCATAAGTTTACAACAATTCCTTTCTCCTTGACTCAGTGGCAAACCCGTAATTCCTCTGAAACTTTTGAGGAATATCCATTTGAATCCTTCCGGATCTCAGCTCATTCTCAGTACGTCAGTGAATTTATCAAATTGACCTTCACATTCACAGGGTCCCCAAAAAACTTCTATTTTCAGTATTGACCTGAAGATTTTTTTGTGGTCAGTGTTTCCAAAGAGCACAGAAAGAACTGGAGGCCAGGCCACCACAAAAATGACCAAATCAGAGTTGCAATTTCAGGTACGGCTTCTTTAGTTAAAAACAGATGGCATCTCCTCAACGTGGGGGGATACATATCTCAATTTTGAATGCTATTTTGTCTGTCATACAACACCAGATTCTTCTTGTTCTGTGGCTGGTGGGCGTTTCAGAAACTGCTGCTGCTGCTTTGTTTTTGTTTCTATGATGCACCAAAAGAAAACGTTGCTTTCAGTGAAAAGGTACGCCGTCTTCATCTCCTCCTCAGTAGAACAGAAAAATGGTACACTTCAAAAATGGTTAGTAAACTACATATGAACTTGTCAAAAAGGTTGTGTTGGTTTATTTGTGTGGAATCTTAGCTTTTGGGAAAGTTGAGCATATCTATAAGGAATAATGTATTCAAAGGTTTGAATACATTTGGATAATGGATGGTGTGGGATGATGAATGATGAATGATGATGTCTCCATCATAATAAAAATTATTAAGCTTTAGATTGGGAAGGGCTAGGATGTTGATGGAGTTTAGATAAGGGTTGAGTTCTTTTTAGTGTTTTAATTACTATGTAGAATATTACGTCATAAATATGAAGTGGGAATTGAAATCTACGACCCTTTAGGAGAGATAAAGATCGTCTTGACTGCTAAACTAAGCTTTTGGTTGGTAACTTTTTACCAAAATCGTATTCAATAATTAAAAGAAAATATCGGCTTATGAGATGGGAAGTATGATTTTTTTATAATCGATAATTTAGTATATAAATTGGATTTAAATTATATTTTGAACCTCAAAACTTTTGGATTTGTTACGTTGTAGTAGATAAACTTTCATTGTTTTATTTTACTTTTGAACTTTGGAATATTTTGTTTTATTCCTTAAATTTTGCACAAACAATTCTTTGTCATTATTACTTTTTTTTGTTAATATTTATTTTAGAAAAAACAATTTTAGAAAAACATGTATCTTATTTTAGAACTGATAGTTGATCTCATATGAACTTGAAATTAACATTGAATCTTATCAAGTAATTATTGAACATATGAAATTGAATAGAATTTCATAGTTACTTAAAATTATCAACTGATTTATTATTTTGTAATTATAAGATAGTCACTATATATATTTTTCAAAAAAAAAAAAAAAAACTTTGTACAAGTTTTGTCACTTTTTATAAGTTGACCCTATCGTTTTTCTTTATCTTCTACTTGGAATTGGCGGCGGAAAAGCTTTTTTTTTTCCTTTTTTTTTCTCACCAGTCTCTCAAACTATTAAAAACAACTATTTTTATAGTACATTTTCTCAGCAATTATAAAATCTTCAAATGCGTTTTTTGGTATTATTTTGTGTGTTATTTTAGAATGGGCCTCTTGGGCCCAGTTCTTTTTCCCTCATTTTTCTTTTATAGGCCATAGACATACCATGTTGCTGGTAGTCATATAGCTGCACACTGGATTAATTAATAATTATAAGGGAGTCTTCTTTTTTAGCTCATGGGTTATGATTGTGTAGTTTTGGGTTAAGAAATCAAATCTTTATTTGGTATGTGAGTTTAGATAGTTGTCTTAAGACTACGGATTAACCTGATAGATTACATAAACCTAACTTCATTAAACTCGTCTTTTATGATAAATATTATCTTTTACCAATTATAAATGAGTAGGTTACTCAGCCTTTGGTTTTTATAACTTATTCCTATGTACAATTTAGAAATAGATTATTCAAACTTAAAAGGCTTTTCGACTCTAGACTTTATAAGCCCAAAGTTATTAAAACAATCCTTCAAATTTAGGTATGTATTTCCGACTAAGAGGTCGTGTGTTTGAATCTTCACTCCACATGTTGTAGTAAAAAAAATATTTCAAATTTAGCCTTCTAACTCCAAATCTTATATGCCAAGTAGCGTAACTTAGTGAATAAGGTACCAATTTACTATCTTAACAGTTATTCTTCACTTCATAATTGTTGAAATTTATATTAAAAAATATGTGTAAATATTTCATGCCATTGTTAGAAATGCATGGTTCAATGAATTTGTTCACATTAGTCCATTATTTCCCTTTCTCCATATTCAACTCTAAAATCAAACTTATCCAGTAATAGCTCAATTATAATATATATACTTATATATAGATGGTGTTGAACAATTCATTTAGAATTTAAATTCTCCCACTTGTAAAAAAAAAAACCTATATGAAGGTGGCGAACTTGAATCTATAATCTCTTAGATGAAGCAGTGATGTTGAGCTATACTCAATTAAAAAAATAGTACACTGTAAAAGGGAACATTGATATCATAAAAATATTCTTGAGCCCGTAACGTTTTTCATACTTTAACACATGAAGTCAATTTTTTTTTTTTTTTACACAAATGATGATACACCTGAAATTTAATTCAATATGCTTGGGTTGGTGTTTGAATTGGAGTTATAAATTTTTTTTAGATTAGTTTGAGTTAAAATTTGAACTTGCATATATTTAATATGTCCATAGGTTTCCTAAAATTACTTTGTATTATAGTAACCTAAATTTAGGTGTTAACAAATCGTTGGATGGGTCAGAGAGAGCATAGTTCATATAAAAAAAACAATTACGTGGTCATTTCCTAAATATGAAACTTTCGGACATTGATTGAATAAAAGCATTTTAATTGGACATTTTGAATTTAAGTGAGTTTATTTTAAAATAATGAAATTGAGTTTGATTTTTTTTTTAATAATAAGTAAAAGATTCCAAGTCTCCTTCACTAGAAAGTTGAGAATATTATCCACAGAGAAAAGGGGGGGTCTAGAAAAATTTGTAGACCACAGAGTCTTTTTCCTAAATGAACGACAACTTTAGAGAATTTTTTCTAGTGGAACTTCCTATTGTGAAAGAAATATTTTAAAGTCACAAGTACAAGTTTAGAGAGATCTTACTTCTCCTTGGGAACTAGCCTAAACAAAATAATATTTAGCTATTTATCGATTACAAACGTTAAAAAATTGACAGTTAAATGCGATGAATGTATAAATGACTGTCAATTTTGTAACCGTGAGATTTATCGATAAACATCTCAATATTATTCGTTGAACTGACAATGCCCACGTTTAAATCTTTGTATTTACATTAATTCTAGGGACTGGTAGGACCAAAATTGGCCCAATAGACTGAAGGGGCCTCCTCCACAACACTCACTGATGGAGGATTTCTTAGGTTTTCAATGAAACAAAAATTTAGTGCTTACGAACTTTGTTGTGAACCAAGTTCTTTCTTCAAATACATAATGATAGAAATGTATCTTTATTGTTGATAAGATTAGAGTATATCTTAATTGGTCCAAACCTTGCTTTTCAGAAAAAAAAAAAAAAATTTGAAGTTTCAAATCTCCTCAGCCAATTTATGTTCCTAATCAACTAAGTTTAATTATTTATTGAAGATAAGAATAAATTTAAATAAATAAAATGAATGAAAAAGCAATTTATCAATATTTTTTTTGTAAAACGTACTGGCAAAATTTTTTCTTCTTATCCTTGCAATTACCAAATATTTTTATTGAAAAGATTATTATAACTCTCTTTTTTATTTTTTTATTTATGAATTCAACATGGGTGGAGATTTAAAGACTTTTAAGATAGATATATTTTAGTTTTTTTTTTAGTACATCATGTGGAGTGGAGGATTGAATTCACAACTTTTTGATTGGAGATATGTGTCAATTACCGCTACTCGTTTTGGCATTTATTTTAGCTAGTTGAACTATGTTAGATTGACACTTGTAAAAGATAAATTATTCTTGAAGTTAGGTGTCGGATGATAAATTTGTTGATACAATTAAAAGGCAAATTACAAGTCATCCTTTTATTTATTCCATTATAACATGTGAATATTTAATGATGCATGCACAATCAATTCAATTAAGTTAGTCCAATGCATGTCTAGATAATTATGAATGCCTTCTTAATTAGTTTCTCTGAATTTTATATTTTTCCCATATTAAAATTCACCAAATTGGAGAGAGGGAAGGAACCGGTAATAGCAGCCAGATTTTGAGGTTAGAATATTGAAGAAGCTGAGTCTAAAGATTGGTTAGATTCAGGTGCCAACTCTTACATAATCCAAAAATTTAATAATGTTGACATACCAATAAATGCCAAATAGATAGATGCACATTTCCAAACAGACCCTTCCATAACTCATCAAACCAACCAGATTCTCCCTCTTTCTCTCTCATACATTTTTAATTAATTAATTAACTCAAATGTGTACCGAAGAAAATTGTGTAATATTCTTGCCTCATGGAATTAATTAAATTTTAAAATAATAAGATATTGTGCTATAATTATTGAAAAGAAAAAAAAAAGGAAAAATCTCTGTGCCTATGATCTTTTTAAACGAATCATTTGATGACATTCAACCTCCACACGAAATATAAAAATATCCTCCATGTAATATTTTATTAAATTAATTAAAACATATTTTTGTATATATACACGTAGTATAGTATTTGGGCAGAGGCAGAGTTTTATAATTTGAAAAAATTAACCTTTTGATCATAAGTTGTATTATTATTCATTCATCATCATATTCAATTTTCTTTGTTGTCCTTTCTCTCTCTCTCCTAATTCTGTGATTTTGCAGAAGAAAAGTGTTGTAGAGAGAGAGAAGGAAAATGGAGAATAATATAAGCATGGTGGAGGCGAAGCTGCCCCCTGGATTTAGATTCCATCCGAGAGATGAAGAATTGGTTTGTGATTATTTGATGAAGAAGATCGGCTCTGTGTGTGATGATTCTTCTTCTCTTTTGATTGAAGTTGATCTCAATAAGTGCGAGCCATGGGATATTCCAAGTAAGTTATTTCCTGATTTCCAAATCTTTTTTCTTCTTTTGTGTGTGTTCTTCTTTTGCTTTCTTCTTCTTCTTTCTTACTCGAATTCCTTGCTTCTTCTGAAAACGGAGAGCTAATAACGAGTTTATCCTAAGATATTTTGTTTTGCGAGTGGGAAGGGAAGATCGAACTATCGCCTGATGGTATTAGATGTTTTATTCACTTGTGCTGTGTTTGGACGGGTGAATATCTTGTTTTTCTTGAAGATTTGGGAGATGTTCTATGCTGATCTTGAAAACCATTCGTTTGAATTTGTGTAGTGAGAATATTGTAAAACTTGAATTTATGCATAGGTATGCAGAAAAAAGGTCGGTTTCAAAAAAAGTTTCTGAGTTTTTTGAGTTTATGTAACCACAAAATTAACAAATTCGTAGCATAAGATGCTACTGCTAGGCTTGAGTTTATAAATTGGAAAATTCAGTTCATATGCTTGATGGTTTAAAGGTTCTTTTTACATTTTTTTTTTAAATTGGGGTTAGGTTCGAACTCAAGACCTTTTTGTCTCAACATAGTATTTTTTTTTTCCAAAGAAAAAAAAGGACTGTTTATAAATGGGTCAAAATGGTAAATTTTCCAGTTTCATGATTAATATTTATACCAATGGTGATATTTCCATATTTAAGATTATTAAATTATTTATTTCATGATAGTTATTTCTTGGGGGCAATGTCAACATTCTTCATTTAAGTCTTTCCTAAGCTGAGATAACTCTTCTTTCTCTCTTTCTGAGTTCCAAGGCCCAAGGCCCGCAATAATAAGAAGATAATTTAAAAAACAATTGAAATAATATATATATATATATATGCATCTTACACAATCGATATTAATTAATTTAATTGAAAATAAACTAAAGATTAATATATATTACACGTAATCTTTTTCTTCCTCTTTGATTTATTTTTGAATGATTGAGATTTATCTTTATATGATATTTCTAATATTTCTCATATATGATCATATATATATATAGATATGTCAGCTTAAATATAACTCAACTGATTAAGACGTATATTATATATATTATCGGAAGTTCAAATTCGAAATTTATTTATATATTATTAAAAAAAAGAATGAATCAAAACTTTCCAAATTGAAGTCTAAGCAGCTGGAATAGACATTTTTTGGCCTTGTCCCAACCAAAAAAAGGTGTGAGAGTGATTGGTAGCTACAAGCCAACAAATTCCAACCCTAAATATCATCAACTTGTTCTTTGTTCCTTCCCACCCAATGGCAGCCCTCAAAGTGTAGAATTCAAATCAAATAATTTCCAATTTGGAAAGCCATAATTTTCTTCTCTCTCTCTTTTCTCCCACTAATTTAATTTTGAGTCCTTACCAAATCCAATAAGGGTTGTCACTTTCATGACTTGCTGCTATGTATGCTTTTTTACCTTTGAAGATGATTTAATTAGGAATCTTTAACTTCGTTTTTCACCTTAATTTTTTTGAATTTTCAATAATTCTTTAAATGGTGATTGATATTGACACTTGAACTACACATATAATTCGGATGTGGTTCATCCATATTGATGACTCATCATCCAAAGATTCCTTTCATTGATAAATGCTAACTATCTGTTATATTTTCACCTCACAATAAATAAATAAATAAAAGTGTATATATATATATATTTAATATAGAAGTGAACTATTATAGTTTCTTTTTTTTTTCCTTGAGTAGGGTTAAATTTTACTTTTGGTTCCAGTATTTTTATTGAAATAACTATTTAATTTACAAATTTTAATTTATAATGATTTAGTCCGTGTACTTTCAAATTTGTAATAATTTAGTTTTTATAGTTTGAAATTTGTAATGATTTGTACGTCATCCTACAAAATTTTAATTTTAAGATCTAATGAGATTTTTCATATATGTACGAGAGACTAAATGTGTTTATAAATTACATAATAAAAATCCACATTTAATTTTGATGAGATTTTTCATCTAATTTGAAAGTACAAGACTGATAGTTCATGGTTAAACCGTTATTTCAATGAAAGTATAAGAACCAAAAGTATATTTTTTAAGTAATGATTTTAGATGTACTTTTTTTTACATACCAACTAGGAATTTTTTTTTTTACTAATTAATTTAATTGACTATAATGTTGTATTGTATCAGATGTATTTTTCCTATGACTTATTGCGTTTTTAGTTATTCCAATACTTTAAATGGCATTATCGTTTAAGTCAAGAGATTTAGGTAGTGGGTAGCAAATTTAATACTTAAATCCAATAAAAATTTAAATAAATGACCAACTGAGAATTCAACCCTTTTAAAAATAATTTAATTTATTGCCACGATTATAATGCATTTTCAATTTATAAGATAATTTAAGCTTGAATTACATAATATTATTGACAATACCGCTCTTCAATTAATTTCAAAAAACTTTAAATTCTCTCAATAAGCTTCCTTAGTATTTCGATATTTTCTTGTATTATTTGACGGTATAAAAGATAGAAAAATGATGGGAAAAAAACTAAATATAGCTTTTCTCTCTAATATTTGAATTTTTATTCCCTCATAAAATAAAAAGACTTTTTCATCTTATATAATTCAACACATGTTAACTTATTATATTATTGTTTGTTGCTGTGAAAAAATTAACCCACATGAAAATATTGTTATACCAACCATAGTAACTTTACAAAAGTTACCATTTTAAAATTCATATATCGTTATTTTTTAACATTAAAAGATAGTGAGAACTTAATTATAAAAAAGATTCATAAAAGTGTCAAATATCATAGATGAAATTACATTATCTAACTCAAAATTTACTTTTTATTTTTTAAAATTTGGAATTAGTTCAAGCCCTATGATAGCTACTTATCTTAGTAATTAGTAATTCGTATGTGTTTTATGACACCAAATATTGTAGTCAGCAATTGTCCCGTGAGAGGTACGCGTAACTGATTCGGACTCATGGATATAAAAAAAAATTGAGAACAAAATATTATAATTTATGAATTTGGTTTGTAAATTTTGTATTTTGCATGGTACAGGAGAGGCATGCGTGGGGGGAAAGGAGTGGTACTTCTTCAGCCAGAGGGACCGTAAGTACGCGACGGGGCTGAGAACGAACCGCGCCACCGCCTCAGGTTACTGGAAGGCCACTGGCAAGGACAGGCCCGTCTTCCACAGGGCCAACCAGCTCGTTGGCATGAGAAAAACCCTTGTTTTCTACCAAGGCAGGGCCCCTAAAGGCCGCAAAACCGAGTGGGTCATGCATGAATTTCGCCTCGAGGGTCCCCTTTCTCCTCTCAAAGATTCCTCTCCAAAGGTACCACTGATTCTCCCTTTTTCTCTGACCTGCCCTCCATGTGTTTGTGAAAATGTCCGTATGAGTTTTTTGAGATTTTTCTATGTTTTTGTTTTGTTGATTGGTGTGAGTTAATCTAGTTGCTGGGTATTGTTGAATATATATTGATTCAATCGTTATGGTTTCACTTGAAGTTTTTTTTTGGTTCGAGGGGTTTATTTACTGCTGCTGTACGAATTTTTCTATGTTTTTGTTTTGTTGATTGGTGTGAGTTTATATAGTTGTTGGGTATTGTTGAATATATTGACTCAATCGTTATGGTTTCACTTTGAAGTTTTTGTTTGGTTCGAGGGGTTTATTTACTACTGCTGTACGGATTTTTCTGCACCATTTAACCATATAGCCATGTTTTGATTGTGACATTGGTAATGAAATTATTGGGGTTGAATCTCTCTGGTTTGGGTTTGAATTTCATCCGAAAGAAATTAATATCAATTTGCATAAAATGACTGTTTATCAAAATCAGAAATTATCCTTCAAACATTATAGTTGGCACTTGGTATCCTAACATCCATTTTGTCTAATCTTTAGTTTGACTTGGATTTGCATAAAATAATGTATGGATGCAACTTGTATATTGAGGATCGCCGAATTAGTTGGTTTTTTTTTGTCTTGCAGTGAAATCTTTGACTTTATAAATTCTCCCTCACCCGAGCCGACGTTGTCTTATTTGCTGTCATGCGATGACTTTCTTCAAAACTTTAAAATAATGTTAGTAGCTGATCGAGAAAGATTTTATGATCCTCCATATGTATATTTAAATTTAAAATAATTATTTTATTTTTAAATTTATTTTTCATACGATCCTCCGTTGATCCTGGGGAAGGGGGCAACCAAACAAACAAACAAACACTCCTTTCTGAGCTGTTTTTTTTAGAAAATAACGGCTCATTTTCTTGTTCATGTTAAAGGATTGCGTCTAAGGGCCAAGGCCAATTAGTTTACTTTTAGATAATGGCAACTTCTGTGAGGCTTTTAGTGCATTATTTTTCACTGGTTGTGGCTTGTGCTTTGCTGCACAGGAGGACTGGGTTCTGTGCAGATTGTTCTGTAAACACAAGGAAGTTGCCACCCAACCGAGCTCTGGTAGCAGCAGCTGCTACAACGACATGACCACCGCCTCATCGTCTCTCCCTGCTCTAATGGATTCGTACATCAGTTTCGACCAAAACCCGAGCAGCCATTTAAATGAGTATGAGCAAGTGCCCTGCTTCTCCATTTTAGCTCAAAACGAGACAATCCCATCTCTATCAAACCTCATACAAATGGAGCCAAACCTAACCAACACCAAGAACTTCACCACCATGTTTGGAGGATTCCCAAATTCAAGCACTTGTTCATCAAATTTAGACCCTTTTGGCTGTGATTCAAAGGTTGTGAAAGTTGTTCTAAATAACATCACTAAAATGGAAGCAAATGCCAACTCCTTCAGAGGGCAACCCAGCATGGGAGAGGGCAGCTCTGACAGCTACTTATCTGAGGTTGGAGATGACATTGCCAGCTTATGGGACAGGTGACCAGAAGAGAAAATGGAGAAAGAAGAAACCAGAAAGATTGTTGTAAAGAAAATGGTGATTCTCAGAAGGATTATAGTGTAAAAGGGGTTTTTTTTTCTCTTTTTTTAATTTCCCAAGTGTAAATTTTATTGCATATGTGGGGAACTTTTTAAAGCCTAATTCATGGTTGATTAAATGCAACACTGATTGTTTGAGTGCTCATAGACTCGGTGTTTCTTTGTTTTGTCTTTTCTTTTTTCAAATAGTTATACCAATATTTGGTCCAGAGTGTTGTTTATGTTCGTGCACTACTTGGCGTGATAGCGTTTATTCTAGTTCCCGACTATTGATAGGAT

mRNA sequence

AAAAAAGTTAAACAAATGTGCTAAATTTGTAATTACTTTATTTTTAAAACCATTTACGAGACAAAAAAAAAAGAAAAAAACACTTGCATAAAATTCACTTATCTAATATTTTGGCTCGAGGATATTGAGGCTCAACTCGTAAATGTGTGTATATATTTCTGTTAAATATTTACATGTATGTATTTAGCTGCAGCGCCATCGGTGGTTCCGTTGATTTGGCGACAAAAAATGGCGACTGATTTTCGCGGCAATGGTGGCAGCAATTGCAACTTCAAGTGCGACACTGCAGCCAATACTCTTCAATGGATAAAGGCCATCGCCGACTTTATCAGACCCTACTCGTTCTTGATCAATGCTCCCGTCGTCAATTTCTTCAAGGATAGACTATGGGAAGATGTTGATAAGGAATGGATGGAGTGCTTGCGCAAGGAACCTGTTAGGAACCTGCTCCTAATTCCTTCTGGAGTTGTCCAGGAATACTGGCCAGATTCATTAAAGAAATTTATCCTTACTTCAAGATCTCTTGCCTTCCAACGTGAACAAGCAGATTTACAGAAGGTTCTGCCTGGTTGGTGCATGGCTTCGCTTAACACAGTTCTTGCTCAAGGCATGAATCAGAAGAAAAAACATGAGGCAATCCTTTCGGCCGTTATTAGTTCGATTGCAAGTGACCTGAAAACTCATACTATTGTTGATGTTGGTGCTGGTCAGGGTTATCTAGCACAAGTGCTCTCCTTCCATTACAAGCATTCAGTTCTTGCAATTGATGCTTGTTCCCATCATGGAAATGTGACAAGTGCACGTGCAGGACGGATTAAGAAGTATTACTTAGCTCAGATTCGTAAGTCTGGATTAGAAGCCAGCAGTTTGAGACTACCAAAGGCAATGACATTCCATGTGTTGTCAGTTGATGCATTAAAATCCCTTGCCAACATGTTGTTGCAAGACAATCATGTTGAGGAGAGTGTGCCTAGCGATGATCAAGAGAAAACCAATCGGCAAAAGTCAAAGTGTTTGTGCAGTTCAGACAAAGAACCTTCATTGGTTCTTGCTGGTCTTCATGCTTGTGGTGATCTTTCAGTGATAATGCTTAGGACTTTTGTAGAGTGCAAGGAAGTAAAAGCAGTTGTTAGTATTGGTTGCTGTTACAACCTTCTCTCGGAGGATGGATCAGACAACAAAGATGTCCAAAATGGATTTCCAATGAGCTCCAGAGTCAAATATTCTGGCTTGTCTCTTGGAAAAAGTGGCAGAGATCTCGCATGTCAGAGTGCAGAGAGATGGAGGAATTTGGAAAACGAGGGTGGTCTCCATAATTTTGAGTTGCATGCTTTCCGTGCTGCTTTCCAAATGGTTCTCTATAGATATTATCCAGAAGTTGTAGCAACTTGCCCATCTATCGGGCGTCAAGGAAAGGCTTTGCGTCGTCGAAAGAAAATAGAGGCTTCAGTATCCTTGCAGTGTCATGAAGATAAGCTTGAGGCGTCACAACAAGATCTTATTGGGGAGCTGTCAGCCAACAGAAATGCGTTGTCTCTTACCATTTCTGACAATGGGAGTATGCAATGTGAACCATCCAAATATGTGGACAAATATCCTCTTTTCGAAAAGTTCTGTCAATCTGGATTAAATCGTCTCGGACTTCAAACTTTGCGGGTTATGGATTATTTTGGAATATGGATGGACACTGAGCCTTTTGCGGAACTTATTGGGCCTTACTGGTCTCTTCGAGCTGCTCTGGGACCAGTTTTGGAAACATGTATTATCCTTGACAGATTACTATTTCTCCAGGAGCAAGGTGGATCTCTTGAAGCCATATTGTTACCTATTTTTGATCCGGATTTATCTCCAAGGAATGTGGCTATAATTGCTAAGAAAGTTGGTGCAACATAAGATTTATTAGGAGAAAAGAACTCAAGTGCTGAACATGGAATATTTGAATTCTGCAAATCTTATGGATTCCCTTCGCCCACAGTTTGTATTTCATTTCAGATTATTCCTTTAACAATTTCTATAATATTGTTTATGGTACCCATTAAACATGATAAATCACCAATGAAACCAGAAGTTTAAGCTGATGGGTTTGGATAGATTTAATCATTTATTGGATATCTTAACACTTTCCTTCCCTCGTGGGCTTGGAAGTTAGCACAATGCCCAACTAGTGGAAATCAATATGAAATGGGGAGGAAATGACAATAGAGGGGTTCGAAAACAAGACCTCTTGTTCTTATGATAACTCCAGCTTAAACTGATGAGTTAAGGCTGATTTAATCATTTATTGGATAGATTTGTTTCTAGAAGCTATTTGGGGGGGGGGGGGGTGTTGGCGGCAGCTGAGGAGAGGATGGGTTCAATTTCTTCTTTCCTTTTGTTCTGTTATATGAGAGATTGGATAAGAAGATCAATCAGAAAGAAGGCTTTTTGTATCTTCTGGAAAGAAAGTCATAAGTTTACAACAATTCCTTTCTCCTTGACTCAGTGGCAAACCCGTAATTCCTCTGAAACTTTTGAGGAATATCCATTTGAATCCTTCCGGATCTCAGCTCATTCTCATGTTTCCAAAGAGCACAGAAAGAACTGGAGGCCAGGCCACCACAAAAATGACCAAATCAGAGTTGCAATTTCAGATTCTTCTTGTTCTGTGGCTGGTGGGCGTTTCAGAAACTGCTGCTGCTGCTTTGTTTTTGTTTCTATGATGCACCAAAAGAAAACGTTGCTTTCAGTGAAAAGAAGAAAAGTGTTGTAGAGAGAGAGAAGGAAAATGGAGAATAATATAAGCATGGTGGAGGCGAAGCTGCCCCCTGGATTTAGATTCCATCCGAGAGATGAAGAATTGGTTTGTGATTATTTGATGAAGAAGATCGGCTCTGTGTGTGATGATTCTTCTTCTCTTTTGATTGAAGTTGATCTCAATAAGTGCGAGCCATGGGATATTCCAAGAGAGGCATGCGTGGGGGGAAAGGAGTGGTACTTCTTCAGCCAGAGGGACCGTAAGTACGCGACGGGGCTGAGAACGAACCGCGCCACCGCCTCAGGTTACTGGAAGGCCACTGGCAAGGACAGGCCCGTCTTCCACAGGGCCAACCAGCTCGTTGGCATGAGAAAAACCCTTGTTTTCTACCAAGGCAGGGCCCCTAAAGGCCGCAAAACCGAGTGGGTCATGCATGAATTTCGCCTCGAGGGTCCCCTTTCTCCTCTCAAAGATTCCTCTCCAAAGGAGGACTGGGTTCTGTGCAGATTGTTCTGTAAACACAAGGAAGTTGCCACCCAACCGAGCTCTGGTAGCAGCAGCTGCTACAACGACATGACCACCGCCTCATCGTCTCTCCCTGCTCTAATGGATTCGTACATCAGTTTCGACCAAAACCCGAGCAGCCATTTAAATGAGTATGAGCAAGTGCCCTGCTTCTCCATTTTAGCTCAAAACGAGACAATCCCATCTCTATCAAACCTCATACAAATGGAGCCAAACCTAACCAACACCAAGAACTTCACCACCATGTTTGGAGGATTCCCAAATTCAAGCACTTGTTCATCAAATTTAGACCCTTTTGGCTGTGATTCAAAGGTTGTGAAAGTTGTTCTAAATAACATCACTAAAATGGAAGCAAATGCCAACTCCTTCAGAGGGCAACCCAGCATGGGAGAGGGCAGCTCTGACAGCTACTTATCTGAGGTTGGAGATGACATTGCCAGCTTATGGGACAGGTGACCAGAAGAGAAAATGGAGAAAGAAGAAACCAGAAAGATTGTTGTAAAGAAAATGGTGATTCTCAGAAGGATTATAGTGTAAAAGGGGTTTTTTTTTCTCTTTTTTTAATTTCCCAAGTGTAAATTTTATTGCATATGTGGGGAACTTTTTAAAGCCTAATTCATGGTTGATTAAATGCAACACTGATTGTTTGAGTGCTCATAGACTCGGTGTTTCTTTGTTTTGTCTTTTCTTTTTTCAAATAGTTATACCAATATTTGGTCCAGAGTGTTGTTTATGTTCGTGCACTACTTGGCGTGATAGCGTTTATTCTAGTTCCCGACTATTGATAGGAT

Coding sequence (CDS)

ATGTATTTAGCTGCAGCGCCATCGGTGGTTCCGTTGATTTGGCGACAAAAAATGGCGACTGATTTTCGCGGCAATGGTGGCAGCAATTGCAACTTCAAGTGCGACACTGCAGCCAATACTCTTCAATGGATAAAGGCCATCGCCGACTTTATCAGACCCTACTCGTTCTTGATCAATGCTCCCGTCGTCAATTTCTTCAAGGATAGACTATGGGAAGATGTTGATAAGGAATGGATGGAGTGCTTGCGCAAGGAACCTGTTAGGAACCTGCTCCTAATTCCTTCTGGAGTTGTCCAGGAATACTGGCCAGATTCATTAAAGAAATTTATCCTTACTTCAAGATCTCTTGCCTTCCAACGTGAACAAGCAGATTTACAGAAGGTTCTGCCTGGTTGGTGCATGGCTTCGCTTAACACAGTTCTTGCTCAAGGCATGAATCAGAAGAAAAAACATGAGGCAATCCTTTCGGCCGTTATTAGTTCGATTGCAAGTGACCTGAAAACTCATACTATTGTTGATGTTGGTGCTGGTCAGGGTTATCTAGCACAAGTGCTCTCCTTCCATTACAAGCATTCAGTTCTTGCAATTGATGCTTGTTCCCATCATGGAAATGTGACAAGTGCACGTGCAGGACGGATTAAGAAGTATTACTTAGCTCAGATTCGTAAGTCTGGATTAGAAGCCAGCAGTTTGAGACTACCAAAGGCAATGACATTCCATGTGTTGTCAGTTGATGCATTAAAATCCCTTGCCAACATGTTGTTGCAAGACAATCATGTTGAGGAGAGTGTGCCTAGCGATGATCAAGAGAAAACCAATCGGCAAAAGTCAAAGTGTTTGTGCAGTTCAGACAAAGAACCTTCATTGGTTCTTGCTGGTCTTCATGCTTGTGGTGATCTTTCAGTGATAATGCTTAGGACTTTTGTAGAGTGCAAGGAAGTAAAAGCAGTTGTTAGTATTGGTTGCTGTTACAACCTTCTCTCGGAGGATGGATCAGACAACAAAGATGTCCAAAATGGATTTCCAATGAGCTCCAGAGTCAAATATTCTGGCTTGTCTCTTGGAAAAAGTGGCAGAGATCTCGCATGTCAGAGTGCAGAGAGATGGAGGAATTTGGAAAACGAGGGTGGTCTCCATAATTTTGAGTTGCATGCTTTCCGTGCTGCTTTCCAAATGGTTCTCTATAGATATTATCCAGAAGTTGTAGCAACTTGCCCATCTATCGGGCGTCAAGGAAAGGCTTTGCGTCGTCGAAAGAAAATAGAGGCTTCAGTATCCTTGCAGTGTCATGAAGATAAGCTTGAGGCGTCACAACAAGATCTTATTGGGGAGCTGTCAGCCAACAGAAATGCGTTGTCTCTTACCATTTCTGACAATGGGAGTATGCAATGTGAACCATCCAAATATGTGGACAAATATCCTCTTTTCGAAAAGTTCTGTCAATCTGGATTAAATCGTCTCGGACTTCAAACTTTGCGGGTTATGGATTATTTTGGAATATGGATGGACACTGAGCCTTTTGCGGAACTTATTGGGCCTTACTGGTCTCTTCGAGCTGCTCTGGGACCAGTTTTGGAAACATGTATTATCCTTGACAGATTACTATTTCTCCAGGAGCAAGGTGGATCTCTTGAAGCCATATTGTTACCTATTTTTGATCCGGATTTATCTCCAAGGAATGTGGCTATAATTGCTAAGAAAGTTGGTGCAACATAA

Protein sequence

MYLAAAPSVVPLIWRQKMATDFRGNGGSNCNFKCDTAANTLQWIKAIADFIRPYSFLINAPVVNFFKDRLWEDVDKEWMECLRKEPVRNLLLIPSGVVQEYWPDSLKKFILTSRSLAFQREQADLQKVLPGWCMASLNTVLAQGMNQKKKHEAILSAVISSIASDLKTHTIVDVGAGQGYLAQVLSFHYKHSVLAIDACSHHGNVTSARAGRIKKYYLAQIRKSGLEASSLRLPKAMTFHVLSVDALKSLANMLLQDNHVEESVPSDDQEKTNRQKSKCLCSSDKEPSLVLAGLHACGDLSVIMLRTFVECKEVKAVVSIGCCYNLLSEDGSDNKDVQNGFPMSSRVKYSGLSLGKSGRDLACQSAERWRNLENEGGLHNFELHAFRAAFQMVLYRYYPEVVATCPSIGRQGKALRRRKKIEASVSLQCHEDKLEASQQDLIGELSANRNALSLTISDNGSMQCEPSKYVDKYPLFEKFCQSGLNRLGLQTLRVMDYFGIWMDTEPFAELIGPYWSLRAALGPVLETCIILDRLLFLQEQGGSLEAILLPIFDPDLSPRNVAIIAKKVGAT

Homology

[Close]

BLAST of MC11g0746 vs. ExPASy Swiss-Prot
Match: Q6AYG0 (Protein RRNAD1 OS=Rattus norvegicus OX=10116 GN=Rrnad1 PE=2 SV=1)

HSP 1 Score: 141.7 bits (356), Expect = 2.5e-32
Identity = 148/530 (27.92%), Postives = 220/530 (41.51%), Query Frame = 0


Query: 54  YSFLINAPVVNFFKDRLWEDVDKEWMECLRKEPVRNLLLIPSGVVQE--------YWPDS 113
           Y  +++A ++ FF D LW  +   W E L       L  +  G+ +E         WP +
Sbjct: 28  YRSILDAYIIEFFTDSLWGTLPHAWQEVLDGLNPPELATLLLGMPREGEEIRYRSVWPLT 87

Query: 114 LKKFILTSRSLAFQREQA--DLQKVLPGWCMAS-LNTVLAQGMNQKKKHEAILSAVISSI 173
           L     T+ +LAF R        + L     +S L     + +  KK+HE      +   
Sbjct: 88  LLALKSTACALAFTRTPGFHTPSEFLENPSQSSRLTAPFRKHVKPKKQHEIRRLGELVKK 147

Query: 174 ASDLKTHT-IVDVGAGQGYLAQVLSFHYKHSVLAIDACSHHGNV-TSARAGRIKKYYLAQ 233
            SDL   T +VDVG+GQG+L++ +S       L +   S  GN    ARA R+ +  L  
Sbjct: 148 LSDLTGCTQVVDVGSGQGHLSRFMSLG-----LGLMVKSLEGNKRLVARAQRLDQELLQA 207

Query: 234 IRKSGLEASSL--RLPKAMTFHVLSVDALKSLANMLLQDNHVEESVPSDDQEKTNRQKSK 293
           + K       +  R P+    HV+   +  +L   LL    +   +P     +       
Sbjct: 208 LDKMEKRHPKMVQRSPRHRPHHVVQWVSPTTLCEELL----LPLEMPGQSSTR------- 267

Query: 294 CLCSSDKEPSLVLAGLHACGDLSVIMLRTFVECKEVKAVVSIGCCYNLLSEDGSDNKDVQ 353
                     L+L GLHACGDLSV +LR F  C EV A+ S+GCCY  LS+ GS      
Sbjct: 268 ----------LLLTGLHACGDLSVALLRHFCCCPEVVALASVGCCYMKLSDPGS------ 327

Query: 354 NGFPMSSRVK-YSGLSLGKSGRDLACQSAERWRNLENEGGLHNFELHAFRAAFQMVLYRY 413
             +P+S  V    G  L    R+ AC + E +     + G    + H FRAA + V+ + 
Sbjct: 328 --YPLSQWVAGLPGHELPYRLREGACHALEDYAERLQKAG-PGLQTHCFRAALEAVIRQ- 387

Query: 414 YPEVVATCPSIGRQGKALRRRKKIEASVSLQCHEDKLEASQQDLIGELSANRNALSLTIS 473
                  CP + R G               + HE K+                       
Sbjct: 388 ------VCPELRRPG----------VQGIPRVHELKI----------------------- 447

Query: 474 DNGSMQCEPSKYVDKYPLFEKFCQSGLNRLGLQTLRVMDYFGIWMDTEPFAELIGPYWSL 533
                              E++ Q GL R+GL     +D   +         ++  ++SL
Sbjct: 448 -------------------EEYVQQGLQRVGLDPQLPLDQAALQAHQAQENRVVA-FFSL 460

Query: 534 RAALGPVLETCIILDRLLFLQEQGGSLEAILLPIFDPDLSPRNVAIIAKK 568
              L P++ET I+LDR+L+LQEQG    A LLPIF P+LSPRN+ ++A K
Sbjct: 508 ALLLAPLVETLILLDRMLYLQEQG--FYAELLPIFSPELSPRNLVLVATK 460

[Close]

BLAST of MC11g0746 vs. ExPASy Swiss-Prot
Match: Q96FB5 (Protein RRNAD1 OS=Homo sapiens OX=9606 GN=RRNAD1 PE=2 SV=2)

HSP 1 Score: 137.5 bits (345), Expect = 4.7e-31
Identity = 145/539 (26.90%), Postives = 222/539 (41.19%), Query Frame = 0


Query: 54  YSFLINAPVVNFFKDRLWEDVDKEWMECL--RKEPVRNLLLI---PSGVVQEY---WPDS 113
           Y  +++A ++ FF D LW+ +   W E L   K P    +L+     G V  Y   WP +
Sbjct: 28  YRSILDAYIIEFFTDNLWDTLPCSWQEALDGLKPPQLATMLLGMPGEGEVVRYRSVWPLT 87

Query: 114 LKKFILTSRSLAFQREQADLQKVLPGWCMAS-----------LNTVLAQGMNQKKKHE-A 173
           L     T+ +LAF R        +PG+   S           L     + +  KK+HE  
Sbjct: 88  LLALKSTACALAFTR--------MPGFQTPSEFLENPSQSSRLTAPFRKHVRPKKQHEIR 147

Query: 174 ILSAVISSIASDLKTHTIVDVGAGQGYLAQVLSFHYKHSVLAIDACSHHGNVTSARAGRI 233
            L  ++  ++       +VDVG+GQG+L++ ++      V +I+           RA R+
Sbjct: 148 RLGELVKKLSDFTGCTQVVDVGSGQGHLSRFMALGLGLMVKSIEGDQR----LVERAQRL 207

Query: 234 KKYYLAQIRKSGLEASSL--RLPKAMTFHVLS-VDALKSLANMLLQDNHVEESVPSDDQE 293
            +  L  + K       +    P+    HV+  VD       +LL               
Sbjct: 208 DQELLQALEKEEKRNPQVVQTSPRHSPHHVVRWVDPTALCEELLLP-------------- 267

Query: 294 KTNRQKSKCLCSSDKEPSLVLAGLHACGDLSVIMLRTFVECKEVKAVVSIGCCYNLLSED 353
                ++ C         L+L GLHACGDLSV +LR F  C EV A+ S+GCCY  LS+ 
Sbjct: 268 ----LENPC----QGRARLLLTGLHACGDLSVALLRHFSCCPEVVALASVGCCYMKLSDP 327

Query: 354 GSDNKDVQNGFPMSSRVK-YSGLSLGKSGRDLACQSAERWRNLENEGGLHNFELHAFRAA 413
           G        G+P+S  V    G  L    R+ AC + E +     + G      H +RAA
Sbjct: 328 G--------GYPLSQWVAGLPGYELPYRLREGACHALEEYAERLQKAG-PGLRTHCYRAA 387

Query: 414 FQMVLYRYYPEVVATCPSIGRQGKALRRRKKIEASVSLQCHEDKLEASQQDLIGELSANR 473
            + V+ R  PE+               RR  ++     + HE K+               
Sbjct: 388 LETVIRRARPEL---------------RRPGVQGIP--RVHELKI--------------- 447

Query: 474 NALSLTISDNGSMQCEPSKYVDKYPLFEKFCQSGLNRLGLQTLRVMDYFGIWMDTEPFAE 533
                                      E++ Q GL R+GL     ++   +         
Sbjct: 448 ---------------------------EEYVQRGLQRVGLDPQLPLNLAALQAHVAQENR 461

Query: 534 LIGPYWSLRAALGPVLETCIILDRLLFLQEQGGSLEAILLPIFDPDLSPRNVAIIAKKV 569
           ++  ++SL   L P++ET I+LDRLL+LQEQG    A LLPIF P+LSPRN+ ++A K+
Sbjct: 508 VVA-FFSLALLLAPLVETLILLDRLLYLQEQG--FHAELLPIFSPELSPRNLVLVATKM 461

[Close]

BLAST of MC11g0746 vs. ExPASy Swiss-Prot
Match: Q5E9V4 (Protein RRNAD1 OS=Bos taurus OX=9913 GN=RRNAD1 PE=2 SV=1)

HSP 1 Score: 134.4 bits (337), Expect = 4.0e-30
Identity = 146/529 (27.60%), Postives = 220/529 (41.59%), Query Frame = 0


Query: 54  YSFLINAPVVNFFKDRLWEDVDKEWMEC---LRKEPVRNLLL-IP-SGVVQEY---WPDS 113
           Y  +++A ++ FF D LW  +   W E    L    +  LLL +P  G V  Y   WP +
Sbjct: 28  YRSILDAYIIEFFTDNLWGTLPCSWQEALDGLNPPQLATLLLGMPREGEVARYRSVWPLT 87

Query: 114 LKKFILTSRSLAFQRE---QADLQKVLPGWCMASLNTVLAQGMNQKKKHEAILSAVISSI 173
           L     T+ +LAF R    Q   + +      + L     + +  KK+HE      +   
Sbjct: 88  LLALKSTAYALAFTRTPGFQTPSEFLENPSQSSRLTAPFRKHVRPKKQHEIRRLGELVKK 147

Query: 174 ASDLKTHT-IVDVGAGQGYLAQVLSFHYKHSVLAIDACSHHGNVTSARAGRIKKYYLAQI 233
            SDL   T +VDVG+GQG+L++ +S      V +I+           RA R+ +  L  +
Sbjct: 148 LSDLTGCTQVVDVGSGQGHLSRFMSLGLGLMVKSIEGDQR----LVERAQRLDQELLQTL 207

Query: 234 RKSGLEASSL--RLPKAMTFHVLSVDALKSLANMLLQDNHVEESVPSDDQEKTNRQKSKC 293
            K       +    P+    HV+      +L   LL        +P +            
Sbjct: 208 EKEEKRNPKVVQTGPRHPPHHVVRWVDPTTLCEELL--------LPLE------------ 267

Query: 294 LCSSDKEPSLVLAGLHACGDLSVIMLRTFVECKEVKAVVSIGCCYNLLSEDGSDNKDVQN 353
             S      L+L GLHACGDLSV +L+ F  C EV A+ S+GCCY  LS+ G        
Sbjct: 268 -TSPQSRARLLLTGLHACGDLSVALLKHFCCCPEVVALASVGCCYMKLSDPG-------- 327

Query: 354 GFPMSSRVK-YSGLSLGKSGRDLACQSAERWRNLENEGGLHNFELHAFRAAFQMVLYRYY 413
           G+P+S  V    G  L    R+ AC + E +     + G  +   H +RAA + V+    
Sbjct: 328 GYPLSQWVAGLPGYELPYRLREGACHALEEYAERLQKAG-PSLRTHCYRAALETVIRCAQ 387

Query: 414 PEVVATCPSIGRQGKALRRRKKIEASVSLQCHEDKLEASQQDLIGELSANRNALSLTISD 473
           PE+               RR  ++     + HE K+                        
Sbjct: 388 PEL---------------RRPGVQGIP--RVHELKI------------------------ 447

Query: 474 NGSMQCEPSKYVDKYPLFEKFCQSGLNRLGLQTLRVMDYFGIWMDTEPFAELIGPYWSLR 533
                             E++ Q GL R+GL     ++   +         ++  ++SL 
Sbjct: 448 ------------------EEYVQRGLQRVGLDPHLPLNVAALRAHQAQENRVVA-FFSLA 460

Query: 534 AALGPVLETCIILDRLLFLQEQGGSLEAILLPIFDPDLSPRNVAIIAKK 568
             L P++ET I+LDRLL+LQEQG    A LLPIF P+LSPRN+ ++A K
Sbjct: 508 LLLAPLVETLILLDRLLYLQEQG--FHAELLPIFSPELSPRNLVLVATK 460

[Close]

BLAST of MC11g0746 vs. ExPASy Swiss-Prot
Match: Q8BZG5 (Protein RRNAD1 OS=Mus musculus OX=10090 GN=Rrnad1 PE=2 SV=1)

HSP 1 Score: 133.7 bits (335), Expect = 6.8e-30
Identity = 146/532 (27.44%), Postives = 226/532 (42.48%), Query Frame = 0


Query: 54  YSFLINAPVVNFFKDRLWEDVDKEWMECLRKEPVRNLLLIPSGVVQE--------YWPDS 113
           Y  +++A ++ FF D  W  +   W E L       L  +  G+ ++         WP +
Sbjct: 28  YRSILDAYIIEFFTDSPWGTLPHSWQEALDGLNPPQLATLLLGMPRDGEEMRYRSVWPLT 87

Query: 114 LKKFILTSRSLAFQREQA--DLQKVLPGWCMAS-LNTVLAQGMNQKKKHEAILSAVISSI 173
           L     T+ +LAF R        + L     +S L     + +  KK+HE      +   
Sbjct: 88  LLALKSTACALAFTRTPGFHTPSEFLENPSQSSRLTAPFRKHVKPKKQHEIRRLGELVKK 147

Query: 174 ASDLKTHT-IVDVGAGQGYLAQVLSFHYKHSVLAIDACSHHGNVTSA-RAGRIKKYYLAQ 233
            SDL   T +VDVG+GQG+L++ +S       L +   S  GN     RA  + +  L  
Sbjct: 148 LSDLTGCTQVVDVGSGQGHLSRFMSLG-----LGLMVKSLEGNQRLVKRAQHLDQELLKA 207

Query: 234 IRKSGLEASSL--RLPKAMTFHVLSVDALKSLANMLLQDNHVEESVPSDDQEKTNRQKSK 293
           + K       +  R P+    HV+   +  +L   LL        +P +   +++ +   
Sbjct: 208 LDKMEKRHPKMVQRGPRHRPHHVVQWVSPTTLCEELL--------LPLERPGQSSAR--- 267

Query: 294 CLCSSDKEPSLVLAGLHACGDLSVIMLRTFVECKEVKAVVSIGCCYNLLSEDGSDNKDVQ 353
                     L+L GLHACGDLSV +LR F  C EV A+ S+GCCY  LS+ GS      
Sbjct: 268 ----------LLLTGLHACGDLSVALLRHFCCCPEVVALASVGCCYMKLSDPGS------ 327

Query: 354 NGFPMSSRVK-YSGLSLGKSGRDLACQSAERW--RNLENEGGLHNFELHAFRAAFQMVLY 413
             +P+S  +    G  L    R+ AC + E +  R  + E GL   + H FRAA + V+ 
Sbjct: 328 --YPLSQWIAGLPGHELPYRLREGACHALEDYAERLHKAEPGL---QTHCFRAALETVIR 387

Query: 414 RYYPEVVATCPSIGRQGKALRRRKKIEASVSLQCHEDKLEASQQDLIGELSANRNALSLT 473
           + YPE+               RR  ++     + HE K+                     
Sbjct: 388 QVYPEL---------------RRPGVQGIP--RVHELKI--------------------- 447

Query: 474 ISDNGSMQCEPSKYVDKYPLFEKFCQSGLNRLGLQTLRVMDYFGIWMDTEPFAELIGPYW 533
                                E++ + GL R+GL     +D   +         ++  ++
Sbjct: 448 ---------------------EEYVKQGLKRVGLDPQLPLDLAALQAHQAQENRVVA-FF 460

Query: 534 SLRAALGPVLETCIILDRLLFLQEQGGSLEAILLPIFDPDLSPRNVAIIAKK 568
           SL   L P++ET I+LDR+L+LQEQG    A LLPIF P+LSPRN+ ++A K
Sbjct: 508 SLALLLAPLVETLILLDRMLYLQEQG--FYAELLPIFSPELSPRNLVLVATK 460

[Close]

BLAST of MC11g0746 vs. ExPASy Swiss-Prot
Match: Q8N6Q8 (Methyltransferase-like protein 25 OS=Homo sapiens OX=9606 GN=METTL25 PE=2 SV=2)

HSP 1 Score: 109.4 bits (272), Expect = 1.4e-22
Identity = 148/649 (22.80%), Postives = 248/649 (38.21%), Query Frame = 0


Query: 44  IKAIADFIRPYSFLINAPVVNFFKDRLWE---DVDKEWMECLRKEPVRNLLLIPS---GV 103
           ++ +  F+R    + NA  V+F+ + +WE   D+  E +    ++       +PS    +
Sbjct: 20  LQGLLQFLRDALSISNAHTVDFYTESVWEELVDLPPETVLAALRKSASETEALPSETRPL 79

Query: 104 VQEYW----PDSLKKFILTSRSL------AFQREQADLQKVLPGWC------MASL---- 163
           V+  W     D  K F  TS+ L      A   +   +Q +  G C      + +L    
Sbjct: 80  VEAEWEAGMTDFPKIFCETSQKLVSVEAFALAAKYYSVQNL--GICTPFEQLLVALRGNQ 139

Query: 164 ------NTVLAQGMNQKKKHEA-ILSAVISSIASDLKTHTIVDVGAGQGYLAQVLSFHYK 223
                 N    + MN KK HE   +S +ISSIA       ++D+G+G+GYL+  LS  Y 
Sbjct: 140 NQRIGENQKAVEFMNMKKSHEVQAMSELISSIADYYGIKQVIDLGSGKGYLSSFLSLKYG 199

Query: 224 HSVLAIDACSHHGNVTSARAGRIKKYYLAQIRKSGLEASSLRLP-------------KAM 283
             V  ID+ + + +    R  ++KK++     +S L+ + L L              KA 
Sbjct: 200 LKVYGIDSSNTNTHGAEERNRKLKKHWKLCHAQSRLDVNGLALKMAKERKVQNKVKNKAD 259

Query: 284 TFHVLS----------------------VDALKSLANMLLQDNHVEESV----------- 343
           T  V +                      +  +++    L    H EE++           
Sbjct: 260 TEEVFNNSPTNQEKMPTSAILPDFSGSVISNIRNQMETLHSQPHQEENLCFENSFSLINL 319

Query: 344 -------PSDDQEKTNRQKSKC------LCSSDKEPSL---------------------- 403
                  P+  Q+  NR+ S+       + S   E ++                      
Sbjct: 320 LPINAVEPTSSQQIPNRETSEANKERRKMTSKSSESNIYSPLTSFITADSELHDIIKDLE 379

Query: 404 --VLAGLHACGDLSVIMLRTFVECKEVKAVVSIGCCYNLLSEDGSDNKDVQN----GFPM 463
             ++ GLH CGDL+   LR F    E+K V S+GCCY+LLSE+  +    +     GFPM
Sbjct: 380 DCLMVGLHTCGDLAPNTLRIFTSNSEIKGVCSVGCCYHLLSEEFENQHKERTQEKWGFPM 439

Query: 464 SSRVKYSGLSLGKSGRDLACQSAERWRNLENEGGLHNFELHAFRAAFQMVLYRYYPEVVA 523
              +K      G++ R  AC + ER   +    GL    L  +RA  Q ++         
Sbjct: 440 CHYLKEERWCCGRNARMSACLALER---VAAGQGLPTESLF-YRAVLQDII--------- 499

Query: 524 TCPSIGRQGKALRRRKKIEASVSLQCHEDKLEASQQDLIGELSANRNALSLTISDNGSMQ 568
                                              +D  G    +R+         G + 
Sbjct: 500 -----------------------------------KDCYGITKCDRHV--------GKIY 559

[Close]

BLAST of MC11g0746 vs. NCBI nr
Match: XP_022159769.1 (methyltransferase-like protein 25 [Momordica charantia] >XP_022159778.1 methyltransferase-like protein 25 [Momordica charantia])

HSP 1 Score: 1145 bits (2962), Expect = 0.0
Identity = 569/572 (99.48%), Postives = 570/572 (99.65%), Query Frame = 0


Query: 1   MYLAAAPSVVPLIWRQKMATDFRGNGGSNCNFKCDTAANTLQWIKAIADFIRPYSFLINA 60
           MYLAAAPSVVPLIWRQKMATDFRGNGGSNCNFKCDTAANTLQWIKAIADFIRPYSFLINA
Sbjct: 1   MYLAAAPSVVPLIWRQKMATDFRGNGGSNCNFKCDTAANTLQWIKAIADFIRPYSFLINA 60

Query: 61  PVVNFFKDRLWEDVDKEWMECLRKEPVRNLLLIPSGVVQEYWPDSLKKFILTSRSLAFQR 120
           PVVNFFKDRLWEDVDKEWMECLRKEPVRNLLLIPSGVVQEYWPDSLKKFILTSRSLAFQR
Sbjct: 61  PVVNFFKDRLWEDVDKEWMECLRKEPVRNLLLIPSGVVQEYWPDSLKKFILTSRSLAFQR 120

Query: 121 EQADLQKVLPGWCMASLNTVLAQGMNQKKKHEA-ILSAVISSIASDLKTHTIVDVGAGQG 180
           EQADLQKVLPGWCMASLNTVLAQGMNQKKKHE  +LSAVISSIASDLKTHTIVDVGAGQG
Sbjct: 121 EQADLQKVLPGWCMASLNTVLAQGMNQKKKHEVEVLSAVISSIASDLKTHTIVDVGAGQG 180

Query: 181 YLAQVLSFHYKHSVLAIDACSHHGNVTSARAGRIKKYYLAQIRKSGLEASSLRLPKAMTF 240
           YLAQVLSFHYKHSVLAIDACSHHGNVTSARAGRIKKYYLAQIRKSGLEASSLRLPKAMTF
Sbjct: 181 YLAQVLSFHYKHSVLAIDACSHHGNVTSARAGRIKKYYLAQIRKSGLEASSLRLPKAMTF 240

Query: 241 HVLSVDALKSLANMLLQDNHVEESVPSDDQEKTNRQKSKCLCSSDKEPSLVLAGLHACGD 300
           HVLSVDALKSLANMLLQDNHVEESVPSDDQEKTNRQKSKCLCSSDKEPSLVLAGLHACGD
Sbjct: 241 HVLSVDALKSLANMLLQDNHVEESVPSDDQEKTNRQKSKCLCSSDKEPSLVLAGLHACGD 300

Query: 301 LSVIMLRTFVECKEVKAVVSIGCCYNLLSEDGSDNKDVQNGFPMSSRVKYSGLSLGKSGR 360
           LSVIMLRTFVECKEVKAVVSIGCCYNLLSEDGSDNKDVQNGFPMSSRVKYSGLSLGKSGR
Sbjct: 301 LSVIMLRTFVECKEVKAVVSIGCCYNLLSEDGSDNKDVQNGFPMSSRVKYSGLSLGKSGR 360

Query: 361 DLACQSAERWRNLENEGGLHNFELHAFRAAFQMVLYRYYPEVVATCPSIGRQGKALRRRK 420
           DLACQSAERWRNLENEGGLHNFELHAFRAAFQMVLYRYYPEVVATCPSIGRQGKALRRRK
Sbjct: 361 DLACQSAERWRNLENEGGLHNFELHAFRAAFQMVLYRYYPEVVATCPSIGRQGKALRRRK 420

Query: 421 KIEASVSLQCHEDKLEASQQDLIGELSANRNALSLTISDNGSMQCEPSKYVDKYPLFEKF 480
           KIEASVSLQCHEDKLEASQQDLIGELSANRNALSLTISDNGSMQCEPSKYVDKYPLFEKF
Sbjct: 421 KIEASVSLQCHEDKLEASQQDLIGELSANRNALSLTISDNGSMQCEPSKYVDKYPLFEKF 480

Query: 481 CQSGLNRLGLQTLRVMDYFGIWMDTEPFAELIGPYWSLRAALGPVLETCIILDRLLFLQE 540
           CQSGLNRLGLQTLRVMDYFGIWMDTEPFAELIGPYWSLRAALGPVLETCIILDRLLFLQE
Sbjct: 481 CQSGLNRLGLQTLRVMDYFGIWMDTEPFAELIGPYWSLRAALGPVLETCIILDRLLFLQE 540

Query: 541 QGGSLEAILLPIFDPDLSPRNVAIIAKKVGAT 571
           QGGSLEAILLPIFDPDLSPRNVAIIAKKVGAT
Sbjct: 541 QGGSLEAILLPIFDPDLSPRNVAIIAKKVGAT 572

[Close]

BLAST of MC11g0746 vs. NCBI nr
Match: XP_038899874.1 (protein RRNAD1 isoform X3 [Benincasa hispida])

HSP 1 Score: 956 bits (2471), Expect = 0.0
Identity = 476/558 (85.30%), Postives = 510/558 (91.40%), Query Frame = 0


Query: 18  MATDFRGNGGSNCNFKCDTAANTLQWIKAIADFIRPYSFLINAPVVNFFKDRLWEDVDKE 77
           MAT FRGNG S+C +KCDTAANTLQWIKAIADFI+PYSFLINAPVVNFFKDRLWE VD+E
Sbjct: 1   MATGFRGNGSSSCKYKCDTAANTLQWIKAIADFIKPYSFLINAPVVNFFKDRLWEAVDEE 60

Query: 78  WMECLRKEPVRNLLLIPSGVVQEYWPDSLKKFILTSRSLAFQREQADLQKVLPGWCMASL 137
           WMECLRKEPV NLLLIPSGVVQE WPDSLKKFI TS SLAFQREQADLQ VLPGWCMASL
Sbjct: 61  WMECLRKEPVGNLLLIPSGVVQENWPDSLKKFIRTSGSLAFQREQADLQMVLPGWCMASL 120

Query: 138 NTVLAQGMNQKKKHEA-ILSAVISSIASDLKTHTIVDVGAGQGYLAQVLSFHYKHSVLAI 197
           NTVL+QGMNQKKKHE  +LSA+IS IASDLK+  IVDVGAGQGYLAQVLSFHYKHSVLAI
Sbjct: 121 NTVLSQGMNQKKKHEVEVLSAIISLIASDLKSRAIVDVGAGQGYLAQVLSFHYKHSVLAI 180

Query: 198 DACSHHGNVTSARAGRIKKYYLAQIRKSGLEASSLRLPKAMTFHVLSVDALKSLANMLLQ 257
           DACSHHGNVTSAR+ RIKKYYLAQIRKSGLEA +LRLPKAMTFHVLSVDALKSLANM LQ
Sbjct: 181 DACSHHGNVTSARSARIKKYYLAQIRKSGLEAKNLRLPKAMTFHVLSVDALKSLANMSLQ 240

Query: 258 DNHVEE-SVPSDDQEKTNRQKSKCL--CSSDKEPSLVLAGLHACGDLSVIMLRTFVECKE 317
           D+HVE+ S+  DDQEK NRQ+SKCL  C+SDKEPSLVLAGLHACGDLSVIMLRTFVECK+
Sbjct: 241 DDHVEKTSMTGDDQEKANRQESKCLALCNSDKEPSLVLAGLHACGDLSVIMLRTFVECKD 300

Query: 318 VKAVVSIGCCYNLLSEDGSDNKDVQNGFPMSSRVKYSGLSLGKSGRDLACQSAERWRNLE 377
           VKAV++IGCCYNLL+E+GSDN+ VQNGFPMS  VK SGLSLGKSGRDLACQSAERWR+LE
Sbjct: 301 VKAVINIGCCYNLLTENGSDNEGVQNGFPMSFGVKSSGLSLGKSGRDLACQSAERWRSLE 360

Query: 378 NEGGLHNFELHAFRAAFQMVLYRYYPEVVATCPSIGRQGKALRRRKKIEASVSLQCHEDK 437
           NEGGLHNFELHAFRAAFQMVLY+YYPEVVATCPS+GRQGKALRR KK E +VS +C EDK
Sbjct: 361 NEGGLHNFELHAFRAAFQMVLYKYYPEVVATCPSVGRQGKALRRLKKREGTVSSRCQEDK 420

Query: 438 LEASQQDLIGELSANRNALSLTISDNGSMQCEPSKYVDKYPLFEKFCQSGLNRLGLQTLR 497
           LEASQ DLIG L  N NA S TI D+GS  CE SK VD+YPLFE FCQSGLNRLGLQ+L+
Sbjct: 421 LEASQSDLIGGLPVNNNAFSHTIPDHGSTPCEQSKSVDRYPLFENFCQSGLNRLGLQSLQ 480

Query: 498 VMDYFGIWMDTEPFAELIGPYWSLRAALGPVLETCIILDRLLFLQEQGGSLEAILLPIFD 557
            MDY+GIWMDTEP+ ELIGPYWSLRAALGPVLETCI+LDRL FLQEQGGSLEAILLPIFD
Sbjct: 481 DMDYYGIWMDTEPYTELIGPYWSLRAALGPVLETCILLDRLQFLQEQGGSLEAILLPIFD 540

Query: 558 PDLSPRNVAIIAKKVGAT 571
           PDLSPRNVAIIA+KVGAT
Sbjct: 541 PDLSPRNVAIIARKVGAT 558

[Close]

BLAST of MC11g0746 vs. NCBI nr
Match: KAG7024710.1 (Protein RRNAD1, partial [Cucurbita argyrosperma subsp. argyrosperma])

HSP 1 Score: 942 bits (2436), Expect = 0.0
Identity = 472/556 (84.89%), Postives = 505/556 (90.83%), Query Frame = 0


Query: 18  MATDFRGNGGSNCNFKCDTAANTLQWIKAIADFIRPYSFLINAPVVNFFKDRLWEDVDKE 77
           MAT FRGNG S+C +KCDTAANTLQWIKAIADFIRPYSFLINAPVVNFFKDRLWE VD+E
Sbjct: 1   MATGFRGNGSSSCKYKCDTAANTLQWIKAIADFIRPYSFLINAPVVNFFKDRLWEAVDEE 60

Query: 78  WMECLRKEPVRNLLLIPSGVVQEYWPDSLKKFILTSRSLAFQREQADLQKVLPGWCMASL 137
           WMECLRKE V+NLLLIPSG VQEYWPDSLKKFI TSRSLAF REQADLQ VLPGWC+ASL
Sbjct: 61  WMECLRKEHVKNLLLIPSGAVQEYWPDSLKKFIRTSRSLAFGREQADLQMVLPGWCIASL 120

Query: 138 NTVLAQGMNQKKKHEA-ILSAVISSIASDLKTHTIVDVGAGQGYLAQVLSFHYKHSVLAI 197
           NTVL+QGMNQKKKHE  +LSA+IS IASDLK+H IVDVGAGQGYLAQVLSFHYKHSVLAI
Sbjct: 121 NTVLSQGMNQKKKHEVEVLSAIISLIASDLKSHAIVDVGAGQGYLAQVLSFHYKHSVLAI 180

Query: 198 DACSHHGNVTSARAGRIKKYYLAQIRKSGLEASSLRLPKAMTFHVLSVDALKSLANMLLQ 257
           DACSHHGNVTSAR+ RIKKYY AQIRKSGLE ++LRLPKAMTF VLSVDALKSLAN+ LQ
Sbjct: 181 DACSHHGNVTSARSERIKKYYSAQIRKSGLETNNLRLPKAMTFRVLSVDALKSLANISLQ 240

Query: 258 DNHVEE-SVPSDDQEKTNRQKSKCLCSSDKEPSLVLAGLHACGDLSVIMLRTFVECKEVK 317
           D+H ++ SV  DD EKTNRQ+SK LCSS KEPS+VLAGLHACGDLSVIMLRTFVECKEVK
Sbjct: 241 DDHADKTSVTGDDLEKTNRQESKGLCSSGKEPSMVLAGLHACGDLSVIMLRTFVECKEVK 300

Query: 318 AVVSIGCCYNLLSEDGSDNKDVQNGFPMSSRVKYSGLSLGKSGRDLACQSAERWRNLENE 377
           AV++IGCCYNLLSE  SDN+ VQNGFPMS  VK SGL LGKSGRDLACQSAERWRNLENE
Sbjct: 301 AVINIGCCYNLLSEYESDNEGVQNGFPMSFGVKSSGLFLGKSGRDLACQSAERWRNLENE 360

Query: 378 GGLHNFELHAFRAAFQMVLYRYYPEVVATCPSIGRQGKALRRRKKIEASVSLQCHEDKLE 437
           GG+HNFELHAFRAAFQMVLY+Y PEVVATCPS+GRQGKALRRRKK EA++S QCHEDKLE
Sbjct: 361 GGVHNFELHAFRAAFQMVLYKYCPEVVATCPSVGRQGKALRRRKKREAALSSQCHEDKLE 420

Query: 438 ASQQDLIGELSANRNALSLTISDNGSMQCEPSKYVDKYPLFEKFCQSGLNRLGLQTLRVM 497
           ASQ DLIG L  N NA S TISD GS  CE +K VDKY LFEKFCQSGLNRLGLQ+L+ M
Sbjct: 421 ASQSDLIGGLPDNSNAFSHTISDYGSTPCEQAKSVDKYLLFEKFCQSGLNRLGLQSLQDM 480

Query: 498 DYFGIWMDTEPFAELIGPYWSLRAALGPVLETCIILDRLLFLQEQGGSLEAILLPIFDPD 557
           DY+GIWMD EPFAELIGPYWSLRAALGPVLETCI+LDRLLFLQEQG SLEA+LLPIFDPD
Sbjct: 481 DYYGIWMDNEPFAELIGPYWSLRAALGPVLETCILLDRLLFLQEQGESLEAMLLPIFDPD 540

Query: 558 LSPRNVAIIAKKVGAT 571
           LSPRNVAIIA+KVGAT
Sbjct: 541 LSPRNVAIIARKVGAT 556

[Close]

BLAST of MC11g0746 vs. NCBI nr
Match: XP_038899865.1 (protein RRNAD1 isoform X1 [Benincasa hispida] >XP_038899866.1 protein RRNAD1 isoform X1 [Benincasa hispida] >XP_038899867.1 protein RRNAD1 isoform X1 [Benincasa hispida] >XP_038899868.1 protein RRNAD1 isoform X1 [Benincasa hispida] >XP_038899869.1 protein RRNAD1 isoform X1 [Benincasa hispida] >XP_038899870.1 protein RRNAD1 isoform X1 [Benincasa hispida] >XP_038899871.1 protein RRNAD1 isoform X1 [Benincasa hispida] >XP_038899872.1 protein RRNAD1 isoform X1 [Benincasa hispida])

HSP 1 Score: 942 bits (2434), Expect = 0.0
Identity = 474/566 (83.75%), Postives = 508/566 (89.75%), Query Frame = 0


Query: 18  MATDFRGNGGSNCNFKCDTAANTLQWIKAIADFIRPYSFLINAPVVNFFKDRLWEDVDKE 77
           MAT FRGNG S+C +KCDTAANTLQWIKAIADFI+PYSFLINAPVVNFFKDRLWE VD+E
Sbjct: 1   MATGFRGNGSSSCKYKCDTAANTLQWIKAIADFIKPYSFLINAPVVNFFKDRLWEAVDEE 60

Query: 78  WMECLRKEPVRNLLLIPSGVVQEYWPDSLKKFILTSRSLAFQREQADLQKVLPGWCMASL 137
           WMECLRKEPV NLLLIPSGVVQE WPDSLKKFI TS SLAFQREQADLQ VLPGWCMASL
Sbjct: 61  WMECLRKEPVGNLLLIPSGVVQENWPDSLKKFIRTSGSLAFQREQADLQMVLPGWCMASL 120

Query: 138 NTVLAQGMNQKKKHEA-ILSAVISSIASDLKTHTIVDVGAGQGYL--------AQVLSFH 197
           NTVL+QGMNQKKKHE  +LSA+IS IASDLK+  IVDVGAGQ  L        AQVLSFH
Sbjct: 121 NTVLSQGMNQKKKHEVEVLSAIISLIASDLKSRAIVDVGAGQVTLTSITMCKMAQVLSFH 180

Query: 198 YKHSVLAIDACSHHGNVTSARAGRIKKYYLAQIRKSGLEASSLRLPKAMTFHVLSVDALK 257
           YKHSVLAIDACSHHGNVTSAR+ RIKKYYLAQIRKSGLEA +LRLPKAMTFHVLSVDALK
Sbjct: 181 YKHSVLAIDACSHHGNVTSARSARIKKYYLAQIRKSGLEAKNLRLPKAMTFHVLSVDALK 240

Query: 258 SLANMLLQDNHVEE-SVPSDDQEKTNRQKSKCL--CSSDKEPSLVLAGLHACGDLSVIML 317
           SLANM LQD+HVE+ S+  DDQEK NRQ+SKCL  C+SDKEPSLVLAGLHACGDLSVIML
Sbjct: 241 SLANMSLQDDHVEKTSMTGDDQEKANRQESKCLALCNSDKEPSLVLAGLHACGDLSVIML 300

Query: 318 RTFVECKEVKAVVSIGCCYNLLSEDGSDNKDVQNGFPMSSRVKYSGLSLGKSGRDLACQS 377
           RTFVECK+VKAV++IGCCYNLL+E+GSDN+ VQNGFPMS  VK SGLSLGKSGRDLACQS
Sbjct: 301 RTFVECKDVKAVINIGCCYNLLTENGSDNEGVQNGFPMSFGVKSSGLSLGKSGRDLACQS 360

Query: 378 AERWRNLENEGGLHNFELHAFRAAFQMVLYRYYPEVVATCPSIGRQGKALRRRKKIEASV 437
           AERWR+LENEGGLHNFELHAFRAAFQMVLY+YYPEVVATCPS+GRQGKALRR KK E +V
Sbjct: 361 AERWRSLENEGGLHNFELHAFRAAFQMVLYKYYPEVVATCPSVGRQGKALRRLKKREGTV 420

Query: 438 SLQCHEDKLEASQQDLIGELSANRNALSLTISDNGSMQCEPSKYVDKYPLFEKFCQSGLN 497
           S +C EDKLEASQ DLIG L  N NA S TI D+GS  CE SK VD+YPLFE FCQSGLN
Sbjct: 421 SSRCQEDKLEASQSDLIGGLPVNNNAFSHTIPDHGSTPCEQSKSVDRYPLFENFCQSGLN 480

Query: 498 RLGLQTLRVMDYFGIWMDTEPFAELIGPYWSLRAALGPVLETCIILDRLLFLQEQGGSLE 557
           RLGLQ+L+ MDY+GIWMDTEP+ ELIGPYWSLRAALGPVLETCI+LDRL FLQEQGGSLE
Sbjct: 481 RLGLQSLQDMDYYGIWMDTEPYTELIGPYWSLRAALGPVLETCILLDRLQFLQEQGGSLE 540

Query: 558 AILLPIFDPDLSPRNVAIIAKKVGAT 571
           AILLPIFDPDLSPRNVAIIA+KVGAT
Sbjct: 541 AILLPIFDPDLSPRNVAIIARKVGAT 566

[Close]

BLAST of MC11g0746 vs. NCBI nr
Match: XP_038899873.1 (protein RRNAD1 isoform X2 [Benincasa hispida])

HSP 1 Score: 942 bits (2434), Expect = 0.0
Identity = 474/566 (83.75%), Postives = 508/566 (89.75%), Query Frame = 0


Query: 18  MATDFRGNGGSNCNFKCDTAANTLQWIKAIADFIRPYSFLINAPVVNFFKDRLWEDVDKE 77
           MAT FRGNG S+C +KCDTAANTLQWIKAIADFI+PYSFLINAPVVNFFKDRLWE VD+E
Sbjct: 1   MATGFRGNGSSSCKYKCDTAANTLQWIKAIADFIKPYSFLINAPVVNFFKDRLWEAVDEE 60

Query: 78  WMECLRKEPVRNLLLIPSGVVQEYWPDSLKKFILTSRSLAFQREQADLQKVLPGWCMASL 137
           WMECLRKEPV NLLLIPSGVVQE WPDSLKKFI TS SLAFQREQADLQ VLPGWCMASL
Sbjct: 61  WMECLRKEPVGNLLLIPSGVVQENWPDSLKKFIRTSGSLAFQREQADLQMVLPGWCMASL 120

Query: 138 NTVLAQGMNQKKKHEA-ILSAVISSIASDLKTHTIVDVGAGQGYL--------AQVLSFH 197
           NTVL+QGMNQKKKHE  +LSA+IS IASDLK+  IVDVGAGQ  L        AQVLSFH
Sbjct: 121 NTVLSQGMNQKKKHEVEVLSAIISLIASDLKSRAIVDVGAGQVTLTSITMCKMAQVLSFH 180

Query: 198 YKHSVLAIDACSHHGNVTSARAGRIKKYYLAQIRKSGLEASSLRLPKAMTFHVLSVDALK 257
           YKHSVLAIDACSHHGNVTSAR+ RIKKYYLAQIRKSGLEA +LRLPKAMTFHVLSVDALK
Sbjct: 181 YKHSVLAIDACSHHGNVTSARSARIKKYYLAQIRKSGLEAKNLRLPKAMTFHVLSVDALK 240

Query: 258 SLANMLLQDNHVEE-SVPSDDQEKTNRQKSKCL--CSSDKEPSLVLAGLHACGDLSVIML 317
           SLANM LQD+HVE+ S+  DDQEK NRQ+SKCL  C+SDKEPSLVLAGLHACGDLSVIML
Sbjct: 241 SLANMSLQDDHVEKTSMTGDDQEKANRQESKCLALCNSDKEPSLVLAGLHACGDLSVIML 300

Query: 318 RTFVECKEVKAVVSIGCCYNLLSEDGSDNKDVQNGFPMSSRVKYSGLSLGKSGRDLACQS 377
           RTFVECK+VKAV++IGCCYNLL+E+GSDN+ VQNGFPMS  VK SGLSLGKSGRDLACQS
Sbjct: 301 RTFVECKDVKAVINIGCCYNLLTENGSDNEGVQNGFPMSFGVKSSGLSLGKSGRDLACQS 360

Query: 378 AERWRNLENEGGLHNFELHAFRAAFQMVLYRYYPEVVATCPSIGRQGKALRRRKKIEASV 437
           AERWR+LENEGGLHNFELHAFRAAFQMVLY+YYPEVVATCPS+GRQGKALRR KK E +V
Sbjct: 361 AERWRSLENEGGLHNFELHAFRAAFQMVLYKYYPEVVATCPSVGRQGKALRRLKKREGTV 420

Query: 438 SLQCHEDKLEASQQDLIGELSANRNALSLTISDNGSMQCEPSKYVDKYPLFEKFCQSGLN 497
           S +C EDKLEASQ DLIG L  N NA S TI D+GS  CE SK VD+YPLFE FCQSGLN
Sbjct: 421 SSRCQEDKLEASQSDLIGGLPVNNNAFSHTIPDHGSTPCEQSKSVDRYPLFENFCQSGLN 480

Query: 498 RLGLQTLRVMDYFGIWMDTEPFAELIGPYWSLRAALGPVLETCIILDRLLFLQEQGGSLE 557
           RLGLQ+L+ MDY+GIWMDTEP+ ELIGPYWSLRAALGPVLETCI+LDRL FLQEQGGSLE
Sbjct: 481 RLGLQSLQDMDYYGIWMDTEPYTELIGPYWSLRAALGPVLETCILLDRLQFLQEQGGSLE 540

Query: 558 AILLPIFDPDLSPRNVAIIAKKVGAT 571
           AILLPIFDPDLSPRNVAIIA+KVGAT
Sbjct: 541 AILLPIFDPDLSPRNVAIIARKVGAT 566

[Close]

BLAST of MC11g0746 vs. ExPASy TrEMBL
Match: A0A6J1DZT2 (methyltransferase-like protein 25 OS=Momordica charantia OX=3673 GN=LOC111026087 PE=4 SV=1)

HSP 1 Score: 1145 bits (2962), Expect = 0.0
Identity = 569/572 (99.48%), Postives = 570/572 (99.65%), Query Frame = 0


Query: 1   MYLAAAPSVVPLIWRQKMATDFRGNGGSNCNFKCDTAANTLQWIKAIADFIRPYSFLINA 60
           MYLAAAPSVVPLIWRQKMATDFRGNGGSNCNFKCDTAANTLQWIKAIADFIRPYSFLINA
Sbjct: 1   MYLAAAPSVVPLIWRQKMATDFRGNGGSNCNFKCDTAANTLQWIKAIADFIRPYSFLINA 60

Query: 61  PVVNFFKDRLWEDVDKEWMECLRKEPVRNLLLIPSGVVQEYWPDSLKKFILTSRSLAFQR 120
           PVVNFFKDRLWEDVDKEWMECLRKEPVRNLLLIPSGVVQEYWPDSLKKFILTSRSLAFQR
Sbjct: 61  PVVNFFKDRLWEDVDKEWMECLRKEPVRNLLLIPSGVVQEYWPDSLKKFILTSRSLAFQR 120

Query: 121 EQADLQKVLPGWCMASLNTVLAQGMNQKKKHEA-ILSAVISSIASDLKTHTIVDVGAGQG 180
           EQADLQKVLPGWCMASLNTVLAQGMNQKKKHE  +LSAVISSIASDLKTHTIVDVGAGQG
Sbjct: 121 EQADLQKVLPGWCMASLNTVLAQGMNQKKKHEVEVLSAVISSIASDLKTHTIVDVGAGQG 180

Query: 181 YLAQVLSFHYKHSVLAIDACSHHGNVTSARAGRIKKYYLAQIRKSGLEASSLRLPKAMTF 240
           YLAQVLSFHYKHSVLAIDACSHHGNVTSARAGRIKKYYLAQIRKSGLEASSLRLPKAMTF
Sbjct: 181 YLAQVLSFHYKHSVLAIDACSHHGNVTSARAGRIKKYYLAQIRKSGLEASSLRLPKAMTF 240

Query: 241 HVLSVDALKSLANMLLQDNHVEESVPSDDQEKTNRQKSKCLCSSDKEPSLVLAGLHACGD 300
           HVLSVDALKSLANMLLQDNHVEESVPSDDQEKTNRQKSKCLCSSDKEPSLVLAGLHACGD
Sbjct: 241 HVLSVDALKSLANMLLQDNHVEESVPSDDQEKTNRQKSKCLCSSDKEPSLVLAGLHACGD 300

Query: 301 LSVIMLRTFVECKEVKAVVSIGCCYNLLSEDGSDNKDVQNGFPMSSRVKYSGLSLGKSGR 360
           LSVIMLRTFVECKEVKAVVSIGCCYNLLSEDGSDNKDVQNGFPMSSRVKYSGLSLGKSGR
Sbjct: 301 LSVIMLRTFVECKEVKAVVSIGCCYNLLSEDGSDNKDVQNGFPMSSRVKYSGLSLGKSGR 360

Query: 361 DLACQSAERWRNLENEGGLHNFELHAFRAAFQMVLYRYYPEVVATCPSIGRQGKALRRRK 420
           DLACQSAERWRNLENEGGLHNFELHAFRAAFQMVLYRYYPEVVATCPSIGRQGKALRRRK
Sbjct: 361 DLACQSAERWRNLENEGGLHNFELHAFRAAFQMVLYRYYPEVVATCPSIGRQGKALRRRK 420

Query: 421 KIEASVSLQCHEDKLEASQQDLIGELSANRNALSLTISDNGSMQCEPSKYVDKYPLFEKF 480
           KIEASVSLQCHEDKLEASQQDLIGELSANRNALSLTISDNGSMQCEPSKYVDKYPLFEKF
Sbjct: 421 KIEASVSLQCHEDKLEASQQDLIGELSANRNALSLTISDNGSMQCEPSKYVDKYPLFEKF 480

Query: 481 CQSGLNRLGLQTLRVMDYFGIWMDTEPFAELIGPYWSLRAALGPVLETCIILDRLLFLQE 540
           CQSGLNRLGLQTLRVMDYFGIWMDTEPFAELIGPYWSLRAALGPVLETCIILDRLLFLQE
Sbjct: 481 CQSGLNRLGLQTLRVMDYFGIWMDTEPFAELIGPYWSLRAALGPVLETCIILDRLLFLQE 540

Query: 541 QGGSLEAILLPIFDPDLSPRNVAIIAKKVGAT 571
           QGGSLEAILLPIFDPDLSPRNVAIIAKKVGAT
Sbjct: 541 QGGSLEAILLPIFDPDLSPRNVAIIAKKVGAT 572

[Close]

BLAST of MC11g0746 vs. ExPASy TrEMBL
Match: A0A6J1IN34 (methyltransferase-like protein 25 isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC111477035 PE=4 SV=1)

HSP 1 Score: 938 bits (2424), Expect = 0.0
Identity = 470/556 (84.53%), Postives = 503/556 (90.47%), Query Frame = 0


Query: 18  MATDFRGNGGSNCNFKCDTAANTLQWIKAIADFIRPYSFLINAPVVNFFKDRLWEDVDKE 77
           MAT FRGNG S+C +KCDTAANTLQWIKAIADFIRPYSFLINAPVVNFFKDRLWE VD+E
Sbjct: 1   MATGFRGNGSSSCKYKCDTAANTLQWIKAIADFIRPYSFLINAPVVNFFKDRLWEAVDEE 60

Query: 78  WMECLRKEPVRNLLLIPSGVVQEYWPDSLKKFILTSRSLAFQREQADLQKVLPGWCMASL 137
           WMECLRKE V+NLLLIPSG VQEYWPDSLKKFI TS+SLA  REQADLQ VLPGWC+ASL
Sbjct: 61  WMECLRKEHVKNLLLIPSGAVQEYWPDSLKKFIRTSKSLALGREQADLQMVLPGWCIASL 120

Query: 138 NTVLAQGMNQKKKHEA-ILSAVISSIASDLKTHTIVDVGAGQGYLAQVLSFHYKHSVLAI 197
           NTVL+QGMNQKKKHE  +LSA+IS IASDLK+H IVDVGAGQGYLAQVLSFHYKHSVLAI
Sbjct: 121 NTVLSQGMNQKKKHEVEVLSAIISLIASDLKSHAIVDVGAGQGYLAQVLSFHYKHSVLAI 180

Query: 198 DACSHHGNVTSARAGRIKKYYLAQIRKSGLEASSLRLPKAMTFHVLSVDALKSLANMLLQ 257
           DACSHHGNVTSAR+ RIKKYY AQIRKSGLE +SLRLPKAMTFHVLSVDALKSLANM LQ
Sbjct: 181 DACSHHGNVTSARSERIKKYYSAQIRKSGLETNSLRLPKAMTFHVLSVDALKSLANMSLQ 240

Query: 258 DNHVEE-SVPSDDQEKTNRQKSKCLCSSDKEPSLVLAGLHACGDLSVIMLRTFVECKEVK 317
           D+H ++ SV  DD EKT+RQ+ K LCSS KEPSLVLAGLHACGDLS+IMLRTFVECKEVK
Sbjct: 241 DDHADKTSVTGDDLEKTSRQELKGLCSSGKEPSLVLAGLHACGDLSMIMLRTFVECKEVK 300

Query: 318 AVVSIGCCYNLLSEDGSDNKDVQNGFPMSSRVKYSGLSLGKSGRDLACQSAERWRNLENE 377
           AV++IGCCYNLLSE GSDN+ VQNGFPMS  VK SGL LGKSGRDLACQSAERWRNLENE
Sbjct: 301 AVINIGCCYNLLSEYGSDNEGVQNGFPMSFGVKSSGLFLGKSGRDLACQSAERWRNLENE 360

Query: 378 GGLHNFELHAFRAAFQMVLYRYYPEVVATCPSIGRQGKALRRRKKIEASVSLQCHEDKLE 437
           GG+HNFELHAFRAAFQMVLY+YYPEVVAT PS+GRQGKALRRRKK EA++S QCHEDKLE
Sbjct: 361 GGVHNFELHAFRAAFQMVLYKYYPEVVATFPSVGRQGKALRRRKKREAALSSQCHEDKLE 420

Query: 438 ASQQDLIGELSANRNALSLTISDNGSMQCEPSKYVDKYPLFEKFCQSGLNRLGLQTLRVM 497
           ASQ DLIG L  N NA S TISD GS  CE +K VDKY LFE FCQSGLNRLGLQ+L+ M
Sbjct: 421 ASQSDLIGGLPDNSNAFSHTISDYGSTPCEQAKSVDKYLLFENFCQSGLNRLGLQSLQDM 480

Query: 498 DYFGIWMDTEPFAELIGPYWSLRAALGPVLETCIILDRLLFLQEQGGSLEAILLPIFDPD 557
           DY+GIWMD EPFAELIGPYWSLRAALGPVLETCI+LDRLLFLQEQG SL+AILLPIF PD
Sbjct: 481 DYYGIWMDNEPFAELIGPYWSLRAALGPVLETCILLDRLLFLQEQGESLDAILLPIFHPD 540

Query: 558 LSPRNVAIIAKKVGAT 571
           LSPRNVAIIA+KVGAT
Sbjct: 541 LSPRNVAIIARKVGAT 556

[Close]

BLAST of MC11g0746 vs. ExPASy TrEMBL
Match: A0A6J1F9A6 (methyltransferase-like protein 25 isoform X2 OS=Cucurbita moschata OX=3662 GN=LOC111443254 PE=4 SV=1)

HSP 1 Score: 938 bits (2424), Expect = 0.0
Identity = 470/556 (84.53%), Postives = 503/556 (90.47%), Query Frame = 0


Query: 18  MATDFRGNGGSNCNFKCDTAANTLQWIKAIADFIRPYSFLINAPVVNFFKDRLWEDVDKE 77
           MAT F GNG S+C +KCDTAANTLQWIKAIADFIRPYSFLINAPVVNFFKDRLWE VD+E
Sbjct: 1   MATGFGGNGSSSCKYKCDTAANTLQWIKAIADFIRPYSFLINAPVVNFFKDRLWEAVDEE 60

Query: 78  WMECLRKEPVRNLLLIPSGVVQEYWPDSLKKFILTSRSLAFQREQADLQKVLPGWCMASL 137
           WMECLRKE V+NLLLIPSG VQEYWPDSLKKFI TSRSLAF REQADLQ VLPGWC+ASL
Sbjct: 61  WMECLRKEHVKNLLLIPSGAVQEYWPDSLKKFIRTSRSLAFGREQADLQMVLPGWCIASL 120

Query: 138 NTVLAQGMNQKKKHEA-ILSAVISSIASDLKTHTIVDVGAGQGYLAQVLSFHYKHSVLAI 197
           NTVL+QGMNQKKKHE  +LSA+IS IASDLK+H IVDVGAGQGYLAQVLSFHYKHSVLAI
Sbjct: 121 NTVLSQGMNQKKKHEVEVLSAIISLIASDLKSHAIVDVGAGQGYLAQVLSFHYKHSVLAI 180

Query: 198 DACSHHGNVTSARAGRIKKYYLAQIRKSGLEASSLRLPKAMTFHVLSVDALKSLANMLLQ 257
           DACSHHGNVTSAR+ RIKKYY AQIRKSGLE ++LRLPKAM F VLSVDALKSLAN+ LQ
Sbjct: 181 DACSHHGNVTSARSERIKKYYSAQIRKSGLETNNLRLPKAMAFRVLSVDALKSLANISLQ 240

Query: 258 DNHVEE-SVPSDDQEKTNRQKSKCLCSSDKEPSLVLAGLHACGDLSVIMLRTFVECKEVK 317
           D+H ++ SV  DD EKTNRQ+SK LCSS KEPS+VLAGLHACGDLSVIMLRTFVECKEVK
Sbjct: 241 DDHADKTSVTGDDLEKTNRQESKGLCSSGKEPSMVLAGLHACGDLSVIMLRTFVECKEVK 300

Query: 318 AVVSIGCCYNLLSEDGSDNKDVQNGFPMSSRVKYSGLSLGKSGRDLACQSAERWRNLENE 377
           AV++IGCCYNLLSE  SDN+ VQNGFPMS  VK SGL LGKSGRDLACQSAERWRNLENE
Sbjct: 301 AVINIGCCYNLLSEYESDNEGVQNGFPMSFGVKSSGLFLGKSGRDLACQSAERWRNLENE 360

Query: 378 GGLHNFELHAFRAAFQMVLYRYYPEVVATCPSIGRQGKALRRRKKIEASVSLQCHEDKLE 437
           GG+HNFELHAFRAAFQMVLY+Y PEVVATCPS+GRQGKALRRRKK EA++S QCHEDKLE
Sbjct: 361 GGVHNFELHAFRAAFQMVLYKYCPEVVATCPSVGRQGKALRRRKKREAALSSQCHEDKLE 420

Query: 438 ASQQDLIGELSANRNALSLTISDNGSMQCEPSKYVDKYPLFEKFCQSGLNRLGLQTLRVM 497
           ASQ DLIG L  N NA S TISD GS  CE +K VDKY LFEKFCQSGLNRLGLQ+L+ M
Sbjct: 421 ASQSDLIGGLPDNSNAFSHTISDYGSTPCEQAKSVDKYLLFEKFCQSGLNRLGLQSLQDM 480

Query: 498 DYFGIWMDTEPFAELIGPYWSLRAALGPVLETCIILDRLLFLQEQGGSLEAILLPIFDPD 557
           DY+GIWMD EPFAELIGPYWSLRAALGPVLETCI+LDRLLFLQEQG SLEA+LLPIFDPD
Sbjct: 481 DYYGIWMDNEPFAELIGPYWSLRAALGPVLETCILLDRLLFLQEQGESLEAMLLPIFDPD 540

Query: 558 LSPRNVAIIAKKVGAT 571
           LSPRNVAIIA+KVGAT
Sbjct: 541 LSPRNVAIIARKVGAT 556

[Close]

BLAST of MC11g0746 vs. ExPASy TrEMBL
Match: A0A1S3BAS0 (protein RRNAD1 isoform X2 OS=Cucumis melo OX=3656 GN=LOC103487650 PE=4 SV=1)

HSP 1 Score: 935 bits (2417), Expect = 0.0
Identity = 469/561 (83.60%), Postives = 504/561 (89.84%), Query Frame = 0


Query: 18  MATDFRGNGGSNCNFKCDTAANTLQWIKAIADFIRPYSFLINAPVVNFFKDRLWEDVDKE 77
           MATD RGNGGSNC +KCDTAANTLQWIKAIADFI+PYSFLINAPVVNFFKDRLWE VD+E
Sbjct: 1   MATDLRGNGGSNCKYKCDTAANTLQWIKAIADFIKPYSFLINAPVVNFFKDRLWEAVDEE 60

Query: 78  WMECLRKEPVRNLLLIPSGVVQEYWPDSLKKFILTSRSLAFQREQADLQKVLPGWCMASL 137
           WMECLRKEPV NLLLIPSGVVQE WP+SLKKFI TS+SLAFQREQADLQ VLPGWCMASL
Sbjct: 61  WMECLRKEPVENLLLIPSGVVQENWPESLKKFIRTSKSLAFQREQADLQMVLPGWCMASL 120

Query: 138 NTVLAQGMNQKKKHEA-ILSAVISSIASDLKTHTIVDVGAGQGYLAQVLSFHYKHSVLAI 197
           NTVL+QGMNQKKKHE  +LSA+IS IASDL++  IVDVGAGQGYLAQVLSFHYKHSVLAI
Sbjct: 121 NTVLSQGMNQKKKHEVEVLSAIISLIASDLESSAIVDVGAGQGYLAQVLSFHYKHSVLAI 180

Query: 198 DACSHHGNVTSARAGRIKKYYLAQIRKSG---LEASSLRLPKAMTFHVLSVDALKSLANM 257
           DACSHHGNVTSAR+ RIKKYYLAQIRK+G   LEA +LRLPKAMTFHVLSVDALKSLANM
Sbjct: 181 DACSHHGNVTSARSARIKKYYLAQIRKAGFYRLEAENLRLPKAMTFHVLSVDALKSLANM 240

Query: 258 LLQDNHVEE-SVPSDDQEKTNRQKSKCL--CSSDKEPSLVLAGLHACGDLSVIMLRTFVE 317
            L+D+HVE+ S   DDQ+K N+Q+SKCL  C+SD+EPSLVLAGLHACGDLSVIMLRTFVE
Sbjct: 241 SLEDDHVEKPSTTGDDQKKINQQESKCLTLCNSDQEPSLVLAGLHACGDLSVIMLRTFVE 300

Query: 318 CKEVKAVVSIGCCYNLLSEDGSDNKDVQNGFPMSSRVKYSGLSLGKSGRDLACQSAERWR 377
           CKEVKAV++IGCCYNLL+E GS+NK +QNGFPMS  VK S LSLGKSGRDLACQSAERWR
Sbjct: 301 CKEVKAVINIGCCYNLLTEYGSNNKGIQNGFPMSFGVKSSSLSLGKSGRDLACQSAERWR 360

Query: 378 NLENEGGLHNFELHAFRAAFQMVLYRYYPEVVATCPSIGRQGKALRRRKKIEASVSLQCH 437
           NLE EGGLHNFELHAFRAAFQMVLY+YYP+VVATCPSIGRQGKALRR+KK E SVS QC 
Sbjct: 361 NLEKEGGLHNFELHAFRAAFQMVLYKYYPDVVATCPSIGRQGKALRRQKKREGSVSSQCR 420

Query: 438 EDKLEASQQDLIGELSANRNALSLTISDNGSMQCEPSKYVDKYPLFEKFCQSGLNRLGLQ 497
           EDKLEASQ DLIG    N NA S TISD+GS  CE SK VDKYPLFEKFC SGL RLGLQ
Sbjct: 421 EDKLEASQSDLIGGFQVNANAFSHTISDHGSTPCEQSKSVDKYPLFEKFCHSGLIRLGLQ 480

Query: 498 TLRVMDYFGIWMDTEPFAELIGPYWSLRAALGPVLETCIILDRLLFLQEQGGSLEAILLP 557
           + +  D +GIW DTEPF ELIGPYWSLRAALGPVLETCI+LDRLLFLQEQGGSLEAILLP
Sbjct: 481 SSQDTDCYGIWTDTEPFTELIGPYWSLRAALGPVLETCILLDRLLFLQEQGGSLEAILLP 540

Query: 558 IFDPDLSPRNVAIIAKKVGAT 571
           IFDPDLSPRNVAIIA+KVG T
Sbjct: 541 IFDPDLSPRNVAIIARKVGTT 561

[Close]

BLAST of MC11g0746 vs. ExPASy TrEMBL
Match: A0A6J1F8D5 (methyltransferase-like protein 25 isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC111443254 PE=4 SV=1)

HSP 1 Score: 924 bits (2387), Expect = 0.0
Identity = 468/564 (82.98%), Postives = 501/564 (88.83%), Query Frame = 0


Query: 18  MATDFRGNGGSNCNFKCDTAANTLQWIKAIADFIRPYSFLINAPVVNFFKDRLWEDVDKE 77
           MAT F GNG S+C +KCDTAANTLQWIKAIADFIRPYSFLINAPVVNFFKDRLWE VD+E
Sbjct: 1   MATGFGGNGSSSCKYKCDTAANTLQWIKAIADFIRPYSFLINAPVVNFFKDRLWEAVDEE 60

Query: 78  WMECLRKEPVRNLLLIPSGVVQEYWPDSLKKFILTSRSLAFQREQADLQKVLPGWCMASL 137
           WMECLRKE V+NLLLIPSG VQEYWPDSLKKFI TSRSLAF REQADLQ VLPGWC+ASL
Sbjct: 61  WMECLRKEHVKNLLLIPSGAVQEYWPDSLKKFIRTSRSLAFGREQADLQMVLPGWCIASL 120

Query: 138 NTVLAQGMNQKKKHEA-ILSAVISSIASDLKTHTIVDVGAGQGYL--------AQVLSFH 197
           NTVL+QGMNQKKKHE  +LSA+IS IASDLK+H IVDVGAGQ  L        AQVLSFH
Sbjct: 121 NTVLSQGMNQKKKHEVEVLSAIISLIASDLKSHAIVDVGAGQVTLTFITFCKMAQVLSFH 180

Query: 198 YKHSVLAIDACSHHGNVTSARAGRIKKYYLAQIRKSGLEASSLRLPKAMTFHVLSVDALK 257
           YKHSVLAIDACSHHGNVTSAR+ RIKKYY AQIRKSGLE ++LRLPKAM F VLSVDALK
Sbjct: 181 YKHSVLAIDACSHHGNVTSARSERIKKYYSAQIRKSGLETNNLRLPKAMAFRVLSVDALK 240

Query: 258 SLANMLLQDNHVEE-SVPSDDQEKTNRQKSKCLCSSDKEPSLVLAGLHACGDLSVIMLRT 317
           SLAN+ LQD+H ++ SV  DD EKTNRQ+SK LCSS KEPS+VLAGLHACGDLSVIMLRT
Sbjct: 241 SLANISLQDDHADKTSVTGDDLEKTNRQESKGLCSSGKEPSMVLAGLHACGDLSVIMLRT 300

Query: 318 FVECKEVKAVVSIGCCYNLLSEDGSDNKDVQNGFPMSSRVKYSGLSLGKSGRDLACQSAE 377
           FVECKEVKAV++IGCCYNLLSE  SDN+ VQNGFPMS  VK SGL LGKSGRDLACQSAE
Sbjct: 301 FVECKEVKAVINIGCCYNLLSEYESDNEGVQNGFPMSFGVKSSGLFLGKSGRDLACQSAE 360

Query: 378 RWRNLENEGGLHNFELHAFRAAFQMVLYRYYPEVVATCPSIGRQGKALRRRKKIEASVSL 437
           RWRNLENEGG+HNFELHAFRAAFQMVLY+Y PEVVATCPS+GRQGKALRRRKK EA++S 
Sbjct: 361 RWRNLENEGGVHNFELHAFRAAFQMVLYKYCPEVVATCPSVGRQGKALRRRKKREAALSS 420

Query: 438 QCHEDKLEASQQDLIGELSANRNALSLTISDNGSMQCEPSKYVDKYPLFEKFCQSGLNRL 497
           QCHEDKLEASQ DLIG L  N NA S TISD GS  CE +K VDKY LFEKFCQSGLNRL
Sbjct: 421 QCHEDKLEASQSDLIGGLPDNSNAFSHTISDYGSTPCEQAKSVDKYLLFEKFCQSGLNRL 480

Query: 498 GLQTLRVMDYFGIWMDTEPFAELIGPYWSLRAALGPVLETCIILDRLLFLQEQGGSLEAI 557
           GLQ+L+ MDY+GIWMD EPFAELIGPYWSLRAALGPVLETCI+LDRLLFLQEQG SLEA+
Sbjct: 481 GLQSLQDMDYYGIWMDNEPFAELIGPYWSLRAALGPVLETCILLDRLLFLQEQGESLEAM 540

Query: 558 LLPIFDPDLSPRNVAIIAKKVGAT 571
           LLPIFDPDLSPRNVAIIA+KVGAT
Sbjct: 541 LLPIFDPDLSPRNVAIIARKVGAT 564

[Close]

BLAST of MC11g0746 vs. TAIR 10
Match: AT1G16650.1 (S-adenosyl-L-methionine-dependent methyltransferases superfamily protein )

HSP 1 Score: 570.1 bits (1468), Expect = 2.0e-162
Identity = 297/541 (54.90%), Postives = 386/541 (71.35%), Query Frame = 0


Query: 32  FKCDTAANTLQWIKAIADFIRPYSFLINAPVVNFFKDRLWEDVDKEWMECLRKEPVRNLL 91
           F C T A TL+WI AI DF++P+SFLINA VVNFFKD+ WE V++EWM CL+ E   N+L
Sbjct: 6   FSCKTRAETLEWITAIIDFLKPFSFLINAHVVNFFKDKQWEAVNEEWMSCLKDEKPENIL 65

Query: 92  LIPSGVVQEYWPDSLKKFILTSRSLAFQREQADLQKVLPGWCMASLNTVLAQGMNQKKKH 151
           LIPSG VQ++WP SLKKF+ T RSL+F REQADLQ +L    M  L+TVL+QGMN KKKH
Sbjct: 66  LIPSGGVQDHWPASLKKFVHTLRSLSFPREQADLQAILADVDMVPLSTVLSQGMNLKKKH 125

Query: 152 EA-ILSAVISSIASDLKTHTIVDVGAGQGYLAQVLSFHYKHSVLAIDACSHHGNVTSARA 211
           E  +LS+V+SS+   +   T+VDVGAGQGYLAQVLSF YKHSV+AID+ SHHG VT ARA
Sbjct: 126 EVEVLSSVVSSVVKSVGAPTVVDVGAGQGYLAQVLSFQYKHSVVAIDSSSHHGKVTDARA 185

Query: 212 GRIKKYYLAQIRKSGLEASSLRLPKAMTFHVLSVDALKSLANMLLQDNHVEESVPSDDQE 271
            RIKK++ AQ+RKSG       +P  +T  VLS + LK+L ++ L+ +  + S  + ++E
Sbjct: 186 ARIKKHFAAQMRKSGSGNKCPDVPMTITCRVLSTEMLKALTDVHLEKDETDSSGSALNEE 245

Query: 272 KTNRQKSKCLCSSDKEPSLVLAGLHACGDLSVIMLRTFVECKEVKAVVSIGCCYNLLSED 331
             +R +S     +++  SLVLAGLHACGDLSV MLRTF+EC+EVKA+VSIGCCYNLLSE 
Sbjct: 246 GQSRSQSS--SDANRSCSLVLAGLHACGDLSVTMLRTFMECEEVKALVSIGCCYNLLSEK 305

Query: 332 GSDNKDVQNGFPMSSRVKYSGLSLGKSGRDLACQSAERWRNLENEGGLHNFELHAFRAAF 391
            S++   + G+PMS+ ++  G SLGK+ RDLACQSAERW +L  + GL NFELH+FRAAF
Sbjct: 306 SSEDSCSKCGYPMSAGLRSLGFSLGKNARDLACQSAERWSSLGEDAGLQNFELHSFRAAF 365

Query: 392 QMVLYRYYPEVVATCPSIGRQGKALRR---RKKIEASVSLQCHEDKLEASQQDLIGELSA 451
           QMVL ++YPEV+AT PSIGRQGKA RR   RK +E   +       ++ +++D + +   
Sbjct: 366 QMVLSKHYPEVLATSPSIGRQGKAFRRQQQRKSLETPAA-------VDTTRKDTVDKKPM 425

Query: 452 NRNALSLTISDNGSMQCEPSKYVDKYPLFEKFCQSGLNRLGLQTLRVMDYFGIWMDTEPF 511
            + +L+                 D    FEKFC S  +RL L+  R +D    W + + F
Sbjct: 426 RQTSLN----------------SDMCSSFEKFCLSAFSRLNLEHPRDLDLNATWNEADAF 485

Query: 512 AELIGPYWSLRAALGPVLETCIILDRLLFLQEQGGSLEAILLPIFDPDLSPRNVAIIAKK 569
            ELIGPYWS+RAALGPVLET I+LDRL+FLQEQG S++ ++LPIFDP +SPRNVAIIA++
Sbjct: 486 TELIGPYWSIRAALGPVLETLILLDRLMFLQEQGDSIKVVMLPIFDPTISPRNVAIIARR 521

The following BLAST results are available for this feature:

BLAST of MC11g0746 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q6AYG0	2.5e-32	27.92	Protein RRNAD1 OS=Rattus norvegicus OX=10116 GN=Rrnad1 PE=2 SV=1	[more]
Q96FB5	4.7e-31	26.90	Protein RRNAD1 OS=Homo sapiens OX=9606 GN=RRNAD1 PE=2 SV=2	[more]
Q5E9V4	4.0e-30	27.60	Protein RRNAD1 OS=Bos taurus OX=9913 GN=RRNAD1 PE=2 SV=1	[more]
Q8BZG5	6.8e-30	27.44	Protein RRNAD1 OS=Mus musculus OX=10090 GN=Rrnad1 PE=2 SV=1	[more]
Q8N6Q8	1.4e-22	22.80	Methyltransferase-like protein 25 OS=Homo sapiens OX=9606 GN=METTL25 PE=2 SV=2	[more]

BLAST of MC11g0746 vs. NCBI nr


Match Name	Identity	Description
XP_022159769.1	99.48	methyltransferase-like protein 25 [Momordica charantia] >XP_022159778.1 methyltr...	[more]
XP_038899874.1	85.30	protein RRNAD1 isoform X3 [Benincasa hispida]	[more]
KAG7024710.1	84.89	Protein RRNAD1, partial [Cucurbita argyrosperma subsp. argyrosperma]	[more]
XP_038899865.1	83.75	protein RRNAD1 isoform X1 [Benincasa hispida] >XP_038899866.1 protein RRNAD1 iso...	[more]
XP_038899873.1	83.75	protein RRNAD1 isoform X2 [Benincasa hispida]	[more]

BLAST of MC11g0746 vs. ExPASy TrEMBL


Match Name	Identity	Description
A0A6J1DZT2	99.48	methyltransferase-like protein 25 OS=Momordica charantia OX=3673 GN=LOC111026087...	[more]
A0A6J1IN34	84.53	methyltransferase-like protein 25 isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC1...	[more]
A0A6J1F9A6	84.53	methyltransferase-like protein 25 isoform X2 OS=Cucurbita moschata OX=3662 GN=LO...	[more]
A0A1S3BAS0	83.60	protein RRNAD1 isoform X2 OS=Cucumis melo OX=3656 GN=LOC103487650 PE=4 SV=1	[more]
A0A6J1F8D5	82.98	methyltransferase-like protein 25 isoform X1 OS=Cucurbita moschata OX=3662 GN=LO...	[more]

BLAST of MC11g0746 vs. TAIR 10


Match Name	E-value	Identity	Description
AT1G16650.1	2.0e-162	54.90	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
IPR025714	Methyltransferase domain	PFAM	PF13679	Methyltransf_32	coord: 154..329 e-value: 1.3E-31 score: 109.8
None	No IPR available	PANTHER	PTHR12496:SF0	S-ADENOSYL-L-METHIONINE-DEPENDENT METHYLTRANSFERASES SUPERFAMILY PROTEIN	coord: 29..567
None	No IPR available	PANTHER	PTHR12496	CGI-41 METHYLTRANSFERASE	coord: 29..567
IPR029063	S-adenosyl-L-methionine-dependent methyltransferase	SUPERFAMILY	53335	S-adenosyl-L-methionine-dependent methyltransferases	coord: 152..211

Relationships

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


Feature Name	Unique Name	Type
MC11g0746.1	MC11g0746.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0032259	methylation
molecular_function	GO:0008168	methyltransferase activity