MC06g0114 (gene) Bitter gourd (Dali-11) v1

Overview
NameMC06g0114
Typegene
OrganismMomordica charantia cv. Dali-11 (Bitter gourd (Dali-11) v1)
Descriptionprotein MICRORCHIDIA 6 isoform X1
LocationMC06: 873749 .. 902181 (-)
RNA-Seq ExpressionMC06g0114
SyntenyMC06g0114
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.
AGAAATACTACGTTGTCTTATTATCTATAATTTTGTAAGTTTTACAGTAAATTAAATAAAAGGTTAAGGAAGACAAATAAAGTTAGTTGAAGAGAGAGGTTCTGGAGTTGGTATCAAAGAATACACGTGAGAAAAAGGTTGGTATAAAAGTAATTTAAGCGATACTCAGATTTTGGGTTGATAAATGAAAATTTCCCACGCATCAACGCGCGTCAATTCCATTAGGCCCAGCCTACTGCCCTCCCCAACCCTAATTTCTCTCAAACTCACGCCCCCCAATCTCCCCATTCCTCTTCCTCTTCCTCAATCTCTGGCTTAACTTTTATCCAGCTATAACCCTTCTAGCAGCCGTCCGCCGTCTGCCGTCGCCGTCGCCGTCGTTCTAGCCATCGCGCGTCGCAGTCCCTTCGGCCAAAGGCGCCGTAGCAGTCGTCGTACTCGTTGGCCTGTGCTTCCTCTCGCAGGATTTGCCTTCACTCTGTAAGGTTTGCTTCCGCATACGATTTCTCTCCGCCCTCGGTTTCTCTTTCCCTCTCTGCCGCTTCTTCACTCTCATTTCTCTCGCCCTCTCCAAATGTTCTAACCCCCAATCGCTCGATGGAATCGGTCAACCCGTTGGTTGTCGGTCTTTTCCGGTTCGGTTCTGATTTATGAAACTCGAACCGACATCCTAAACCAAACGAAATTAGTCACTTAGATGTCGTTTGGGTTCTATAACCTAACTCTAAATATTTTTCGACATGGGTTCTACCTCTCATAATTGACATTTTTATATGGTACAAGAAAAACAAATGGAATGTCACTAATATATATATATATATATATATATATNTTTTTTTGTTAATTTAAACATTTTTTAAAATTTTATAGAAATGTTCATTCACATCGACATTTTATCGATATTTTCATAAAATTGAGATTATCTATGTTTGATATTGGGGGTCATAGTTGTCGCTCCCTACTTGCTTATTTGGATCCAACAAGAATTTATAATACAAGTAGTTATTTATTTCATTGTTAATTAATAATTATGAGATACAATTCCATTGATCAAAAAGTTAAAAGACGAGATCCGACCCAAGATTGATAAATCCAAAAGGGAGGTATTCATTAAAAGTTTATAATATAAGTTGGCTATTATTTTCATTGTCAATTAAATTTTGAAATAGAATTCTATAAATATTAATTAAAAATGATAAATGATAAAATAATATTAATATTATAAGAAATTATTTATGAACGAAATATTCATAGTCCTTTTGGACCAATAGGTCACCTGATCTATCCATGATGGTTCTTCTTCTCCTTTTCCTTCATCTCCCGACAAAATAAACCTTTTGTAAATGCTTTTTAAGTTTTTTTAATCGTCATTCTCAGAACATAAATTTTCTAGTCACTTACATCATCTACTTTATCAAATGACTTTCTATGCCCCTCCTTATTTTTTTTCTCTTCCAGATTTCATCTCTCTTCTCTCTCTCGTCCTCTCTCTTCCATTTTTTAGATGTGCTTGATCTTCTCCATGATTTCTACACAATACACACTAGTTTTTTAGCGTCTCCGCTAGGAATTCAACGAGTGGAGGTCCCGTTCGATTGTCGTCCGCTGCTTCCATCCCGAGCTCTTGCGCCTCCCTGGTGGCCTCTCCGACGATACCGTTGAACAATGACAACATTGCCGGCGGCAAGAAGGAGGGAGAGAATAATTTGCATATGAAATAAGATAAAATTTTCTTTATTATTTTTCCCAACTCTTTCACCCTCTCTTCTAAAATCAAATTTTCAAGATTTTAAAAATTTTTTATTCTTTATACAATATATTGCTATTTTCTACCAAACTCTCAAACCTCTAGCTCTTGCACGTCCCTCTTCTACGGACTATCTTCTTCTCCATGAAACCAAATGCGTCGAGGAGAGTGGGGAGAGATGAGAGAGGGACAAAGCGAGAACGAGAGCGAGGTCATCGATAGAGCGAGATTGAGAGAGCGAAATCGAGAGAATCGGATCGAGAGGGAGAGAGATTAAGAGAGAGAGGGGGAGCCAGAGGTGAAGAAGTGGTGATAATAACGAAAAAAATGGGATGGTTAGGAAAAAAAAAGGATTGTTTTCTTTTTCTTTTTTCTTTACTCCACCAAATTGAATTAAATTAAATTTTAAATTTATGATTAAAGGAGCAGATTTATAAGGAAGAGTTAAGGGAAAAACATGATTTTTTTTTTTTTATACTTTCACCTAATTAGATAGGATTAATCAAAATTAGGAGAGATATTAAAGGAGAAATTTATGTTAATTTTTCAAATGGTTCGTTCAAATAATTAAAGAGGAAAAAAATAATTAAGGAAACAAATCTATATTAAATTTCAAATTTGAATATACTAAAATTAATGCGATTAATTATAATTTTAAATTTTAATTAAAAAAATCTATTTTAAATTTGAGATTTCGTTTCTCTCCATTCCAATTTTTAAAATCGTTTCTCGCTCAACTATTCTCGCTCTCGCTCACTCATCTCTCGCTCAATTCTCTCTATCTCAACTTTCTTGTATTCAACTCTCTCTCTCTCTCTCTATCTCCTTCCCCATCCCATCGTAAGTCGAACTTCCTTCCTCTCCCGAGCCTCTTTCTTTGACAAACGACCTCTCTCGTCGGCTTTGATGCATCTGTCGCTGGTGATTATTGAAGGTCACGAGAATCATGGAGGCTGCTAGTTAAAGAATGGTGAGAGATTTAGGGTTTTTTTATAGTAGAGTAAACAAGAAAAAAACTCATGCTTGCGGAAGACATGAAAAAGGGAAAGAGAGAGTAACAAAAAACGATGAGAAGAAAAAAATCGGGAAAAGGAAGAAGATGGAGGTAGGGAGAAGAAATAAAGAAAAAAAGAAATAAAGGAGGAAAACCTAAAAGGGAGGAAAACTAAAAACTTTTGGTAGTAGTATAAGGAGGGGTATGGGAGCTCATTTGGCAAAGTATGTGATGTCAGTAGTGACGGTAAAACTTGTGTTTTGAGAAGGACGATTAAAAAACTAAAAAGACCATTACAGAAGACTTATTTTGTCAATTTTCTCGACGAATATTGAAGAATAAGAGGAAGGAAAAGAAATAATGGACAAGAGAGAATAAAAAAGAAAAAGGAAAGGGGAGAGGAGAGAGAGGAAGAGGAGGAGGAGCGAGAGGAGATAGGGAAAGAGAGGAGAGAGAGTGAGAGAAAGATGAGGGAGATCGAGAGGAAGATGAAAGAGGAGAGAGAAAAAATTAATTTCATTATTATTATTTTGTCTTTCCATACTCCCCCATAATCAAAATTAATTTTCCTCTTTCTCTCTCTCTCTAAAAAACATGGTTTTCTCTCTTTCTCACACACTCTTACTCCACGCCCAATATTTTTCTCTCTTATTCACACCCTTCACTATCTCTTTCTCACATCCCCTCTAAAAAATTTAGCGACATTTTCTCTTCCTCTTCCTCACACCTCTCTCTAAGTCTCTGCGTATTAGTCGAATATGATCGTGGTCGAGATTGAGAGCGAGAGCGAGAGTGAGATTTTGAGCGAGCGGACAACGACAAAGTCGCCGACAGCCAATAAAAGGAAAACGGAGGTGCCCAAGGTCAAATCTCGCTCTCGACGGTCAGATATCGCTCTTAGACGATCTTATTTTTAGAGAGAGAGAAAGTGTCTTTACTAAATTAATTGGATTTTTGTTTCATTATAAATCTTATTTTTAGAGAGAAAGTGTATCTATGAAATTAATTGTGTTTTATTTCATTATAAATCATATTTTTAGAGAGAGAAGATGTGTCTATCGATTGGGGTTTTGAGAAAAAATTGAATGAGAACGGGAGAGAAGAAAATAAAAATGAGGAGAGAGGAAGAATGATGCTTTTTGAAGATATGGAAAAAGAGGGAGAGAGAACGAGAGATAAATCTAAAAATTAGTGGAGGGATAGTAAAAGTAATTTGGTATTAAAGATGATGTCAAGAAAGATTAGAAAATATAGATTTTGAAAAAAGTGGGTAATAAACGATAATGCTTTGCTAAAATGGCTATTCAACCCAATTTCCTGGTAAAAGGGCTAGCCCAAAACAATGACACATCAATAATGTCATATAGGTTTTTCGTTAGTCAACTACAATCAATTTAATTTATGAACCATTTTAAACTATTTTCCAAATCTAAAAAATTAAAAGTATATTTTGAAATTAAAACAGTAAATAAATATAAATTCAAACTTAGTTTTCAAAATTTTAGGAACTAGATATATATTTAATTCTAACTCAGAGGAAAACAAAACAAAATAATGTACAAAAAAATTTATGGAATGTATTTGTTTGGTTACTCTCTCTTTCTCTGTGGAGAAAGGGAAATAGCAATTTTTTCCTATCGAACGTCTACAAACAAGAGGATTTAATCGGAAATATCGACAGATTCCTGTGTGTGGAGTCCAAATAAATATGAAAATGAAATAAAAAAATCCACTGTTCTAATTTAATCCTTATCGAATTTGAATATCAGAATAGTGGATATAGTCATGATTCAACGGGTTAGGTCCACTTACTTTTTAATTTTTTTTTGTTGATTTCGAATCTTTATAATTGATTGTAATAATGGAAAATAGGAATATTTGGGAATTCGAGGAAACGACTTATCATGATTCTAATCAATCATGATAGATTATTTGAATCTATTCTAATGATTAGAATAGAATCTAGAATAAAATAATAGAATTTATATATTCTATAGAATATATAAATTAGAGAATTAGAAATTCTAAAATAAAAATAATAATTCAACTTTTTCCTCCACATCAATGCATGATTAATGTTTTCACTCCACCATGCCCTTTTCCCTATGCCCTGCTCTAGGGTTTTAGGTGAAAAAGTGGTTCATCACTAACAATAACCAATTTCCCAATTGGAAAGCTTAGATCTATTTCCCACCTTCAAAGGTACTGTGATCTGGGCTTCTAAGACCTGGTAATTCACCCACTGGGTTCCGTTTTGTGATTTGTTTTCCTTTTGGAGAGAACAGAAGGTCATCCTTGAAAACATTTTCGCAATTGGAGAAGGTAAAGTGTTGATACTGTATGTTTTCCCCATGCGTGAAATTACTAAATCCATTTGCGTACTTGTCATTGTTTTTTGAATCGTAGTGTGTCAATGTATTTGCATGTTTCAATGCCTTGAGCGTACCCATATTTCATGTTGCCGGCGTAGTCCGTTACAATTTATTCAGTTTTTAAAATCCATGCGCTGGTTGGCTCCGTGATATATATTAACTTCATTTTGATATTGCTTCAAGCTCTTGTATCCCTAAATTGTTGTACTAAAAAATGACTACGATATGTGTATTATGATGTTTTTGGTTATGAATAATAGAGTGAACCGTTTGGTAACCGTTTTGTTTTCTACAACCACTTCCCCTAAGGATTGTTTTGTCATGTTATCACGTTTTCAAAATCTAAGCATAATTTTAACATCATGGTTTGGCATGGTGGTCGATAAGGACAGATGGAAATAGTAAAGAACTTGGAGGGAATGGATTCAGACTATGGTGGCCCAGACGCTCGGCCGAGACACTCACGTGTATATATATATATATATTTAAATTTGGCTAAGAATTTATATGGGTCTTGAAGAAAGGTGAACATATTAAAGAAATAGTGGGACAACAAGCATACTTTTTAGAAACAGAAAAATAAAAACGTAATCGTTATCAAATGAGGCCTTTAACTTTTATATGGAATTTTTTAATCTAAATAGACAAAAGAGGGGTTAAGCCCCCCTTCTTCCTTCTTTGCTCCACCCTTGTTGGTTAGGGTGTTTGGGATGGATTTAGAAGACACCTTAGACAAACCTAATTGTTTGGACTTTAAACAAAACAACAATTGCATAAGCCACTCCTAAATTGTAAGGTCTTTTTTTTTTTTTCCGAGTATAACAGGTGGGGGTGGGAGATTGAACTCACAACCTCTTAGTTGGAGATATATGTTAATTACCGTTGAGCTATGCTTGCTTTTACCCTAGATGAAAGTAAGTATGAAAATAAAACGCAATTGTTAACATATGTTTTATTTTGTTACATCTCTTTCACTCTCATACGCACACATTTGTTTTGATTTTTAAAATGAATGGAGAAACTTCATTTGAAATGATCTTGTAGCTGTAGATAAGATTGTAGAATCAAGAATGTGAACAAGGTTGACAATTGGGGACACGAAATACACAATAATCATTAAAAATTAATTTTGATGTCAAAGTTGGGGCCAAAAATCGAATAGATTGTGACAGGGATGTGGACTATTATGCTTTGTGGCATAGAATCATTGTGAGCAAATATTGTCCTCTTCCTACCAATTGAGTTTCTTGTTGGGGTCAAAGGCATTTACTGGAACACGTGGAAGTTTATTGCTTTGTGGTACTCAAAAAATTTATAGTTTCATTAGGTTCTTTGTTGGGGGCAAGTTGTTGATTATATTATGGGACAAGTTGTCGATTTTATTATACGAGGCCAATTAGGTATGGGAGCTTTGTCGGTGTGACGACGATTAAGATGAAGTTGATCCCACTAGGCAAAAGCACCCGACTGGAGCTTTAAGGCGACCGATTTGACCTTTTTGTCTTCAGGTGTACTAGTATAGTCGAAAAAATTCTCGACGTTCTTGATCCAGTCCAAGAAAGCTTTGACATACTTTCGCTCATTGAATTCCGGTAAATTAATCTTCATTCTAAAATATGTGTGCACACCCCCTCTCTTTGGATATGGGTTATCCTAATGAAATCATGGATTGTATTGAAGGAAATGTTCATCCTCATCCGAAGAATTAGAATCTTGGTTGCTCAATTGTAAATCTTGATGTCTTGGGCCTCCTATTGCGACATTTCTTGCTTCTTCAAGTGTTCTTGATTGAAATCTGGTCGCTGAGGAAGTTGTTCTCTTTGATATTCCCCATTTGTTCTGCTTGAGCCTCTCAAATATGATTTTTGTTCCAAAGAGATGAGATCAAGTTGTTTCGACATATTCTCCAATAAGCCATGAATGTGGTTGACGTTAGAATGGAGTTTTCTCAAAGAATTTTCTATCGACAACAAGCGGATGATAGTTGATTTTGGTGATAAAAGTTGAGTTTGAGGCTTGTTTGTGACGCCTGGAACTTACTGTGTTCTTCCCAAACATCCAAACATCAGATCCTAGATCGATGTTGGGCTCTGATACCAAAATTGGTGTACAACCAATAAAGAAAACTTAAATCTTATTCAAATCTATCTCCAAATAAGGAAAAGGTTGGCTATTTATAAGAGCTAAAAACCTTACAAGGACTAACTAACAACTAACCAACAAAAAATATCTTTTATAAAGAAAGAAAATACAATAGCTAAATCCGAATAAATAATACATAAATGATACTACTACATCAATTTTTCCCTTTTGTGTGGGTACTCACCTGCATCACCTCTATTCTCCTTGCTTTGGAAGTTCAAATCTTTAGAGGGTTAAATGTTTAGTTTGGCGGGTTTCCCACAGGAGGATTAACACTCCTCTTGTTCACGTTTCAAATCTCCTTTCCCTCTTGCTCTCGCTTATTCTCAAGCTCTTCCTCTTGCTCTCACTCATTCTTAACCTCTCGCTCTCACTGATGTCTCTCCCTCTAGCTCTCGCTCCCTTTCGTTCTCTCCTTCCCTCACTCACGCTTTCGCTTAGTCTCAATCTCACTCTTCGTTTGATGTCTATTGGAAGCCATAGCTTGGAGTTATTCGCGATTACAAAGGAAAAGGTAGTGTATGGAGAGAGGGAAGAGTGATAATAGGCACGATTTTAGGTATTGGTAAGTTATTCTACAATCGTGATCCTAACTTCTTGACAATGAAATCTGACAAAAAAAATCTTCTCATGCAAAGTTCAGAGATGACCAAGTCAAGGACAACAATGACTGGAGACCTGAAGATGACGAGTGAGAAAGACGGCGACGATGACTAGTTAGGCAATTGCAGTTAATCAAAATTAGGGTTTTAGGTAGAACTAAATGAGAAAGGAAGGGCAAGGTACGCAATTTCACATGCTTGCTGACGCTAGCAAAAAGTTGCAAAACTTTATTTTGAAAATTAGGTCAAATTTATTTGGGCTCAAATTTTTCTTAGTCCATAAAAACCCATATTATGGCTCTGAGGGCTGTTCACGGGTCGGGTTGGATCGGGTTTGGGAAGTTTTTTGGACCAACCCGAAAATCAGGGAACCGATAGACCGAACACAATAGCCAACCCAACCCAAAATTTTCGGGTTGGGTCGGGTCGGATCGTCAGGTTGATAGGGGTAAGAGAAAGTGAGATGAAGAAAAATTGAGGGCGACGGAGATGAAAATGTATACACCGTCGTTTCTATCTCCGGCGACCAATCGAACAACCCCAAGTTAATTTAGACGGCGGCACCAATATTGAAGCATTATCAGATGCACGAAGGAAGTTAATGTTCGTGGGAGCGCTTTCTGGACTGTAAATCTGAGGTTGCAACGATTTTGAGGTTATGGGTGTAGAAAGTGGAGACGGTGTGGGGGGAGACAGAAGGGGAAGGGAGAGAGACGAAGGGGGAGACAAAAACGGGAAGGGGGAGACGAAGGGGGAGACAGAAGGGGAAGGGAGGGGGACGAAGGGAGAGACAGAAGGGGAAGGGAGGGAAGGGAGGGAAGGGAGGGAGGAGGCATGAAAGAGGGAGAGGGGAGGGAGGTGGCACACAACAAACCCTAAATTATAATAATATATATATATTTTTTGTTTGTGTTTTTTAATTTAATGGGTTCGGTTCGGTTCGGGTTGAACCGACCAAAATATTATTGAACCCGCGAACCGAACTGAAATTTCGGTTCTTACAAATTTCAACCCAACCCAACCCAAAAACATTTTTAACCCAACCCAACCCTTACGGTTTGGGTTGGGTTGTTCGGGTCACCGGGTTTTTTGAACACCCCTAATGGCTCTTTTATCCTTAGGTGGAGATTTCTATGTTCGATCAGGGAGAAGGGATTTTTCGTCTTTGGGCCTCGTCCTTTTGCAGAGTTCTCTTGTAGATTTTTTTTTCATTGTTTGGTTAATCCATCTCCCTCCACTAACCTTGTTATTTCTTTGTTGTGGAAGGTTAAAATTCCAAAGAAGGTAAAATTATTTATGTGGGAGGTCCTTCTTGGTAAGGTTAGTATCTTGGATCGTGTTTTAAGGAGGTCTCTCTGTTTGATAGCGAATGTAGTGTTGTATCCTCAACAGGGGTGATTGAGGACCTTGATCACTTACTATGGAGTAGTGATTTTGCTTTTTTGGGTAGAGTTGTTTATTGGAGACTTTCAATTTTCCCTAGCCCAACTCGGAGGGTGGTTTGATGGTGGATGAGTTCCTTCTTCATTCGCCCTTTCCGACAAGGGTTGTTTTTTGTGGCTTGCCAATGTTTGTGCAACCATTTGGGCTATTGAGTTGGGAGGGACAACATAATTTTTGGAGGGGGTGGAGAGACCTTGAGACGAGGTTTGATCCTTTGTTAGATTTCATGTCTCTCTTTGGCTTCAGTACTTGAGGACTTTGGTAATTATCCTTTAGGTCATATTTTACTTGATTGGAGCCTTTTTTTAGTTCGACTCCTTTTGGGTTGGGTTGCTTTTTTGTAAGCCCTTGTATATCTTTCATTTTTTCTCAAGGAAAGGAAGTTTTTACCAATAGGAAAAACTTGTGATCAACTATAAAAATATTATCAAATTTATAAACTAGTTTCGGTTGAGATTGGGTTGAATTGATCCCAAATTTTTCCAACTTGTGAATTGAATCGAAAATTTGATTTGCAAAAAATGGACCCAACCCAAACTGAAAATTCACCTTGGGTGGTTTGATTTTTTCAGGTGATGAGTTACTTGAACAGTGGGTTGTTCCTTATTCCCTCGAGAGAGATGGTTGTTTATGATCTCTCGAATTACTAGCTTATCTTTTTTTTGTAAGTCTTTTTTTGGTTAATTAGTATCCTCCCCAACCTATTCTCCATCTAGCCATTCCTTCTCTATTTTGTGGAAATTTTGAGAATGTTGAAGAAGATTTGTGGTGCAGTTAGGTGGCTGTTAGTTAGCCTTTTACGTTGTAATCATTTAGTTGCAGCCCTTCTTTAGCTTGTTTCTCATTTACTGCACAGTAACAAGAGTTACTTTCTTTTAGTTGAAGTTAGAAACCTCTATAAACAAGTTTCTACTTCATTAATAAAACATCATTTAATTATTATCAAACTCTTGTGCAAGACTGCATCAAATTGGTGTCAGACCGCCAAGATTCTTGGCTCACTTTTTGTCATGGCAAGCAACAAAGCTCCCACCAATGTCGTCGGAGACTCTTCTCTTGTTGGAAAAGAGGCGGATCAAACCATTGTCCTCTCACCACGAGCCACAACCAAATGCTTGATATCGGTTGAAGGAGCTATGGAAGATATCAAAAGGAATGTAGGTGAGATACAATAACTTCTGAATAAAATAGCTTGGCGACTTGAAAGATTTAAACTTATGACAAAATGAATCAATAATTGGCCAAAAAGAACAATGAAGAGGACAAGGCACCAAGATTCTTCAACACCAACCAAGAAGATTTCAAGAACCTATTTTTGCACCAAGAATTCTGCAAGAATTGAGATCTAATCGACAATAATCCAATCGAAATCCTTTGTTTCTGATAGACTCCCAATCATAAAGAAATAATCTAGAAGGAAGGGTAATAAAGGGAAAGAGAATATTCAAGTGGGCCCGAGTTAGTTAGAAGATGTTTTGGTATTGACAGGATTTGTTATAGTGGGGAGAGTGAGTTAGTTACAGAGAGAGGAAGACTATTATATATGTGTTACTCTTGAGAGGGAAGGGGTATCTCTTTGCTGATTGTATTTCCGTTGAGGAATTGTGGGAGAGATTAGGGAGCTCTCAAATACACCCTTAGACTGTAATTTCCTTCTAGTATCTAAATAATAGAGTAACCTCTATCATTTTGGTATCAGAGCAGTGAAATTCTGGGATGGTGACAAGGATGGAAAGTAGAGTGGAAGCTGTAGAGAGCAAATTTCTGGGTTGATTTCAATAGTGGAGGATAGCAAGGATGTGTGGAGGACCGAATTGTCCTTGTTCAAGGAGGAGATTAGGCTTTGGATGTCTGCTGTTTCCCAGAAAATGGGGATCGACGAAAAGGGAAAGGGTCCAGAAAGAGGCGTAGAGGCAGGGGAGAAGACATCGATGAGCGCCGTGGGGTCGAGTGAGGGGTCGAATCAGCTTTGTAAGTTGGAGGTGCCAATTTTTGAAGGGGAAAATCCGGACGGATGGCTACACCGGGTCGCACGATATTTGAAGATAAATCGATTAGCAGACAATGAGAAGTTAGAGGCGGCGATTCTCTGCCTTGACGGTGAGGCTTTAGCTTGGCATTTGTGGGAAGAGAAGCAAAGTCCCATCCAAACCTGGGAAGAATTTCGCGAGTTGCTGCTTCAGCGTTGCCGACCCACTTTGGAGGGTACCCTATCTGATCGGTTAGTGGCGGTACGACAGGAAACAACCGTTCGGGATTATCGCTGGCGATTTTAGGAAGTGGTTGGCGTGGTTGATGGCGTCCCTTCGTTCCTGCTTGAAAGTCTCTTCCTCAACGGGTTGAAAGAGGACTTGAGGAAGGAGGTTAGAGTGATGAAGCCCAATGGGCTCAAAGAAATCATGGTAATGGCCCAATTACTTGAAGATAAAAATGGTAAGGTTTCAGACCCAACATCAGGGGGATCGGTTACCTTAGTAAAATCATCTGGGTCATCCAATGGGTCAGCCCTAATGGTATCGTTCAATTTGACTCATCCTAATCCCACGTGAACCCTAGAATCGGCAACCAAAAATGGAGATCGCGCAATCGCCGGACAATTTCGGCGACTCTCTAATGTAGAACTCAAATCGAAGCGCGAGAAAGGGCTCTGTTACCGCTGCGATGAGAAATTTGGGCCAGGGCACCGTTGCATTTTTTTACATGGTTAGTGTCTCGAGAAGAAACGTGAGTTGCAAATCTTGGTGTTGCAGGAATCGGATGGCGGGGAGGCTTTTCAGGACGCGGTTGACACAATTGCAGAGAAGGCGAAAAAGAAGGTACGAAATTTGCCATGCTTTCTTTGAATTCGTTCGTAGGACTGGCGACGCCGCGTACGAAAACTCTGAAGGTCCGCGGCCAAATTGTAGGGCAGGACGTGATCGTGTTGGTTGATAGCGGAGTTACTCACAACTTTATTGCACTGGAATTGGCCCAACAGTGTTGCTTGCCGTGTAGTCAGACCAAAGACTATGGAGTAATTCTGGGCACTGGCACGGAGGTAATGAGTCACGGAGTTTGCAAGGCCATGGAGGTCGTTTTCCCAAATCTAACTATTGTGCAGGATTTTTTGCCCATTCCGTTGGGGATCGCTGATGTGATTTTGGGTGTCCAATGGATGTCAACGTTAGGGGATATCACGCTGAACCTAGAGAAGTTAACGTTGCAATTCGGGTTGGGAAAACGACGGGTTTTGTTGCAAGGAGAACCTAGCCTACAACGAACACAGGTCTCGTTGAAAGCAATTTTGCGAGCAATACGGTAGGAGCAGCATGGGGTTATTATGGAATTAAGCTCAGTTCATGAGATGCCGACCCAAGCCAGGGAGGGGGACAGTGAGGTTAGGCCAGTTGAATTGCAGAAGGTTCTTCATGAATTCTCTCAGGTTTTTCAGCCTTTGAACGGTCTTCCCCCTCGAGAAACAGGGATCATGCCATTGAATTAATTCCGACTGTAGGCCCCGTTAGTGTGCGCCCTTACCACTATCCACAATTTCAAAAAGAGGAGATCGAGAAGCTGGTGCAAGAAATACTAATTGCCGGTATTTATTCAGCCTAGTTCAAGTGCTTTTTCGAGCCCGGTCCTCTTGGTCAAGAAGAAAGACGGCAGTTGGCGATTTTGCATCGATTATCGGGCTTTGAACCGTGTAACTGTACCCGATCAGTTTCCTATTCCAGTGGTGGATGAGTTATTGGATGAGCTATTCGGCGCTACAATTTTTTCGAAAATTGATTTGAAGTTCGGATATCACCAGATCCGTGTTCGACCCAGTGACGTTCATAAGACAGCTTTTTGTACTCACGATGGGCATTATGAATTCCTTGTTATGCCTTTCGGTTTGTGTAACGTGCCGTCCACTTTTTAGTCCATTATGAACGATATATTGCGCCCTTACCTTCGTAAATTTACTTTGGTGTTTTTTTATGACATTTTGGTCTATAGCTCTTCTCTACAGGACCATATCTGCCACCTCTGGCTCGTGTTCCAAGCTTTAGAGAAACATCAGCTGGTTGCCAATGAGAAGAAATGTTCTTTCGGCGTTGCGCAAATTGAGTGCCTTGGCCACATTGTTTCCGGAGAAGGAGTCGCGGCTGACCCCTCTAAGGTATCCGCTATGCTTGACTGGCCGACGCCGACGAATATTAAGGAGCTTCGTGGATTTCTCGGGCTCACGGGCTATTATCGGAACTTTGTGCACCATTATGGTTCCATCGCTTTTCCCTTGACACAATTGCTCAAGAAGGACATCTTTATATGGACCGACGATACGACAACGAACTTCACGAAACTCAAGGAGGCCATGGCCACCGTCCTAGTCCTGTGGTTGTCGAATTTCTCCCAATCCTTTGTTGTCGAAACGGATGCATCGGGTATCGGCATCGGGGTTGTGTTGATGCAGAATAAGTGCCCCTAGCTTATTACAGCCATGCATTATCGTGTACTTATCGACACAAGCCCATTTATGAACGAGAGTTGATGGCTATCGTTCTTGCAGTCCAGAAGTGGCGCCCGTACTTGTTGGATCGGAAATTCCTCACTCGGACGGATAAAAAGGCCCTGCGGTTCTTACTTAACCAACGCGTGCTTCCGAGAGAATATCAGCGGTGGATCACCAAATTATTGGGCTACGATTTTGATATCGAGTACAAGCTCAGACTGGAAAACAAAGCTGCCGATGCCCTTTCACGGCGACCAGACTTAGCCCATTTGAATACTTTGACGATGACATCTAGTCTCAACGTTTCTGTCATTTCACAAGAAATTCAGGAGGATGCTAAGCTTTCTAAAATCATGGCTGACCTTCGTAATGCCCAACCAGTCCCAGTTGGATATTCTTTGAGGCATAATGTGCTGTATTTCCGTGGCAGGTTAGTCCTTGCTTCTTCTTCCCCATCCATTCCATTGATTTTGCAGGAATTTCATGGGTCTCCATCAGGGGGCATGGGGTTTCTCAAAACCTTGGCACATCTCAGTCGGGAAGTTCATTGGAAGGGAATGTGCCAAACTGTCAAGCATTTTTGTGCTGATTGCCAAATCTGTTAACAAGCTAAGTATCTTTCCTTGGCCCCCGCCGGGTTATTGCAACCCTTACCCATATCGGAGCACATATGGGGATGAAATTTTCATGGATTTCGTCGAGGGATTGCCGCGCTCAGAGGGATTCAATTCCATCCTACTGGTTGTGGATCGATTATCCAAGTATAGTCATTTTATACCTCTTAAACACCCGTTTACTGCTATAGTCGTGGCCCAAGTCTTTGTGCTGGGAGTGGTTCTCTTACATGGAGTTCCCCAGGGTATTATTTCTGATCGGGACAAAATTTTCACCAGCTTATTCTGGGAGGAATTATTTCATTGCATGGGAACAGCTCTTCGCCGAAGCACGGCCTATCACCCACAAACGGATGGCCAGACGGAGGTGGTTAATCGCTGTTTGGAGACATACCTCCACTGTTTTACTATGACTACACCCACTAAGTGGGCACAATGGCTTTCATGGGCTGAATTAAGCTACAAACCTCATTTCACACCGCCACCAAGACAACCCCCTTTGAAGCAGTCTATGGCCGTCCCCCCCTCCTATTTTGCCTTATGAGCCAGGCGTTACAGTCGTTTCTTCGGTCGATCAGCAGTTACGGGACCGGGACAGCATGTTGCACGAACTAAAAACCCACTTACTGGCTGCCCAACAATGCATGGTGTCGGGAAGGCTATTATATATGTGTTACTCTTGAGAGGGAAGGGGTATTTTTTTGCTGATTGTATTTCCGTTGAGGAATTGTGGGAGAGATTAGGGAGCTCTCAAATACTCCCTTAGACTGTAATTTCCCTCTAGTATCTAAATAATAGAGTAACCTCTATCAGTTTCAAAGGGGAGAAATACATTTAGATTCTTTAAGTGAGGAAGATGAGATCTTTAATTTGGTGGAAGATGGACGATTAGTTAGACCCAACTAGCAGCAATTTTATGATACAAAAGACAATAATCTTCATCAAGAACGTCAAGAGCGACCTATATTAACAACAAGACAACACCACCACAAGAAATACTATGAATTTTTTTCCACCGTGATAGACCTAAAGAGTGGAAAAGTGAAGGGTTATTGCTTCAAGAATTCAACTTTTTCAGCAAAGAAGAAGAGTTTTTCTATGGGTTTGTTGTTAGATTATTTTGATGACGTTCAAGAAGATTCTCATAGGAGTGAAAAGATTGAAGGAGGCAAAGATTCTCCAATTGAACTTCAAGAACATAGGCTATAAGAAAATGCAAGAAAGCTCTTCCTTCCAAGTAGACTTCAAGAATGTAGATACGAGAAGGAGAGATTCAGTCTGTGGGAGAGTTGAGAAACAAACTCATTTGACCAATTCAATTTCTAGTTATTCCAAGAAAATTTTGGGAAGTATTGGAATGAAGAAGAAAGTGGGTAGTTTTGAGAAGGATCTTGAGAAAAAGAATGTTTGATAATTTGGAAAACTTTTGTCTCAACAAACTACTGGATCAAAATTTATTGGGATTTAATTTAGATTGGTCACTTTATCGTTGTTTTGATGAGTTGAAAAGGGCATTTTTCGGTTGGAGTATATTTGAACCGCAAGAAGAAGGGAGTTTCTATTTTGAGGGTTGTTCACAACCTTCTAACTCTACTGCTTTTAAACTTGAGGACAATTTTATCTTTTGGGCTGGAGAAATTGGTGCAGTTAGGTGGCTGTCAGTTAGCTTGTTATGTTGTAATCATTTAGTTGCAGCCCTCCTTTAGCTTGTTTCTCATTTACTGCACAGTAACAAGAGTTACTCTCTTTTGGTTTAAGTTAGAAACCTCCATAAATAAAGTTAGAAACCTCTATAAATAGGTTTCAGCTTCATTAATAAAACATCATTGAATTATTATCAAACTCTTGTGCAAGACTGCATCAATTTGGTTCTTTGCTTGGCTCCTTAGGAAGGATAATTACCCTAGATGTGTTGCAAAGGGTCTAATTTTACATTTTTGGCTTGAACCGGTGTATTCCATGTAGCAGCAGGGTCTATGATCTGAGTTAAGATTTTGTGGTTGTGCCATTTTATTTCTAGAGCGTGCAGTTGGTTGGTTGTGGTTTATCTTTTGTTCAGAGGTTGAGAATTTGCTAGATGATGGAGGAAGTTGTTTTGCATCCTTATTTTGAAGGAGAAGTATGTGTTCTATTGCAAGTTCACTTCTTTGCCATTCTATGTCTAATATGGTTAGAATGAGATAGAACATTTATGGGAATGGATAATTTGTGAGAAGATGTTTGGGGAAACATGTTTTTACGCTCCCCTCGAGGTTCTTAATTCAAATTTATTTTGTAATTACTCTTTTTTTCTATAACCAAAAGATGGGGTTCTTTTGTGCATGTTTTTGCCCCTTTGACCTCTTTTTTTAGGTCATTTCTTTGACTTTAATCTTCTATTCTTTAGAACAAGATACAAACTTTTCATTGAAATATAATGTTCCAAGATACAAACTCCAAATGGGAGTTAAAGTAGGCAAAGAAAAATAAAGGAGAACAATCATCATGGGATGACTCAAGTGGTCAATGAGGGCCAATGTAAATAGCAAAGGATTCAGAGGGAATGAGTTCAAACTATGGTGGCCACCTACCTAGGATTTGATATCCTACGAGTTTCCTTGTCAACCAAATGTAGTAGGGTCAGGCGGTTGGTCCGTGAATAGTCGAGGTGCGTGCAAGTTGGCCCAGACACACGGAGATCCAAAAAAAAAAAGGAGAACAACAAAAAGAAGATTCATAATACAGAAGAAACAAACAATGAAAATCCAGCGGCTTGGTCATGAGACGTGACAAAGGAAGCTTAACCAGATCCTTCAAACGGGGAAGAAAGCTACCAAAAACTTCAAGAGCCAAGAGACAATCAACAACCATATTTGATATTCGGATCAAATTCAAGCCCAAGGATTCTGAACTTTGCACTAAAAGTATCATACTCCATCTTCCATTCAGAAAGCAGCTCCATCCTTCTTCTAAAACAAGCTTCTTCACAATAAGTCATATTATTTAGCGTTTTTTCCAACTCCTTTAGAAAGCCAGGATGCTTTTCATTGGAAGAGAATCCCAAAGAAGTGACAAAGTAAGGGCGATAAGAAGACATTTTAGAGTAATAAACTTTTAAGGACTTTGGGGCAGGGAGAGATACTTCAACTTTAAACCCAAACACCAAATGGATCCCCTTGTTTAAATAAGAGAAGCATGGCTATAAAAGAAAATTGTTGTTAGTGTTTAATGGATCTCTGGGACTGTTAGCGGTCTCGAGATCTAGAAAAAAGATCCAGGATCATAATCATCAATTTTTTTTTTTTTTTTGGATAACTTCCTTTATTCTGTATAAATATTACTATTGAAAATGAATGAAGCCAATGTGATCATTAGTCACTCAAGCCAGCACGTCCTTTTAATGAATGATTTCGTTTAGCTTGTCTTTATGCTTTTCAGCTATTGGATTCACAAGTTTTTGGTTCATTTTACTTGTGTAGAAGTAATTTTAAGCCTTCTTCTTCTTCTTGCCTTATTTTAGTCCTCTTATGCACTACACCTATGAATTAACATTCAACGTTGTTAGTGTTTAATGCGATCTTATAGCAAATTGGACAGCTCCATTGTAATTTTTTATCGGAGATCCATCTTTTGTAATTTCATTCATGATTCATCAGTGGTTTCTTACCAAAAAAAGAAAAATGTTGTTAGTGTTTAATGGGATATCAAAAGTGGTATTAATTTTTACACTATGAGAACAACCTTTGTGTGTCTTGCTCAGGATGATATCTGCTGACATTGTGGACTTGTCAAGTGATGATGAGGAAGGACCAGACCTGAAAGCCATTAAGTTGGAGCCAAAAGTTGACAGGGCTGTGATGCTACTAAAAGAGCATGAGAAGAAGGTTATCATCAAACATGAAAAACTAAATACTGAGTCTGGTTGTCAACAATTTGATGGAAATAGGTGCTCCAATGTTTTGAGTGCTGGTCATAGCTGCTCTAGTATATTGGATCAGGTGTTATCTCCTGCTGATGATTCTGGCCTTACTTCCCCATCTCCATTGTGTCCTGCACCAGTTTGTCGGCAATTTTGGAAAGCTGGTAACTACGATGATGGAGTTGCTTCTAAAGCCACTGTTCAAAGTACTATGCTATTTTGTCTTGTTCATTAGTACTTCGCCATTTTTTTAATAGATACGTGATATTTCATGGATAATTATGCTCAGCACAATTTTCTTGCCTCGGATTGGACAAATAGTGGTCCTACCAAAGTAATGCAGGATAGAACTTTTCATTTAGATGGATTTGTGAAGAGATATTGGATTCAGGAGTTCTGTTTCTAATGGATTTGGTTTTTGTGTTTGCTGATGGCAGGTTCCAAAGGATATCTCCATGTCCACCCTATGTTCCTTCATTCAAATGCTACTTCACATAAATGGACCTTTGGAGGTATCAAACTGTGTGTGTGTGTTTGTATGTCTTTTACTTGATGAAAGAAACTCAATCATCCTTTCTATCTAATTATTTCTTATTAAAAAAAGCCATAATTTTTATCCTATTGTCTCTTGCTGTTTGCAGCTATTGCAGAGTTGCTTGATAACGCTGTTGATGAGGTGATTTTCTCGCCTGAATCTTTTAGCAGCATATTTGCTTAATTTCAATTAAAGTTTATAAGATGATATTTATGTTTTGTGGGTATTATCTTGGTTTTTTTTTAATTTATATATATTTTTTGGGGTAAGATGTTTTTCTTGGTGTAGCCATCTTTCCAATTCTATTCCCCTCCTCCCGGCCCGACCTTTTTAAATAAAACTTTGATTAGACATATGTTTCACAATATTTGAAGTGCATGATGATCATTATTGAATTTCAAATAAAGTGCTTTCGACTTTTAATAACATGGCTTTAATGTTTGTAAGTTGAGGTATTTATGTGTTCTTCTGTCTAGTTCTGTTGGCCTTCTACATTTAGATTCTTACTCTTATGTTATATAATGGATAGATCCACAACGGAGCCACCTTTGTCAAGGTGGATAAAATATTGAATGCAAGAGATGGAAACCCTGCTTTGTTAATTCAAGGTATTGCCATTCAATTATCCAATTGCCTTGTGATATCAAGTTTCTATTTTCATTCAGATTTCCCTTATTGTTAAGTCTGCCCTGTCTCTGCTCCACCTTTGTTATATATGTAGATCAGACTTCTTAATAATCATGTTTCTAAAATTTGACCAATTTTTCTAGACGATGGAGGTGGAATGAATCCTGAAGCGATGAGGAAGTGTATGAGTTTTGGATTTTCAGATAAGAAGTCAAAATCAGCAATCGGAAAATGTATGGAATTTTGCAATCATCTTGTAATTTCTACTTTTTTAGCTTCTTCTTCCCTACTGCATTTATTGGTTCACTTGTAGCCTTCCAGATGGAAATGGTTTCAAAACCAGCACTATGAGACTTGGTGCAGATGTTATTGTCTTCAGTCGGCATGTGAATAATAGGTTTGGCTCCAAATTTGACATGGTTTTCAACTTGTACATGTAAATATCTTAGTTTTGGCTATGAATGGTGATATTTATTCCAACCTTATTTCTTTGAATGTCTCTACTCATTGTTCTGGCAGAAGATCTTTCATCATTTAACTTTTTTGGCTATAAATAGCGAACATATGTGGAATTTCATACATTATGTCTTTGTAAAACAGTTTCTTTTTCCTGAGGTTCATTTTCCATGTTCAGGGTATCAACGCAGAGTATTGGTCTTCTATCCTATACATTTTTGACCCGTTCAGGCTACAACAGAATTGTAGTGCCTATGGTAATTCCACTTTCCCCTGAAATAGTTTTATGTATATGATGGGAAGGAACATTTTACGTCTTCTTCTCCCAATTTTTTTTTTACTATTTTTACTTTTTGTTAACCTTTCTCGTCATATGCACTTCCTTCGAGGCTTCGACTTCAAAACTGATGCATGCTTTACTATCTTTATTTATTTTTGGTCAGTCACTTTTTTAATGCAATGGAGAATCGATGTTTATACTGCAGGTAGATTATGAATATAACATATCAAGTGGCAAACTGGAAATATTGCATGGGAGGGAACATTTTGCGTCCAACCTTTCCATACTTTTGCAGTGGTCTCCATACTCAACAGAGGCTGAACTTCTTAAGCAAGTATGTCCCTTTTTTTATCTTTTGTGTGTGTGTGTGTGTGCCTTGTGTACTTTGACATTTCTAGCATGTTATGTTTGTAAAAGAGGATCCTGGCCTAATTCTTATCTTGGTCTCCCCTTGAATGCTAAACCACATACGGCATCCTTTCGGGATCCAATTTTGGAAAAAATGAGGAAAAAGCTTAGCTTGTGGGAAAATTCTCTTATATCAAAAGGCGGTAGGGTCACCCTCCTACAAGCTTCCTATCCAATCTCTCCATCCATTATCTATCTCTCTTTTCCATCCAATATAAGGTGGCAAAGGAGTTGGAGAAAATCATGAGGAACTTTCTTCGAAAAGGAAACAACTCCAATAGGGGACAGCATCTTGTGAGATGGGAAAAGGTCATCCATCCCATTGAGGATGGTGGGCTAGGAATTAGAAGCATCAAAGACAAAAACAAAGCTCTCCTAGCAAAGTGGATTTGGCGGTATCATGTAGAAGAATCTTCCCTTTGGAGAATAGTTTTTTTTTTCTTCTTTTTTTTTTTGGGGTGAAAGAAATCCCTTGGAGAAGAGTTATTGTTGCTAAATTCGATCAATAAAACAACTCCCTTCAACACTCCCTCGCATGCTTGCATTTGACCGTGGTCCATGGAAATCTATCCTCAAACAGCAATCCCTTGACATGGTAAGAAGCTTCTTTAAGGTTGGTGATGGATCACAAACTTCTTTCTGGACAGACAATTGGCTGGAGAATGTGCCATTGCATGCTGCTTTCCCCCTTCTCTTTACCTTACACTTCAACGGAAATGCTACTGTTAAGGACTTATGGTTGACGGAAACTAACTCTTGGGATCTCAGATTTAGACGAAACCTCAAAGATGCAGAAATCATTGAGCTAGTACCACTTCACAGATTGTCTACCATCCATCTCAACCAGGACAATGACAGAATCTTATGGAGATTGGAACCATCTGGATTCTTGACAACCAGCTCTCTCCTCCAAGGCTTGATAAATCCCACAACCTCTCATGATGATGCTTTTCTTTATAAGTCGATTTGGAAAGATCACTACCCAAAGAAGATTAAATTCTTCTTATGGGAGGTTAACCTGCTTGCATTAAATATCCACGACAAGCTACAAAAGAGGATGCCGTATACGTGCCTTTCTCCACGGTGCGTTCTCTGTAAGCAGCATGGTGAATCTTTGGGGCACGTCTTCGTTTCTTGCAACTTCTCATCCAAGCTCTGGGATACTCTCTTACCATCCTTTGTATGGCCTATGGTTCTACCGACAGATTTACACTCCCACATGGTGTGCTCTTTGTAAGCAGATGGTGAATCTTTGGGGCACCTCTTCGTTTCTTGCAACTTCTCATCCAAGCTCTGGGATACTCTCTTATCATCCTTTTGATGGCCTATGGTTCTACTGACAGATTTACTCTCCCTCTTATCCTTTGCTCTCATGGGACACCCATTTACTAACAAAGCAAAAATCTTCTGGATGCATTTTGTTAAGGCCATGCTTTGGTCCATTTGGTTGGAAAGAAATCATAGGATCTTCTAAAGAAAAGCGTTATCAATCAACAAACTTTTTGAATCTATAGTGTCATTGGTTGTATCTTGGTGCAAATGTTCTCCTATCTTTCAACACTACAGTTTTAACTTTTAACCTATTGGAGAGATATTTTGTAACTCCTTTGGTTTGGTTTGGGATGTTTCTTCCCCTTTTGTATATCTCTCTCATTTCATTACATTAATGAAATCGTTTCTCTTTCCAGAAAAAAAAGACATTTCTAGCATGTTTGGACTATGGGCTACCTCTTTTAGCATGTTTTATATATATACACACAAGAAACCGAATGATATCGTATTAATCACAAAGAGGCAACTGAGTCAGCCTAAGGGCCAGGGTGGAGGGGACCCCTCCCAAAAAGAACAACAAAAAAGAAACTATATCAAAGTCTTCCGATCATTCACAATCAGTGGTGCTTATGCGCTGAATGTGTTATCCATCCTGCTCCCACCACCATTTAATCTTACATAATTTATCTAAATTGATATACAGTAATTGTATAGCCTCCAACATCGACTATCTGTATTTCTTTGTATGAGAATTTCTGCCCCAAACTTTGGTTATCACATTTTTGTCAAAATTTTCAGAAAATTTTGATAAATGATAAGATATTATATCCTCAGATGGTTAGTTATGATACATAGCGAAATGTCAGCTTCCCTAGTTTCTGGGCTACATAATAGAACTTTGAAAAGTTTCTGTCTTTACTTTTTCCCTTAGGTTGACAACACTTTTCTGATTTTAGCAAGGTCGGATGTTTTTCTTAATGGATAAGAAAAATAAGTCCTACTTATTTTTAAAGAATTGATACAAGGTTAGATTAAATAGCAACTACAGGGAATAATCAAAAATGGAAAAAGAAACTCTTGCCTATTAGAATAAAGAACCCTTGGAAACCCTAATCTATTAGAACCTAAGTGCAATAGAAAAATAAAAGAAAATAATAATATAATTTAACAGTTCTATATATATATATATATATATTTGTGTGTGTGTGAAGGGAGCAAATTTTTGATATAGTGAAAAGTTAAAAACAGTCTGCCCATTTTTATCTAGGGGCTTACAAAAATGCACCCCGATCAAGTTTGCAACTTCCTCCCAATCCTTTCCCTTCCCATTGAAAAATTTTGAATTTCTTTCAGTCCGAAGACTTGCTTCGACCGGCAAAGGCTTACCGAGATACACCATAAGAAGCTCAGAAGGACTGCATCCAATCATACTTGTCGCTAAAGTCACTTTCCATCTTTTCATCTCATGGCCTCTTCAAAGATCTTCCTACCCTTAGCATGTTATTTTAAATTTTCATCATTATCCTTCTGAAATAATTTTGTATGGTCAACAAATTGAAGGTGAGTGATATGTATAATCTCCCCACTGATTAAAAAACCTTCCAATAAAACCTGCCTGAAACTCTTGATGCATCAAATTGCTTAACATGTCTTCCACAATCGCAAAATGTAAAGGAGATGATGGGTCGGGTCTCCTCGATTGAAGCAGAAACCCTGCCCTTCCATTTCCCATGAAGAGAAATATGGAGAATTTTGTACCTGAAATGCATTCTTTCATTCAATTCATCTACCTCTTACCTAAATGTTTCCTTTGCAATATCCTGATTAGAAATTCTGGATCTACCAGGTCATAGGCTTCATGGTAATCAATTTTAAGAACACGACATATTTCCTTCTATCTTCTTCTTTCCTCATCCGTTCACTTGCTATTAGAATCAATTTTAAGAGTCCTGCCTCTTTTCTTCAATCATCTTCTTTTCGACCTCCAATGAATGCATGTTGGTCATGGGACTGTAGAGGCTTTAGCCTCTTGTCTTGCCTCCCTTTTGCATGGGCTGTTTTTTTTTTTAATTGCCCGTTTGATCGTTTGCTCTGTAGACGTATTATTTTTCTCATGAAAAAAAATATCTTGAACAGTAACTTGTTTACACCATTGATTAGGCTAATAGGTCTAGAATCTTTTACTTTCACTCCTTTTTCTGAATAAAAAAAAATCAGAGTTTTATTTTAGATTTATATAGTCATATTGAGCGTGTTTGAAAATTTCTACAGCAAGGCATGGTGTATGACCTTGCTAATTGAACATCTTTAATTATGTGGAACATATTTAGCAGCTCTATATGTGGGAGCATCAACATGTGTACATTTTGACTCTGATGGCAGTTTGATGACATTGGATCACATGGCACAAAAGTAATAATCTATAATTTGTGGTATAACGGAGACCAGAATATGGAGCTGGACTTTGATACAGATCCAGAGGTTCAACTACATCTTTCCGTTTTCTTCTTTTAATTGACTGTAATAATTTGTGAGGACTTTTATATTGACTTGATGGCAGCAGGACATTTGCATTGGCGGACATACAAAAAAAATTGACGCTCTTTCTGCACGGAAGGCAGTTAATGAACAGCACATTGCTAATAGATTGCAATATTCTCTCCGTGTAAGCTTGAATTGCAAAAGGAATATTACAGTTCCATTTTATATAGACAACAAGCTTTGTACTTACACTTTGTGCTTCCCAGGAATATTTATCAGTCTTGTATTTGCGGATATCTGAAAATTTCAAAATTGTATTGCGTGGACGGGTTATTCAGCATCATAATCTTGCTGATGATCTCAAATTCATCGAATACATTTTGTATAAGCCTCAAACTGCTGGATGTGTCGAGGTATTAATTGTCTTTTCAACATGCTTTTTTTTCCTTTATCTTATGTCTCATAGTTGCTCCCCTCCCTCTTCTGATAGGTGGGTAACGTAGTGAGTACAGTTAATCTCATGTCATATACTACATTCTTTGTGAGTTGCCATAAACCATAGTTTTCTATATTATATTATTTTTTGGCTTGGCTTGATGAATAATTAGACCTAAATTTTTTTTTCTTTTAATAACATACTTGAAAGAATACACAAAGGGCATACAAAAATGGGTAAACAGAAACTACCCCTCAAGAAAAGGACTCCAGTCCTAAAAAGAAAAAAACAGCTAACCGATAATTACAAAACACCTTAGAAACTAAAGCCTGAAGAGAGATTAAATATACACAATCTCTTCCCAGCCAAATATCTGATAAAATAGTGAAAAAACAAGACTGCCAAAGAACACTTCCCTTATCTCAGAAGGGAGGATTAAACCCCTCCTCCACCATCGCCTGAAAATCACTTCTAAGTGGCAATGAAACCCCAAAAGTATTCAACAAATCACGTCCAAATCAACTAGGGAAAGTGACAGCTTCGAAGAATGTAGTCAAGGTCCTCCATTTTTTACCATAATATTAATATAGCCCTTTATTATTATTACTATTATGGTAGAAATTAATTCTGAAGATTTTTTAAAATACTTTTGGGCTTTGTTTCTGGAGTTACTAGTTAGAGATAATAAATAAACAATGGGGGAAGAGAATGAAGTTGGCAGATATCAGGGCGTAGTTTTTGGAAAGTACCAAGTGTCTCAATTGCTTAGTAAATTCATGTATTTTCCTCTCTTGATATTATAAATCAAGTTCCTATTTAATTTCTCGTGTATCTTGAAAAGAACAAAAACAAGAAGAGGAGAGAGAAGAAGAAAAAGAAGACGACACGAAGAAAACATATTACTTTTTTACTTAATATCTTTTAAAACCCTCTTTTACTTAATATCTTATTAAAAGTAAACCCTGAAGATAATAATGATGATGATGGCATCTTATCAATTGTTTACATTGTAGCTCTTTTTCTAACTATTCAGGGTATGGTAGTTACTACAATTGGGTTTCTGAAGGAGGCCCCACATGTCGATATACACGGTTTTAATGTGTACCACAAAAATCGTTTGATTATGGTAAGTTAACTTTCACCTTTTGTTGTTGACCTTTTTCTAACCTAAAACCGTACCGTTATTTCTGCCCCTTTCCCTATTCATTTTAACCATTAGAAAGTTCTTTTCTTTCTTTCTTTATGGGCGTGTGTGTTTGTTTCTGCATAGTTTTCTTATTAATATATTAGTTACTTGTTGAAAATTGAGTATGGTCTTATAAATGATTGTGGGTGGAAATCTGATGCCATGTGAAGAATTTTGATGGTACCGAATGAGGAAATAGGGACTGTTTTTTACATTTGTGGGAATACATTAGTGGTCGTATAAATTTTACTTTCAAACTTGTCATTTCTGGGTTCTGATACAATTTTTTGATAATGATTCTTTTAATTAAATACAAAGTAATTGATTATGGACCTTTTATGAAGCAGAAATAGCTTGTACAAACTAGTCATTATGTATGGATTCCAATTCAATTCGTTGGAAATGGTTCTTTCAATGATGTACAATGCAATGGATTATCGTAGATGGTACTGTATTATGTTTTTAACTGTCTTTTTGTCCGATGCACCAATATGTTCCTTTTCATATCATTTGCAGCCATTTTGGAGGGTTGTGAGCTATTCAGACGGTAGAGCAAGAGGAGTTGTTGGTGGGCACTTGCTATCTAAATTTCCTTTTTTTTTTTTTTTGACTTGTGGCTGATGGTCATTGATATTTATCTATATCTGAAGGTGTTCTCGAAGCAAATTTTATTGAGCCAACACATAATAAACAAGATTTTGAGAGAACATCTCTTTTCCAGAAACTCGAAACTCGTTTGAAGGAGATGACTAGGGAATATTGGTAAGCTATTTGGGAAAAAATTGTCTATTAACATTAATTTTTCCTTTTTTCATTTCTCGGATTTGAATAATGGAGGCATGGGTTACTTGGCTTCCGTTGTTTGTACTAGTGTTACCTCACACTTTTGCCTATTTATTTGGCAGGGATTATCATTGCGGACTCATTGGGTATCAGGTTAAGAAACATATTCAGGTTTCTGCAACCTCAGCGATGCCATCCAACATCACGGTACCTGCTGGAATAGAGAATTCTCACAAATCGACACAATGCTTTCCAGTTCCAGTTGGTAAAATAGGATCTCACGGGAGATCTGAACAATCTATACCCAAGTCACAGGGTAAATCTAGAGAAGGTAACTAGTTAATTGGGCACCTGTTCATCACATTTATTAACATCTTTCTATAGGTCTAAAGCTTTTTCTTGGTGCAGGAGTATGTATGAAGAGAAAGGCAGATGCTTTGGTAGAAGATGGACAGGTGAAGGGACTTAAGACGAACTATTCTGTGTTTTTGCTTTTCTGTTATGTTAATCCAGTTCTTTCATATTTCATGAAAATTTACTAAACCTGACTCATTACAAATCTCTGTATATGAGCTTCAAATCCATTAAGCTGGTCCTATTTTAAATTTTTTCCATCTTTAACTATGCTTAGGAATTGTTGATCAGTTTCTACACTGGTTTTTCTTTTTTTTTTTGTTTGCATAATGTTGCAAATGCACATAATTGGACATGGTTATTTTTTTAACTTTTAATGAAAACAAATTAATTAAGTTCTATTTCTTGCCATTGCAGTCTGTCCATACTATTCAACCGAAAGATCAACAGGCTATGATTTTGTTGGAACAAAATAAGAAGCTTCGGACACAGTGAGTAAATAGGATAGGAAGTATATTTGATGGTTTAGATTTTTTCTCTATCCAACGCAGAAGTCTCATGTTTAAGTTTCAAAATGCACTAATTTTCCTCCTCGTTTATCTGTAGATGTTCAGAGTATGAAAAGCGGGAGGAAGAACTTAATCTCAAGGTACAACTGGAACCAATGACATCGTTATGTATTATTGATTTTGGAAATGCTTTTGAAAATAGAATTTTAAATGAAACTTTTTTCTACAAAGACACTGAATTATGTCAATTCTTACCAATAAAATTGAACTGAGTTACTAGCGAAATAGACAACGAAAATTGAACGATTTTATTCTCATTCATTAGATAATTTCTGTGATTGTCACTGGTGCAGGTCACACGACTTAGGAGCGATATACAAGAAGTAGAACTCCAGATCTCGCGACTGTTGGATGAGCTCAAATTATTTGAAGCAGTCAAGGTTGAAGGCATTGTATAAATTTTGTATATTCTGCTGGTCCTTTCTTTTTTTGAAAGAAGTTTTTTATCCCCTTGGATAGAACAACAACAACAAACATGACCCTGTAGCTGAAACCAGAAATATTTCAACAGTTCCCATAGAAGGCCGACCCTTTTTCTCAGTCAGCAACATGACCCCTTTGGTTTTGCCCCAAGCTTTAAACTAGTTTCCTAGGATATGTGTTTTGCCCCCTTTTGTGTCGGTTCCTGTGGCGGAAAATTTCCCACTTGTACAGAAATACATACCCTCCTTGTAATATGACTGAAAATACTAACATTCATGTTAGTTATTAGTGTTTCTCGTATATAAAATATGCATTGTTTAAATTTTTGGTTTTCAAA

mRNA sequence

AGAAATACTACGTTGTCTTATTATCTATAATTTTGTAAGTTTTACAGTAAATTAAATAAAAGGTTAAGGAAGACAAATAAAGTTAGTTGAAGAGAGAGGTTCTGGAGTTGGTATCAAAGAATACACGTGAGAAAAAGGTTGGTATAAAAGTAATTTAAGCGATACTCAGATTTTGGGTTGATAAATGAAAATTTCCCACGCATCAACGCGCGTCAATTCCATTAGGCCCAGCCTACTGCCCTCCCCAACCCTAATTTCTCTCAAACTCACGCCCCCCAATCTCCCCATTCCTCTTCCTCTTCCTCAATCTCTGGCTTAACTTTTATCCAGCTATAACCCTTCTAGCAGCCGTCCGCCGTCTGCCGTCGCCGTCGCCGTCGTTCTAGCCATCGCGCGTCGCAGTCCCTTCGGCCAAAGGCGCCGTAGCAGTCGTCGTACTCGTTGGCCTGTGCTTCCTCTCGCAGGATTTGCCTTCACTCTGATGATATCTGCTGACATTGTGGACTTGTCAAGTGATGATGAGGAAGGACCAGACCTGAAAGCCATTAAGTTGGAGCCAAAAGTTGACAGGGCTGTGATGCTACTAAAAGAGCATGAGAAGAAGGTTATCATCAAACATGAAAAACTAAATACTGAGTCTGGTTGTCAACAATTTGATGGAAATAGGTGCTCCAATGTTTTGAGTGCTGGTCATAGCTGCTCTAGTATATTGGATCAGGTGTTATCTCCTGCTGATGATTCTGGCCTTACTTCCCCATCTCCATTGTGTCCTGCACCAGTTTGTCGGCAATTTTGGAAAGCTGGTAACTACGATGATGGAGTTGCTTCTAAAGCCACTGTTCAAAGTTCCAAAGGATATCTCCATGTCCACCCTATGTTCCTTCATTCAAATGCTACTTCACATAAATGGACCTTTGGAGCTATTGCAGAGTTGCTTGATAACGCTGTTGATGAGATCCACAACGGAGCCACCTTTGTCAAGGTGGATAAAATATTGAATGCAAGAGATGGAAACCCTGCTTTGTTAATTCAAGACGATGGAGGTGGAATGAATCCTGAAGCGATGAGGAAGTGTATGAGTTTTGGATTTTCAGATAAGAAGTCAAAATCAGCAATCGGAAAATATGGAAATGGTTTCAAAACCAGCACTATGAGACTTGGTGCAGATGTTATTGTCTTCAGTCGGCATGTGAATAATAGGGTATCAACGCAGAGTATTGGTCTTCTATCCTATACATTTTTGACCCGTTCAGGCTACAACAGAATTGTAGTGCCTATGGTAGATTATGAATATAACATATCAAGTGGCAAACTGGAAATATTGCATGGGAGGGAACATTTTGCGTCCAACCTTTCCATACTTTTGCAGTGGTCTCCATACTCAACAGAGGCTGAACTTCTTAAGCAATTTGATGACATTGGATCACATGGCACAAAAGTAATAATCTATAATTTGTGGTATAACGGAGACCAGAATATGGAGCTGGACTTTGATACAGATCCAGAGGACATTTGCATTGGCGGACATACAAAAAAAATTGACGCTCTTTCTGCACGGAAGGCAGTTAATGAACAGCACATTGCTAATAGATTGCAATATTCTCTCCGTGAATATTTATCAGTCTTGTATTTGCGGATATCTGAAAATTTCAAAATTGTATTGCGTGGACGGGTTATTCAGCATCATAATCTTGCTGATGATCTCAAATTCATCGAATACATTTTGTATAAGCCTCAAACTGCTGGATGTGTCGAGGGTATGGTAGTTACTACAATTGGGTTTCTGAAGGAGGCCCCACATGTCGATATACACGGTTTTAATGTGTACCACAAAAATCGTTTGATTATGCCATTTTGGAGGGTTGTGAGCTATTCAGACGGTAGAGCAAGAGGAGTTGTTGGTGTTCTCGAAGCAAATTTTATTGAGCCAACACATAATAAACAAGATTTTGAGAGAACATCTCTTTTCCAGAAACTCGAAACTCGTTTGAAGGAGATGACTAGGGAATATTGGGATTATCATTGCGGACTCATTGGGTATCAGGTTAAGAAACATATTCAGGTTTCTGCAACCTCAGCGATGCCATCCAACATCACGGTACCTGCTGGAATAGAGAATTCTCACAAATCGACACAATGCTTTCCAGTTCCAGTTGGTAAAATAGGATCTCACGGGAGATCTGAACAATCTATACCCAAGTCACAGGGTAAATCTAGAGAAGGAGTATGTATGAAGAGAAAGGCAGATGCTTTGGTAGAAGATGGACAGTCTGTCCATACTATTCAACCGAAAGATCAACAGGCTATGATTTTGTTGGAACAAAATAAGAAGCTTCGGACACAATGTTCAGAGTATGAAAAGCGGGAGGAAGAACTTAATCTCAAGGTCACACGACTTAGGAGCGATATACAAGAAGTAGAACTCCAGATCTCGCGACTGTTGGATGAGCTCAAATTATTTGAAGCAGTCAAGGTTGAAGGCATTGTATAAATTTTGTATATTCTGCTGGTCCTTTCTTTTTTTGAAAGAAGTTTTTTATCCCCTTGGATAGAACAACAACAACAAACATGACCCTGTAGCTGAAACCAGAAATATTTCAACAGTTCCCATAGAAGGCCGACCCTTTTTCTCAGTCAGCAACATGACCCCTTTGGTTTTGCCCCAAGCTTTAAACTAGTTTCCTAGGATATGTGTTTTGCCCCCTTTTGTGTCGGTTCCTGTGGCGGAAAATTTCCCACTTGTACAGAAATACATACCCTCCTTGTAATATGACTGAAAATACTAACATTCATGTTAGTTATTAGTGTTTCTCGTATATAAAATATGCATTGTTTAAATTTTTGGTTTTCAAA

Coding sequence (CDS)

ATGATATCTGCTGACATTGTGGACTTGTCAAGTGATGATGAGGAAGGACCAGACCTGAAAGCCATTAAGTTGGAGCCAAAAGTTGACAGGGCTGTGATGCTACTAAAAGAGCATGAGAAGAAGGTTATCATCAAACATGAAAAACTAAATACTGAGTCTGGTTGTCAACAATTTGATGGAAATAGGTGCTCCAATGTTTTGAGTGCTGGTCATAGCTGCTCTAGTATATTGGATCAGGTGTTATCTCCTGCTGATGATTCTGGCCTTACTTCCCCATCTCCATTGTGTCCTGCACCAGTTTGTCGGCAATTTTGGAAAGCTGGTAACTACGATGATGGAGTTGCTTCTAAAGCCACTGTTCAAAGTTCCAAAGGATATCTCCATGTCCACCCTATGTTCCTTCATTCAAATGCTACTTCACATAAATGGACCTTTGGAGCTATTGCAGAGTTGCTTGATAACGCTGTTGATGAGATCCACAACGGAGCCACCTTTGTCAAGGTGGATAAAATATTGAATGCAAGAGATGGAAACCCTGCTTTGTTAATTCAAGACGATGGAGGTGGAATGAATCCTGAAGCGATGAGGAAGTGTATGAGTTTTGGATTTTCAGATAAGAAGTCAAAATCAGCAATCGGAAAATATGGAAATGGTTTCAAAACCAGCACTATGAGACTTGGTGCAGATGTTATTGTCTTCAGTCGGCATGTGAATAATAGGGTATCAACGCAGAGTATTGGTCTTCTATCCTATACATTTTTGACCCGTTCAGGCTACAACAGAATTGTAGTGCCTATGGTAGATTATGAATATAACATATCAAGTGGCAAACTGGAAATATTGCATGGGAGGGAACATTTTGCGTCCAACCTTTCCATACTTTTGCAGTGGTCTCCATACTCAACAGAGGCTGAACTTCTTAAGCAATTTGATGACATTGGATCACATGGCACAAAAGTAATAATCTATAATTTGTGGTATAACGGAGACCAGAATATGGAGCTGGACTTTGATACAGATCCAGAGGACATTTGCATTGGCGGACATACAAAAAAAATTGACGCTCTTTCTGCACGGAAGGCAGTTAATGAACAGCACATTGCTAATAGATTGCAATATTCTCTCCGTGAATATTTATCAGTCTTGTATTTGCGGATATCTGAAAATTTCAAAATTGTATTGCGTGGACGGGTTATTCAGCATCATAATCTTGCTGATGATCTCAAATTCATCGAATACATTTTGTATAAGCCTCAAACTGCTGGATGTGTCGAGGGTATGGTAGTTACTACAATTGGGTTTCTGAAGGAGGCCCCACATGTCGATATACACGGTTTTAATGTGTACCACAAAAATCGTTTGATTATGCCATTTTGGAGGGTTGTGAGCTATTCAGACGGTAGAGCAAGAGGAGTTGTTGGTGTTCTCGAAGCAAATTTTATTGAGCCAACACATAATAAACAAGATTTTGAGAGAACATCTCTTTTCCAGAAACTCGAAACTCGTTTGAAGGAGATGACTAGGGAATATTGGGATTATCATTGCGGACTCATTGGGTATCAGGTTAAGAAACATATTCAGGTTTCTGCAACCTCAGCGATGCCATCCAACATCACGGTACCTGCTGGAATAGAGAATTCTCACAAATCGACACAATGCTTTCCAGTTCCAGTTGGTAAAATAGGATCTCACGGGAGATCTGAACAATCTATACCCAAGTCACAGGGTAAATCTAGAGAAGGAGTATGTATGAAGAGAAAGGCAGATGCTTTGGTAGAAGATGGACAGTCTGTCCATACTATTCAACCGAAAGATCAACAGGCTATGATTTTGTTGGAACAAAATAAGAAGCTTCGGACACAATGTTCAGAGTATGAAAAGCGGGAGGAAGAACTTAATCTCAAGGTCACACGACTTAGGAGCGATATACAAGAAGTAGAACTCCAGATCTCGCGACTGTTGGATGAGCTCAAATTATTTGAAGCAGTCAAGGTTGAAGGCATTGTATAA

Protein sequence

MISADIVDLSSDDEEGPDLKAIKLEPKVDRAVMLLKEHEKKVIIKHEKLNTESGCQQFDGNRCSNVLSAGHSCSSILDQVLSPADDSGLTSPSPLCPAPVCRQFWKAGNYDDGVASKATVQSSKGYLHVHPMFLHSNATSHKWTFGAIAELLDNAVDEIHNGATFVKVDKILNARDGNPALLIQDDGGGMNPEAMRKCMSFGFSDKKSKSAIGKYGNGFKTSTMRLGADVIVFSRHVNNRVSTQSIGLLSYTFLTRSGYNRIVVPMVDYEYNISSGKLEILHGREHFASNLSILLQWSPYSTEAELLKQFDDIGSHGTKVIIYNLWYNGDQNMELDFDTDPEDICIGGHTKKIDALSARKAVNEQHIANRLQYSLREYLSVLYLRISENFKIVLRGRVIQHHNLADDLKFIEYILYKPQTAGCVEGMVVTTIGFLKEAPHVDIHGFNVYHKNRLIMPFWRVVSYSDGRARGVVGVLEANFIEPTHNKQDFERTSLFQKLETRLKEMTREYWDYHCGLIGYQVKKHIQVSATSAMPSNITVPAGIENSHKSTQCFPVPVGKIGSHGRSEQSIPKSQGKSREGVCMKRKADALVEDGQSVHTIQPKDQQAMILLEQNKKLRTQCSEYEKREEELNLKVTRLRSDIQEVELQISRLLDELKLFEAVKVEGIV
Homology
BLAST of MC06g0114 vs. ExPASy Swiss-Prot
Match: Q56Y74 (Protein MICRORCHIDIA 6 OS=Arabidopsis thaliana OX=3702 GN=MORC6 PE=1 SV=1)

HSP 1 Score: 704.1 bits (1816), Expect = 1.5e-201
Identity = 371/625 (59.36%), Postives = 451/625 (72.16%), Query Frame = 0

Query: 56  QQFDGNRCSNVLSAGHSCSSILDQVLSPADDSGLTSPSPLCPAPVCRQFWKAGNYDDGVA 115
           Q  + NR S   SAG S +S++DQV SPADD+G+TS S +CPAPVCRQFWKAG+Y+D ++
Sbjct: 41  QDSEENRGSVGQSAGQSSTSVVDQVRSPADDAGVTSSSTICPAPVCRQFWKAGSYNDELS 100

Query: 116 SKATVQSSKGYLHVHPMFLHSNATSHKWTFGAIAELLDNAVDEIHNGATFVKVDKILNAR 175
           SK+   + K YLHVHPMFLHSNATSHKW FGA+AELLDNAVDEI NGATFV VDK  N R
Sbjct: 101 SKSQQPNGKNYLHVHPMFLHSNATSHKWAFGAVAELLDNAVDEIQNGATFVIVDKTTNPR 160

Query: 176 DGNPALLIQDDGGGMNPEAMRKCMSFGFSDKKSKSAIGKYGNGFKTSTMRLGADVIVFSR 235
           DG  ALLIQDDGGGM+P+AMR CM FGFSDKKS SAIG+YGNGFKTSTMRLGADVIVFSR
Sbjct: 161 DGATALLIQDDGGGMDPQAMRHCMGFGFSDKKSDSAIGRYGNGFKTSTMRLGADVIVFSR 220

Query: 236 HVNNRVSTQSIGLLSYTFLTRSGYNRIVVPMVDYEYNISSGKLEILHGREHFASNLSILL 295
           H  N+  TQSIGLLSYT+LTR+G++RIVVP++DYE+N S+G+ + L  REHF S+LSILL
Sbjct: 221 HSKNQTLTQSIGLLSYTYLTRTGHDRIVVPILDYEFNASAGEFKTLQDREHFISSLSILL 280

Query: 296 QWSPYSTEAELLKQFDDIGSHGTKVIIYNLWYNGDQNMELDFDTDPEDICIGGHTKKIDA 355
           +WSP+STEAELL+QFDD+G HGTKVIIYN+W N D  +ELDFD+  EDI I G  KK   
Sbjct: 281 EWSPFSTEAELLQQFDDVGPHGTKVIIYNMWLNSDAKLELDFDSVAEDILIEGSIKK--- 340

Query: 356 LSARKAVNEQHIANRLQYSLREYLSVLYLRISENFKIVLRGRVIQHHNLADDLKFIEYIL 415
            +  K VN+ HIA+R  YSLR YLS+LYLRI E FKI+LRG+V++HHN+ADDL   +YIL
Sbjct: 341 -TGSKIVND-HIASRFSYSLRVYLSILYLRIPETFKIILRGKVVEHHNVADDLMHPQYIL 400

Query: 416 YKPQTAGCVEGMVVTTIGFLKEAPHVDIHGFNVYHKNRLIMPFWRVVSYSDGRARGVVGV 475
           YKPQ AG  E +VVTTIGFLKEAP V++HGF VYHKNRLIMPFW+V++YS  R RGVVGV
Sbjct: 401 YKPQAAGSEEALVVTTIGFLKEAPKVNLHGFCVYHKNRLIMPFWQVINYSSSRGRGVVGV 460

Query: 476 LEANFIEPTHNKQDFERTSLFQKLETRLKEMTREYWDYHCGLIGYQVKK--HIQV----- 535
           LEANF+EPTHNKQDFE+T L QKLE RLKEMT EYW  HC LIGYQV K   +Q+     
Sbjct: 461 LEANFVEPTHNKQDFEKTVLLQKLENRLKEMTVEYWSCHCVLIGYQVNKKPRLQIPQKVQ 520

Query: 536 ----SATSAMPS-NITVPAGIENSHKSTQCFPVPVGKIGSHGRSEQS--IPKSQGKSREG 595
                A S  P      P G   S       PV + K   H  S  S  + +  G     
Sbjct: 521 PAGRQALSPPPGFQAVFPQGNTTSLPRVSTQPVLLEKRKEHPDSVASAALKRKVGNDDFT 580

Query: 596 VCMKRKADALVEDGQSVHTIQPKDQQAMILLEQNKKLRTQCSEYEKREEELNLKVTRLRS 655
           V    + +  +    S    Q +D + + L+E+NKKLR +C + + R + L +K   LRS
Sbjct: 581 VPGHIRVEQFIHGSAS----QSQDIETVKLMEENKKLRAKCLDRKVRSQNLEVKAMNLRS 640

Query: 656 DIQEVELQISRLLDELKLFEAVKVE 667
           +++  + +  RL+ EL+  + VK E
Sbjct: 641 ELENYKSEYERLMVELQALDLVKDE 656

BLAST of MC06g0114 vs. ExPASy Swiss-Prot
Match: Q5FV35 (Protein MICRORCHIDIA 2 OS=Arabidopsis thaliana OX=3702 GN=MORC2 PE=1 SV=1)

HSP 1 Score: 484.6 bits (1246), Expect = 1.8e-135
Identity = 275/572 (48.08%), Postives = 351/572 (61.36%), Query Frame = 0

Query: 101 CRQFWKAGNYDDGVASKATVQSSKGYL---HVHPMFLHSNATSHKWTFGAIAELLDNAVD 160
           CR FWKAG+Y   V       ++ G L    VHP FLHSNATSHKW FGAIAELLDNAVD
Sbjct: 50  CRSFWKAGDY--FVIPNVVTPTAPGMLEHARVHPRFLHSNATSHKWAFGAIAELLDNAVD 109

Query: 161 EIHNGATFVKVDKILNARDGNPALLIQDDGGGMNPEAMRKCMSFGFSDKKSKSAIGKYGN 220
           EI NGATFVK+DKI   +D +PAL+ QDDGGGM+P  +RKCMS G+S KKS + IG+YGN
Sbjct: 110 EIQNGATFVKIDKINIVKDNSPALVFQDDGGGMDPAGLRKCMSLGYSSKKSNTTIGQYGN 169

Query: 221 GFKTSTMRLGADVIVFSRHVNNRVSTQSIGLLSYTFLTRSGYNRIVVPMVDYEYNISSGK 280
           GFKTSTMRLGAD IVFSR      STQS+G+LSYTFL ++G + + VPM+D + +    +
Sbjct: 170 GFKTSTMRLGADAIVFSRSTRGGTSTQSVGILSYTFLRKTGQDDVTVPMIDIDISKERPQ 229

Query: 281 LEILHGREHFASNLSILLQWSPYSTEAELLKQFDDIGSHGTKVIIYNLWYNGDQNMELDF 340
             I    E +A+NL ILL+WSP+STE ELL+QF+D+G+HGTKVIIYNLW N +   EL F
Sbjct: 230 PIIYGSPEDWAANLEILLKWSPFSTEDELLQQFEDVGTHGTKVIIYNLWLNDEGIYELSF 289

Query: 341 DTDPEDICIGGHTKKIDALSARKAVN-EQHIANRLQYSLREYLSVLYLRISENFKIVLRG 400
           D D EDI +   +         K +    HI+  L+YSLR Y S+LYL+  +NFKI++RG
Sbjct: 290 DDDEEDIRLRDESVNDGKRLHHKILELRSHISYHLRYSLRAYASMLYLKKFKNFKIIIRG 349

Query: 401 RVIQHHNLADDLKFIEYILYKPQTAGCVEGMVVTTIGFLKEAPHVDIHGFNVYHKNRLIM 460
             ++  N+AD  +F E I YKP TA   +      IGF+KEAP + I GFNVYHKNRLI 
Sbjct: 350 IPVEQFNIADGFRFPEIIKYKPHTATTEQASTEIKIGFVKEAPKLAICGFNVYHKNRLIR 409

Query: 461 PFWRVVSYSDGRARGVVGVLEANFIEPTHNKQDFERTSLFQKLETRLKEMTREYWDYHCG 520
           PFW+V    D    GVVGVLEANFIEP H+KQDFER+SLFQ+LE RLK++   YW  HC 
Sbjct: 410 PFWKVTMGGDSTGHGVVGVLEANFIEPAHDKQDFERSSLFQRLEARLKKIVYSYWYSHCH 469

Query: 521 LIGY-QVKKHIQVSATSAMPSNITVPAGIENSHKSTQCFPVPVGKIGSHGRSEQSIPKSQ 580
           L+GY + +     S   A+P     P  I   + S    P+P  KI   G   + I  S 
Sbjct: 470 LLGYHKYQMPADKSKKIAIPDQ---PPTISTVNPS----PLPSDKISQGGPIIREINLSN 529

Query: 581 GKSREGVCMK----RKADALVEDGQSVH-TIQP---------KDQQAMILLEQNKKLRTQ 640
             S   V       R +  L  + Q V    QP           + A  + ++N +L  +
Sbjct: 530 ATSSRTVAFASPHLRNSTGLRSNFQPVQLNPQPTAADTGNNLDGKSAGEIRQENLQLFMR 589

Query: 641 CSEYEKREEELNLKVTRLRSDIQEVELQISRL 654
           C EY K+E E    V  L  +++E + + + L
Sbjct: 590 CEEYIKKENETEQTVKSLEKELEEFKSKCAHL 612

BLAST of MC06g0114 vs. ExPASy Swiss-Prot
Match: Q84WV6 (Protein MICRORCHIDIA 1 OS=Arabidopsis thaliana OX=3702 GN=MORC1 PE=1 SV=1)

HSP 1 Score: 474.9 bits (1221), Expect = 1.5e-132
Identity = 275/622 (44.21%), Postives = 371/622 (59.65%), Query Frame = 0

Query: 49  LNTESGCQQFDGNRCSNVLSAGHSCSSILDQVLSPADDSGLTSPSPLCPAPVCRQFWKAG 108
           +N +S     D N    V+    S +S+++       D+   +P        CR FWKAG
Sbjct: 11  VNIDSDSDSDDDN--GGVIGMVPSLASLIENQKVSIADAATVAPRETLE---CRSFWKAG 70

Query: 109 -NYDDGVASKATVQSSKGYLHVHPMFLHSNATSHKWTFGAIAELLDNAVDEIHNGATFVK 168
            N+    +   T      +  VHP FLHSNATSHKW FGAIAELLDNAVDEI NGAT VK
Sbjct: 71  ENFVIPSSVTLTAIGMVEHARVHPKFLHSNATSHKWAFGAIAELLDNAVDEIQNGATVVK 130

Query: 169 VDKILNARDGNPALLIQDDGGGMNPEAMRKCMSFGFSDKKSKSAIGKYGNGFKTSTMRLG 228
           +DKI   +D  PAL+ QD+GGGM+P  +RKCMS G+S KKS + IG+YGNGFKTSTMRLG
Sbjct: 131 IDKINIVKDNTPALVFQDNGGGMDPNGIRKCMSLGYSSKKSNTTIGQYGNGFKTSTMRLG 190

Query: 229 ADVIVFSRHVNNRVSTQSIGLLSYTFLTRSGYNRIVVPMVDYEYNISSGKLEILHGREHF 288
           AD +VFSR      STQSIGLLSYTFL ++G + ++VPM+D++ +  S +  I      +
Sbjct: 191 ADAMVFSRSTRGGKSTQSIGLLSYTFLRKTGQDDVIVPMIDFDISSDSPQPIIYGSPGDW 250

Query: 289 ASNLSILLQWSPYSTEAELLKQFDDIGSHGTKVIIYNLWYNGDQNMELDFDTDPEDICI- 348
           ++NL+ILL+WSP+ST  ELL+QF+DIG+HGTKVIIYNLW N +   EL FD D  DI + 
Sbjct: 251 STNLNILLKWSPFSTMVELLQQFEDIGTHGTKVIIYNLWLNDEGIYELSFDDDDVDIRLR 310

Query: 349 GGHTKKIDALSARKAVNEQHIANRLQYSLREYLSVLYLRISENFKIVLRGRVIQHHNLAD 408
             + +    L A+      HI+ R ++SLR Y+S+LYL+  +NFKI+LRG  +   N+AD
Sbjct: 311 DENAQDGKRLHAKTLEVRSHISYRYRHSLRAYISMLYLKKFKNFKIILRGVSVAQFNIAD 370

Query: 409 DLKFIEYILYKPQTAGCVEGMVVTTIGFLKEAPHVDIHGFNVYHKNRLIMPFWRVVSYSD 468
           + +  E I+YKPQ A          +GF+KEAP + I GFNVYHKNRLI PFW+VV    
Sbjct: 371 EFRHPETIMYKPQAAAVDYAATGIKVGFIKEAPKLPICGFNVYHKNRLIRPFWKVVLEGS 430

Query: 469 GRARGVVGVLEANFIEPTHNKQDFERTSLFQKLETRLKEMTREYWDYHCGLIGYQVKKHI 528
            R  GV+GVLEANFIEP H+KQDFER+SLF +LE RLK +T +YW  HC + GYQ     
Sbjct: 431 TRGNGVMGVLEANFIEPAHDKQDFERSSLFLRLEARLKRITSDYWQNHCHIFGYQT---A 490

Query: 529 QVSATSAMPSNITVPAGIENSHKSTQCFPVPVGKIGSHGRSEQSIPKSQGKSREGVCMK- 588
           Q+ A  +  + I       N++  +   P+P  +I   G   + I  S   S     +  
Sbjct: 491 QIPADKSKRTVIPDQPPTVNTYNPS---PLPSDRISHGGPIIREINLSNATSSRTAAVAA 550

Query: 589 ---RKADALVEDGQSVH-TIQPK----------DQQAMILLEQNKKLRTQCSEYEKREEE 648
              R    L  + Q V    QP            + A  + E+N +L  +C EY K+E E
Sbjct: 551 PHLRNYTGLRNNFQPVQLNPQPPAAGDTGNNLVGKLAAEIREENLQLFMRCEEYVKKENE 610

Query: 649 LNLKVTRLRSDIQEVELQISRL 654
           +   V  L  +++E++ + ++L
Sbjct: 611 VEQTVKSLEKELEEIKSKCAQL 621

BLAST of MC06g0114 vs. ExPASy Swiss-Prot
Match: F4KAF2 (Protein MICRORCHIDIA 4 OS=Arabidopsis thaliana OX=3702 GN=MORC4 PE=1 SV=2)

HSP 1 Score: 442.2 bits (1136), Expect = 1.0e-122
Identity = 229/428 (53.50%), Postives = 298/428 (69.63%), Query Frame = 0

Query: 101 CRQFWKAGNYDDGVASKATVQSSKGYLH--VHPMFLHSNATSHKWTFGAIAELLDNAVDE 160
           C+QFWKAG+Y +G +      S+ G+ H  VHP FLHSNATSHKW+ GA AELLDNA+DE
Sbjct: 126 CKQFWKAGDY-EGTSGGDWEVSAGGFDHVRVHPKFLHSNATSHKWSLGAFAELLDNALDE 185

Query: 161 IHNGATFVKVDKILNARDGNPALLIQDDGGGMNPEAMRKCMSFGFSDK-KSKSAIGKYGN 220
           + +GATFV VD I N +DG+  +LI+D+GGGMNPE MR CMS G+S K K    IG+YGN
Sbjct: 186 VRSGATFVNVDMIQNRKDGSKMILIEDNGGGMNPEKMRHCMSLGYSAKSKLADTIGQYGN 245

Query: 221 GFKTSTMRLGADVIVFSRHV--NNRVSTQSIGLLSYTFLTRSGYNRIVVPMVDYEYNISS 280
           GFKTSTMRLGADVIVFSR +  + + STQSIGLLSYTFL  +G   IVVPM+DYE   S 
Sbjct: 246 GFKTSTMRLGADVIVFSRCLGKDGKSSTQSIGLLSYTFLKSTGKEDIVVPMLDYERRDSE 305

Query: 281 GKLEILHGREHFASNLSILLQWSPYSTEAELLKQFDDIGSHGTKVIIYNLWYNGDQNMEL 340
                      +  N+  ++QWSPY+TE ELL QF+ +  HGT++IIYNLW + +  +EL
Sbjct: 306 WCPITRSSVSDWEKNVETVVQWSPYATEEELLCQFNLMKKHGTRIIIYNLWEDDEGMLEL 365

Query: 341 DFDTDPEDICIGG-HTKKIDALSARKAVNEQHIANRLQYSLREYLSVLYLRISENFKIVL 400
           DFDTDP DI + G +    + + A +  N +H     ++SLR Y S+LYL+IS  F+I+L
Sbjct: 366 DFDTDPHDIQLRGVNRDDKNIVMASQFPNSRHYLT-YKHSLRSYASILYLKISHEFRIIL 425

Query: 401 RGRVIQHHNLADDLKFIEYILYKPQTAGCVEGM-VVTTIGFLKEAP-HVDIHGFNVYHKN 460
           RG+ ++HHN+ +D+   E I Y+P+ A  V  +  V TIGF+K+A  HVD+ GFNVYHKN
Sbjct: 426 RGKDVEHHNIVNDMMQTEKITYRPKEAADVSQLSAVVTIGFVKDAKHHVDVQGFNVYHKN 485

Query: 461 RLIMPFWRVVSYSDGRARGVVGVLEANFIEPTHNKQDFERTSLFQKLETRLKEMTREYWD 520
           RLI PFWR+ + +    RGV+GVLEANF+EP H+KQ FERT++  +LE RL  M ++YW 
Sbjct: 486 RLIKPFWRIWNAAGSDGRGVIGVLEANFVEPAHDKQGFERTTVLSRLEARLLHMQKDYWR 545

BLAST of MC06g0114 vs. ExPASy Swiss-Prot
Match: F4JRS4 (Protein MICRORCHIDIA 7 OS=Arabidopsis thaliana OX=3702 GN=MORC7 PE=1 SV=1)

HSP 1 Score: 429.5 bits (1103), Expect = 7.0e-119
Identity = 264/614 (43.00%), Postives = 364/614 (59.28%), Query Frame = 0

Query: 83  PADDSGLTSPSPLCPAPV----------CRQFWKAGNYDDGVASKATVQSSKGYLH--VH 142
           PA+   +  P P  P P           C+QFWKAG+Y +G A      SS G+ H  VH
Sbjct: 107 PANPCNVFRPVPPPPPPPYAGTSGKIGGCKQFWKAGDY-EGAAGDNWDLSSGGFDHVRVH 166

Query: 143 PMFLHSNATSHKWTFGAIAELLDNAVDEIHNGATFVKVDKILNARDGNPALLIQDDGGGM 202
           P FLHSNATSHKW  GA AELLDNA+DE+ +GAT+VKVD + N + GN  LLI+D+GGGM
Sbjct: 167 PKFLHSNATSHKWALGAFAELLDNALDEVASGATYVKVDMLENNKGGNRMLLIEDNGGGM 226

Query: 203 NPEAMRKCMSFGFSDK-KSKSAIGKYGNGFKTSTMRLGADVIVFSR--HVNNRVSTQSIG 262
           +PE MR+CMS G+S K K  + IG+YGNGFKTSTMRLGADVIVFSR    + + STQSIG
Sbjct: 227 DPEKMRQCMSLGYSAKSKLANTIGQYGNGFKTSTMRLGADVIVFSRCPGKDGKSSTQSIG 286

Query: 263 LLSYTFLTRSGYNRIVVPMVDYEYNISSGKLEILHGREHFASNLSILLQWSPYSTEAELL 322
           LLSYTFL  +G   IVVPM+DYE         I      +  N+  ++QWSP+S+E +LL
Sbjct: 287 LLSYTFLRSTGKEDIVVPMLDYERRDPEWSKIIRSSTRDWDKNVETIIQWSPFSSEEDLL 346

Query: 323 KQFDDIGSHGTKVIIYNLWYNGDQNMELDFDTDPEDICIGG-HTKKIDALSARKAVNEQH 382
            QFD +   GT++IIYNLW +    +ELDFD DP DI + G + ++ +   A +  N +H
Sbjct: 347 HQFDLMKDRGTRIIIYNLWEDDQGMLELDFDADPYDIQLRGVNREERNIKMASQFPNSRH 406

Query: 383 IANRLQYSLREYLSVLYLRISENFKIVLRGRVIQHHNLADDLKFIEYILYKPQTA--GCV 442
                ++SLR Y+S+LYLRI   F+I+LRG  ++HH++ +D+   E I Y+PQ+   G V
Sbjct: 407 FLT-YKHSLRSYVSILYLRIPPGFRIILRGIDVEHHSVVNDMMQTEQITYRPQSESYGVV 466

Query: 443 EGM-VVTTIGFLKEAP-HVDIHGFNVYHKNRLIMPFWRVVSYSDGRARGVVGVLEANFIE 502
             M  +  IGF+K+A  HVD+ GFNVYHKNRLI PFWR+ + +    RGV+GVLEANF+E
Sbjct: 467 TNMSAIVIIGFVKDAKHHVDVQGFNVYHKNRLIKPFWRIWNATGSDGRGVIGVLEANFVE 526

Query: 503 PTHNKQDFERTSLFQKLETRLKEMTREYWDYHCGLIGYQVKKHIQVS-----------AT 562
           P H+KQ FERT++  +LE+RL +M + YW  +C  IGY  ++  + +             
Sbjct: 527 PAHDKQGFERTTVLARLESRLVQMQKTYWSTNCHKIGYAPRRREKSAYGYDNRDSSPEND 586

Query: 563 SAMPSNITVPAGIENSHKSTQCFPVPVGKIGSHGRSEQSIPKSQGKSREGVCMKRKADAL 622
              PS+I  P    +   S+  +P   G  G  G+    + +   + +E    +RKA   
Sbjct: 587 REGPSSIKTPTPASDKFYSSS-YPNHNGDNGVSGKDGARLQEELRREKE----RRKA-LE 646

Query: 623 VEDGQSVHTIQPKDQQAMILLEQNKKLRTQCSEYEKREEELNLKVTRLRSDIQEVELQIS 666
           VE   S   I+   +      EQ   +     E ++R+ E  +    LR+ ++E    I 
Sbjct: 647 VEVQLSRQKIEEMKK------EQENLIEIFSEERDRRDGEEEV----LRNKLEEASNTID 702

BLAST of MC06g0114 vs. NCBI nr
Match: XP_022134901.1 (protein MICRORCHIDIA 6 isoform X1 [Momordica charantia] >XP_022134902.1 protein MICRORCHIDIA 6 isoform X1 [Momordica charantia] >XP_022134903.1 protein MICRORCHIDIA 6 isoform X1 [Momordica charantia])

HSP 1 Score: 1330 bits (3442), Expect = 0.0
Identity = 669/669 (100.00%), Postives = 669/669 (100.00%), Query Frame = 0

Query: 1   MISADIVDLSSDDEEGPDLKAIKLEPKVDRAVMLLKEHEKKVIIKHEKLNTESGCQQFDG 60
           MISADIVDLSSDDEEGPDLKAIKLEPKVDRAVMLLKEHEKKVIIKHEKLNTESGCQQFDG
Sbjct: 1   MISADIVDLSSDDEEGPDLKAIKLEPKVDRAVMLLKEHEKKVIIKHEKLNTESGCQQFDG 60

Query: 61  NRCSNVLSAGHSCSSILDQVLSPADDSGLTSPSPLCPAPVCRQFWKAGNYDDGVASKATV 120
           NRCSNVLSAGHSCSSILDQVLSPADDSGLTSPSPLCPAPVCRQFWKAGNYDDGVASKATV
Sbjct: 61  NRCSNVLSAGHSCSSILDQVLSPADDSGLTSPSPLCPAPVCRQFWKAGNYDDGVASKATV 120

Query: 121 QSSKGYLHVHPMFLHSNATSHKWTFGAIAELLDNAVDEIHNGATFVKVDKILNARDGNPA 180
           QSSKGYLHVHPMFLHSNATSHKWTFGAIAELLDNAVDEIHNGATFVKVDKILNARDGNPA
Sbjct: 121 QSSKGYLHVHPMFLHSNATSHKWTFGAIAELLDNAVDEIHNGATFVKVDKILNARDGNPA 180

Query: 181 LLIQDDGGGMNPEAMRKCMSFGFSDKKSKSAIGKYGNGFKTSTMRLGADVIVFSRHVNNR 240
           LLIQDDGGGMNPEAMRKCMSFGFSDKKSKSAIGKYGNGFKTSTMRLGADVIVFSRHVNNR
Sbjct: 181 LLIQDDGGGMNPEAMRKCMSFGFSDKKSKSAIGKYGNGFKTSTMRLGADVIVFSRHVNNR 240

Query: 241 VSTQSIGLLSYTFLTRSGYNRIVVPMVDYEYNISSGKLEILHGREHFASNLSILLQWSPY 300
           VSTQSIGLLSYTFLTRSGYNRIVVPMVDYEYNISSGKLEILHGREHFASNLSILLQWSPY
Sbjct: 241 VSTQSIGLLSYTFLTRSGYNRIVVPMVDYEYNISSGKLEILHGREHFASNLSILLQWSPY 300

Query: 301 STEAELLKQFDDIGSHGTKVIIYNLWYNGDQNMELDFDTDPEDICIGGHTKKIDALSARK 360
           STEAELLKQFDDIGSHGTKVIIYNLWYNGDQNMELDFDTDPEDICIGGHTKKIDALSARK
Sbjct: 301 STEAELLKQFDDIGSHGTKVIIYNLWYNGDQNMELDFDTDPEDICIGGHTKKIDALSARK 360

Query: 361 AVNEQHIANRLQYSLREYLSVLYLRISENFKIVLRGRVIQHHNLADDLKFIEYILYKPQT 420
           AVNEQHIANRLQYSLREYLSVLYLRISENFKIVLRGRVIQHHNLADDLKFIEYILYKPQT
Sbjct: 361 AVNEQHIANRLQYSLREYLSVLYLRISENFKIVLRGRVIQHHNLADDLKFIEYILYKPQT 420

Query: 421 AGCVEGMVVTTIGFLKEAPHVDIHGFNVYHKNRLIMPFWRVVSYSDGRARGVVGVLEANF 480
           AGCVEGMVVTTIGFLKEAPHVDIHGFNVYHKNRLIMPFWRVVSYSDGRARGVVGVLEANF
Sbjct: 421 AGCVEGMVVTTIGFLKEAPHVDIHGFNVYHKNRLIMPFWRVVSYSDGRARGVVGVLEANF 480

Query: 481 IEPTHNKQDFERTSLFQKLETRLKEMTREYWDYHCGLIGYQVKKHIQVSATSAMPSNITV 540
           IEPTHNKQDFERTSLFQKLETRLKEMTREYWDYHCGLIGYQVKKHIQVSATSAMPSNITV
Sbjct: 481 IEPTHNKQDFERTSLFQKLETRLKEMTREYWDYHCGLIGYQVKKHIQVSATSAMPSNITV 540

Query: 541 PAGIENSHKSTQCFPVPVGKIGSHGRSEQSIPKSQGKSREGVCMKRKADALVEDGQSVHT 600
           PAGIENSHKSTQCFPVPVGKIGSHGRSEQSIPKSQGKSREGVCMKRKADALVEDGQSVHT
Sbjct: 541 PAGIENSHKSTQCFPVPVGKIGSHGRSEQSIPKSQGKSREGVCMKRKADALVEDGQSVHT 600

Query: 601 IQPKDQQAMILLEQNKKLRTQCSEYEKREEELNLKVTRLRSDIQEVELQISRLLDELKLF 660
           IQPKDQQAMILLEQNKKLRTQCSEYEKREEELNLKVTRLRSDIQEVELQISRLLDELKLF
Sbjct: 601 IQPKDQQAMILLEQNKKLRTQCSEYEKREEELNLKVTRLRSDIQEVELQISRLLDELKLF 660

Query: 661 EAVKVEGIV 669
           EAVKVEGIV
Sbjct: 661 EAVKVEGIV 669

BLAST of MC06g0114 vs. NCBI nr
Match: XP_022134904.1 (protein MICRORCHIDIA 6 isoform X2 [Momordica charantia])

HSP 1 Score: 1293 bits (3347), Expect = 0.0
Identity = 655/669 (97.91%), Postives = 655/669 (97.91%), Query Frame = 0

Query: 1   MISADIVDLSSDDEEGPDLKAIKLEPKVDRAVMLLKEHEKKVIIKHEKLNTESGCQQFDG 60
           MISADIVDLSSDDEEGPDLKAIKLEPKVDRAVMLLKEHEKKVIIKHEKLNTESGCQQFDG
Sbjct: 1   MISADIVDLSSDDEEGPDLKAIKLEPKVDRAVMLLKEHEKKVIIKHEKLNTESGCQQFDG 60

Query: 61  NRCSNVLSAGHSCSSILDQVLSPADDSGLTSPSPLCPAPVCRQFWKAGNYDDGVASKATV 120
           NRCSNVLSAGHSCSSILDQVLSPADDSGLTSPSPLCPAPVCRQFWKAG            
Sbjct: 61  NRCSNVLSAGHSCSSILDQVLSPADDSGLTSPSPLCPAPVCRQFWKAG------------ 120

Query: 121 QSSKGYLHVHPMFLHSNATSHKWTFGAIAELLDNAVDEIHNGATFVKVDKILNARDGNPA 180
             SKGYLHVHPMFLHSNATSHKWTFGAIAELLDNAVDEIHNGATFVKVDKILNARDGNPA
Sbjct: 121 --SKGYLHVHPMFLHSNATSHKWTFGAIAELLDNAVDEIHNGATFVKVDKILNARDGNPA 180

Query: 181 LLIQDDGGGMNPEAMRKCMSFGFSDKKSKSAIGKYGNGFKTSTMRLGADVIVFSRHVNNR 240
           LLIQDDGGGMNPEAMRKCMSFGFSDKKSKSAIGKYGNGFKTSTMRLGADVIVFSRHVNNR
Sbjct: 181 LLIQDDGGGMNPEAMRKCMSFGFSDKKSKSAIGKYGNGFKTSTMRLGADVIVFSRHVNNR 240

Query: 241 VSTQSIGLLSYTFLTRSGYNRIVVPMVDYEYNISSGKLEILHGREHFASNLSILLQWSPY 300
           VSTQSIGLLSYTFLTRSGYNRIVVPMVDYEYNISSGKLEILHGREHFASNLSILLQWSPY
Sbjct: 241 VSTQSIGLLSYTFLTRSGYNRIVVPMVDYEYNISSGKLEILHGREHFASNLSILLQWSPY 300

Query: 301 STEAELLKQFDDIGSHGTKVIIYNLWYNGDQNMELDFDTDPEDICIGGHTKKIDALSARK 360
           STEAELLKQFDDIGSHGTKVIIYNLWYNGDQNMELDFDTDPEDICIGGHTKKIDALSARK
Sbjct: 301 STEAELLKQFDDIGSHGTKVIIYNLWYNGDQNMELDFDTDPEDICIGGHTKKIDALSARK 360

Query: 361 AVNEQHIANRLQYSLREYLSVLYLRISENFKIVLRGRVIQHHNLADDLKFIEYILYKPQT 420
           AVNEQHIANRLQYSLREYLSVLYLRISENFKIVLRGRVIQHHNLADDLKFIEYILYKPQT
Sbjct: 361 AVNEQHIANRLQYSLREYLSVLYLRISENFKIVLRGRVIQHHNLADDLKFIEYILYKPQT 420

Query: 421 AGCVEGMVVTTIGFLKEAPHVDIHGFNVYHKNRLIMPFWRVVSYSDGRARGVVGVLEANF 480
           AGCVEGMVVTTIGFLKEAPHVDIHGFNVYHKNRLIMPFWRVVSYSDGRARGVVGVLEANF
Sbjct: 421 AGCVEGMVVTTIGFLKEAPHVDIHGFNVYHKNRLIMPFWRVVSYSDGRARGVVGVLEANF 480

Query: 481 IEPTHNKQDFERTSLFQKLETRLKEMTREYWDYHCGLIGYQVKKHIQVSATSAMPSNITV 540
           IEPTHNKQDFERTSLFQKLETRLKEMTREYWDYHCGLIGYQVKKHIQVSATSAMPSNITV
Sbjct: 481 IEPTHNKQDFERTSLFQKLETRLKEMTREYWDYHCGLIGYQVKKHIQVSATSAMPSNITV 540

Query: 541 PAGIENSHKSTQCFPVPVGKIGSHGRSEQSIPKSQGKSREGVCMKRKADALVEDGQSVHT 600
           PAGIENSHKSTQCFPVPVGKIGSHGRSEQSIPKSQGKSREGVCMKRKADALVEDGQSVHT
Sbjct: 541 PAGIENSHKSTQCFPVPVGKIGSHGRSEQSIPKSQGKSREGVCMKRKADALVEDGQSVHT 600

Query: 601 IQPKDQQAMILLEQNKKLRTQCSEYEKREEELNLKVTRLRSDIQEVELQISRLLDELKLF 660
           IQPKDQQAMILLEQNKKLRTQCSEYEKREEELNLKVTRLRSDIQEVELQISRLLDELKLF
Sbjct: 601 IQPKDQQAMILLEQNKKLRTQCSEYEKREEELNLKVTRLRSDIQEVELQISRLLDELKLF 655

Query: 661 EAVKVEGIV 669
           EAVKVEGIV
Sbjct: 661 EAVKVEGIV 655

BLAST of MC06g0114 vs. NCBI nr
Match: XP_022134905.1 (protein MICRORCHIDIA 6 isoform X3 [Momordica charantia])

HSP 1 Score: 1234 bits (3194), Expect = 0.0
Identity = 631/669 (94.32%), Postives = 631/669 (94.32%), Query Frame = 0

Query: 1   MISADIVDLSSDDEEGPDLKAIKLEPKVDRAVMLLKEHEKKVIIKHEKLNTESGCQQFDG 60
           MISADIVDLSSDDEEGPDLKAIKLEPKVDRAVMLLKEHEKKV                  
Sbjct: 1   MISADIVDLSSDDEEGPDLKAIKLEPKVDRAVMLLKEHEKKV------------------ 60

Query: 61  NRCSNVLSAGHSCSSILDQVLSPADDSGLTSPSPLCPAPVCRQFWKAGNYDDGVASKATV 120
                               LSPADDSGLTSPSPLCPAPVCRQFWKAGNYDDGVASKATV
Sbjct: 61  --------------------LSPADDSGLTSPSPLCPAPVCRQFWKAGNYDDGVASKATV 120

Query: 121 QSSKGYLHVHPMFLHSNATSHKWTFGAIAELLDNAVDEIHNGATFVKVDKILNARDGNPA 180
           QSSKGYLHVHPMFLHSNATSHKWTFGAIAELLDNAVDEIHNGATFVKVDKILNARDGNPA
Sbjct: 121 QSSKGYLHVHPMFLHSNATSHKWTFGAIAELLDNAVDEIHNGATFVKVDKILNARDGNPA 180

Query: 181 LLIQDDGGGMNPEAMRKCMSFGFSDKKSKSAIGKYGNGFKTSTMRLGADVIVFSRHVNNR 240
           LLIQDDGGGMNPEAMRKCMSFGFSDKKSKSAIGKYGNGFKTSTMRLGADVIVFSRHVNNR
Sbjct: 181 LLIQDDGGGMNPEAMRKCMSFGFSDKKSKSAIGKYGNGFKTSTMRLGADVIVFSRHVNNR 240

Query: 241 VSTQSIGLLSYTFLTRSGYNRIVVPMVDYEYNISSGKLEILHGREHFASNLSILLQWSPY 300
           VSTQSIGLLSYTFLTRSGYNRIVVPMVDYEYNISSGKLEILHGREHFASNLSILLQWSPY
Sbjct: 241 VSTQSIGLLSYTFLTRSGYNRIVVPMVDYEYNISSGKLEILHGREHFASNLSILLQWSPY 300

Query: 301 STEAELLKQFDDIGSHGTKVIIYNLWYNGDQNMELDFDTDPEDICIGGHTKKIDALSARK 360
           STEAELLKQFDDIGSHGTKVIIYNLWYNGDQNMELDFDTDPEDICIGGHTKKIDALSARK
Sbjct: 301 STEAELLKQFDDIGSHGTKVIIYNLWYNGDQNMELDFDTDPEDICIGGHTKKIDALSARK 360

Query: 361 AVNEQHIANRLQYSLREYLSVLYLRISENFKIVLRGRVIQHHNLADDLKFIEYILYKPQT 420
           AVNEQHIANRLQYSLREYLSVLYLRISENFKIVLRGRVIQHHNLADDLKFIEYILYKPQT
Sbjct: 361 AVNEQHIANRLQYSLREYLSVLYLRISENFKIVLRGRVIQHHNLADDLKFIEYILYKPQT 420

Query: 421 AGCVEGMVVTTIGFLKEAPHVDIHGFNVYHKNRLIMPFWRVVSYSDGRARGVVGVLEANF 480
           AGCVEGMVVTTIGFLKEAPHVDIHGFNVYHKNRLIMPFWRVVSYSDGRARGVVGVLEANF
Sbjct: 421 AGCVEGMVVTTIGFLKEAPHVDIHGFNVYHKNRLIMPFWRVVSYSDGRARGVVGVLEANF 480

Query: 481 IEPTHNKQDFERTSLFQKLETRLKEMTREYWDYHCGLIGYQVKKHIQVSATSAMPSNITV 540
           IEPTHNKQDFERTSLFQKLETRLKEMTREYWDYHCGLIGYQVKKHIQVSATSAMPSNITV
Sbjct: 481 IEPTHNKQDFERTSLFQKLETRLKEMTREYWDYHCGLIGYQVKKHIQVSATSAMPSNITV 540

Query: 541 PAGIENSHKSTQCFPVPVGKIGSHGRSEQSIPKSQGKSREGVCMKRKADALVEDGQSVHT 600
           PAGIENSHKSTQCFPVPVGKIGSHGRSEQSIPKSQGKSREGVCMKRKADALVEDGQSVHT
Sbjct: 541 PAGIENSHKSTQCFPVPVGKIGSHGRSEQSIPKSQGKSREGVCMKRKADALVEDGQSVHT 600

Query: 601 IQPKDQQAMILLEQNKKLRTQCSEYEKREEELNLKVTRLRSDIQEVELQISRLLDELKLF 660
           IQPKDQQAMILLEQNKKLRTQCSEYEKREEELNLKVTRLRSDIQEVELQISRLLDELKLF
Sbjct: 601 IQPKDQQAMILLEQNKKLRTQCSEYEKREEELNLKVTRLRSDIQEVELQISRLLDELKLF 631

Query: 661 EAVKVEGIV 669
           EAVKVEGIV
Sbjct: 661 EAVKVEGIV 631

BLAST of MC06g0114 vs. NCBI nr
Match: XP_022921495.1 (protein MICRORCHIDIA 6 [Cucurbita moschata] >XP_022921496.1 protein MICRORCHIDIA 6 [Cucurbita moschata])

HSP 1 Score: 1087 bits (2812), Expect = 0.0
Identity = 551/671 (82.12%), Postives = 602/671 (89.72%), Query Frame = 0

Query: 1   MISADIVDLSSDDEEGPDLKAIKLEPKVDRAVMLLKEHEKKVIIKHEKLNTESGCQQFDG 60
           MISADIVDLS+DDEEG +LKA+KLEP V  AVML KEH KK +IKHEK NTE   Q+FD 
Sbjct: 1   MISADIVDLSNDDEEGSNLKAVKLEPDVVGAVMLPKEHTKKNVIKHEKPNTEFVSQRFDE 60

Query: 61  NRCSNVLSAGHSCSSILDQVLSPADDSGLTSPSPLCPAPVCRQFWKAGNYDDGVASKATV 120
           NR  NVLSAG S SSILDQV SPADDSGLTSPSPLCPAPVCRQFWKAGNYDD VA+K TV
Sbjct: 61  NRSPNVLSAGQSSSSILDQVPSPADDSGLTSPSPLCPAPVCRQFWKAGNYDDAVAAKVTV 120

Query: 121 QSSKGYLHVHPMFLHSNATSHKWTFGAIAELLDNAVDEIHNGATFVKVDKILNARDGNPA 180
           QSSKG+LHVHPMFLHSNATSHKW FGA+AELLDNAVDEI NGATFV VDKILNARDG+PA
Sbjct: 121 QSSKGHLHVHPMFLHSNATSHKWAFGAVAELLDNAVDEIPNGATFVNVDKILNARDGSPA 180

Query: 181 LLIQDDGGGMNPEAMRKCMSFGFSDKKSKSAIGKYGNGFKTSTMRLGADVIVFSRHVNNR 240
           LLIQDDGGGM+PEAMR+CMSFGFSDKKSKSAIG+YGNGFKTSTMRLGADVIVFSRHVNNR
Sbjct: 181 LLIQDDGGGMDPEAMRRCMSFGFSDKKSKSAIGQYGNGFKTSTMRLGADVIVFSRHVNNR 240

Query: 241 VSTQSIGLLSYTFLTRSGYNRIVVPMVDYEYNISSGKLEILHGREHFASNLSILLQWSPY 300
           VSTQSIGLLSYTFL+RSGYNRIVVPMVDYEYN +SGK+EILHG+EHF SNLSILLQWSPY
Sbjct: 241 VSTQSIGLLSYTFLSRSGYNRIVVPMVDYEYNKASGKMEILHGKEHFMSNLSILLQWSPY 300

Query: 301 STEAELLKQFDDIGSHGTKVIIYNLWYNGDQNMELDFDTDPEDICIGGHTKKIDALSARK 360
           S+EAELLKQFDDIGSHGTKVIIYNLWYNGD+ MELDFDTDPEDICIG   KKID L A K
Sbjct: 301 SSEAELLKQFDDIGSHGTKVIIYNLWYNGDRRMELDFDTDPEDICIGRDIKKIDTLRASK 360

Query: 361 AVNEQHIANRLQYSLREYLSVLYLRISENFKIVLRGRVIQHHNLADDLKFIEYILYKPQT 420
           A+ EQHIAN+LQYSLREYLS+LYLRISENFKIVLRGR + H NLADDLKFIEYILYKPQ+
Sbjct: 361 AICEQHIANQLQYSLREYLSILYLRISENFKIVLRGRAVLHRNLADDLKFIEYILYKPQS 420

Query: 421 AGCVEGMVVTTIGFLKEAPHVDIHGFNVYHKNRLIMPFWRVVSYSDGRARGVVGVLEANF 480
            G VEG+VVTTIGFLKEAPHV+IHGFNVYHKNRLI+PFWRVVSYSD R RGV GVLEANF
Sbjct: 421 GGFVEGVVVTTIGFLKEAPHVNIHGFNVYHKNRLILPFWRVVSYSDNRGRGVAGVLEANF 480

Query: 481 IEPTHNKQDFERTSLFQKLETRLKEMTREYWDYHCGLIGYQVKKHIQVSATSAMPSNITV 540
           IEPTHNKQDFERTSLFQKLETRLKEMT EYWDYHCGL+GY VKK ++V+++S +PS+ITV
Sbjct: 481 IEPTHNKQDFERTSLFQKLETRLKEMTWEYWDYHCGLLGYCVKKQLRVTSSSQIPSSITV 540

Query: 541 PAGIENSHKSTQCFPVPV--GKIGSHGRSEQSIPKSQGKSREGVCMKRKADALVEDGQSV 600
           PAG EN H   QCFPV V  G+  + GRSEQ   ++QGKSREGVC KRKAD LVED QSV
Sbjct: 541 PAGTENPHILKQCFPVTVTEGRERARGRSEQCTLEAQGKSREGVCNKRKADVLVEDEQSV 600

Query: 601 HTIQPKDQQAMILLEQNKKLRTQCSEYEKREEELNLKVTRLRSDIQEVELQISRLLDELK 660
              QPK+QQA+ILLE+N+KLR +CS+YEKR+EELNLK T++RSD++EV+L+I RLLDELK
Sbjct: 601 CANQPKNQQAIILLEENRKLRAKCSDYEKRKEELNLKATQIRSDVREVKLEIQRLLDELK 660

Query: 661 LFEAVKVEGIV 669
             EAVKVEGIV
Sbjct: 661 SMEAVKVEGIV 671

BLAST of MC06g0114 vs. NCBI nr
Match: XP_022988347.1 (protein MICRORCHIDIA 6 [Cucurbita maxima] >XP_022988348.1 protein MICRORCHIDIA 6 [Cucurbita maxima])

HSP 1 Score: 1085 bits (2807), Expect = 0.0
Identity = 550/671 (81.97%), Postives = 601/671 (89.57%), Query Frame = 0

Query: 1   MISADIVDLSSDDEEGPDLKAIKLEPKVDRAVMLLKEHEKKVIIKHEKLNTESGCQQFDG 60
           MISADIVDLSSDDEEG +LKA+KLEP V  AVML KEH KK +IKHEK NTE   Q+FD 
Sbjct: 1   MISADIVDLSSDDEEGSNLKAVKLEPDVVGAVMLPKEHTKKDVIKHEKPNTEFVSQRFDE 60

Query: 61  NRCSNVLSAGHSCSSILDQVLSPADDSGLTSPSPLCPAPVCRQFWKAGNYDDGVASKATV 120
           NR  NVLSAG S SSILDQV SPADDSGLTSPSPLCPAPVCRQFWKAGNYDD VA+K TV
Sbjct: 61  NRSPNVLSAGQSSSSILDQVPSPADDSGLTSPSPLCPAPVCRQFWKAGNYDDAVAAKVTV 120

Query: 121 QSSKGYLHVHPMFLHSNATSHKWTFGAIAELLDNAVDEIHNGATFVKVDKILNARDGNPA 180
           QSSKG+LHVHPMFLHSNATSHKW FGA+AELLDNAVDEI NGATFV VDKILNARDG+PA
Sbjct: 121 QSSKGHLHVHPMFLHSNATSHKWAFGAVAELLDNAVDEIPNGATFVNVDKILNARDGSPA 180

Query: 181 LLIQDDGGGMNPEAMRKCMSFGFSDKKSKSAIGKYGNGFKTSTMRLGADVIVFSRHVNNR 240
           LLIQDDGGGM+PEAMR+CMSFGFSDKKSKSAIG+YGNGFKTSTMRLGADVIVFSRHVNNR
Sbjct: 181 LLIQDDGGGMDPEAMRRCMSFGFSDKKSKSAIGQYGNGFKTSTMRLGADVIVFSRHVNNR 240

Query: 241 VSTQSIGLLSYTFLTRSGYNRIVVPMVDYEYNISSGKLEILHGREHFASNLSILLQWSPY 300
           VSTQSIGLLSYTFL+RSGYNRIVVPMVDYEYN +SGK+EILHG+EHF SNLS LLQWSPY
Sbjct: 241 VSTQSIGLLSYTFLSRSGYNRIVVPMVDYEYNKASGKMEILHGKEHFMSNLSTLLQWSPY 300

Query: 301 STEAELLKQFDDIGSHGTKVIIYNLWYNGDQNMELDFDTDPEDICIGGHTKKIDALSARK 360
           S+EAELLKQFDDIGSHGTKVIIYNLWYNGD+ MELDFDTDPEDI IG   KKID L A K
Sbjct: 301 SSEAELLKQFDDIGSHGTKVIIYNLWYNGDRRMELDFDTDPEDIFIGRDIKKIDTLRASK 360

Query: 361 AVNEQHIANRLQYSLREYLSVLYLRISENFKIVLRGRVIQHHNLADDLKFIEYILYKPQT 420
           A+ EQHIAN+LQYSLREYLS+LYLRISENFKIVLRGR + H NLADDLKFIEYILYKPQ+
Sbjct: 361 AICEQHIANQLQYSLREYLSILYLRISENFKIVLRGRAVLHRNLADDLKFIEYILYKPQS 420

Query: 421 AGCVEGMVVTTIGFLKEAPHVDIHGFNVYHKNRLIMPFWRVVSYSDGRARGVVGVLEANF 480
            G VEG+VVTTIGFLKEAPHV+IHGFNVYHKNRLI+PFWRVVSYSD R RGV GVLEANF
Sbjct: 421 GGFVEGVVVTTIGFLKEAPHVNIHGFNVYHKNRLILPFWRVVSYSDNRGRGVAGVLEANF 480

Query: 481 IEPTHNKQDFERTSLFQKLETRLKEMTREYWDYHCGLIGYQVKKHIQVSATSAMPSNITV 540
           IEPTHNKQDFERTSLFQKLETRLKEMT EYWDYHCGL+GY VKK ++V+++S +PS+ITV
Sbjct: 481 IEPTHNKQDFERTSLFQKLETRLKEMTWEYWDYHCGLLGYCVKKQLRVTSSSQIPSSITV 540

Query: 541 PAGIENSHKSTQCFPVPVGKIG--SHGRSEQSIPKSQGKSREGVCMKRKADALVEDGQSV 600
           PAG EN H   QCFPV V ++   + GRSEQ   +SQGKSREGVC+KRKAD LVEDGQSV
Sbjct: 541 PAGTENPHILKQCFPVTVTEVRERARGRSEQCTLESQGKSREGVCIKRKADVLVEDGQSV 600

Query: 601 HTIQPKDQQAMILLEQNKKLRTQCSEYEKREEELNLKVTRLRSDIQEVELQISRLLDELK 660
              QPK+QQA+ILLE+N+KLR +CS+YEKR+EELNLK T++R +++EVEL+I RLLDELK
Sbjct: 601 RANQPKNQQAVILLEENRKLRAKCSDYEKRKEELNLKATQIRRNVREVELEIQRLLDELK 660

Query: 661 LFEAVKVEGIV 669
             EAVKVEGIV
Sbjct: 661 SMEAVKVEGIV 671

BLAST of MC06g0114 vs. ExPASy TrEMBL
Match: A0A6J1C3B1 (protein MICRORCHIDIA 6 isoform X1 OS=Momordica charantia OX=3673 GN=LOC111007045 PE=3 SV=1)

HSP 1 Score: 1330 bits (3442), Expect = 0.0
Identity = 669/669 (100.00%), Postives = 669/669 (100.00%), Query Frame = 0

Query: 1   MISADIVDLSSDDEEGPDLKAIKLEPKVDRAVMLLKEHEKKVIIKHEKLNTESGCQQFDG 60
           MISADIVDLSSDDEEGPDLKAIKLEPKVDRAVMLLKEHEKKVIIKHEKLNTESGCQQFDG
Sbjct: 1   MISADIVDLSSDDEEGPDLKAIKLEPKVDRAVMLLKEHEKKVIIKHEKLNTESGCQQFDG 60

Query: 61  NRCSNVLSAGHSCSSILDQVLSPADDSGLTSPSPLCPAPVCRQFWKAGNYDDGVASKATV 120
           NRCSNVLSAGHSCSSILDQVLSPADDSGLTSPSPLCPAPVCRQFWKAGNYDDGVASKATV
Sbjct: 61  NRCSNVLSAGHSCSSILDQVLSPADDSGLTSPSPLCPAPVCRQFWKAGNYDDGVASKATV 120

Query: 121 QSSKGYLHVHPMFLHSNATSHKWTFGAIAELLDNAVDEIHNGATFVKVDKILNARDGNPA 180
           QSSKGYLHVHPMFLHSNATSHKWTFGAIAELLDNAVDEIHNGATFVKVDKILNARDGNPA
Sbjct: 121 QSSKGYLHVHPMFLHSNATSHKWTFGAIAELLDNAVDEIHNGATFVKVDKILNARDGNPA 180

Query: 181 LLIQDDGGGMNPEAMRKCMSFGFSDKKSKSAIGKYGNGFKTSTMRLGADVIVFSRHVNNR 240
           LLIQDDGGGMNPEAMRKCMSFGFSDKKSKSAIGKYGNGFKTSTMRLGADVIVFSRHVNNR
Sbjct: 181 LLIQDDGGGMNPEAMRKCMSFGFSDKKSKSAIGKYGNGFKTSTMRLGADVIVFSRHVNNR 240

Query: 241 VSTQSIGLLSYTFLTRSGYNRIVVPMVDYEYNISSGKLEILHGREHFASNLSILLQWSPY 300
           VSTQSIGLLSYTFLTRSGYNRIVVPMVDYEYNISSGKLEILHGREHFASNLSILLQWSPY
Sbjct: 241 VSTQSIGLLSYTFLTRSGYNRIVVPMVDYEYNISSGKLEILHGREHFASNLSILLQWSPY 300

Query: 301 STEAELLKQFDDIGSHGTKVIIYNLWYNGDQNMELDFDTDPEDICIGGHTKKIDALSARK 360
           STEAELLKQFDDIGSHGTKVIIYNLWYNGDQNMELDFDTDPEDICIGGHTKKIDALSARK
Sbjct: 301 STEAELLKQFDDIGSHGTKVIIYNLWYNGDQNMELDFDTDPEDICIGGHTKKIDALSARK 360

Query: 361 AVNEQHIANRLQYSLREYLSVLYLRISENFKIVLRGRVIQHHNLADDLKFIEYILYKPQT 420
           AVNEQHIANRLQYSLREYLSVLYLRISENFKIVLRGRVIQHHNLADDLKFIEYILYKPQT
Sbjct: 361 AVNEQHIANRLQYSLREYLSVLYLRISENFKIVLRGRVIQHHNLADDLKFIEYILYKPQT 420

Query: 421 AGCVEGMVVTTIGFLKEAPHVDIHGFNVYHKNRLIMPFWRVVSYSDGRARGVVGVLEANF 480
           AGCVEGMVVTTIGFLKEAPHVDIHGFNVYHKNRLIMPFWRVVSYSDGRARGVVGVLEANF
Sbjct: 421 AGCVEGMVVTTIGFLKEAPHVDIHGFNVYHKNRLIMPFWRVVSYSDGRARGVVGVLEANF 480

Query: 481 IEPTHNKQDFERTSLFQKLETRLKEMTREYWDYHCGLIGYQVKKHIQVSATSAMPSNITV 540
           IEPTHNKQDFERTSLFQKLETRLKEMTREYWDYHCGLIGYQVKKHIQVSATSAMPSNITV
Sbjct: 481 IEPTHNKQDFERTSLFQKLETRLKEMTREYWDYHCGLIGYQVKKHIQVSATSAMPSNITV 540

Query: 541 PAGIENSHKSTQCFPVPVGKIGSHGRSEQSIPKSQGKSREGVCMKRKADALVEDGQSVHT 600
           PAGIENSHKSTQCFPVPVGKIGSHGRSEQSIPKSQGKSREGVCMKRKADALVEDGQSVHT
Sbjct: 541 PAGIENSHKSTQCFPVPVGKIGSHGRSEQSIPKSQGKSREGVCMKRKADALVEDGQSVHT 600

Query: 601 IQPKDQQAMILLEQNKKLRTQCSEYEKREEELNLKVTRLRSDIQEVELQISRLLDELKLF 660
           IQPKDQQAMILLEQNKKLRTQCSEYEKREEELNLKVTRLRSDIQEVELQISRLLDELKLF
Sbjct: 601 IQPKDQQAMILLEQNKKLRTQCSEYEKREEELNLKVTRLRSDIQEVELQISRLLDELKLF 660

Query: 661 EAVKVEGIV 669
           EAVKVEGIV
Sbjct: 661 EAVKVEGIV 669

BLAST of MC06g0114 vs. ExPASy TrEMBL
Match: A0A6J1C020 (protein MICRORCHIDIA 6 isoform X2 OS=Momordica charantia OX=3673 GN=LOC111007045 PE=3 SV=1)

HSP 1 Score: 1293 bits (3347), Expect = 0.0
Identity = 655/669 (97.91%), Postives = 655/669 (97.91%), Query Frame = 0

Query: 1   MISADIVDLSSDDEEGPDLKAIKLEPKVDRAVMLLKEHEKKVIIKHEKLNTESGCQQFDG 60
           MISADIVDLSSDDEEGPDLKAIKLEPKVDRAVMLLKEHEKKVIIKHEKLNTESGCQQFDG
Sbjct: 1   MISADIVDLSSDDEEGPDLKAIKLEPKVDRAVMLLKEHEKKVIIKHEKLNTESGCQQFDG 60

Query: 61  NRCSNVLSAGHSCSSILDQVLSPADDSGLTSPSPLCPAPVCRQFWKAGNYDDGVASKATV 120
           NRCSNVLSAGHSCSSILDQVLSPADDSGLTSPSPLCPAPVCRQFWKAG            
Sbjct: 61  NRCSNVLSAGHSCSSILDQVLSPADDSGLTSPSPLCPAPVCRQFWKAG------------ 120

Query: 121 QSSKGYLHVHPMFLHSNATSHKWTFGAIAELLDNAVDEIHNGATFVKVDKILNARDGNPA 180
             SKGYLHVHPMFLHSNATSHKWTFGAIAELLDNAVDEIHNGATFVKVDKILNARDGNPA
Sbjct: 121 --SKGYLHVHPMFLHSNATSHKWTFGAIAELLDNAVDEIHNGATFVKVDKILNARDGNPA 180

Query: 181 LLIQDDGGGMNPEAMRKCMSFGFSDKKSKSAIGKYGNGFKTSTMRLGADVIVFSRHVNNR 240
           LLIQDDGGGMNPEAMRKCMSFGFSDKKSKSAIGKYGNGFKTSTMRLGADVIVFSRHVNNR
Sbjct: 181 LLIQDDGGGMNPEAMRKCMSFGFSDKKSKSAIGKYGNGFKTSTMRLGADVIVFSRHVNNR 240

Query: 241 VSTQSIGLLSYTFLTRSGYNRIVVPMVDYEYNISSGKLEILHGREHFASNLSILLQWSPY 300
           VSTQSIGLLSYTFLTRSGYNRIVVPMVDYEYNISSGKLEILHGREHFASNLSILLQWSPY
Sbjct: 241 VSTQSIGLLSYTFLTRSGYNRIVVPMVDYEYNISSGKLEILHGREHFASNLSILLQWSPY 300

Query: 301 STEAELLKQFDDIGSHGTKVIIYNLWYNGDQNMELDFDTDPEDICIGGHTKKIDALSARK 360
           STEAELLKQFDDIGSHGTKVIIYNLWYNGDQNMELDFDTDPEDICIGGHTKKIDALSARK
Sbjct: 301 STEAELLKQFDDIGSHGTKVIIYNLWYNGDQNMELDFDTDPEDICIGGHTKKIDALSARK 360

Query: 361 AVNEQHIANRLQYSLREYLSVLYLRISENFKIVLRGRVIQHHNLADDLKFIEYILYKPQT 420
           AVNEQHIANRLQYSLREYLSVLYLRISENFKIVLRGRVIQHHNLADDLKFIEYILYKPQT
Sbjct: 361 AVNEQHIANRLQYSLREYLSVLYLRISENFKIVLRGRVIQHHNLADDLKFIEYILYKPQT 420

Query: 421 AGCVEGMVVTTIGFLKEAPHVDIHGFNVYHKNRLIMPFWRVVSYSDGRARGVVGVLEANF 480
           AGCVEGMVVTTIGFLKEAPHVDIHGFNVYHKNRLIMPFWRVVSYSDGRARGVVGVLEANF
Sbjct: 421 AGCVEGMVVTTIGFLKEAPHVDIHGFNVYHKNRLIMPFWRVVSYSDGRARGVVGVLEANF 480

Query: 481 IEPTHNKQDFERTSLFQKLETRLKEMTREYWDYHCGLIGYQVKKHIQVSATSAMPSNITV 540
           IEPTHNKQDFERTSLFQKLETRLKEMTREYWDYHCGLIGYQVKKHIQVSATSAMPSNITV
Sbjct: 481 IEPTHNKQDFERTSLFQKLETRLKEMTREYWDYHCGLIGYQVKKHIQVSATSAMPSNITV 540

Query: 541 PAGIENSHKSTQCFPVPVGKIGSHGRSEQSIPKSQGKSREGVCMKRKADALVEDGQSVHT 600
           PAGIENSHKSTQCFPVPVGKIGSHGRSEQSIPKSQGKSREGVCMKRKADALVEDGQSVHT
Sbjct: 541 PAGIENSHKSTQCFPVPVGKIGSHGRSEQSIPKSQGKSREGVCMKRKADALVEDGQSVHT 600

Query: 601 IQPKDQQAMILLEQNKKLRTQCSEYEKREEELNLKVTRLRSDIQEVELQISRLLDELKLF 660
           IQPKDQQAMILLEQNKKLRTQCSEYEKREEELNLKVTRLRSDIQEVELQISRLLDELKLF
Sbjct: 601 IQPKDQQAMILLEQNKKLRTQCSEYEKREEELNLKVTRLRSDIQEVELQISRLLDELKLF 655

Query: 661 EAVKVEGIV 669
           EAVKVEGIV
Sbjct: 661 EAVKVEGIV 655

BLAST of MC06g0114 vs. ExPASy TrEMBL
Match: A0A6J1BZM6 (protein MICRORCHIDIA 6 isoform X3 OS=Momordica charantia OX=3673 GN=LOC111007045 PE=3 SV=1)

HSP 1 Score: 1234 bits (3194), Expect = 0.0
Identity = 631/669 (94.32%), Postives = 631/669 (94.32%), Query Frame = 0

Query: 1   MISADIVDLSSDDEEGPDLKAIKLEPKVDRAVMLLKEHEKKVIIKHEKLNTESGCQQFDG 60
           MISADIVDLSSDDEEGPDLKAIKLEPKVDRAVMLLKEHEKKV                  
Sbjct: 1   MISADIVDLSSDDEEGPDLKAIKLEPKVDRAVMLLKEHEKKV------------------ 60

Query: 61  NRCSNVLSAGHSCSSILDQVLSPADDSGLTSPSPLCPAPVCRQFWKAGNYDDGVASKATV 120
                               LSPADDSGLTSPSPLCPAPVCRQFWKAGNYDDGVASKATV
Sbjct: 61  --------------------LSPADDSGLTSPSPLCPAPVCRQFWKAGNYDDGVASKATV 120

Query: 121 QSSKGYLHVHPMFLHSNATSHKWTFGAIAELLDNAVDEIHNGATFVKVDKILNARDGNPA 180
           QSSKGYLHVHPMFLHSNATSHKWTFGAIAELLDNAVDEIHNGATFVKVDKILNARDGNPA
Sbjct: 121 QSSKGYLHVHPMFLHSNATSHKWTFGAIAELLDNAVDEIHNGATFVKVDKILNARDGNPA 180

Query: 181 LLIQDDGGGMNPEAMRKCMSFGFSDKKSKSAIGKYGNGFKTSTMRLGADVIVFSRHVNNR 240
           LLIQDDGGGMNPEAMRKCMSFGFSDKKSKSAIGKYGNGFKTSTMRLGADVIVFSRHVNNR
Sbjct: 181 LLIQDDGGGMNPEAMRKCMSFGFSDKKSKSAIGKYGNGFKTSTMRLGADVIVFSRHVNNR 240

Query: 241 VSTQSIGLLSYTFLTRSGYNRIVVPMVDYEYNISSGKLEILHGREHFASNLSILLQWSPY 300
           VSTQSIGLLSYTFLTRSGYNRIVVPMVDYEYNISSGKLEILHGREHFASNLSILLQWSPY
Sbjct: 241 VSTQSIGLLSYTFLTRSGYNRIVVPMVDYEYNISSGKLEILHGREHFASNLSILLQWSPY 300

Query: 301 STEAELLKQFDDIGSHGTKVIIYNLWYNGDQNMELDFDTDPEDICIGGHTKKIDALSARK 360
           STEAELLKQFDDIGSHGTKVIIYNLWYNGDQNMELDFDTDPEDICIGGHTKKIDALSARK
Sbjct: 301 STEAELLKQFDDIGSHGTKVIIYNLWYNGDQNMELDFDTDPEDICIGGHTKKIDALSARK 360

Query: 361 AVNEQHIANRLQYSLREYLSVLYLRISENFKIVLRGRVIQHHNLADDLKFIEYILYKPQT 420
           AVNEQHIANRLQYSLREYLSVLYLRISENFKIVLRGRVIQHHNLADDLKFIEYILYKPQT
Sbjct: 361 AVNEQHIANRLQYSLREYLSVLYLRISENFKIVLRGRVIQHHNLADDLKFIEYILYKPQT 420

Query: 421 AGCVEGMVVTTIGFLKEAPHVDIHGFNVYHKNRLIMPFWRVVSYSDGRARGVVGVLEANF 480
           AGCVEGMVVTTIGFLKEAPHVDIHGFNVYHKNRLIMPFWRVVSYSDGRARGVVGVLEANF
Sbjct: 421 AGCVEGMVVTTIGFLKEAPHVDIHGFNVYHKNRLIMPFWRVVSYSDGRARGVVGVLEANF 480

Query: 481 IEPTHNKQDFERTSLFQKLETRLKEMTREYWDYHCGLIGYQVKKHIQVSATSAMPSNITV 540
           IEPTHNKQDFERTSLFQKLETRLKEMTREYWDYHCGLIGYQVKKHIQVSATSAMPSNITV
Sbjct: 481 IEPTHNKQDFERTSLFQKLETRLKEMTREYWDYHCGLIGYQVKKHIQVSATSAMPSNITV 540

Query: 541 PAGIENSHKSTQCFPVPVGKIGSHGRSEQSIPKSQGKSREGVCMKRKADALVEDGQSVHT 600
           PAGIENSHKSTQCFPVPVGKIGSHGRSEQSIPKSQGKSREGVCMKRKADALVEDGQSVHT
Sbjct: 541 PAGIENSHKSTQCFPVPVGKIGSHGRSEQSIPKSQGKSREGVCMKRKADALVEDGQSVHT 600

Query: 601 IQPKDQQAMILLEQNKKLRTQCSEYEKREEELNLKVTRLRSDIQEVELQISRLLDELKLF 660
           IQPKDQQAMILLEQNKKLRTQCSEYEKREEELNLKVTRLRSDIQEVELQISRLLDELKLF
Sbjct: 601 IQPKDQQAMILLEQNKKLRTQCSEYEKREEELNLKVTRLRSDIQEVELQISRLLDELKLF 631

Query: 661 EAVKVEGIV 669
           EAVKVEGIV
Sbjct: 661 EAVKVEGIV 631

BLAST of MC06g0114 vs. ExPASy TrEMBL
Match: A0A6J1E5X9 (protein MICRORCHIDIA 6 OS=Cucurbita moschata OX=3662 GN=LOC111429746 PE=3 SV=1)

HSP 1 Score: 1087 bits (2812), Expect = 0.0
Identity = 551/671 (82.12%), Postives = 602/671 (89.72%), Query Frame = 0

Query: 1   MISADIVDLSSDDEEGPDLKAIKLEPKVDRAVMLLKEHEKKVIIKHEKLNTESGCQQFDG 60
           MISADIVDLS+DDEEG +LKA+KLEP V  AVML KEH KK +IKHEK NTE   Q+FD 
Sbjct: 1   MISADIVDLSNDDEEGSNLKAVKLEPDVVGAVMLPKEHTKKNVIKHEKPNTEFVSQRFDE 60

Query: 61  NRCSNVLSAGHSCSSILDQVLSPADDSGLTSPSPLCPAPVCRQFWKAGNYDDGVASKATV 120
           NR  NVLSAG S SSILDQV SPADDSGLTSPSPLCPAPVCRQFWKAGNYDD VA+K TV
Sbjct: 61  NRSPNVLSAGQSSSSILDQVPSPADDSGLTSPSPLCPAPVCRQFWKAGNYDDAVAAKVTV 120

Query: 121 QSSKGYLHVHPMFLHSNATSHKWTFGAIAELLDNAVDEIHNGATFVKVDKILNARDGNPA 180
           QSSKG+LHVHPMFLHSNATSHKW FGA+AELLDNAVDEI NGATFV VDKILNARDG+PA
Sbjct: 121 QSSKGHLHVHPMFLHSNATSHKWAFGAVAELLDNAVDEIPNGATFVNVDKILNARDGSPA 180

Query: 181 LLIQDDGGGMNPEAMRKCMSFGFSDKKSKSAIGKYGNGFKTSTMRLGADVIVFSRHVNNR 240
           LLIQDDGGGM+PEAMR+CMSFGFSDKKSKSAIG+YGNGFKTSTMRLGADVIVFSRHVNNR
Sbjct: 181 LLIQDDGGGMDPEAMRRCMSFGFSDKKSKSAIGQYGNGFKTSTMRLGADVIVFSRHVNNR 240

Query: 241 VSTQSIGLLSYTFLTRSGYNRIVVPMVDYEYNISSGKLEILHGREHFASNLSILLQWSPY 300
           VSTQSIGLLSYTFL+RSGYNRIVVPMVDYEYN +SGK+EILHG+EHF SNLSILLQWSPY
Sbjct: 241 VSTQSIGLLSYTFLSRSGYNRIVVPMVDYEYNKASGKMEILHGKEHFMSNLSILLQWSPY 300

Query: 301 STEAELLKQFDDIGSHGTKVIIYNLWYNGDQNMELDFDTDPEDICIGGHTKKIDALSARK 360
           S+EAELLKQFDDIGSHGTKVIIYNLWYNGD+ MELDFDTDPEDICIG   KKID L A K
Sbjct: 301 SSEAELLKQFDDIGSHGTKVIIYNLWYNGDRRMELDFDTDPEDICIGRDIKKIDTLRASK 360

Query: 361 AVNEQHIANRLQYSLREYLSVLYLRISENFKIVLRGRVIQHHNLADDLKFIEYILYKPQT 420
           A+ EQHIAN+LQYSLREYLS+LYLRISENFKIVLRGR + H NLADDLKFIEYILYKPQ+
Sbjct: 361 AICEQHIANQLQYSLREYLSILYLRISENFKIVLRGRAVLHRNLADDLKFIEYILYKPQS 420

Query: 421 AGCVEGMVVTTIGFLKEAPHVDIHGFNVYHKNRLIMPFWRVVSYSDGRARGVVGVLEANF 480
            G VEG+VVTTIGFLKEAPHV+IHGFNVYHKNRLI+PFWRVVSYSD R RGV GVLEANF
Sbjct: 421 GGFVEGVVVTTIGFLKEAPHVNIHGFNVYHKNRLILPFWRVVSYSDNRGRGVAGVLEANF 480

Query: 481 IEPTHNKQDFERTSLFQKLETRLKEMTREYWDYHCGLIGYQVKKHIQVSATSAMPSNITV 540
           IEPTHNKQDFERTSLFQKLETRLKEMT EYWDYHCGL+GY VKK ++V+++S +PS+ITV
Sbjct: 481 IEPTHNKQDFERTSLFQKLETRLKEMTWEYWDYHCGLLGYCVKKQLRVTSSSQIPSSITV 540

Query: 541 PAGIENSHKSTQCFPVPV--GKIGSHGRSEQSIPKSQGKSREGVCMKRKADALVEDGQSV 600
           PAG EN H   QCFPV V  G+  + GRSEQ   ++QGKSREGVC KRKAD LVED QSV
Sbjct: 541 PAGTENPHILKQCFPVTVTEGRERARGRSEQCTLEAQGKSREGVCNKRKADVLVEDEQSV 600

Query: 601 HTIQPKDQQAMILLEQNKKLRTQCSEYEKREEELNLKVTRLRSDIQEVELQISRLLDELK 660
              QPK+QQA+ILLE+N+KLR +CS+YEKR+EELNLK T++RSD++EV+L+I RLLDELK
Sbjct: 601 CANQPKNQQAIILLEENRKLRAKCSDYEKRKEELNLKATQIRSDVREVKLEIQRLLDELK 660

Query: 661 LFEAVKVEGIV 669
             EAVKVEGIV
Sbjct: 661 SMEAVKVEGIV 671

BLAST of MC06g0114 vs. ExPASy TrEMBL
Match: A0A6J1JM17 (protein MICRORCHIDIA 6 OS=Cucurbita maxima OX=3661 GN=LOC111485617 PE=3 SV=1)

HSP 1 Score: 1085 bits (2807), Expect = 0.0
Identity = 550/671 (81.97%), Postives = 601/671 (89.57%), Query Frame = 0

Query: 1   MISADIVDLSSDDEEGPDLKAIKLEPKVDRAVMLLKEHEKKVIIKHEKLNTESGCQQFDG 60
           MISADIVDLSSDDEEG +LKA+KLEP V  AVML KEH KK +IKHEK NTE   Q+FD 
Sbjct: 1   MISADIVDLSSDDEEGSNLKAVKLEPDVVGAVMLPKEHTKKDVIKHEKPNTEFVSQRFDE 60

Query: 61  NRCSNVLSAGHSCSSILDQVLSPADDSGLTSPSPLCPAPVCRQFWKAGNYDDGVASKATV 120
           NR  NVLSAG S SSILDQV SPADDSGLTSPSPLCPAPVCRQFWKAGNYDD VA+K TV
Sbjct: 61  NRSPNVLSAGQSSSSILDQVPSPADDSGLTSPSPLCPAPVCRQFWKAGNYDDAVAAKVTV 120

Query: 121 QSSKGYLHVHPMFLHSNATSHKWTFGAIAELLDNAVDEIHNGATFVKVDKILNARDGNPA 180
           QSSKG+LHVHPMFLHSNATSHKW FGA+AELLDNAVDEI NGATFV VDKILNARDG+PA
Sbjct: 121 QSSKGHLHVHPMFLHSNATSHKWAFGAVAELLDNAVDEIPNGATFVNVDKILNARDGSPA 180

Query: 181 LLIQDDGGGMNPEAMRKCMSFGFSDKKSKSAIGKYGNGFKTSTMRLGADVIVFSRHVNNR 240
           LLIQDDGGGM+PEAMR+CMSFGFSDKKSKSAIG+YGNGFKTSTMRLGADVIVFSRHVNNR
Sbjct: 181 LLIQDDGGGMDPEAMRRCMSFGFSDKKSKSAIGQYGNGFKTSTMRLGADVIVFSRHVNNR 240

Query: 241 VSTQSIGLLSYTFLTRSGYNRIVVPMVDYEYNISSGKLEILHGREHFASNLSILLQWSPY 300
           VSTQSIGLLSYTFL+RSGYNRIVVPMVDYEYN +SGK+EILHG+EHF SNLS LLQWSPY
Sbjct: 241 VSTQSIGLLSYTFLSRSGYNRIVVPMVDYEYNKASGKMEILHGKEHFMSNLSTLLQWSPY 300

Query: 301 STEAELLKQFDDIGSHGTKVIIYNLWYNGDQNMELDFDTDPEDICIGGHTKKIDALSARK 360
           S+EAELLKQFDDIGSHGTKVIIYNLWYNGD+ MELDFDTDPEDI IG   KKID L A K
Sbjct: 301 SSEAELLKQFDDIGSHGTKVIIYNLWYNGDRRMELDFDTDPEDIFIGRDIKKIDTLRASK 360

Query: 361 AVNEQHIANRLQYSLREYLSVLYLRISENFKIVLRGRVIQHHNLADDLKFIEYILYKPQT 420
           A+ EQHIAN+LQYSLREYLS+LYLRISENFKIVLRGR + H NLADDLKFIEYILYKPQ+
Sbjct: 361 AICEQHIANQLQYSLREYLSILYLRISENFKIVLRGRAVLHRNLADDLKFIEYILYKPQS 420

Query: 421 AGCVEGMVVTTIGFLKEAPHVDIHGFNVYHKNRLIMPFWRVVSYSDGRARGVVGVLEANF 480
            G VEG+VVTTIGFLKEAPHV+IHGFNVYHKNRLI+PFWRVVSYSD R RGV GVLEANF
Sbjct: 421 GGFVEGVVVTTIGFLKEAPHVNIHGFNVYHKNRLILPFWRVVSYSDNRGRGVAGVLEANF 480

Query: 481 IEPTHNKQDFERTSLFQKLETRLKEMTREYWDYHCGLIGYQVKKHIQVSATSAMPSNITV 540
           IEPTHNKQDFERTSLFQKLETRLKEMT EYWDYHCGL+GY VKK ++V+++S +PS+ITV
Sbjct: 481 IEPTHNKQDFERTSLFQKLETRLKEMTWEYWDYHCGLLGYCVKKQLRVTSSSQIPSSITV 540

Query: 541 PAGIENSHKSTQCFPVPVGKIG--SHGRSEQSIPKSQGKSREGVCMKRKADALVEDGQSV 600
           PAG EN H   QCFPV V ++   + GRSEQ   +SQGKSREGVC+KRKAD LVEDGQSV
Sbjct: 541 PAGTENPHILKQCFPVTVTEVRERARGRSEQCTLESQGKSREGVCIKRKADVLVEDGQSV 600

Query: 601 HTIQPKDQQAMILLEQNKKLRTQCSEYEKREEELNLKVTRLRSDIQEVELQISRLLDELK 660
              QPK+QQA+ILLE+N+KLR +CS+YEKR+EELNLK T++R +++EVEL+I RLLDELK
Sbjct: 601 RANQPKNQQAVILLEENRKLRAKCSDYEKRKEELNLKATQIRRNVREVELEIQRLLDELK 660

Query: 661 LFEAVKVEGIV 669
             EAVKVEGIV
Sbjct: 661 SMEAVKVEGIV 671

BLAST of MC06g0114 vs. TAIR 10
Match: AT1G19100.1 (Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase family protein )

HSP 1 Score: 704.1 bits (1816), Expect = 1.1e-202
Identity = 371/625 (59.36%), Postives = 451/625 (72.16%), Query Frame = 0

Query: 56  QQFDGNRCSNVLSAGHSCSSILDQVLSPADDSGLTSPSPLCPAPVCRQFWKAGNYDDGVA 115
           Q  + NR S   SAG S +S++DQV SPADD+G+TS S +CPAPVCRQFWKAG+Y+D ++
Sbjct: 41  QDSEENRGSVGQSAGQSSTSVVDQVRSPADDAGVTSSSTICPAPVCRQFWKAGSYNDELS 100

Query: 116 SKATVQSSKGYLHVHPMFLHSNATSHKWTFGAIAELLDNAVDEIHNGATFVKVDKILNAR 175
           SK+   + K YLHVHPMFLHSNATSHKW FGA+AELLDNAVDEI NGATFV VDK  N R
Sbjct: 101 SKSQQPNGKNYLHVHPMFLHSNATSHKWAFGAVAELLDNAVDEIQNGATFVIVDKTTNPR 160

Query: 176 DGNPALLIQDDGGGMNPEAMRKCMSFGFSDKKSKSAIGKYGNGFKTSTMRLGADVIVFSR 235
           DG  ALLIQDDGGGM+P+AMR CM FGFSDKKS SAIG+YGNGFKTSTMRLGADVIVFSR
Sbjct: 161 DGATALLIQDDGGGMDPQAMRHCMGFGFSDKKSDSAIGRYGNGFKTSTMRLGADVIVFSR 220

Query: 236 HVNNRVSTQSIGLLSYTFLTRSGYNRIVVPMVDYEYNISSGKLEILHGREHFASNLSILL 295
           H  N+  TQSIGLLSYT+LTR+G++RIVVP++DYE+N S+G+ + L  REHF S+LSILL
Sbjct: 221 HSKNQTLTQSIGLLSYTYLTRTGHDRIVVPILDYEFNASAGEFKTLQDREHFISSLSILL 280

Query: 296 QWSPYSTEAELLKQFDDIGSHGTKVIIYNLWYNGDQNMELDFDTDPEDICIGGHTKKIDA 355
           +WSP+STEAELL+QFDD+G HGTKVIIYN+W N D  +ELDFD+  EDI I G  KK   
Sbjct: 281 EWSPFSTEAELLQQFDDVGPHGTKVIIYNMWLNSDAKLELDFDSVAEDILIEGSIKK--- 340

Query: 356 LSARKAVNEQHIANRLQYSLREYLSVLYLRISENFKIVLRGRVIQHHNLADDLKFIEYIL 415
            +  K VN+ HIA+R  YSLR YLS+LYLRI E FKI+LRG+V++HHN+ADDL   +YIL
Sbjct: 341 -TGSKIVND-HIASRFSYSLRVYLSILYLRIPETFKIILRGKVVEHHNVADDLMHPQYIL 400

Query: 416 YKPQTAGCVEGMVVTTIGFLKEAPHVDIHGFNVYHKNRLIMPFWRVVSYSDGRARGVVGV 475
           YKPQ AG  E +VVTTIGFLKEAP V++HGF VYHKNRLIMPFW+V++YS  R RGVVGV
Sbjct: 401 YKPQAAGSEEALVVTTIGFLKEAPKVNLHGFCVYHKNRLIMPFWQVINYSSSRGRGVVGV 460

Query: 476 LEANFIEPTHNKQDFERTSLFQKLETRLKEMTREYWDYHCGLIGYQVKK--HIQV----- 535
           LEANF+EPTHNKQDFE+T L QKLE RLKEMT EYW  HC LIGYQV K   +Q+     
Sbjct: 461 LEANFVEPTHNKQDFEKTVLLQKLENRLKEMTVEYWSCHCVLIGYQVNKKPRLQIPQKVQ 520

Query: 536 ----SATSAMPS-NITVPAGIENSHKSTQCFPVPVGKIGSHGRSEQS--IPKSQGKSREG 595
                A S  P      P G   S       PV + K   H  S  S  + +  G     
Sbjct: 521 PAGRQALSPPPGFQAVFPQGNTTSLPRVSTQPVLLEKRKEHPDSVASAALKRKVGNDDFT 580

Query: 596 VCMKRKADALVEDGQSVHTIQPKDQQAMILLEQNKKLRTQCSEYEKREEELNLKVTRLRS 655
           V    + +  +    S    Q +D + + L+E+NKKLR +C + + R + L +K   LRS
Sbjct: 581 VPGHIRVEQFIHGSAS----QSQDIETVKLMEENKKLRAKCLDRKVRSQNLEVKAMNLRS 640

Query: 656 DIQEVELQISRLLDELKLFEAVKVE 667
           +++  + +  RL+ EL+  + VK E
Sbjct: 641 ELENYKSEYERLMVELQALDLVKDE 656

BLAST of MC06g0114 vs. TAIR 10
Match: AT4G36280.1 (Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase family protein )

HSP 1 Score: 484.6 bits (1246), Expect = 1.3e-136
Identity = 275/572 (48.08%), Postives = 351/572 (61.36%), Query Frame = 0

Query: 101 CRQFWKAGNYDDGVASKATVQSSKGYL---HVHPMFLHSNATSHKWTFGAIAELLDNAVD 160
           CR FWKAG+Y   V       ++ G L    VHP FLHSNATSHKW FGAIAELLDNAVD
Sbjct: 50  CRSFWKAGDY--FVIPNVVTPTAPGMLEHARVHPRFLHSNATSHKWAFGAIAELLDNAVD 109

Query: 161 EIHNGATFVKVDKILNARDGNPALLIQDDGGGMNPEAMRKCMSFGFSDKKSKSAIGKYGN 220
           EI NGATFVK+DKI   +D +PAL+ QDDGGGM+P  +RKCMS G+S KKS + IG+YGN
Sbjct: 110 EIQNGATFVKIDKINIVKDNSPALVFQDDGGGMDPAGLRKCMSLGYSSKKSNTTIGQYGN 169

Query: 221 GFKTSTMRLGADVIVFSRHVNNRVSTQSIGLLSYTFLTRSGYNRIVVPMVDYEYNISSGK 280
           GFKTSTMRLGAD IVFSR      STQS+G+LSYTFL ++G + + VPM+D + +    +
Sbjct: 170 GFKTSTMRLGADAIVFSRSTRGGTSTQSVGILSYTFLRKTGQDDVTVPMIDIDISKERPQ 229

Query: 281 LEILHGREHFASNLSILLQWSPYSTEAELLKQFDDIGSHGTKVIIYNLWYNGDQNMELDF 340
             I    E +A+NL ILL+WSP+STE ELL+QF+D+G+HGTKVIIYNLW N +   EL F
Sbjct: 230 PIIYGSPEDWAANLEILLKWSPFSTEDELLQQFEDVGTHGTKVIIYNLWLNDEGIYELSF 289

Query: 341 DTDPEDICIGGHTKKIDALSARKAVN-EQHIANRLQYSLREYLSVLYLRISENFKIVLRG 400
           D D EDI +   +         K +    HI+  L+YSLR Y S+LYL+  +NFKI++RG
Sbjct: 290 DDDEEDIRLRDESVNDGKRLHHKILELRSHISYHLRYSLRAYASMLYLKKFKNFKIIIRG 349

Query: 401 RVIQHHNLADDLKFIEYILYKPQTAGCVEGMVVTTIGFLKEAPHVDIHGFNVYHKNRLIM 460
             ++  N+AD  +F E I YKP TA   +      IGF+KEAP + I GFNVYHKNRLI 
Sbjct: 350 IPVEQFNIADGFRFPEIIKYKPHTATTEQASTEIKIGFVKEAPKLAICGFNVYHKNRLIR 409

Query: 461 PFWRVVSYSDGRARGVVGVLEANFIEPTHNKQDFERTSLFQKLETRLKEMTREYWDYHCG 520
           PFW+V    D    GVVGVLEANFIEP H+KQDFER+SLFQ+LE RLK++   YW  HC 
Sbjct: 410 PFWKVTMGGDSTGHGVVGVLEANFIEPAHDKQDFERSSLFQRLEARLKKIVYSYWYSHCH 469

Query: 521 LIGY-QVKKHIQVSATSAMPSNITVPAGIENSHKSTQCFPVPVGKIGSHGRSEQSIPKSQ 580
           L+GY + +     S   A+P     P  I   + S    P+P  KI   G   + I  S 
Sbjct: 470 LLGYHKYQMPADKSKKIAIPDQ---PPTISTVNPS----PLPSDKISQGGPIIREINLSN 529

Query: 581 GKSREGVCMK----RKADALVEDGQSVH-TIQP---------KDQQAMILLEQNKKLRTQ 640
             S   V       R +  L  + Q V    QP           + A  + ++N +L  +
Sbjct: 530 ATSSRTVAFASPHLRNSTGLRSNFQPVQLNPQPTAADTGNNLDGKSAGEIRQENLQLFMR 589

Query: 641 CSEYEKREEELNLKVTRLRSDIQEVELQISRL 654
           C EY K+E E    V  L  +++E + + + L
Sbjct: 590 CEEYIKKENETEQTVKSLEKELEEFKSKCAHL 612

BLAST of MC06g0114 vs. TAIR 10
Match: AT4G36290.1 (compromised recognition of TCV 1 )

HSP 1 Score: 474.9 bits (1221), Expect = 1.0e-133
Identity = 275/622 (44.21%), Postives = 371/622 (59.65%), Query Frame = 0

Query: 49  LNTESGCQQFDGNRCSNVLSAGHSCSSILDQVLSPADDSGLTSPSPLCPAPVCRQFWKAG 108
           +N +S     D N    V+    S +S+++       D+   +P        CR FWKAG
Sbjct: 11  VNIDSDSDSDDDN--GGVIGMVPSLASLIENQKVSIADAATVAPRETLE---CRSFWKAG 70

Query: 109 -NYDDGVASKATVQSSKGYLHVHPMFLHSNATSHKWTFGAIAELLDNAVDEIHNGATFVK 168
            N+    +   T      +  VHP FLHSNATSHKW FGAIAELLDNAVDEI NGAT VK
Sbjct: 71  ENFVIPSSVTLTAIGMVEHARVHPKFLHSNATSHKWAFGAIAELLDNAVDEIQNGATVVK 130

Query: 169 VDKILNARDGNPALLIQDDGGGMNPEAMRKCMSFGFSDKKSKSAIGKYGNGFKTSTMRLG 228
           +DKI   +D  PAL+ QD+GGGM+P  +RKCMS G+S KKS + IG+YGNGFKTSTMRLG
Sbjct: 131 IDKINIVKDNTPALVFQDNGGGMDPNGIRKCMSLGYSSKKSNTTIGQYGNGFKTSTMRLG 190

Query: 229 ADVIVFSRHVNNRVSTQSIGLLSYTFLTRSGYNRIVVPMVDYEYNISSGKLEILHGREHF 288
           AD +VFSR      STQSIGLLSYTFL ++G + ++VPM+D++ +  S +  I      +
Sbjct: 191 ADAMVFSRSTRGGKSTQSIGLLSYTFLRKTGQDDVIVPMIDFDISSDSPQPIIYGSPGDW 250

Query: 289 ASNLSILLQWSPYSTEAELLKQFDDIGSHGTKVIIYNLWYNGDQNMELDFDTDPEDICI- 348
           ++NL+ILL+WSP+ST  ELL+QF+DIG+HGTKVIIYNLW N +   EL FD D  DI + 
Sbjct: 251 STNLNILLKWSPFSTMVELLQQFEDIGTHGTKVIIYNLWLNDEGIYELSFDDDDVDIRLR 310

Query: 349 GGHTKKIDALSARKAVNEQHIANRLQYSLREYLSVLYLRISENFKIVLRGRVIQHHNLAD 408
             + +    L A+      HI+ R ++SLR Y+S+LYL+  +NFKI+LRG  +   N+AD
Sbjct: 311 DENAQDGKRLHAKTLEVRSHISYRYRHSLRAYISMLYLKKFKNFKIILRGVSVAQFNIAD 370

Query: 409 DLKFIEYILYKPQTAGCVEGMVVTTIGFLKEAPHVDIHGFNVYHKNRLIMPFWRVVSYSD 468
           + +  E I+YKPQ A          +GF+KEAP + I GFNVYHKNRLI PFW+VV    
Sbjct: 371 EFRHPETIMYKPQAAAVDYAATGIKVGFIKEAPKLPICGFNVYHKNRLIRPFWKVVLEGS 430

Query: 469 GRARGVVGVLEANFIEPTHNKQDFERTSLFQKLETRLKEMTREYWDYHCGLIGYQVKKHI 528
            R  GV+GVLEANFIEP H+KQDFER+SLF +LE RLK +T +YW  HC + GYQ     
Sbjct: 431 TRGNGVMGVLEANFIEPAHDKQDFERSSLFLRLEARLKRITSDYWQNHCHIFGYQT---A 490

Query: 529 QVSATSAMPSNITVPAGIENSHKSTQCFPVPVGKIGSHGRSEQSIPKSQGKSREGVCMK- 588
           Q+ A  +  + I       N++  +   P+P  +I   G   + I  S   S     +  
Sbjct: 491 QIPADKSKRTVIPDQPPTVNTYNPS---PLPSDRISHGGPIIREINLSNATSSRTAAVAA 550

Query: 589 ---RKADALVEDGQSVH-TIQPK----------DQQAMILLEQNKKLRTQCSEYEKREEE 648
              R    L  + Q V    QP            + A  + E+N +L  +C EY K+E E
Sbjct: 551 PHLRNYTGLRNNFQPVQLNPQPPAAGDTGNNLVGKLAAEIREENLQLFMRCEEYVKKENE 610

Query: 649 LNLKVTRLRSDIQEVELQISRL 654
           +   V  L  +++E++ + ++L
Sbjct: 611 VEQTVKSLEKELEEIKSKCAQL 621

BLAST of MC06g0114 vs. TAIR 10
Match: AT5G50780.1 (Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase family protein )

HSP 1 Score: 434.9 bits (1117), Expect = 1.2e-121
Identity = 230/447 (51.45%), Postives = 299/447 (66.89%), Query Frame = 0

Query: 101 CRQFWKAGNYDDGVASKATVQSSKGYLH--VHPMFLHSNATSHKWTFGAIAELLDNAVDE 160
           C+QFWKAG+Y +G +      S+ G+ H  VHP FLHSNATSHKW+ GA AELLDNA+DE
Sbjct: 126 CKQFWKAGDY-EGTSGGDWEVSAGGFDHVRVHPKFLHSNATSHKWSLGAFAELLDNALDE 185

Query: 161 IHNGATFVKVDKILNARDGNPALLIQDDGGGMNPEAMRKCMSFGFSDK-KSKSAIGKYGN 220
           + +GATFV VD I N +DG+  +LI+D+GGGMNPE MR CMS G+S K K    IG+YGN
Sbjct: 186 VRSGATFVNVDMIQNRKDGSKMILIEDNGGGMNPEKMRHCMSLGYSAKSKLADTIGQYGN 245

Query: 221 GFKTSTMRLGADVIVFSRHV--NNRVSTQSIGLLSYTFLTRSGYNRIVVPMVDYEYNISS 280
           GFKTSTMRLGADVIVFSR +  + + STQSIGLLSYTFL  +G   IVVPM+DYE   S 
Sbjct: 246 GFKTSTMRLGADVIVFSRCLGKDGKSSTQSIGLLSYTFLKSTGKEDIVVPMLDYERRDSE 305

Query: 281 GKLEILHGREHFASNLSILLQWSPYSTEAELLKQFDDIGSHGTKVIIYNLWYNGDQNMEL 340
                      +  N+  ++QWSPY+TE ELL QF+ +  HGT++IIYNLW + +  +EL
Sbjct: 306 WCPITRSSVSDWEKNVETVVQWSPYATEEELLCQFNLMKKHGTRIIIYNLWEDDEGMLEL 365

Query: 341 DFDTDPEDICIGG-HTKKIDALSARKAVNEQHIANRLQYSLREYLSVLYLRISENFKIVL 400
           DFDTDP DI + G +    + + A +  N +H     ++SLR Y S+LYL+IS  F+I+L
Sbjct: 366 DFDTDPHDIQLRGVNRDDKNIVMASQFPNSRHYLT-YKHSLRSYASILYLKISHEFRIIL 425

Query: 401 RGRVIQHHNLADDLKFIEYILYKPQTA--GCV------------------EGMVVTTIGF 460
           RG+ ++HHN+ +D+   E I Y+P+ A  GC                   +   V TIGF
Sbjct: 426 RGKDVEHHNIVNDMMQTEKITYRPKEAADGCAKYSNLYNLKIWLLVLHVSQLSAVVTIGF 485

Query: 461 LKEAP-HVDIHGFNVYHKNRLIMPFWRVVSYSDGRARGVVGVLEANFIEPTHNKQDFERT 520
           +K+A  HVD+ GFNVYHKNRLI PFWR+ + +    RGV+GVLEANF+EP H+KQ FERT
Sbjct: 486 VKDAKHHVDVQGFNVYHKNRLIKPFWRIWNAAGSDGRGVIGVLEANFVEPAHDKQGFERT 545

BLAST of MC06g0114 vs. TAIR 10
Match: AT4G24970.1 (Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase family protein )

HSP 1 Score: 429.5 bits (1103), Expect = 5.0e-120
Identity = 264/614 (43.00%), Postives = 364/614 (59.28%), Query Frame = 0

Query: 83  PADDSGLTSPSPLCPAPV----------CRQFWKAGNYDDGVASKATVQSSKGYLH--VH 142
           PA+   +  P P  P P           C+QFWKAG+Y +G A      SS G+ H  VH
Sbjct: 107 PANPCNVFRPVPPPPPPPYAGTSGKIGGCKQFWKAGDY-EGAAGDNWDLSSGGFDHVRVH 166

Query: 143 PMFLHSNATSHKWTFGAIAELLDNAVDEIHNGATFVKVDKILNARDGNPALLIQDDGGGM 202
           P FLHSNATSHKW  GA AELLDNA+DE+ +GAT+VKVD + N + GN  LLI+D+GGGM
Sbjct: 167 PKFLHSNATSHKWALGAFAELLDNALDEVASGATYVKVDMLENNKGGNRMLLIEDNGGGM 226

Query: 203 NPEAMRKCMSFGFSDK-KSKSAIGKYGNGFKTSTMRLGADVIVFSR--HVNNRVSTQSIG 262
           +PE MR+CMS G+S K K  + IG+YGNGFKTSTMRLGADVIVFSR    + + STQSIG
Sbjct: 227 DPEKMRQCMSLGYSAKSKLANTIGQYGNGFKTSTMRLGADVIVFSRCPGKDGKSSTQSIG 286

Query: 263 LLSYTFLTRSGYNRIVVPMVDYEYNISSGKLEILHGREHFASNLSILLQWSPYSTEAELL 322
           LLSYTFL  +G   IVVPM+DYE         I      +  N+  ++QWSP+S+E +LL
Sbjct: 287 LLSYTFLRSTGKEDIVVPMLDYERRDPEWSKIIRSSTRDWDKNVETIIQWSPFSSEEDLL 346

Query: 323 KQFDDIGSHGTKVIIYNLWYNGDQNMELDFDTDPEDICIGG-HTKKIDALSARKAVNEQH 382
            QFD +   GT++IIYNLW +    +ELDFD DP DI + G + ++ +   A +  N +H
Sbjct: 347 HQFDLMKDRGTRIIIYNLWEDDQGMLELDFDADPYDIQLRGVNREERNIKMASQFPNSRH 406

Query: 383 IANRLQYSLREYLSVLYLRISENFKIVLRGRVIQHHNLADDLKFIEYILYKPQTA--GCV 442
                ++SLR Y+S+LYLRI   F+I+LRG  ++HH++ +D+   E I Y+PQ+   G V
Sbjct: 407 FLT-YKHSLRSYVSILYLRIPPGFRIILRGIDVEHHSVVNDMMQTEQITYRPQSESYGVV 466

Query: 443 EGM-VVTTIGFLKEAP-HVDIHGFNVYHKNRLIMPFWRVVSYSDGRARGVVGVLEANFIE 502
             M  +  IGF+K+A  HVD+ GFNVYHKNRLI PFWR+ + +    RGV+GVLEANF+E
Sbjct: 467 TNMSAIVIIGFVKDAKHHVDVQGFNVYHKNRLIKPFWRIWNATGSDGRGVIGVLEANFVE 526

Query: 503 PTHNKQDFERTSLFQKLETRLKEMTREYWDYHCGLIGYQVKKHIQVS-----------AT 562
           P H+KQ FERT++  +LE+RL +M + YW  +C  IGY  ++  + +             
Sbjct: 527 PAHDKQGFERTTVLARLESRLVQMQKTYWSTNCHKIGYAPRRREKSAYGYDNRDSSPEND 586

Query: 563 SAMPSNITVPAGIENSHKSTQCFPVPVGKIGSHGRSEQSIPKSQGKSREGVCMKRKADAL 622
              PS+I  P    +   S+  +P   G  G  G+    + +   + +E    +RKA   
Sbjct: 587 REGPSSIKTPTPASDKFYSSS-YPNHNGDNGVSGKDGARLQEELRREKE----RRKA-LE 646

Query: 623 VEDGQSVHTIQPKDQQAMILLEQNKKLRTQCSEYEKREEELNLKVTRLRSDIQEVELQIS 666
           VE   S   I+   +      EQ   +     E ++R+ E  +    LR+ ++E    I 
Sbjct: 647 VEVQLSRQKIEEMKK------EQENLIEIFSEERDRRDGEEEV----LRNKLEEASNTID 702

The following BLAST results are available for this feature:
Match NameE-valueIdentityDescription
Q56Y741.5e-20159.36Protein MICRORCHIDIA 6 OS=Arabidopsis thaliana OX=3702 GN=MORC6 PE=1 SV=1[more]
Q5FV351.8e-13548.08Protein MICRORCHIDIA 2 OS=Arabidopsis thaliana OX=3702 GN=MORC2 PE=1 SV=1[more]
Q84WV61.5e-13244.21Protein MICRORCHIDIA 1 OS=Arabidopsis thaliana OX=3702 GN=MORC1 PE=1 SV=1[more]
F4KAF21.0e-12253.50Protein MICRORCHIDIA 4 OS=Arabidopsis thaliana OX=3702 GN=MORC4 PE=1 SV=2[more]
F4JRS47.0e-11943.00Protein MICRORCHIDIA 7 OS=Arabidopsis thaliana OX=3702 GN=MORC7 PE=1 SV=1[more]
Match NameE-valueIdentityDescription
XP_022134901.10.0100.00protein MICRORCHIDIA 6 isoform X1 [Momordica charantia] >XP_022134902.1 protein ... [more]
XP_022134904.10.097.91protein MICRORCHIDIA 6 isoform X2 [Momordica charantia][more]
XP_022134905.10.094.32protein MICRORCHIDIA 6 isoform X3 [Momordica charantia][more]
XP_022921495.10.082.12protein MICRORCHIDIA 6 [Cucurbita moschata] >XP_022921496.1 protein MICRORCHIDIA... [more]
XP_022988347.10.081.97protein MICRORCHIDIA 6 [Cucurbita maxima] >XP_022988348.1 protein MICRORCHIDIA 6... [more]
Match NameE-valueIdentityDescription
A0A6J1C3B10.0100.00protein MICRORCHIDIA 6 isoform X1 OS=Momordica charantia OX=3673 GN=LOC111007045... [more]
A0A6J1C0200.097.91protein MICRORCHIDIA 6 isoform X2 OS=Momordica charantia OX=3673 GN=LOC111007045... [more]
A0A6J1BZM60.094.32protein MICRORCHIDIA 6 isoform X3 OS=Momordica charantia OX=3673 GN=LOC111007045... [more]
A0A6J1E5X90.082.12protein MICRORCHIDIA 6 OS=Cucurbita moschata OX=3662 GN=LOC111429746 PE=3 SV=1[more]
A0A6J1JM170.081.97protein MICRORCHIDIA 6 OS=Cucurbita maxima OX=3661 GN=LOC111485617 PE=3 SV=1[more]
Match NameE-valueIdentityDescription
AT1G19100.11.1e-20259.36Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase family protein [more]
AT4G36280.11.3e-13648.08Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase family protein [more]
AT4G36290.11.0e-13344.21compromised recognition of TCV 1 [more]
AT5G50780.11.2e-12151.45Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase family protein [more]
AT4G24970.15.0e-12043.00Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase family protein [more]
InterPro
Analysis Name: InterPro Annotations of Bitter gourd (Dali-11) v1
Date Performed: 2021-10-25
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
NoneNo IPR availableCOILSCoilCoilcoord: 608..663
NoneNo IPR availablePFAMPF13589HATPase_c_3coord: 146..243
e-value: 1.7E-15
score: 57.2
NoneNo IPR availablePANTHERPTHR23336:SF56HISTIDINE KINASE-, DNA GYRASE B-, AND HSP90-LIKE ATPASE FAMILY PROTEINcoord: 3..662
NoneNo IPR availablePANTHERPTHR23336ZINC FINGER CW-TYPE COILED-COIL DOMAIN PROTEIN 3.coord: 3..662
IPR041006Morc, S5 domain 2-likePFAMPF17942Morc6_S5coord: 373..511
e-value: 9.4E-63
score: 210.4
IPR036890Histidine kinase/HSP90-like ATPase superfamilyGENE3D3.30.565.10coord: 132..335
e-value: 9.3E-12
score: 46.9
IPR036890Histidine kinase/HSP90-like ATPase superfamilySUPERFAMILY55874ATPase domain of HSP90 chaperone/DNA topoisomerase II/histidine kinasecoord: 144..343

Relationships

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

Feature NameUnique NameType
MC06g0114.1MC06g0114.1mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0080188 gene silencing by RNA-directed DNA methylation
biological_process GO:0090305 nucleic acid phosphodiester bond hydrolysis
biological_process GO:1902290 positive regulation of defense response to oomycetes
biological_process GO:0050778 positive regulation of immune response
biological_process GO:0060966 regulation of gene silencing by RNA
biological_process GO:0006357 regulation of transcription by RNA polymerase II
cellular_component GO:0005634 nucleus
molecular_function GO:0016887 ATP hydrolysis activity
molecular_function GO:0000981 DNA-binding transcription factor activity, RNA polymerase II-specific
molecular_function GO:0004519 endonuclease activity
molecular_function GO:0042803 protein homodimerization activity
molecular_function GO:0000978 RNA polymerase II cis-regulatory region sequence-specific DNA binding