MC08g0339 (gene) Bitter gourd (Dali-11) v1

Overview
NameMC08g0339
Typegene
OrganismMomordica charantia cv. Dali-11 (Bitter gourd (Dali-11) v1)
DescriptionU-box domain-containing protein kinase family protein
LocationMC08: 2645048 .. 2667190 (+)
RNA-Seq ExpressionMC08g0339
SyntenyMC08g0339
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

Legend: CDSpolypeptideutr3
Hold the cursor over a type above to highlight its positions in the sequence below.
CTGGCCTCTCTCCCGAGTCTCAGGACTCTGAGCTTCATGAACAACAGGCTGGGGGGCCCACTGCCGGACGTGAAGAAAATTGGGGCCCTGAAAGCGCTGTATCTGTCGAACAATAATTTCTCCGGCACGATTTCCGGCGACGCCTTCGAGGGGATGGGGTCCCTGCGGAAGGTGTATCTCAGCCAGAATCGATTTTCCGGCAAGATTCCGACGTCGTTGGCGGAATTAAAGGGGTTGGTGGAGCTGGGATTGGAGGAGAATGAATTTAGTGGAAGAATTCCGGATTTTGAAGAGAGGGATTGGAAGTATTTGAATCTTTCGGATAATCAATTGGAGGGGCCGCTTCCTTCTGCCTTCAAGAACTCCAACTTCACTTCATTTCTTGGTAAGTTCCTAATTCCAAAAAAATCCCCAAAAAATATATATTTTTTACATTTTTTTTAACGATAAATAAAAAATATTTATGAAAATGTTGTTTTCATAAAAGTCCCTTTTAAAATGTCGTTAAAATTTACGCACTTACTAAGACCTACTTAACAGTGACATGTCGGAAAATTGACAACTATCTATTTTATTTTAATTTTTTTATGTTTTCAACTTTTTTTTTAATGGTAAGTGTTTTAAAAGTGGTAGGTACCTGCTTAACAAGCTAAGCTTTATTGTTTTTTAATTATGTTTACTTGAGTATGGTAAGTAAAATTGGTGTTTTATATTTATAAAAAAATTATTTTAAATTTATTGTAAATAAATAGATAAAATAAAAAATTTACCTCTAACCATAAAATTTTAATTTCATCATATTAGAACTCTGAATTGGAAAAATATTGCCATCTTTGCAAATTTTACCTTATGATCGGTTTTTCTAGGTATATTTAATGATGAAAATTTGATGATAATTCTGAAAAAAAAAACAATGGAAATATATATATATATTAATTTGGTGAATTTTAGGATATTTGTTTAATGATGCATTGGAGAGTAGTTTTGTGTGAGGATCGAGTTTGGAAAGTTTTCTTACCCTAAAAAAAAAAAGTGGATAAATGTAGCAAAATTGAATGATAAACATTGTACTCTTACAAATTTATAGTTTTTTTTTTAATATATGTAAGTTTAGAGTTCGATTTAATAAAAATAAAATTTTTGGAAATATGGATTACATTGAACCGAGTGGATATATGGTGTCATTTATATGTAGTGCAACCTAACTATTAAATAATTATTTTTACTAAATAGCTCGTCCGTTATTTTTAATTATTAATAATGTAATTGAATTTATGTCGCGTCATAAATATTTTTCCACGTGTCGAAATTGAAATGTACTTTAGTTTTTTTTTTTTTAATTTATTATAAGCATCATTTTAACTATATTAAACCAAAATCTCTTTCCCCTTCACACCATTAATAATTTACAATTTTTTATTCTAAAAAATGCAATTTTCATTTTCCATATATTATTTAATTTGAGAAACCAATGTAACAAAATTAGTCGGGCACACTCATCGCTCAGGTGATAACTCATATCTTACTTACATTTGTCAGCAGAAAAAAATAAAAAAAATTAGATAAAAACAAAGTAAAACATTGTTATTTAAGAAGATACAAATAAATAAGCAAAATAAACTGTTTCTCAAAAGAAATAATGCATGCCATTAATCTAACTCACAGAATATTTTCTAAGTGTCACGCACGTCGGTCCAAATATCTCAATTAACATTTAAATTAATAGGATAGCAGAAGATTCTTGTGTGGTAGCATCACCCAATTTTATAAATTCTTTATTTTATGTTTATTGCTGCATTATCCACTATGTTTTAATTTATTTTCATTCAAATTCATTATTTCTACTTTCATTTTTTCCTCAATAACTCATGTTGAATACCCGATATCCACTTTCATTTTCTCGTCCATTTTGGTTCTATACTTTCAACTTTTATTTATTTTAATTAAATTTTCAAAATATTTGTTTTGACATTTATTTGTAAAATTTTAACACAAATTTTATACACAATTGAAACATTTTAATACAATTTTATAACTACATTTTCAAAAAATTTAGGTAATGAAGAATCGTACTTTTTTATCAAAATAAATGAGATAAAAATGAAAATTTGGGACCAAAATAATAATTATTTTTTTAAAGTATAGTAATTAAAAACAAACATTTTAAATTTATATTAATTAAAATAAAAAAAGTTGAAATTTGAAAGTATAGAGATTAAAATAAACATCTGAAAATATAGATTACTAAAATGTAAAGTAAAAAAATATAAGAATTAAAATGGTGTTTAAATCAATAATCTGAAACACATTTTTTTAAGAAAATTATACTAAACTGCATAAAATAAATATGTATTTATAGAAATATTATTACCTTTTGTTTTTTTACTTAAATATCGCAAAAGATGACTTTTAGTTGGTCTCATGTCATAATGGTATAAATTTGTAATTTGTGTTATTTTTATAAAATTTTTTAAATCAAAGCTATATATATAAATATAAATTTATTTTTTGTGCTATTTTTTAATTCATTTTTTTCCTTTCAATTCAGCCTTAATTAAATCTGGAAATTTTTGTTTAGGAAACAGCGGTTTATGTGGGGAGCCACTGGCACCATGCAATAATAAATCTTCCGCAAAGAAGTGGTACATTCTGATCGGAGTATTCTCCGGCGCCGCCGCCTTGATCCTCCTCCTCCTCATCATCCGCCGCTTTCTCCGGTCGTCCAAATCATCCGCCGCCGTATTCGACGACCCAAAGCCCAAAACCAAATTATTCTCTCCCAAAAACATCTTCAAAAAGGAGAGGTCCCACTCCCACCCATATTCCTCGACCGACTCGGACGAGAACCCGAAGAATGGCGGTCCGACCGGGTCGGCTTTGTGCTTCTTGCGAACCGACCGTCCGCGGTTCGGATTTCAGGAACTGCTCGGCGCCTCCGCCGAAGTTCTGGGCAGCGGGAGCTTCGGGTCGTCTTACAAGGCGTTGCTGGCGAATGGGTCGGCGGTGGTGGTGAAGAGATTCCGGCAAATGAACGCCGTCGGAAGAGATGAATTTTACGGCCATATGCGGCGGCTCGGCCGGATTTCGCACCCCAATTTGCTGCCGCTTGTGGCGTTCTATTATGGGAAGGATGATAAGCTTCTGGTTTCTGATTTTGTTGAAAATGGCAGCTTGGCTAGTCACCTGCATGGTAAGTTTCAAAAATTTGACCTTTCTTTGGGGGTTAAATTGGTAATTTAAAAATTTAGTCTTTTATGATTTGTTCAAATTTCACAAATTATTATAAAAATTATGAAATTTGGTATTATAGTTTTGAGCTTAATTTTAAGTTGACCCATATGGTTTTTAAAATTTTAAATGAGTTATTACCCTTTGAATTTAGTTTAAAGCGGTCCAATGGTTTTGAAAATTGGACAATATTTACTCATACACCGATCAGTAGAAACTCATATTAAGTTTATGATACGGTTTAGTTTCATGTGAATGTCTCTGAAAATTTTATATAGCTATAATACAATATACCTAAAAGTTTGTTGGAGATTTCACTAATCTATCTATATATAAGCGAACATTTTTATGTAAAAAAGCCAATTAAGTCTCTATGAACTCATTAAACCGCATACTATTTTGATCTCTGTATTCTTGGCTGCTTGGATTTGGATTCATTTTGGTTTGTACTTTTTGTCCAGCCCGACGAAAACCAGGAGATCCAGGCATGGACTGGCCAACTCGTCTTAAAATCATAAAGGGAGTAGCTAGAGGCTTATTCCATCTCCACAAAGAACTCCCTCACTTGAGCCTTCCCCACGGCCACTTAAAATCCTCCAACATCCTCCTCGGCCAACACTTCACCCCAATGCTCTCCGACTACGCCCTCTCTCCCCTCCTCAACAAGGACCACGCCCACCACCACATGGCTGCCTACAAGTCCCCGGAGTTTGCTCGCCACGATCGAGCCTCCAAGACTGCAGACGTCTGGAGCCTCGGCATCCTCATCCTTGAGGTCCTAACGGGCAAGTTCCCAGCCAACTATCTCCGCCAAGGGAAAGGTGCGAACGCCGACTTGGCTGCCTGGGTTGACGCTGTGGTTCGGGAGGAGTGGACTGCAGAGGTGTTCGACAACGACATGATCGGGGTCGGGGTCGATGACTGGGATGGGGAGATGTTGAAGCTTTTGAAGATTGGGATGTGTTGTTGTGAATGGGAGGTGGGGAAGAGGTGGGGGTTAAAAGAAGCTCTGGAGAGGATTGAGGAGTTGAGCGAGAGAGGTCATAATTTTGAGGGCGAAGATGATGAGTATTACTCTTCTTATGGGAGTGAGAAGGATTTGCGTTCTTCCTCTTTTCATAGGAGATCAGATGACGAGTCTTCTTTTTTGAATTGACTAGAGCTAGATGAACTTAAAATATATATTCAACGATTATTAGGGATAGTCATATTGTGTTGGTTATATTCAATAATTTTTTAAAATTTGGTGGATTTTTTTTATTACTTTCCAAACTATAGGGTTTTTCCTTTTCCTTTGTATTTTAATGGGCTGATGTCTATTGATTAGTTTATACAAAAATGTATACTTCTTTCTTTGTTGTAATGCTATATACTTTTATTATGTTAGTAATAATAATAATGAAGAGTTTATTACTATTGGAAATTTGTAGGTGGAACTTGTTTGGATTTCTTTTATTAGGCAAATAATAGAATGTGATCAATATCTCAGATGAGCTCTTACATTATCACTTATTTTAAAAATATTGTCTATCTATTATTATTAGTATAATAAATCAGGCAAAATTCGATTAATAAAATACTCATATTAAAAACAAATGTTAAATTATGAGTTAGTTTACATGTGATTGTAGTCTAATCGAAAGTACTTTTGCCATGATCAGGAACTATTCTCACTCAAAGTTTTCATGCTTGTATATGAGAAAATGCTCGTCATTTTCATGACTAAAGTATGTGATAATGAAATACTAAAAAACACTAAAAAAAAAGCATAAAATCGAATATCAAAATTATTTGTTATTAAACATTTATTTTAGGGGATTTAACATCTTTTATTACCATTATGTTATTAGAGATACATTGTCTAGATCCAATTAGGAAGCTATCCACACCTAATTAAAACAACAAATCACGTAAAAAAAAGAGATCAAATTGGGAAAAAATTTATATGTATGTTTCTCTAATAATGTTTGAATTATACAATTTATTTCAAAACTTTAAATATTGGGCTTGGATCCACTGGGCCTCATTCATATTCGGCCCATTTCATTACGCTTTTGCTTAGAGTAGCGGTCAGTTTCAATTCAGTATCCATTCTTCTCGCGCCTCTGCCCGCCCACACTCTCTTCCGGCGCGCGCGGTTTTTTCTTTCCTTCTCGGTTTCGCTTGGTTCCCGCCGGCGGGATTCACATTACCATTTTCCGGTTCTCAGTGGCCGCCGGTGCTCTTCCTGTCTCATTTGTAAGTAAAAAATGACGTTCTACTGCTTTGCCTGATATTGAGATTGTCATCTCGATTGTTATCGAATCTCACACTTGAAGCTGAAACTGGAATATGCATAATCCATGCATAGGTTTTAAGAATGAAGCTTAATGTTACAATTGAGTTTAGATGATTTCAAATATTTTTTTTGATGGTACTGATTCGATGACGGTCAGGTTTTGAAGGTTTCGCTCCCTTAAGTTTCATGGCTTGGTGGGAAGGCGTTGATGAAACTCGTATTCTCATTGCCCCTGGTAGCTCTCGCTTCGCTTATCTCTCGGATTCAATGTTTCAGTTCATCTCGATACTTTAATTTACTTGTTATTTCCGTGTTTTATTTGTTTATTTTTCACATTCTTGATCTCGCCATTTCTTAAAGGTAGTCAGCTCTCTCTGCAATCTTAGCTTCTATTTGCTGTTTTATTCTGATATTTATTTGCGTATAGAATTCCTGACCGTTAATGAAGGGATGTGCACGAAAGTCATAATTTCAATAGCCTATTTTTACTTGCCACGTTTTTTTCCCGATGAATACCAAAGCTTGATTGATACCATCATACAGCAGTTGCAATCTAAAAGATCGTAGGCCAAAGTTATTGATGTTATTTCTTTTGTATGCGTGTTCATGTACTTTAATTTATGTAAGCACCTTTGATAATTTGTAAATTTGTTTCATTTTATTTTTTTGATAATTTGTAAATTTGTTTCATTTTATTTTTCTTACAATTTTCTGGCTCTATTACAGATCAAGGGGTAAAAGGAAATGATTCTGGATGCTTGCTTTCACTTCGCCATCCAAAATCAGGTAATTTAAAGGATAAGTTGTCAATCCATCCCCACCCTCAGTAATAACGAATCCTTACATCTTCCCTTCCCAGCAATCTTTTGAACTCTGAAAATAAACAATAAAGGAAAAAGAACTGTCAACTTTTCAAACTATCCTGATATCTTGTATCTATGCGACTTGTACACTAATAAATTATCAGGTAAGTGCTGGGTAACACTTTTTCCCTCTAAAAACGGTCTTCATCTTTTTTCTATTTGATGGAGCTTGTTTACAAGTGGAGGGAAAATTATAGTTAGCTGAATACTTTATTTGGTTAACTATCCTATTGAATCCACTTGACTATTTAAATAATACCAGTTTAATATCTTCGAGCATAACTCTATCACGGAAAACTGTATGAAAATGCATAAACTCTAGTGAGTGCTCATCATATTTGTATAAAAACATTCTATTCATTGAGTATATTGATGTACTTTTACAGGAAATACAACATGCTTTTTATACGGAAATGAGATGCTGAAGGAAATTCACTGGTTTAAGCAGTCATATTCATCGTGGTTTTTGGGAGACTATATTACTGAAGGTAAACCAGCTACCTGCACTGAAAGTCTTTTTGTGGACGACTTATTTCTTCTGTCTTTCTGCACGCATATCTTCTATTGATTTAAATCTTCTGATGGGTCAGCTAATTCAAGTATAATGTATCGAAAGTAAGCTATAAAATTCAAGTAATTTTGAATCAGTAATTGGAAATAAATATTGAGTACGTCATCGTAGTTGGGTCTTAAGCATGCTGTAAATTTATCTTAGAATGATACCGTTGCATTTTTTTTTTCATCCCTTTGTTCTTATAAGCAGAGATATGGTTATTCTTGGGGCTAGTGATGGTCTAAATGCTAAAAGGATACCAACAAGAAGCTTTTGTATGCTATAATGATTCATGTCTTAGAAACTCTAGATGTTCAACGTTAATACCATTGCCTTGGTATCAGCTTTAAAAACATAGTTTAGCTCATTTGTAATTGAGGACCAGCCCACCCTTTCTGCTGTTTACTGAATAGGAAGTATCATATATTATTTTGCTTCTGCAGATGGTCGTCTCTATTCTGCCACTCCAGTAGATCCGGTATTTATTTTCTTGCCCATTTTTGAGGAAGCTAGAATGAAGGTATCCTTACTGCAAATTTTGTATGATATCATAATTGAGAGATGGAACATAATCATGTGTTGTATACTTCATTATTTTCATATATGTCTGCATTTGCTTGGAAACTAGAAATACAATTTCAAGTTTTATCTGGTTTCTCTGCAGTTTATATGGTTATTGTTTGTGATGATATAATTGACCTAAATGTGATGGCTGATGCACAGATAGTTAATTATGTTGTCCATTCAAACTCATTATAATATATTTATGGGTGCTGAAACTACTTGTAATTTTTTCCCTTAATTTAATGATAAATTTTGAGAATTTCTTTCAAAATTCACGCAGAAGAGAGATGATCCTGGGAAATTCAGGCAATTAGATGACATAATGTTCATCAATGGGTATCCTGGTTATCAGCGTTTACTGTCTGTTGCAGAAAAGTCTATGCAAGTAGTTTGTGAGGTTAAAGGTGGGCAGGTTTATATGATTAGATTTAGAGCAAAATTTCAAGCATGTCAATAATCTATTCTCTTCATTTCTGTTACCTTGTCTCCTGCAGAGGTTGGATCATCTAGGTTTTTTAGGCTCGATGATTCAAAGGTATTGGCATGGTTATATCACAAGGTTTGTGTTCGTCCTCTCCACTAACAATTTCCGAGAGCGTTTTGCTTATGACGAGAAAAATTAACAATACATATCACGATCAGCATGTCCATACAGATTTAGCATTTCTGGTTGACAAATCCTATTTTACCGTTTATGTCAGTTTCTAGGAACTAAAAAGCTAAACCATCTTTCATATTGGCTAGAATCCAATATGTTACTAGCATGGGAATATCTAACAGCCAATTCTTCATGGTGTTTTGCTCTTTGCCATAACCTAGCCGTTTACTTCCATAAAGCAACTGTTTTTCCTTTTCCATAATATTTTGTAAAAGAGATTACGTGGATTCTCTATTTTATTTTCTGACTTTAATTGGTACAGGTATGTCAGCTGAAAAAAACCCTATGCACACTGGATAAAAACTATGCTGCAAGGGAAGAAAAAGATACATGTATAATTCTGGAGAGAGGGCAACTTATGACCCCTTTATATGTCATTCTTTTTAATATCTGCACTGTAGAAAACGATTCATTTATATCATCTGCCTCATCTGAAAAAACTATATAAAGGGTACCATCTGTAGTTTTGCATTGCACCCGATTAGTCAGAAGCTACTATATTCATACATCAAAAGAGAACTAGACTGCTAAGTTGAACTTGATAACCACCATCTGAATAATGCTACTTAAAATTGACGAAACCTTGTTTGTTTCATGTGAAATTTTCATTCACACTAATTTTTTAAGGCTAGTGTAGTGAAATGTTGGAAATTGTTATGGATTTTATTTTACAAATTACGTAACATGATAATGTGAGTAGTTGATATAGTTAAAAAGAAGATGGCCGAAAGAATGAACTAACTGTTTTGGAAAAAGAAACTAAATTTGTGGACTGAACCTCCTTTGTGAGGTAAAAAAACAAAGGGTTCTTTGCGTGCCAAACCAAAATCAGATGGTATGGTACCATCATTGTATTCATTATTCAGAAAAACTGGAAAAATAAAATAGTATTTTAGTTAGTACAGTCCTTGATTGTAGGTATTTGTGTTTGAATGAAATAATAGCTTCTCTTACACCAATTTTTCTCTATTGGTACAGTAAGCGACGCAGTTTCAATATTGGGGGAATACTTGAAGGATGAACCATGGTTGAAGCTTTTATGTGACCATCTCAAGTATTTAGTCCTCAACTATAGCAATTAAGTTGCTGTACATTTTACAGTTCCATAAATGGGTACATTATAAGGTGCATGGAATTGGCTCTATTTGATTGTCCTGAGGCTGCACCCTGCTGATTTTGTTTGCAGGTTAAATTTTGCCGAAGCAATCAGAAAAGCATCGGATGCAGAAAAGGCTCCTATAAGCATAGAGAACAATTTTGATTCTAATATCTCACAGGTATAATTACCAATGACTTATAATTTCTTTAATCTTCTATTGCCTTTTTCATTCGTGCCACGAAGGTTCGTAAGTGTAACTATGTTTGTCTGTATGATTATTGGTATATGATGTGTGGCCACCTTGAAATATTCCAAATGGTACATGTCTTATGGCTTTTGTCCAAAGCCAAGGGAGAAGTTGGCCTACATTATTTTGTTTTTAGATGTTGTTTACTTTGAGGATGGAGATGTTTGGGTGGTGGAAGTTGGCAACATAGAGTGCGTGACTTATTAACTAGTAAAAACCACATCCCAAATCTATCATGATGTGTGGCCAAATGGTTAAAAAACGCTTCTAGAGGAAGCACTTAATGAGTTGAAATGGCAGGATAAGAGTAGGAGTGGCGCAAAGAATACAAGAAATGGAAAGCAAAGCAAGAAGCCTAAGGTGGAGACACAATCACGGAACATCAAGGACATGTTTTCAAAGGCTACAAAAAGAAAAAACTGAAGCATTTCAGATTTCAGATATTTGATGATCTAAAGCAGCCAACAAATTAGGTCGCCACTCGCCAGATGGTGTCATTTGTGCACATTAACTCACGCCTATCATGTAATGCCTCTCCCTTTACTTTCTGATCTGACAATTTTAACTTGCCTATAAATGCAACAGTTTCGATTCGACCTGGCTGAATGAAGCTATGGAATGGTATATTTATCTAACTAAAAGGTAAAAGTTTAAGGGACTATTTTGTTTCTTTGAGCCACTTGAAAATTGAACCTTTCAAATGCTTGTAATGGTGCAGGCTGAGGAATAGGATGCCAAACGAGGTAGGACTTTTAGAGCCCGTTTGGTAATGTTTCTATTTCTCGTTTTTTGTTTTCCATTTTTAATAAATGAAAACAAAATTATGTTTGGTAACAGTTTATAAAAAAAATTAGAAACAATTATTTTTCGTCCTCTAAAACTTCAAATTGATAAAATTAAAATTTTATATGAAATTTAATTTTTAAAATTAAATATTCATTTTTATGTTATATTTATTTTTAAATATTTATTATATATTTTATGAGTAAAAAATAATAAAATAATACTTTTATTGATATTTTGGAAAAATGGGAGACTGGAACAATATTGTTGTTTCTAAAAAATTATATATAATGTTAAATTTTTCTTAAAAGTGAGAAGCAAGAAAAGAAATAATATTTTTCAAAAACTAAAAATTAGAAACAAGAAATAAAAAATTATATATAATGTTATAAATTTTTCTTAAAAGAGGAGCAAGAAAAGAAATAATATTTTTTAAAAACTAAAAATTAGAAACAAGAAATAGGAAGAAAAGAAATAATATTTTTTAAAAACTAAAAATTAGAAACAAGAAATAGGAAGGCTATAAAAATGAGGTTCAACCCCAGCCTACCTTGAAAAAGGCACTTAACATTCGGTTTAAGATTCTTTTGAAGCAACTAATGTTGATTTTATTTGGTTACCATGCATTATTCTAAGCTTTTTATTTCTATAAAGCCAGAGATTCATAATCATTTTTTTGAAATGTTTTTCAAAAGGATAAATGTCTTTAGTTTGTTTGTTTCTTCTTAATTTTTTAAAAAGTTTTTGAAAATGATTTTTTCATTAAAGTTTCAGCTAAAATATTTAAGAAATTTGATAAGACTTCAAAAATGTTTTTTTATATGATAATATGGATTAATGAAAAAATAATCAATATTACAGAATAATAGTTTTTAGATACGTATAACGATCTGTTCTAAAAAAAAAAAACCGTATAACGATAAACAAGCAAGGGGTCGAGTAATTGAGCTTGAATTATCTAATCTTGCAAAAAATGTAGGATATTAATACTATTAGCAAATGTTGATAATTATTTTTCTAAATATTGATAGCAAAGAAGATTAAATGTGTAATTCGAAGTACGTGCATGAATTACAAATTAATGGTGGCTAAATATGTAATTTTTTTTGAGATTGTTAGTCTCAGATTTTCTTATAACAAATTAATTAAATTTATTGATAAATAAATGCTCATAAAGAAGCTGTAAATAGAAAGCATTTTTTTCTTTTTTATTTTTTGACATAAGAAAGCAAATTGTTAAAACCTCGTTTGGGTGATTGTTAAAAGTTTATATGTACCTACATTTTCTTTTGTTTAATTTTTTTTTATTATTTAAAGAACACATTTAAAAATTTAGCTAAAATTTAAAAACCCATTTTTAAAAATAGATTACAAATTAAAGAAAAATGTTAACTAGCAGAAAAACAAAGACTATCAAACCGGGAAAAAAAAAAGGAGGAAATATTTTGAATTTTTATCTATAATGGTCACTCAGAATTTTGAGTGATTTCGAATCTGAGACAGATTTGATTTCGTTGTTTGTTATCATAAGAATAATCTGCTATTACGTGATTTTGCAAGATTAATAGGGATTTAAAGTAGATTATTGTTATTATTTTTTTAGAGGTGAATTACTTATTTAATCTTATCCTATTTTAATAATTTATTAACAAATTAAGATTGAAAGCCTGCATTAATAAACTTTTTATTTTCTTGCATAACTCTCAAACGATAAGAATTTCATTTCGGAAAATACTTACCTCCTAAATGATGAGGAGGAATCTTGTCCTCCTCACCATTAAATGTTGGAGCAATATTGTCTTTACCATCGTTAAATATTTAACAATTCATCATTTTTTAAAAAAACTTTTTATGTTTTTTCATTTATCTCTTTTAGTTATCAAATATTTGTCAAGGACATGATTGTTAAATATTTAACAGTGATAAGAACAAGTTGTTCTTTATAAGTGATGAGCCAATGTATTTAGTGATGAACCAATGTATTTAATGGTGAGAGGACATGACAAAGTATTCTCCTTTCATTTCATTTCAACCAAGATAATAAAATAATTTCCTCATTCCAAATTACAAATTTGAAATTCATTTCACTGAAATTAATTTTTGAAAAAGGGCAAAAAGTGACATGGGCTCACTTTCTTGTGTGTATATGACAGTGACCATGGCAGTAGAATTAGAAGAAGGATCTGAAACTCCCGATAATGGCATATGCCTTTTTATGAGCATCAAATACTTCCTCCGATTAAGTGGGTCTCTTCTCTCCTTCACTTTGAATTTGAAAACTCTGATTACTGTTTAATTATTGCTCTGTTCTGAAACAGGATCATCATCTTCACCGACGAGGTCAGTTGAACAAAATTTTTAGCTTTTCATTTGGGAATTGAACCATAAACATCCACCATCTATTTAGCTACCTATTATGATTATATGAAATTCAAAGTTATTGTTTTATATATGCTTTCTTCTCTCTCTCTCTTGTGGAATTTTCTATTAACGTCCATACTTGAAAGAAAAATTCTATTCCATCGTTTTCTTTTTGGATTTCTCTCTAAAACTATTCTCTCTTTTGTCCAACTTGTATAGGTTGAAATTATTCTCTGTTTTAATAAACTTACTTGCTGGTTTTCTGGTATAGAGCCCTTTTCAGGAGAGAGAGTTTTCTTTCCTACTATAAAATTCTCTTGGTTTCCAACTTGTCTAGGTTTCTGATATATCACCATTTTCAAGGGAGAGAGAAATCATTTGATTTATTTCCAACCAGAAAATAGTTTTATATTGATTAGTCGGAACTTCCTAATATATTTGGAGAGACTAAAAAATTTCGATCCAAATAAAGTCTAATCTCTTTTTCAAAAGGAAAATACTTGCTCCTCACTAATAAGGAGAAATTTTATTTTTACCAACATTAAATATTTGACAAACTCATCCTTTTCTAAAAAGTAAAATAAGTTTTTCTGAACACTTTCCTTGTACCAGAGGGAGACAAAATGAAAAGAATAAATGTTATAGGGGCAAAAAAACATAATTTCTCTGACTGGCTGACACTAGCAAAAGGTTAGAAAAACTTATTTTGAGAATCTAAGTCAAATTTCATTTGGACCTAAATCAGAGGAGAGAAGAGAGATTTTATTATTCTTTTTTAAGAAATAACATGTATTAATTCTCTTTCAGAAAAAGAAAAATGGCATTTCTCCCCTAAAAAAACTGAATGGTGGGCTGGAGAAGAGTCGGTAGAAATAGTATTGTTACTTTGCTATTTGTATAAGAAAAAAACTTCCCTCCTGAAGATTGAGGAGGAAGTTTTTTTTGAATTCCTGTGTGGTCCAGTAATACATGGACAAGTGGAATTTTTAATTTTACATAATTCATACGTGGTCCACTTGTCTATATGTTACCGAACCTCACAGAAATTCAAGAGGAGCTTCCTCCTGCTAATTTGTCTGTCTCATTCTCATATTTTTGAGTATTTTTATCTTTTTCTTTGTTAATCTAAAATTATTCAACTTGTCCAGTTTTTTGGGTATTTCTTTTCATATTTTTGGGTATTTTTCTCATATTTTTATAATTGCATTTCTCCTTTTTGCCGACTTGTCCAGTTTTCTAATGTATAACCCTTTTCAGCAAAGAGAGAGGCAGAAGAAAGAATGGAAAGAAAAAAGAAAAACAATCATTTCCAATACATGCTTTTGTATTTTTATTATTTGCCTTGTATTTTTATTCCACTTTATCCTGTTTTTATTTTTATTTCTTACCACTTATCTAAAACCGGATGGATAATTGGATATTCCAATTCCTTTCTGTTGCGCTTTTATTTCTAACCTCCAGATCATTCATATTCGTCACTTTTCTTCCCACGAAAAAGTGCATTGGAGAATATTATTTCCCTCTTTGACTTACCTGCCATCTTCACAACGCCATGGCAGAATATTATTAGACTCCAAGTAATCATCCCTCCAAACGTTGCAGAATTCGCTTCAAGTGTAAAACTCTTTTGGACGGAATAAACCTCAGTGTATATAAAGGAGTCTCTTTGATGAGTCTGTAAAAATTGGTGTCTTCTTCCCCTTCTTGCAGTTTCTAATGGCAGGGCCTGATTGTCAAGCCAATCAGGACAAGAATGGTGATATTCTGCAGATTTTAGCAGCTCAAGGGGTTGGCTTCCTTCTCTCCGGTGAAGAAAAGGTTCTGTTCTGCGTTCTCTCTTGTTTAGAGTTAAATTATAAATTTAGTCATTTAATAGGGACCTACACTTTAAAAGGTATTTGGTAGATCTTGTGAACTTTCAATTTTATGCCTAGTAAGGTTGTTGTTAGAGATCTATTAGATATAACTTTAAAAGTCTAGAGAATAAAAAAATTCATTTTTTTCTACGTTATTGTTACTCTGTTGCCTAAATTCAAAGTCCATTTTCAGACTTTTTACTGTATTTGGTAACATAGTTAAAATTACTTTTAAAAATTCTAAAAACACTTTTAAAGTGCATCTAAAATTCTGTAATTAGCTTTGATGGAAGTTTCTGTTTCTGATACGCATGTTATTCATAGCAAATCGAAACCCAAAAAAAATGATAAATCGATCTTTATATACAATAGGTGTCACCGAAACTGTGTGCCGGGAAGATGATTTGCCTCTTCTTTTCAGCAAACTGGTGTAGACCTTGCAGGACTTTCACACCACAGTTGGTTCAGCTCTACAACACTCTGCAAACAAGAGGCGAAAAGCTAGAGATTATCCTCGTATCTTTAGACCATGACAAGAATGAATTTGAGCAGCACGTTCGGACCGTGCCATGGCTGGCTGTCCCATTCGACGTTGAGTTACGGAAACTATTGTGTGGGAAATACCACGTCGATCGCATCCCGTCCTTTGTTCCGCTTTGTGGAGATGAGATTTCGAAACAGAATGATATGATTGGCTTTATTGAAGACTATGGCGCTGAAGCATTTCCTTTCACAAGGAAGAGAAGGCAGGAGCTGAAGTCTGTGGATTGTGCCAAGCGTGAAGAAGGAAGGCTTGAAGAACTCCTAGGGAACCGAGGACATAACTATGTTATTTCTAGACATGGAGGAAGGGTAACACCAAACAATCTGATAACTTATTTCTGATTTATTCAATTTTCGTCAACTTTCAAATCGTCTATTTTAGTCTCGTTTAACTTTCAAAACATAATAATTTTGGTCCTTTTTGGTATTCTGCCATCAATTATAGCCCCTTCGTATACTCCCCTCAGTCAGTATATGTGGCTTCAGTACATTTTTATATCAGGTAGGTTATGACTAACATTCTTCCTAGATTTGAAAATTTACGGAAGGCCTAAACAAGTGGATATCAATATTAGTTGAGGAAGAAATGATATTACGGAGATTCGAACACAAGACTTTTTGCTTTGATACCATGTTAAGTCATAATCAATCTAAAAGCTTAAACTGATAGGTTAAGACAAATTTAATGATTTATCAACATTTTAACATAAACTACGAAACAATCTGATTTTTTCCCCGAATTTTAAGGTAAAGTTCTGATGTTAAAGTTCATCTCATTGCAGACACCAGTATCTCAGCTAGGTGGCAAGACAATAGGCCTCTATTTTGGTGCATATTGGAGCCCTCCCAGTCGTTCATTCACAGAAAAACTTTCCAAAGTATACAAGGACATCATGGACACTACAGAAAACCATTCCTTCGAAGTAATCTTGGTCTCCACGGACCGAAACCTCGACGAATTTAAACTCAACATAATAGACATGCCGTGGCTCGCGATCCCATACGAGGATGAGACCCGGCGAGACCTCTACAGGATCTTTGACGTCAAGGGAATCCCGGCATTAGTCGTGATCGGAGTGGATGTAAAGACAGTGAGCGAAAATGGAAGAGGCTTGGTTTCCTTGTATGGGGCAGAGGCATTCCCATTTACAAAAGCAAGAATAGAGGAGCTGGAAGAAGCAGTGAAAAAGGAAGCAGAGGAATTGCCTTCAAATGTGGAGGACATAAAGCATGAGCATGAGCTGAAATTGGAGCTGGCAAAGGCCTATGTGTGTGATTTTTGCAAAAGGCATGGCAGGTTTTGGGCATTTTCTTGTCATGTTTGTGATTATGATCTTCATCCAAGCTGTGTTGAGCAGAGAAATGTATAACAAGTAGTAATAAAGTTTGAAGACGGGAGGTAATTTTAGTTCACGATTCTTTCTTTTTTGACGGATCGTAACACTCTGTCTCGAGCAGTTTAAAAAGTAGAAATTTGAATGTCTGATCTTTAGAGAGGTTATTGGTGCCTTAAGTACGTCGGCGAATATAATAATTTTTTCCTTTCTTTAATTGAGTTCAACAATTGTGAGTGGGAGATTGAACCATTAATTTTTGAGATTGTAATAAATACCTTTTCAATCCAGTTATGATGTAGTCTTTTAATTTTAAATTTGATCGATTATACCTTGAACATTGGTGGTTGCATTTCAAAAATTACATTTTTCTTTATTGTATTAAAGAAAATTGTGAAATTTATTAGAAAGTACCGAGATATATAAATAATAAATAATATATATATATCTCTTAGTCATGTCACAATAATTTCAAAGAAGATGTCGTGAATTCAGCCTGCATGCTATCTAAATTGACAACAAAACGAAGATACACTAAATGCACGTCGACTCCATTTATGACAAATTTAAGTTCAACTTTCTTTAATGTAACTCGGATTTAACTTCAGTTTATTTATTGTCAACTTAGACACCATATAAGTTAAGTTCTCGGCATCTTCTTGGTGACATAACTAAGACGTCTTATTTTATATCAATAACATTATTTATTTTCTTTCAAAAGATAGACATAGACTATAGTATTATTACGAGGATAAAGATTCAAATTTTCAACCAATAAAAAAAGTTACAAACCTCTCCAACAAAAAACCAAAGCTACAAGAGGCCACCTGGATGAAGGTGTCTCAAGTTGGGAAAATTGAATTGGGAACAACAAAATGGAACATCAGACAGACACTTCCCATTTTTTGGGAGCCAGAAAACAGCAACAAACACAAACCCGCAAATCATGGGTCTCTCTCTCATTACCCAAAGATGGAGCCTTTTTCAGTTATTTTTGGTAACTCCCCCGCCTCTGCCCATCATATCAAAATCACCCTCTAATTGCAAGGCCAAAGAGGAGAGAGAGAGGGAATTAGGTCAAAGAGAAATTTTTTTCCTTTTTTTTTTTTTGGTTTGGCTTCTCCTCTTTCTCTGTTTCTCCCTCTCTCTTAGGTTTTTGGAGAAGGGGAGAAAGAAGAAAAAAAGGGTGATAAATGTGGAATCAGAAGCAAACAAAAGAAAAGGAGGGGGCCACTGGCAATGAATTGGTGGCAATTGCCATTGATAAGGACAAAGGAAGCCAAAATGCTCTCAAATGGGCCACTGAGAATCTCCTTCTTAAGGGCCAAACTGCCATTCTCATCCATGTCAAGCTCAAATCTTCCTCTAATTCCACCTCTTACATGGCCTCCCCAAGTAAGTTTCACCCATTTCCATATCCACCATTGGGCTCAATTCCAAAATTTGTCCTTTGTCTAATAGATCCCTGTTGTTAACTTCGTTGGTTTAATGCTTATGTGGCATGCTGCCTGCAATGCGTTCGGTGGTATAAGTATTAAGGTCTCGTTTGATAACCATTTTGTTTTTGAAAATTAAGCTTACAACCACTCCTTCTGCCGGTGAATTATTTTGTTTTGTTATGAAAAAAAAGTAGTTTTTGTTTTTAAAATTTGGGTAAGAATTCAAATGTGATAGGAATAACGATGAAAAACATATCAAAGAAATTATGAGAAAACAGACAGAAAACTAAAAATGAAATCCTTATCCAAAATCCAGAAAGTTTAGGGACTCTTTGAAAACTTTTTGAAGTAAAGGGGCTAAATGGACCATTCTTATTATCAGTTAAATCTCAGACAAAAGAGGAATTTGGTAATGTTAGAAAGATTTATAGAGTTGAGGGGGAAATTTTTGTTTATGGGTTAAGAGAATCATCATTTAACTGATTGGGAATAGCATTACTTTGTATTTGTTTTTTCATGCTATGTTCTTCAAACTTGCAATGTCAACCAATTAACTTCCATGAAAGTAACATTATTAGCTTTTTTTTGGTGCAGAGGTAACCTCTGCAACTGACAATGCCAATGGGAATTTTTTGATAGGCAAGGATTTGGATCCAGTCACGAGGGATTTGTTCCTTCCTTTTCGTTGTTTCTGTACTCGAAAAGATGTAAGTTATCCACTGTTAAGTGAAGTAATAACTTGAAAGTTCAATGGAGTTTGACATAGATATTAGGGAAGTATGCAAAAGAAAAGGAAAAAAAGTATTCAGCCAAGATGTGTTTTGGAGCATTCTTATCATAAATTTATCTCATTTTCTGGCATTAGATATTCTGCAAAGACATTATCTTAGAAGACACAGACGTGTCAAAAGCATTGCTCGAATATGTCTCTCAGGCTGCAATCGAGAATTTGGTTGTCGGTACCACGACCAAAAATGGCTTCTTGAGGTTTGTAGTTAGTCTAGTAAATTCTTCACTCACATGAAATTAAAGTTCAGAGCTTGTTCTATTTTGAAACATTCTTGTTTTCAGTTTGTATGCAATTTTAGAAGCGTTTCTTAAAAAAAGAGAAGTATGAACAAGCCACAAGGAATAGCTACTAAAAATAATTAGTTTAAGAAAAATTGGAAATAAGAGATAGGAGACGAGAAACATGAACGTTAACAAACAACCCCTCAAATACTTGTTTTTGTGTTTCATTTGTTTTGAGTTTGAAAGGAATTCATCACGCCTTTCCCGGCCGTCTTTCCTATACCATTTTGCCTCAGAAGATTCAAGACCACAGATATTCCAGGGAGTGTTATTAAAGGAGCACCAGATTTCTGCACTGTTTATGTCATATCAAGAGGAAAAATTCAAACTATGCGATCGGCCTCGCGTCCTGCTCCCACTTCTTCTCCTCTTAGAAGTTTTTTGCTCAACCAATCAGGCATTAAATCCCCTTTATCAGAGTCGCAAGTTTCTCAAATCCAAAGTATGGGTTCTTTTTCTTCCTGTAATGTTGTAATGCACTTTGCTTTTCTTTAGTAAACTTCACCTCTACCATGGTTTGCCTTCAAATAACCGGTCTGTTCTTTACCAGGAATCGAAAAGCCTCCTCTCGAAGCAGCACGTAGATCGCAAGACAACATCGAGTTCAGGTCTGCAACATGCTACTACAAATTGATATTATGATATCTTAAAGAGTTCACTATGTTTCAAACATTGACAGCATTCAAAAGGAATGTAAAGGATAAAATTGGATATGAGTAATGCTATTCAACTCACTGTTGCTTCTCTATTAGTAATTTGTCAAGAGTGTTGCTAAGAAAATTGTCTTTGGGAGCAGGTCGCCGTTCACTAGGAAAGGCTACAACGGCAAAATGCCTGGGGAAATGAGTTTACCTGATACCGATATTTCTTTTGTTAGCTCGGGAAGGCCGAGTGTTGACCGATTGTTCCCTTCATACTTTGACACCCCAGATTCGGGTAGGGTCACCCCACGGCTGTCCAGTGGCACCGAAGCTGATATGTATAATAGCTTCGAGTCACAGCCGTTTGGCTGCAGGTCAGTGGATGTGAACTACCCACCTGAATTTTTATCGGTCTTCCCGGATGGTGACAGATTATCAACTTCGTCACAGAATATGGTAAAGAGCATTAGTAATTTACTTTGGGAATGCTAATGTTTAACAGTTCGATTTTACTCTTCACTTATGGAATTGATGTATGGAACTGTAGAAGATATGATTCTGAGTTTTATGAGTTGATAACTGCAGGAAGATGTAGAGGCTGAGATGAGGAGGCTGAAGCTGGAACTAAAGCAAACTATGGAAATGTATAGCACAGCCTGCAAGGAAGCACTTACAGCCAAGCAAAAGGTGAAAGAGACTGCATCTTTTTTACTGAAATATTTTAGAAGTTAAAACAAACTCTTCACATATACTGCAGGCGGTAGAGCTTCAGCGATGGAAATCGGAGGAAGAACGGAGACTAGAGGAGGCAAGGCTTGCCGAGGAAGCTGCATTGGCAATAGTCGAGCAGGAAAAGGCCAAGTCTCAAGCCGCTATTGAGGCTGCTGAAGCTGCTAAAAGGATTGCTGAGTTGGAAGCACAGAAGAGAATTAACGCAGAATTGAAAGCATTCAAGGAAGCAGAAGAGAAAAAGAAGGCATTGGATGCTTTGGCGCACACGGATGTCAGGTATCGGAAGTACTCGATCGAGGAGATTGAAGCTGCAACGGAGTTCTTTTCTGAATCTTTAAAGATTGGAGAGGGAGGTTATGGGCCCGTCTACAAGGGTTATTTAGACCACACACCAGTCGCGATTAAGGTCCTACGACCCGATGCTGCTCAAGGAAGGTCACAGTTTCAACAAGAGGTGAGGAATCTAAAGCTATCCCACCATAGATTCTCCATATGATTTTTGTTGCAAAATACTCTGCTATAACTTATCTTTTTGTACTACTTTTAGGTTGAAGTACTGAGCTGCATACGACATCCTAACATGGTTCTTCTCCTCGGGGCGTGCCCGGAATATGGTTGCTTGGTCTATGAGTTCATGGCGAATGGTAGCTTGGATGACTGCCTCTTTCACCGGAGAGAAAACTTGAAACCTCTTTCGTGGCAACTTAGATTCAAAATTGCAGCTGAAATTGGGACAAGCTTGTTGTTCCTCCACCAAACCAAGCCTGAGCCACTCGTGCACCGTGATCTTAAACCCGCAAATATCTTGCTTGATCGCAACTTTGTTAGCAAGATTAGTGATGTTGGTTTGGCCAGGCTTGTTCCCCCTTCTGTAGCAGACAGTGTAACACAATACAGAATGACTTCAACTGCTGGCACGTTCTGCTATATCGATCCCGAGTATCAACAGACTGGAATGCTCGGGGTGAAGTCCGACATATATTCTTTGGGGATCATGTTTTTGCAGCTGATTACAGCAAAGCCACCAATGGGATTGACTCATCATGTGGAAAGAGCTATTGAGAAAGGAAAGTTCTCTGAATTGCTTGATCAGTCAGTTACTGATTGGCCAGCTGAAGAGACTCTATGCTTTGCACAATTGGCTTTGAAATGTGCAGAGTTGAGAAGGAAAGATCGGCCCGATCTTAGAAAGGTCATTCTACCGGAACTCATCAGGTTTCGATCGCTTGCCGAAGCCAACACGTCCCCGCCGATGGCAGATGGTGTTACCAGCCCTGTGTTCAGCCGCAGTCAGGTTTCAGCTTTCAAGCAAGTAAGACTAAGGACCGTTTTAGTAATAATTTTGTTTTTCCTTTTTCGTTGGTATGTTTTTTAAAAATTATGCTTGTTTTTTCCTATAAAAATGGATGTTTTTGCTTCCACACAGGTTTTGAACAATCCCATCAATATTTTCACATCACAACTTCACAATCCAAATACTTATAACTTCTTGTTGATTGCAGGACTTAAGCGGTGATCGTGTTTCGTCACAATCTTCCAACGGCTCCAACCGAGCCTTGTCGCGCTCGCCATCGTAGTAAAAAGTTATTTTCCGAAGGAAGATGTTCAAGTATGGGGCGCAACAAAAGATAAATTTTGTAGAAAATTTAGTGTTCATAGGTAGATCAGCCTATACTCTTTACTTCTTTTTCCCTCCCCTCCTCTTCTCCATTTGTTTATTAACAGTTAGAAGCAATTAGATCTTTCAAACATGTTATATATATGTAGTATTTGGATACTTCCATTGTATGTAATAGGGGATCAGAGATATGTATAAATACATCAAATCTATGTGCAATATATTCATCACTTTGTACCTCACTAAGCTCTAATGAAACACATATTTAAAATCGG

mRNA sequence

CTGGCCTCTCTCCCGAGTCTCAGGACTCTGAGCTTCATGAACAACAGGCTGGGGGGCCCACTGCCGGACGTGAAGAAAATTGGGGCCCTGAAAGCGCTGTATCTGTCGAACAATAATTTCTCCGGCACGATTTCCGGCGACGCCTTCGAGGGGATGGGGTCCCTGCGGAAGGTGTATCTCAGCCAGAATCGATTTTCCGGCAAGATTCCGACGTCGTTGGCGGAATTAAAGGGGTTGGTGGAGCTGGGATTGGAGGAGAATGAATTTAGTGGAAGAATTCCGGATTTTGAAGAGAGGGATTGGAAGTATTTGAATCTTTCGGATAATCAATTGGAGGGGCCGCTTCCTTCTGCCTTCAAGAACTCCAACTTCACTTCATTTCTTGGAAACAGCGGTTTATGTGGGGAGCCACTGGCACCATGCAATAATAAATCTTCCGCAAAGAAGTGGTACATTCTGATCGGAGTATTCTCCGGCGCCGCCGCCTTGATCCTCCTCCTCCTCATCATCCGCCGCTTTCTCCGGTCGTCCAAATCATCCGCCGCCGTATTCGACGACCCAAAGCCCAAAACCAAATTATTCTCTCCCAAAAACATCTTCAAAAAGGAGAGGTCCCACTCCCACCCATATTCCTCGACCGACTCGGACGAGAACCCGAAGAATGGCGGTCCGACCGGGTATCGGAAGTACTCGATCGAGGAGATTGAAGCTGCAACGGAGTTCTTTTCTGAATCTTTAAAGATTGGAGAGGGAGGTTATGGGCCCGTCTACAAGGGTTATTTAGACCACACACCAGTCGCGATTAAGGTCCTACGACCCGATGCTGCTCAAGGAAGGTCACAGTTTCAACAAGAGGTTGAAGTACTGAGCTGCATACGACATCCTAACATGGTTCTTCTCCTCGGGGCGTGCCCGGAATATGGTTGCTTGGTCTATGAGTTCATGGCGAATGGTAGCTTGGATGACTGCCTCTTTCACCGGAGAGAAAACTTGAAACCTCTTTCGTGGCAACTTAGATTCAAAATTGCAGCTGAAATTGGGACAAGCTTGTTGTTCCTCCACCAAACCAAGCCTGAGCCACTCGTGCACCGTGATCTTAAACCCGCAAATATCTTGCTTGATCGCAACTTTGTTAGCAAGATTAGTGATGTTGGTTTGGCCAGGCTTGTTCCCCCTTCTGTAGCAGACAGTGTAACACAATACAGAATGACTTCAACTGCTGGCACGTTCTGCTATATCGATCCCGAGTATCAACAGACTGGAATGCTCGGGGTGAAGTCCGACATATATTCTTTGGGGATCATGTTTTTGCAGCTGATTACAGCAAAGCCACCAATGGGATTGACTCATCATGTGGAAAGAGCTATTGAGAAAGGAAAGTTCTCTGAATTGCTTGATCAGTCAGTTACTGATTGGCCAGCTGAAGAGACTCTATGCTTTGCACAATTGGCTTTGAAATGTGCAGAGTTGAGAAGGAAAGATCGGCCCGATCTTAGAAAGGTCATTCTACCGGAACTCATCAGGTTTCGATCGCTTGCCGAAGCCAACACGTCCCCGCCGATGGCAGATGGTGTTACCAGCCCTGTGTTCAGCCGCAGTCAGGTTTCAGCTTTCAAGCAAGACTTAAGCGGTGATCGTGTTTCGTCACAATCTTCCAACGGCTCCAACCGAGCCTTGTCGCGCTCGCCATCGTAGTAAAAAGTTATTTTCCGAAGGAAGATGTTCAAGTATGGGGCGCAACAAAAGATAAATTTTGTAGAAAATTTAGTGTTCATAGGTAGATCAGCCTATACTCTTTACTTCTTTTTCCCTCCCCTCCTCTTCTCCATTTGTTTATTAACAGTTAGAAGCAATTAGATCTTTCAAACATGTTATATATATGTAGTATTTGGATACTTCCATTGTATGTAATAGGGGATCAGAGATATGTATAAATACATCAAATCTATGTGCAATATATTCATCACTTTGTACCTCACTAAGCTCTAATGAAACACATATTTAAAATCGG

Coding sequence (CDS)

CTGGCCTCTCTCCCGAGTCTCAGGACTCTGAGCTTCATGAACAACAGGCTGGGGGGCCCACTGCCGGACGTGAAGAAAATTGGGGCCCTGAAAGCGCTGTATCTGTCGAACAATAATTTCTCCGGCACGATTTCCGGCGACGCCTTCGAGGGGATGGGGTCCCTGCGGAAGGTGTATCTCAGCCAGAATCGATTTTCCGGCAAGATTCCGACGTCGTTGGCGGAATTAAAGGGGTTGGTGGAGCTGGGATTGGAGGAGAATGAATTTAGTGGAAGAATTCCGGATTTTGAAGAGAGGGATTGGAAGTATTTGAATCTTTCGGATAATCAATTGGAGGGGCCGCTTCCTTCTGCCTTCAAGAACTCCAACTTCACTTCATTTCTTGGAAACAGCGGTTTATGTGGGGAGCCACTGGCACCATGCAATAATAAATCTTCCGCAAAGAAGTGGTACATTCTGATCGGAGTATTCTCCGGCGCCGCCGCCTTGATCCTCCTCCTCCTCATCATCCGCCGCTTTCTCCGGTCGTCCAAATCATCCGCCGCCGTATTCGACGACCCAAAGCCCAAAACCAAATTATTCTCTCCCAAAAACATCTTCAAAAAGGAGAGGTCCCACTCCCACCCATATTCCTCGACCGACTCGGACGAGAACCCGAAGAATGGCGGTCCGACCGGGTATCGGAAGTACTCGATCGAGGAGATTGAAGCTGCAACGGAGTTCTTTTCTGAATCTTTAAAGATTGGAGAGGGAGGTTATGGGCCCGTCTACAAGGGTTATTTAGACCACACACCAGTCGCGATTAAGGTCCTACGACCCGATGCTGCTCAAGGAAGGTCACAGTTTCAACAAGAGGTTGAAGTACTGAGCTGCATACGACATCCTAACATGGTTCTTCTCCTCGGGGCGTGCCCGGAATATGGTTGCTTGGTCTATGAGTTCATGGCGAATGGTAGCTTGGATGACTGCCTCTTTCACCGGAGAGAAAACTTGAAACCTCTTTCGTGGCAACTTAGATTCAAAATTGCAGCTGAAATTGGGACAAGCTTGTTGTTCCTCCACCAAACCAAGCCTGAGCCACTCGTGCACCGTGATCTTAAACCCGCAAATATCTTGCTTGATCGCAACTTTGTTAGCAAGATTAGTGATGTTGGTTTGGCCAGGCTTGTTCCCCCTTCTGTAGCAGACAGTGTAACACAATACAGAATGACTTCAACTGCTGGCACGTTCTGCTATATCGATCCCGAGTATCAACAGACTGGAATGCTCGGGGTGAAGTCCGACATATATTCTTTGGGGATCATGTTTTTGCAGCTGATTACAGCAAAGCCACCAATGGGATTGACTCATCATGTGGAAAGAGCTATTGAGAAAGGAAAGTTCTCTGAATTGCTTGATCAGTCAGTTACTGATTGGCCAGCTGAAGAGACTCTATGCTTTGCACAATTGGCTTTGAAATGTGCAGAGTTGAGAAGGAAAGATCGGCCCGATCTTAGAAAGGTCATTCTACCGGAACTCATCAGGTTTCGATCGCTTGCCGAAGCCAACACGTCCCCGCCGATGGCAGATGGTGTTACCAGCCCTGTGTTCAGCCGCAGTCAGGTTTCAGCTTTCAAGCAAGACTTAAGCGGTGATCGTGTTTCGTCACAATCTTCCAACGGCTCCAACCGAGCCTTGTCGCGCTCGCCATCGTAG

Protein sequence

LASLPSLRTLSFMNNRLGGPLPDVKKIGALKALYLSNNNFSGTISGDAFEGMGSLRKVYLSQNRFSGKIPTSLAELKGLVELGLEENEFSGRIPDFEERDWKYLNLSDNQLEGPLPSAFKNSNFTSFLGNSGLCGEPLAPCNNKSSAKKWYILIGVFSGAAALILLLLIIRRFLRSSKSSAAVFDDPKPKTKLFSPKNIFKKERSHSHPYSSTDSDENPKNGGPTGYRKYSIEEIEAATEFFSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDAAQGRSQFQQEVEVLSCIRHPNMVLLLGACPEYGCLVYEFMANGSLDDCLFHRRENLKPLSWQLRFKIAAEIGTSLLFLHQTKPEPLVHRDLKPANILLDRNFVSKISDVGLARLVPPSVADSVTQYRMTSTAGTFCYIDPEYQQTGMLGVKSDIYSLGIMFLQLITAKPPMGLTHHVERAIEKGKFSELLDQSVTDWPAEETLCFAQLALKCAELRRKDRPDLRKVILPELIRFRSLAEANTSPPMADGVTSPVFSRSQVSAFKQDLSGDRVSSQSSNGSNRALSRSPS
Homology
[Close]
BLAST of MC08g0339 vs. ExPASy Swiss-Prot
Match: Q8S8S7 (U-box domain-containing protein 34 OS=Arabidopsis thaliana OX=3702 GN=PUB34 PE=3 SV=1)

HSP 1 Score: 339.7 bits (870), Expect = 6.2e-92
Identity = 163/289 (56.40%), Postives = 212/289 (73.36%), Query Frame = 0 

Query: 227 YRKYSIEEIEAATEFFSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDAAQGRSQFQQEV 286
           YRKY+IEEI  ATE FS    IGEGGYG VY+  LD TP A+KV+R D  + + +F +EV
Sbjct: 427 YRKYTIEEIVTATEGFSPEKVIGEGGYGKVYQCSLDSTPAAVKVVRLDTPEKKQEFLKEV 486

Query: 287 EVLSCIRHPNMVLLLGACPEYGCLVYEFMANGSLDDCLFHRRENLKPLSWQLRFKIAAEI 346
           EVLS +RHP++VLLLGACPE GCLVYE++ NGSL++ +FHR+ N  PL W +RF++  E+
Sbjct: 487 EVLSQLRHPHVVLLLGACPENGCLVYEYLENGSLEEYIFHRK-NKPPLPWFIRFRVIFEV 546

Query: 347 GTSLLFLHQTKPEPLVHRDLKPANILLDRNFVSKISDVGLARLVPPSVADSVTQYRMTST 406
              L FLH +KPEP+VHRDLKP NILL+RN+VSKI+DVGLA+LV     D+VT YR +  
Sbjct: 547 ACGLAFLHSSKPEPIVHRDLKPGNILLNRNYVSKIADVGLAKLVTDVAPDNVTMYRNSVL 606

Query: 407 AGTFCYIDPEYQQTGMLGVKSDIYSLGIMFLQLITAKPPMGLTHHVERAIEKGKFSELLD 466
           AGT  YIDPEY +TG +  KSD+Y+ GI+ LQL+TA+ P G+   VE A++KG  +E+LD
Sbjct: 607 AGTLHYIDPEYHRTGTIRPKSDLYAFGIIILQLLTARNPSGIVPAVENAVKKGTLTEMLD 666

Query: 467 QSVTDWPAEETLCFAQLALKCAELRRKDRPDLRKVILPELIRFRSLAEA 516
           +SVTDWP  ET   A++ LKCAE R +DRPDL+  ++P L R    A +
Sbjct: 667 KSVTDWPLAETEELARIGLKCAEFRCRDRPDLKSEVIPVLKRLVETANS 714

[Close]
BLAST of MC08g0339 vs. ExPASy Swiss-Prot
Match: Q9SW11 (U-box domain-containing protein 35 OS=Arabidopsis thaliana OX=3702 GN=PUB35 PE=2 SV=2)

HSP 1 Score: 324.3 bits (830), Expect = 2.7e-87
Identity = 174/333 (52.25%), Postives = 221/333 (66.37%), Query Frame = 0 

Query: 203 ERSHSHPYSSTDSDENPKNGGPTG-----YRKYSIEEIEAATEFFSESLKIGEGGYGPVY 262
           +R  +   S+ D+ E  K  G  G     Y+ ++ EEI AAT  FSE LKIG G YG VY
Sbjct: 436 QRREAERKSARDTKEKEKLEGTLGSPQLQYQHFAWEEIMAATSSFSEELKIGMGAYGAVY 495

Query: 263 KGYLDHTPVAIKVLRPDAAQGRSQFQQEVEVLSCIRHPNMVLLLGACPEYGCLVYEFMAN 322
           K  L HT   +KVL+    Q   QFQQE+E+LS IRHP++VLLLGACPE G LVYE+M N
Sbjct: 496 KCNLHHTTAVVKVLQSAENQLSKQFQQELEILSKIRHPHLVLLLGACPEQGALVYEYMEN 555

Query: 323 GSLDDCLFHRRENLKPLSWQLRFKIAAEIGTSLLFLHQTKPEPLVHRDLKPANILLDRNF 382
           GSL+D LF +  N  PL W  RF+IA E+  +L+FLH++KP+P++HRDLKPANILLD NF
Sbjct: 556 GSLEDRLF-QVNNSPPLPWFERFRIAWEVAAALVFLHKSKPKPIIHRDLKPANILLDHNF 615

Query: 383 VSKISDVGLARLVP-PSVADSVTQYRMTSTAGTFCYIDPEYQQTGMLGVKSDIYSLGIMF 442
           VSK+ DVGL+ +V    ++   T Y+ TS  GT CYIDPEYQ+TG +  KSDIYS G++ 
Sbjct: 616 VSKVGDVGLSTMVQVDPLSTKFTIYKQTSPVGTLCYIDPEYQRTGRISSKSDIYSFGMIL 675

Query: 443 LQLITAKPPMGLTHHVERAIEKG-KFSELLDQSVTDWPAEETLCFAQLALKCAELRRKDR 502
           LQL+TAKP + LTH VE A++   +F ++LDQ   +WP EET   A LAL C ELR KDR
Sbjct: 676 LQLLTAKPAIALTHFVESAMDSNDEFLKILDQKAGNWPIEETRELAALALCCTELRGKDR 735

Query: 503 PDLRKVILPELIRFRSLAE--------ANTSPP 521
           PDL+  ILP L   + +AE         +T PP
Sbjct: 736 PDLKDQILPALENLKKVAEKARNSFSGVSTQPP 767

[Close]
BLAST of MC08g0339 vs. ExPASy Swiss-Prot
Match: Q9FKG6 (U-box domain-containing protein 52 OS=Arabidopsis thaliana OX=3702 GN=PUB52 PE=2 SV=1)

HSP 1 Score: 321.6 bits (823), Expect = 1.7e-86
Identity = 158/289 (54.67%), Postives = 203/289 (70.24%), Query Frame = 0 

Query: 227 YRKYSIEEIEAATEFFSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDAAQGRSQFQQEV 286
           Y+ Y+ EEI AAT  F+E+LKIG G YG VYK  L HT  A+KVL     Q   QF QE+
Sbjct: 475 YQHYTWEEIAAATSDFAENLKIGIGAYGSVYKCNLHHTTGAVKVLHAGETQLSKQFDQEL 534

Query: 287 EVLSCIRHPNMVLLLGACPEYGCLVYEFMANGSLDDCLFHRRENLKPLSWQLRFKIAAEI 346
           E+LS IRHP++VLLLGACPE GCLVYE+M NGSLDD L    +   P+ W  RF+IA E+
Sbjct: 535 EILSKIRHPHLVLLLGACPERGCLVYEYMDNGSLDDRLMLVNDT-PPIPWFERFRIALEV 594

Query: 347 GTSLLFLHQTKPEPLVHRDLKPANILLDRNFVSKISDVGLARLVPPSVADSVTQYRMTST 406
            ++L+FLH++KP P++HRDLKP NILLD NFVSK+ DVGL+ +V      S T ++ TS 
Sbjct: 595 ASALVFLHKSKPRPIIHRDLKPGNILLDHNFVSKLGDVGLSTMVNQDDVSSRTIFKQTSP 654

Query: 407 AGTFCYIDPEYQQTGMLGVKSDIYSLGIMFLQLITAKPPMGLTHHVERAI-EKGKFSELL 466
            GT CYIDPEYQ+TG++  KSD+YSLG++ LQLITAKP + +TH VE AI +  +F  +L
Sbjct: 655 VGTLCYIDPEYQRTGIISPKSDVYSLGVVILQLITAKPAIAITHMVEEAIGDDAEFMAIL 714

Query: 467 DQSVTDWPAEETLCFAQLALKCAELRRKDRPDLRKVILPELIRFRSLAE 515
           D+    WP  +T   A L L C E+RR+DRPDL+  I+P L R R +A+
Sbjct: 715 DKKAGSWPISDTRELAALGLCCTEMRRRDRPDLKDQIIPALERLRKVAD 762

[Close]
BLAST of MC08g0339 vs. ExPASy Swiss-Prot
Match: Q9FKG5 (U-box domain-containing protein 51 OS=Arabidopsis thaliana OX=3702 GN=PUB51 PE=2 SV=2)

HSP 1 Score: 318.2 bits (814), Expect = 1.9e-85
Identity = 162/307 (52.77%), Postives = 212/307 (69.06%), Query Frame = 0 

Query: 217 ENPKNGGP---TGYRKYSIEEIEAATEFFSESLKIGEGGYGPVYKGYLDHTPVAIKVLRP 276
           E+   GGP     Y K+  EEI  AT  FS+ LKIG GGYG VY+  L HT VA+KVL  
Sbjct: 401 EDALEGGPLQRQQYMKFEWEEIVEATSSFSDELKIGVGGYGSVYRCNLHHTTVAVKVLHS 460

Query: 277 DAAQGRSQFQQEVEVLSCIRHPNMVLLLGACPEYGCLVYEFMANGSLDDCLFHRRENL-- 336
           D +    QF QE+E+LS IRHP+++LLLGACPE G LVYE+M NGSL++ L  RR N+  
Sbjct: 461 DKSSLTKQFHQELEILSKIRHPHLLLLLGACPERGSLVYEYMHNGSLEERLMKRRPNVDT 520

Query: 337 ---KPLSWQLRFKIAAEIGTSLLFLHQTKPEPLVHRDLKPANILLDRNFVSKISDVGLAR 396
               PL W  RF+IA EI ++L FLH  +P P+VHRDLKPANILLDRN VSKI DVGL++
Sbjct: 521 PQPPPLRWFERFRIAWEIASALYFLHTNEPRPIVHRDLKPANILLDRNNVSKIGDVGLSK 580

Query: 397 LVPPSVADSVTQYRMTSTAGTFCYIDPEYQQTGMLGVKSDIYSLGIMFLQLITAKPPMGL 456
           +V    + + T +  T   GTF YIDPEYQ+TG++  +SDIY+ GI+ LQL+TA+  MGL
Sbjct: 581 MVNLDPSHASTVFNETGPVGTFFYIDPEYQRTGVVTPESDIYAFGIILLQLVTARSAMGL 640

Query: 457 THHVERAI--EKGKFSELLDQSVTDWPAEETLCFAQLALKCAELRRKDRPDLRKVILPEL 514
            H +E+A+  + GKF+E+LD++  DWP +E      + L+CAE+R++DRPDL K ILP L
Sbjct: 641 AHSIEKALRDQTGKFTEILDKTAGDWPVKEAKEMVMIGLRCAEMRKRDRPDLGKEILPVL 700

[Close]
BLAST of MC08g0339 vs. ExPASy Swiss-Prot
Match: Q9LU47 (Putative U-box domain-containing protein 53 OS=Arabidopsis thaliana OX=3702 GN=PUB53 PE=3 SV=1)

HSP 1 Score: 305.8 bits (782), Expect = 9.9e-82
Identity = 151/293 (51.54%), Postives = 204/293 (69.62%), Query Frame = 0 

Query: 227 YRKYSIEEIEAATEFFSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDAAQGRSQFQQEV 286
           Y++++ EEI  AT  FSE LKIG G YG VYK  L HT  A+KVL    +    QF QE+
Sbjct: 445 YQEFTWEEIINATSSFSEDLKIGMGAYGDVYKCNLHHTIAAVKVLHSAESSLSKQFDQEL 504

Query: 287 EVLSCIRHPNMVLLLGACPEYGCLVYEFMANGSLDDCLFHRRENLKPLSWQLRFKIAAEI 346
           E+LS IRHP++VLLLGACP++G LVYE+M NGSL+D LF   ++ +P+ W +R +IA E+
Sbjct: 505 EILSKIRHPHLVLLLGACPDHGALVYEYMENGSLEDRLFQVNDS-QPIPWFVRLRIAWEV 564

Query: 347 GTSLLFLHQTKPEPLVHRDLKPANILLDRNFVSKISDVGLARLVPPS--VADSVTQYRMT 406
            ++L+FLH++KP P++HRDLKPANILL+ NFVSK+ DVGL+ ++  +  ++   T Y+ T
Sbjct: 565 ASALVFLHKSKPTPIIHRDLKPANILLNHNFVSKVGDVGLSTMIQAADPLSTKFTMYKQT 624

Query: 407 STAGTFCYIDPEYQQTGMLGVKSDIYSLGIMFLQLITAKPPMGLTHHVERAIEKGKFSEL 466
           S  GT CYIDPEYQ+TG +  KSD+Y+ G++ LQL+T +  M LT+ VE A+E     EL
Sbjct: 625 SPVGTLCYIDPEYQRTGRISPKSDVYAFGMIILQLLTGQQAMALTYTVETAMENNNDDEL 684

Query: 467 ---LDQSVTDWPAEETLCFAQLALKCAELRRKDRPDLRKVILPELIRFRSLAE 515
              LD+   +WP EET   A LAL+C ELR KDRPDL   ILP L   + +A+
Sbjct: 685 IQILDEKAGNWPIEETRQLAALALQCTELRSKDRPDLEDQILPVLESLKKVAD 736

[Close]
BLAST of MC08g0339 vs. NCBI nr
Match: XP_022131589.1 (U-box domain-containing protein 35-like isoform X2 [Momordica charantia])

HSP 1 Score: 672 bits (1733), Expect = 1.13e-232
Identity = 335/338 (99.11%), Postives = 336/338 (99.41%), Query Frame = 0 

Query: 227 YRKYSIEEIEAATEFFSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDAAQGRSQFQQEV 286
           YRKYSIEEIEAATEFFSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDAAQGRSQFQQEV
Sbjct: 452 YRKYSIEEIEAATEFFSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDAAQGRSQFQQEV 511

Query: 287 EVLSCIRHPNMVLLLGACPEYGCLVYEFMANGSLDDCLFHRRENLKPLSWQLRFKIAAEI 346
           EVLSCIRHPNMVLLLGACPEYGCLVYEFMANGSLDDCLFHRRENLKPLSWQLRFKIAAEI
Sbjct: 512 EVLSCIRHPNMVLLLGACPEYGCLVYEFMANGSLDDCLFHRRENLKPLSWQLRFKIAAEI 571

Query: 347 GTSLLFLHQTKPEPLVHRDLKPANILLDRNFVSKISDVGLARLVPPSVADSVTQYRMTST 406
           GTSLLFLHQTKPEPLVHRDLKPANILLDRNFVSKISDVGLARLVPPSVADSVTQYRMTST
Sbjct: 572 GTSLLFLHQTKPEPLVHRDLKPANILLDRNFVSKISDVGLARLVPPSVADSVTQYRMTST 631

Query: 407 AGTFCYIDPEYQQTGMLGVKSDIYSLGIMFLQLITAKPPMGLTHHVERAIEKGKFSELLD 466
           AGTFCYIDPEYQQTGMLGVKSDIYSLGIMFLQLITAKPPMGLTHHVERAIEKGKFSELLD
Sbjct: 632 AGTFCYIDPEYQQTGMLGVKSDIYSLGIMFLQLITAKPPMGLTHHVERAIEKGKFSELLD 691

Query: 467 QSVTDWPAEETLCFAQLALKCAELRRKDRPDLRKVILPELIRFRSLAEANTSPPMADGVT 526
           QSVTDWPAEETLCFAQLALKCAELRRKDRPDLRKV+LPELIRFRSLAEANTSPPMADGVT
Sbjct: 692 QSVTDWPAEETLCFAQLALKCAELRRKDRPDLRKVVLPELIRFRSLAEANTSPPMADGVT 751

Query: 527 SPVFSRSQVSAFKQDLSGDRVSSQSSNGSNRALSRSPS 564
           SPVFSRSQVSAFKQDLSGDRVSSQSSN SNRALS SPS
Sbjct: 752 SPVFSRSQVSAFKQDLSGDRVSSQSSNSSNRALSCSPS 789

[Close]
BLAST of MC08g0339 vs. NCBI nr
Match: XP_022131588.1 (U-box domain-containing protein 35-like isoform X1 [Momordica charantia])

HSP 1 Score: 672 bits (1733), Expect = 1.16e-232
Identity = 335/338 (99.11%), Postives = 336/338 (99.41%), Query Frame = 0 

Query: 227 YRKYSIEEIEAATEFFSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDAAQGRSQFQQEV 286
           YRKYSIEEIEAATEFFSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDAAQGRSQFQQEV
Sbjct: 453 YRKYSIEEIEAATEFFSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDAAQGRSQFQQEV 512

Query: 287 EVLSCIRHPNMVLLLGACPEYGCLVYEFMANGSLDDCLFHRRENLKPLSWQLRFKIAAEI 346
           EVLSCIRHPNMVLLLGACPEYGCLVYEFMANGSLDDCLFHRRENLKPLSWQLRFKIAAEI
Sbjct: 513 EVLSCIRHPNMVLLLGACPEYGCLVYEFMANGSLDDCLFHRRENLKPLSWQLRFKIAAEI 572

Query: 347 GTSLLFLHQTKPEPLVHRDLKPANILLDRNFVSKISDVGLARLVPPSVADSVTQYRMTST 406
           GTSLLFLHQTKPEPLVHRDLKPANILLDRNFVSKISDVGLARLVPPSVADSVTQYRMTST
Sbjct: 573 GTSLLFLHQTKPEPLVHRDLKPANILLDRNFVSKISDVGLARLVPPSVADSVTQYRMTST 632

Query: 407 AGTFCYIDPEYQQTGMLGVKSDIYSLGIMFLQLITAKPPMGLTHHVERAIEKGKFSELLD 466
           AGTFCYIDPEYQQTGMLGVKSDIYSLGIMFLQLITAKPPMGLTHHVERAIEKGKFSELLD
Sbjct: 633 AGTFCYIDPEYQQTGMLGVKSDIYSLGIMFLQLITAKPPMGLTHHVERAIEKGKFSELLD 692

Query: 467 QSVTDWPAEETLCFAQLALKCAELRRKDRPDLRKVILPELIRFRSLAEANTSPPMADGVT 526
           QSVTDWPAEETLCFAQLALKCAELRRKDRPDLRKV+LPELIRFRSLAEANTSPPMADGVT
Sbjct: 693 QSVTDWPAEETLCFAQLALKCAELRRKDRPDLRKVVLPELIRFRSLAEANTSPPMADGVT 752

Query: 527 SPVFSRSQVSAFKQDLSGDRVSSQSSNGSNRALSRSPS 564
           SPVFSRSQVSAFKQDLSGDRVSSQSSN SNRALS SPS
Sbjct: 753 SPVFSRSQVSAFKQDLSGDRVSSQSSNSSNRALSCSPS 790

[Close]
BLAST of MC08g0339 vs. NCBI nr
Match: XP_038886009.1 (U-box domain-containing protein 35-like isoform X3 [Benincasa hispida])

HSP 1 Score: 578 bits (1489), Expect = 8.72e-196
Identity = 293/338 (86.69%), Postives = 311/338 (92.01%), Query Frame = 0 

Query: 227 YRKYSIEEIEAATEFFSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDAAQGRSQFQQEV 286
           YRKYSI+EIE ATEFFSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDAAQGRSQFQQEV
Sbjct: 458 YRKYSIDEIETATEFFSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDAAQGRSQFQQEV 517

Query: 287 EVLSCIRHPNMVLLLGACPEYGCLVYEFMANGSLDDCLFHRRENLKPLSWQLRFKIAAEI 346
           EVLSCIRHPNMVLLLGACPEYGCLVYEFMA+GSLDDCLF RREN KPLSWQ RFKIAAEI
Sbjct: 518 EVLSCIRHPNMVLLLGACPEYGCLVYEFMAHGSLDDCLFRRRENSKPLSWQRRFKIAAEI 577

Query: 347 GTSLLFLHQTKPEPLVHRDLKPANILLDRNFVSKISDVGLARLVPPSVADSVTQYRMTST 406
           GT+LLFLHQTKPEPLVHRDLKPANILLDRN+VSKISDVGLARLVPPSVADSVTQYRMTST
Sbjct: 578 GTALLFLHQTKPEPLVHRDLKPANILLDRNYVSKISDVGLARLVPPSVADSVTQYRMTST 637

Query: 407 AGTFCYIDPEYQQTGMLGVKSDIYSLGIMFLQLITAKPPMGLTHHVERAIEKGKFSELLD 466
           AGTFCYIDPEYQQTGMLGVKSD+YSLGIMFLQLITA+ PMGLTHHV RAIEKG  SE+LD
Sbjct: 638 AGTFCYIDPEYQQTGMLGVKSDVYSLGIMFLQLITARAPMGLTHHVGRAIEKGTLSEILD 697

Query: 467 QSVTDWPAEETLCFAQLALKCAELRRKDRPDLRKVILPELIRFRSLAEANTSPPMADGVT 526
            SVTDWPAEETLCFA+LALKCAELRRKDRPDL KV+LPELIRF+SLAEA+   P+ DGV+
Sbjct: 698 PSVTDWPAEETLCFAELALKCAELRRKDRPDLGKVVLPELIRFQSLAEASMYAPVTDGVS 757

Query: 527 SPVFSRSQVSAFKQDLSGDRVSSQSSNGSNRALSRSPS 564
           SPVFS +QVS  ++D  G+  SSQS + S   LSRS S
Sbjct: 758 SPVFSHNQVS-MRRD--GECFSSQSGD-SLGVLSRSVS 791

[Close]
BLAST of MC08g0339 vs. NCBI nr
Match: XP_038886007.1 (U-box domain-containing protein 35-like isoform X1 [Benincasa hispida] >XP_038886008.1 U-box domain-containing protein 35-like isoform X2 [Benincasa hispida])

HSP 1 Score: 578 bits (1489), Expect = 9.00e-196
Identity = 293/338 (86.69%), Postives = 311/338 (92.01%), Query Frame = 0 

Query: 227 YRKYSIEEIEAATEFFSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDAAQGRSQFQQEV 286
           YRKYSI+EIE ATEFFSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDAAQGRSQFQQEV
Sbjct: 459 YRKYSIDEIETATEFFSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDAAQGRSQFQQEV 518

Query: 287 EVLSCIRHPNMVLLLGACPEYGCLVYEFMANGSLDDCLFHRRENLKPLSWQLRFKIAAEI 346
           EVLSCIRHPNMVLLLGACPEYGCLVYEFMA+GSLDDCLF RREN KPLSWQ RFKIAAEI
Sbjct: 519 EVLSCIRHPNMVLLLGACPEYGCLVYEFMAHGSLDDCLFRRRENSKPLSWQRRFKIAAEI 578

Query: 347 GTSLLFLHQTKPEPLVHRDLKPANILLDRNFVSKISDVGLARLVPPSVADSVTQYRMTST 406
           GT+LLFLHQTKPEPLVHRDLKPANILLDRN+VSKISDVGLARLVPPSVADSVTQYRMTST
Sbjct: 579 GTALLFLHQTKPEPLVHRDLKPANILLDRNYVSKISDVGLARLVPPSVADSVTQYRMTST 638

Query: 407 AGTFCYIDPEYQQTGMLGVKSDIYSLGIMFLQLITAKPPMGLTHHVERAIEKGKFSELLD 466
           AGTFCYIDPEYQQTGMLGVKSD+YSLGIMFLQLITA+ PMGLTHHV RAIEKG  SE+LD
Sbjct: 639 AGTFCYIDPEYQQTGMLGVKSDVYSLGIMFLQLITARAPMGLTHHVGRAIEKGTLSEILD 698

Query: 467 QSVTDWPAEETLCFAQLALKCAELRRKDRPDLRKVILPELIRFRSLAEANTSPPMADGVT 526
            SVTDWPAEETLCFA+LALKCAELRRKDRPDL KV+LPELIRF+SLAEA+   P+ DGV+
Sbjct: 699 PSVTDWPAEETLCFAELALKCAELRRKDRPDLGKVVLPELIRFQSLAEASMYAPVTDGVS 758

Query: 527 SPVFSRSQVSAFKQDLSGDRVSSQSSNGSNRALSRSPS 564
           SPVFS +QVS  ++D  G+  SSQS + S   LSRS S
Sbjct: 759 SPVFSHNQVS-MRRD--GECFSSQSGD-SLGVLSRSVS 792

[Close]
BLAST of MC08g0339 vs. NCBI nr
Match: XP_038886010.1 (U-box domain-containing protein 35-like isoform X4 [Benincasa hispida])

HSP 1 Score: 575 bits (1483), Expect = 6.18e-195
Identity = 282/321 (87.85%), Postives = 297/321 (92.52%), Query Frame = 0 

Query: 227 YRKYSIEEIEAATEFFSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDAAQGRSQFQQEV 286
           YRKYSI+EIE ATEFFSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDAAQGRSQFQQEV
Sbjct: 459 YRKYSIDEIETATEFFSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDAAQGRSQFQQEV 518

Query: 287 EVLSCIRHPNMVLLLGACPEYGCLVYEFMANGSLDDCLFHRRENLKPLSWQLRFKIAAEI 346
           EVLSCIRHPNMVLLLGACPEYGCLVYEFMA+GSLDDCLF RREN KPLSWQ RFKIAAEI
Sbjct: 519 EVLSCIRHPNMVLLLGACPEYGCLVYEFMAHGSLDDCLFRRRENSKPLSWQRRFKIAAEI 578

Query: 347 GTSLLFLHQTKPEPLVHRDLKPANILLDRNFVSKISDVGLARLVPPSVADSVTQYRMTST 406
           GT+LLFLHQTKPEPLVHRDLKPANILLDRN+VSKISDVGLARLVPPSVADSVTQYRMTST
Sbjct: 579 GTALLFLHQTKPEPLVHRDLKPANILLDRNYVSKISDVGLARLVPPSVADSVTQYRMTST 638

Query: 407 AGTFCYIDPEYQQTGMLGVKSDIYSLGIMFLQLITAKPPMGLTHHVERAIEKGKFSELLD 466
           AGTFCYIDPEYQQTGMLGVKSD+YSLGIMFLQLITA+ PMGLTHHV RAIEKG  SE+LD
Sbjct: 639 AGTFCYIDPEYQQTGMLGVKSDVYSLGIMFLQLITARAPMGLTHHVGRAIEKGTLSEILD 698

Query: 467 QSVTDWPAEETLCFAQLALKCAELRRKDRPDLRKVILPELIRFRSLAEANTSPPMADGVT 526
            SVTDWPAEETLCFA+LALKCAELRRKDRPDL KV+LPELIRF+SLAEA+   P+ DGV+
Sbjct: 699 PSVTDWPAEETLCFAELALKCAELRRKDRPDLGKVVLPELIRFQSLAEASMYAPVTDGVS 758

Query: 527 SPVFSRSQVSAFKQDLSGDRV 547
           SPVFS +Q        SGD +
Sbjct: 759 SPVFSHNQDGECFSSQSGDSL 779

[Close]
BLAST of MC08g0339 vs. ExPASy TrEMBL
Match: A0A6J1BQN6 (U-box domain-containing protein 35-like isoform X2 OS=Momordica charantia OX=3673 GN=LOC111004731 PE=4 SV=1)

HSP 1 Score: 672 bits (1733), Expect = 5.45e-233
Identity = 335/338 (99.11%), Postives = 336/338 (99.41%), Query Frame = 0 

Query: 227 YRKYSIEEIEAATEFFSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDAAQGRSQFQQEV 286
           YRKYSIEEIEAATEFFSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDAAQGRSQFQQEV
Sbjct: 452 YRKYSIEEIEAATEFFSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDAAQGRSQFQQEV 511

Query: 287 EVLSCIRHPNMVLLLGACPEYGCLVYEFMANGSLDDCLFHRRENLKPLSWQLRFKIAAEI 346
           EVLSCIRHPNMVLLLGACPEYGCLVYEFMANGSLDDCLFHRRENLKPLSWQLRFKIAAEI
Sbjct: 512 EVLSCIRHPNMVLLLGACPEYGCLVYEFMANGSLDDCLFHRRENLKPLSWQLRFKIAAEI 571

Query: 347 GTSLLFLHQTKPEPLVHRDLKPANILLDRNFVSKISDVGLARLVPPSVADSVTQYRMTST 406
           GTSLLFLHQTKPEPLVHRDLKPANILLDRNFVSKISDVGLARLVPPSVADSVTQYRMTST
Sbjct: 572 GTSLLFLHQTKPEPLVHRDLKPANILLDRNFVSKISDVGLARLVPPSVADSVTQYRMTST 631

Query: 407 AGTFCYIDPEYQQTGMLGVKSDIYSLGIMFLQLITAKPPMGLTHHVERAIEKGKFSELLD 466
           AGTFCYIDPEYQQTGMLGVKSDIYSLGIMFLQLITAKPPMGLTHHVERAIEKGKFSELLD
Sbjct: 632 AGTFCYIDPEYQQTGMLGVKSDIYSLGIMFLQLITAKPPMGLTHHVERAIEKGKFSELLD 691

Query: 467 QSVTDWPAEETLCFAQLALKCAELRRKDRPDLRKVILPELIRFRSLAEANTSPPMADGVT 526
           QSVTDWPAEETLCFAQLALKCAELRRKDRPDLRKV+LPELIRFRSLAEANTSPPMADGVT
Sbjct: 692 QSVTDWPAEETLCFAQLALKCAELRRKDRPDLRKVVLPELIRFRSLAEANTSPPMADGVT 751

Query: 527 SPVFSRSQVSAFKQDLSGDRVSSQSSNGSNRALSRSPS 564
           SPVFSRSQVSAFKQDLSGDRVSSQSSN SNRALS SPS
Sbjct: 752 SPVFSRSQVSAFKQDLSGDRVSSQSSNSSNRALSCSPS 789

[Close]
BLAST of MC08g0339 vs. ExPASy TrEMBL
Match: A0A6J1BTT1 (U-box domain-containing protein 35-like isoform X1 OS=Momordica charantia OX=3673 GN=LOC111004731 PE=4 SV=1)

HSP 1 Score: 672 bits (1733), Expect = 5.63e-233
Identity = 335/338 (99.11%), Postives = 336/338 (99.41%), Query Frame = 0 

Query: 227 YRKYSIEEIEAATEFFSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDAAQGRSQFQQEV 286
           YRKYSIEEIEAATEFFSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDAAQGRSQFQQEV
Sbjct: 453 YRKYSIEEIEAATEFFSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDAAQGRSQFQQEV 512

Query: 287 EVLSCIRHPNMVLLLGACPEYGCLVYEFMANGSLDDCLFHRRENLKPLSWQLRFKIAAEI 346
           EVLSCIRHPNMVLLLGACPEYGCLVYEFMANGSLDDCLFHRRENLKPLSWQLRFKIAAEI
Sbjct: 513 EVLSCIRHPNMVLLLGACPEYGCLVYEFMANGSLDDCLFHRRENLKPLSWQLRFKIAAEI 572

Query: 347 GTSLLFLHQTKPEPLVHRDLKPANILLDRNFVSKISDVGLARLVPPSVADSVTQYRMTST 406
           GTSLLFLHQTKPEPLVHRDLKPANILLDRNFVSKISDVGLARLVPPSVADSVTQYRMTST
Sbjct: 573 GTSLLFLHQTKPEPLVHRDLKPANILLDRNFVSKISDVGLARLVPPSVADSVTQYRMTST 632

Query: 407 AGTFCYIDPEYQQTGMLGVKSDIYSLGIMFLQLITAKPPMGLTHHVERAIEKGKFSELLD 466
           AGTFCYIDPEYQQTGMLGVKSDIYSLGIMFLQLITAKPPMGLTHHVERAIEKGKFSELLD
Sbjct: 633 AGTFCYIDPEYQQTGMLGVKSDIYSLGIMFLQLITAKPPMGLTHHVERAIEKGKFSELLD 692

Query: 467 QSVTDWPAEETLCFAQLALKCAELRRKDRPDLRKVILPELIRFRSLAEANTSPPMADGVT 526
           QSVTDWPAEETLCFAQLALKCAELRRKDRPDLRKV+LPELIRFRSLAEANTSPPMADGVT
Sbjct: 693 QSVTDWPAEETLCFAQLALKCAELRRKDRPDLRKVVLPELIRFRSLAEANTSPPMADGVT 752

Query: 527 SPVFSRSQVSAFKQDLSGDRVSSQSSNGSNRALSRSPS 564
           SPVFSRSQVSAFKQDLSGDRVSSQSSN SNRALS SPS
Sbjct: 753 SPVFSRSQVSAFKQDLSGDRVSSQSSNSSNRALSCSPS 790

[Close]
BLAST of MC08g0339 vs. ExPASy TrEMBL
Match: A0A0A0LS71 (Protein kinase domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_2G377920 PE=4 SV=1)

HSP 1 Score: 565 bits (1457), Expect = 5.07e-191
Identity = 287/338 (84.91%), Postives = 301/338 (89.05%), Query Frame = 0 

Query: 227 YRKYSIEEIEAATEFFSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDAAQGRSQFQQEV 286
           YRKYSIEEIE ATEFFSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDAAQGRSQFQQEV
Sbjct: 477 YRKYSIEEIETATEFFSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDAAQGRSQFQQEV 536

Query: 287 EVLSCIRHPNMVLLLGACPEYGCLVYEFMANGSLDDCLFHRRENLKPLSWQLRFKIAAEI 346
           EVLSCIRHPNMVLLLGACPEYGCLVYEFMA+GSLDDCLF R +N KPLSWQ RFKIAAEI
Sbjct: 537 EVLSCIRHPNMVLLLGACPEYGCLVYEFMAHGSLDDCLFRRGQNSKPLSWQRRFKIAAEI 596

Query: 347 GTSLLFLHQTKPEPLVHRDLKPANILLDRNFVSKISDVGLARLVPPSVADSVTQYRMTST 406
           GT+LLFLHQTKPEPLVHRDLKPANILLDRN+VSKISDVGLARLVPPSVA+SVTQYRMTST
Sbjct: 597 GTALLFLHQTKPEPLVHRDLKPANILLDRNYVSKISDVGLARLVPPSVANSVTQYRMTST 656

Query: 407 AGTFCYIDPEYQQTGMLGVKSDIYSLGIMFLQLITAKPPMGLTHHVERAIEKGKFSELLD 466
           AGTFCYIDPEYQQTGMLGVKSDIYSLGIMFLQ+ITA+ PMGLTHHV RAIEKG  SE+LD
Sbjct: 657 AGTFCYIDPEYQQTGMLGVKSDIYSLGIMFLQMITARAPMGLTHHVGRAIEKGNLSEILD 716

Query: 467 QSVTDWPAEETLCFAQLALKCAELRRKDRPDLRKVILPELIRFRSLAEANTSPPMADGVT 526
            SVTDWPAEETLCFA+LALKCAELRRKDRPDL KV+LPELIRF+S+AE +   P  D V 
Sbjct: 717 PSVTDWPAEETLCFAELALKCAELRRKDRPDLGKVVLPELIRFQSVAETSIFVPRMDSVN 776

Query: 527 SPVFSRSQVSAFKQDLSGDRVSSQSSNGSNRALSRSPS 564
           SP FS SQ S  +     D  SSQS N S   LSRS S
Sbjct: 777 SPEFSSSQASMRRDS---DCFSSQS-NDSFEVLSRSES 810

[Close]
BLAST of MC08g0339 vs. ExPASy TrEMBL
Match: A0A6J1HCB4 (U-box domain-containing protein 52-like OS=Cucurbita moschata OX=3662 GN=LOC111462696 PE=4 SV=1)

HSP 1 Score: 557 bits (1435), Expect = 3.22e-188
Identity = 272/311 (87.46%), Postives = 289/311 (92.93%), Query Frame = 0 

Query: 227 YRKYSIEEIEAATEFFSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDAAQGRSQFQQEV 286
           YRKYSIEEIEAATE FSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDAAQGRSQFQ+EV
Sbjct: 458 YRKYSIEEIEAATELFSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDAAQGRSQFQKEV 517

Query: 287 EVLSCIRHPNMVLLLGACPEYGCLVYEFMANGSLDDCLFHRRENLKPLSWQLRFKIAAEI 346
           EVLSCIRHPNMVLLLGACPEYGCLVYEFM +GSLDDCLF R +N +PLSWQ RFKIAAEI
Sbjct: 518 EVLSCIRHPNMVLLLGACPEYGCLVYEFMGHGSLDDCLFRRGDNSRPLSWQRRFKIAAEI 577

Query: 347 GTSLLFLHQTKPEPLVHRDLKPANILLDRNFVSKISDVGLARLVPPSVADSVTQYRMTST 406
           GT+LLFLHQTKPEPLVHRDLKPANILLD N+VSKISDVGLARLVPPS+ADSVTQYRMTST
Sbjct: 578 GTALLFLHQTKPEPLVHRDLKPANILLDNNYVSKISDVGLARLVPPSIADSVTQYRMTST 637

Query: 407 AGTFCYIDPEYQQTGMLGVKSDIYSLGIMFLQLITAKPPMGLTHHVERAIEKGKFSELLD 466
           AGTFCYIDPEYQQTGMLGVKSDIYSLGIMFLQLITAKPPMGLTHHVERAIEKG  SE+LD
Sbjct: 638 AGTFCYIDPEYQQTGMLGVKSDIYSLGIMFLQLITAKPPMGLTHHVERAIEKGTLSEILD 697

Query: 467 QSVTDWPAEETLCFAQLALKCAELRRKDRPDLRKVILPELIRFRSLAEANTSPPMADGVT 526
            SVTDWP EET  FA+LALKCAELRRKDRPDL KV+LPELI+ +SLAEA+      DGV+
Sbjct: 698 PSVTDWPVEETSSFAELALKCAELRRKDRPDLCKVVLPELIKLQSLAEASMYSSTRDGVS 757

Query: 527 SPVFSRSQVSA 537
           SPV+SRS+ +A
Sbjct: 758 SPVYSRSRATA 768

[Close]
BLAST of MC08g0339 vs. ExPASy TrEMBL
Match: A0A6J1K9P0 (U-box domain-containing protein 52-like OS=Cucurbita maxima OX=3661 GN=LOC111491926 PE=4 SV=1)

HSP 1 Score: 556 bits (1434), Expect = 4.56e-188
Identity = 271/308 (87.99%), Postives = 288/308 (93.51%), Query Frame = 0 

Query: 227 YRKYSIEEIEAATEFFSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDAAQGRSQFQQEV 286
           YRKYSIEEIEAATE FSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDAAQGRSQFQ+EV
Sbjct: 458 YRKYSIEEIEAATELFSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDAAQGRSQFQKEV 517

Query: 287 EVLSCIRHPNMVLLLGACPEYGCLVYEFMANGSLDDCLFHRRENLKPLSWQLRFKIAAEI 346
           EVLSCIRHPNMVLLLGACPEYGCLVYEFM +GSLDDCLF R +N +PLSWQ RFKIAAEI
Sbjct: 518 EVLSCIRHPNMVLLLGACPEYGCLVYEFMGHGSLDDCLFRRGDNSRPLSWQRRFKIAAEI 577

Query: 347 GTSLLFLHQTKPEPLVHRDLKPANILLDRNFVSKISDVGLARLVPPSVADSVTQYRMTST 406
           GT+LLFLHQTKPEPLVHRDLKPANILLD N+VSKISDVGLARLVPPS+ADSVTQYRMTST
Sbjct: 578 GTALLFLHQTKPEPLVHRDLKPANILLDNNYVSKISDVGLARLVPPSIADSVTQYRMTST 637

Query: 407 AGTFCYIDPEYQQTGMLGVKSDIYSLGIMFLQLITAKPPMGLTHHVERAIEKGKFSELLD 466
           AGTFCYIDPEYQQTGMLGVKSD+YSLGIMFLQLITAKPPMGLTHHVERAIEKG  SE+LD
Sbjct: 638 AGTFCYIDPEYQQTGMLGVKSDVYSLGIMFLQLITAKPPMGLTHHVERAIEKGTLSEILD 697

Query: 467 QSVTDWPAEETLCFAQLALKCAELRRKDRPDLRKVILPELIRFRSLAEANTSPPMADGVT 526
            SVTDWPAEET  FA+LALKCAELRRKDRPDL KV+LP+LI+ +SLAEA+      DGV+
Sbjct: 698 PSVTDWPAEETSSFAELALKCAELRRKDRPDLCKVVLPKLIKLQSLAEASMYSSTRDGVS 757

Query: 527 SPVFSRSQ 534
           SPV+SRSQ
Sbjct: 758 SPVYSRSQ 765

[Close]
BLAST of MC08g0339 vs. TAIR 10
Match: AT2G24370.1 (Protein kinase protein with adenine nucleotide alpha hydrolases-like domain )

HSP 1 Score: 503.1 bits (1294), Expect = 3.0e-142
Identity = 259/352 (73.58%), Postives = 288/352 (81.82%), Query Frame = 0 

Query: 202 KERSHSHPYSSTDSDENPK-----NGGPTGYRKYSIEEIEAATEFFSESLKIGEGGYGPV 261
           K+R ++   +  +S+E  K           YRKYSIE+IE ATEFF+E  KIGEGGYGPV
Sbjct: 435 KKRVNAEMKALKESEEKTKALTALANSDVRYRKYSIEDIELATEFFAEKYKIGEGGYGPV 494

Query: 262 YKGYLDHTPVAIKVLRPDAAQGRSQFQQEVEVLSCIRHPNMVLLLGACPEYGCLVYEFMA 321
           YK YLDHTPVA+KVLRPDAAQGRSQFQQEVEVLSCIRHPNMVLLLGACPE GCLVYEFMA
Sbjct: 495 YKCYLDHTPVAVKVLRPDAAQGRSQFQQEVEVLSCIRHPNMVLLLGACPECGCLVYEFMA 554

Query: 322 NGSLDDCLFHRRENLKPLSWQLRFKIAAEIGTSLLFLHQTKPEPLVHRDLKPANILLDRN 381
           NGSL+D LF R  N  PLSWQ+RF+IAAEIGT LLFLHQ KPEPLVHRDLKP NILLDRN
Sbjct: 555 NGSLEDRLF-RLGNSPPLSWQMRFRIAAEIGTGLLFLHQAKPEPLVHRDLKPGNILLDRN 614

Query: 382 FVSKISDVGLARLVPPSVADSVTQYRMTSTAGTFCYIDPEYQQTGMLGVKSDIYSLGIMF 441
           FVSKISDVGLARLVPP+VAD+VTQYRMTSTAGTFCYIDPEYQQTGMLGVKSDIYSLGIMF
Sbjct: 615 FVSKISDVGLARLVPPTVADTVTQYRMTSTAGTFCYIDPEYQQTGMLGVKSDIYSLGIMF 674

Query: 442 LQLITAKPPMGLTHHVERAIEKGKFSELLDQSVTDWPAEETLCFAQLALKCAELRRKDRP 501
           LQLITAKPPMGLTH+VERA+EKG   +LLD  V+DWP E+T  FA+LALKCAELRRKDRP
Sbjct: 675 LQLITAKPPMGLTHYVERALEKGTLVDLLDPVVSDWPMEDTEEFAKLALKCAELRRKDRP 734

Query: 502 DLRKVILPELIRFRSLAEANTSPPMADGVTSPVFSRSQVSAFKQDLSGDRVS 549
           DL KVILPEL R R+LA+ ++   +      P  + SQ S   + +SG  +S
Sbjct: 735 DLAKVILPELNRLRTLADESSHSVVVGNSPLPSPTGSQSSLKLEHMSGASIS 785

[Close]
BLAST of MC08g0339 vs. TAIR 10
Match: AT4G31230.1 (Protein kinase protein with adenine nucleotide alpha hydrolases-like domain )

HSP 1 Score: 491.5 bits (1264), Expect = 9.0e-139
Identity = 244/313 (77.96%), Postives = 268/313 (85.62%), Query Frame = 0 

Query: 227 YRKYSIEEIEAATEFFSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDAAQGRSQFQQEV 286
           YRKYSIEEIE ATEFF +  KIGEG YGPVYK YLDHTPVA+K LRPDAAQGRSQFQ+EV
Sbjct: 452 YRKYSIEEIEDATEFFDDKYKIGEGSYGPVYKCYLDHTPVAVKALRPDAAQGRSQFQKEV 511

Query: 287 EVLSCIRHPNMVLLLGACPEYGCLVYEFMANGSLDDCLFHRRENLKPLSWQLRFKIAAEI 346
           EVL  IRHPNMVLLLGACPE GCLVYEFMANGSL+D LF R+ +   LSWQ RF+IAAEI
Sbjct: 512 EVLCSIRHPNMVLLLGACPECGCLVYEFMANGSLEDRLF-RQGDSPALSWQTRFRIAAEI 571

Query: 347 GTSLLFLHQTKPEPLVHRDLKPANILLDRNFVSKISDVGLARLVPPSVADSVTQYRMTST 406
           GT LLFLHQTKPEPLVHRDLKPANILLDRNFVSK++DVGLARLVPPSVA++VTQY MTST
Sbjct: 572 GTVLLFLHQTKPEPLVHRDLKPANILLDRNFVSKLADVGLARLVPPSVANTVTQYHMTST 631

Query: 407 AGTFCYIDPEYQQTGMLGVKSDIYSLGIMFLQLITAKPPMGLTHHVERAIEKGKFSELLD 466
           AGTFCYIDPEYQQTGMLGVKSDIYSLGIMFLQLIT KPPMGLTH+VERA+EKG   +LLD
Sbjct: 632 AGTFCYIDPEYQQTGMLGVKSDIYSLGIMFLQLITGKPPMGLTHYVERALEKGNLKDLLD 691

Query: 467 QSVTDWPAEETLCFAQLALKCAELRRKDRPDLRKVILPELIRFRSLAEANTSPPMADGVT 526
            +V+DWP E+T  FA+LALKCAE+RRKDRPDL KVILPEL R R LAE +T   +    +
Sbjct: 692 PAVSDWPVEDTTEFAKLALKCAEIRRKDRPDLSKVILPELNRLRVLAEESTQAAVVINSS 751

Query: 527 SPVFSRSQVSAFK 540
            P  + SQ S+ K
Sbjct: 752 GPTPTESQTSSPK 763

[Close]
BLAST of MC08g0339 vs. TAIR 10
Match: AT5G35380.1 (Protein kinase protein with adenine nucleotide alpha hydrolases-like domain )

HSP 1 Score: 473.8 bits (1218), Expect = 1.9e-133
Identity = 239/340 (70.29%), Postives = 275/340 (80.88%), Query Frame = 0 

Query: 216 DENPKNGGPTGYRKYSIEEIEAATEFFSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDA 275
           DE  +      YRKY+IEEIE ATE FS S K+GEGGYGPVYKG LD+T VAIKVLRPDA
Sbjct: 388 DEKKRAVSSLRYRKYTIEEIEEATEDFSPSRKVGEGGYGPVYKGTLDYTKVAIKVLRPDA 447

Query: 276 AQGRSQFQQEVEVLSCIRHPNMVLLLGACPEYGCLVYEFMANGSLDDCLFHRRENLKPLS 335
           AQGRSQFQ+EVEVL+C+RHPNMVLLLGACPEYGCLVYE+MANGSLDDCLF RR N   LS
Sbjct: 448 AQGRSQFQREVEVLTCMRHPNMVLLLGACPEYGCLVYEYMANGSLDDCLF-RRGNSPILS 507

Query: 336 WQLRFKIAAEIGTSLLFLHQTKPEPLVHRDLKPANILLDRNFVSKISDVGLARLVPPSVA 395
           WQLRF+IA+EI T L FLHQ KPEPLVHRDLKP NILLD++FVSKISDVGLARLVPPSVA
Sbjct: 508 WQLRFRIASEIATGLHFLHQMKPEPLVHRDLKPGNILLDQHFVSKISDVGLARLVPPSVA 567

Query: 396 DSVTQYRMTSTAGTFCYIDPEYQQTGMLGVKSDIYSLGIMFLQLITAKPPMGLTHHVERA 455
           D+ TQYRMTSTAGTF YIDPEYQQTGMLG KSDIYS GIM LQ++TAKPPMGLTHHVE+A
Sbjct: 568 DTATQYRMTSTAGTFFYIDPEYQQTGMLGTKSDIYSFGIMLLQILTAKPPMGLTHHVEKA 627

Query: 456 IEKGKFSELLDQSVTDWPAEETLCFAQLALKCAELRRKDRPDLRKVILPELIRFRSLAEA 515
           IEKG F+E+LD +V DWP EE L  A+LAL+CA+LRRKDRPDL  ++LPEL + R LAE 
Sbjct: 628 IEKGTFAEMLDPAVPDWPFEEALAAAKLALQCAKLRRKDRPDLGNIVLPELKKLRDLAEE 687

Query: 516 NTSPPMADGVTSPVFSRSQVSAFKQDLSGDRVSSQSSNGS 556
           +    +     SP+ S    ++ ++ +S  ++   S + S
Sbjct: 688 SIKFGVRQ--PSPIRSSGSATSIQEIISDPQLQYGSDSSS 724

[Close]
BLAST of MC08g0339 vs. TAIR 10
Match: AT5G12000.1 (Protein kinase protein with adenine nucleotide alpha hydrolases-like domain )

HSP 1 Score: 455.3 bits (1170), Expect = 7.2e-128
Identity = 222/290 (76.55%), Postives = 248/290 (85.52%), Query Frame = 0 

Query: 227 YRKYSIEEIEAATEFFSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDAAQGRSQFQQEV 286
           YRKYSI+EIE ATE F+ + KIGEGGYGPVY G LDHTPVAIKVLRPDAAQG+ QFQQEV
Sbjct: 407 YRKYSIDEIEVATERFANNRKIGEGGYGPVYHGTLDHTPVAIKVLRPDAAQGKKQFQQEV 466

Query: 287 EVLSCIRHPNMVLLLGACPEYGCLVYEFMANGSLDDCLFHRRENLKPLSWQLRFKIAAEI 346
           EVLS IRHP+MVLLLGACPEYGCLVYEFM NGSL+D LF RR N  PLSW+ RF+IAAEI
Sbjct: 467 EVLSSIRHPHMVLLLGACPEYGCLVYEFMDNGSLEDRLF-RRGNSPPLSWRKRFQIAAEI 526

Query: 347 GTSLLFLHQTKPEPLVHRDLKPANILLDRNFVSKISDVGLARLVPPSVADSVTQYRMTST 406
            T+L FLHQ KPEPLVHRDLKPANILLD+N+VSKISDVGLARLVP SVA++VTQY MTS 
Sbjct: 527 ATALSFLHQAKPEPLVHRDLKPANILLDKNYVSKISDVGLARLVPASVANTVTQYHMTSA 586

Query: 407 AGTFCYIDPEYQQTGMLGVKSDIYSLGIMFLQLITAKPPMGLTHHVERAIEKGKFSELLD 466
           AGTFCYIDPEYQQTG L  KSDI+SLGIM LQ+ITAK PMGL HHV RAI+KG F ++LD
Sbjct: 587 AGTFCYIDPEYQQTGKLTTKSDIFSLGIMLLQIITAKSPMGLAHHVSRAIDKGTFKDMLD 646

Query: 467 QSVTDWPAEETLCFAQLALKCAELRRKDRPDLRKVILPELIRFRSLAEAN 517
             V DWP EE L FA+L L+CAELR++DRPDL K I+PEL+R R+L + N
Sbjct: 647 PVVPDWPVEEALNFAKLCLRCAELRKRDRPDLGKEIVPELLRLRNLGKDN 695

[Close]
BLAST of MC08g0339 vs. TAIR 10
Match: AT2G07020.1 (Protein kinase protein with adenine nucleotide alpha hydrolases-like domain )

HSP 1 Score: 449.5 bits (1155), Expect = 3.9e-126
Identity = 220/292 (75.34%), Postives = 246/292 (84.25%), Query Frame = 0 

Query: 227 YRKYSIEEIEAATEFFSESLKIGEGGYGPVYKGYLDHTPVAIKVLRPDAAQGRSQFQQEV 286
           YRKY+IEEIE  T  FS+S KIGEG YG VYKG LD+TPVAIKV+RPDA QGRSQFQQEV
Sbjct: 404 YRKYTIEEIEQGTTKFSDSHKIGEGSYGTVYKGTLDYTPVAIKVVRPDATQGRSQFQQEV 463

Query: 287 EVLSCIRHPNMVLLLGACPEYGCLVYEFMANGSLDDCLFHRRENLKPLSWQLRFKIAAEI 346
           EVL+CIRHPNMVLLLGAC EYGCLVYE+M+NGSLDDCL  RR N   LSWQLRF+IAAEI
Sbjct: 464 EVLTCIRHPNMVLLLGACAEYGCLVYEYMSNGSLDDCLL-RRGNSPVLSWQLRFRIAAEI 523

Query: 347 GTSLLFLHQTKPEPLVHRDLKPANILLDRNFVSKISDVGLARLVPPSVADSVTQYRMTST 406
            TSL FLHQ KPEPLVHRDLKPANILLD++ VSKISDVGLARLVPP++ D  T YRMTST
Sbjct: 524 ATSLNFLHQLKPEPLVHRDLKPANILLDQHMVSKISDVGLARLVPPTIDDIATHYRMTST 583

Query: 407 AGTFCYIDPEYQQTGMLGVKSDIYSLGIMFLQLITAKPPMGLTHHVERAIEKGKFSELLD 466
           AGT CYIDPEYQQTGMLG KSDIYS GI+ LQ++TAK PMGLT+ VE+AIE+G F+++LD
Sbjct: 584 AGTLCYIDPEYQQTGMLGTKSDIYSFGIVLLQILTAKTPMGLTNQVEKAIEEGNFAKILD 643

Query: 467 QSVTDWPAEETLCFAQLALKCAELRRKDRPDLRKVILPELIRFRSLAEANTS 519
             VTDWP EE L  A++ L+CAELRRKDRPDL  V+LP L R  +LAE N S
Sbjct: 644 PLVTDWPIEEALILAKIGLQCAELRRKDRPDLGTVVLPGLKRLMNLAEENMS 694

The following BLAST results are available for this feature:
BLAST of MC08g0339 vs. ExPASy Swiss-Prot
Match NameE-valueIdentityDescription
Q8S8S76.2e-9256.40U-box domain-containing protein 34 OS=Arabidopsis thaliana OX=3702 GN=PUB34 PE=3... [more]
Q9SW112.7e-8752.25U-box domain-containing protein 35 OS=Arabidopsis thaliana OX=3702 GN=PUB35 PE=2... [more]
Q9FKG61.7e-8654.67U-box domain-containing protein 52 OS=Arabidopsis thaliana OX=3702 GN=PUB52 PE=2... [more]
Q9FKG51.9e-8552.77U-box domain-containing protein 51 OS=Arabidopsis thaliana OX=3702 GN=PUB51 PE=2... [more]
Q9LU479.9e-8251.54Putative U-box domain-containing protein 53 OS=Arabidopsis thaliana OX=3702 GN=P... [more]
BLAST of MC08g0339 vs. NCBI nr
Match NameE-valueIdentityDescription
XP_022131589.11.13e-23299.11U-box domain-containing protein 35-like isoform X2 [Momordica charantia][more]
XP_022131588.11.16e-23299.11U-box domain-containing protein 35-like isoform X1 [Momordica charantia][more]
XP_038886009.18.72e-19686.69U-box domain-containing protein 35-like isoform X3 [Benincasa hispida][more]
XP_038886007.19.00e-19686.69U-box domain-containing protein 35-like isoform X1 [Benincasa hispida] >XP_03888... [more]
XP_038886010.16.18e-19587.85U-box domain-containing protein 35-like isoform X4 [Benincasa hispida][more]
BLAST of MC08g0339 vs. ExPASy TrEMBL
Match NameE-valueIdentityDescription
A0A6J1BQN65.45e-23399.11U-box domain-containing protein 35-like isoform X2 OS=Momordica charantia OX=367... [more]
A0A6J1BTT15.63e-23399.11U-box domain-containing protein 35-like isoform X1 OS=Momordica charantia OX=367... [more]
A0A0A0LS715.07e-19184.91Protein kinase domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_2G377... [more]
A0A6J1HCB43.22e-18887.46U-box domain-containing protein 52-like OS=Cucurbita moschata OX=3662 GN=LOC1114... [more]
A0A6J1K9P04.56e-18887.99U-box domain-containing protein 52-like OS=Cucurbita maxima OX=3661 GN=LOC111491... [more]
BLAST of MC08g0339 vs. TAIR 10
Match NameE-valueIdentityDescription
AT2G24370.13.0e-14273.58Protein kinase protein with adenine nucleotide alpha hydrolases-like domain [more]
AT4G31230.19.0e-13977.96Protein kinase protein with adenine nucleotide alpha hydrolases-like domain [more]
AT5G35380.11.9e-13370.29Protein kinase protein with adenine nucleotide alpha hydrolases-like domain [more]
AT5G12000.17.2e-12876.55Protein kinase protein with adenine nucleotide alpha hydrolases-like domain [more]
AT2G07020.13.9e-12675.34Protein kinase protein with adenine nucleotide alpha hydrolases-like domain [more]
InterPro
Analysis Name: InterPro Annotations of Bitter gourd (Dali-11) v1
Date Performed: 2021-10-25
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR000719Protein kinase domainSMARTSM00220serkin_6coord: 242..507
e-value: 5.9E-28
score: 108.9
IPR000719Protein kinase domainPFAMPF00069Pkinasecoord: 244..500
e-value: 6.1E-39
score: 134.0
IPR000719Protein kinase domainPROSITEPS50011PROTEIN_KINASE_DOMcoord: 242..507
score: 34.817001
NoneNo IPR availableGENE3D1.10.510.10Transferase(Phosphotransferase) domain 1coord: 315..516
e-value: 1.3E-47
score: 163.7
NoneNo IPR availableGENE3D3.30.200.20Phosphorylase Kinase; domain 1coord: 224..314
e-value: 4.4E-26
score: 92.8
NoneNo IPR availablePIRSRPIRSR037921-1PIRSR037921-1coord: 249..446
e-value: 2.8E-31
score: 106.9
NoneNo IPR availablePIRSRPIRSR037993-2PIRSR037993-2coord: 361..501
e-value: 0.007
score: 13.1
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 540..564
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 203..226
NoneNo IPR availablePANTHERPTHR45647OS02G0152300 PROTEINcoord: 227..555
NoneNo IPR availablePANTHERPTHR45647:SF101U-BOX DOMAIN-CONTAINING PROTEIN 34-LIKEcoord: 227..555
NoneNo IPR availableSUPERFAMILY52058L domain-likecoord: 2..126
IPR032675Leucine-rich repeat domain superfamilyGENE3D3.80.10.10Ribonuclease Inhibitorcoord: 1..150
e-value: 1.8E-31
score: 110.9
IPR001611Leucine-rich repeatPFAMPF13855LRR_8coord: 30..88
e-value: 5.8E-9
score: 35.6
IPR001611Leucine-rich repeatPFAMPF00560LRR_1coord: 102..121
e-value: 1.1
score: 10.1
IPR008271Serine/threonine-protein kinase, active sitePROSITEPS00108PROTEIN_KINASE_STcoord: 361..373
IPR011009Protein kinase-like domain superfamilySUPERFAMILY56112Protein kinase-like (PK-like)coord: 222..502

Relationships

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

Feature NameUnique NameType
MC08g0339.1MC08g0339.1mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0006468 protein phosphorylation
cellular_component GO:0016021 integral component of membrane
molecular_function GO:0005524 ATP binding
molecular_function GO:0005515 protein binding
molecular_function GO:0004672 protein kinase activity