Moc07g02690 (gene) Bitter gourd (OHB3-1) v2

Overview
NameMoc07g02690
Typegene
OrganismMomordica charantia cv. OHB3-1 (Bitter gourd (OHB3-1) v2)
Descriptionpentatricopeptide repeat-containing protein At1g06710, mitochondrial
Locationchr7: 2318344 .. 2345807 (-)
RNA-Seq ExpressionMoc07g02690
SyntenyMoc07g02690
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

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

mRNA sequence

ATGAGCAGAAGGGGGCTGAAATCTCTCCGACTTCTCTCAACCTCCTTCAATTCTTCCCCATTTAGATTGAACGCCGTCTTCTCCACGAACCCATCACTCATATTCTCTGATTCCTCCAGATTTTCCTTTGGGAACATCAGTGTATATCGCCTAAGCCTTTCATCCGCCATTGCCAAGTACACCACTTCTCCTCCGGACAATCTCGAGGGACTAGTTGATTTAGACGACTCAAATCCGTCTGAGAGTTCGCGGGTCGAATGCTTTTCGGCCCAAGAAGTTGGGTTTCTGCGTGATTCTTTGTTGGATTCTCCTGCAGACTCTGGTTCTTCTGAGAAGACACTCGAGATTGGTAAGATTTCAAACGAGGCTATTTCGATATTAGATGCAATTCGTAACGGTGATGATGGGTTTGGGGACAAAACCCAGAAATTACTTAGGCAATTTAGACAGAGTTTGAATCCCGATTTGGTTGTTGAGGTTTTGAATCTTTTGAGGAGTCCTGAATTGTGTGTCAGGTTCTTTCTGTGGGCGGGTAGGCAAATTGGTTACAATCACACTGCGTCTGTGTACTGTGCATTGTTAGATGTTTTCGAGTGTGATAATTACGATCGAGTACCGGAGGAGTATCTGCGAGAAATTTGGGGTGATGACAAAGTGGTGCTTGGGAAGTTGCTTAATGTGTTGATTCGGAAATGTTGCCGAAATGGGTTGTGGAATGTAGCATTGGAAGAGCTCGGGAGGCTTAAGGATTTTGGATACAAGCCGACCCGGTTAACTTATAATGCTTTGATTCAAGTCTTTCTCAGAGCTGATAAGTTGGATACTGCTCATTTGGTTCATAGAGAGATGTCACAATCAGGATTTAGTATGGATGAGTTTACTTTAGGTTTTTTTGCTCAAGCCCTCTGCAGAGTGGGCAAATGGAGGGATGCCCTCTCATTAATTGAGAAAGAAGATTTTGTCCCCAATACGGTTCTCTATACGAAGATGATATCTGGATTGTGTGAAGCTTCGCTTTTTGAAGAAGCTATGGATTTTTTGAACAGGATGCGGTCTACTTCCTGCATCCCTAATGCTCAGACTTATAAGATCTTGCTTTGTGGCTGTTTGAATAAAAAACAGCTGGGTCGATGTAAGAGAATTCTGAGTATGATGATTGCAGAAGGCTGTTTTCCGAGTTATAGGATATTTAATTCTCTTGTTCATGCTTATTGCAGATCAGGGGATTTTTCATATGCTTATAAGTTGCTCAAGAAAATGGAAAATTGTGGATGCAAGCCTGGCTATGTGGTTTACAATATCTTAATTGGCGGTATTTGTGGTAGTGAAGAGTTACCTGGCCCAGTTACATTTGAGTTGGCCGAGAAAGCTTACAATGAGATGCTTTCTGCAGGAACTGTTCTAAATAAGGTAAATGTTGTGAACTTTGCTCGATGCCTATGTGGCTTTGGGAAATTTGAGAAAGCATATAAAGTAATCCATGAAATGATGGATAATGGTTTCATTCCTGATACCTCTACATATTCTGAAGTGATAGGTTTTCTATGTAATGCCTCAAGGGTAGAAAATGCCTTTTTGTTATTCAAAGAAATGAAAGGGACTGGTGTTGTTCCTGATGTTTATACGTACACAATTTTAATTGATTGTTTTTCTAAAGCTGGCCTCATTAAACAAGCTCACAATTGGCTAGATGAAATGGTAAGAGATGGGTGTGAACCTACTGTGGTGACTTATACAACCCTCATCCATGCATATCTTAAGGCTAAGAAAGTTTCCATTGCTAATGAACTTTTTGAGTTAATGCTAGCAAAGGGTTGTATTCCTAATGTTATTACATATACAGCTTTAATTGATGGCTATTGTAAATCAGGGAATATAGAAAAAGCTTGCCAGATTTATTCAAGAATGAGAGGTGACGAAGACATTCCGGATGTAGATATGTATTTTAAAACGGAAAATAATGTCTCTGAAAAGCCGAATGTTGTTACATTTGGAGCTTTGGTGGATGGTTTATGCAAGGCCCATAAAGTCAAAGATGCTCGCAACTTACTGGAAACCATGTTTTTGGAAGGCTGTGAACCAAACAATATTGTATATGATGCACTTATTGATGGCTTTTGCAAGGCTGCAAAGTTGGATGAAGCACAAGAGGTGTTTGCTAAGATGGTCGAGCGCGGGTATAATCCTAATGTCTATACTTATAGCTCTCTGATTGATAGGTTATTCAAGGATAAACGTCTAGATTTTGTTTTGAAAGTGTTGTCCAAAATGCTTGAGAATTCTTGTGCTCCTAATGTTGTTATCTACACAGAGATGATTGATGGCCTTTCTAAAGTTGCAAAGACAGATGAAGCTTATAAGCTTATGTTGATGATGGAAGAAAAGGGATGTAAACCAAATGTTGTGACTTACACTGCAATGATTGATGGCTTTGGGAAAGCTGGTAAAGTTGACAAATGCCTTGAGCTTTTCAGGGAAATGGGCTCAAAAGGCTGTGCACCAAATTTCGTCACCTACACAGTGTTGATCAACCATTGCTGTGCTACTGGCTTTTTAGACGAGGCTTATGCACTTTTGGATGAAATGAAACAAACATACTGGCCAAAACATATATCGAGCTACTGTAAGGTGATTGAAGGCTATAACCGGGAGTTCATTCTCTCTCTTGGGCTCTTAGAGGAAGCGGAGAAGAATGATTCTGCTCCAATTATTCTGCTATATAGGGTTTTGATTGATAACTTTATTAAGGCAGGAAGACTGGAAGTGGCACTGAAGCTTCACAAAGAGGTTATATCAGCTTCAATGTCCATGGCTGCTAAGAAAAATATGTATACGTCATTGATTCACAGTTTTTCTAATGCAACTAAGATCGGTCACGCGTTTGAGTTATTTAATGATATGATAAGACAAGGTGCTATACCAGATCTTGGTACATTTGTTCACCTTATCACGGGGCTTATCAAAGTTAGCAGGTGGGAGGAAGCACTTCAGCTTGCAGATATCATATGTCAGATGGATAAGTTCGCCGGAAATCTTTATCGAGCTGTTAACCAGATTCAGACTTGTGAGAAGGATTATGCAAAGGAAACTGCATGTCTGAACTGCCAACAGGACAAGCTCGTGCGCATCGGAGCTGTTAAAGTGACTTCTGCAATTGATTCCCCAGAGCTCCATTGTGAAAAGGAAATGTTGGGGTTCATCTTGCTCGTGCCAGCTCAATGCTGGATGAGGCTCTCTACCATTCTCCGATTAGGGACAGGGGTCGATCTTGTGATCGGAATTTCGGCTTGCTTCTTGTCGTCTCATCAAATTGTGTTCTGGGTTTGCTTGAAATTTGCTTTCGGAATTGAGGTTTTTGTTTGGATGGAGCAGTCTCTGTCATCATTGGCATTCAAGGGTTCCATAGGTGAAGCAATTCTTGAATCCAAAAATCAGAGGAAACTATTTGTGGTTTTTATTTCAGGCGAGGATGCTGAATCAAGCAGTTTGGAAAGTTCCACTTGGACAAGCTCAAGAGTGGCTGAGTCAGTGTCAAAATACTGCGTTTTATTACATATTCCTGCTGGAAGCACTGATGCTGCTCAGTTTTCGTCAATATACCCACAGAAATCTGTTCCATGTATAACTGCTGTTGGATACAATGGTATACAACTTTGGCAAAATGAGGGCTTCATTGGTGCTGACGATTTGGCTTTCAATTTAGAGAAGGCGTGGTTGGGTCTTCATATCCAGGAAACTACGGCATCTGTTTTGACTGCAGCCCTTGCTGCAAAGAATTCTGAGGCATCTACTTCAAGGCCGTCTGATTCAGGGAGTTCCTCTTTGGCAGCTGTTTCTCCTGCAGATGATCATATTGGTTCCTCAGAAACTACTCTGGGAGTCATTAAGGAGTTGGTAGAGGAGGAGAAAGGGCCTGAACAATTAGTCAAGCAGGAAGACATAAAAGCAGTTGATAAGGAGTCCAATGTACAACATTCTGTGAGTGTTCGGAACGATGATGAATCCCCTGATCCCTCTGAGAAAGAGAATAGTTCATTGGCAGATCTTGGAGACCTGCAAAAATGTTCCACTGAACGTACTTCCAGTACTGTGCATGACTCTTCTATCTCTCCAAGGCTTACCGAGTCATGTCAATCAGGAGCTTCACAACCAATCTCTTTAGAAGCCAAGAAAGATGTCCAAGAGGAAAAGAACGGAATTGTGGATCAGAATAACGCTTTTAAAAATGAGAGTGTTCGTAAAGATTACACGTCAAGTGATGTTCATTTAAACATTCGGTTGCTAAATGGTGTTAGCCTCCAGGAGAAGTTTCCCAAGACGAGCACCTTGAGAATGGTCAAAGATTACGTGGATAGTAGCCAAGAAAGTAGCTTTGGGTCTTATGATTTAGCCGTTCCGTATCCTCGCAAGGTCTTCACTGATGAAGATTTGGGCAAATCATTATCTGACTTGGGCCTATCTAACAGACAAGCATTGATTATGGTTCGACATCAGGGAGTTAGTAACGATTTCAGAGGGGCGTCCTCCTCCTCAGATCAAAGAAACTCTGCAGCCAATAATGCCTCTCCAGATGAAAATGGTGATGGATATTTTGCATACGTTAGAAGGATATTATCTTATGTGAATCCGTTCTCCTATCTTGGTAGAGGTGCCAGCACAGAAAGTTCCAGACATGAAACTCAAGGAGACGTGCGACAGTATAGTAGCGAATCTTCGAATTCAGAGAGTCGTTATGCCTGCCAACCAAACCAAGGTGCTATGGTGACGGGTGGAAACAATACCCGAGGCAAGCAACCATCGTCTACATCTAGATTTGGAGCAAATATTCACACGCTGAAGCATGACGACGACGAAGAACGATTCAGAGGTCGGAATTCCTTTTGGAATGGTAATTCTACTCAGTATGGTGGTGACGACGATAGCAAATGA

Coding sequence (CDS)

ATGAGCAGAAGGGGGCTGAAATCTCTCCGACTTCTCTCAACCTCCTTCAATTCTTCCCCATTTAGATTGAACGCCGTCTTCTCCACGAACCCATCACTCATATTCTCTGATTCCTCCAGATTTTCCTTTGGGAACATCAGTGTATATCGCCTAAGCCTTTCATCCGCCATTGCCAAGTACACCACTTCTCCTCCGGACAATCTCGAGGGACTAGTTGATTTAGACGACTCAAATCCGTCTGAGAGTTCGCGGGTCGAATGCTTTTCGGCCCAAGAAGTTGGGTTTCTGCGTGATTCTTTGTTGGATTCTCCTGCAGACTCTGGTTCTTCTGAGAAGACACTCGAGATTGGTAAGATTTCAAACGAGGCTATTTCGATATTAGATGCAATTCGTAACGGTGATGATGGGTTTGGGGACAAAACCCAGAAATTACTTAGGCAATTTAGACAGAGTTTGAATCCCGATTTGGTTGTTGAGGTTTTGAATCTTTTGAGGAGTCCTGAATTGTGTGTCAGGTTCTTTCTGTGGGCGGGTAGGCAAATTGGTTACAATCACACTGCGTCTGTGTACTGTGCATTGTTAGATGTTTTCGAGTGTGATAATTACGATCGAGTACCGGAGGAGTATCTGCGAGAAATTTGGGGTGATGACAAAGTGGTGCTTGGGAAGTTGCTTAATGTGTTGATTCGGAAATGTTGCCGAAATGGGTTGTGGAATGTAGCATTGGAAGAGCTCGGGAGGCTTAAGGATTTTGGATACAAGCCGACCCGGTTAACTTATAATGCTTTGATTCAAGTCTTTCTCAGAGCTGATAAGTTGGATACTGCTCATTTGGTTCATAGAGAGATGTCACAATCAGGATTTAGTATGGATGAGTTTACTTTAGGTTTTTTTGCTCAAGCCCTCTGCAGAGTGGGCAAATGGAGGGATGCCCTCTCATTAATTGAGAAAGAAGATTTTGTCCCCAATACGGTTCTCTATACGAAGATGATATCTGGATTGTGTGAAGCTTCGCTTTTTGAAGAAGCTATGGATTTTTTGAACAGGATGCGGTCTACTTCCTGCATCCCTAATGCTCAGACTTATAAGATCTTGCTTTGTGGCTGTTTGAATAAAAAACAGCTGGGTCGATGTAAGAGAATTCTGAGTATGATGATTGCAGAAGGCTGTTTTCCGAGTTATAGGATATTTAATTCTCTTGTTCATGCTTATTGCAGATCAGGGGATTTTTCATATGCTTATAAGTTGCTCAAGAAAATGGAAAATTGTGGATGCAAGCCTGGCTATGTGGTTTACAATATCTTAATTGGCGGTATTTGTGGTAGTGAAGAGTTACCTGGCCCAGTTACATTTGAGTTGGCCGAGAAAGCTTACAATGAGATGCTTTCTGCAGGAACTGTTCTAAATAAGGTAAATGTTGTGAACTTTGCTCGATGCCTATGTGGCTTTGGGAAATTTGAGAAAGCATATAAAGTAATCCATGAAATGATGGATAATGGTTTCATTCCTGATACCTCTACATATTCTGAAGTGATAGGTTTTCTATGTAATGCCTCAAGGGTAGAAAATGCCTTTTTGTTATTCAAAGAAATGAAAGGGACTGGTGTTGTTCCTGATGTTTATACGTACACAATTTTAATTGATTGTTTTTCTAAAGCTGGCCTCATTAAACAAGCTCACAATTGGCTAGATGAAATGGTAAGAGATGGGTGTGAACCTACTGTGGTGACTTATACAACCCTCATCCATGCATATCTTAAGGCTAAGAAAGTTTCCATTGCTAATGAACTTTTTGAGTTAATGCTAGCAAAGGGTTGTATTCCTAATGTTATTACATATACAGCTTTAATTGATGGCTATTGTAAATCAGGGAATATAGAAAAAGCTTGCCAGATTTATTCAAGAATGAGAGGTGACGAAGACATTCCGGATGTAGATATGTATTTTAAAACGGAAAATAATGTCTCTGAAAAGCCGAATGTTGTTACATTTGGAGCTTTGGTGGATGGTTTATGCAAGGCCCATAAAGTCAAAGATGCTCGCAACTTACTGGAAACCATGTTTTTGGAAGGCTGTGAACCAAACAATATTGTATATGATGCACTTATTGATGGCTTTTGCAAGGCTGCAAAGTTGGATGAAGCACAAGAGGTGTTTGCTAAGATGGTCGAGCGCGGGTATAATCCTAATGTCTATACTTATAGCTCTCTGATTGATAGGTTATTCAAGGATAAACGTCTAGATTTTGTTTTGAAAGTGTTGTCCAAAATGCTTGAGAATTCTTGTGCTCCTAATGTTGTTATCTACACAGAGATGATTGATGGCCTTTCTAAAGTTGCAAAGACAGATGAAGCTTATAAGCTTATGTTGATGATGGAAGAAAAGGGATGTAAACCAAATGTTGTGACTTACACTGCAATGATTGATGGCTTTGGGAAAGCTGGTAAAGTTGACAAATGCCTTGAGCTTTTCAGGGAAATGGGCTCAAAAGGCTGTGCACCAAATTTCGTCACCTACACAGTGTTGATCAACCATTGCTGTGCTACTGGCTTTTTAGACGAGGCTTATGCACTTTTGGATGAAATGAAACAAACATACTGGCCAAAACATATATCGAGCTACTGTAAGGTGATTGAAGGCTATAACCGGGAGTTCATTCTCTCTCTTGGGCTCTTAGAGGAAGCGGAGAAGAATGATTCTGCTCCAATTATTCTGCTATATAGGGTTTTGATTGATAACTTTATTAAGGCAGGAAGACTGGAAGTGGCACTGAAGCTTCACAAAGAGGTTATATCAGCTTCAATGTCCATGGCTGCTAAGAAAAATATGTATACGTCATTGATTCACAGTTTTTCTAATGCAACTAAGATCGGTCACGCGTTTGAGTTATTTAATGATATGATAAGACAAGGTGCTATACCAGATCTTGGTACATTTGTTCACCTTATCACGGGGCTTATCAAAGTTAGCAGGTGGGAGGAAGCACTTCAGCTTGCAGATATCATATGTCAGATGGATAAGTTCGCCGGAAATCTTTATCGAGCTGTTAACCAGATTCAGACTTGTGAGAAGGATTATGCAAAGGAAACTGCATGTCTGAACTGCCAACAGGACAAGCTCGTGCGCATCGGAGCTGTTAAAGTGACTTCTGCAATTGATTCCCCAGAGCTCCATTGTGAAAAGGAAATGTTGGGGTTCATCTTGCTCGTGCCAGCTCAATGCTGGATGAGGCTCTCTACCATTCTCCGATTAGGGACAGGGGTCGATCTTGTGATCGGAATTTCGGCTTGCTTCTTGTCGTCTCATCAAATTGTGTTCTGGGTTTGCTTGAAATTTGCTTTCGGAATTGAGGTTTTTGTTTGGATGGAGCAGTCTCTGTCATCATTGGCATTCAAGGGTTCCATAGGTGAAGCAATTCTTGAATCCAAAAATCAGAGGAAACTATTTGTGGTTTTTATTTCAGGCGAGGATGCTGAATCAAGCAGTTTGGAAAGTTCCACTTGGACAAGCTCAAGAGTGGCTGAGTCAGTGTCAAAATACTGCGTTTTATTACATATTCCTGCTGGAAGCACTGATGCTGCTCAGTTTTCGTCAATATACCCACAGAAATCTGTTCCATGTATAACTGCTGTTGGATACAATGGTATACAACTTTGGCAAAATGAGGGCTTCATTGGTGCTGACGATTTGGCTTTCAATTTAGAGAAGGCGTGGTTGGGTCTTCATATCCAGGAAACTACGGCATCTGTTTTGACTGCAGCCCTTGCTGCAAAGAATTCTGAGGCATCTACTTCAAGGCCGTCTGATTCAGGGAGTTCCTCTTTGGCAGCTGTTTCTCCTGCAGATGATCATATTGGTTCCTCAGAAACTACTCTGGGAGTCATTAAGGAGTTGGTAGAGGAGGAGAAAGGGCCTGAACAATTAGTCAAGCAGGAAGACATAAAAGCAGTTGATAAGGAGTCCAATGTACAACATTCTGTGAGTGTTCGGAACGATGATGAATCCCCTGATCCCTCTGAGAAAGAGAATAGTTCATTGGCAGATCTTGGAGACCTGCAAAAATGTTCCACTGAACGTACTTCCAGTACTGTGCATGACTCTTCTATCTCTCCAAGGCTTACCGAGTCATGTCAATCAGGAGCTTCACAACCAATCTCTTTAGAAGCCAAGAAAGATGTCCAAGAGGAAAAGAACGGAATTGTGGATCAGAATAACGCTTTTAAAAATGAGAGTGTTCGTAAAGATTACACGTCAAGTGATGTTCATTTAAACATTCGGTTGCTAAATGGTGTTAGCCTCCAGGAGAAGTTTCCCAAGACGAGCACCTTGAGAATGGTCAAAGATTACGTGGATAGTAGCCAAGAAAGTAGCTTTGGGTCTTATGATTTAGCCGTTCCGTATCCTCGCAAGGTCTTCACTGATGAAGATTTGGGCAAATCATTATCTGACTTGGGCCTATCTAACAGACAAGCATTGATTATGGTTCGACATCAGGGAGTTAGTAACGATTTCAGAGGGGCGTCCTCCTCCTCAGATCAAAGAAACTCTGCAGCCAATAATGCCTCTCCAGATGAAAATGGTGATGGATATTTTGCATACGTTAGAAGGATATTATCTTATGTGAATCCGTTCTCCTATCTTGGTAGAGGTGCCAGCACAGAAAGTTCCAGACATGAAACTCAAGGAGACGTGCGACAGTATAGTAGCGAATCTTCGAATTCAGAGAGTCGTTATGCCTGCCAACCAAACCAAGGTGCTATGGTGACGGGTGGAAACAATACCCGAGGCAAGCAACCATCGTCTACATCTAGATTTGGAGCAAATATTCACACGCTGAAGCATGACGACGACGAAGAACGATTCAGAGGTCGGAATTCCTTTTGGAATGGTAATTCTACTCAGTATGGTGGTGACGACGATAGCAAATGA

Protein sequence

MSRRGLKSLRLLSTSFNSSPFRLNAVFSTNPSLIFSDSSRFSFGNISVYRLSLSSAIAKYTTSPPDNLEGLVDLDDSNPSESSRVECFSAQEVGFLRDSLLDSPADSGSSEKTLEIGKISNEAISILDAIRNGDDGFGDKTQKLLRQFRQSLNPDLVVEVLNLLRSPELCVRFFLWAGRQIGYNHTASVYCALLDVFECDNYDRVPEEYLREIWGDDKVVLGKLLNVLIRKCCRNGLWNVALEELGRLKDFGYKPTRLTYNALIQVFLRADKLDTAHLVHREMSQSGFSMDEFTLGFFAQALCRVGKWRDALSLIEKEDFVPNTVLYTKMISGLCEASLFEEAMDFLNRMRSTSCIPNAQTYKILLCGCLNKKQLGRCKRILSMMIAEGCFPSYRIFNSLVHAYCRSGDFSYAYKLLKKMENCGCKPGYVVYNILIGGICGSEELPGPVTFELAEKAYNEMLSAGTVLNKVNVVNFARCLCGFGKFEKAYKVIHEMMDNGFIPDTSTYSEVIGFLCNASRVENAFLLFKEMKGTGVVPDVYTYTILIDCFSKAGLIKQAHNWLDEMVRDGCEPTVVTYTTLIHAYLKAKKVSIANELFELMLAKGCIPNVITYTALIDGYCKSGNIEKACQIYSRMRGDEDIPDVDMYFKTENNVSEKPNVVTFGALVDGLCKAHKVKDARNLLETMFLEGCEPNNIVYDALIDGFCKAAKLDEAQEVFAKMVERGYNPNVYTYSSLIDRLFKDKRLDFVLKVLSKMLENSCAPNVVIYTEMIDGLSKVAKTDEAYKLMLMMEEKGCKPNVVTYTAMIDGFGKAGKVDKCLELFREMGSKGCAPNFVTYTVLINHCCATGFLDEAYALLDEMKQTYWPKHISSYCKVIEGYNREFILSLGLLEEAEKNDSAPIILLYRVLIDNFIKAGRLEVALKLHKEVISASMSMAAKKNMYTSLIHSFSNATKIGHAFELFNDMIRQGAIPDLGTFVHLITGLIKVSRWEEALQLADIICQMDKFAGNLYRAVNQIQTCEKDYAKETACLNCQQDKLVRIGAVKVTSAIDSPELHCEKEMLGFILLVPAQCWMRLSTILRLGTGVDLVIGISACFLSSHQIVFWVCLKFAFGIEVFVWMEQSLSSLAFKGSIGEAILESKNQRKLFVVFISGEDAESSSLESSTWTSSRVAESVSKYCVLLHIPAGSTDAAQFSSIYPQKSVPCITAVGYNGIQLWQNEGFIGADDLAFNLEKAWLGLHIQETTASVLTAALAAKNSEASTSRPSDSGSSSLAAVSPADDHIGSSETTLGVIKELVEEEKGPEQLVKQEDIKAVDKESNVQHSVSVRNDDESPDPSEKENSSLADLGDLQKCSTERTSSTVHDSSISPRLTESCQSGASQPISLEAKKDVQEEKNGIVDQNNAFKNESVRKDYTSSDVHLNIRLLNGVSLQEKFPKTSTLRMVKDYVDSSQESSFGSYDLAVPYPRKVFTDEDLGKSLSDLGLSNRQALIMVRHQGVSNDFRGASSSSDQRNSAANNASPDENGDGYFAYVRRILSYVNPFSYLGRGASTESSRHETQGDVRQYSSESSNSESRYACQPNQGAMVTGGNNTRGKQPSSTSRFGANIHTLKHDDDEERFRGRNSFWNGNSTQYGGDDDSK
Homology
BLAST of Moc07g02690 vs. NCBI nr
Match: XP_022150421.1 (pentatricopeptide repeat-containing protein At1g06710, mitochondrial [Momordica charantia] >XP_022150422.1 pentatricopeptide repeat-containing protein At1g06710, mitochondrial [Momordica charantia] >XP_022150423.1 pentatricopeptide repeat-containing protein At1g06710, mitochondrial [Momordica charantia])

HSP 1 Score: 2036.5 bits (5275), Expect = 0.0e+00
Identity = 1006/1006 (100.00%), Postives = 1006/1006 (100.00%), Query Frame = 0

Query: 1    MSRRGLKSLRLLSTSFNSSPFRLNAVFSTNPSLIFSDSSRFSFGNISVYRLSLSSAIAKY 60
            MSRRGLKSLRLLSTSFNSSPFRLNAVFSTNPSLIFSDSSRFSFGNISVYRLSLSSAIAKY
Sbjct: 1    MSRRGLKSLRLLSTSFNSSPFRLNAVFSTNPSLIFSDSSRFSFGNISVYRLSLSSAIAKY 60

Query: 61   TTSPPDNLEGLVDLDDSNPSESSRVECFSAQEVGFLRDSLLDSPADSGSSEKTLEIGKIS 120
            TTSPPDNLEGLVDLDDSNPSESSRVECFSAQEVGFLRDSLLDSPADSGSSEKTLEIGKIS
Sbjct: 61   TTSPPDNLEGLVDLDDSNPSESSRVECFSAQEVGFLRDSLLDSPADSGSSEKTLEIGKIS 120

Query: 121  NEAISILDAIRNGDDGFGDKTQKLLRQFRQSLNPDLVVEVLNLLRSPELCVRFFLWAGRQ 180
            NEAISILDAIRNGDDGFGDKTQKLLRQFRQSLNPDLVVEVLNLLRSPELCVRFFLWAGRQ
Sbjct: 121  NEAISILDAIRNGDDGFGDKTQKLLRQFRQSLNPDLVVEVLNLLRSPELCVRFFLWAGRQ 180

Query: 181  IGYNHTASVYCALLDVFECDNYDRVPEEYLREIWGDDKVVLGKLLNVLIRKCCRNGLWNV 240
            IGYNHTASVYCALLDVFECDNYDRVPEEYLREIWGDDKVVLGKLLNVLIRKCCRNGLWNV
Sbjct: 181  IGYNHTASVYCALLDVFECDNYDRVPEEYLREIWGDDKVVLGKLLNVLIRKCCRNGLWNV 240

Query: 241  ALEELGRLKDFGYKPTRLTYNALIQVFLRADKLDTAHLVHREMSQSGFSMDEFTLGFFAQ 300
            ALEELGRLKDFGYKPTRLTYNALIQVFLRADKLDTAHLVHREMSQSGFSMDEFTLGFFAQ
Sbjct: 241  ALEELGRLKDFGYKPTRLTYNALIQVFLRADKLDTAHLVHREMSQSGFSMDEFTLGFFAQ 300

Query: 301  ALCRVGKWRDALSLIEKEDFVPNTVLYTKMISGLCEASLFEEAMDFLNRMRSTSCIPNAQ 360
            ALCRVGKWRDALSLIEKEDFVPNTVLYTKMISGLCEASLFEEAMDFLNRMRSTSCIPNAQ
Sbjct: 301  ALCRVGKWRDALSLIEKEDFVPNTVLYTKMISGLCEASLFEEAMDFLNRMRSTSCIPNAQ 360

Query: 361  TYKILLCGCLNKKQLGRCKRILSMMIAEGCFPSYRIFNSLVHAYCRSGDFSYAYKLLKKM 420
            TYKILLCGCLNKKQLGRCKRILSMMIAEGCFPSYRIFNSLVHAYCRSGDFSYAYKLLKKM
Sbjct: 361  TYKILLCGCLNKKQLGRCKRILSMMIAEGCFPSYRIFNSLVHAYCRSGDFSYAYKLLKKM 420

Query: 421  ENCGCKPGYVVYNILIGGICGSEELPGPVTFELAEKAYNEMLSAGTVLNKVNVVNFARCL 480
            ENCGCKPGYVVYNILIGGICGSEELPGPVTFELAEKAYNEMLSAGTVLNKVNVVNFARCL
Sbjct: 421  ENCGCKPGYVVYNILIGGICGSEELPGPVTFELAEKAYNEMLSAGTVLNKVNVVNFARCL 480

Query: 481  CGFGKFEKAYKVIHEMMDNGFIPDTSTYSEVIGFLCNASRVENAFLLFKEMKGTGVVPDV 540
            CGFGKFEKAYKVIHEMMDNGFIPDTSTYSEVIGFLCNASRVENAFLLFKEMKGTGVVPDV
Sbjct: 481  CGFGKFEKAYKVIHEMMDNGFIPDTSTYSEVIGFLCNASRVENAFLLFKEMKGTGVVPDV 540

Query: 541  YTYTILIDCFSKAGLIKQAHNWLDEMVRDGCEPTVVTYTTLIHAYLKAKKVSIANELFEL 600
            YTYTILIDCFSKAGLIKQAHNWLDEMVRDGCEPTVVTYTTLIHAYLKAKKVSIANELFEL
Sbjct: 541  YTYTILIDCFSKAGLIKQAHNWLDEMVRDGCEPTVVTYTTLIHAYLKAKKVSIANELFEL 600

Query: 601  MLAKGCIPNVITYTALIDGYCKSGNIEKACQIYSRMRGDEDIPDVDMYFKTENNVSEKPN 660
            MLAKGCIPNVITYTALIDGYCKSGNIEKACQIYSRMRGDEDIPDVDMYFKTENNVSEKPN
Sbjct: 601  MLAKGCIPNVITYTALIDGYCKSGNIEKACQIYSRMRGDEDIPDVDMYFKTENNVSEKPN 660

Query: 661  VVTFGALVDGLCKAHKVKDARNLLETMFLEGCEPNNIVYDALIDGFCKAAKLDEAQEVFA 720
            VVTFGALVDGLCKAHKVKDARNLLETMFLEGCEPNNIVYDALIDGFCKAAKLDEAQEVFA
Sbjct: 661  VVTFGALVDGLCKAHKVKDARNLLETMFLEGCEPNNIVYDALIDGFCKAAKLDEAQEVFA 720

Query: 721  KMVERGYNPNVYTYSSLIDRLFKDKRLDFVLKVLSKMLENSCAPNVVIYTEMIDGLSKVA 780
            KMVERGYNPNVYTYSSLIDRLFKDKRLDFVLKVLSKMLENSCAPNVVIYTEMIDGLSKVA
Sbjct: 721  KMVERGYNPNVYTYSSLIDRLFKDKRLDFVLKVLSKMLENSCAPNVVIYTEMIDGLSKVA 780

Query: 781  KTDEAYKLMLMMEEKGCKPNVVTYTAMIDGFGKAGKVDKCLELFREMGSKGCAPNFVTYT 840
            KTDEAYKLMLMMEEKGCKPNVVTYTAMIDGFGKAGKVDKCLELFREMGSKGCAPNFVTYT
Sbjct: 781  KTDEAYKLMLMMEEKGCKPNVVTYTAMIDGFGKAGKVDKCLELFREMGSKGCAPNFVTYT 840

Query: 841  VLINHCCATGFLDEAYALLDEMKQTYWPKHISSYCKVIEGYNREFILSLGLLEEAEKNDS 900
            VLINHCCATGFLDEAYALLDEMKQTYWPKHISSYCKVIEGYNREFILSLGLLEEAEKNDS
Sbjct: 841  VLINHCCATGFLDEAYALLDEMKQTYWPKHISSYCKVIEGYNREFILSLGLLEEAEKNDS 900

Query: 901  APIILLYRVLIDNFIKAGRLEVALKLHKEVISASMSMAAKKNMYTSLIHSFSNATKIGHA 960
            APIILLYRVLIDNFIKAGRLEVALKLHKEVISASMSMAAKKNMYTSLIHSFSNATKIGHA
Sbjct: 901  APIILLYRVLIDNFIKAGRLEVALKLHKEVISASMSMAAKKNMYTSLIHSFSNATKIGHA 960

Query: 961  FELFNDMIRQGAIPDLGTFVHLITGLIKVSRWEEALQLADIICQMD 1007
            FELFNDMIRQGAIPDLGTFVHLITGLIKVSRWEEALQLADIICQMD
Sbjct: 961  FELFNDMIRQGAIPDLGTFVHLITGLIKVSRWEEALQLADIICQMD 1006

BLAST of Moc07g02690 vs. NCBI nr
Match: XP_022992076.1 (pentatricopeptide repeat-containing protein At1g06710, mitochondrial [Cucurbita maxima])

HSP 1 Score: 1792.3 bits (4641), Expect = 0.0e+00
Identity = 878/1006 (87.28%), Postives = 938/1006 (93.24%), Query Frame = 0

Query: 1    MSRRGLKSLRLLSTSFNSSPFRLNAVFSTNPSLIFSDSSRFSFGNISVYRLSLSSAIAKY 60
            MSRRG KSL  LS S  SSP R N +FS +P  ++SDS R +  NI++YR +LSS+IA +
Sbjct: 1    MSRRGFKSLHFLSLSLISSPSRSNPIFSFHPFPVYSDSFRAALANITLYRPTLSSSIAHF 60

Query: 61   TTSPPDNLEGLVDLDDSNPSESSRVECFSAQEVGFLRDSLLDSPADSGSSEKTLEIGKIS 120
            +TS PD+L+GLVD D+S PSESSRVECFSA EV  LRDSLLDS ADS SSE TL+ GKIS
Sbjct: 61   STS-PDDLQGLVDPDESFPSESSRVECFSAPEVSLLRDSLLDSHADSPSSEPTLKSGKIS 120

Query: 121  NEAISILDAIRNGDDGFGDKTQKLLRQFRQSLNPDLVVEVLNLLRSPELCVRFFLWAGRQ 180
            N+AISILD I N DDGFGDKTQKLLRQFRQ+LNPDLVVE+L LLR+PELCV+FFLWAGRQ
Sbjct: 121  NDAISILDTICNSDDGFGDKTQKLLRQFRQNLNPDLVVEILGLLRNPELCVKFFLWAGRQ 180

Query: 181  IGYNHTASVYCALLDVFECDNYDRVPEEYLREIWGDDKVVLGKLLNVLIRKCCRNGLWNV 240
            IGYNHTASVY ALLDV EC +YDRVPE++LREI  DDK VLGKLLNVLIRKCCRNG WNV
Sbjct: 181  IGYNHTASVYNALLDVCECGSYDRVPEKFLREIKDDDKEVLGKLLNVLIRKCCRNGFWNV 240

Query: 241  ALEELGRLKDFGYKPTRLTYNALIQVFLRADKLDTAHLVHREMSQSGFSMDEFTLGFFAQ 300
            ALEELGRLKDFGYKPTRLTYNALIQVFLRADKLDTA+LVHREMS+ GF+MDEFTLG FAQ
Sbjct: 241  ALEELGRLKDFGYKPTRLTYNALIQVFLRADKLDTAYLVHREMSELGFNMDEFTLGLFAQ 300

Query: 301  ALCRVGKWRDALSLIEKEDFVPNTVLYTKMISGLCEASLFEEAMDFLNRMRSTSCIPNAQ 360
            ALC+VGKWR+ALSLIEKEDFVPNT+LYTKMISGLC+AS FEEAMDFLNRMRS+SCIPNA+
Sbjct: 301  ALCKVGKWREALSLIEKEDFVPNTILYTKMISGLCDASFFEEAMDFLNRMRSSSCIPNAR 360

Query: 361  TYKILLCGCLNKKQLGRCKRILSMMIAEGCFPSYRIFNSLVHAYCRSGDFSYAYKLLKKM 420
            TYKILLCGCLNKKQLGRCKRILSMMIAEGCFPSY IFNSLVHAYC++GDFSYAYKLLKKM
Sbjct: 361  TYKILLCGCLNKKQLGRCKRILSMMIAEGCFPSYTIFNSLVHAYCKTGDFSYAYKLLKKM 420

Query: 421  ENCGCKPGYVVYNILIGGICGSEELPGPVTFELAEKAYNEMLSAGTVLNKVNVVNFARCL 480
            E C CKPGYVVYNILIGGIC  +ELPGP+TFELAEKAYNEM S+GTVLNKVNVV+FARCL
Sbjct: 421  EKCECKPGYVVYNILIGGICNGKELPGPITFELAEKAYNEMCSSGTVLNKVNVVSFARCL 480

Query: 481  CGFGKFEKAYKVIHEMMDNGFIPDTSTYSEVIGFLCNASRVENAFLLFKEMKGTGVVPDV 540
            CGFGKFEKAYKVIHEMM NGFIPDTSTYSEVIGF+CNASRVENAFLLFKEMKG G+VPDV
Sbjct: 481  CGFGKFEKAYKVIHEMMGNGFIPDTSTYSEVIGFMCNASRVENAFLLFKEMKGAGMVPDV 540

Query: 541  YTYTILIDCFSKAGLIKQAHNWLDEMVRDGCEPTVVTYTTLIHAYLKAKKVSIANELFEL 600
            YTYTILIDCFSKAGLI+QAHNWLDEMVRDGCEPTVVTYTTLIHAYLKAKKVS+ANELFE+
Sbjct: 541  YTYTILIDCFSKAGLIQQAHNWLDEMVRDGCEPTVVTYTTLIHAYLKAKKVSVANELFEV 600

Query: 601  MLAKGCIPNVITYTALIDGYCKSGNIEKACQIYSRMRGDEDIPDVDMYFKTENNVSEKPN 660
            M+AKGCIPNVITYTALIDGY KSGNIE ACQIY+RMRGD DIPDVDMYFKTENNVSEKPN
Sbjct: 601  MIAKGCIPNVITYTALIDGYSKSGNIENACQIYARMRGDADIPDVDMYFKTENNVSEKPN 660

Query: 661  VVTFGALVDGLCKAHKVKDARNLLETMFLEGCEPNNIVYDALIDGFCKAAKLDEAQEVFA 720
            VVT+GALVDGLCKAHKVKDA +LLETMF EGCEPNNIVYDALIDGFCKAAKLDEAQEVF 
Sbjct: 661  VVTYGALVDGLCKAHKVKDACDLLETMFSEGCEPNNIVYDALIDGFCKAAKLDEAQEVFV 720

Query: 721  KMVERGYNPNVYTYSSLIDRLFKDKRLDFVLKVLSKMLENSCAPNVVIYTEMIDGLSKVA 780
            KMVERGYNPNVYTYSSLIDRLFKDKRLD VLKVLSKMLENSCAPNVVIYTEMIDGL KVA
Sbjct: 721  KMVERGYNPNVYTYSSLIDRLFKDKRLDLVLKVLSKMLENSCAPNVVIYTEMIDGLCKVA 780

Query: 781  KTDEAYKLMLMMEEKGCKPNVVTYTAMIDGFGKAGKVDKCLELFREMGSKGCAPNFVTYT 840
            KTDEAYKLMLMMEEKGCKPNVVTYTAMIDGFGKAGKVDKCLELFREMGSKGC+PNFVTYT
Sbjct: 781  KTDEAYKLMLMMEEKGCKPNVVTYTAMIDGFGKAGKVDKCLELFREMGSKGCSPNFVTYT 840

Query: 841  VLINHCCATGFLDEAYALLDEMKQTYWPKHISSYCKVIEGYNREFILSLGLLEEAEKNDS 900
            VLINHCCA+G LDEAYALLDEMKQTYWPKH+SSYCKV+EGYNREFILSLG+LEE EKND+
Sbjct: 841  VLINHCCASGCLDEAYALLDEMKQTYWPKHVSSYCKVVEGYNREFILSLGILEEVEKNDA 900

Query: 901  APIILLYRVLIDNFIKAGRLEVALKLHKEVISASMSMAAKKNMYTSLIHSFSNATKIGHA 960
             PIILLYRVLIDNF+KAGRLEVAL+LHKEVISASMSMAAKKNMYT+LI+SFS A KI  A
Sbjct: 901  TPIILLYRVLIDNFVKAGRLEVALELHKEVISASMSMAAKKNMYTTLIYSFSKAMKIDQA 960

Query: 961  FELFNDMIRQGAIPDLGTFVHLITGLIKVSRWEEALQLADIICQMD 1007
            FEL+NDMIRQG IPDLGTFVHLI GL+KVSRWEEALQL+D ICQMD
Sbjct: 961  FELYNDMIRQGVIPDLGTFVHLIMGLVKVSRWEEALQLSDSICQMD 1005

BLAST of Moc07g02690 vs. NCBI nr
Match: XP_022929904.1 (pentatricopeptide repeat-containing protein At1g06710, mitochondrial [Cucurbita moschata] >XP_022929905.1 pentatricopeptide repeat-containing protein At1g06710, mitochondrial [Cucurbita moschata])

HSP 1 Score: 1789.2 bits (4633), Expect = 0.0e+00
Identity = 877/1006 (87.18%), Postives = 935/1006 (92.94%), Query Frame = 0

Query: 1    MSRRGLKSLRLLSTSFNSSPFRLNAVFSTNPSLIFSDSSRFSFGNISVYRLSLSSAIAKY 60
            MSRRGLKSL  LS S  SSP R N +FS +P  ++SDS R +  NI++YR + SS+IA +
Sbjct: 1    MSRRGLKSLHFLSLSLISSPIRSNPIFSFHPFPVYSDSFRAALPNITLYRPTPSSSIAHF 60

Query: 61   TTSPPDNLEGLVDLDDSNPSESSRVECFSAQEVGFLRDSLLDSPADSGSSEKTLEIGKIS 120
            +TS PD+L+GLVD D+S PSE SR ECFSA EV  LR SLLDS ADS SSE TL+ GKIS
Sbjct: 61   STS-PDDLQGLVDPDESLPSEGSRAECFSAPEVSLLRGSLLDSHADSPSSEPTLKSGKIS 120

Query: 121  NEAISILDAIRNGDDGFGDKTQKLLRQFRQSLNPDLVVEVLNLLRSPELCVRFFLWAGRQ 180
            N+AISILD IRN DDGFGDKTQKLLRQFRQ+LNPDLVVE+L LLR+PELCV+FFLWAGRQ
Sbjct: 121  NDAISILDTIRNSDDGFGDKTQKLLRQFRQNLNPDLVVEILGLLRNPELCVKFFLWAGRQ 180

Query: 181  IGYNHTASVYCALLDVFECDNYDRVPEEYLREIWGDDKVVLGKLLNVLIRKCCRNGLWNV 240
            IGYNHTASVY ALLDV+EC +YDRVPE++LREI  DDK VLGKLLNVLIRKCCRNG WNV
Sbjct: 181  IGYNHTASVYNALLDVYECGSYDRVPEQFLREIKDDDKEVLGKLLNVLIRKCCRNGFWNV 240

Query: 241  ALEELGRLKDFGYKPTRLTYNALIQVFLRADKLDTAHLVHREMSQSGFSMDEFTLGFFAQ 300
            ALEELGRLKDFGYKPTRLTYNALIQVFLRADKLDTA+LVHREMS+ GF+MDEFTLG FAQ
Sbjct: 241  ALEELGRLKDFGYKPTRLTYNALIQVFLRADKLDTAYLVHREMSELGFNMDEFTLGRFAQ 300

Query: 301  ALCRVGKWRDALSLIEKEDFVPNTVLYTKMISGLCEASLFEEAMDFLNRMRSTSCIPNAQ 360
            ALC+VGKWR+ALSLIEKEDFVPNT+LYTKMISGLC AS FEEAMDFLNRMRS+SCIPNAQ
Sbjct: 301  ALCKVGKWREALSLIEKEDFVPNTILYTKMISGLCNASFFEEAMDFLNRMRSSSCIPNAQ 360

Query: 361  TYKILLCGCLNKKQLGRCKRILSMMIAEGCFPSYRIFNSLVHAYCRSGDFSYAYKLLKKM 420
            TYKILLCGCLNKKQLGRCKRILSMMIAEGCFPSY IFNSLVHAYC+SGDFSYAYKLLKKM
Sbjct: 361  TYKILLCGCLNKKQLGRCKRILSMMIAEGCFPSYTIFNSLVHAYCKSGDFSYAYKLLKKM 420

Query: 421  ENCGCKPGYVVYNILIGGICGSEELPGPVTFELAEKAYNEMLSAGTVLNKVNVVNFARCL 480
            E C CKPGYVVYNI IGGIC  +ELPGP+TFELAEKAYNEM S+GTVLNKVNVV+FARCL
Sbjct: 421  EKCECKPGYVVYNIFIGGICNGKELPGPITFELAEKAYNEMCSSGTVLNKVNVVSFARCL 480

Query: 481  CGFGKFEKAYKVIHEMMDNGFIPDTSTYSEVIGFLCNASRVENAFLLFKEMKGTGVVPDV 540
            CGFGKFE+AYKVIHEMM NGFIPD STYSEVIGF+CNASRVENAFLLFKEMKG G+VPDV
Sbjct: 481  CGFGKFEEAYKVIHEMMGNGFIPDRSTYSEVIGFMCNASRVENAFLLFKEMKGAGMVPDV 540

Query: 541  YTYTILIDCFSKAGLIKQAHNWLDEMVRDGCEPTVVTYTTLIHAYLKAKKVSIANELFEL 600
            YTYTILIDCFSKAGLI+QAHNWLDEMVRDGCEPTVVTYTTLIHAYLKAKKVS+ANELFE+
Sbjct: 541  YTYTILIDCFSKAGLIQQAHNWLDEMVRDGCEPTVVTYTTLIHAYLKAKKVSVANELFEV 600

Query: 601  MLAKGCIPNVITYTALIDGYCKSGNIEKACQIYSRMRGDEDIPDVDMYFKTENNVSEKPN 660
            M+AKGCIPNVITYTALIDGYCKSGNIEKACQIY+RMRGD DIPDVDMYFKTENNVSEKPN
Sbjct: 601  MIAKGCIPNVITYTALIDGYCKSGNIEKACQIYARMRGDADIPDVDMYFKTENNVSEKPN 660

Query: 661  VVTFGALVDGLCKAHKVKDARNLLETMFLEGCEPNNIVYDALIDGFCKAAKLDEAQEVFA 720
            VVT+GALVDGLCKAHKVKDA +LLETMFLEGCEPNNIVYDALIDGFCKAAKLDEAQEVF 
Sbjct: 661  VVTYGALVDGLCKAHKVKDACDLLETMFLEGCEPNNIVYDALIDGFCKAAKLDEAQEVFV 720

Query: 721  KMVERGYNPNVYTYSSLIDRLFKDKRLDFVLKVLSKMLENSCAPNVVIYTEMIDGLSKVA 780
            KMVERGYNPNVYTYSSLIDRLFKDKRLD VLKVLSKMLENSCAPNVVIYTEMIDGL KVA
Sbjct: 721  KMVERGYNPNVYTYSSLIDRLFKDKRLDLVLKVLSKMLENSCAPNVVIYTEMIDGLCKVA 780

Query: 781  KTDEAYKLMLMMEEKGCKPNVVTYTAMIDGFGKAGKVDKCLELFREMGSKGCAPNFVTYT 840
            KTDEAYKLMLMMEEKGCKPNVVTYTAMIDGFGKAGKVDKCLELFREMGSKGC+PNFVTYT
Sbjct: 781  KTDEAYKLMLMMEEKGCKPNVVTYTAMIDGFGKAGKVDKCLELFREMGSKGCSPNFVTYT 840

Query: 841  VLINHCCATGFLDEAYALLDEMKQTYWPKHISSYCKVIEGYNREFILSLGLLEEAEKNDS 900
            VLINHCCA+G LDEAYALLDEMKQTYWPKH+SSYCKV+EGYNREFILSLGLLEE EKND+
Sbjct: 841  VLINHCCASGRLDEAYALLDEMKQTYWPKHVSSYCKVVEGYNREFILSLGLLEEVEKNDA 900

Query: 901  APIILLYRVLIDNFIKAGRLEVALKLHKEVISASMSMAAKKNMYTSLIHSFSNATKIGHA 960
             PIILLYRVLIDNF+KAGRLEVAL+LHKEVISASMSMAAKKNMYT+LI+SFS A KI  A
Sbjct: 901  TPIILLYRVLIDNFVKAGRLEVALELHKEVISASMSMAAKKNMYTTLIYSFSTAMKIDQA 960

Query: 961  FELFNDMIRQGAIPDLGTFVHLITGLIKVSRWEEALQLADIICQMD 1007
            FEL+NDMIRQG IPDLGTFV LI GL+KV RWEEALQL+D ICQMD
Sbjct: 961  FELYNDMIRQGVIPDLGTFVDLIMGLVKVRRWEEALQLSDSICQMD 1005

BLAST of Moc07g02690 vs. NCBI nr
Match: KAG6575348.1 (Pentatricopeptide repeat-containing protein, mitochondrial, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 1785.4 bits (4623), Expect = 0.0e+00
Identity = 872/1006 (86.68%), Postives = 936/1006 (93.04%), Query Frame = 0

Query: 1    MSRRGLKSLRLLSTSFNSSPFRLNAVFSTNPSLIFSDSSRFSFGNISVYRLSLSSAIAKY 60
            MSRRGLKSL  L+ S  SSP R N +FS +P  ++SDS R +  NI++YR + SS+IA +
Sbjct: 1    MSRRGLKSLHFLTLSLISSPIRSNPIFSFHPFPVYSDSLRAALPNITLYRPTPSSSIAHF 60

Query: 61   TTSPPDNLEGLVDLDDSNPSESSRVECFSAQEVGFLRDSLLDSPADSGSSEKTLEIGKIS 120
            +TS PD+L+GLVD D+S PSE SR ECFSA EV  LR SLLDS ADS SSE TL+ GKIS
Sbjct: 61   STS-PDDLQGLVDPDESLPSEGSRAECFSAPEVSLLRGSLLDSHADSPSSEPTLKSGKIS 120

Query: 121  NEAISILDAIRNGDDGFGDKTQKLLRQFRQSLNPDLVVEVLNLLRSPELCVRFFLWAGRQ 180
            N+AISILD IRN DDGFGDKTQKLLRQFRQ+LNPDLVVE+L LLR+PELCV+FFLWAGRQ
Sbjct: 121  NDAISILDTIRNSDDGFGDKTQKLLRQFRQNLNPDLVVEILGLLRNPELCVKFFLWAGRQ 180

Query: 181  IGYNHTASVYCALLDVFECDNYDRVPEEYLREIWGDDKVVLGKLLNVLIRKCCRNGLWNV 240
            IGYNHTA+VY ALLDV+EC +YDRVPE++LREI  DDK VLGKLLNVLIRKCCRNG WNV
Sbjct: 181  IGYNHTAAVYNALLDVYECGSYDRVPEQFLREIKDDDKEVLGKLLNVLIRKCCRNGFWNV 240

Query: 241  ALEELGRLKDFGYKPTRLTYNALIQVFLRADKLDTAHLVHREMSQSGFSMDEFTLGFFAQ 300
            ALEELGRLKDFGYKPTRLTYNAL+QVFLRADKLDTA+LVHREMS+ GF+MDEFTLG FAQ
Sbjct: 241  ALEELGRLKDFGYKPTRLTYNALVQVFLRADKLDTAYLVHREMSELGFNMDEFTLGLFAQ 300

Query: 301  ALCRVGKWRDALSLIEKEDFVPNTVLYTKMISGLCEASLFEEAMDFLNRMRSTSCIPNAQ 360
            ALC+VGKWR+ALSLIEKEDFVPNT+LYTKMISGLC+AS FEEAMDFLNRMRS+SCIPNA+
Sbjct: 301  ALCKVGKWREALSLIEKEDFVPNTILYTKMISGLCDASFFEEAMDFLNRMRSSSCIPNAR 360

Query: 361  TYKILLCGCLNKKQLGRCKRILSMMIAEGCFPSYRIFNSLVHAYCRSGDFSYAYKLLKKM 420
            TYKILLCGCLNKKQLGRCKRILSMMIAEGCFPSY IFNSLVHAYC+SGDFSYAYKLLKKM
Sbjct: 361  TYKILLCGCLNKKQLGRCKRILSMMIAEGCFPSYTIFNSLVHAYCKSGDFSYAYKLLKKM 420

Query: 421  ENCGCKPGYVVYNILIGGICGSEELPGPVTFELAEKAYNEMLSAGTVLNKVNVVNFARCL 480
            E C CKPGYVVYNI IGGIC  +ELPGP+TFELAEKAYNEM S+GTVLNKVNVV+FARCL
Sbjct: 421  EKCECKPGYVVYNIFIGGICNGKELPGPITFELAEKAYNEMCSSGTVLNKVNVVSFARCL 480

Query: 481  CGFGKFEKAYKVIHEMMDNGFIPDTSTYSEVIGFLCNASRVENAFLLFKEMKGTGVVPDV 540
            CGFGKFE+AYKVIHEMM NGFIPDTSTYSEVIGF+CNASRVENAFLLFKEMKG G+VPDV
Sbjct: 481  CGFGKFEEAYKVIHEMMGNGFIPDTSTYSEVIGFMCNASRVENAFLLFKEMKGAGMVPDV 540

Query: 541  YTYTILIDCFSKAGLIKQAHNWLDEMVRDGCEPTVVTYTTLIHAYLKAKKVSIANELFEL 600
            YTYTILIDCFSKAGLI+QAHNWLDEMVRDGCEPTVVTYTTLIHAYLKAKKVS+ANELFE+
Sbjct: 541  YTYTILIDCFSKAGLIQQAHNWLDEMVRDGCEPTVVTYTTLIHAYLKAKKVSVANELFEV 600

Query: 601  MLAKGCIPNVITYTALIDGYCKSGNIEKACQIYSRMRGDEDIPDVDMYFKTENNVSEKPN 660
            M+AKGCIPNVITYTALIDGYCKSGNIEKACQIY+RMRGD DIPDVDMYFKTENNVSEKPN
Sbjct: 601  MIAKGCIPNVITYTALIDGYCKSGNIEKACQIYARMRGDADIPDVDMYFKTENNVSEKPN 660

Query: 661  VVTFGALVDGLCKAHKVKDARNLLETMFLEGCEPNNIVYDALIDGFCKAAKLDEAQEVFA 720
            VVT+GALVDGLCKAHKVKDA +LLETMF EGCEPNNIVYDALIDGFCKAAKLDEAQEVF 
Sbjct: 661  VVTYGALVDGLCKAHKVKDACDLLETMFTEGCEPNNIVYDALIDGFCKAAKLDEAQEVFV 720

Query: 721  KMVERGYNPNVYTYSSLIDRLFKDKRLDFVLKVLSKMLENSCAPNVVIYTEMIDGLSKVA 780
            KMVERGY+PNVYTYSSLIDRLFKDKRLD VLKVLSKMLENSCAPNVVIYTEMIDGL KVA
Sbjct: 721  KMVERGYSPNVYTYSSLIDRLFKDKRLDLVLKVLSKMLENSCAPNVVIYTEMIDGLCKVA 780

Query: 781  KTDEAYKLMLMMEEKGCKPNVVTYTAMIDGFGKAGKVDKCLELFREMGSKGCAPNFVTYT 840
            KTDEAYKLMLMMEEKGCKPNVVTYTAMIDGFGKAGKVDKCLELFREMGSKGC+PNFVTYT
Sbjct: 781  KTDEAYKLMLMMEEKGCKPNVVTYTAMIDGFGKAGKVDKCLELFREMGSKGCSPNFVTYT 840

Query: 841  VLINHCCATGFLDEAYALLDEMKQTYWPKHISSYCKVIEGYNREFILSLGLLEEAEKNDS 900
            VLINHCCA+G LDEAYALLDEMKQTYWPKH+SSYCKV+EGYNREFILSLGLLEE EKND+
Sbjct: 841  VLINHCCASGRLDEAYALLDEMKQTYWPKHVSSYCKVVEGYNREFILSLGLLEEVEKNDA 900

Query: 901  APIILLYRVLIDNFIKAGRLEVALKLHKEVISASMSMAAKKNMYTSLIHSFSNATKIGHA 960
             PIILLYRVLIDNF+KAGRLEVAL+LHKEVISASMSMAAKKNMYT+LI+SFS A KI  A
Sbjct: 901  TPIILLYRVLIDNFVKAGRLEVALELHKEVISASMSMAAKKNMYTTLIYSFSKAMKIDQA 960

Query: 961  FELFNDMIRQGAIPDLGTFVHLITGLIKVSRWEEALQLADIICQMD 1007
            FEL+NDMIRQG IPDLGTFV LI GL+KV RWEEALQL+D ICQMD
Sbjct: 961  FELYNDMIRQGVIPDLGTFVDLIMGLVKVRRWEEALQLSDSICQMD 1005

BLAST of Moc07g02690 vs. NCBI nr
Match: XP_038884804.1 (pentatricopeptide repeat-containing protein At1g06710, mitochondrial [Benincasa hispida])

HSP 1 Score: 1784.6 bits (4621), Expect = 0.0e+00
Identity = 880/1006 (87.48%), Postives = 931/1006 (92.54%), Query Frame = 0

Query: 1    MSRRGLKSLRLLSTSFNSSPFRLNAVFSTNPSLIFSDSSRFSFGNISVYRLSLSSAIAKY 60
            MSRRGLKSL+ LS SF SSPFR NAVFS+NP  IFS SS      +SVYR +LSS IA +
Sbjct: 1    MSRRGLKSLQFLSVSFVSSPFRSNAVFSSNPFPIFSHSS------VSVYRQTLSSPIAHH 60

Query: 61   TTSPPDNLEGLVDLDDSNPSESSRVECFSAQEVGFLRDSLLDSPADSGSSEKTLEIGKIS 120
            +TSP D+L+GLVD D+S  S+SSRV+CFS QEV FLRDSLLDS ADSGS ++TL+ GKIS
Sbjct: 61   STSPSDDLKGLVDPDESLSSDSSRVQCFSPQEVSFLRDSLLDSHADSGSLDQTLDTGKIS 120

Query: 121  NEAISILDAIRNGDDGFGDKTQKLLRQFRQSLNPDLVVEVLNLLRSPELCVRFFLWAGRQ 180
            NEAISILDAIRN DDGFGDKT KLLRQFRQ LNPDLVVE+L+LL S ELCV+FFLWAGRQ
Sbjct: 121  NEAISILDAIRNCDDGFGDKTYKLLRQFRQKLNPDLVVEILSLLGSRELCVKFFLWAGRQ 180

Query: 181  IGYNHTASVYCALLDVFECDNYDRVPEEYLREIWGDDKVVLGKLLNVLIRKCCRNGLWNV 240
            IGYNHT SVY ALLDV+E   YD VPE++L EI   DK VLGKLLNV IRKCCRNGLWN+
Sbjct: 181  IGYNHTPSVYNALLDVYERGTYDPVPEQFLLEIKSADKKVLGKLLNVSIRKCCRNGLWNI 240

Query: 241  ALEELGRLKDFGYKPTRLTYNALIQVFLRADKLDTAHLVHREMSQSGFSMDEFTLGFFAQ 300
            ALEELGRLKDFGYKPTRLTYNALIQVFLRADKLDTAHLVHREM++ GFSMDEFTLGFF Q
Sbjct: 241  ALEELGRLKDFGYKPTRLTYNALIQVFLRADKLDTAHLVHREMAELGFSMDEFTLGFFVQ 300

Query: 301  ALCRVGKWRDALSLIEKEDFVPNTVLYTKMISGLCEASLFEEAMDFLNRMRSTSCIPNAQ 360
            ALC+VGKWR+ALSLIEKEDFVPNT+LY KMISGLCEAS FEEAMDFLNRMRS+SCIPN Q
Sbjct: 301  ALCKVGKWREALSLIEKEDFVPNTILYNKMISGLCEASFFEEAMDFLNRMRSSSCIPNDQ 360

Query: 361  TYKILLCGCLNKKQLGRCKRILSMMIAEGCFPSYRIFNSLVHAYCRSGDFSYAYKLLKKM 420
            T+KILLCGCLNKKQLGRCKRILSMMIAEGCFPSY IFNSLVHAYC+SGDFSYAYKLLKKM
Sbjct: 361  TFKILLCGCLNKKQLGRCKRILSMMIAEGCFPSYTIFNSLVHAYCKSGDFSYAYKLLKKM 420

Query: 421  ENCGCKPGYVVYNILIGGICGSEELPGPVTFELAEKAYNEMLSAGTVLNKVNVVNFARCL 480
            E C CKPGYVVYNILIG IC  EELPGPVTFELAEKAYNEMLSAGTVLNKVNVV+FARCL
Sbjct: 421  EKCECKPGYVVYNILIGSICSGEELPGPVTFELAEKAYNEMLSAGTVLNKVNVVSFARCL 480

Query: 481  CGFGKFEKAYKVIHEMMDNGFIPDTSTYSEVIGFLCNASRVENAFLLFKEMKGTGVVPDV 540
            CGFGKFEKA+KVIHEM+ NGFIPDTSTYSE IGFLCNASRVENAFLLFKEMKGTGVVPDV
Sbjct: 481  CGFGKFEKAHKVIHEMVGNGFIPDTSTYSEAIGFLCNASRVENAFLLFKEMKGTGVVPDV 540

Query: 541  YTYTILIDCFSKAGLIKQAHNWLDEMVRDGCEPTVVTYTTLIHAYLKAKKVSIANELFEL 600
            YTYTILIDCFSKAGLIKQAHNWLDEMVRDGCEPTVVTYTTLIHAYLKAKKVSIANELFEL
Sbjct: 541  YTYTILIDCFSKAGLIKQAHNWLDEMVRDGCEPTVVTYTTLIHAYLKAKKVSIANELFEL 600

Query: 601  MLAKGCIPNVITYTALIDGYCKSGNIEKACQIYSRMRGDEDIPDVDMYFKTENNVSEKPN 660
            M+AKGC+PNVITYTALIDGYCKSGNIEKACQIY+RMRGD +IPDVDMYFK ENNV+EKPN
Sbjct: 601  MIAKGCLPNVITYTALIDGYCKSGNIEKACQIYARMRGDTNIPDVDMYFKIENNVAEKPN 660

Query: 661  VVTFGALVDGLCKAHKVKDARNLLETMFLEGCEPNNIVYDALIDGFCKAAKLDEAQEVFA 720
            VVT+GALVDGLCKAHKVKDAR+LLETMF+EGCEPN IVYDALIDGFCKA KLDEAQEVF 
Sbjct: 661  VVTYGALVDGLCKAHKVKDARDLLETMFVEGCEPNTIVYDALIDGFCKAGKLDEAQEVFR 720

Query: 721  KMVERGYNPNVYTYSSLIDRLFKDKRLDFVLKVLSKMLENSCAPNVVIYTEMIDGLSKVA 780
            KMVERGYNPNVYTYSSLIDRLFKDKRLD VLK+LSKMLENSCAPNVVIYTEMIDGLSKVA
Sbjct: 721  KMVERGYNPNVYTYSSLIDRLFKDKRLDLVLKMLSKMLENSCAPNVVIYTEMIDGLSKVA 780

Query: 781  KTDEAYKLMLMMEEKGCKPNVVTYTAMIDGFGKAGKVDKCLELFREMGSKGCAPNFVTYT 840
            KTDEAYKLMLMMEEKGCKPNVVTYTAMIDGFGKAGKVDKCLELFREMGSKGCAPNFVTYT
Sbjct: 781  KTDEAYKLMLMMEEKGCKPNVVTYTAMIDGFGKAGKVDKCLELFREMGSKGCAPNFVTYT 840

Query: 841  VLINHCCATGFLDEAYALLDEMKQTYWPKHISSYCKVIEGYNREFILSLGLLEEAEKNDS 900
            VLINHCCA G LDEAYALL+EMKQTYWPKH+SSYCKVIEGY REFILSLGLLEE EKNDS
Sbjct: 841  VLINHCCAAGHLDEAYALLEEMKQTYWPKHVSSYCKVIEGYKREFILSLGLLEEVEKNDS 900

Query: 901  APIILLYRVLIDNFIKAGRLEVALKLHKEVISASMSMAAKKNMYTSLIHSFSNATKIGHA 960
            APIILLYRVLIDNF+KAGRLE+A+ LHKEVISASM MAAKKNMYT+LI SFSN TKIG A
Sbjct: 901  APIILLYRVLIDNFVKAGRLELAMDLHKEVISASMPMAAKKNMYTTLIQSFSNTTKIGQA 960

Query: 961  FELFNDMIRQGAIPDLGTFVHLITGLIKVSRWEEALQLADIICQMD 1007
            FELF DM+R+GAIPDLGTFVHLI GL + SRWEEALQL+D ICQMD
Sbjct: 961  FELFYDMLREGAIPDLGTFVHLILGLTRASRWEEALQLSDSICQMD 1000

BLAST of Moc07g02690 vs. ExPASy Swiss-Prot
Match: Q9M9X9 (Pentatricopeptide repeat-containing protein At1g06710, mitochondrial OS=Arabidopsis thaliana OX=3702 GN=At1g06710 PE=3 SV=1)

HSP 1 Score: 1206.4 bits (3120), Expect = 0.0e+00
Identity = 600/979 (61.29%), Postives = 742/979 (75.79%), Query Frame = 0

Query: 27   FSTNPSLIFSDSSRFSFGNISVYRLSLSSAIAKYTTSPPDNLEGLVDLDDSNPSESSRVE 86
            FSTN SL+             V+  S        +T PPD++ G    D  +PS+S  V 
Sbjct: 20   FSTNLSLLH-----------RVFTCSRYLTARFMSTPPPDDMFGFD--DPFSPSDSREVV 79

Query: 87   CFSAQEVGFLRDSLLDSPADSGSSEKTLEIGKISNEAISILDAIRNGDDGFGDKTQKLLR 146
              + +E  FL DSL+D   +    +    I + S +A +I DA+   DD FG K+QK LR
Sbjct: 80   DLT-KEYSFLHDSLVDY-GNVNVHQVVPIITQSSIDARAIADAVSGVDDVFGRKSQKFLR 139

Query: 147  QFRQSLNPDLVVEVLNLLRSPELCVRFFLWAGRQIGYNHTASVYCALLDVFECDNYDRVP 206
            QFR+ L+  LV+EVL L+  P   + FF+WAGRQIGY HTA VY AL+D+   D+ ++VP
Sbjct: 140  QFREKLSESLVIEVLRLIARPSAVISFFVWAGRQIGYKHTAPVYNALVDLIVRDDDEKVP 199

Query: 207  EEYLREIWGDDKVVLGKLLNVLIRKCCRNGLWNVALEELGRLKDFGYKPTRLTYNALIQV 266
            EE+L++I  DDK V G+ LNVL+RK CRNG +++ALEELGRLKDF ++P+R TYN LIQ 
Sbjct: 200  EEFLQQIRDDDKEVFGEFLNVLVRKHCRNGSFSIALEELGRLKDFRFRPSRSTYNCLIQA 259

Query: 267  FLRADKLDTAHLVHREMSQSGFSMDEFTLGFFAQALCRVGKWRDALSLIEKEDFVPNTVL 326
            FL+AD+LD+A L+HREMS +   MD FTL  FA +LC+VGKWR+AL+L+E E+FVP+TV 
Sbjct: 260  FLKADRLDSASLIHREMSLANLRMDGFTLRCFAYSLCKVGKWREALTLVETENFVPDTVF 319

Query: 327  YTKMISGLCEASLFEEAMDFLNRMRSTSCIPNAQTYKILLCGCLNKKQLGRCKRILSMMI 386
            YTK+ISGLCEASLFEEAMDFLNRMR+TSC+PN  TY  LLCGCLNKKQLGRCKR+L+MM+
Sbjct: 320  YTKLISGLCEASLFEEAMDFLNRMRATSCLPNVVTYSTLLCGCLNKKQLGRCKRVLNMMM 379

Query: 387  AEGCFPSYRIFNSLVHAYCRSGDFSYAYKLLKKMENCGCKPGYVVYNILIGGICGSEELP 446
             EGC+PS +IFNSLVHAYC SGD SYAYKLLKKM  CG  PGYVVYNILIG ICG ++  
Sbjct: 380  MEGCYPSPKIFNSLVHAYCTSGDHSYAYKLLKKMVKCGHMPGYVVYNILIGSICGDKDSL 439

Query: 447  GPVTFELAEKAYNEMLSAGTVLNKVNVVNFARCLCGFGKFEKAYKVIHEMMDNGFIPDTS 506
                 +LAEKAY+EML+AG VLNK+NV +F RCLC  GK+EKA+ VI EM+  GFIPDTS
Sbjct: 440  NCDLLDLAEKAYSEMLAAGVVLNKINVSSFTRCLCSAGKYEKAFSVIREMIGQGFIPDTS 499

Query: 507  TYSEVIGFLCNASRVENAFLLFKEMKGTGVVPDVYTYTILIDCFSKAGLIKQAHNWLDEM 566
            TYS+V+ +LCNAS++E AFLLF+EMK  G+V DVYTYTI++D F KAGLI+QA  W +EM
Sbjct: 500  TYSKVLNYLCNASKMELAFLLFEEMKRGGLVADVYTYTIMVDSFCKAGLIEQARKWFNEM 559

Query: 567  VRDGCEPTVVTYTTLIHAYLKAKKVSIANELFELMLAKGCIPNVITYTALIDGYCKSGNI 626
               GC P VVTYT LIHAYLKAKKVS ANELFE ML++GC+PN++TY+ALIDG+CK+G +
Sbjct: 560  REVGCTPNVVTYTALIHAYLKAKKVSYANELFETMLSEGCLPNIVTYSALIDGHCKAGQV 619

Query: 627  EKACQIYSRMRGDEDIPDVDMYFKTENNVSEKPNVVTFGALVDGLCKAHKVKDARNLLET 686
            EKACQI+ RM G +D+PDVDMYFK  ++ SE+PNVVT+GAL+DG CK+H+V++AR LL+ 
Sbjct: 620  EKACQIFERMCGSKDVPDVDMYFKQYDDNSERPNVVTYGALLDGFCKSHRVEEARKLLDA 679

Query: 687  MFLEGCEPNNIVYDALIDGFCKAAKLDEAQEVFAKMVERGYNPNVYTYSSLIDRLFKDKR 746
            M +EGCEPN IVYDALIDG CK  KLDEAQEV  +M E G+   +YTYSSLIDR FK KR
Sbjct: 680  MSMEGCEPNQIVYDALIDGLCKVGKLDEAQEVKTEMSEHGFPATLYTYSSLIDRYFKVKR 739

Query: 747  LDFVLKVLSKMLENSCAPNVVIYTEMIDGLSKVAKTDEAYKLMLMMEEKGCKPNVVTYTA 806
             D   KVLSKMLENSCAPNVVIYTEMIDGL KV KTDEAYKLM MMEEKGC+PNVVTYTA
Sbjct: 740  QDLASKVLSKMLENSCAPNVVIYTEMIDGLCKVGKTDEAYKLMQMMEEKGCQPNVVTYTA 799

Query: 807  MIDGFGKAGKVDKCLELFREMGSKGCAPNFVTYTVLINHCCATGFLDEAYALLDEMKQTY 866
            MIDGFG  GK++ CLEL   MGSKG APN+VTY VLI+HCC  G LD A+ LL+EMKQT+
Sbjct: 800  MIDGFGMIGKIETCLELLERMGSKGVAPNYVTYRVLIDHCCKNGALDVAHNLLEEMKQTH 859

Query: 867  WPKHISSYCKVIEGYNREFILSLGLLEEAEKNDSAPIILLYRVLIDNFIKAGRLEVALKL 926
            WP H + Y KVIEG+N+EFI SLGLL+E  ++D+AP + +YR+LIDN IKA RLE+AL+L
Sbjct: 860  WPTHTAGYRKVIEGFNKEFIESLGLLDEIGQDDTAPFLSVYRLLIDNLIKAQRLEMALRL 919

Query: 927  HKEVISASMSMAAKKNMYTSLIHSFSNATKIGHAFELFNDMIRQGAIPDLGTFVHLITGL 986
             +EV + S ++    + Y SLI S   A K+  AF+LF++M ++G IP++ +F  LI GL
Sbjct: 920  LEEVATFSATLVDYSSTYNSLIESLCLANKVETAFQLFSEMTKKGVIPEMQSFCSLIKGL 979

Query: 987  IKVSRWEEALQLADIICQM 1006
             + S+  EAL L D I  M
Sbjct: 980  FRNSKISEALLLLDFISHM 983

BLAST of Moc07g02690 vs. ExPASy Swiss-Prot
Match: Q9ZW74 (Plant UBX domain-containing protein 11 OS=Arabidopsis thaliana OX=3702 GN=PUX11 PE=1 SV=2)

HSP 1 Score: 355.9 bits (912), Expect = 2.4e-96
Identity = 236/541 (43.62%), Postives = 317/541 (58.60%), Query Frame = 0

Query: 1124 QSLSSLAFKGSIGEAILESKNQRKLFVVFISGEDAESSSLESSTWTSSRVAESVSKYCVL 1183
            ++LSSL FKGS+ EAI E+K ++KLFVV+ISGED ES  L   TWT + VA+S+SKYC+L
Sbjct: 2    EALSSLTFKGSLPEAIFEAKGKKKLFVVYISGEDEESDKLNRLTWTDASVADSLSKYCIL 61

Query: 1184 LHIPAGSTDAAQFSSIYPQKSVPCITAVGYNGIQLWQNEGFIGADDLAFNLEKAWLGLHI 1243
            +HI AGS DA  FS+IYP  SVPCI A+G++G Q+W+ EGFI A+DLA +LEKAWLGLHI
Sbjct: 62   VHIQAGSVDATNFSAIYPYSSVPCIAAIGFSGTQVWRTEGFITAEDLASSLEKAWLGLHI 121

Query: 1244 QETTASVLTAALAAKNSEASTSRPSD--------------SGSSSLAAVSPAD-----DH 1303
            QETTAS+ +AALA++NSE   S  S               +  S+ ++V P++       
Sbjct: 122  QETTASIFSAALASQNSETPVSSASSVVLPPGSVPLDAAVASPSTASSVQPSETKSTVTS 181

Query: 1304 IGSSETTLGVIKELVEEEKGPEQL---VKQEDIKAVD-KESNVQHSVSVRNDDESPDPSE 1363
              ++E   G +    +E   P  L    K +   +VD  ++NV+H  +     E+P   +
Sbjct: 182  ASTTENNDGTVAVKGKESAEPSNLCDTTKNQPAPSVDGTKANVEHEAT-----ETPLRVQ 241

Query: 1364 KENSSLADLGDLQKCSTERTSSTVHDSSISPRLTESCQSG---ASQPISLEAKKDVQEEK 1423
             E   +         +T R  S+V        +     SG   + + I+L    D +E  
Sbjct: 242  AEKEPIRPTAPGTNDNTSRVRSSVDRKRKQGTVINEEDSGVGVSGRDINLTKSVDTKET- 301

Query: 1424 NGIVDQNNAFKNESVRKDYTSSDVHLNIRLLNGVSLQEKFPKTSTLRMVKDYVDSSQESS 1483
              +  ++   + E   K   +SDVHLNIRL +G SLQEKF  TS LRMVKDYV+S+Q   
Sbjct: 302  --MKPKDEGGEEEDGEKSKKASDVHLNIRLPDGSSLQEKFSVTSILRMVKDYVNSNQTIG 361

Query: 1484 FGSYDLAVPYPRKVFTDEDLGKSLSDLGLSNRQALIMVRHQGVSNDFRGASSSSDQRNSA 1543
             G+YDLAVPYPRKV+TD+DL KSLS+L L +RQAL++V  +  +   RG S S    N+ 
Sbjct: 362  LGAYDLAVPYPRKVYTDQDLDKSLSELRLFDRQALVVVPRKRATVYQRGTSYSESNNNT- 421

Query: 1544 ANNASPDENGDGYFAYVRRILSYVNPFSYLGRG-ASTESSRHETQGDVRQYSSESSNSES 1603
                  D N  GYFAYVRR+LSY NPFSY G G A+  SS  E Q         +     
Sbjct: 422  ------DPNSGGYFAYVRRVLSYANPFSYFGGGTANASSSVPERQTRPNTEVRNNLGQVG 481

Query: 1604 RYACQPNQGAMVTGGNNTRGKQPSSTSRFGANIHTLKHDDDEERFRGRNSFWNGNSTQYG 1638
                 P++G      +N R ++P +TSR G+NIHTL H++DE  F   N+FWNGNSTQYG
Sbjct: 482  TSFQDPSEGR-----SNVRNRRP-TTSRIGSNIHTLNHNEDEAPFGDGNAFWNGNSTQYG 521

BLAST of Moc07g02690 vs. ExPASy Swiss-Prot
Match: Q9SZ52 (Pentatricopeptide repeat-containing protein At4g31850, chloroplastic OS=Arabidopsis thaliana OX=3702 GN=PGR3 PE=1 SV=1)

HSP 1 Score: 320.1 bits (819), Expect = 1.5e-85
Identity = 233/859 (27.12%), Postives = 372/859 (43.31%), Query Frame = 0

Query: 227  VLIRKCCRNGLWNVALEELGRLKDFGYKPTRLTYNALIQVFLRADKLDTAHLVHREMSQS 286
            + IR   R G  N A E L R+ D G  P  +TY  LI     A KLD A  V  +M   
Sbjct: 263  ICIRVLGRAGKINEAYEILKRMDDEGCGPDVVTYTVLIDALCTARKLDCAKEVFEKMKTG 322

Query: 287  GFSMDEFTLGFFAQALCRVGKWRDALSL------IEKEDFVPNTVLYTKMISGLCEASLF 346
                D  T   +   L R    RD  S+      +EK+  VP+ V +T ++  LC+A  F
Sbjct: 323  RHKPDRVT---YITLLDRFSDNRDLDSVKQFWSEMEKDGHVPDVVTFTILVDALCKAGNF 382

Query: 347  EEAMDFLNRMRSTSCIPNAQTYKILLCGCLNKKQLGRCKRILSMMIAEGCFPSYRIFNSL 406
             EA D L+ MR    +PN  TY  L+CG L   +L     +   M + G  P+   +   
Sbjct: 383  GEAFDTLDVMRDQGILPNLHTYNTLICGLLRVHRLDDALELFGNMESLGVKPTAYTYIVF 442

Query: 407  VHAYCRSGDFSYAYKLLKKMENCGCKPGYVVYNILIGGICGSEELPGPVTFELAEKAYNE 466
            +  Y +SGD   A +  +KM+  G  P  V  N  +  +  +           A++ +  
Sbjct: 443  IDYYGKSGDSVSALETFEKMKTKGIAPNIVACNASLYSLAKAGR------DREAKQIFYG 502

Query: 467  MLSAGTVLNKVNVVNFARCLCGFGKFEKAYKVIHEMMDNGFIPDTSTYSEVIGFLCNASR 526
            +   G V + V      +C    G+ ++A K++ EMM+NG  PD    + +I  L  A R
Sbjct: 503  LKDIGLVPDSVTYNMMMKCYSKVGEIDEAIKLLSEMMENGCEPDVIVVNSLINTLYKADR 562

Query: 527  VENAFLLFKEMKGTGVVPDVYTYTILIDCFSKAGLIKQAHNWLDEMVRDGCEPTVVTYTT 586
            V+ A+ +F  MK   + P V TY  L+    K G I++A    + MV+ GC P  +T+ T
Sbjct: 563  VDEAWKMFMRMKEMKLKPTVVTYNTLLAGLGKNGKIQEAIELFEGMVQKGCPPNTITFNT 622

Query: 587  LIHAYLKAKKVSIANELFELMLAKGCIPNVITYTALIDGYCKSGNIEKACQIYSRMR--- 646
            L     K  +V++A ++   M+  GC+P+V TY  +I G  K+G +++A   + +M+   
Sbjct: 623  LFDCLCKNDEVTLALKMLFKMMDMGCVPDVFTYNTIIFGLVKNGQVKEAMCFFHQMKKLV 682

Query: 647  ------------------------------------------------------------ 706
                                                                        
Sbjct: 683  YPDFVTLCTLLPGVVKASLIEDAYKIITNFLYNCADQPANLFWEDLIGSILAEAGIDNAV 742

Query: 707  --------------GDEDIPDVDMYFKTENNVS--------------EKPNVVTFGALVD 766
                          GD  +  +  Y    NNVS               +P + T+  L+ 
Sbjct: 743  SFSERLVANGICRDGDSILVPIIRYSCKHNNVSGARTLFEKFTKDLGVQPKLPTYNLLIG 802

Query: 767  GLCKAHKVKDARNLLETMFLEGCEPNNIVYDALIDGFCKAAKLDEAQEVFAKMVERGYNP 826
            GL +A  ++ A+++   +   GC P+   Y+ L+D + K+ K+DE  E++ +M       
Sbjct: 803  GLLEADMIEIAQDVFLQVKSTGCIPDVATYNFLLDAYGKSGKIDELFELYKEMSTHECEA 862

Query: 827  NVYTYSSLIDRLFKDKRLDFVLKV-LSKMLENSCAPNVVIYTEMIDGLSKVAKTDEAYKL 886
            N  T++ +I  L K   +D  L +    M +   +P    Y  +IDGLSK  +  EA +L
Sbjct: 863  NTITHNIVISGLVKAGNVDDALDLYYDLMSDRDFSPTACTYGPLIDGLSKSGRLYEAKQL 922

Query: 887  MLMMEEKGCKPNVVTYTAMIDGFGKAGKVDKCLELFREMGSKGCAPNFVTYTVLINHCCA 946
               M + GC+PN   Y  +I+GFGKAG+ D    LF+ M  +G  P+  TY+VL++  C 
Sbjct: 923  FEGMLDYGCRPNCAIYNILINGFGKAGEADAACALFKRMVKEGVRPDLKTYSVLVDCLCM 982

Query: 947  TGFLDEAYALLDEMKQTYWPKHISSYCKVIEGYNREFILSLGLLEEAEKNDS---APIIL 983
             G +DE      E+K++     +  Y  +I G  +   L   L+   E   S    P + 
Sbjct: 983  VGRVDEGLHYFKELKESGLNPDVVCYNLIINGLGKSHRLEEALVLFNEMKTSRGITPDLY 1042

BLAST of Moc07g02690 vs. ExPASy Swiss-Prot
Match: Q9LSL9 (Pentatricopeptide repeat-containing protein At5g65560 OS=Arabidopsis thaliana OX=3702 GN=At5g65560 PE=2 SV=1)

HSP 1 Score: 303.9 bits (777), Expect = 1.1e-80
Identity = 232/872 (26.61%), Postives = 373/872 (42.78%), Query Frame = 0

Query: 145  LRQFRQSLNPDLVVEVLNLLRSPELCVRFFLWAGRQIGYNHTASVYCALLDVFECDNYDR 204
            L+    +++P  V  + +L   P+  + F  W  +   Y H+   Y +LL +   + Y  
Sbjct: 81   LKSMVSAISPSHVSSLFSLDLDPKTALNFSHWISQNPRYKHSVYSYASLLTLLINNGYVG 140

Query: 205  VPEEY-LREIWGDDKVVLGKLLNVLIRKCCRNGLWNVALEELGRLKDFGYKPTRLTYNAL 264
            V  +  L  I   D V  G  L VL    CR     +  +E   LK   YK     YN L
Sbjct: 141  VVFKIRLLMIKSCDSV--GDALYVL--DLCR----KMNKDERFELK---YKLIIGCYNTL 200

Query: 265  IQVFLRADKLDTAHLVHREMSQSGFSMDEFTLGFFAQALCRVGKWRDA---LSLIEKEDF 324
            +    R   +D    V+ EM +     + +T        C++G   +A   +S I +   
Sbjct: 201  LNSLARFGLVDEMKQVYMEMLEDKVCPNIYTYNKMVNGYCKLGNVEEANQYVSKIVEAGL 260

Query: 325  VPNTVLYTKMISGLCEASLFEEAMDFLNRMRSTSCIPNAQTYKILLCGCLNKKQLGRCKR 384
             P+   YT +I G C+    + A    N M    C  N   Y  L+ G    +++     
Sbjct: 261  DPDFFTYTSLIMGYCQRKDLDSAFKVFNEMPLKGCRRNEVAYTHLIHGLCVARRIDEAMD 320

Query: 385  ILSMMIAEGCFPSYRIFNSLVHAYCRSGDFSYAYKLLKKMENCGCKPGYVVYNILIGGIC 444
            +   M  + CFP+ R +  L+ + C S   S A  L+K+ME  G KP    Y +LI  +C
Sbjct: 321  LFVKMKDDECFPTVRTYTVLIKSLCGSERKSEALNLVKEMEETGIKPNIHTYTVLIDSLC 380

Query: 445  GSEELPGPVTFELAEKAYNEMLSAGTVLNKVNVVNFARCLCGFGKFEKAYKVIHEMMDNG 504
                                                ++C     KFEKA +++ +M++ G
Sbjct: 381  ------------------------------------SQC-----KFEKARELLGQMLEKG 440

Query: 505  FIPDTSTYSEVIGFLCNASRVENAFLLFKEMKGTGVVPDVYTYTILIDCFSKAGLIKQAH 564
             +P+  TY+ +I   C    +E+A  + + M+   + P+  TY  LI  + K+  + +A 
Sbjct: 441  LMPNVITYNALINGYCKRGMIEDAVDVVELMESRKLSPNTRTYNELIKGYCKSN-VHKAM 500

Query: 565  NWLDEMVRDGCEPTVVTYTTLIHAYLKAKKVSIANELFELMLAKGCIPNVITYTALIDGY 624
              L++M+     P VVTY +LI    ++     A  L  LM  +G +P+  TYT++ID  
Sbjct: 501  GVLNKMLERKVLPDVVTYNSLIDGQCRSGNFDSAYRLLSLMNDRGLVPDQWTYTSMIDSL 560

Query: 625  CKSGNIEKACQIYSRMRGDEDIPDVDMYFKTENNVSEKPNVVTFGALVDGLCKAHKVKDA 684
            CKS  +E+AC ++  +                      PNVV + AL+DG CKA KV +A
Sbjct: 561  CKSKRVEEACDLFDSL----------------EQKGVNPNVVMYTALIDGYCKAGKVDEA 620

Query: 685  RNLLETMFLEGCEPNNIVYDALIDGFCKAAKLDEAQEVFAKMVERGYNPNVYTYSSLIDR 744
              +LE M  + C PN++ ++ALI G C   KL EA  +  KMV+ G  P V T + LI R
Sbjct: 621  HLMLEKMLSKNCLPNSLTFNALIHGLCADGKLKEATLLEEKMVKIGLQPTVSTDTILIHR 680

Query: 745  LFKDKRLDFVLKVLSKMLENSCAPNVVIYTEMIDGLSKVAKTDEAYKLMLMMEEKGCKPN 804
            L KD   D       +ML +   P+   YT  I    +  +  +A  +M  M E G  P+
Sbjct: 681  LLKDGDFDHAYSRFQQMLSSGTKPDAHTYTTFIQTYCREGRLLDAEDMMAKMRENGVSPD 740

Query: 805  VVTYTAMIDGFGKAGKVDKCLELFREMGSKGCAPNFVTYTVLINHCCATGFLDEAYALLD 864
            + TY+++I G+G  G+ +   ++ + M   GC P+  T+  LI H             L 
Sbjct: 741  LFTYSSLIKGYGDLGQTNFAFDVLKRMRDTGCEPSQHTFLSLIKH-------------LL 800

Query: 865  EMKQTYWPKHISSYCKVIEGYNREFILSLGLLEEAEKNDSAPIILLYRVLIDNFIKAGRL 924
            EMK           C +      EF   + LLE+  ++   P    Y  LI    + G L
Sbjct: 801  EMKYGKQKGSEPELCAM--SNMMEFDTVVELLEKMVEHSVTPNAKSYEKLILGICEVGNL 860

Query: 925  EVALKLHKEVISASMSMAAKKNMYTSLIHSFSNATKIGHAFELFNDMIRQGAIPDLGTFV 984
             VA K+  + +  +  ++  + ++ +L+       K   A ++ +DMI  G +P L +  
Sbjct: 861  RVAEKVF-DHMQRNEGISPSELVFNALLSCCCKLKKHNEAAKVVDDMICVGHLPQLESCK 867

Query: 985  HLITGLIKVSRWEEALQLADIICQMDKFAGNL 1013
             LI GL K    E    +   + Q   +   L
Sbjct: 921  VLICGLYKKGEKERGTSVFQNLLQCGYYEDEL 867

BLAST of Moc07g02690 vs. ExPASy Swiss-Prot
Match: Q76C99 (Protein Rf1, mitochondrial OS=Oryza sativa subsp. indica OX=39946 GN=Rf1 PE=2 SV=1)

HSP 1 Score: 294.3 bits (752), Expect = 8.7e-78
Identity = 192/707 (27.16%), Postives = 323/707 (45.69%), Query Frame = 0

Query: 291 DEFTLGFFAQALCRVGKWR---DALSLIEKEDFVPNTVLYTKMISGLCEASLFEEAMDF- 350
           D  T G      CR G+      AL  + K+ F  + + +T ++ GLC      +AMD  
Sbjct: 86  DLCTYGILIGCCCRAGRLDLGFAALGNVIKKGFRVDAIAFTPLLKGLCADKRTSDAMDIV 145

Query: 351 LNRMRSTSCIPNAQTYKILLCGCLNKKQLGRCKRILSMMIAE---GCFPSYRIFNSLVHA 410
           L RM    CIPN  +Y ILL G  ++ +      +L MM  +   G  P    + ++++ 
Sbjct: 146 LRRMTELGCIPNVFSYNILLKGLCDENRSQEALELLHMMADDRGGGSPPDVVSYTTVING 205

Query: 411 YCRSGDFSYAYKLLKKMENCGCKPGYVVYNILIGGICGSEELPGPVTFELAEKAYNEMLS 470
           + + GD   AY    +M + G  P  V YN +I  +C ++ +                  
Sbjct: 206 FFKEGDSDKAYSTYHEMLDRGILPDVVTYNSIIAALCKAQAM------------------ 265

Query: 471 AGTVLNKVNVVNFARCLCGFGKFEKAYKVIHEMMDNGFIPDTSTYSEVIGFLCNASRVEN 530
                                  +KA +V++ M+ NG +PD  TY+ ++   C++ + + 
Sbjct: 266 -----------------------DKAMEVLNTMVKNGVMPDCMTYNSILHGYCSSGQPKE 325

Query: 531 AFLLFKEMKGTGVVPDVYTYTILIDCFSKAGLIKQAHNWLDEMVRDGCEPTVVTYTTLIH 590
           A    K+M+  GV PDV TY++L+D   K G   +A    D M + G +P + TY TL+ 
Sbjct: 326 AIGFLKKMRSDGVEPDVVTYSLLMDYLCKNGRCMEARKIFDSMTKRGLKPEITTYGTLLQ 385

Query: 591 AYLKAKKVSIANELFELMLAKGCIPNVITYTALIDGYCKSGNIEKACQIYSRMRGDEDIP 650
            Y     +   + L +LM+  G  P+   ++ LI  Y K G +++A  ++S+MR      
Sbjct: 386 GYATKGALVEMHGLLDLMVRNGIHPDHYVFSILICAYAKQGKVDQAMLVFSKMR------ 445

Query: 651 DVDMYFKTENNVSEKPNVVTFGALVDGLCKAHKVKDARNLLETMFLEGCEPNNIVYDALI 710
                          PN VT+GA++  LCK+ +V+DA    E M  EG  P NIVY++LI
Sbjct: 446 ----------QQGLNPNAVTYGAVIGILCKSGRVEDAMLYFEQMIDEGLSPGNIVYNSLI 505

Query: 711 DGFCKAAKLDEAQEVFAKMVERGYNPNVYTYSSLIDRLFKDKRLDFVLKVLSKMLENSCA 770
            G C   K + A+E+  +M++RG   N   ++S+ID   K+ R+    K+   M+     
Sbjct: 506 HGLCTCNKWERAEELILEMLDRGICLNTIFFNSIIDSHCKEGRVIESEKLFELMVRIGVK 565

Query: 771 PNVVIYTEMIDGLSKVAKTDEAYKLMLMMEEKGCKPNVVTYTAMIDGFGKAGKVDKCLEL 830
           PNV+ Y  +I+G     K DEA KL+  M   G KPN VTY+ +I+G+ K  +++  L L
Sbjct: 566 PNVITYNTLINGYCLAGKMDEAMKLLSGMVSVGLKPNTVTYSTLINGYCKISRMEDALVL 625

Query: 831 FREMGSKGCAPNFVTYTVLINHCCATGFLDEAYALLDEMKQTYWPKHISSYCKVIEGYNR 890
           F+EM S G +P+ +TY +++     T     A  L   + ++     +S+Y  ++ G  +
Sbjct: 626 FKEMESSGVSPDIITYNIILQGLFQTRRTAAAKELYVRITESGTQIELSTYNIILHGLCK 685

Query: 891 EFIL--SLGLLEEAEKNDSAPIILLYRVLIDNFIKAGRLEVALKLHKEVISASMSMAAKK 950
             +   +L + +     D       + ++ID  +K GR + A  L   V  +S  +    
Sbjct: 686 NKLTDDALQMFQNLCLMDLKLEARTFNIMIDALLKVGRNDEAKDLF--VAFSSNGLVPNY 733

Query: 951 NMYTSLIHSFSNATKIGHAFELFNDMIRQGAIPDLGTFVHLITGLIK 989
             Y  +  +      +    +LF  M   G   D G    ++  L++
Sbjct: 746 WTYRLMAENIIGQGLLEELDQLFLSMEDNGCTVDSGMLNFIVRELLQ 733

BLAST of Moc07g02690 vs. ExPASy TrEMBL
Match: A0A6J1DAP3 (pentatricopeptide repeat-containing protein At1g06710, mitochondrial OS=Momordica charantia OX=3673 GN=LOC111018584 PE=4 SV=1)

HSP 1 Score: 2036.5 bits (5275), Expect = 0.0e+00
Identity = 1006/1006 (100.00%), Postives = 1006/1006 (100.00%), Query Frame = 0

Query: 1    MSRRGLKSLRLLSTSFNSSPFRLNAVFSTNPSLIFSDSSRFSFGNISVYRLSLSSAIAKY 60
            MSRRGLKSLRLLSTSFNSSPFRLNAVFSTNPSLIFSDSSRFSFGNISVYRLSLSSAIAKY
Sbjct: 1    MSRRGLKSLRLLSTSFNSSPFRLNAVFSTNPSLIFSDSSRFSFGNISVYRLSLSSAIAKY 60

Query: 61   TTSPPDNLEGLVDLDDSNPSESSRVECFSAQEVGFLRDSLLDSPADSGSSEKTLEIGKIS 120
            TTSPPDNLEGLVDLDDSNPSESSRVECFSAQEVGFLRDSLLDSPADSGSSEKTLEIGKIS
Sbjct: 61   TTSPPDNLEGLVDLDDSNPSESSRVECFSAQEVGFLRDSLLDSPADSGSSEKTLEIGKIS 120

Query: 121  NEAISILDAIRNGDDGFGDKTQKLLRQFRQSLNPDLVVEVLNLLRSPELCVRFFLWAGRQ 180
            NEAISILDAIRNGDDGFGDKTQKLLRQFRQSLNPDLVVEVLNLLRSPELCVRFFLWAGRQ
Sbjct: 121  NEAISILDAIRNGDDGFGDKTQKLLRQFRQSLNPDLVVEVLNLLRSPELCVRFFLWAGRQ 180

Query: 181  IGYNHTASVYCALLDVFECDNYDRVPEEYLREIWGDDKVVLGKLLNVLIRKCCRNGLWNV 240
            IGYNHTASVYCALLDVFECDNYDRVPEEYLREIWGDDKVVLGKLLNVLIRKCCRNGLWNV
Sbjct: 181  IGYNHTASVYCALLDVFECDNYDRVPEEYLREIWGDDKVVLGKLLNVLIRKCCRNGLWNV 240

Query: 241  ALEELGRLKDFGYKPTRLTYNALIQVFLRADKLDTAHLVHREMSQSGFSMDEFTLGFFAQ 300
            ALEELGRLKDFGYKPTRLTYNALIQVFLRADKLDTAHLVHREMSQSGFSMDEFTLGFFAQ
Sbjct: 241  ALEELGRLKDFGYKPTRLTYNALIQVFLRADKLDTAHLVHREMSQSGFSMDEFTLGFFAQ 300

Query: 301  ALCRVGKWRDALSLIEKEDFVPNTVLYTKMISGLCEASLFEEAMDFLNRMRSTSCIPNAQ 360
            ALCRVGKWRDALSLIEKEDFVPNTVLYTKMISGLCEASLFEEAMDFLNRMRSTSCIPNAQ
Sbjct: 301  ALCRVGKWRDALSLIEKEDFVPNTVLYTKMISGLCEASLFEEAMDFLNRMRSTSCIPNAQ 360

Query: 361  TYKILLCGCLNKKQLGRCKRILSMMIAEGCFPSYRIFNSLVHAYCRSGDFSYAYKLLKKM 420
            TYKILLCGCLNKKQLGRCKRILSMMIAEGCFPSYRIFNSLVHAYCRSGDFSYAYKLLKKM
Sbjct: 361  TYKILLCGCLNKKQLGRCKRILSMMIAEGCFPSYRIFNSLVHAYCRSGDFSYAYKLLKKM 420

Query: 421  ENCGCKPGYVVYNILIGGICGSEELPGPVTFELAEKAYNEMLSAGTVLNKVNVVNFARCL 480
            ENCGCKPGYVVYNILIGGICGSEELPGPVTFELAEKAYNEMLSAGTVLNKVNVVNFARCL
Sbjct: 421  ENCGCKPGYVVYNILIGGICGSEELPGPVTFELAEKAYNEMLSAGTVLNKVNVVNFARCL 480

Query: 481  CGFGKFEKAYKVIHEMMDNGFIPDTSTYSEVIGFLCNASRVENAFLLFKEMKGTGVVPDV 540
            CGFGKFEKAYKVIHEMMDNGFIPDTSTYSEVIGFLCNASRVENAFLLFKEMKGTGVVPDV
Sbjct: 481  CGFGKFEKAYKVIHEMMDNGFIPDTSTYSEVIGFLCNASRVENAFLLFKEMKGTGVVPDV 540

Query: 541  YTYTILIDCFSKAGLIKQAHNWLDEMVRDGCEPTVVTYTTLIHAYLKAKKVSIANELFEL 600
            YTYTILIDCFSKAGLIKQAHNWLDEMVRDGCEPTVVTYTTLIHAYLKAKKVSIANELFEL
Sbjct: 541  YTYTILIDCFSKAGLIKQAHNWLDEMVRDGCEPTVVTYTTLIHAYLKAKKVSIANELFEL 600

Query: 601  MLAKGCIPNVITYTALIDGYCKSGNIEKACQIYSRMRGDEDIPDVDMYFKTENNVSEKPN 660
            MLAKGCIPNVITYTALIDGYCKSGNIEKACQIYSRMRGDEDIPDVDMYFKTENNVSEKPN
Sbjct: 601  MLAKGCIPNVITYTALIDGYCKSGNIEKACQIYSRMRGDEDIPDVDMYFKTENNVSEKPN 660

Query: 661  VVTFGALVDGLCKAHKVKDARNLLETMFLEGCEPNNIVYDALIDGFCKAAKLDEAQEVFA 720
            VVTFGALVDGLCKAHKVKDARNLLETMFLEGCEPNNIVYDALIDGFCKAAKLDEAQEVFA
Sbjct: 661  VVTFGALVDGLCKAHKVKDARNLLETMFLEGCEPNNIVYDALIDGFCKAAKLDEAQEVFA 720

Query: 721  KMVERGYNPNVYTYSSLIDRLFKDKRLDFVLKVLSKMLENSCAPNVVIYTEMIDGLSKVA 780
            KMVERGYNPNVYTYSSLIDRLFKDKRLDFVLKVLSKMLENSCAPNVVIYTEMIDGLSKVA
Sbjct: 721  KMVERGYNPNVYTYSSLIDRLFKDKRLDFVLKVLSKMLENSCAPNVVIYTEMIDGLSKVA 780

Query: 781  KTDEAYKLMLMMEEKGCKPNVVTYTAMIDGFGKAGKVDKCLELFREMGSKGCAPNFVTYT 840
            KTDEAYKLMLMMEEKGCKPNVVTYTAMIDGFGKAGKVDKCLELFREMGSKGCAPNFVTYT
Sbjct: 781  KTDEAYKLMLMMEEKGCKPNVVTYTAMIDGFGKAGKVDKCLELFREMGSKGCAPNFVTYT 840

Query: 841  VLINHCCATGFLDEAYALLDEMKQTYWPKHISSYCKVIEGYNREFILSLGLLEEAEKNDS 900
            VLINHCCATGFLDEAYALLDEMKQTYWPKHISSYCKVIEGYNREFILSLGLLEEAEKNDS
Sbjct: 841  VLINHCCATGFLDEAYALLDEMKQTYWPKHISSYCKVIEGYNREFILSLGLLEEAEKNDS 900

Query: 901  APIILLYRVLIDNFIKAGRLEVALKLHKEVISASMSMAAKKNMYTSLIHSFSNATKIGHA 960
            APIILLYRVLIDNFIKAGRLEVALKLHKEVISASMSMAAKKNMYTSLIHSFSNATKIGHA
Sbjct: 901  APIILLYRVLIDNFIKAGRLEVALKLHKEVISASMSMAAKKNMYTSLIHSFSNATKIGHA 960

Query: 961  FELFNDMIRQGAIPDLGTFVHLITGLIKVSRWEEALQLADIICQMD 1007
            FELFNDMIRQGAIPDLGTFVHLITGLIKVSRWEEALQLADIICQMD
Sbjct: 961  FELFNDMIRQGAIPDLGTFVHLITGLIKVSRWEEALQLADIICQMD 1006

BLAST of Moc07g02690 vs. ExPASy TrEMBL
Match: A0A6J1JSJ3 (pentatricopeptide repeat-containing protein At1g06710, mitochondrial OS=Cucurbita maxima OX=3661 GN=LOC111488532 PE=4 SV=1)

HSP 1 Score: 1792.3 bits (4641), Expect = 0.0e+00
Identity = 878/1006 (87.28%), Postives = 938/1006 (93.24%), Query Frame = 0

Query: 1    MSRRGLKSLRLLSTSFNSSPFRLNAVFSTNPSLIFSDSSRFSFGNISVYRLSLSSAIAKY 60
            MSRRG KSL  LS S  SSP R N +FS +P  ++SDS R +  NI++YR +LSS+IA +
Sbjct: 1    MSRRGFKSLHFLSLSLISSPSRSNPIFSFHPFPVYSDSFRAALANITLYRPTLSSSIAHF 60

Query: 61   TTSPPDNLEGLVDLDDSNPSESSRVECFSAQEVGFLRDSLLDSPADSGSSEKTLEIGKIS 120
            +TS PD+L+GLVD D+S PSESSRVECFSA EV  LRDSLLDS ADS SSE TL+ GKIS
Sbjct: 61   STS-PDDLQGLVDPDESFPSESSRVECFSAPEVSLLRDSLLDSHADSPSSEPTLKSGKIS 120

Query: 121  NEAISILDAIRNGDDGFGDKTQKLLRQFRQSLNPDLVVEVLNLLRSPELCVRFFLWAGRQ 180
            N+AISILD I N DDGFGDKTQKLLRQFRQ+LNPDLVVE+L LLR+PELCV+FFLWAGRQ
Sbjct: 121  NDAISILDTICNSDDGFGDKTQKLLRQFRQNLNPDLVVEILGLLRNPELCVKFFLWAGRQ 180

Query: 181  IGYNHTASVYCALLDVFECDNYDRVPEEYLREIWGDDKVVLGKLLNVLIRKCCRNGLWNV 240
            IGYNHTASVY ALLDV EC +YDRVPE++LREI  DDK VLGKLLNVLIRKCCRNG WNV
Sbjct: 181  IGYNHTASVYNALLDVCECGSYDRVPEKFLREIKDDDKEVLGKLLNVLIRKCCRNGFWNV 240

Query: 241  ALEELGRLKDFGYKPTRLTYNALIQVFLRADKLDTAHLVHREMSQSGFSMDEFTLGFFAQ 300
            ALEELGRLKDFGYKPTRLTYNALIQVFLRADKLDTA+LVHREMS+ GF+MDEFTLG FAQ
Sbjct: 241  ALEELGRLKDFGYKPTRLTYNALIQVFLRADKLDTAYLVHREMSELGFNMDEFTLGLFAQ 300

Query: 301  ALCRVGKWRDALSLIEKEDFVPNTVLYTKMISGLCEASLFEEAMDFLNRMRSTSCIPNAQ 360
            ALC+VGKWR+ALSLIEKEDFVPNT+LYTKMISGLC+AS FEEAMDFLNRMRS+SCIPNA+
Sbjct: 301  ALCKVGKWREALSLIEKEDFVPNTILYTKMISGLCDASFFEEAMDFLNRMRSSSCIPNAR 360

Query: 361  TYKILLCGCLNKKQLGRCKRILSMMIAEGCFPSYRIFNSLVHAYCRSGDFSYAYKLLKKM 420
            TYKILLCGCLNKKQLGRCKRILSMMIAEGCFPSY IFNSLVHAYC++GDFSYAYKLLKKM
Sbjct: 361  TYKILLCGCLNKKQLGRCKRILSMMIAEGCFPSYTIFNSLVHAYCKTGDFSYAYKLLKKM 420

Query: 421  ENCGCKPGYVVYNILIGGICGSEELPGPVTFELAEKAYNEMLSAGTVLNKVNVVNFARCL 480
            E C CKPGYVVYNILIGGIC  +ELPGP+TFELAEKAYNEM S+GTVLNKVNVV+FARCL
Sbjct: 421  EKCECKPGYVVYNILIGGICNGKELPGPITFELAEKAYNEMCSSGTVLNKVNVVSFARCL 480

Query: 481  CGFGKFEKAYKVIHEMMDNGFIPDTSTYSEVIGFLCNASRVENAFLLFKEMKGTGVVPDV 540
            CGFGKFEKAYKVIHEMM NGFIPDTSTYSEVIGF+CNASRVENAFLLFKEMKG G+VPDV
Sbjct: 481  CGFGKFEKAYKVIHEMMGNGFIPDTSTYSEVIGFMCNASRVENAFLLFKEMKGAGMVPDV 540

Query: 541  YTYTILIDCFSKAGLIKQAHNWLDEMVRDGCEPTVVTYTTLIHAYLKAKKVSIANELFEL 600
            YTYTILIDCFSKAGLI+QAHNWLDEMVRDGCEPTVVTYTTLIHAYLKAKKVS+ANELFE+
Sbjct: 541  YTYTILIDCFSKAGLIQQAHNWLDEMVRDGCEPTVVTYTTLIHAYLKAKKVSVANELFEV 600

Query: 601  MLAKGCIPNVITYTALIDGYCKSGNIEKACQIYSRMRGDEDIPDVDMYFKTENNVSEKPN 660
            M+AKGCIPNVITYTALIDGY KSGNIE ACQIY+RMRGD DIPDVDMYFKTENNVSEKPN
Sbjct: 601  MIAKGCIPNVITYTALIDGYSKSGNIENACQIYARMRGDADIPDVDMYFKTENNVSEKPN 660

Query: 661  VVTFGALVDGLCKAHKVKDARNLLETMFLEGCEPNNIVYDALIDGFCKAAKLDEAQEVFA 720
            VVT+GALVDGLCKAHKVKDA +LLETMF EGCEPNNIVYDALIDGFCKAAKLDEAQEVF 
Sbjct: 661  VVTYGALVDGLCKAHKVKDACDLLETMFSEGCEPNNIVYDALIDGFCKAAKLDEAQEVFV 720

Query: 721  KMVERGYNPNVYTYSSLIDRLFKDKRLDFVLKVLSKMLENSCAPNVVIYTEMIDGLSKVA 780
            KMVERGYNPNVYTYSSLIDRLFKDKRLD VLKVLSKMLENSCAPNVVIYTEMIDGL KVA
Sbjct: 721  KMVERGYNPNVYTYSSLIDRLFKDKRLDLVLKVLSKMLENSCAPNVVIYTEMIDGLCKVA 780

Query: 781  KTDEAYKLMLMMEEKGCKPNVVTYTAMIDGFGKAGKVDKCLELFREMGSKGCAPNFVTYT 840
            KTDEAYKLMLMMEEKGCKPNVVTYTAMIDGFGKAGKVDKCLELFREMGSKGC+PNFVTYT
Sbjct: 781  KTDEAYKLMLMMEEKGCKPNVVTYTAMIDGFGKAGKVDKCLELFREMGSKGCSPNFVTYT 840

Query: 841  VLINHCCATGFLDEAYALLDEMKQTYWPKHISSYCKVIEGYNREFILSLGLLEEAEKNDS 900
            VLINHCCA+G LDEAYALLDEMKQTYWPKH+SSYCKV+EGYNREFILSLG+LEE EKND+
Sbjct: 841  VLINHCCASGCLDEAYALLDEMKQTYWPKHVSSYCKVVEGYNREFILSLGILEEVEKNDA 900

Query: 901  APIILLYRVLIDNFIKAGRLEVALKLHKEVISASMSMAAKKNMYTSLIHSFSNATKIGHA 960
             PIILLYRVLIDNF+KAGRLEVAL+LHKEVISASMSMAAKKNMYT+LI+SFS A KI  A
Sbjct: 901  TPIILLYRVLIDNFVKAGRLEVALELHKEVISASMSMAAKKNMYTTLIYSFSKAMKIDQA 960

Query: 961  FELFNDMIRQGAIPDLGTFVHLITGLIKVSRWEEALQLADIICQMD 1007
            FEL+NDMIRQG IPDLGTFVHLI GL+KVSRWEEALQL+D ICQMD
Sbjct: 961  FELYNDMIRQGVIPDLGTFVHLIMGLVKVSRWEEALQLSDSICQMD 1005

BLAST of Moc07g02690 vs. ExPASy TrEMBL
Match: A0A6J1EVK3 (pentatricopeptide repeat-containing protein At1g06710, mitochondrial OS=Cucurbita moschata OX=3662 GN=LOC111436368 PE=4 SV=1)

HSP 1 Score: 1789.2 bits (4633), Expect = 0.0e+00
Identity = 877/1006 (87.18%), Postives = 935/1006 (92.94%), Query Frame = 0

Query: 1    MSRRGLKSLRLLSTSFNSSPFRLNAVFSTNPSLIFSDSSRFSFGNISVYRLSLSSAIAKY 60
            MSRRGLKSL  LS S  SSP R N +FS +P  ++SDS R +  NI++YR + SS+IA +
Sbjct: 1    MSRRGLKSLHFLSLSLISSPIRSNPIFSFHPFPVYSDSFRAALPNITLYRPTPSSSIAHF 60

Query: 61   TTSPPDNLEGLVDLDDSNPSESSRVECFSAQEVGFLRDSLLDSPADSGSSEKTLEIGKIS 120
            +TS PD+L+GLVD D+S PSE SR ECFSA EV  LR SLLDS ADS SSE TL+ GKIS
Sbjct: 61   STS-PDDLQGLVDPDESLPSEGSRAECFSAPEVSLLRGSLLDSHADSPSSEPTLKSGKIS 120

Query: 121  NEAISILDAIRNGDDGFGDKTQKLLRQFRQSLNPDLVVEVLNLLRSPELCVRFFLWAGRQ 180
            N+AISILD IRN DDGFGDKTQKLLRQFRQ+LNPDLVVE+L LLR+PELCV+FFLWAGRQ
Sbjct: 121  NDAISILDTIRNSDDGFGDKTQKLLRQFRQNLNPDLVVEILGLLRNPELCVKFFLWAGRQ 180

Query: 181  IGYNHTASVYCALLDVFECDNYDRVPEEYLREIWGDDKVVLGKLLNVLIRKCCRNGLWNV 240
            IGYNHTASVY ALLDV+EC +YDRVPE++LREI  DDK VLGKLLNVLIRKCCRNG WNV
Sbjct: 181  IGYNHTASVYNALLDVYECGSYDRVPEQFLREIKDDDKEVLGKLLNVLIRKCCRNGFWNV 240

Query: 241  ALEELGRLKDFGYKPTRLTYNALIQVFLRADKLDTAHLVHREMSQSGFSMDEFTLGFFAQ 300
            ALEELGRLKDFGYKPTRLTYNALIQVFLRADKLDTA+LVHREMS+ GF+MDEFTLG FAQ
Sbjct: 241  ALEELGRLKDFGYKPTRLTYNALIQVFLRADKLDTAYLVHREMSELGFNMDEFTLGRFAQ 300

Query: 301  ALCRVGKWRDALSLIEKEDFVPNTVLYTKMISGLCEASLFEEAMDFLNRMRSTSCIPNAQ 360
            ALC+VGKWR+ALSLIEKEDFVPNT+LYTKMISGLC AS FEEAMDFLNRMRS+SCIPNAQ
Sbjct: 301  ALCKVGKWREALSLIEKEDFVPNTILYTKMISGLCNASFFEEAMDFLNRMRSSSCIPNAQ 360

Query: 361  TYKILLCGCLNKKQLGRCKRILSMMIAEGCFPSYRIFNSLVHAYCRSGDFSYAYKLLKKM 420
            TYKILLCGCLNKKQLGRCKRILSMMIAEGCFPSY IFNSLVHAYC+SGDFSYAYKLLKKM
Sbjct: 361  TYKILLCGCLNKKQLGRCKRILSMMIAEGCFPSYTIFNSLVHAYCKSGDFSYAYKLLKKM 420

Query: 421  ENCGCKPGYVVYNILIGGICGSEELPGPVTFELAEKAYNEMLSAGTVLNKVNVVNFARCL 480
            E C CKPGYVVYNI IGGIC  +ELPGP+TFELAEKAYNEM S+GTVLNKVNVV+FARCL
Sbjct: 421  EKCECKPGYVVYNIFIGGICNGKELPGPITFELAEKAYNEMCSSGTVLNKVNVVSFARCL 480

Query: 481  CGFGKFEKAYKVIHEMMDNGFIPDTSTYSEVIGFLCNASRVENAFLLFKEMKGTGVVPDV 540
            CGFGKFE+AYKVIHEMM NGFIPD STYSEVIGF+CNASRVENAFLLFKEMKG G+VPDV
Sbjct: 481  CGFGKFEEAYKVIHEMMGNGFIPDRSTYSEVIGFMCNASRVENAFLLFKEMKGAGMVPDV 540

Query: 541  YTYTILIDCFSKAGLIKQAHNWLDEMVRDGCEPTVVTYTTLIHAYLKAKKVSIANELFEL 600
            YTYTILIDCFSKAGLI+QAHNWLDEMVRDGCEPTVVTYTTLIHAYLKAKKVS+ANELFE+
Sbjct: 541  YTYTILIDCFSKAGLIQQAHNWLDEMVRDGCEPTVVTYTTLIHAYLKAKKVSVANELFEV 600

Query: 601  MLAKGCIPNVITYTALIDGYCKSGNIEKACQIYSRMRGDEDIPDVDMYFKTENNVSEKPN 660
            M+AKGCIPNVITYTALIDGYCKSGNIEKACQIY+RMRGD DIPDVDMYFKTENNVSEKPN
Sbjct: 601  MIAKGCIPNVITYTALIDGYCKSGNIEKACQIYARMRGDADIPDVDMYFKTENNVSEKPN 660

Query: 661  VVTFGALVDGLCKAHKVKDARNLLETMFLEGCEPNNIVYDALIDGFCKAAKLDEAQEVFA 720
            VVT+GALVDGLCKAHKVKDA +LLETMFLEGCEPNNIVYDALIDGFCKAAKLDEAQEVF 
Sbjct: 661  VVTYGALVDGLCKAHKVKDACDLLETMFLEGCEPNNIVYDALIDGFCKAAKLDEAQEVFV 720

Query: 721  KMVERGYNPNVYTYSSLIDRLFKDKRLDFVLKVLSKMLENSCAPNVVIYTEMIDGLSKVA 780
            KMVERGYNPNVYTYSSLIDRLFKDKRLD VLKVLSKMLENSCAPNVVIYTEMIDGL KVA
Sbjct: 721  KMVERGYNPNVYTYSSLIDRLFKDKRLDLVLKVLSKMLENSCAPNVVIYTEMIDGLCKVA 780

Query: 781  KTDEAYKLMLMMEEKGCKPNVVTYTAMIDGFGKAGKVDKCLELFREMGSKGCAPNFVTYT 840
            KTDEAYKLMLMMEEKGCKPNVVTYTAMIDGFGKAGKVDKCLELFREMGSKGC+PNFVTYT
Sbjct: 781  KTDEAYKLMLMMEEKGCKPNVVTYTAMIDGFGKAGKVDKCLELFREMGSKGCSPNFVTYT 840

Query: 841  VLINHCCATGFLDEAYALLDEMKQTYWPKHISSYCKVIEGYNREFILSLGLLEEAEKNDS 900
            VLINHCCA+G LDEAYALLDEMKQTYWPKH+SSYCKV+EGYNREFILSLGLLEE EKND+
Sbjct: 841  VLINHCCASGRLDEAYALLDEMKQTYWPKHVSSYCKVVEGYNREFILSLGLLEEVEKNDA 900

Query: 901  APIILLYRVLIDNFIKAGRLEVALKLHKEVISASMSMAAKKNMYTSLIHSFSNATKIGHA 960
             PIILLYRVLIDNF+KAGRLEVAL+LHKEVISASMSMAAKKNMYT+LI+SFS A KI  A
Sbjct: 901  TPIILLYRVLIDNFVKAGRLEVALELHKEVISASMSMAAKKNMYTTLIYSFSTAMKIDQA 960

Query: 961  FELFNDMIRQGAIPDLGTFVHLITGLIKVSRWEEALQLADIICQMD 1007
            FEL+NDMIRQG IPDLGTFV LI GL+KV RWEEALQL+D ICQMD
Sbjct: 961  FELYNDMIRQGVIPDLGTFVDLIMGLVKVRRWEEALQLSDSICQMD 1005

BLAST of Moc07g02690 vs. ExPASy TrEMBL
Match: A0A1S3BE59 (pentatricopeptide repeat-containing protein At1g06710, mitochondrial OS=Cucumis melo OX=3656 GN=LOC103488647 PE=4 SV=1)

HSP 1 Score: 1758.0 bits (4552), Expect = 0.0e+00
Identity = 861/1006 (85.59%), Postives = 920/1006 (91.45%), Query Frame = 0

Query: 1    MSRRGLKSLRLLSTSFNSSPFRLNAVFSTNPSLIFSDSSRFSFGNISVYRLSLSSAIAKY 60
            MSRRGLKSL  LS SF SSP R NA+FS+NP  I+S SS F                A +
Sbjct: 1    MSRRGLKSLHFLSFSFISSPIRFNALFSSNPFTIYSHSSAF----------------AHF 60

Query: 61   TTSPPDNLEGLVDLDDSNPSESSRVECFSAQEVGFLRDSLLDSPADSGSSEKTLEIGKIS 120
            ++S PD+L+GLVD D S  S++SRV+CFS QEV  LRDSLL+S ADS  S++TL+  K+S
Sbjct: 61   SSSSPDDLQGLVDFDQSLSSDTSRVQCFSPQEVSLLRDSLLNSHADSCFSDRTLQAVKMS 120

Query: 121  NEAISILDAIRNGDDGFGDKTQKLLRQFRQSLNPDLVVEVLNLLRSPELCVRFFLWAGRQ 180
            NEA  ILDAIRN DDGFG+KT  +LRQFRQ LNPDLVVE+L+ LRSPELCV+FFLWAGRQ
Sbjct: 121  NEAFLILDAIRNCDDGFGEKTHIVLRQFRQKLNPDLVVEILSFLRSPELCVKFFLWAGRQ 180

Query: 181  IGYNHTASVYCALLDVFECDNYDRVPEEYLREIWGDDKVVLGKLLNVLIRKCCRNGLWNV 240
            IGY+HT +VY ALLDVFEC +YDRVPEE+LREI GDD+ VLGKLLNVLIRKCCRNGLWNV
Sbjct: 181  IGYSHTPAVYIALLDVFECRSYDRVPEEFLREIKGDDQEVLGKLLNVLIRKCCRNGLWNV 240

Query: 241  ALEELGRLKDFGYKPTRLTYNALIQVFLRADKLDTAHLVHREMSQSGFSMDEFTLGFFAQ 300
            ALEELGRLKDFGYKPTR+TYNAL+QVFLRADKLDTA LVHREMS+ G SMDEFTLGFFAQ
Sbjct: 241  ALEELGRLKDFGYKPTRMTYNALVQVFLRADKLDTAQLVHREMSELGLSMDEFTLGFFAQ 300

Query: 301  ALCRVGKWRDALSLIEKEDFVPNTVLYTKMISGLCEASLFEEAMDFLNRMRSTSCIPNAQ 360
            ALC+VGKWR+ALSLIEKEDFVPNT+LY KMISGLCEAS FEEAMDFLNRMRS+SCIPN Q
Sbjct: 301  ALCKVGKWREALSLIEKEDFVPNTILYNKMISGLCEASFFEEAMDFLNRMRSSSCIPNVQ 360

Query: 361  TYKILLCGCLNKKQLGRCKRILSMMIAEGCFPSYRIFNSLVHAYCRSGDFSYAYKLLKKM 420
            TYKILLCGCLNKKQLGRCKRILSMMIAEGC+PSY IFNSLVHAYC+S DF YAYKLLKKM
Sbjct: 361  TYKILLCGCLNKKQLGRCKRILSMMIAEGCYPSYTIFNSLVHAYCKSDDFLYAYKLLKKM 420

Query: 421  ENCGCKPGYVVYNILIGGICGSEELPGPVTFELAEKAYNEMLSAGTVLNKVNVVNFARCL 480
            E C CKPGYVVYNILIG IC   ELPGPVTFELAEKAYNEMLSAGTVLNKVNVV+FARCL
Sbjct: 421  ETCECKPGYVVYNILIGSICSGGELPGPVTFELAEKAYNEMLSAGTVLNKVNVVSFARCL 480

Query: 481  CGFGKFEKAYKVIHEMMDNGFIPDTSTYSEVIGFLCNASRVENAFLLFKEMKGTGVVPDV 540
            CGFGKFEKAYKVIHEMM NGF+PDTSTYSEVIGFLCNASRVENAF LFKEMKGTGV+PDV
Sbjct: 481  CGFGKFEKAYKVIHEMMGNGFVPDTSTYSEVIGFLCNASRVENAFFLFKEMKGTGVIPDV 540

Query: 541  YTYTILIDCFSKAGLIKQAHNWLDEMVRDGCEPTVVTYTTLIHAYLKAKKVSIANELFEL 600
            YTYTILIDCFSKAGLIKQAHNWLDEMVRDGCEPTVVTYTTLIHAYLKAKKVS+ANELFEL
Sbjct: 541  YTYTILIDCFSKAGLIKQAHNWLDEMVRDGCEPTVVTYTTLIHAYLKAKKVSVANELFEL 600

Query: 601  MLAKGCIPNVITYTALIDGYCKSGNIEKACQIYSRMRGDEDIPDVDMYFKTENNVSEKPN 660
            M+AKGC PNVITYTALIDGYCKSGNIEKACQIY+RMRGD DIPDVDMYFK +NNV+EKPN
Sbjct: 601  MIAKGCFPNVITYTALIDGYCKSGNIEKACQIYARMRGDADIPDVDMYFKIKNNVAEKPN 660

Query: 661  VVTFGALVDGLCKAHKVKDARNLLETMFLEGCEPNNIVYDALIDGFCKAAKLDEAQEVFA 720
            VVT+GALVDGLCKAHKVKDAR+LLETMF++GCEPN I+YDALIDGFCKAAKLDEAQEVF 
Sbjct: 661  VVTYGALVDGLCKAHKVKDARDLLETMFVDGCEPNTIIYDALIDGFCKAAKLDEAQEVFH 720

Query: 721  KMVERGYNPNVYTYSSLIDRLFKDKRLDFVLKVLSKMLENSCAPNVVIYTEMIDGLSKVA 780
            KMVERGYNPNVYTYSSLIDRLFKDKRLD VLKVLSKMLENSCAPNVVIYTEMIDGLSKVA
Sbjct: 721  KMVERGYNPNVYTYSSLIDRLFKDKRLDLVLKVLSKMLENSCAPNVVIYTEMIDGLSKVA 780

Query: 781  KTDEAYKLMLMMEEKGCKPNVVTYTAMIDGFGKAGKVDKCLELFREMGSKGCAPNFVTYT 840
            KTDEAYKLMLMMEEKGCKPNVVTYTAMIDGFGKAGKVDKCLELFREMGSKGCAPNFVTYT
Sbjct: 781  KTDEAYKLMLMMEEKGCKPNVVTYTAMIDGFGKAGKVDKCLELFREMGSKGCAPNFVTYT 840

Query: 841  VLINHCCATGFLDEAYALLDEMKQTYWPKHISSYCKVIEGYNREFILSLGLLEEAEKNDS 900
            VLINHCCATG LDEAYALL+EMKQTYWPKH+SSYCKVIEGY REFILSLGLLEE EKN S
Sbjct: 841  VLINHCCATGHLDEAYALLEEMKQTYWPKHVSSYCKVIEGYRREFILSLGLLEEVEKNGS 900

Query: 901  APIILLYRVLIDNFIKAGRLEVALKLHKEVISASMSMAAKKNMYTSLIHSFSNATKIGHA 960
            APIILLY+VLIDNF+KAGRLEVAL+LHKEVISASMSMAAKKNMYTSLI+SFS+A+KIGHA
Sbjct: 901  APIILLYKVLIDNFVKAGRLEVALELHKEVISASMSMAAKKNMYTSLIYSFSHASKIGHA 960

Query: 961  FELFNDMIRQGAIPDLGTFVHLITGLIKVSRWEEALQLADIICQMD 1007
            FELF DMIR G IPDLGTFVHL+ GLI+V  WEEALQL+D ICQMD
Sbjct: 961  FELFYDMIRDGVIPDLGTFVHLLMGLIRVRMWEEALQLSDSICQMD 990

BLAST of Moc07g02690 vs. ExPASy TrEMBL
Match: A0A5A7V4K9 (Pentatricopeptide repeat-containing protein OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold381G00700 PE=4 SV=1)

HSP 1 Score: 1755.7 bits (4546), Expect = 0.0e+00
Identity = 860/1005 (85.57%), Postives = 919/1005 (91.44%), Query Frame = 0

Query: 1    MSRRGLKSLRLLSTSFNSSPFRLNAVFSTNPSLIFSDSSRFSFGNISVYRLSLSSAIAKY 60
            MSRRGLKSL  LS SF SSP R NA+FS+NP  I+S SS F                A +
Sbjct: 1    MSRRGLKSLHFLSFSFISSPIRFNALFSSNPFTIYSHSSAF----------------AHF 60

Query: 61   TTSPPDNLEGLVDLDDSNPSESSRVECFSAQEVGFLRDSLLDSPADSGSSEKTLEIGKIS 120
            ++S PD+L+GLVD D S  S++SRV+CFS QEV  LRDSLL+S ADS  S++TL+  K+S
Sbjct: 61   SSSSPDDLQGLVDFDQSLSSDTSRVQCFSPQEVSLLRDSLLNSHADSCFSDRTLQAVKMS 120

Query: 121  NEAISILDAIRNGDDGFGDKTQKLLRQFRQSLNPDLVVEVLNLLRSPELCVRFFLWAGRQ 180
            NEA  ILDAIRN DDGFG+KT  +LRQFRQ LNPDLVVE+L+ LRSPELCV+FFLWAGRQ
Sbjct: 121  NEAFLILDAIRNCDDGFGEKTHIVLRQFRQKLNPDLVVEILSFLRSPELCVKFFLWAGRQ 180

Query: 181  IGYNHTASVYCALLDVFECDNYDRVPEEYLREIWGDDKVVLGKLLNVLIRKCCRNGLWNV 240
            IGY+HT +VY ALLDVFEC +YDRVPEE+LREI GDD+ VLGKLLNVLIRKCCRNGLWNV
Sbjct: 181  IGYSHTPAVYIALLDVFECRSYDRVPEEFLREIKGDDQEVLGKLLNVLIRKCCRNGLWNV 240

Query: 241  ALEELGRLKDFGYKPTRLTYNALIQVFLRADKLDTAHLVHREMSQSGFSMDEFTLGFFAQ 300
            ALEELGRLKDFGYKPTR+TYNAL+QVFLRADKLDTA LVHREMS+ G SMDEFTLGFFAQ
Sbjct: 241  ALEELGRLKDFGYKPTRMTYNALVQVFLRADKLDTAQLVHREMSELGLSMDEFTLGFFAQ 300

Query: 301  ALCRVGKWRDALSLIEKEDFVPNTVLYTKMISGLCEASLFEEAMDFLNRMRSTSCIPNAQ 360
            ALC+VGKWR+ALSLIEKEDFVPNT+LY KMISGLCEAS FEEAMDFLNRMRS+SCIPN Q
Sbjct: 301  ALCKVGKWREALSLIEKEDFVPNTILYNKMISGLCEASFFEEAMDFLNRMRSSSCIPNVQ 360

Query: 361  TYKILLCGCLNKKQLGRCKRILSMMIAEGCFPSYRIFNSLVHAYCRSGDFSYAYKLLKKM 420
            TYKILLCGCLNKKQLGRCKRILSMMIAEGC+PSY IFNSLVHAYC+S DF YAYKLLKKM
Sbjct: 361  TYKILLCGCLNKKQLGRCKRILSMMIAEGCYPSYTIFNSLVHAYCKSDDFLYAYKLLKKM 420

Query: 421  ENCGCKPGYVVYNILIGGICGSEELPGPVTFELAEKAYNEMLSAGTVLNKVNVVNFARCL 480
            E C CKPGYVVYNILIG IC   ELPGPVTFELAEKAYNEMLSAGTVLNKVNVV+FARCL
Sbjct: 421  ETCECKPGYVVYNILIGSICSGGELPGPVTFELAEKAYNEMLSAGTVLNKVNVVSFARCL 480

Query: 481  CGFGKFEKAYKVIHEMMDNGFIPDTSTYSEVIGFLCNASRVENAFLLFKEMKGTGVVPDV 540
            CGFGKFEKAYKVIHEMM NGF+PDTSTYSEVIGFLCNASRVENAF LFKEMKGTGV+PDV
Sbjct: 481  CGFGKFEKAYKVIHEMMGNGFVPDTSTYSEVIGFLCNASRVENAFFLFKEMKGTGVIPDV 540

Query: 541  YTYTILIDCFSKAGLIKQAHNWLDEMVRDGCEPTVVTYTTLIHAYLKAKKVSIANELFEL 600
            YTYTILIDCFSKAGLIKQAHNWLDEMVRDGCEPTVVTYTTLIHAYLKAKKVS+ANELFEL
Sbjct: 541  YTYTILIDCFSKAGLIKQAHNWLDEMVRDGCEPTVVTYTTLIHAYLKAKKVSVANELFEL 600

Query: 601  MLAKGCIPNVITYTALIDGYCKSGNIEKACQIYSRMRGDEDIPDVDMYFKTENNVSEKPN 660
            M+AKGC PNVITYTALIDGYCKSGNIEKACQIY+RMRGD DIPDVDMYFK +NNV+EKPN
Sbjct: 601  MIAKGCFPNVITYTALIDGYCKSGNIEKACQIYARMRGDADIPDVDMYFKIKNNVAEKPN 660

Query: 661  VVTFGALVDGLCKAHKVKDARNLLETMFLEGCEPNNIVYDALIDGFCKAAKLDEAQEVFA 720
            VVT+GALVDGLCKAHKVKDAR+LLETMF++GCEPN I+YDALIDGFCKAAKLDEAQEVF 
Sbjct: 661  VVTYGALVDGLCKAHKVKDARDLLETMFVDGCEPNTIIYDALIDGFCKAAKLDEAQEVFH 720

Query: 721  KMVERGYNPNVYTYSSLIDRLFKDKRLDFVLKVLSKMLENSCAPNVVIYTEMIDGLSKVA 780
            KMVERGYNPNVYTYSSLIDRLFKDKRLD VLKVLSKMLENSCAPNVVIYTEMIDGLSKVA
Sbjct: 721  KMVERGYNPNVYTYSSLIDRLFKDKRLDLVLKVLSKMLENSCAPNVVIYTEMIDGLSKVA 780

Query: 781  KTDEAYKLMLMMEEKGCKPNVVTYTAMIDGFGKAGKVDKCLELFREMGSKGCAPNFVTYT 840
            KTDEAYKLMLMMEEKGCKPNVVTYTAMIDGFGKAGKVDKCLELFREMGSKGCAPNFVTYT
Sbjct: 781  KTDEAYKLMLMMEEKGCKPNVVTYTAMIDGFGKAGKVDKCLELFREMGSKGCAPNFVTYT 840

Query: 841  VLINHCCATGFLDEAYALLDEMKQTYWPKHISSYCKVIEGYNREFILSLGLLEEAEKNDS 900
            VLINHCCATG LDEAYALL+EMKQTYWPKH+SSYCKVIEGY REFILSLGLLEE EKN S
Sbjct: 841  VLINHCCATGHLDEAYALLEEMKQTYWPKHVSSYCKVIEGYRREFILSLGLLEEVEKNGS 900

Query: 901  APIILLYRVLIDNFIKAGRLEVALKLHKEVISASMSMAAKKNMYTSLIHSFSNATKIGHA 960
            APIILLY+VLIDNF+KAGRLEVAL+LHKEVISASMSMAAKKNMYTSLI+SFS+A+KIGHA
Sbjct: 901  APIILLYKVLIDNFVKAGRLEVALELHKEVISASMSMAAKKNMYTSLIYSFSHASKIGHA 960

Query: 961  FELFNDMIRQGAIPDLGTFVHLITGLIKVSRWEEALQLADIICQM 1006
            FELF DMIR G IPDLGTFVHL+ GLI+V  WEEALQL+D ICQM
Sbjct: 961  FELFYDMIRDGVIPDLGTFVHLLMGLIRVRMWEEALQLSDSICQM 989

BLAST of Moc07g02690 vs. TAIR 10
Match: AT1G06710.1 (Tetratricopeptide repeat (TPR)-like superfamily protein )

HSP 1 Score: 1207.2 bits (3122), Expect = 0.0e+00
Identity = 600/980 (61.22%), Postives = 743/980 (75.82%), Query Frame = 0

Query: 27   FSTNPSLIFSDSSRFSFGNISVYRLSLSSAIAKYTTSPPDNLEGLVDLDDSNPSESSRVE 86
            FSTN SL+             V+  S        +T PPD++ G    D  +PS+S  V 
Sbjct: 20   FSTNLSLLH-----------RVFTCSRYLTARFMSTPPPDDMFGFD--DPFSPSDSREVV 79

Query: 87   CFSAQEVGFLRDSLLDSPADSGSSEKTLEIGKISNEAISILDAIRNGDDGFGDKTQKLLR 146
              + +E  FL DSL+D   +    +    I + S +A +I DA+   DD FG K+QK LR
Sbjct: 80   DLT-KEYSFLHDSLVDY-GNVNVHQVVPIITQSSIDARAIADAVSGVDDVFGRKSQKFLR 139

Query: 147  QFRQSLNPDLVVEVLNLLRSPELCVRFFLWAGRQIGYNHTASVYCALLDVFECDNYDRVP 206
            QFR+ L+  LV+EVL L+  P   + FF+WAGRQIGY HTA VY AL+D+   D+ ++VP
Sbjct: 140  QFREKLSESLVIEVLRLIARPSAVISFFVWAGRQIGYKHTAPVYNALVDLIVRDDDEKVP 199

Query: 207  EEYLREIWGDDKVVLGKLLNVLIRKCCRNGLWNVALEELGRLKDFGYKPTRLTYNALIQV 266
            EE+L++I  DDK V G+ LNVL+RK CRNG +++ALEELGRLKDF ++P+R TYN LIQ 
Sbjct: 200  EEFLQQIRDDDKEVFGEFLNVLVRKHCRNGSFSIALEELGRLKDFRFRPSRSTYNCLIQA 259

Query: 267  FLRADKLDTAHLVHREMSQSGFSMDEFTLGFFAQALCRVGKWRDALSLIEKEDFVPNTVL 326
            FL+AD+LD+A L+HREMS +   MD FTL  FA +LC+VGKWR+AL+L+E E+FVP+TV 
Sbjct: 260  FLKADRLDSASLIHREMSLANLRMDGFTLRCFAYSLCKVGKWREALTLVETENFVPDTVF 319

Query: 327  YTKMISGLCEASLFEEAMDFLNRMRSTSCIPNAQTYKILLCGCLNKKQLGRCKRILSMMI 386
            YTK+ISGLCEASLFEEAMDFLNRMR+TSC+PN  TY  LLCGCLNKKQLGRCKR+L+MM+
Sbjct: 320  YTKLISGLCEASLFEEAMDFLNRMRATSCLPNVVTYSTLLCGCLNKKQLGRCKRVLNMMM 379

Query: 387  AEGCFPSYRIFNSLVHAYCRSGDFSYAYKLLKKMENCGCKPGYVVYNILIGGICGSEELP 446
             EGC+PS +IFNSLVHAYC SGD SYAYKLLKKM  CG  PGYVVYNILIG ICG ++  
Sbjct: 380  MEGCYPSPKIFNSLVHAYCTSGDHSYAYKLLKKMVKCGHMPGYVVYNILIGSICGDKDSL 439

Query: 447  GPVTFELAEKAYNEMLSAGTVLNKVNVVNFARCLCGFGKFEKAYKVIHEMMDNGFIPDTS 506
                 +LAEKAY+EML+AG VLNK+NV +F RCLC  GK+EKA+ VI EM+  GFIPDTS
Sbjct: 440  NCDLLDLAEKAYSEMLAAGVVLNKINVSSFTRCLCSAGKYEKAFSVIREMIGQGFIPDTS 499

Query: 507  TYSEVIGFLCNASRVENAFLLFKEMKGTGVVPDVYTYTILIDCFSKAGLIKQAHNWLDEM 566
            TYS+V+ +LCNAS++E AFLLF+EMK  G+V DVYTYTI++D F KAGLI+QA  W +EM
Sbjct: 500  TYSKVLNYLCNASKMELAFLLFEEMKRGGLVADVYTYTIMVDSFCKAGLIEQARKWFNEM 559

Query: 567  VRDGCEPTVVTYTTLIHAYLKAKKVSIANELFELMLAKGCIPNVITYTALIDGYCKSGNI 626
               GC P VVTYT LIHAYLKAKKVS ANELFE ML++GC+PN++TY+ALIDG+CK+G +
Sbjct: 560  REVGCTPNVVTYTALIHAYLKAKKVSYANELFETMLSEGCLPNIVTYSALIDGHCKAGQV 619

Query: 627  EKACQIYSRMRGDEDIPDVDMYFKTENNVSEKPNVVTFGALVDGLCKAHKVKDARNLLET 686
            EKACQI+ RM G +D+PDVDMYFK  ++ SE+PNVVT+GAL+DG CK+H+V++AR LL+ 
Sbjct: 620  EKACQIFERMCGSKDVPDVDMYFKQYDDNSERPNVVTYGALLDGFCKSHRVEEARKLLDA 679

Query: 687  MFLEGCEPNNIVYDALIDGFCKAAKLDEAQEVFAKMVERGYNPNVYTYSSLIDRLFKDKR 746
            M +EGCEPN IVYDALIDG CK  KLDEAQEV  +M E G+   +YTYSSLIDR FK KR
Sbjct: 680  MSMEGCEPNQIVYDALIDGLCKVGKLDEAQEVKTEMSEHGFPATLYTYSSLIDRYFKVKR 739

Query: 747  LDFVLKVLSKMLENSCAPNVVIYTEMIDGLSKVAKTDEAYKLMLMMEEKGCKPNVVTYTA 806
             D   KVLSKMLENSCAPNVVIYTEMIDGL KV KTDEAYKLM MMEEKGC+PNVVTYTA
Sbjct: 740  QDLASKVLSKMLENSCAPNVVIYTEMIDGLCKVGKTDEAYKLMQMMEEKGCQPNVVTYTA 799

Query: 807  MIDGFGKAGKVDKCLELFREMGSKGCAPNFVTYTVLINHCCATGFLDEAYALLDEMKQTY 866
            MIDGFG  GK++ CLEL   MGSKG APN+VTY VLI+HCC  G LD A+ LL+EMKQT+
Sbjct: 800  MIDGFGMIGKIETCLELLERMGSKGVAPNYVTYRVLIDHCCKNGALDVAHNLLEEMKQTH 859

Query: 867  WPKHISSYCKVIEGYNREFILSLGLLEEAEKNDSAPIILLYRVLIDNFIKAGRLEVALKL 926
            WP H + Y KVIEG+N+EFI SLGLL+E  ++D+AP + +YR+LIDN IKA RLE+AL+L
Sbjct: 860  WPTHTAGYRKVIEGFNKEFIESLGLLDEIGQDDTAPFLSVYRLLIDNLIKAQRLEMALRL 919

Query: 927  HKEVISASMSMAAKKNMYTSLIHSFSNATKIGHAFELFNDMIRQGAIPDLGTFVHLITGL 986
             +EV + S ++    + Y SLI S   A K+  AF+LF++M ++G IP++ +F  LI GL
Sbjct: 920  LEEVATFSATLVDYSSTYNSLIESLCLANKVETAFQLFSEMTKKGVIPEMQSFCSLIKGL 979

Query: 987  IKVSRWEEALQLADIICQMD 1007
             + S+  EAL L D I  M+
Sbjct: 980  FRNSKISEALLLLDFISHME 984

BLAST of Moc07g02690 vs. TAIR 10
Match: AT2G43210.1 (Ubiquitin-like superfamily protein )

HSP 1 Score: 355.9 bits (912), Expect = 1.7e-97
Identity = 236/541 (43.62%), Postives = 317/541 (58.60%), Query Frame = 0

Query: 1124 QSLSSLAFKGSIGEAILESKNQRKLFVVFISGEDAESSSLESSTWTSSRVAESVSKYCVL 1183
            ++LSSL FKGS+ EAI E+K ++KLFVV+ISGED ES  L   TWT + VA+S+SKYC+L
Sbjct: 2    EALSSLTFKGSLPEAIFEAKGKKKLFVVYISGEDEESDKLNRLTWTDASVADSLSKYCIL 61

Query: 1184 LHIPAGSTDAAQFSSIYPQKSVPCITAVGYNGIQLWQNEGFIGADDLAFNLEKAWLGLHI 1243
            +HI AGS DA  FS+IYP  SVPCI A+G++G Q+W+ EGFI A+DLA +LEKAWLGLHI
Sbjct: 62   VHIQAGSVDATNFSAIYPYSSVPCIAAIGFSGTQVWRTEGFITAEDLASSLEKAWLGLHI 121

Query: 1244 QETTASVLTAALAAKNSEASTSRPSD--------------SGSSSLAAVSPAD-----DH 1303
            QETTAS+ +AALA++NSE   S  S               +  S+ ++V P++       
Sbjct: 122  QETTASIFSAALASQNSETPVSSASSVVLPPGSVPLDAAVASPSTASSVQPSETKSTVTS 181

Query: 1304 IGSSETTLGVIKELVEEEKGPEQL---VKQEDIKAVD-KESNVQHSVSVRNDDESPDPSE 1363
              ++E   G +    +E   P  L    K +   +VD  ++NV+H  +     E+P   +
Sbjct: 182  ASTTENNDGTVAVKGKESAEPSNLCDTTKNQPAPSVDGTKANVEHEAT-----ETPLRVQ 241

Query: 1364 KENSSLADLGDLQKCSTERTSSTVHDSSISPRLTESCQSG---ASQPISLEAKKDVQEEK 1423
             E   +         +T R  S+V        +     SG   + + I+L    D +E  
Sbjct: 242  AEKEPIRPTAPGTNDNTSRVRSSVDRKRKQGTVINEEDSGVGVSGRDINLTKSVDTKET- 301

Query: 1424 NGIVDQNNAFKNESVRKDYTSSDVHLNIRLLNGVSLQEKFPKTSTLRMVKDYVDSSQESS 1483
              +  ++   + E   K   +SDVHLNIRL +G SLQEKF  TS LRMVKDYV+S+Q   
Sbjct: 302  --MKPKDEGGEEEDGEKSKKASDVHLNIRLPDGSSLQEKFSVTSILRMVKDYVNSNQTIG 361

Query: 1484 FGSYDLAVPYPRKVFTDEDLGKSLSDLGLSNRQALIMVRHQGVSNDFRGASSSSDQRNSA 1543
             G+YDLAVPYPRKV+TD+DL KSLS+L L +RQAL++V  +  +   RG S S    N+ 
Sbjct: 362  LGAYDLAVPYPRKVYTDQDLDKSLSELRLFDRQALVVVPRKRATVYQRGTSYSESNNNT- 421

Query: 1544 ANNASPDENGDGYFAYVRRILSYVNPFSYLGRG-ASTESSRHETQGDVRQYSSESSNSES 1603
                  D N  GYFAYVRR+LSY NPFSY G G A+  SS  E Q         +     
Sbjct: 422  ------DPNSGGYFAYVRRVLSYANPFSYFGGGTANASSSVPERQTRPNTEVRNNLGQVG 481

Query: 1604 RYACQPNQGAMVTGGNNTRGKQPSSTSRFGANIHTLKHDDDEERFRGRNSFWNGNSTQYG 1638
                 P++G      +N R ++P +TSR G+NIHTL H++DE  F   N+FWNGNSTQYG
Sbjct: 482  TSFQDPSEGR-----SNVRNRRP-TTSRIGSNIHTLNHNEDEAPFGDGNAFWNGNSTQYG 521

BLAST of Moc07g02690 vs. TAIR 10
Match: AT2G43210.2 (Ubiquitin-like superfamily protein )

HSP 1 Score: 355.9 bits (912), Expect = 1.7e-97
Identity = 236/541 (43.62%), Postives = 317/541 (58.60%), Query Frame = 0

Query: 1124 QSLSSLAFKGSIGEAILESKNQRKLFVVFISGEDAESSSLESSTWTSSRVAESVSKYCVL 1183
            ++LSSL FKGS+ EAI E+K ++KLFVV+ISGED ES  L   TWT + VA+S+SKYC+L
Sbjct: 2    EALSSLTFKGSLPEAIFEAKGKKKLFVVYISGEDEESDKLNRLTWTDASVADSLSKYCIL 61

Query: 1184 LHIPAGSTDAAQFSSIYPQKSVPCITAVGYNGIQLWQNEGFIGADDLAFNLEKAWLGLHI 1243
            +HI AGS DA  FS+IYP  SVPCI A+G++G Q+W+ EGFI A+DLA +LEKAWLGLHI
Sbjct: 62   VHIQAGSVDATNFSAIYPYSSVPCIAAIGFSGTQVWRTEGFITAEDLASSLEKAWLGLHI 121

Query: 1244 QETTASVLTAALAAKNSEASTSRPSD--------------SGSSSLAAVSPAD-----DH 1303
            QETTAS+ +AALA++NSE   S  S               +  S+ ++V P++       
Sbjct: 122  QETTASIFSAALASQNSETPVSSASSVVLPPGSVPLDAAVASPSTASSVQPSETKSTVTS 181

Query: 1304 IGSSETTLGVIKELVEEEKGPEQL---VKQEDIKAVD-KESNVQHSVSVRNDDESPDPSE 1363
              ++E   G +    +E   P  L    K +   +VD  ++NV+H  +     E+P   +
Sbjct: 182  ASTTENNDGTVAVKGKESAEPSNLCDTTKNQPAPSVDGTKANVEHEAT-----ETPLRVQ 241

Query: 1364 KENSSLADLGDLQKCSTERTSSTVHDSSISPRLTESCQSG---ASQPISLEAKKDVQEEK 1423
             E   +         +T R  S+V        +     SG   + + I+L    D +E  
Sbjct: 242  AEKEPIRPTAPGTNDNTSRVRSSVDRKRKQGTVINEEDSGVGVSGRDINLTKSVDTKET- 301

Query: 1424 NGIVDQNNAFKNESVRKDYTSSDVHLNIRLLNGVSLQEKFPKTSTLRMVKDYVDSSQESS 1483
              +  ++   + E   K   +SDVHLNIRL +G SLQEKF  TS LRMVKDYV+S+Q   
Sbjct: 302  --MKPKDEGGEEEDGEKSKKASDVHLNIRLPDGSSLQEKFSVTSILRMVKDYVNSNQTIG 361

Query: 1484 FGSYDLAVPYPRKVFTDEDLGKSLSDLGLSNRQALIMVRHQGVSNDFRGASSSSDQRNSA 1543
             G+YDLAVPYPRKV+TD+DL KSLS+L L +RQAL++V  +  +   RG S S    N+ 
Sbjct: 362  LGAYDLAVPYPRKVYTDQDLDKSLSELRLFDRQALVVVPRKRATVYQRGTSYSESNNNT- 421

Query: 1544 ANNASPDENGDGYFAYVRRILSYVNPFSYLGRG-ASTESSRHETQGDVRQYSSESSNSES 1603
                  D N  GYFAYVRR+LSY NPFSY G G A+  SS  E Q         +     
Sbjct: 422  ------DPNSGGYFAYVRRVLSYANPFSYFGGGTANASSSVPERQTRPNTEVRNNLGQVG 481

Query: 1604 RYACQPNQGAMVTGGNNTRGKQPSSTSRFGANIHTLKHDDDEERFRGRNSFWNGNSTQYG 1638
                 P++G      +N R ++P +TSR G+NIHTL H++DE  F   N+FWNGNSTQYG
Sbjct: 482  TSFQDPSEGR-----SNVRNRRP-TTSRIGSNIHTLNHNEDEAPFGDGNAFWNGNSTQYG 521

BLAST of Moc07g02690 vs. TAIR 10
Match: AT4G31850.1 (proton gradient regulation 3 )

HSP 1 Score: 320.1 bits (819), Expect = 1.0e-86
Identity = 233/859 (27.12%), Postives = 372/859 (43.31%), Query Frame = 0

Query: 227  VLIRKCCRNGLWNVALEELGRLKDFGYKPTRLTYNALIQVFLRADKLDTAHLVHREMSQS 286
            + IR   R G  N A E L R+ D G  P  +TY  LI     A KLD A  V  +M   
Sbjct: 263  ICIRVLGRAGKINEAYEILKRMDDEGCGPDVVTYTVLIDALCTARKLDCAKEVFEKMKTG 322

Query: 287  GFSMDEFTLGFFAQALCRVGKWRDALSL------IEKEDFVPNTVLYTKMISGLCEASLF 346
                D  T   +   L R    RD  S+      +EK+  VP+ V +T ++  LC+A  F
Sbjct: 323  RHKPDRVT---YITLLDRFSDNRDLDSVKQFWSEMEKDGHVPDVVTFTILVDALCKAGNF 382

Query: 347  EEAMDFLNRMRSTSCIPNAQTYKILLCGCLNKKQLGRCKRILSMMIAEGCFPSYRIFNSL 406
             EA D L+ MR    +PN  TY  L+CG L   +L     +   M + G  P+   +   
Sbjct: 383  GEAFDTLDVMRDQGILPNLHTYNTLICGLLRVHRLDDALELFGNMESLGVKPTAYTYIVF 442

Query: 407  VHAYCRSGDFSYAYKLLKKMENCGCKPGYVVYNILIGGICGSEELPGPVTFELAEKAYNE 466
            +  Y +SGD   A +  +KM+  G  P  V  N  +  +  +           A++ +  
Sbjct: 443  IDYYGKSGDSVSALETFEKMKTKGIAPNIVACNASLYSLAKAGR------DREAKQIFYG 502

Query: 467  MLSAGTVLNKVNVVNFARCLCGFGKFEKAYKVIHEMMDNGFIPDTSTYSEVIGFLCNASR 526
            +   G V + V      +C    G+ ++A K++ EMM+NG  PD    + +I  L  A R
Sbjct: 503  LKDIGLVPDSVTYNMMMKCYSKVGEIDEAIKLLSEMMENGCEPDVIVVNSLINTLYKADR 562

Query: 527  VENAFLLFKEMKGTGVVPDVYTYTILIDCFSKAGLIKQAHNWLDEMVRDGCEPTVVTYTT 586
            V+ A+ +F  MK   + P V TY  L+    K G I++A    + MV+ GC P  +T+ T
Sbjct: 563  VDEAWKMFMRMKEMKLKPTVVTYNTLLAGLGKNGKIQEAIELFEGMVQKGCPPNTITFNT 622

Query: 587  LIHAYLKAKKVSIANELFELMLAKGCIPNVITYTALIDGYCKSGNIEKACQIYSRMR--- 646
            L     K  +V++A ++   M+  GC+P+V TY  +I G  K+G +++A   + +M+   
Sbjct: 623  LFDCLCKNDEVTLALKMLFKMMDMGCVPDVFTYNTIIFGLVKNGQVKEAMCFFHQMKKLV 682

Query: 647  ------------------------------------------------------------ 706
                                                                        
Sbjct: 683  YPDFVTLCTLLPGVVKASLIEDAYKIITNFLYNCADQPANLFWEDLIGSILAEAGIDNAV 742

Query: 707  --------------GDEDIPDVDMYFKTENNVS--------------EKPNVVTFGALVD 766
                          GD  +  +  Y    NNVS               +P + T+  L+ 
Sbjct: 743  SFSERLVANGICRDGDSILVPIIRYSCKHNNVSGARTLFEKFTKDLGVQPKLPTYNLLIG 802

Query: 767  GLCKAHKVKDARNLLETMFLEGCEPNNIVYDALIDGFCKAAKLDEAQEVFAKMVERGYNP 826
            GL +A  ++ A+++   +   GC P+   Y+ L+D + K+ K+DE  E++ +M       
Sbjct: 803  GLLEADMIEIAQDVFLQVKSTGCIPDVATYNFLLDAYGKSGKIDELFELYKEMSTHECEA 862

Query: 827  NVYTYSSLIDRLFKDKRLDFVLKV-LSKMLENSCAPNVVIYTEMIDGLSKVAKTDEAYKL 886
            N  T++ +I  L K   +D  L +    M +   +P    Y  +IDGLSK  +  EA +L
Sbjct: 863  NTITHNIVISGLVKAGNVDDALDLYYDLMSDRDFSPTACTYGPLIDGLSKSGRLYEAKQL 922

Query: 887  MLMMEEKGCKPNVVTYTAMIDGFGKAGKVDKCLELFREMGSKGCAPNFVTYTVLINHCCA 946
               M + GC+PN   Y  +I+GFGKAG+ D    LF+ M  +G  P+  TY+VL++  C 
Sbjct: 923  FEGMLDYGCRPNCAIYNILINGFGKAGEADAACALFKRMVKEGVRPDLKTYSVLVDCLCM 982

Query: 947  TGFLDEAYALLDEMKQTYWPKHISSYCKVIEGYNREFILSLGLLEEAEKNDS---APIIL 983
             G +DE      E+K++     +  Y  +I G  +   L   L+   E   S    P + 
Sbjct: 983  VGRVDEGLHYFKELKESGLNPDVVCYNLIINGLGKSHRLEEALVLFNEMKTSRGITPDLY 1042

BLAST of Moc07g02690 vs. TAIR 10
Match: AT5G65560.1 (Pentatricopeptide repeat (PPR) superfamily protein )

HSP 1 Score: 303.9 bits (777), Expect = 7.8e-82
Identity = 232/872 (26.61%), Postives = 373/872 (42.78%), Query Frame = 0

Query: 145  LRQFRQSLNPDLVVEVLNLLRSPELCVRFFLWAGRQIGYNHTASVYCALLDVFECDNYDR 204
            L+    +++P  V  + +L   P+  + F  W  +   Y H+   Y +LL +   + Y  
Sbjct: 81   LKSMVSAISPSHVSSLFSLDLDPKTALNFSHWISQNPRYKHSVYSYASLLTLLINNGYVG 140

Query: 205  VPEEY-LREIWGDDKVVLGKLLNVLIRKCCRNGLWNVALEELGRLKDFGYKPTRLTYNAL 264
            V  +  L  I   D V  G  L VL    CR     +  +E   LK   YK     YN L
Sbjct: 141  VVFKIRLLMIKSCDSV--GDALYVL--DLCR----KMNKDERFELK---YKLIIGCYNTL 200

Query: 265  IQVFLRADKLDTAHLVHREMSQSGFSMDEFTLGFFAQALCRVGKWRDA---LSLIEKEDF 324
            +    R   +D    V+ EM +     + +T        C++G   +A   +S I +   
Sbjct: 201  LNSLARFGLVDEMKQVYMEMLEDKVCPNIYTYNKMVNGYCKLGNVEEANQYVSKIVEAGL 260

Query: 325  VPNTVLYTKMISGLCEASLFEEAMDFLNRMRSTSCIPNAQTYKILLCGCLNKKQLGRCKR 384
             P+   YT +I G C+    + A    N M    C  N   Y  L+ G    +++     
Sbjct: 261  DPDFFTYTSLIMGYCQRKDLDSAFKVFNEMPLKGCRRNEVAYTHLIHGLCVARRIDEAMD 320

Query: 385  ILSMMIAEGCFPSYRIFNSLVHAYCRSGDFSYAYKLLKKMENCGCKPGYVVYNILIGGIC 444
            +   M  + CFP+ R +  L+ + C S   S A  L+K+ME  G KP    Y +LI  +C
Sbjct: 321  LFVKMKDDECFPTVRTYTVLIKSLCGSERKSEALNLVKEMEETGIKPNIHTYTVLIDSLC 380

Query: 445  GSEELPGPVTFELAEKAYNEMLSAGTVLNKVNVVNFARCLCGFGKFEKAYKVIHEMMDNG 504
                                                ++C     KFEKA +++ +M++ G
Sbjct: 381  ------------------------------------SQC-----KFEKARELLGQMLEKG 440

Query: 505  FIPDTSTYSEVIGFLCNASRVENAFLLFKEMKGTGVVPDVYTYTILIDCFSKAGLIKQAH 564
             +P+  TY+ +I   C    +E+A  + + M+   + P+  TY  LI  + K+  + +A 
Sbjct: 441  LMPNVITYNALINGYCKRGMIEDAVDVVELMESRKLSPNTRTYNELIKGYCKSN-VHKAM 500

Query: 565  NWLDEMVRDGCEPTVVTYTTLIHAYLKAKKVSIANELFELMLAKGCIPNVITYTALIDGY 624
              L++M+     P VVTY +LI    ++     A  L  LM  +G +P+  TYT++ID  
Sbjct: 501  GVLNKMLERKVLPDVVTYNSLIDGQCRSGNFDSAYRLLSLMNDRGLVPDQWTYTSMIDSL 560

Query: 625  CKSGNIEKACQIYSRMRGDEDIPDVDMYFKTENNVSEKPNVVTFGALVDGLCKAHKVKDA 684
            CKS  +E+AC ++  +                      PNVV + AL+DG CKA KV +A
Sbjct: 561  CKSKRVEEACDLFDSL----------------EQKGVNPNVVMYTALIDGYCKAGKVDEA 620

Query: 685  RNLLETMFLEGCEPNNIVYDALIDGFCKAAKLDEAQEVFAKMVERGYNPNVYTYSSLIDR 744
              +LE M  + C PN++ ++ALI G C   KL EA  +  KMV+ G  P V T + LI R
Sbjct: 621  HLMLEKMLSKNCLPNSLTFNALIHGLCADGKLKEATLLEEKMVKIGLQPTVSTDTILIHR 680

Query: 745  LFKDKRLDFVLKVLSKMLENSCAPNVVIYTEMIDGLSKVAKTDEAYKLMLMMEEKGCKPN 804
            L KD   D       +ML +   P+   YT  I    +  +  +A  +M  M E G  P+
Sbjct: 681  LLKDGDFDHAYSRFQQMLSSGTKPDAHTYTTFIQTYCREGRLLDAEDMMAKMRENGVSPD 740

Query: 805  VVTYTAMIDGFGKAGKVDKCLELFREMGSKGCAPNFVTYTVLINHCCATGFLDEAYALLD 864
            + TY+++I G+G  G+ +   ++ + M   GC P+  T+  LI H             L 
Sbjct: 741  LFTYSSLIKGYGDLGQTNFAFDVLKRMRDTGCEPSQHTFLSLIKH-------------LL 800

Query: 865  EMKQTYWPKHISSYCKVIEGYNREFILSLGLLEEAEKNDSAPIILLYRVLIDNFIKAGRL 924
            EMK           C +      EF   + LLE+  ++   P    Y  LI    + G L
Sbjct: 801  EMKYGKQKGSEPELCAM--SNMMEFDTVVELLEKMVEHSVTPNAKSYEKLILGICEVGNL 860

Query: 925  EVALKLHKEVISASMSMAAKKNMYTSLIHSFSNATKIGHAFELFNDMIRQGAIPDLGTFV 984
             VA K+  + +  +  ++  + ++ +L+       K   A ++ +DMI  G +P L +  
Sbjct: 861  RVAEKVF-DHMQRNEGISPSELVFNALLSCCCKLKKHNEAAKVVDDMICVGHLPQLESCK 867

Query: 985  HLITGLIKVSRWEEALQLADIICQMDKFAGNL 1013
             LI GL K    E    +   + Q   +   L
Sbjct: 921  VLICGLYKKGEKERGTSVFQNLLQCGYYEDEL 867

The following BLAST results are available for this feature:
Match NameE-valueIdentityDescription
XP_022150421.10.0e+00100.00pentatricopeptide repeat-containing protein At1g06710, mitochondrial [Momordica ... [more]
XP_022992076.10.0e+0087.28pentatricopeptide repeat-containing protein At1g06710, mitochondrial [Cucurbita ... [more]
XP_022929904.10.0e+0087.18pentatricopeptide repeat-containing protein At1g06710, mitochondrial [Cucurbita ... [more]
KAG6575348.10.0e+0086.68Pentatricopeptide repeat-containing protein, mitochondrial, partial [Cucurbita a... [more]
XP_038884804.10.0e+0087.48pentatricopeptide repeat-containing protein At1g06710, mitochondrial [Benincasa ... [more]
Match NameE-valueIdentityDescription
Q9M9X90.0e+0061.29Pentatricopeptide repeat-containing protein At1g06710, mitochondrial OS=Arabidop... [more]
Q9ZW742.4e-9643.62Plant UBX domain-containing protein 11 OS=Arabidopsis thaliana OX=3702 GN=PUX11 ... [more]
Q9SZ521.5e-8527.12Pentatricopeptide repeat-containing protein At4g31850, chloroplastic OS=Arabidop... [more]
Q9LSL91.1e-8026.61Pentatricopeptide repeat-containing protein At5g65560 OS=Arabidopsis thaliana OX... [more]
Q76C998.7e-7827.16Protein Rf1, mitochondrial OS=Oryza sativa subsp. indica OX=39946 GN=Rf1 PE=2 SV... [more]
Match NameE-valueIdentityDescription
A0A6J1DAP30.0e+00100.00pentatricopeptide repeat-containing protein At1g06710, mitochondrial OS=Momordic... [more]
A0A6J1JSJ30.0e+0087.28pentatricopeptide repeat-containing protein At1g06710, mitochondrial OS=Cucurbit... [more]
A0A6J1EVK30.0e+0087.18pentatricopeptide repeat-containing protein At1g06710, mitochondrial OS=Cucurbit... [more]
A0A1S3BE590.0e+0085.59pentatricopeptide repeat-containing protein At1g06710, mitochondrial OS=Cucumis ... [more]
A0A5A7V4K90.0e+0085.57Pentatricopeptide repeat-containing protein OS=Cucumis melo var. makuwa OX=11946... [more]
Match NameE-valueIdentityDescription
AT1G06710.10.0e+0061.22Tetratricopeptide repeat (TPR)-like superfamily protein [more]
AT2G43210.11.7e-9743.62Ubiquitin-like superfamily protein [more]
AT2G43210.21.7e-9743.62Ubiquitin-like superfamily protein [more]
AT4G31850.11.0e-8627.12proton gradient regulation 3 [more]
AT5G65560.17.8e-8226.61Pentatricopeptide repeat (PPR) superfamily protein [more]
InterPro
Analysis Name: InterPro Annotations of Bitter gourd (OHB3-1) v2
Date Performed: 2022-08-01
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
NoneNo IPR availableCOILSCoilCoilcoord: 1390..1410
NoneNo IPR availableGENE3D3.40.30.10Glutaredoxincoord: 1132..1238
e-value: 8.0E-7
score: 31.1
NoneNo IPR availableGENE3D3.10.20.90coord: 1411..1496
e-value: 1.3E-21
score: 78.5
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 1565..1608
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 1302..1341
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 1261..1277
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 1261..1287
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 1609..1624
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 1625..1642
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 1302..1382
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 1349..1382
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 1503..1523
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 1551..1642
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 1503..1526
NoneNo IPR availablePANTHERPTHR47934:SF6PENTATRICOPEPTIDE REPEAT-CONTAINING PROTEIN PET309, MITOCHONDRIALcoord: 109..1006
NoneNo IPR availablePANTHERPTHR47934PENTATRICOPEPTIDE REPEAT-CONTAINING PROTEIN PET309, MITOCHONDRIALcoord: 109..1006
NoneNo IPR availableCDDcd01767UBXcoord: 1422..1495
e-value: 2.24638E-20
score: 84.6224
IPR001012UBX domainSMARTSM00166ubx_3coord: 1413..1496
e-value: 7.0E-5
score: 32.2
IPR001012UBX domainPFAMPF00789UBXcoord: 1418..1495
e-value: 1.2E-16
score: 60.7
IPR001012UBX domainPROSITEPS50033UBXcoord: 1416..1494
score: 18.279646
IPR011990Tetratricopeptide-like helical domain superfamilyGENE3D1.25.40.10Tetratricopeptide repeat domaincoord: 654..744
e-value: 3.2E-28
score: 100.3
IPR011990Tetratricopeptide-like helical domain superfamilyGENE3D1.25.40.10Tetratricopeptide repeat domaincoord: 745..884
e-value: 1.1E-40
score: 142.0
coord: 885..1060
e-value: 2.3E-16
score: 62.1
IPR011990Tetratricopeptide-like helical domain superfamilyGENE3D1.25.40.10Tetratricopeptide repeat domaincoord: 165..316
e-value: 2.8E-18
score: 68.4
coord: 450..653
e-value: 5.0E-49
score: 169.3
IPR011990Tetratricopeptide-like helical domain superfamilyGENE3D1.25.40.10Tetratricopeptide repeat domaincoord: 317..381
e-value: 4.8E-14
score: 54.3
coord: 382..446
e-value: 2.9E-14
score: 55.0
IPR002885Pentatricopeptide repeatPFAMPF13041PPR_2coord: 573..622
e-value: 1.5E-16
score: 60.3
coord: 322..369
e-value: 2.2E-12
score: 47.0
coord: 694..742
e-value: 5.1E-14
score: 52.2
coord: 511..552
e-value: 1.5E-10
score: 41.1
coord: 396..440
e-value: 4.0E-9
score: 36.5
coord: 799..847
e-value: 6.2E-18
score: 64.7
IPR002885Pentatricopeptide repeatTIGRFAMTIGR00756TIGR00756coord: 662..695
e-value: 1.5E-5
score: 22.9
coord: 698..731
e-value: 1.1E-6
score: 26.4
coord: 943..975
e-value: 2.7E-5
score: 22.0
coord: 396..427
e-value: 1.1E-7
score: 29.6
coord: 361..393
e-value: 0.0027
score: 15.8
coord: 732..766
e-value: 6.6E-6
score: 24.0
coord: 802..835
e-value: 3.4E-11
score: 40.6
coord: 611..637
e-value: 1.7E-8
score: 32.1
coord: 478..505
e-value: 2.8E-5
score: 22.0
coord: 541..575
e-value: 6.3E-9
score: 33.5
coord: 837..863
e-value: 4.2E-5
score: 21.4
coord: 507..540
e-value: 1.8E-5
score: 22.6
coord: 325..359
e-value: 9.9E-8
score: 29.7
coord: 576..610
e-value: 4.4E-8
score: 30.8
coord: 767..801
e-value: 2.7E-6
score: 25.2
coord: 259..292
e-value: 3.6E-5
score: 21.7
IPR002885Pentatricopeptide repeatPFAMPF13812PPR_3coord: 226..267
e-value: 0.0014
score: 18.7
IPR002885Pentatricopeptide repeatPFAMPF12854PPR_1coord: 658..687
e-value: 2.5E-8
score: 33.5
IPR002885Pentatricopeptide repeatPFAMPF01535PPRcoord: 478..501
e-value: 0.17
score: 12.2
coord: 767..797
e-value: 0.002
score: 18.2
coord: 943..971
e-value: 0.0027
score: 17.8
coord: 907..932
e-value: 0.48
score: 10.8
IPR002885Pentatricopeptide repeatPROSITEPS51375PPRcoord: 800..834
score: 14.085328
IPR002885Pentatricopeptide repeatPROSITEPS51375PPRcoord: 835..869
score: 10.303679
IPR002885Pentatricopeptide repeatPROSITEPS51375PPRcoord: 393..427
score: 12.375365
IPR002885Pentatricopeptide repeatPROSITEPS51375PPRcoord: 940..974
score: 9.580234
IPR002885Pentatricopeptide repeatPROSITEPS51375PPRcoord: 660..694
score: 11.531345
IPR002885Pentatricopeptide repeatPROSITEPS51375PPRcoord: 695..729
score: 13.120733
IPR002885Pentatricopeptide repeatPROSITEPS51375PPRcoord: 730..764
score: 10.599635
IPR002885Pentatricopeptide repeatPROSITEPS51375PPRcoord: 469..503
score: 9.119859
IPR002885Pentatricopeptide repeatPROSITEPS51375PPRcoord: 574..608
score: 11.882107
IPR002885Pentatricopeptide repeatPROSITEPS51375PPRcoord: 323..357
score: 11.476539
IPR002885Pentatricopeptide repeatPROSITEPS51375PPRcoord: 221..255
score: 8.516988
IPR002885Pentatricopeptide repeatPROSITEPS51375PPRcoord: 765..799
score: 11.695765
IPR002885Pentatricopeptide repeatPROSITEPS51375PPRcoord: 256..290
score: 10.073492
IPR002885Pentatricopeptide repeatPROSITEPS51375PPRcoord: 358..392
score: 9.054091
IPR002885Pentatricopeptide repeatPROSITEPS51375PPRcoord: 539..573
score: 12.83574
IPR002885Pentatricopeptide repeatPROSITEPS51375PPRcoord: 609..643
score: 12.386327
IPR002885Pentatricopeptide repeatPROSITEPS51375PPRcoord: 504..538
score: 11.191545
IPR000626Ubiquitin-like domainPROSITEPS50053UBIQUITIN_2coord: 1421..1498
score: 8.894461
IPR036249Thioredoxin-like superfamilySUPERFAMILY52833Thioredoxin-likecoord: 1127..1236
IPR029071Ubiquitin-like domain superfamilySUPERFAMILY54236Ubiquitin-likecoord: 1402..1495

Relationships

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

Feature NameUnique NameType
Moc07g02690.1Moc07g02690.1mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
cellular_component GO:0016021 integral component of membrane
molecular_function GO:0005515 protein binding