MC08g1173 (gene) Bitter gourd (Dali-11) v1

Overview
NameMC08g1173
Typegene
OrganismMomordica charantia cv. Dali-11 (Bitter gourd (Dali-11) v1)
DescriptionPentatricopeptide repeat-containing protein
LocationMC08: 9981470 .. 10030938 (+)
RNA-Seq ExpressionMC08g1173
SyntenyMC08g1173
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

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

mRNA sequence

CTCTTCTTACTTCAAAACTGCAAGAATTTCAAACATCTCAAGCAAATCCACGCCAACATAATTCGCAGCGGCCTTTCCAACCATCAGTTACTCGCTAGGAAATTGATTCACCTCTACTCTTCTCATGGAACGATAGCGTACGCGATTATTCTATTCCGCCAAATCGAGATTCCTTGCACGTTTACTTGGAATCTGTTCATCCGGGCCAACACTATCAATGGTCTCTCTGAAGAAGCCCTTCTTTGGTACAGGAATATGGTACGTCATGGAATTGCACCCGATAAGTTTACTTTTCCATTTGTCATCAAAGCTTGCACAATTTCCTTCGCAATTGACCTTGGAAAAGTGGTTCACGCGTCGTTGATCAAATACGGATTTTCGACGGATACATTTGTGCAGAACAATCTGATAGATTTGTACTTCAAGTGTGGACATAAACAGTGTGCACGAAGGGTATTCGATGAAATGCCATCTAAAAATGTTGTCTCCTGGACAGCAATGATTAATGGGTATATAAGAAGTCAACAGCCTGAAGAAGCTGTGGAACTATTTGGGAGAATGCAGGCAGAGAATGTTTGCCCAAATGAGTATACGCTGGTAAGCTTGATCAAAGCATGTACTGAAATGGGAATCCCAAGTTTAGGTAGAAAGATTCATGATTTTGCCATCACAAATTGTTTCGAGATCGGTGTTTATCTAGGGACGGCTTTGATTGACATGTACAGCAAATGTGGTAGTCTAAAGGATGCGGTAGAAGTTTTTGAGACGATGCCCGAAAGAAGTTTGGCGACTTGGAATTCGATGATCAGTAGCTTAGGGGTGCATGGGCTTGGGGAGGAAGCGCTCAATGTTTTCAGTGAGATGGAAAGGGTAAATGTGAAGCCAGATGCAATCACTTTTGTGGGTGTTTTGTGCGCTTGTGTACATATGAAGAATGTGGAGGCAGGCTGCGCTTACTTCAAACGAATGACACAACATTATGGCATTGTGCCAATTCCTGAGCACTACAAATTTCGAATGGGAATTTCAAATCATTCTTCAATTGAATTGTTGTTTCCTTTGAAACTCTGTTGGCGCCGATACTCAAGCAATCCCAACCTCGCGACATGGTTCAACAAATACGTTGATAAATCCAACGTCCATTCGTGGAACTCGGTAATTGCCGATTTGGCCCGCGGCGGCGATTCGGTTGAAGCTCTTCGCGCCTTCTCCTCCATGCGAAAGCTGGCCCTAAGCCCCAGCCGGTCAAGTTTCCCCTGCGCCATCAAATCCTGTTCGGCTTTGTGCGATCTCGTCGCCGGCAAGCAGACCCACCAGCAAGCCTTCGTCTTCGGCTTCGACACTGATCTTTTTGTCTCGTCTGCGCTTATTGATATGTACTCGAAATGCGGCCAACTGAAGGATGCACGACAACTGTTCGACGAAATTCCTCTGCGAAATGTGGTCTCCTGGACGTCCATGATTACTGGGTACGTCCAAAACGAGCAAGCAGACAATGCGTTGTTGCTTTTCAAGGATTTTTTGGAGGAGGAAACAGAGGTTGAAGATGGCAATAAGATTCCTCTAGATCCCGTCGTCATGGTTTCGGTTTTATCGGCCTGTTCTCGAGTATCAGAAAAGGGAATCACTGAAGACGTTCATGGGTTTGTGATAAAAGAAGGCTTTGATGGGAATGTTGGAGTTGGCAACACGTTGATTGATGCATATGCAAAATGCGGGCAGCCTTTGGTTTCTAGGAAGGTGTTTGATGGGATGGAAGAGAAGGATGAAATTTCTTGGAACTCAATGATTGCAGTGTATGCTCAAAGTGGGTTGTCTGAGGAGGCTTTGGAGGTTTTTCATGGAATGGTGAGGCATGATGGCGTTCGCTACAATGCGGTGACCTTATCCGCTGTTTTGTTGGCTTCTGCTCATGCCGGGGCATTGAGGGCGGGCAAGTGTATTCATAATCAGGTTATAAAGATGGATTTGGAGGAAAATGTGTGTGTTGGTACCTCTATAATTGACATGTATTGCAAATGTGGAAGAGTTGAAATGGCAAAGAAAACATTTGATCGAATGAAGGAGAAGAATGTAAAGTCGTGGACGGCCATGGTTGCTGGTTATGGCATGCACGGCTGCGCCAAAGGAGCTCTTGACATCTTCTACAAGATGATTCAGGCCAGAGTGGAGCCAAATTACATCACTTTTGTATCTGTTCTTGCTGCGTGCAGCCATGCCGGTTTGGTAGATGAAGGCTGGCACTGGTTTAATGCCATGAAGTATAAATACGATATCGAGCCCGGCATCGAGCATTATGGTTGCATGGTTGATCTTTTCGGACGTGCAGGATGTCTCAGTGAGGCTTACAATTTAATCAAGGGAATGAGGATGAAGCCTGATTTTGTAGTATGGGGCTCTCTTCTTGGGGCTTGTAGAATCCACAAGAATGTGGACCTTGGCGAGATTGCCGCTCAAAAATTGTTTGAACTTGATCCGGATAATTGTGGGTACTATGTTTTACTTTCAAACCTTTATGCAGATGCTGGACGTTGGGCAGATGTCGAAAGGATGAGAACTCTAATGAAGAACCGCCAACTTGTTAAACCGCCCGGCTTCAGTTTGGTCGAACTGAAAGGCAGAGTTCACGTTTTTCTGGTTGGAGATAAAGAGCATCCTCAACATGAGATGATTTACAAGTATTTGGAGAAACTAACTTTGGAGCTTCAAAAGATAGGCTATGTGCCAAACATGACATCAGTTCTTCATGATGTTGATGAAGAGGAAAAAGAAATAATCTTGAGGGTTCACAGTGAGAAACTCGCTGTTGCTTTTGGAGTGATGAACTCTGCAGCTGGAACAACCATAAGCATCATTAAAAACCTTAGGGTCTGTGGAGACTGTCATACTGTCATTAAGTTAATTTCGAAAGTCGTTCATCGAGAGTTTGTGGTCCGAGATTCAAAAAGATTTCATCATTTCAAGGACGGATTATGTTCTTGTGGAGATTATTGGTGACACTTCTGAAGGACTTGATTGGGTACTTTGAATTGATTCAATCAGATTGTCAGGTGCGGGACGAAGCTAATGATGCTTCATATAAACAGTCCCAGCTATACTCGAGTAAGCGATAACAGTACATGTCATTATTCTGAAGGGAAAATGTTCTTAAGTTTACCAAAGAATGACAAGAAGATTGGTTTTTCTCTCGGTTGATTTGGTAGATCAAAGCTTACATGTTTCATAGGCTTGAATCTAAAATTTATCTTGCTAGAAGCTTATATGCAGCTGATAGCTACTCTATAAATTGTCAGCTGCTTAATTTTACGAAACAATTTTTTGAAGGCACACAAGGGTGAAGTATCTGAACTATCGCGAGCCCTCGGATCTTATTAAACAAACACGACATATGCTCAAAAGAAATCCGCAAAGGGGCAGCTCCATTTGACTTCAATTATTTGAATAACATTTTCAATTACAGATCACAGACTATTGGGTATGATTGGATTGAATGTGGAAGGAATCTGTTGTTGAACAACTGAAGTTCAGATCAAGAACAACCCCACCCCAAAAGCTTGTTCGAAATCGTTTCTGCAAGTCGTGATATTGGAGAGCGATATGGCTTTGACCTTTCTTTGGGGAATCTGAGAGAACTCTGGAGGGACCTGTTCTCACTCTTTAGGAATTTTATCTGTTGGTGAAGCTCTTTAATGGCCTCTCTCTTTTCATTGTTTCTCCTGGTTAACTCCTCCTGATGCTGCAGATTTTCCTCCATGAGCACTGTCACCTTTGAGTTTAGTTCATTCCATGTACTCTCCCACTGGGCAATAGCCACCAATGGATGTACATCTTTAACCCGTTGTAGTTCAAACTTGTTCATCTTTAACTCGGTATCGTCTATCTCAGCACGAGCCGCGATGCTTCCATACATTTTGTCATCTCTTGCTTCAACTATTTCATCAGAATTATGATTACATGTCTTACTTGAAACCAATTCATCTCTTAGCTTGATCAGGAACTCTTTGTCCAAGATGTCATTGTTACATTTGAGGCTGCCATCGACAGAGACGGATTTGAGGCCCGGACATTTGATATTGCATCGGAATATTTCGGCGTCTGAAGGCGTGGACGACCCAGAAAAGAGAATGTTAACAAATATGAACTTCAAATAGTCGTATTTTTCAGCCAAGGATTGGTAAGATCTATTGTACTCTTCAAGCATACATTTGATCTCTAGTTTTCTGTTTTGATATTGCCCATCTTCTTCCAAAGCGGTTATTATGGCCTTCATTTTCTTGTCCATGTCTGAAACTGTTGGAACTGGTTAATTTTTATATCAACTGAAGATATTGTAAGGTTAAACAACCATCAAGTACTATAGTTTGATAGATTTCAATTCGAACCCCATGATTCTACACATTTCAATTTAGTCCCTTGTTTTGGTTAAATCTCTGAAAATGTCTCAATCATTACAACATGTGAACAATTTTTTTTTCGGGTTAAAAAACTATTTTAGTCCCCGTATTTTCGGTCTATTTTAGTCTCTATATTTTTAAAATGTT

Coding sequence (CDS)

CTCTTCTTACTTCAAAACTGCAAGAATTTCAAACATCTCAAGCAAATCCACGCCAACATAATTCGCAGCGGCCTTTCCAACCATCAGTTACTCGCTAGGAAATTGATTCACCTCTACTCTTCTCATGGAACGATAGCGTACGCGATTATTCTATTCCGCCAAATCGAGATTCCTTGCACGTTTACTTGGAATCTGTTCATCCGGGCCAACACTATCAATGGTCTCTCTGAAGAAGCCCTTCTTTGGTACAGGAATATGGTACGTCATGGAATTGCACCCGATAAGTTTACTTTTCCATTTGTCATCAAAGCTTGCACAATTTCCTTCGCAATTGACCTTGGAAAAGTGGTTCACGCGTCGTTGATCAAATACGGATTTTCGACGGATACATTTGTGCAGAACAATCTGATAGATTTGTACTTCAAGTGTGGACATAAACAGTGTGCACGAAGGGTATTCGATGAAATGCCATCTAAAAATGTTGTCTCCTGGACAGCAATGATTAATGGGTATATAAGAAGTCAACAGCCTGAAGAAGCTGTGGAACTATTTGGGAGAATGCAGGCAGAGAATGTTTGCCCAAATGAGTATACGCTGGTAAGCTTGATCAAAGCATGTACTGAAATGGGAATCCCAAGTTTAGGTAGAAAGATTCATGATTTTGCCATCACAAATTGTTTCGAGATCGGTGTTTATCTAGGGACGGCTTTGATTGACATGTACAGCAAATGTGGTAGTCTAAAGGATGCGGTAGAAGTTTTTGAGACGATGCCCGAAAGAAGTTTGGCGACTTGGAATTCGATGATCAGTAGCTTAGGGGTGCATGGGCTTGGGGAGGAAGCGCTCAATGTTTTCAGTGAGATGGAAAGGGTAAATGTGAAGCCAGATGCAATCACTTTTGTGGGTGTTTTGTGCGCTTGTGTACATATGAAGAATGTGGAGGCAGGCTGCGCTTACTTCAAACGAATGACACAACATTATGGCATTGTGCCAATTCCTGAGCACTACAAATTTCGAATGGGAATTTCAAATCATTCTTCAATTGAATTGTTGTTTCCTTTGAAACTCTGTTGGCGCCGATACTCAAGCAATCCCAACCTCGCGACATGGTTCAACAAATACGTTGATAAATCCAACGTCCATTCGTGGAACTCGGTAATTGCCGATTTGGCCCGCGGCGGCGATTCGGTTGAAGCTCTTCGCGCCTTCTCCTCCATGCGAAAGCTGGCCCTAAGCCCCAGCCGGTCAAGTTTCCCCTGCGCCATCAAATCCTGTTCGGCTTTGTGCGATCTCGTCGCCGGCAAGCAGACCCACCAGCAAGCCTTCGTCTTCGGCTTCGACACTGATCTTTTTGTCTCGTCTGCGCTTATTGATATGTACTCGAAATGCGGCCAACTGAAGGATGCACGACAACTGTTCGACGAAATTCCTCTGCGAAATGTGGTCTCCTGGACGTCCATGATTACTGGGTACGTCCAAAACGAGCAAGCAGACAATGCGTTGTTGCTTTTCAAGGATTTTTTGGAGGAGGAAACAGAGGTTGAAGATGGCAATAAGATTCCTCTAGATCCCGTCGTCATGGTTTCGGTTTTATCGGCCTGTTCTCGAGTATCAGAAAAGGGAATCACTGAAGACGTTCATGGGTTTGTGATAAAAGAAGGCTTTGATGGGAATGTTGGAGTTGGCAACACGTTGATTGATGCATATGCAAAATGCGGGCAGCCTTTGGTTTCTAGGAAGGTGTTTGATGGGATGGAAGAGAAGGATGAAATTTCTTGGAACTCAATGATTGCAGTGTATGCTCAAAGTGGGTTGTCTGAGGAGGCTTTGGAGGTTTTTCATGGAATGGTGAGGCATGATGGCGTTCGCTACAATGCGGTGACCTTATCCGCTGTTTTGTTGGCTTCTGCTCATGCCGGGGCATTGAGGGCGGGCAAGTGTATTCATAATCAGGTTATAAAGATGGATTTGGAGGAAAATGTGTGTGTTGGTACCTCTATAATTGACATGTATTGCAAATGTGGAAGAGTTGAAATGGCAAAGAAAACATTTGATCGAATGAAGGAGAAGAATGTAAAGTCGTGGACGGCCATGGTTGCTGGTTATGGCATGCACGGCTGCGCCAAAGGAGCTCTTGACATCTTCTACAAGATGATTCAGGCCAGAGTGGAGCCAAATTACATCACTTTTGTATCTGTTCTTGCTGCGTGCAGCCATGCCGGTTTGGTAGATGAAGGCTGGCACTGGTTTAATGCCATGAAGTATAAATACGATATCGAGCCCGGCATCGAGCATTATGGTTGCATGGTTGATCTTTTCGGACGTGCAGGATGTCTCAGTGAGGCTTACAATTTAATCAAGGGAATGAGGATGAAGCCTGATTTTGTAGTATGGGGCTCTCTTCTTGGGGCTTGTAGAATCCACAAGAATGTGGACCTTGGCGAGATTGCCGCTCAAAAATTGTTTGAACTTGATCCGGATAATTGTGGGTACTATGTTTTACTTTCAAACCTTTATGCAGATGCTGGACGTTGGGCAGATGTCGAAAGGATGAGAACTCTAATGAAGAACCGCCAACTTGTTAAACCGCCCGGCTTCAGTTTGGTCGAACTGAAAGGCAGAGTTCACGTTTTTCTGGTTGGAGATAAAGAGCATCCTCAACATGAGATGATTTACAAGTATTTGGAGAAACTAACTTTGGAGCTTCAAAAGATAGGCTATGTGCCAAACATGACATCAGTTCTTCATGATGTTGATGAAGAGGAAAAAGAAATAATCTTGAGGGTTCACAGTGAGAAACTCGCTGTTGCTTTTGGAGTGATGAACTCTGCAGCTGGAACAACCATAAGCATCATTAAAAACCTTAGGGTCTGTGGAGACTGTCATACTGTCATTAAGTTAATTTCGAAAGTCGTTCATCGAGAGTTTGTGGTCCGAGATTCAAAAAGATTTCATCATTTCAAGGACGGATTATGTTCTTGTGGAGATTATTGGTGA

Protein sequence

LFLLQNCKNFKHLKQIHANIIRSGLSNHQLLARKLIHLYSSHGTIAYAIILFRQIEIPCTFTWNLFIRANTINGLSEEALLWYRNMVRHGIAPDKFTFPFVIKACTISFAIDLGKVVHASLIKYGFSTDTFVQNNLIDLYFKCGHKQCARRVFDEMPSKNVVSWTAMINGYIRSQQPEEAVELFGRMQAENVCPNEYTLVSLIKACTEMGIPSLGRKIHDFAITNCFEIGVYLGTALIDMYSKCGSLKDAVEVFETMPERSLATWNSMISSLGVHGLGEEALNVFSEMERVNVKPDAITFVGVLCACVHMKNVEAGCAYFKRMTQHYGIVPIPEHYKFRMGISNHSSIELLFPLKLCWRRYSSNPNLATWFNKYVDKSNVHSWNSVIADLARGGDSVEALRAFSSMRKLALSPSRSSFPCAIKSCSALCDLVAGKQTHQQAFVFGFDTDLFVSSALIDMYSKCGQLKDARQLFDEIPLRNVVSWTSMITGYVQNEQADNALLLFKDFLEEETEVEDGNKIPLDPVVMVSVLSACSRVSEKGITEDVHGFVIKEGFDGNVGVGNTLIDAYAKCGQPLVSRKVFDGMEEKDEISWNSMIAVYAQSGLSEEALEVFHGMVRHDGVRYNAVTLSAVLLASAHAGALRAGKCIHNQVIKMDLEENVCVGTSIIDMYCKCGRVEMAKKTFDRMKEKNVKSWTAMVAGYGMHGCAKGALDIFYKMIQARVEPNYITFVSVLAACSHAGLVDEGWHWFNAMKYKYDIEPGIEHYGCMVDLFGRAGCLSEAYNLIKGMRMKPDFVVWGSLLGACRIHKNVDLGEIAAQKLFELDPDNCGYYVLLSNLYADAGRWADVERMRTLMKNRQLVKPPGFSLVELKGRVHVFLVGDKEHPQHEMIYKYLEKLTLELQKIGYVPNMTSVLHDVDEEEKEIILRVHSEKLAVAFGVMNSAAGTTISIIKNLRVCGDCHTVIKLISKVVHREFVVRDSKRFHHFKDGLCSCGDYW
Homology
BLAST of MC08g1173 vs. ExPASy Swiss-Prot
Match: Q9LW32 (Pentatricopeptide repeat-containing protein At3g26782, mitochondrial OS=Arabidopsis thaliana OX=3702 GN=PCMP-H34 PE=2 SV=1)

HSP 1 Score: 908.7 bits (2347), Expect = 5.9e-263
Identity = 433/641 (67.55%), Postives = 530/641 (82.68%), Query Frame = 0

Query: 360 RYSSNPNLATWFNKYVDKSNVHSWNSVIADLARGGDSVEALRAFSSMRKLALSPSRSSFP 419
           R++   NL T FN+YVDK++V SWNSVIADLAR GDS EAL AFSSMRKL+L P+RSSFP
Sbjct: 21  RHTERQNLTTLFNRYVDKTDVFSWNSVIADLARSGDSAEALLAFSSMRKLSLYPTRSSFP 80

Query: 420 CAIKSCSALCDLVAGKQTHQQAFVFGFDTDLFVSSALIDMYSKCGQLKDARQLFDEIPLR 479
           CAIK+CS+L D+ +GKQTHQQAFVFG+ +D+FVSSALI MYS CG+L+DAR++FDEIP R
Sbjct: 81  CAIKACSSLFDIFSGKQTHQQAFVFGYQSDIFVSSALIVMYSTCGKLEDARKVFDEIPKR 140

Query: 480 NVVSWTSMITGYVQNEQADNALLLFKDFLEEETEVEDGNKIPLDPVVMVSVLSACSRVSE 539
           N+VSWTSMI GY  N  A +A+ LFKD L +E   +D + + LD + +VSV+SACSRV  
Sbjct: 141 NIVSWTSMIRGYDLNGNALDAVSLFKDLLVDEN--DDDDAMFLDSMGLVSVISACSRVPA 200

Query: 540 KGITEDVHGFVIKEGFDGNVGVGNTLIDAYAKCGQ--PLVSRKVFDGMEEKDEISWNSMI 599
           KG+TE +H FVIK GFD  V VGNTL+DAYAK G+    V+RK+FD + +KD +S+NS++
Sbjct: 201 KGLTESIHSFVIKRGFDRGVSVGNTLLDAYAKGGEGGVAVARKIFDQIVDKDRVSYNSIM 260

Query: 600 AVYAQSGLSEEALEVFHGMVRHDGVRYNAVTLSAVLLASAHAGALRAGKCIHNQVIKMDL 659
           +VYAQSG+S EA EVF  +V++  V +NA+TLS VLLA +H+GALR GKCIH+QVI+M L
Sbjct: 261 SVYAQSGMSNEAFEVFRRLVKNKVVTFNAITLSTVLLAVSHSGALRIGKCIHDQVIRMGL 320

Query: 660 EENVCVGTSIIDMYCKCGRVEMAKKTFDRMKEKNVKSWTAMVAGYGMHGCAKGALDIFYK 719
           E++V VGTSIIDMYCKCGRVE A+K FDRMK KNV+SWTAM+AGYGMHG A  AL++F  
Sbjct: 321 EDDVIVGTSIIDMYCKCGRVETARKAFDRMKNKNVRSWTAMIAGYGMHGHAAKALELFPA 380

Query: 720 MIQARVEPNYITFVSVLAACSHAGLVDEGWHWFNAMKYKYDIEPGIEHYGCMVDLFGRAG 779
           MI + V PNYITFVSVLAACSHAGL  EGW WFNAMK ++ +EPG+EHYGCMVDL GRAG
Sbjct: 381 MIDSGVRPNYITFVSVLAACSHAGLHVEGWRWFNAMKGRFGVEPGLEHYGCMVDLLGRAG 440

Query: 780 CLSEAYNLIKGMRMKPDFVVWGSLLGACRIHKNVDLGEIAAQKLFELDPDNCGYYVLLSN 839
            L +AY+LI+ M+MKPD ++W SLL ACRIHKNV+L EI+  +LFELD  NCGYY+LLS+
Sbjct: 441 FLQKAYDLIQRMKMKPDSIIWSSLLAACRIHKNVELAEISVARLFELDSSNCGYYMLLSH 500

Query: 840 LYADAGRWADVERMRTLMKNRQLVKPPGFSLVELKGRVHVFLVGDKEHPQHEMIYKYLEK 899
           +YADAGRW DVER+R +MKNR LVKPPGFSL+EL G VHVFL+GD+EHPQ E IY++L +
Sbjct: 501 IYADAGRWKDVERVRMIMKNRGLVKPPGFSLLELNGEVHVFLIGDEEHPQREKIYEFLAE 560

Query: 900 LTLELQKIGYVPNMTSVLHDVDEEEKEIILRVHSEKLAVAFGVMNSAAGTTISIIKNLRV 959
           L  +L + GYV N +SV HDVDEEEKE+ LRVHSEKLA+AFG+MN+  G+T++++KNLRV
Sbjct: 561 LNRKLLEAGYVSNTSSVCHDVDEEEKEMTLRVHSEKLAIAFGIMNTVPGSTVNVVKNLRV 620

Query: 960 CGDCHTVIKLISKVVHREFVVRDSKRFHHFKDGLCSCGDYW 999
           C DCH VIKLISK+V REFVVRD+KRFHHFKDG CSCGDYW
Sbjct: 621 CSDCHNVIKLISKIVDREFVVRDAKRFHHFKDGGCSCGDYW 659

BLAST of MC08g1173 vs. ExPASy Swiss-Prot
Match: Q9SVP7 (Pentatricopeptide repeat-containing protein At4g13650 OS=Arabidopsis thaliana OX=3702 GN=PCMP-H42 PE=2 SV=2)

HSP 1 Score: 636.0 bits (1639), Expect = 7.4e-181
Identity = 345/988 (34.92%), Postives = 539/988 (54.55%), Query Frame = 0

Query: 14   KQIHANIIRSGLSNHQLLARKLIHLYSSHGTIAYAIILFRQIEIPCTFTWNLFIRANTIN 73
            +++H+ I++ GL ++  L+ KL   Y   G +  A  +F ++     FTWN  I+     
Sbjct: 105  RKLHSQILKLGLDSNGCLSEKLFDFYLFKGDLYGAFKVFDEMPERTIFTWNKMIKELASR 164

Query: 74   GLSEEALLWYRNMVRHGIAPDKFTFPFVIKACT-ISFAIDLGKVVHASLIKYGFSTDTFV 133
             L  E    +  MV   + P++ TF  V++AC   S A D+ + +HA ++  G    T V
Sbjct: 165  NLIGEVFGLFVRMVSENVTPNEGTFSGVLEACRGGSVAFDVVEQIHARILYQGLRDSTVV 224

Query: 134  QNNLIDLYFKCGHKQCARRVFDEMPSKNVVSWTAMINGYIRSQQPEEAVELFGRMQAENV 193
             N LIDLY + G    ARRVFD +  K+  SW AMI+G  +++   EA+ LF  M    +
Sbjct: 225  CNPLIDLYSRNGFVDLARRVFDGLRLKDHSSWVAMISGLSKNECEAEAIRLFCDMYVLGI 284

Query: 194  CPNEYTLVSLIKACTEMGIPSLGRKIHDFAITNCFEIGVYLGTALIDMYSKCGSLKDAVE 253
             P  Y   S++ AC ++    +G ++H   +   F    Y+  AL+ +Y   G+L  A  
Sbjct: 285  MPTPYAFSSVLSACKKIESLEIGEQLHGLVLKLGFSSDTYVCNALVSLYFHLGNLISAEH 344

Query: 254  VFETMPERSLATWNSMISSLGVHGLGEEALNVFSEMERVNVKPDAITFVGVLCACVHMKN 313
            +F  M +R   T+N++I+ L   G GE+A+ +F  M    ++PD+ T   ++ AC     
Sbjct: 345  IFSNMSQRDAVTYNTLINGLSQCGYGEKAMELFKRMHLDGLEPDSNTLASLVVAC----- 404

Query: 314  VEAGCAYFKRMTQHYGIVPIPEHYKFRMGISNHSSIELLFPLKLCWRRYSSNPNLATWFN 373
              A    F+    H         Y  ++G ++++ IE           Y+   ++ T  +
Sbjct: 405  -SADGTLFRGQQLH--------AYTTKLGFASNNKIE-----GALLNLYAKCADIETALD 464

Query: 374  KYVDK--SNVHSWNSVIADLARGGDSVEALRAFSSMRKLALSPSRSSFPCAIKSCSALCD 433
             +++    NV  WN ++       D   + R F  M+   + P++ ++P  +K+C  L D
Sbjct: 465  YFLETEVENVVLWNVMLVAYGLLDDLRNSFRIFRQMQIEEIVPNQYTYPSILKTCIRLGD 524

Query: 434  LVAGKQTHQQAFVFGFDTDLFVSSALIDMYSKCGQLKDARQLFDEIPLRNVVSWTSMITG 493
            L  G+Q H Q     F  + +V S LIDMY+K G+L  A  +      ++VVSWT+MI G
Sbjct: 525  LELGEQIHSQIIKTNFQLNAYVCSVLIDMYAKLGKLDTAWDILIRFAGKDVVSWTTMIAG 584

Query: 494  YVQNEQADNALLLFKDFLEEETEVEDGNKIPLDPVVMVSVLSACSRVSEKGITEDVHGFV 553
            Y Q    D AL  F+  L+          I  D V + + +SAC+ +      + +H   
Sbjct: 585  YTQYNFDDKALTTFRQMLD--------RGIRSDEVGLTNAVSACAGLQALKEGQQIHAQA 644

Query: 554  IKEGFDGNVGVGNTLIDAYAKCGQPLVSRKVFDGMEEKDEISWNSMIAVYAQSGLSEEAL 613
               GF  ++   N L+  Y++CG+   S   F+  E  D I+WN++++ + QSG +EEAL
Sbjct: 645  CVSGFSSDLPFQNALVTLYSRCGKIEESYLAFEQTEAGDNIAWNALVSGFQQSGNNEEAL 704

Query: 614  EVFHGMVRHDGVRYNAVTLSAVLLASAHAGALRAGKCIHNQVIKMDLEENVCVGTSIIDM 673
             VF  M R +G+  N  T  + + A++    ++ GK +H  + K   +    V  ++I M
Sbjct: 705  RVFVRMNR-EGIDNNNFTFGSAVKAASETANMKQGKQVHAVITKTGYDSETEVCNALISM 764

Query: 674  YCKCGRVEMAKKTFDRMKEKNVKSWTAMVAGYGMHGCAKGALDIFYKMIQARVEPNYITF 733
            Y KCG +  A+K F  +  KN  SW A++  Y  HG    ALD F +MI + V PN++T 
Sbjct: 765  YAKCGSISDAEKQFLEVSTKNEVSWNAIINAYSKHGFGSEALDSFDQMIHSNVRPNHVTL 824

Query: 734  VSVLAACSHAGLVDEGWHWFNAMKYKYDIEPGIEHYGCMVDLFGRAGCLSEAYNLIKGMR 793
            V VL+ACSH GLVD+G  +F +M  +Y + P  EHY C+VD+  RAG LS A   I+ M 
Sbjct: 825  VGVLSACSHIGLVDKGIAYFESMNSEYGLSPKPEHYVCVVDMLTRAGLLSRAKEFIQEMP 884

Query: 794  MKPDFVVWGSLLGACRIHKNVDLGEIAAQKLFELDPDNCGYYVLLSNLYADAGRWADVER 853
            +KPD +VW +LL AC +HKN+++GE AA  L EL+P++   YVLLSNLYA + +W   + 
Sbjct: 885  IKPDALVWRTLLSACVVHKNMEIGEFAAHHLLELEPEDSATYVLLSNLYAVSKKWDARDL 944

Query: 854  MRTLMKNRQLVKPPGFSLVELKGRVHVFLVGDKEHPQHEMIYKYLEKLTLELQKIGYVPN 913
             R  MK + + K PG S +E+K  +H F VGD+ HP  + I++Y + LT    +IGYV +
Sbjct: 945  TRQKMKEKGVKKEPGQSWIEVKNSIHSFYVGDQNHPLADEIHEYFQDLTKRASEIGYVQD 1004

Query: 914  MTSVLHDVDEEEKEIILRVHSEKLAVAFGVMNSAAGTTISIIKNLRVCGDCHTVIKLISK 973
              S+L+++  E+K+ I+ +HSEKLA++FG+++  A   I+++KNLRVC DCH  IK +SK
Sbjct: 1005 CFSLLNELQHEQKDPIIFIHSEKLAISFGLLSLPATVPINVMKNLRVCNDCHAWIKFVSK 1064

Query: 974  VVHREFVVRDSKRFHHFKDGLCSCGDYW 999
            V +RE +VRD+ RFHHF+ G CSC DYW
Sbjct: 1065 VSNREIIVRDAYRFHHFEGGACSCKDYW 1064

BLAST of MC08g1173 vs. ExPASy Swiss-Prot
Match: Q7Y211 (Pentatricopeptide repeat-containing protein At3g57430, chloroplastic OS=Arabidopsis thaliana OX=3702 GN=PCMP-H81 PE=2 SV=2)

HSP 1 Score: 613.2 bits (1580), Expect = 5.1e-174
Identity = 348/955 (36.44%), Postives = 504/955 (52.77%), Query Frame = 0

Query: 63  WNLFIRANTINGLSEEALLWYRNMVRHGIAPDKFTFPFVIKACTISFAIDLGKVVHASLI 122
           W   +R+   + L  EA+L Y +M+  GI PD + FP ++KA      ++LGK +HA + 
Sbjct: 65  WIDLLRSKVRSNLLREAVLTYVDMIVLGIKPDNYAFPALLKAVADLQDMELGKQIHAHVY 124

Query: 123 KYGFSTDTF-VQNNLIDLYFKCGHKQCARRVFDEMPSKNVVSWTAMINGYIRSQQPEEAV 182
           K+G+  D+  V N L++LY KCG      +VFD +  +N VSW ++I+     ++ E A+
Sbjct: 125 KFGYGVDSVTVANTLVNLYRKCGDFGAVYKVFDRISERNQVSWNSLISSLCSFEKWEMAL 184

Query: 183 ELFGRMQAENVCPNEYTLVSLIKACTEMGIPS---LGRKIHDFAITNCFEIGVYLGTALI 242
           E F  M  ENV P+ +TLVS++ AC+ + +P    +G+++H + +    E+  ++   L+
Sbjct: 185 EAFRCMLDENVEPSSFTLVSVVTACSNLPMPEGLMMGKQVHAYGLRK-GELNSFIINTLV 244

Query: 243 DMYSKCGSLKDAVEVFETMPERSLATWNSMISSLGVHGLGEEALNVFSEMERVNVKPDAI 302
            MY K G L  +  +  +   R L TWN+++SSL  +    EAL    EM    V+PD  
Sbjct: 245 AMYGKLGKLASSKVLLGSFGGRDLVTWNTVLSSLCQNEQLLEALEYLREMVLEGVEPDEF 304

Query: 303 TFVGVLCACVHMKNVEAGCAYFKRMTQHYGIVPIPEHYKFRMGISNHSSIELLFPLKLCW 362
           T   VL AC H+                                                
Sbjct: 305 TISSVLPACSHL------------------------------------------------ 364

Query: 363 RRYSSNPNLATWFNKYVDKSNVHSWNSVIADLARGGDSVEALRAFSSMRKLALSPSRSSF 422
                                                  E LR                 
Sbjct: 365 ---------------------------------------EMLR----------------- 424

Query: 423 PCAIKSCSALCDLVAGKQTHQQAFVFG-FDTDLFVSSALIDMYSKCGQLKDARQLFDEIP 482
                          GK+ H  A   G  D + FV SAL+DMY  C Q+   R++FD + 
Sbjct: 425 --------------TGKELHAYALKNGSLDENSFVGSALVDMYCNCKQVLSGRRVFDGMF 484

Query: 483 LRNVVSWTSMITGYVQNEQADNALLLFKDFLEEETEVEDGNKIPLDPVVMVSVLSACSRV 542
            R +  W +MI GY QNE    ALLLF         +E+   +  +   M  V+ AC R 
Sbjct: 485 DRKIGLWNAMIAGYSQNEHDKEALLLF-------IGMEESAGLLANSTTMAGVVPACVRS 544

Query: 543 SEKGITEDVHGFVIKEGFDGNVGVGNTLIDAYAKCGQPLVSRKVFDGMEEKDEISWNSMI 602
                 E +HGFV+K G D +  V NTL+D Y++ G+  ++ ++F  ME++D ++WN+MI
Sbjct: 545 GAFSRKEAIHGFVVKRGLDRDRFVQNTLMDMYSRLGKIDIAMRIFGKMEDRDLVTWNTMI 604

Query: 603 AVYAQSGLSEEALEVFHGMVRHD----------GVRYNAVTLSAVLLASAHAGALRAGKC 662
             Y  S   E+AL + H M   +           ++ N++TL  +L + A   AL  GK 
Sbjct: 605 TGYVFSEHHEDALLLLHKMQNLERKVSKGASRVSLKPNSITLMTILPSCAALSALAKGKE 664

Query: 663 IHNQVIKMDLEENVCVGTSIIDMYCKCGRVEMAKKTFDRMKEKNVKSWTAMVAGYGMHGC 722
           IH   IK +L  +V VG++++DMY KCG ++M++K FD++ +KNV +W  ++  YGMHG 
Sbjct: 665 IHAYAIKNNLATDVAVGSALVDMYAKCGCLQMSRKVFDQIPQKNVITWNVIIMAYGMHGN 724

Query: 723 AKGALDIFYKMIQARVEPNYITFVSVLAACSHAGLVDEGWHWFNAMKYKYDIEPGIEHYG 782
            + A+D+   M+   V+PN +TF+SV AACSH+G+VDEG   F  MK  Y +EP  +HY 
Sbjct: 725 GQEAIDLLRMMMVQGVKPNEVTFISVFAACSHSGMVDEGLRIFYVMKPDYGVEPSSDHYA 784

Query: 783 CMVDLFGRAGCLSEAYNLIKGMRMKP-DF---VVWGSLLGACRIHKNVDLGEIAAQKLFE 842
           C+VDL GRAG + EAY L   M M P DF     W SLLGA RIH N+++GEIAAQ L +
Sbjct: 785 CVVDLLGRAGRIKEAYQL---MNMMPRDFNKAGAWSSLLGASRIHNNLEIGEIAAQNLIQ 844

Query: 843 LDPDNCGYYVLLSNLYADAGRWADVERMRTLMKNRQLVKPPGFSLVELKGRVHVFLVGDK 902
           L+P+   +YVLL+N+Y+ AG W     +R  MK + + K PG S +E    VH F+ GD 
Sbjct: 845 LEPNVASHYVLLANIYSSAGLWDKATEVRRNMKEQGVRKEPGCSWIEHGDEVHKFVAGDS 890

Query: 903 EHPQHEMIYKYLEKLTLELQKIGYVPNMTSVLHDVDEEEKEIILRVHSEKLAVAFGVMNS 962
            HPQ E +  YLE L   ++K GYVP+ + VLH+V+E+EKEI+L  HSEKLA+AFG++N+
Sbjct: 905 SHPQSEKLSGYLETLWERMRKEGYVPDTSCVLHNVEEDEKEILLCGHSEKLAIAFGILNT 890

Query: 963 AAGTTISIIKNLRVCGDCHTVIKLISKVVHREFVVRDSKRFHHFKDGLCSCGDYW 999
           + GT I + KNLRVC DCH   K ISK+V RE ++RD +RFH FK+G CSCGDYW
Sbjct: 965 SPGTIIRVAKNLRVCNDCHLATKFISKIVDREIILRDVRRFHRFKNGTCSCGDYW 890

BLAST of MC08g1173 vs. ExPASy Swiss-Prot
Match: Q9M1V3 (Pentatricopeptide repeat-containing protein At3g63370, chloroplastic OS=Arabidopsis thaliana OX=3702 GN=PCMP-H83 PE=2 SV=2)

HSP 1 Score: 594.7 bits (1532), Expect = 1.9e-168
Identity = 325/906 (35.87%), Postives = 511/906 (56.40%), Query Frame = 0

Query: 98  FPFVIKACTISFAIDLGKVVHASLIKY--GFSTDTFVQNNLIDLYFKCGHKQCARRVFDE 157
           F +V++ C    A+  G+ +H+ + K    F  D F+   L+ +Y KCG    A +VFDE
Sbjct: 83  FAYVLELCGKRRAVSQGRQLHSRIFKTFPSFELD-FLAGKLVFMYGKCGSLDDAEKVFDE 142

Query: 158 MPSKNVVSWTAMINGYIRSQQPEEAVELFGRMQAENVCPNEYTLVSLIKACTEMGIPSLG 217
           MP +   +W  MI  Y+ + +P  A+ L+  M+ E V     +  +L+KAC ++     G
Sbjct: 143 MPDRTAFAWNTMIGAYVSNGEPASALALYWNMRVEGVPLGLSSFPALLKACAKLRDIRSG 202

Query: 218 RKIHDFAITNCFEIGVYLGTALIDMYSKCGSLKDAVEVFETMPERSLAT-WNSMISSLGV 277
            ++H   +   +    ++  AL+ MY+K   L  A  +F+   E+  A  WNS++SS   
Sbjct: 203 SELHSLLVKLGYHSTGFIVNALVSMYAKNDDLSAARRLFDGFQEKGDAVLWNSILSSYST 262

Query: 278 HGLGEEALNVFSEMERVNVKPDAITFVGVLCACVHMKNVEAGCAYFKRMTQHYGIVPIPE 337
            G   E L +F EM      P++ T V  L AC        G +Y K   + +  V    
Sbjct: 263 SGKSLETLELFREMHMTGPAPNSYTIVSALTAC-------DGFSYAKLGKEIHASV---- 322

Query: 338 HYKFRMGISNHSS-IELLFPLKLCWRRYSSNPNLATWFNKYVDKSNVHSWNSVIADLARG 397
                +  S HSS + +   L   + R    P  A    + ++ ++V +WNS+I    + 
Sbjct: 323 -----LKSSTHSSELYVCNALIAMYTRCGKMPQ-AERILRQMNNADVVTWNSLIKGYVQN 382

Query: 398 GDSVEALRAFSSMRKLALSPSRSSFPCAIKSCSALCDLVAGKQTHQQAFVFGFDTDLFVS 457
               EAL  FS M          S    I +   L +L+AG + H      G+D++L V 
Sbjct: 383 LMYKEALEFFSDMIAAGHKSDEVSMTSIIAASGRLSNLLAGMELHAYVIKHGWDSNLQVG 442

Query: 458 SALIDMYSKCGQLKDARQLFDEIPLRNVVSWTSMITGYVQNEQADNALLLFKDFLEEETE 517
           + LIDMYSKC       + F  +  ++++SWT++I GY QN+    AL LF+D  ++  E
Sbjct: 443 NTLIDMYSKCNLTCYMGRAFLRMHDKDLISWTTVIAGYAQNDCHVEALELFRDVAKKRME 502

Query: 518 VEDGNKIPLDPVVMVSVLSACSRVSEKGITEDVHGFVIKEGFDGNVGVGNTLIDAYAKCG 577
           +        D +++ S+L A S +    I +++H  ++++G    V + N L+D Y KC 
Sbjct: 503 I--------DEMILGSILRASSVLKSMLIVKEIHCHILRKGLLDTV-IQNELVDVYGKCR 562

Query: 578 QPLVSRKVFDGMEEKDEISWNSMIAVYAQSGLSEEALEVFHGMVRHDGVRYNAVTLSAVL 637
               + +VF+ ++ KD +SW SMI+  A +G   EA+E+F  MV   G+  ++V L  +L
Sbjct: 563 NMGYATRVFESIKGKDVVSWTSMISSSALNGNESEAVELFRRMV-ETGLSADSVALLCIL 622

Query: 638 LASAHAGALRAGKCIHNQVIKMDLEENVCVGTSIIDMYCKCGRVEMAKKTFDRMKEKNVK 697
            A+A   AL  G+ IH  +++        +  +++DMY  CG ++ AK  FDR++ K + 
Sbjct: 623 SAAASLSALNKGREIHCYLLRKGFCLEGSIAVAVVDMYACCGDLQSAKAVFDRIERKGLL 682

Query: 698 SWTAMVAGYGMHGCAKGALDIFYKMIQARVEPNYITFVSVLAACSHAGLVDEGWHWFNAM 757
            +T+M+  YGMHGC K A+++F KM    V P++I+F+++L ACSHAGL+DEG  +   M
Sbjct: 683 QYTSMINAYGMHGCGKAAVELFDKMRHENVSPDHISFLALLYACSHAGLLDEGRGFLKIM 742

Query: 758 KYKYDIEPGIEHYGCMVDLFGRAGCLSEAYNLIKGMRMKPDFVVWGSLLGACRIHKNVDL 817
           +++Y++EP  EHY C+VD+ GRA C+ EA+  +K M+ +P   VW +LL ACR H   ++
Sbjct: 743 EHEYELEPWPEHYVCLVDMLGRANCVVEAFEFVKMMKTEPTAEVWCALLAACRSHSEKEI 802

Query: 818 GEIAAQKLFELDPDNCGYYVLLSNLYADAGRWADVERMRTLMKNRQLVKPPGFSLVELKG 877
           GEIAAQ+L EL+P N G  VL+SN++A+ GRW DVE++R  MK   + K PG S +E+ G
Sbjct: 803 GEIAAQRLLELEPKNPGNLVLVSNVFAEQGRWNDVEKVRAKMKASGMEKHPGCSWIEMDG 862

Query: 878 RVHVFLVGDKEHPQHEMIYKYLEKLTLELQK-IGYVPNMTSVLHDVDEEEKEIILRVHSE 937
           +VH F   DK HP+ + IY+ L ++T +L++ +GYV +   VLH+VDE EK  +L  HSE
Sbjct: 863 KVHKFTARDKSHPESKEIYEKLSEVTRKLEREVGYVADTKFVLHNVDEGEKVQMLHGHSE 922

Query: 938 KLAVAFGVMNSAAGTTISIIKNLRVCGDCHTVIKLISKVVHREFVVRDSKRFHHFKDGLC 997
           ++A+A+G++ +     + I KNLRVC DCHT  KL+SK+  R+ V+RD+ RFHHF+ GLC
Sbjct: 923 RIAIAYGLLRTPDRACLRITKNLRVCRDCHTFCKLVSKLFRRDIVMRDANRFHHFESGLC 960

Query: 998 SCGDYW 999
           SCGD W
Sbjct: 983 SCGDSW 960

BLAST of MC08g1173 vs. ExPASy Swiss-Prot
Match: Q9FIB2 (Putative pentatricopeptide repeat-containing protein At5g09950 OS=Arabidopsis thaliana OX=3702 GN=PCMP-H35 PE=3 SV=1)

HSP 1 Score: 585.5 bits (1508), Expect = 1.1e-165
Identity = 346/1015 (34.09%), Postives = 555/1015 (54.68%), Query Frame = 0

Query: 1   LFLLQNCKNFKHLKQ-IHANIIRSGLSNHQLLARKLIHLYSSHGTIAYAIILFRQIEIPC 60
           L  +Q+C   +   +  H+ + ++ L     L   LI+ Y   G    A  +F ++ +  
Sbjct: 7   LSFVQSCVGHRGAARFFHSRLYKNRLDKDVYLCNNLINAYLETGDSVSARKVFDEMPLRN 66

Query: 61  TFTWNLFIRANTINGLSEEALLWYRNMVRHGIAPDKFTFPFVIKACTI--SFAIDLGKVV 120
             +W   +   + NG  +EAL++ R+MV+ GI  +++ F  V++AC    S  I  G+ +
Sbjct: 67  CVSWACIVSGYSRNGEHKEALVFLRDMVKEGIFSNQYAFVSVLRACQEIGSVGILFGRQI 126

Query: 121 HASLIKYGFSTDTFVQNNLIDLYFKC----GHKQCARRVFDEMPSKNVVSWTAMINGYIR 180
           H  + K  ++ D  V N LI +Y+KC    G+  CA   F ++  KN VSW ++I+ Y +
Sbjct: 127 HGLMFKLSYAVDAVVSNVLISMYWKCIGSVGYALCA---FGDIEVKNSVSWNSIISVYSQ 186

Query: 181 SQQPEEAVELFGRMQAENVCPNEYTLVSLIKACTEMGIPSLGRKIHDFAIT---NCFEIG 240
           +     A  +F  MQ +   P EYT  SL+     +  P + R +     T   +     
Sbjct: 187 AGDQRSAFRIFSSMQYDGSRPTEYTFGSLVTTACSLTEPDV-RLLEQIMCTIQKSGLLTD 246

Query: 241 VYLGTALIDMYSKCGSLKDAVEVFETMPERSLATWNSMISSLGVHGLGEEALNVFSEM-E 300
           +++G+ L+  ++K GSL  A +VF  M  R+  T N ++  L     GEEA  +F +M  
Sbjct: 247 LFVGSGLVSAFAKSGSLSYARKVFNQMETRNAVTLNGLMVGLVRQKWGEEATKLFMDMNS 306

Query: 301 RVNVKPDAITFVGVLCACVHMKNVEAGCAYFKRMTQHYGIVPIPEHYKFRMGISNHSSIE 360
            ++V P+  ++V +L +       E      K+  + +G V       F +GI N     
Sbjct: 307 MIDVSPE--SYVILLSSFPEYSLAEE--VGLKKGREVHGHVITTGLVDFMVGIGN----- 366

Query: 361 LLFPLKLCWRRYSSNPNLATWFNKYVDKSNVHSWNSVIADLARGGDSVEALRAFSSMRKL 420
               L   + +  S  +    F    DK +V SWNS+I  L + G  +EA+  + SMR+ 
Sbjct: 367 ---GLVNMYAKCGSIADARRVFYFMTDKDSV-SWNSMITGLDQNGCFIEAVERYKSMRRH 426

Query: 421 ALSPSRSSFPCAIKSCSALCDLVAGKQTHQQAFVFGFDTDLFVSSALIDMYSKCGQLKDA 480
            + P   +   ++ SC++L     G+Q H ++   G D ++ VS+AL+ +Y++ G L + 
Sbjct: 427 DILPGSFTLISSLSSCASLKWAKLGQQIHGESLKLGIDLNVSVSNALMTLYAETGYLNEC 486

Query: 481 RQLFDEIPLRNVVSWTSMITGYVQNEQA-DNALLLFKDFLEEETEVEDGNKIPLDPVVMV 540
           R++F  +P  + VSW S+I    ++E++   A++ F +          G K  L+ +   
Sbjct: 487 RKIFSSMPEHDQVSWNSIIGALARSERSLPEAVVCFLN------AQRAGQK--LNRITFS 546

Query: 541 SVLSACSRVSEKGITEDVHGFVIKEGFDGNVGVGNTLIDAYAKCGQPLVSRKVFDGM-EE 600
           SVLSA S +S   + + +HG  +K          N LI  Y KCG+     K+F  M E 
Sbjct: 547 SVLSAVSSLSFGELGKQIHGLALKNNIADEATTENALIACYGKCGEMDGCEKIFSRMAER 606

Query: 601 KDEISWNSMIAVYAQSGLSEEALEVFHGMVRHDGVRYNAVTLSAVLLASAHAGALRAGKC 660
           +D ++WNSMI+ Y  + L  +AL++   M++  G R ++   + VL A A    L  G  
Sbjct: 607 RDNVTWNSMISGYIHNELLAKALDLVWFMLQ-TGQRLDSFMYATVLSAFASVATLERGME 666

Query: 661 IHNQVIKMDLEENVCVGTSIIDMYCKCGRVEMAKKTFDRMKEKNVKSWTAMVAGYGMHGC 720
           +H   ++  LE +V VG++++DMY KCGR++ A + F+ M  +N  SW +M++GY  HG 
Sbjct: 667 VHACSVRACLESDVVVGSALVDMYSKCGRLDYALRFFNTMPVRNSYSWNSMISGYARHGQ 726

Query: 721 AKGALDIFYKM-IQARVEPNYITFVSVLAACSHAGLVDEGWHWFNAMKYKYDIEPGIEHY 780
            + AL +F  M +  +  P+++TFV VL+ACSHAGL++EG+  F +M   Y + P IEH+
Sbjct: 727 GEEALKLFETMKLDGQTPPDHVTFVGVLSACSHAGLLEEGFKHFESMSDSYGLAPRIEHF 786

Query: 781 GCMVDLFGRAGCLSEAYNLIKGMRMKPDFVVWGSLLGAC--RIHKNVDLGEIAAQKLFEL 840
            CM D+ GRAG L +  + I+ M MKP+ ++W ++LGAC     +  +LG+ AA+ LF+L
Sbjct: 787 SCMADVLGRAGELDKLEDFIEKMPMKPNVLIWRTVLGACCRANGRKAELGKKAAEMLFQL 846

Query: 841 DPDNCGYYVLLSNLYADAGRWADVERMRTLMKNRQLVKPPGFSLVELKGRVHVFLVGDKE 900
           +P+N   YVLL N+YA  GRW D+ + R  MK+  + K  G+S V +K  VH+F+ GDK 
Sbjct: 847 EPENAVNYVLLGNMYAAGGRWEDLVKARKKMKDADVKKEAGYSWVTMKDGVHMFVAGDKS 906

Query: 901 HPQHEMIYKYLEKLTLELQKIGYVPNMTSVLHDVDEEEKEIILRVHSEKLAVAFGVMNSA 960
           HP  ++IYK L++L  +++  GYVP     L+D+++E KE IL  HSEKLAVAF +    
Sbjct: 907 HPDADVIYKKLKELNRKMRDAGYVPQTGFALYDLEQENKEEILSYHSEKLAVAFVLAAQR 966

Query: 961 AGT-TISIIKNLRVCGDCHTVIKLISKVVHREFVVRDSKRFHHFKDGLCSCGDYW 999
           + T  I I+KNLRVCGDCH+  K ISK+  R+ ++RDS RFHHF+DG CSC D+W
Sbjct: 967 SSTLPIRIMKNLRVCGDCHSAFKYISKIEGRQIILRDSNRFHHFQDGACSCSDFW 995

BLAST of MC08g1173 vs. NCBI nr
Match: XP_022148174.1 (pentatricopeptide repeat-containing protein At3g26782, mitochondrial [Momordica charantia])

HSP 1 Score: 1347 bits (3486), Expect = 0.0
Identity = 658/659 (99.85%), Postives = 658/659 (99.85%), Query Frame = 0

Query: 340 MGISNHSSIELLFPLKLCWRRYSSNPNLATWFNKYVDKSNVHSWNSVIADLARGGDSVEA 399
           MGISNHSSIELLFPLKLCWRRYSSNPNLATWFNKYVDKSNVHSWNSVIADLARGGDSVEA
Sbjct: 1   MGISNHSSIELLFPLKLCWRRYSSNPNLATWFNKYVDKSNVHSWNSVIADLARGGDSVEA 60

Query: 400 LRAFSSMRKLALSPSRSSFPCAIKSCSALCDLVAGKQTHQQAFVFGFDTDLFVSSALIDM 459
           LRAFSSMRKLALSPSRSSFPCAIKSCSALCDLVAGKQTHQQAFVFGFDTDLFVSSALIDM
Sbjct: 61  LRAFSSMRKLALSPSRSSFPCAIKSCSALCDLVAGKQTHQQAFVFGFDTDLFVSSALIDM 120

Query: 460 YSKCGQLKDARQLFDEIPLRNVVSWTSMITGYVQNEQADNALLLFKDFLEEETEVEDGNK 519
           YSKCGQLKDARQLFDEIPLRNVVSWTSMITGYVQNEQADNALLLFKDFLEEETEVEDGNK
Sbjct: 121 YSKCGQLKDARQLFDEIPLRNVVSWTSMITGYVQNEQADNALLLFKDFLEEETEVEDGNK 180

Query: 520 IPLDPVVMVSVLSACSRVSEKGITEDVHGFVIKEGFDGNVGVGNTLIDAYAKCGQPLVSR 579
           IPLDPVVMVSVLSACSRVSEKGITEDVHGFVIKEGFDGNVGVGNTLIDAYAKCGQPLVSR
Sbjct: 181 IPLDPVVMVSVLSACSRVSEKGITEDVHGFVIKEGFDGNVGVGNTLIDAYAKCGQPLVSR 240

Query: 580 KVFDGMEEKDEISWNSMIAVYAQSGLSEEALEVFHGMVRHDGVRYNAVTLSAVLLASAHA 639
           KVFDGMEEKDEISWNSMIAVYAQSGLSEEALEVFHGMVRHDGVRYNAVTLSAVLLASAHA
Sbjct: 241 KVFDGMEEKDEISWNSMIAVYAQSGLSEEALEVFHGMVRHDGVRYNAVTLSAVLLASAHA 300

Query: 640 GALRAGKCIHNQVIKMDLEENVCVGTSIIDMYCKCGRVEMAKKTFDRMKEKNVKSWTAMV 699
           GALRAGKCIHNQVIKMDLEENVCVGTSIIDMYCKCGRVEMAKKTFDRMKEKNVKSWTAMV
Sbjct: 301 GALRAGKCIHNQVIKMDLEENVCVGTSIIDMYCKCGRVEMAKKTFDRMKEKNVKSWTAMV 360

Query: 700 AGYGMHGCAKGALDIFYKMIQARVEPNYITFVSVLAACSHAGLVDEGWHWFNAMKYKYDI 759
           AGYGMHGCAKGALDIFYKMIQARVEPNYITFVSVLAACSHAGLV EGWHWFNAMKYKYDI
Sbjct: 361 AGYGMHGCAKGALDIFYKMIQARVEPNYITFVSVLAACSHAGLVXEGWHWFNAMKYKYDI 420

Query: 760 EPGIEHYGCMVDLFGRAGCLSEAYNLIKGMRMKPDFVVWGSLLGACRIHKNVDLGEIAAQ 819
           EPGIEHYGCMVDLFGRAGCLSEAYNLIKGMRMKPDFVVWGSLLGACRIHKNVDLGEIAAQ
Sbjct: 421 EPGIEHYGCMVDLFGRAGCLSEAYNLIKGMRMKPDFVVWGSLLGACRIHKNVDLGEIAAQ 480

Query: 820 KLFELDPDNCGYYVLLSNLYADAGRWADVERMRTLMKNRQLVKPPGFSLVELKGRVHVFL 879
           KLFELDPDNCGYYVLLSNLYADAGRWADVERMRTLMKNRQLVKPPGFSLVELKGRVHVFL
Sbjct: 481 KLFELDPDNCGYYVLLSNLYADAGRWADVERMRTLMKNRQLVKPPGFSLVELKGRVHVFL 540

Query: 880 VGDKEHPQHEMIYKYLEKLTLELQKIGYVPNMTSVLHDVDEEEKEIILRVHSEKLAVAFG 939
           VGDKEHPQHEMIYKYLEKLTLELQKIGYVPNMTSVLHDVDEEEKEIILRVHSEKLAVAFG
Sbjct: 541 VGDKEHPQHEMIYKYLEKLTLELQKIGYVPNMTSVLHDVDEEEKEIILRVHSEKLAVAFG 600

Query: 940 VMNSAAGTTISIIKNLRVCGDCHTVIKLISKVVHREFVVRDSKRFHHFKDGLCSCGDYW 998
           VMNSAAGTTISIIKNLRVCGDCHTVIKLISKVVHREFVVRDSKRFHHFKDGLCSCGDYW
Sbjct: 601 VMNSAAGTTISIIKNLRVCGDCHTVIKLISKVVHREFVVRDSKRFHHFKDGLCSCGDYW 659

BLAST of MC08g1173 vs. NCBI nr
Match: XP_011651585.1 (pentatricopeptide repeat-containing protein At3g26782, mitochondrial [Cucumis sativus] >KGN58242.1 hypothetical protein Csa_017551 [Cucumis sativus])

HSP 1 Score: 1241 bits (3210), Expect = 0.0
Identity = 601/659 (91.20%), Postives = 632/659 (95.90%), Query Frame = 0

Query: 340 MGISNHSSIELLFPLKLCWRRYSSNPNLATWFNKYVDKSNVHSWNSVIADLARGGDSVEA 399
           MGI N  SI+L+F LKLCWR+YS++ NLATWF KYVDKSNVHSWNSVIADLARGGDSVEA
Sbjct: 1   MGIPNQRSIKLVFHLKLCWRQYSTSSNLATWFYKYVDKSNVHSWNSVIADLARGGDSVEA 60

Query: 400 LRAFSSMRKLALSPSRSSFPCAIKSCSALCDLVAGKQTHQQAFVFGFDTDLFVSSALIDM 459
           LRAFSS+RKL L P+RSSFPC IKSCSALCDLV+G+ +HQQAFVFGF+TDLFVSSALIDM
Sbjct: 61  LRAFSSLRKLGLIPTRSSFPCTIKSCSALCDLVSGRMSHQQAFVFGFETDLFVSSALIDM 120

Query: 460 YSKCGQLKDARQLFDEIPLRNVVSWTSMITGYVQNEQADNALLLFKDFLEEETEVEDGNK 519
           YSKCGQLKDAR LFDEIPLRNVVSWTSMITGYVQNEQADNALLLFKDFLEEETEVEDGN 
Sbjct: 121 YSKCGQLKDARALFDEIPLRNVVSWTSMITGYVQNEQADNALLLFKDFLEEETEVEDGNN 180

Query: 520 IPLDPVVMVSVLSACSRVSEKGITEDVHGFVIKEGFDGNVGVGNTLIDAYAKCGQPLVSR 579
           +PLD VVMVSVLSACSRVS KGITE VHGFV+K+GFDG++GVGNTL+DAYAKCGQPLVS+
Sbjct: 181 VPLDSVVMVSVLSACSRVSGKGITEGVHGFVVKKGFDGSIGVGNTLMDAYAKCGQPLVSK 240

Query: 580 KVFDGMEEKDEISWNSMIAVYAQSGLSEEALEVFHGMVRHDGVRYNAVTLSAVLLASAHA 639
           KVFD MEEKD+ISWNSMIAVYAQSGLS EALEVFHGMVRH GVRYNAVTLSAVLLA AHA
Sbjct: 241 KVFDWMEEKDDISWNSMIAVYAQSGLSGEALEVFHGMVRHVGVRYNAVTLSAVLLACAHA 300

Query: 640 GALRAGKCIHNQVIKMDLEENVCVGTSIIDMYCKCGRVEMAKKTFDRMKEKNVKSWTAMV 699
           GALRAGKCIH+QVIKMDLE NVCVGTSIIDMYCKCGRVEMAKKTFDRMKEKNVKSWTAMV
Sbjct: 301 GALRAGKCIHDQVIKMDLEYNVCVGTSIIDMYCKCGRVEMAKKTFDRMKEKNVKSWTAMV 360

Query: 700 AGYGMHGCAKGALDIFYKMIQARVEPNYITFVSVLAACSHAGLVDEGWHWFNAMKYKYDI 759
           AGYGMHG AK ALDIFYKM++A V+PNYITFVSVLAACSHAGLV+EGWHWFNAMK+KYDI
Sbjct: 361 AGYGMHGRAKEALDIFYKMVRAGVKPNYITFVSVLAACSHAGLVEEGWHWFNAMKHKYDI 420

Query: 760 EPGIEHYGCMVDLFGRAGCLSEAYNLIKGMRMKPDFVVWGSLLGACRIHKNVDLGEIAAQ 819
           EPGIEHYGCMVDLFGRAGCL+EAYNLIK M+MKPDFVVWGSLLGACRIHKNVDLGEIAAQ
Sbjct: 421 EPGIEHYGCMVDLFGRAGCLNEAYNLIKRMKMKPDFVVWGSLLGACRIHKNVDLGEIAAQ 480

Query: 820 KLFELDPDNCGYYVLLSNLYADAGRWADVERMRTLMKNRQLVKPPGFSLVELKGRVHVFL 879
           KLFELDPDNCGYYVLLSNLYADAGRWADVERMR LMKNRQLVKPPGFSLVELKGRVHVFL
Sbjct: 481 KLFELDPDNCGYYVLLSNLYADAGRWADVERMRMLMKNRQLVKPPGFSLVELKGRVHVFL 540

Query: 880 VGDKEHPQHEMIYKYLEKLTLELQKIGYVPNMTSVLHDVDEEEKEIILRVHSEKLAVAFG 939
           VGDKEHP HEMIYKYLEKLTLELQKIGYVPNMTSVLHDVDEEEKEIILRVHSEKLAVAFG
Sbjct: 541 VGDKEHPHHEMIYKYLEKLTLELQKIGYVPNMTSVLHDVDEEEKEIILRVHSEKLAVAFG 600

Query: 940 VMNSAAGTTISIIKNLRVCGDCHTVIKLISKVVHREFVVRDSKRFHHFKDGLCSCGDYW 998
           VMNSA GTTI+IIKNLRVCGDCHTVIKLISK+VHR+FVVRDSKRFHHFKDG+CSCGDYW
Sbjct: 601 VMNSAPGTTINIIKNLRVCGDCHTVIKLISKLVHRDFVVRDSKRFHHFKDGVCSCGDYW 659

BLAST of MC08g1173 vs. NCBI nr
Match: XP_038878074.1 (pentatricopeptide repeat-containing protein At3g26782, mitochondrial [Benincasa hispida])

HSP 1 Score: 1238 bits (3202), Expect = 0.0
Identity = 597/660 (90.45%), Postives = 633/660 (95.91%), Query Frame = 0

Query: 339 RMGISNHSSIELLFPLKLCWRRYSSNPNLATWFNKYVDKSNVHSWNSVIADLARGGDSVE 398
           RMGISN  S++LL  LKLCWRRYS+N NLATWF+KYVDKSNVHSWNSVIADLAR GDSVE
Sbjct: 6   RMGISNQRSMKLLLHLKLCWRRYSTNSNLATWFHKYVDKSNVHSWNSVIADLARSGDSVE 65

Query: 399 ALRAFSSMRKLALSPSRSSFPCAIKSCSALCDLVAGKQTHQQAFVFGFDTDLFVSSALID 458
           ALRAFSSMRKL L+P+RS+FPCAIKSCSAL DL++G+ +HQQA VFGF+TDLFVSSALID
Sbjct: 66  ALRAFSSMRKLGLTPTRSTFPCAIKSCSALSDLLSGRMSHQQALVFGFETDLFVSSALID 125

Query: 459 MYSKCGQLKDARQLFDEIPLRNVVSWTSMITGYVQNEQADNALLLFKDFLEEETEVEDGN 518
           MYSKCGQLKDAR LFDEIPLRNVVSWTSMITGYVQNEQADNALLLFKDFLEEET VEDGN
Sbjct: 126 MYSKCGQLKDARALFDEIPLRNVVSWTSMITGYVQNEQADNALLLFKDFLEEETVVEDGN 185

Query: 519 KIPLDPVVMVSVLSACSRVSEKGITEDVHGFVIKEGFDGNVGVGNTLIDAYAKCGQPLVS 578
            + LD VVMVSVLSACS+VS KGITE +HGFV+K+GFDG+VGVGNTL+DAYAKCGQPLVS
Sbjct: 186 DVSLDSVVMVSVLSACSQVSRKGITEGIHGFVVKKGFDGSVGVGNTLMDAYAKCGQPLVS 245

Query: 579 RKVFDGMEEKDEISWNSMIAVYAQSGLSEEALEVFHGMVRHDGVRYNAVTLSAVLLASAH 638
           RKVFD MEEKDEISWNSMIAVYAQSGLS EALEVFHGMVRH GVRYNAVTLSAVLLA AH
Sbjct: 246 RKVFDWMEEKDEISWNSMIAVYAQSGLSGEALEVFHGMVRHVGVRYNAVTLSAVLLACAH 305

Query: 639 AGALRAGKCIHNQVIKMDLEENVCVGTSIIDMYCKCGRVEMAKKTFDRMKEKNVKSWTAM 698
           AGALRAGKCIH+QVIKM+LEENVCVGTSIIDMYCKCGRVEMAKKTFDRMKEKNVKSWTAM
Sbjct: 306 AGALRAGKCIHDQVIKMNLEENVCVGTSIIDMYCKCGRVEMAKKTFDRMKEKNVKSWTAM 365

Query: 699 VAGYGMHGCAKGALDIFYKMIQARVEPNYITFVSVLAACSHAGLVDEGWHWFNAMKYKYD 758
           VAGYGMHGCAK ALDIFYKM++A V+PNYITFVSVLAACSHAGLV+EGWHWFNAM++KYD
Sbjct: 366 VAGYGMHGCAKEALDIFYKMVRAGVKPNYITFVSVLAACSHAGLVEEGWHWFNAMRHKYD 425

Query: 759 IEPGIEHYGCMVDLFGRAGCLSEAYNLIKGMRMKPDFVVWGSLLGACRIHKNVDLGEIAA 818
           IEPGIEHYGCMVDLFGRAGCL+EAYNLIKGM+M+PDFVVWGSLLGACRIHKNVDLGEIAA
Sbjct: 426 IEPGIEHYGCMVDLFGRAGCLNEAYNLIKGMKMRPDFVVWGSLLGACRIHKNVDLGEIAA 485

Query: 819 QKLFELDPDNCGYYVLLSNLYADAGRWADVERMRTLMKNRQLVKPPGFSLVELKGRVHVF 878
           +KLFELDPDNCGYYVLLSNLYADAGRWAD ERMR LMKNRQLVKPPGFSLVELKGRVHVF
Sbjct: 486 RKLFELDPDNCGYYVLLSNLYADAGRWADAERMRMLMKNRQLVKPPGFSLVELKGRVHVF 545

Query: 879 LVGDKEHPQHEMIYKYLEKLTLELQKIGYVPNMTSVLHDVDEEEKEIILRVHSEKLAVAF 938
           LVGD EHPQHEMIYKYLEKLTLE+QKIGYVPNMTSVLHDVDEEEKEIILRVHSEKLAVAF
Sbjct: 546 LVGDNEHPQHEMIYKYLEKLTLEIQKIGYVPNMTSVLHDVDEEEKEIILRVHSEKLAVAF 605

Query: 939 GVMNSAAGTTISIIKNLRVCGDCHTVIKLISKVVHREFVVRDSKRFHHFKDGLCSCGDYW 998
           GVMNSA GTTI+IIKNLRVCGDCHTVIKLISK+VHR+FVVRDSKRFHHFKDG+CSCGDYW
Sbjct: 606 GVMNSAPGTTINIIKNLRVCGDCHTVIKLISKLVHRDFVVRDSKRFHHFKDGVCSCGDYW 665

BLAST of MC08g1173 vs. NCBI nr
Match: XP_008450012.1 (PREDICTED: pentatricopeptide repeat-containing protein At3g26782, mitochondrial [Cucumis melo] >XP_008450013.1 PREDICTED: pentatricopeptide repeat-containing protein At3g26782, mitochondrial [Cucumis melo] >XP_008450014.1 PREDICTED: pentatricopeptide repeat-containing protein At3g26782, mitochondrial [Cucumis melo] >XP_008450015.1 PREDICTED: pentatricopeptide repeat-containing protein At3g26782, mitochondrial [Cucumis melo])

HSP 1 Score: 1231 bits (3185), Expect = 0.0
Identity = 595/659 (90.29%), Postives = 631/659 (95.75%), Query Frame = 0

Query: 340 MGISNHSSIELLFPLKLCWRRYSSNPNLATWFNKYVDKSNVHSWNSVIADLARGGDSVEA 399
           MGI N  SI+L+F LKLCWR YS++ +LATWF KYVD SNVHSWNSVIADLARGGDSVEA
Sbjct: 1   MGIPNQRSIKLVFHLKLCWRPYSTSSSLATWFYKYVDISNVHSWNSVIADLARGGDSVEA 60

Query: 400 LRAFSSMRKLALSPSRSSFPCAIKSCSALCDLVAGKQTHQQAFVFGFDTDLFVSSALIDM 459
           LRAFSS+RKL L+P+RSSFPC IKSCSALCDLV+G+ +HQQAFVFGFDTDLFVSSALIDM
Sbjct: 61  LRAFSSLRKLGLTPTRSSFPCTIKSCSALCDLVSGRMSHQQAFVFGFDTDLFVSSALIDM 120

Query: 460 YSKCGQLKDARQLFDEIPLRNVVSWTSMITGYVQNEQADNALLLFKDFLEEETEVEDGNK 519
           YSKCGQL+DAR LFDEIPLRNVVSWTSMITGYVQNEQADNALLLFKD LEEETEVEDGN 
Sbjct: 121 YSKCGQLQDARALFDEIPLRNVVSWTSMITGYVQNEQADNALLLFKDLLEEETEVEDGNN 180

Query: 520 IPLDPVVMVSVLSACSRVSEKGITEDVHGFVIKEGFDGNVGVGNTLIDAYAKCGQPLVSR 579
           +PLD VVMVSVLSACSRVS KGITE VHGFV+K+GFDG++GVGNTL+DAYAKCGQPLVS+
Sbjct: 181 VPLDSVVMVSVLSACSRVSGKGITEGVHGFVVKKGFDGSIGVGNTLMDAYAKCGQPLVSK 240

Query: 580 KVFDGMEEKDEISWNSMIAVYAQSGLSEEALEVFHGMVRHDGVRYNAVTLSAVLLASAHA 639
           KVFD MEEKD+ISWNSMIAVYAQSGLS EALEVFHGMVRH GVRYNAVTLSAVLLA AHA
Sbjct: 241 KVFDWMEEKDDISWNSMIAVYAQSGLSGEALEVFHGMVRHVGVRYNAVTLSAVLLACAHA 300

Query: 640 GALRAGKCIHNQVIKMDLEENVCVGTSIIDMYCKCGRVEMAKKTFDRMKEKNVKSWTAMV 699
           GALRAGKCIH+QVIKMDLE+NVCVGTSIIDMYCKCGRVEMAKKTFDRMKEKNVKSWTAMV
Sbjct: 301 GALRAGKCIHDQVIKMDLEDNVCVGTSIIDMYCKCGRVEMAKKTFDRMKEKNVKSWTAMV 360

Query: 700 AGYGMHGCAKGALDIFYKMIQARVEPNYITFVSVLAACSHAGLVDEGWHWFNAMKYKYDI 759
           AGYGMHG AK ALDIFYKM++A V+PNYITFVSVLAACSHAGLV+EGWHWFNAMK+KYDI
Sbjct: 361 AGYGMHGRAKEALDIFYKMVRAGVKPNYITFVSVLAACSHAGLVEEGWHWFNAMKHKYDI 420

Query: 760 EPGIEHYGCMVDLFGRAGCLSEAYNLIKGMRMKPDFVVWGSLLGACRIHKNVDLGEIAAQ 819
           EPGIEHYGCMVDLFGRAGCL++AYNLIKGM+MKPDFVVWGSLLGACRIHKNVDLGE+AAQ
Sbjct: 421 EPGIEHYGCMVDLFGRAGCLNKAYNLIKGMKMKPDFVVWGSLLGACRIHKNVDLGEVAAQ 480

Query: 820 KLFELDPDNCGYYVLLSNLYADAGRWADVERMRTLMKNRQLVKPPGFSLVELKGRVHVFL 879
           KLFELDPDNCGYYVLLSNLYADAGRWADVERMR LMK+RQLVKPPGFSLVELKGRVHVFL
Sbjct: 481 KLFELDPDNCGYYVLLSNLYADAGRWADVERMRMLMKSRQLVKPPGFSLVELKGRVHVFL 540

Query: 880 VGDKEHPQHEMIYKYLEKLTLELQKIGYVPNMTSVLHDVDEEEKEIILRVHSEKLAVAFG 939
           VGDKEHP HEMIYKYLEKLTLELQKIGYVPNMTSVLHDVDEEEKEIILRVHSEKLAVAFG
Sbjct: 541 VGDKEHPHHEMIYKYLEKLTLELQKIGYVPNMTSVLHDVDEEEKEIILRVHSEKLAVAFG 600

Query: 940 VMNSAAGTTISIIKNLRVCGDCHTVIKLISKVVHREFVVRDSKRFHHFKDGLCSCGDYW 998
           VMNSA GTTI+IIKNLRVCGDCHTVIKLISK+V R+FVVRDSKRFHHFKDG+CSCGDYW
Sbjct: 601 VMNSAPGTTINIIKNLRVCGDCHTVIKLISKLVRRDFVVRDSKRFHHFKDGVCSCGDYW 659

BLAST of MC08g1173 vs. NCBI nr
Match: KAG7017863.1 (Pentatricopeptide repeat-containing protein, mitochondrial [Cucurbita argyrosperma subsp. argyrosperma])

HSP 1 Score: 1225 bits (3169), Expect = 0.0
Identity = 590/659 (89.53%), Postives = 626/659 (94.99%), Query Frame = 0

Query: 340 MGISNHSSIELLFPLKLCWRRYSSNPNLATWFNKYVDKSNVHSWNSVIADLARGGDSVEA 399
           MGI N  S+EL   LKLCWRRYSSN NLATWFNKYVDKSNVHSWNSVIADLAR GDSVEA
Sbjct: 1   MGIPNRRSVELALHLKLCWRRYSSNSNLATWFNKYVDKSNVHSWNSVIADLARSGDSVEA 60

Query: 400 LRAFSSMRKLALSPSRSSFPCAIKSCSALCDLVAGKQTHQQAFVFGFDTDLFVSSALIDM 459
           LRAFSSMRKL LSP+RS+FPCAIKSCSALCDLV+G+ +HQQAFVFGF+ DLFVSSALIDM
Sbjct: 61  LRAFSSMRKLGLSPTRSTFPCAIKSCSALCDLVSGRMSHQQAFVFGFENDLFVSSALIDM 120

Query: 460 YSKCGQLKDARQLFDEIPLRNVVSWTSMITGYVQNEQADNALLLFKDFLEEETEVEDGNK 519
           YSKCG+LKDAR+LFDEIPLRNVVSWTSMITGYVQNEQADNALLLFKDFLEEETEV D N 
Sbjct: 121 YSKCGELKDARELFDEIPLRNVVSWTSMITGYVQNEQADNALLLFKDFLEEETEVGDANY 180

Query: 520 IPLDPVVMVSVLSACSRVSEKGITEDVHGFVIKEGFDGNVGVGNTLIDAYAKCGQPLVSR 579
           IPLD VVMVSVLSAC+RVS KGITE +HGFV+K+GFDG+VGVGNTL+DAY+KCGQPLVSR
Sbjct: 181 IPLDSVVMVSVLSACARVSGKGITEGIHGFVVKKGFDGSVGVGNTLMDAYSKCGQPLVSR 240

Query: 580 KVFDGMEEKDEISWNSMIAVYAQSGLSEEALEVFHGMVRHDGVRYNAVTLSAVLLASAHA 639
           KVFD MEEKDEISWNSMIAVYAQSGLS EALEVFHGMVRH GV YNAVTLSAVLLA AHA
Sbjct: 241 KVFDWMEEKDEISWNSMIAVYAQSGLSGEALEVFHGMVRHVGVLYNAVTLSAVLLACAHA 300

Query: 640 GALRAGKCIHNQVIKMDLEENVCVGTSIIDMYCKCGRVEMAKKTFDRMKEKNVKSWTAMV 699
           GALRAGKCIH+QVIKM+LEENVCVGTS+IDMYCKCG+VEMAKKTFDRMKEKNVKSWTAMV
Sbjct: 301 GALRAGKCIHDQVIKMNLEENVCVGTSLIDMYCKCGKVEMAKKTFDRMKEKNVKSWTAMV 360

Query: 700 AGYGMHGCAKGALDIFYKMIQARVEPNYITFVSVLAACSHAGLVDEGWHWFNAMKYKYDI 759
           AGYGMHGCAK ALDIFY+M++A V+PNYITFVSVLAACSHAGL+ EGWHWFNAMK+KYDI
Sbjct: 361 AGYGMHGCAKEALDIFYEMVRAGVKPNYITFVSVLAACSHAGLIKEGWHWFNAMKHKYDI 420

Query: 760 EPGIEHYGCMVDLFGRAGCLSEAYNLIKGMRMKPDFVVWGSLLGACRIHKNVDLGEIAAQ 819
           EPGIEHYGCMVDL GRAGCL+EAYNLIKGM+MKPDFVVWGSLLGACRIHKNVDLGEIAA+
Sbjct: 421 EPGIEHYGCMVDLLGRAGCLNEAYNLIKGMKMKPDFVVWGSLLGACRIHKNVDLGEIAAR 480

Query: 820 KLFELDPDNCGYYVLLSNLYADAGRWADVERMRTLMKNRQLVKPPGFSLVELKGRVHVFL 879
           KLFELDP+NCGYYVLLSNLY DAGRWADVERMRT+MKNRQLVKPPGFSLVELKGRVHVFL
Sbjct: 481 KLFELDPNNCGYYVLLSNLYGDAGRWADVERMRTMMKNRQLVKPPGFSLVELKGRVHVFL 540

Query: 880 VGDKEHPQHEMIYKYLEKLTLELQKIGYVPNMTSVLHDVDEEEKEIILRVHSEKLAVAFG 939
           VGDKEHPQHEMIYKYLE LTLELQKIGYVPN+TSVLHDVDEEEKE+ LRVHSEKLAVAFG
Sbjct: 541 VGDKEHPQHEMIYKYLETLTLELQKIGYVPNLTSVLHDVDEEEKELTLRVHSEKLAVAFG 600

Query: 940 VMNSAAGTTISIIKNLRVCGDCHTVIKLISKVVHREFVVRDSKRFHHFKDGLCSCGDYW 998
           VMNSA GTTI+IIKNLRVC DCHT IKLISKVV R+FVVRDSKRFHHFKDG+CSCGDYW
Sbjct: 601 VMNSAPGTTINIIKNLRVCRDCHTAIKLISKVVRRDFVVRDSKRFHHFKDGVCSCGDYW 659

BLAST of MC08g1173 vs. ExPASy TrEMBL
Match: A0A6J1D374 (pentatricopeptide repeat-containing protein At3g26782, mitochondrial OS=Momordica charantia OX=3673 GN=LOC111016910 PE=3 SV=1)

HSP 1 Score: 1347 bits (3486), Expect = 0.0
Identity = 658/659 (99.85%), Postives = 658/659 (99.85%), Query Frame = 0

Query: 340 MGISNHSSIELLFPLKLCWRRYSSNPNLATWFNKYVDKSNVHSWNSVIADLARGGDSVEA 399
           MGISNHSSIELLFPLKLCWRRYSSNPNLATWFNKYVDKSNVHSWNSVIADLARGGDSVEA
Sbjct: 1   MGISNHSSIELLFPLKLCWRRYSSNPNLATWFNKYVDKSNVHSWNSVIADLARGGDSVEA 60

Query: 400 LRAFSSMRKLALSPSRSSFPCAIKSCSALCDLVAGKQTHQQAFVFGFDTDLFVSSALIDM 459
           LRAFSSMRKLALSPSRSSFPCAIKSCSALCDLVAGKQTHQQAFVFGFDTDLFVSSALIDM
Sbjct: 61  LRAFSSMRKLALSPSRSSFPCAIKSCSALCDLVAGKQTHQQAFVFGFDTDLFVSSALIDM 120

Query: 460 YSKCGQLKDARQLFDEIPLRNVVSWTSMITGYVQNEQADNALLLFKDFLEEETEVEDGNK 519
           YSKCGQLKDARQLFDEIPLRNVVSWTSMITGYVQNEQADNALLLFKDFLEEETEVEDGNK
Sbjct: 121 YSKCGQLKDARQLFDEIPLRNVVSWTSMITGYVQNEQADNALLLFKDFLEEETEVEDGNK 180

Query: 520 IPLDPVVMVSVLSACSRVSEKGITEDVHGFVIKEGFDGNVGVGNTLIDAYAKCGQPLVSR 579
           IPLDPVVMVSVLSACSRVSEKGITEDVHGFVIKEGFDGNVGVGNTLIDAYAKCGQPLVSR
Sbjct: 181 IPLDPVVMVSVLSACSRVSEKGITEDVHGFVIKEGFDGNVGVGNTLIDAYAKCGQPLVSR 240

Query: 580 KVFDGMEEKDEISWNSMIAVYAQSGLSEEALEVFHGMVRHDGVRYNAVTLSAVLLASAHA 639
           KVFDGMEEKDEISWNSMIAVYAQSGLSEEALEVFHGMVRHDGVRYNAVTLSAVLLASAHA
Sbjct: 241 KVFDGMEEKDEISWNSMIAVYAQSGLSEEALEVFHGMVRHDGVRYNAVTLSAVLLASAHA 300

Query: 640 GALRAGKCIHNQVIKMDLEENVCVGTSIIDMYCKCGRVEMAKKTFDRMKEKNVKSWTAMV 699
           GALRAGKCIHNQVIKMDLEENVCVGTSIIDMYCKCGRVEMAKKTFDRMKEKNVKSWTAMV
Sbjct: 301 GALRAGKCIHNQVIKMDLEENVCVGTSIIDMYCKCGRVEMAKKTFDRMKEKNVKSWTAMV 360

Query: 700 AGYGMHGCAKGALDIFYKMIQARVEPNYITFVSVLAACSHAGLVDEGWHWFNAMKYKYDI 759
           AGYGMHGCAKGALDIFYKMIQARVEPNYITFVSVLAACSHAGLV EGWHWFNAMKYKYDI
Sbjct: 361 AGYGMHGCAKGALDIFYKMIQARVEPNYITFVSVLAACSHAGLVXEGWHWFNAMKYKYDI 420

Query: 760 EPGIEHYGCMVDLFGRAGCLSEAYNLIKGMRMKPDFVVWGSLLGACRIHKNVDLGEIAAQ 819
           EPGIEHYGCMVDLFGRAGCLSEAYNLIKGMRMKPDFVVWGSLLGACRIHKNVDLGEIAAQ
Sbjct: 421 EPGIEHYGCMVDLFGRAGCLSEAYNLIKGMRMKPDFVVWGSLLGACRIHKNVDLGEIAAQ 480

Query: 820 KLFELDPDNCGYYVLLSNLYADAGRWADVERMRTLMKNRQLVKPPGFSLVELKGRVHVFL 879
           KLFELDPDNCGYYVLLSNLYADAGRWADVERMRTLMKNRQLVKPPGFSLVELKGRVHVFL
Sbjct: 481 KLFELDPDNCGYYVLLSNLYADAGRWADVERMRTLMKNRQLVKPPGFSLVELKGRVHVFL 540

Query: 880 VGDKEHPQHEMIYKYLEKLTLELQKIGYVPNMTSVLHDVDEEEKEIILRVHSEKLAVAFG 939
           VGDKEHPQHEMIYKYLEKLTLELQKIGYVPNMTSVLHDVDEEEKEIILRVHSEKLAVAFG
Sbjct: 541 VGDKEHPQHEMIYKYLEKLTLELQKIGYVPNMTSVLHDVDEEEKEIILRVHSEKLAVAFG 600

Query: 940 VMNSAAGTTISIIKNLRVCGDCHTVIKLISKVVHREFVVRDSKRFHHFKDGLCSCGDYW 998
           VMNSAAGTTISIIKNLRVCGDCHTVIKLISKVVHREFVVRDSKRFHHFKDGLCSCGDYW
Sbjct: 601 VMNSAAGTTISIIKNLRVCGDCHTVIKLISKVVHREFVVRDSKRFHHFKDGLCSCGDYW 659

BLAST of MC08g1173 vs. ExPASy TrEMBL
Match: A0A0A0LC14 (DYW_deaminase domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_3G598390 PE=3 SV=1)

HSP 1 Score: 1241 bits (3210), Expect = 0.0
Identity = 601/659 (91.20%), Postives = 632/659 (95.90%), Query Frame = 0

Query: 340 MGISNHSSIELLFPLKLCWRRYSSNPNLATWFNKYVDKSNVHSWNSVIADLARGGDSVEA 399
           MGI N  SI+L+F LKLCWR+YS++ NLATWF KYVDKSNVHSWNSVIADLARGGDSVEA
Sbjct: 1   MGIPNQRSIKLVFHLKLCWRQYSTSSNLATWFYKYVDKSNVHSWNSVIADLARGGDSVEA 60

Query: 400 LRAFSSMRKLALSPSRSSFPCAIKSCSALCDLVAGKQTHQQAFVFGFDTDLFVSSALIDM 459
           LRAFSS+RKL L P+RSSFPC IKSCSALCDLV+G+ +HQQAFVFGF+TDLFVSSALIDM
Sbjct: 61  LRAFSSLRKLGLIPTRSSFPCTIKSCSALCDLVSGRMSHQQAFVFGFETDLFVSSALIDM 120

Query: 460 YSKCGQLKDARQLFDEIPLRNVVSWTSMITGYVQNEQADNALLLFKDFLEEETEVEDGNK 519
           YSKCGQLKDAR LFDEIPLRNVVSWTSMITGYVQNEQADNALLLFKDFLEEETEVEDGN 
Sbjct: 121 YSKCGQLKDARALFDEIPLRNVVSWTSMITGYVQNEQADNALLLFKDFLEEETEVEDGNN 180

Query: 520 IPLDPVVMVSVLSACSRVSEKGITEDVHGFVIKEGFDGNVGVGNTLIDAYAKCGQPLVSR 579
           +PLD VVMVSVLSACSRVS KGITE VHGFV+K+GFDG++GVGNTL+DAYAKCGQPLVS+
Sbjct: 181 VPLDSVVMVSVLSACSRVSGKGITEGVHGFVVKKGFDGSIGVGNTLMDAYAKCGQPLVSK 240

Query: 580 KVFDGMEEKDEISWNSMIAVYAQSGLSEEALEVFHGMVRHDGVRYNAVTLSAVLLASAHA 639
           KVFD MEEKD+ISWNSMIAVYAQSGLS EALEVFHGMVRH GVRYNAVTLSAVLLA AHA
Sbjct: 241 KVFDWMEEKDDISWNSMIAVYAQSGLSGEALEVFHGMVRHVGVRYNAVTLSAVLLACAHA 300

Query: 640 GALRAGKCIHNQVIKMDLEENVCVGTSIIDMYCKCGRVEMAKKTFDRMKEKNVKSWTAMV 699
           GALRAGKCIH+QVIKMDLE NVCVGTSIIDMYCKCGRVEMAKKTFDRMKEKNVKSWTAMV
Sbjct: 301 GALRAGKCIHDQVIKMDLEYNVCVGTSIIDMYCKCGRVEMAKKTFDRMKEKNVKSWTAMV 360

Query: 700 AGYGMHGCAKGALDIFYKMIQARVEPNYITFVSVLAACSHAGLVDEGWHWFNAMKYKYDI 759
           AGYGMHG AK ALDIFYKM++A V+PNYITFVSVLAACSHAGLV+EGWHWFNAMK+KYDI
Sbjct: 361 AGYGMHGRAKEALDIFYKMVRAGVKPNYITFVSVLAACSHAGLVEEGWHWFNAMKHKYDI 420

Query: 760 EPGIEHYGCMVDLFGRAGCLSEAYNLIKGMRMKPDFVVWGSLLGACRIHKNVDLGEIAAQ 819
           EPGIEHYGCMVDLFGRAGCL+EAYNLIK M+MKPDFVVWGSLLGACRIHKNVDLGEIAAQ
Sbjct: 421 EPGIEHYGCMVDLFGRAGCLNEAYNLIKRMKMKPDFVVWGSLLGACRIHKNVDLGEIAAQ 480

Query: 820 KLFELDPDNCGYYVLLSNLYADAGRWADVERMRTLMKNRQLVKPPGFSLVELKGRVHVFL 879
           KLFELDPDNCGYYVLLSNLYADAGRWADVERMR LMKNRQLVKPPGFSLVELKGRVHVFL
Sbjct: 481 KLFELDPDNCGYYVLLSNLYADAGRWADVERMRMLMKNRQLVKPPGFSLVELKGRVHVFL 540

Query: 880 VGDKEHPQHEMIYKYLEKLTLELQKIGYVPNMTSVLHDVDEEEKEIILRVHSEKLAVAFG 939
           VGDKEHP HEMIYKYLEKLTLELQKIGYVPNMTSVLHDVDEEEKEIILRVHSEKLAVAFG
Sbjct: 541 VGDKEHPHHEMIYKYLEKLTLELQKIGYVPNMTSVLHDVDEEEKEIILRVHSEKLAVAFG 600

Query: 940 VMNSAAGTTISIIKNLRVCGDCHTVIKLISKVVHREFVVRDSKRFHHFKDGLCSCGDYW 998
           VMNSA GTTI+IIKNLRVCGDCHTVIKLISK+VHR+FVVRDSKRFHHFKDG+CSCGDYW
Sbjct: 601 VMNSAPGTTINIIKNLRVCGDCHTVIKLISKLVHRDFVVRDSKRFHHFKDGVCSCGDYW 659

BLAST of MC08g1173 vs. ExPASy TrEMBL
Match: A0A1S3BPA8 (pentatricopeptide repeat-containing protein At3g26782, mitochondrial OS=Cucumis melo OX=3656 GN=LOC103491728 PE=3 SV=1)

HSP 1 Score: 1231 bits (3185), Expect = 0.0
Identity = 595/659 (90.29%), Postives = 631/659 (95.75%), Query Frame = 0

Query: 340 MGISNHSSIELLFPLKLCWRRYSSNPNLATWFNKYVDKSNVHSWNSVIADLARGGDSVEA 399
           MGI N  SI+L+F LKLCWR YS++ +LATWF KYVD SNVHSWNSVIADLARGGDSVEA
Sbjct: 1   MGIPNQRSIKLVFHLKLCWRPYSTSSSLATWFYKYVDISNVHSWNSVIADLARGGDSVEA 60

Query: 400 LRAFSSMRKLALSPSRSSFPCAIKSCSALCDLVAGKQTHQQAFVFGFDTDLFVSSALIDM 459
           LRAFSS+RKL L+P+RSSFPC IKSCSALCDLV+G+ +HQQAFVFGFDTDLFVSSALIDM
Sbjct: 61  LRAFSSLRKLGLTPTRSSFPCTIKSCSALCDLVSGRMSHQQAFVFGFDTDLFVSSALIDM 120

Query: 460 YSKCGQLKDARQLFDEIPLRNVVSWTSMITGYVQNEQADNALLLFKDFLEEETEVEDGNK 519
           YSKCGQL+DAR LFDEIPLRNVVSWTSMITGYVQNEQADNALLLFKD LEEETEVEDGN 
Sbjct: 121 YSKCGQLQDARALFDEIPLRNVVSWTSMITGYVQNEQADNALLLFKDLLEEETEVEDGNN 180

Query: 520 IPLDPVVMVSVLSACSRVSEKGITEDVHGFVIKEGFDGNVGVGNTLIDAYAKCGQPLVSR 579
           +PLD VVMVSVLSACSRVS KGITE VHGFV+K+GFDG++GVGNTL+DAYAKCGQPLVS+
Sbjct: 181 VPLDSVVMVSVLSACSRVSGKGITEGVHGFVVKKGFDGSIGVGNTLMDAYAKCGQPLVSK 240

Query: 580 KVFDGMEEKDEISWNSMIAVYAQSGLSEEALEVFHGMVRHDGVRYNAVTLSAVLLASAHA 639
           KVFD MEEKD+ISWNSMIAVYAQSGLS EALEVFHGMVRH GVRYNAVTLSAVLLA AHA
Sbjct: 241 KVFDWMEEKDDISWNSMIAVYAQSGLSGEALEVFHGMVRHVGVRYNAVTLSAVLLACAHA 300

Query: 640 GALRAGKCIHNQVIKMDLEENVCVGTSIIDMYCKCGRVEMAKKTFDRMKEKNVKSWTAMV 699
           GALRAGKCIH+QVIKMDLE+NVCVGTSIIDMYCKCGRVEMAKKTFDRMKEKNVKSWTAMV
Sbjct: 301 GALRAGKCIHDQVIKMDLEDNVCVGTSIIDMYCKCGRVEMAKKTFDRMKEKNVKSWTAMV 360

Query: 700 AGYGMHGCAKGALDIFYKMIQARVEPNYITFVSVLAACSHAGLVDEGWHWFNAMKYKYDI 759
           AGYGMHG AK ALDIFYKM++A V+PNYITFVSVLAACSHAGLV+EGWHWFNAMK+KYDI
Sbjct: 361 AGYGMHGRAKEALDIFYKMVRAGVKPNYITFVSVLAACSHAGLVEEGWHWFNAMKHKYDI 420

Query: 760 EPGIEHYGCMVDLFGRAGCLSEAYNLIKGMRMKPDFVVWGSLLGACRIHKNVDLGEIAAQ 819
           EPGIEHYGCMVDLFGRAGCL++AYNLIKGM+MKPDFVVWGSLLGACRIHKNVDLGE+AAQ
Sbjct: 421 EPGIEHYGCMVDLFGRAGCLNKAYNLIKGMKMKPDFVVWGSLLGACRIHKNVDLGEVAAQ 480

Query: 820 KLFELDPDNCGYYVLLSNLYADAGRWADVERMRTLMKNRQLVKPPGFSLVELKGRVHVFL 879
           KLFELDPDNCGYYVLLSNLYADAGRWADVERMR LMK+RQLVKPPGFSLVELKGRVHVFL
Sbjct: 481 KLFELDPDNCGYYVLLSNLYADAGRWADVERMRMLMKSRQLVKPPGFSLVELKGRVHVFL 540

Query: 880 VGDKEHPQHEMIYKYLEKLTLELQKIGYVPNMTSVLHDVDEEEKEIILRVHSEKLAVAFG 939
           VGDKEHP HEMIYKYLEKLTLELQKIGYVPNMTSVLHDVDEEEKEIILRVHSEKLAVAFG
Sbjct: 541 VGDKEHPHHEMIYKYLEKLTLELQKIGYVPNMTSVLHDVDEEEKEIILRVHSEKLAVAFG 600

Query: 940 VMNSAAGTTISIIKNLRVCGDCHTVIKLISKVVHREFVVRDSKRFHHFKDGLCSCGDYW 998
           VMNSA GTTI+IIKNLRVCGDCHTVIKLISK+V R+FVVRDSKRFHHFKDG+CSCGDYW
Sbjct: 601 VMNSAPGTTINIIKNLRVCGDCHTVIKLISKLVRRDFVVRDSKRFHHFKDGVCSCGDYW 659

BLAST of MC08g1173 vs. ExPASy TrEMBL
Match: A0A6J1IZS5 (pentatricopeptide repeat-containing protein At3g26782, mitochondrial OS=Cucurbita maxima OX=3661 GN=LOC111482143 PE=3 SV=1)

HSP 1 Score: 1222 bits (3163), Expect = 0.0
Identity = 587/659 (89.07%), Postives = 626/659 (94.99%), Query Frame = 0

Query: 340 MGISNHSSIELLFPLKLCWRRYSSNPNLATWFNKYVDKSNVHSWNSVIADLARGGDSVEA 399
           MGI N  S+EL   LKLCWRRYSSNPNLATWFNKYVDKSNVHSWNSVIADLAR GDSVEA
Sbjct: 1   MGIPNRRSVELALHLKLCWRRYSSNPNLATWFNKYVDKSNVHSWNSVIADLARSGDSVEA 60

Query: 400 LRAFSSMRKLALSPSRSSFPCAIKSCSALCDLVAGKQTHQQAFVFGFDTDLFVSSALIDM 459
           LRAFSSMRKL LSP+RS+FPCAIKSCSALCDLV+G+ +HQQAFVFGF+ DLFVSSALIDM
Sbjct: 61  LRAFSSMRKLGLSPTRSTFPCAIKSCSALCDLVSGRMSHQQAFVFGFENDLFVSSALIDM 120

Query: 460 YSKCGQLKDARQLFDEIPLRNVVSWTSMITGYVQNEQADNALLLFKDFLEEETEVEDGNK 519
           YSKCG+LKDAR+LFDEIPLRNVVSWTSMITGYVQNE+ADNALLLFKDFLEEETEV D N 
Sbjct: 121 YSKCGELKDARELFDEIPLRNVVSWTSMITGYVQNERADNALLLFKDFLEEETEVGDANY 180

Query: 520 IPLDPVVMVSVLSACSRVSEKGITEDVHGFVIKEGFDGNVGVGNTLIDAYAKCGQPLVSR 579
           IPLD VVMVSVLSAC+RVS KGITE +HGFV+K+GFDG+VGVGNTL+DAY+KCGQPLVSR
Sbjct: 181 IPLDSVVMVSVLSACARVSGKGITEGIHGFVVKKGFDGSVGVGNTLMDAYSKCGQPLVSR 240

Query: 580 KVFDGMEEKDEISWNSMIAVYAQSGLSEEALEVFHGMVRHDGVRYNAVTLSAVLLASAHA 639
           KVFD MEEKDEISWNSMIAVYAQSGLS EALEVFHGMVRH GV YN VTLS VLLA AHA
Sbjct: 241 KVFDWMEEKDEISWNSMIAVYAQSGLSGEALEVFHGMVRHVGVLYNVVTLSTVLLACAHA 300

Query: 640 GALRAGKCIHNQVIKMDLEENVCVGTSIIDMYCKCGRVEMAKKTFDRMKEKNVKSWTAMV 699
           GALRAGKCIH+QVIKMDLEENVCVGTS+IDMYCKCG+VEMAKKTFDRMKEKNVKSWTAMV
Sbjct: 301 GALRAGKCIHDQVIKMDLEENVCVGTSLIDMYCKCGKVEMAKKTFDRMKEKNVKSWTAMV 360

Query: 700 AGYGMHGCAKGALDIFYKMIQARVEPNYITFVSVLAACSHAGLVDEGWHWFNAMKYKYDI 759
           AGYGMHGCAK ALDIFY+M++A V+PNYITFVSVLAACSHAGL+ EGWHWFNAMK+KYDI
Sbjct: 361 AGYGMHGCAKEALDIFYEMVRAGVKPNYITFVSVLAACSHAGLIKEGWHWFNAMKHKYDI 420

Query: 760 EPGIEHYGCMVDLFGRAGCLSEAYNLIKGMRMKPDFVVWGSLLGACRIHKNVDLGEIAAQ 819
           EPGIEHYGCMVDL GRAGCL+EAY+LI+GM+MKPDFVVWGSLLGACRIHKNVDLGEIAA+
Sbjct: 421 EPGIEHYGCMVDLLGRAGCLNEAYDLIQGMKMKPDFVVWGSLLGACRIHKNVDLGEIAAR 480

Query: 820 KLFELDPDNCGYYVLLSNLYADAGRWADVERMRTLMKNRQLVKPPGFSLVELKGRVHVFL 879
           KLFELDP+NCGYYVLLSNLY DAGRWADVERMRT+MKNRQLVKPPGFSLVELKGRVHVFL
Sbjct: 481 KLFELDPNNCGYYVLLSNLYGDAGRWADVERMRTMMKNRQLVKPPGFSLVELKGRVHVFL 540

Query: 880 VGDKEHPQHEMIYKYLEKLTLELQKIGYVPNMTSVLHDVDEEEKEIILRVHSEKLAVAFG 939
           VGDKEHPQHEMIYKYLEKLTLELQKIGYVPN+TSVLHDVDEEEKE+ LRVHSEKLAVAFG
Sbjct: 541 VGDKEHPQHEMIYKYLEKLTLELQKIGYVPNLTSVLHDVDEEEKELTLRVHSEKLAVAFG 600

Query: 940 VMNSAAGTTISIIKNLRVCGDCHTVIKLISKVVHREFVVRDSKRFHHFKDGLCSCGDYW 998
           VMNSA GTTI+IIKNLRVC DCHT IKLISKVV R+F+VRDSKRFHHFKDG+CSCGDYW
Sbjct: 601 VMNSAPGTTINIIKNLRVCRDCHTAIKLISKVVLRDFIVRDSKRFHHFKDGVCSCGDYW 659

BLAST of MC08g1173 vs. ExPASy TrEMBL
Match: A0A6J1F879 (pentatricopeptide repeat-containing protein At3g26782, mitochondrial OS=Cucurbita moschata OX=3662 GN=LOC111441773 PE=3 SV=1)

HSP 1 Score: 1221 bits (3160), Expect = 0.0
Identity = 589/659 (89.38%), Postives = 625/659 (94.84%), Query Frame = 0

Query: 340 MGISNHSSIELLFPLKLCWRRYSSNPNLATWFNKYVDKSNVHSWNSVIADLARGGDSVEA 399
           MGI N  S+EL   LKLCWRRYSSN NLATWFNK+VDKSNVHSWNSVIADLAR GDSVEA
Sbjct: 1   MGIPNRRSVELALHLKLCWRRYSSNSNLATWFNKHVDKSNVHSWNSVIADLARSGDSVEA 60

Query: 400 LRAFSSMRKLALSPSRSSFPCAIKSCSALCDLVAGKQTHQQAFVFGFDTDLFVSSALIDM 459
           LRAFSSMRKL LSP+RS+FPCAIKSCSALCDLV+G+ +HQQAFVFGF+ DLFVSSALIDM
Sbjct: 61  LRAFSSMRKLGLSPTRSTFPCAIKSCSALCDLVSGRMSHQQAFVFGFENDLFVSSALIDM 120

Query: 460 YSKCGQLKDARQLFDEIPLRNVVSWTSMITGYVQNEQADNALLLFKDFLEEETEVEDGNK 519
           YSKCG+LKDAR+LFDEIPLRNVVSWTSMITGYVQNEQADNALLLFKDFLEEETEV D N 
Sbjct: 121 YSKCGELKDARELFDEIPLRNVVSWTSMITGYVQNEQADNALLLFKDFLEEETEVGDANY 180

Query: 520 IPLDPVVMVSVLSACSRVSEKGITEDVHGFVIKEGFDGNVGVGNTLIDAYAKCGQPLVSR 579
           IPLD VVMVSVLSAC+RVS KGITE +HGFV+K+GFDG+VGVGNTL+DAY+KCGQPLVSR
Sbjct: 181 IPLDSVVMVSVLSACARVSGKGITEGIHGFVVKKGFDGSVGVGNTLMDAYSKCGQPLVSR 240

Query: 580 KVFDGMEEKDEISWNSMIAVYAQSGLSEEALEVFHGMVRHDGVRYNAVTLSAVLLASAHA 639
           KVFD MEEKDEISWNSMIAVYAQSG S EALEVFHGMVRH GV YNAVTLSAVLLA AHA
Sbjct: 241 KVFDWMEEKDEISWNSMIAVYAQSGFSGEALEVFHGMVRHVGVLYNAVTLSAVLLACAHA 300

Query: 640 GALRAGKCIHNQVIKMDLEENVCVGTSIIDMYCKCGRVEMAKKTFDRMKEKNVKSWTAMV 699
           GALRAGKCIH+QVIKM+LEENVCVGTSIIDMYCKCG+VEMAKKTFDRMKEKNVKSWTAMV
Sbjct: 301 GALRAGKCIHDQVIKMNLEENVCVGTSIIDMYCKCGKVEMAKKTFDRMKEKNVKSWTAMV 360

Query: 700 AGYGMHGCAKGALDIFYKMIQARVEPNYITFVSVLAACSHAGLVDEGWHWFNAMKYKYDI 759
           AGYGMHGCAK ALDIFY+M++A V+PNYITFVSVLAACSHAGL+ EGWHWFNAMK+KYDI
Sbjct: 361 AGYGMHGCAKEALDIFYEMVRAGVKPNYITFVSVLAACSHAGLIKEGWHWFNAMKHKYDI 420

Query: 760 EPGIEHYGCMVDLFGRAGCLSEAYNLIKGMRMKPDFVVWGSLLGACRIHKNVDLGEIAAQ 819
           EPGIEHYGCMVDL GRAGCL+EAYNLIKGM+MKPDFVVWGSLLGACRIHKNVDLGEIAA+
Sbjct: 421 EPGIEHYGCMVDLLGRAGCLNEAYNLIKGMKMKPDFVVWGSLLGACRIHKNVDLGEIAAR 480

Query: 820 KLFELDPDNCGYYVLLSNLYADAGRWADVERMRTLMKNRQLVKPPGFSLVELKGRVHVFL 879
           KLFELDP+NCGYYVLLSNLY DAGRWADVERMRT+MKNRQLVKPPGFSLVELKGRVHVFL
Sbjct: 481 KLFELDPNNCGYYVLLSNLYGDAGRWADVERMRTMMKNRQLVKPPGFSLVELKGRVHVFL 540

Query: 880 VGDKEHPQHEMIYKYLEKLTLELQKIGYVPNMTSVLHDVDEEEKEIILRVHSEKLAVAFG 939
           VGDKEHPQHEMIYKYLE LTLELQKIGYVPN+TSVLHDVDEEEKE+ LRVHSEKLAVAFG
Sbjct: 541 VGDKEHPQHEMIYKYLETLTLELQKIGYVPNLTSVLHDVDEEEKELTLRVHSEKLAVAFG 600

Query: 940 VMNSAAGTTISIIKNLRVCGDCHTVIKLISKVVHREFVVRDSKRFHHFKDGLCSCGDYW 998
           VMNSA GTTI+IIKNLRVC DCHT IKLISKVV R+FVVRDSKRFHHFKDG+CSCGDYW
Sbjct: 601 VMNSAPGTTINIIKNLRVCRDCHTAIKLISKVVCRDFVVRDSKRFHHFKDGICSCGDYW 659

BLAST of MC08g1173 vs. TAIR 10
Match: AT3G26782.1 (Tetratricopeptide repeat (TPR)-like superfamily protein )

HSP 1 Score: 908.7 bits (2347), Expect = 4.2e-264
Identity = 433/641 (67.55%), Postives = 530/641 (82.68%), Query Frame = 0

Query: 360 RYSSNPNLATWFNKYVDKSNVHSWNSVIADLARGGDSVEALRAFSSMRKLALSPSRSSFP 419
           R++   NL T FN+YVDK++V SWNSVIADLAR GDS EAL AFSSMRKL+L P+RSSFP
Sbjct: 21  RHTERQNLTTLFNRYVDKTDVFSWNSVIADLARSGDSAEALLAFSSMRKLSLYPTRSSFP 80

Query: 420 CAIKSCSALCDLVAGKQTHQQAFVFGFDTDLFVSSALIDMYSKCGQLKDARQLFDEIPLR 479
           CAIK+CS+L D+ +GKQTHQQAFVFG+ +D+FVSSALI MYS CG+L+DAR++FDEIP R
Sbjct: 81  CAIKACSSLFDIFSGKQTHQQAFVFGYQSDIFVSSALIVMYSTCGKLEDARKVFDEIPKR 140

Query: 480 NVVSWTSMITGYVQNEQADNALLLFKDFLEEETEVEDGNKIPLDPVVMVSVLSACSRVSE 539
           N+VSWTSMI GY  N  A +A+ LFKD L +E   +D + + LD + +VSV+SACSRV  
Sbjct: 141 NIVSWTSMIRGYDLNGNALDAVSLFKDLLVDEN--DDDDAMFLDSMGLVSVISACSRVPA 200

Query: 540 KGITEDVHGFVIKEGFDGNVGVGNTLIDAYAKCGQ--PLVSRKVFDGMEEKDEISWNSMI 599
           KG+TE +H FVIK GFD  V VGNTL+DAYAK G+    V+RK+FD + +KD +S+NS++
Sbjct: 201 KGLTESIHSFVIKRGFDRGVSVGNTLLDAYAKGGEGGVAVARKIFDQIVDKDRVSYNSIM 260

Query: 600 AVYAQSGLSEEALEVFHGMVRHDGVRYNAVTLSAVLLASAHAGALRAGKCIHNQVIKMDL 659
           +VYAQSG+S EA EVF  +V++  V +NA+TLS VLLA +H+GALR GKCIH+QVI+M L
Sbjct: 261 SVYAQSGMSNEAFEVFRRLVKNKVVTFNAITLSTVLLAVSHSGALRIGKCIHDQVIRMGL 320

Query: 660 EENVCVGTSIIDMYCKCGRVEMAKKTFDRMKEKNVKSWTAMVAGYGMHGCAKGALDIFYK 719
           E++V VGTSIIDMYCKCGRVE A+K FDRMK KNV+SWTAM+AGYGMHG A  AL++F  
Sbjct: 321 EDDVIVGTSIIDMYCKCGRVETARKAFDRMKNKNVRSWTAMIAGYGMHGHAAKALELFPA 380

Query: 720 MIQARVEPNYITFVSVLAACSHAGLVDEGWHWFNAMKYKYDIEPGIEHYGCMVDLFGRAG 779
           MI + V PNYITFVSVLAACSHAGL  EGW WFNAMK ++ +EPG+EHYGCMVDL GRAG
Sbjct: 381 MIDSGVRPNYITFVSVLAACSHAGLHVEGWRWFNAMKGRFGVEPGLEHYGCMVDLLGRAG 440

Query: 780 CLSEAYNLIKGMRMKPDFVVWGSLLGACRIHKNVDLGEIAAQKLFELDPDNCGYYVLLSN 839
            L +AY+LI+ M+MKPD ++W SLL ACRIHKNV+L EI+  +LFELD  NCGYY+LLS+
Sbjct: 441 FLQKAYDLIQRMKMKPDSIIWSSLLAACRIHKNVELAEISVARLFELDSSNCGYYMLLSH 500

Query: 840 LYADAGRWADVERMRTLMKNRQLVKPPGFSLVELKGRVHVFLVGDKEHPQHEMIYKYLEK 899
           +YADAGRW DVER+R +MKNR LVKPPGFSL+EL G VHVFL+GD+EHPQ E IY++L +
Sbjct: 501 IYADAGRWKDVERVRMIMKNRGLVKPPGFSLLELNGEVHVFLIGDEEHPQREKIYEFLAE 560

Query: 900 LTLELQKIGYVPNMTSVLHDVDEEEKEIILRVHSEKLAVAFGVMNSAAGTTISIIKNLRV 959
           L  +L + GYV N +SV HDVDEEEKE+ LRVHSEKLA+AFG+MN+  G+T++++KNLRV
Sbjct: 561 LNRKLLEAGYVSNTSSVCHDVDEEEKEMTLRVHSEKLAIAFGIMNTVPGSTVNVVKNLRV 620

Query: 960 CGDCHTVIKLISKVVHREFVVRDSKRFHHFKDGLCSCGDYW 999
           C DCH VIKLISK+V REFVVRD+KRFHHFKDG CSCGDYW
Sbjct: 621 CSDCHNVIKLISKIVDREFVVRDAKRFHHFKDGGCSCGDYW 659

BLAST of MC08g1173 vs. TAIR 10
Match: AT4G13650.1 (Pentatricopeptide repeat (PPR) superfamily protein )

HSP 1 Score: 636.0 bits (1639), Expect = 5.2e-182
Identity = 345/988 (34.92%), Postives = 539/988 (54.55%), Query Frame = 0

Query: 14   KQIHANIIRSGLSNHQLLARKLIHLYSSHGTIAYAIILFRQIEIPCTFTWNLFIRANTIN 73
            +++H+ I++ GL ++  L+ KL   Y   G +  A  +F ++     FTWN  I+     
Sbjct: 105  RKLHSQILKLGLDSNGCLSEKLFDFYLFKGDLYGAFKVFDEMPERTIFTWNKMIKELASR 164

Query: 74   GLSEEALLWYRNMVRHGIAPDKFTFPFVIKACT-ISFAIDLGKVVHASLIKYGFSTDTFV 133
             L  E    +  MV   + P++ TF  V++AC   S A D+ + +HA ++  G    T V
Sbjct: 165  NLIGEVFGLFVRMVSENVTPNEGTFSGVLEACRGGSVAFDVVEQIHARILYQGLRDSTVV 224

Query: 134  QNNLIDLYFKCGHKQCARRVFDEMPSKNVVSWTAMINGYIRSQQPEEAVELFGRMQAENV 193
             N LIDLY + G    ARRVFD +  K+  SW AMI+G  +++   EA+ LF  M    +
Sbjct: 225  CNPLIDLYSRNGFVDLARRVFDGLRLKDHSSWVAMISGLSKNECEAEAIRLFCDMYVLGI 284

Query: 194  CPNEYTLVSLIKACTEMGIPSLGRKIHDFAITNCFEIGVYLGTALIDMYSKCGSLKDAVE 253
             P  Y   S++ AC ++    +G ++H   +   F    Y+  AL+ +Y   G+L  A  
Sbjct: 285  MPTPYAFSSVLSACKKIESLEIGEQLHGLVLKLGFSSDTYVCNALVSLYFHLGNLISAEH 344

Query: 254  VFETMPERSLATWNSMISSLGVHGLGEEALNVFSEMERVNVKPDAITFVGVLCACVHMKN 313
            +F  M +R   T+N++I+ L   G GE+A+ +F  M    ++PD+ T   ++ AC     
Sbjct: 345  IFSNMSQRDAVTYNTLINGLSQCGYGEKAMELFKRMHLDGLEPDSNTLASLVVAC----- 404

Query: 314  VEAGCAYFKRMTQHYGIVPIPEHYKFRMGISNHSSIELLFPLKLCWRRYSSNPNLATWFN 373
              A    F+    H         Y  ++G ++++ IE           Y+   ++ T  +
Sbjct: 405  -SADGTLFRGQQLH--------AYTTKLGFASNNKIE-----GALLNLYAKCADIETALD 464

Query: 374  KYVDK--SNVHSWNSVIADLARGGDSVEALRAFSSMRKLALSPSRSSFPCAIKSCSALCD 433
             +++    NV  WN ++       D   + R F  M+   + P++ ++P  +K+C  L D
Sbjct: 465  YFLETEVENVVLWNVMLVAYGLLDDLRNSFRIFRQMQIEEIVPNQYTYPSILKTCIRLGD 524

Query: 434  LVAGKQTHQQAFVFGFDTDLFVSSALIDMYSKCGQLKDARQLFDEIPLRNVVSWTSMITG 493
            L  G+Q H Q     F  + +V S LIDMY+K G+L  A  +      ++VVSWT+MI G
Sbjct: 525  LELGEQIHSQIIKTNFQLNAYVCSVLIDMYAKLGKLDTAWDILIRFAGKDVVSWTTMIAG 584

Query: 494  YVQNEQADNALLLFKDFLEEETEVEDGNKIPLDPVVMVSVLSACSRVSEKGITEDVHGFV 553
            Y Q    D AL  F+  L+          I  D V + + +SAC+ +      + +H   
Sbjct: 585  YTQYNFDDKALTTFRQMLD--------RGIRSDEVGLTNAVSACAGLQALKEGQQIHAQA 644

Query: 554  IKEGFDGNVGVGNTLIDAYAKCGQPLVSRKVFDGMEEKDEISWNSMIAVYAQSGLSEEAL 613
               GF  ++   N L+  Y++CG+   S   F+  E  D I+WN++++ + QSG +EEAL
Sbjct: 645  CVSGFSSDLPFQNALVTLYSRCGKIEESYLAFEQTEAGDNIAWNALVSGFQQSGNNEEAL 704

Query: 614  EVFHGMVRHDGVRYNAVTLSAVLLASAHAGALRAGKCIHNQVIKMDLEENVCVGTSIIDM 673
             VF  M R +G+  N  T  + + A++    ++ GK +H  + K   +    V  ++I M
Sbjct: 705  RVFVRMNR-EGIDNNNFTFGSAVKAASETANMKQGKQVHAVITKTGYDSETEVCNALISM 764

Query: 674  YCKCGRVEMAKKTFDRMKEKNVKSWTAMVAGYGMHGCAKGALDIFYKMIQARVEPNYITF 733
            Y KCG +  A+K F  +  KN  SW A++  Y  HG    ALD F +MI + V PN++T 
Sbjct: 765  YAKCGSISDAEKQFLEVSTKNEVSWNAIINAYSKHGFGSEALDSFDQMIHSNVRPNHVTL 824

Query: 734  VSVLAACSHAGLVDEGWHWFNAMKYKYDIEPGIEHYGCMVDLFGRAGCLSEAYNLIKGMR 793
            V VL+ACSH GLVD+G  +F +M  +Y + P  EHY C+VD+  RAG LS A   I+ M 
Sbjct: 825  VGVLSACSHIGLVDKGIAYFESMNSEYGLSPKPEHYVCVVDMLTRAGLLSRAKEFIQEMP 884

Query: 794  MKPDFVVWGSLLGACRIHKNVDLGEIAAQKLFELDPDNCGYYVLLSNLYADAGRWADVER 853
            +KPD +VW +LL AC +HKN+++GE AA  L EL+P++   YVLLSNLYA + +W   + 
Sbjct: 885  IKPDALVWRTLLSACVVHKNMEIGEFAAHHLLELEPEDSATYVLLSNLYAVSKKWDARDL 944

Query: 854  MRTLMKNRQLVKPPGFSLVELKGRVHVFLVGDKEHPQHEMIYKYLEKLTLELQKIGYVPN 913
             R  MK + + K PG S +E+K  +H F VGD+ HP  + I++Y + LT    +IGYV +
Sbjct: 945  TRQKMKEKGVKKEPGQSWIEVKNSIHSFYVGDQNHPLADEIHEYFQDLTKRASEIGYVQD 1004

Query: 914  MTSVLHDVDEEEKEIILRVHSEKLAVAFGVMNSAAGTTISIIKNLRVCGDCHTVIKLISK 973
              S+L+++  E+K+ I+ +HSEKLA++FG+++  A   I+++KNLRVC DCH  IK +SK
Sbjct: 1005 CFSLLNELQHEQKDPIIFIHSEKLAISFGLLSLPATVPINVMKNLRVCNDCHAWIKFVSK 1064

Query: 974  VVHREFVVRDSKRFHHFKDGLCSCGDYW 999
            V +RE +VRD+ RFHHF+ G CSC DYW
Sbjct: 1065 VSNREIIVRDAYRFHHFEGGACSCKDYW 1064

BLAST of MC08g1173 vs. TAIR 10
Match: AT3G57430.1 (Tetratricopeptide repeat (TPR)-like superfamily protein )

HSP 1 Score: 613.2 bits (1580), Expect = 3.6e-175
Identity = 348/955 (36.44%), Postives = 504/955 (52.77%), Query Frame = 0

Query: 63  WNLFIRANTINGLSEEALLWYRNMVRHGIAPDKFTFPFVIKACTISFAIDLGKVVHASLI 122
           W   +R+   + L  EA+L Y +M+  GI PD + FP ++KA      ++LGK +HA + 
Sbjct: 65  WIDLLRSKVRSNLLREAVLTYVDMIVLGIKPDNYAFPALLKAVADLQDMELGKQIHAHVY 124

Query: 123 KYGFSTDTF-VQNNLIDLYFKCGHKQCARRVFDEMPSKNVVSWTAMINGYIRSQQPEEAV 182
           K+G+  D+  V N L++LY KCG      +VFD +  +N VSW ++I+     ++ E A+
Sbjct: 125 KFGYGVDSVTVANTLVNLYRKCGDFGAVYKVFDRISERNQVSWNSLISSLCSFEKWEMAL 184

Query: 183 ELFGRMQAENVCPNEYTLVSLIKACTEMGIPS---LGRKIHDFAITNCFEIGVYLGTALI 242
           E F  M  ENV P+ +TLVS++ AC+ + +P    +G+++H + +    E+  ++   L+
Sbjct: 185 EAFRCMLDENVEPSSFTLVSVVTACSNLPMPEGLMMGKQVHAYGLRK-GELNSFIINTLV 244

Query: 243 DMYSKCGSLKDAVEVFETMPERSLATWNSMISSLGVHGLGEEALNVFSEMERVNVKPDAI 302
            MY K G L  +  +  +   R L TWN+++SSL  +    EAL    EM    V+PD  
Sbjct: 245 AMYGKLGKLASSKVLLGSFGGRDLVTWNTVLSSLCQNEQLLEALEYLREMVLEGVEPDEF 304

Query: 303 TFVGVLCACVHMKNVEAGCAYFKRMTQHYGIVPIPEHYKFRMGISNHSSIELLFPLKLCW 362
           T   VL AC H+                                                
Sbjct: 305 TISSVLPACSHL------------------------------------------------ 364

Query: 363 RRYSSNPNLATWFNKYVDKSNVHSWNSVIADLARGGDSVEALRAFSSMRKLALSPSRSSF 422
                                                  E LR                 
Sbjct: 365 ---------------------------------------EMLR----------------- 424

Query: 423 PCAIKSCSALCDLVAGKQTHQQAFVFG-FDTDLFVSSALIDMYSKCGQLKDARQLFDEIP 482
                          GK+ H  A   G  D + FV SAL+DMY  C Q+   R++FD + 
Sbjct: 425 --------------TGKELHAYALKNGSLDENSFVGSALVDMYCNCKQVLSGRRVFDGMF 484

Query: 483 LRNVVSWTSMITGYVQNEQADNALLLFKDFLEEETEVEDGNKIPLDPVVMVSVLSACSRV 542
            R +  W +MI GY QNE    ALLLF         +E+   +  +   M  V+ AC R 
Sbjct: 485 DRKIGLWNAMIAGYSQNEHDKEALLLF-------IGMEESAGLLANSTTMAGVVPACVRS 544

Query: 543 SEKGITEDVHGFVIKEGFDGNVGVGNTLIDAYAKCGQPLVSRKVFDGMEEKDEISWNSMI 602
                 E +HGFV+K G D +  V NTL+D Y++ G+  ++ ++F  ME++D ++WN+MI
Sbjct: 545 GAFSRKEAIHGFVVKRGLDRDRFVQNTLMDMYSRLGKIDIAMRIFGKMEDRDLVTWNTMI 604

Query: 603 AVYAQSGLSEEALEVFHGMVRHD----------GVRYNAVTLSAVLLASAHAGALRAGKC 662
             Y  S   E+AL + H M   +           ++ N++TL  +L + A   AL  GK 
Sbjct: 605 TGYVFSEHHEDALLLLHKMQNLERKVSKGASRVSLKPNSITLMTILPSCAALSALAKGKE 664

Query: 663 IHNQVIKMDLEENVCVGTSIIDMYCKCGRVEMAKKTFDRMKEKNVKSWTAMVAGYGMHGC 722
           IH   IK +L  +V VG++++DMY KCG ++M++K FD++ +KNV +W  ++  YGMHG 
Sbjct: 665 IHAYAIKNNLATDVAVGSALVDMYAKCGCLQMSRKVFDQIPQKNVITWNVIIMAYGMHGN 724

Query: 723 AKGALDIFYKMIQARVEPNYITFVSVLAACSHAGLVDEGWHWFNAMKYKYDIEPGIEHYG 782
            + A+D+   M+   V+PN +TF+SV AACSH+G+VDEG   F  MK  Y +EP  +HY 
Sbjct: 725 GQEAIDLLRMMMVQGVKPNEVTFISVFAACSHSGMVDEGLRIFYVMKPDYGVEPSSDHYA 784

Query: 783 CMVDLFGRAGCLSEAYNLIKGMRMKP-DF---VVWGSLLGACRIHKNVDLGEIAAQKLFE 842
           C+VDL GRAG + EAY L   M M P DF     W SLLGA RIH N+++GEIAAQ L +
Sbjct: 785 CVVDLLGRAGRIKEAYQL---MNMMPRDFNKAGAWSSLLGASRIHNNLEIGEIAAQNLIQ 844

Query: 843 LDPDNCGYYVLLSNLYADAGRWADVERMRTLMKNRQLVKPPGFSLVELKGRVHVFLVGDK 902
           L+P+   +YVLL+N+Y+ AG W     +R  MK + + K PG S +E    VH F+ GD 
Sbjct: 845 LEPNVASHYVLLANIYSSAGLWDKATEVRRNMKEQGVRKEPGCSWIEHGDEVHKFVAGDS 890

Query: 903 EHPQHEMIYKYLEKLTLELQKIGYVPNMTSVLHDVDEEEKEIILRVHSEKLAVAFGVMNS 962
            HPQ E +  YLE L   ++K GYVP+ + VLH+V+E+EKEI+L  HSEKLA+AFG++N+
Sbjct: 905 SHPQSEKLSGYLETLWERMRKEGYVPDTSCVLHNVEEDEKEILLCGHSEKLAIAFGILNT 890

Query: 963 AAGTTISIIKNLRVCGDCHTVIKLISKVVHREFVVRDSKRFHHFKDGLCSCGDYW 999
           + GT I + KNLRVC DCH   K ISK+V RE ++RD +RFH FK+G CSCGDYW
Sbjct: 965 SPGTIIRVAKNLRVCNDCHLATKFISKIVDREIILRDVRRFHRFKNGTCSCGDYW 890

BLAST of MC08g1173 vs. TAIR 10
Match: AT5G09950.1 (Tetratricopeptide repeat (TPR)-like superfamily protein )

HSP 1 Score: 585.5 bits (1508), Expect = 8.1e-167
Identity = 346/1015 (34.09%), Postives = 555/1015 (54.68%), Query Frame = 0

Query: 1   LFLLQNCKNFKHLKQ-IHANIIRSGLSNHQLLARKLIHLYSSHGTIAYAIILFRQIEIPC 60
           L  +Q+C   +   +  H+ + ++ L     L   LI+ Y   G    A  +F ++ +  
Sbjct: 7   LSFVQSCVGHRGAARFFHSRLYKNRLDKDVYLCNNLINAYLETGDSVSARKVFDEMPLRN 66

Query: 61  TFTWNLFIRANTINGLSEEALLWYRNMVRHGIAPDKFTFPFVIKACTI--SFAIDLGKVV 120
             +W   +   + NG  +EAL++ R+MV+ GI  +++ F  V++AC    S  I  G+ +
Sbjct: 67  CVSWACIVSGYSRNGEHKEALVFLRDMVKEGIFSNQYAFVSVLRACQEIGSVGILFGRQI 126

Query: 121 HASLIKYGFSTDTFVQNNLIDLYFKC----GHKQCARRVFDEMPSKNVVSWTAMINGYIR 180
           H  + K  ++ D  V N LI +Y+KC    G+  CA   F ++  KN VSW ++I+ Y +
Sbjct: 127 HGLMFKLSYAVDAVVSNVLISMYWKCIGSVGYALCA---FGDIEVKNSVSWNSIISVYSQ 186

Query: 181 SQQPEEAVELFGRMQAENVCPNEYTLVSLIKACTEMGIPSLGRKIHDFAIT---NCFEIG 240
           +     A  +F  MQ +   P EYT  SL+     +  P + R +     T   +     
Sbjct: 187 AGDQRSAFRIFSSMQYDGSRPTEYTFGSLVTTACSLTEPDV-RLLEQIMCTIQKSGLLTD 246

Query: 241 VYLGTALIDMYSKCGSLKDAVEVFETMPERSLATWNSMISSLGVHGLGEEALNVFSEM-E 300
           +++G+ L+  ++K GSL  A +VF  M  R+  T N ++  L     GEEA  +F +M  
Sbjct: 247 LFVGSGLVSAFAKSGSLSYARKVFNQMETRNAVTLNGLMVGLVRQKWGEEATKLFMDMNS 306

Query: 301 RVNVKPDAITFVGVLCACVHMKNVEAGCAYFKRMTQHYGIVPIPEHYKFRMGISNHSSIE 360
            ++V P+  ++V +L +       E      K+  + +G V       F +GI N     
Sbjct: 307 MIDVSPE--SYVILLSSFPEYSLAEE--VGLKKGREVHGHVITTGLVDFMVGIGN----- 366

Query: 361 LLFPLKLCWRRYSSNPNLATWFNKYVDKSNVHSWNSVIADLARGGDSVEALRAFSSMRKL 420
               L   + +  S  +    F    DK +V SWNS+I  L + G  +EA+  + SMR+ 
Sbjct: 367 ---GLVNMYAKCGSIADARRVFYFMTDKDSV-SWNSMITGLDQNGCFIEAVERYKSMRRH 426

Query: 421 ALSPSRSSFPCAIKSCSALCDLVAGKQTHQQAFVFGFDTDLFVSSALIDMYSKCGQLKDA 480
            + P   +   ++ SC++L     G+Q H ++   G D ++ VS+AL+ +Y++ G L + 
Sbjct: 427 DILPGSFTLISSLSSCASLKWAKLGQQIHGESLKLGIDLNVSVSNALMTLYAETGYLNEC 486

Query: 481 RQLFDEIPLRNVVSWTSMITGYVQNEQA-DNALLLFKDFLEEETEVEDGNKIPLDPVVMV 540
           R++F  +P  + VSW S+I    ++E++   A++ F +          G K  L+ +   
Sbjct: 487 RKIFSSMPEHDQVSWNSIIGALARSERSLPEAVVCFLN------AQRAGQK--LNRITFS 546

Query: 541 SVLSACSRVSEKGITEDVHGFVIKEGFDGNVGVGNTLIDAYAKCGQPLVSRKVFDGM-EE 600
           SVLSA S +S   + + +HG  +K          N LI  Y KCG+     K+F  M E 
Sbjct: 547 SVLSAVSSLSFGELGKQIHGLALKNNIADEATTENALIACYGKCGEMDGCEKIFSRMAER 606

Query: 601 KDEISWNSMIAVYAQSGLSEEALEVFHGMVRHDGVRYNAVTLSAVLLASAHAGALRAGKC 660
           +D ++WNSMI+ Y  + L  +AL++   M++  G R ++   + VL A A    L  G  
Sbjct: 607 RDNVTWNSMISGYIHNELLAKALDLVWFMLQ-TGQRLDSFMYATVLSAFASVATLERGME 666

Query: 661 IHNQVIKMDLEENVCVGTSIIDMYCKCGRVEMAKKTFDRMKEKNVKSWTAMVAGYGMHGC 720
           +H   ++  LE +V VG++++DMY KCGR++ A + F+ M  +N  SW +M++GY  HG 
Sbjct: 667 VHACSVRACLESDVVVGSALVDMYSKCGRLDYALRFFNTMPVRNSYSWNSMISGYARHGQ 726

Query: 721 AKGALDIFYKM-IQARVEPNYITFVSVLAACSHAGLVDEGWHWFNAMKYKYDIEPGIEHY 780
            + AL +F  M +  +  P+++TFV VL+ACSHAGL++EG+  F +M   Y + P IEH+
Sbjct: 727 GEEALKLFETMKLDGQTPPDHVTFVGVLSACSHAGLLEEGFKHFESMSDSYGLAPRIEHF 786

Query: 781 GCMVDLFGRAGCLSEAYNLIKGMRMKPDFVVWGSLLGAC--RIHKNVDLGEIAAQKLFEL 840
            CM D+ GRAG L +  + I+ M MKP+ ++W ++LGAC     +  +LG+ AA+ LF+L
Sbjct: 787 SCMADVLGRAGELDKLEDFIEKMPMKPNVLIWRTVLGACCRANGRKAELGKKAAEMLFQL 846

Query: 841 DPDNCGYYVLLSNLYADAGRWADVERMRTLMKNRQLVKPPGFSLVELKGRVHVFLVGDKE 900
           +P+N   YVLL N+YA  GRW D+ + R  MK+  + K  G+S V +K  VH+F+ GDK 
Sbjct: 847 EPENAVNYVLLGNMYAAGGRWEDLVKARKKMKDADVKKEAGYSWVTMKDGVHMFVAGDKS 906

Query: 901 HPQHEMIYKYLEKLTLELQKIGYVPNMTSVLHDVDEEEKEIILRVHSEKLAVAFGVMNSA 960
           HP  ++IYK L++L  +++  GYVP     L+D+++E KE IL  HSEKLAVAF +    
Sbjct: 907 HPDADVIYKKLKELNRKMRDAGYVPQTGFALYDLEQENKEEILSYHSEKLAVAFVLAAQR 966

Query: 961 AGT-TISIIKNLRVCGDCHTVIKLISKVVHREFVVRDSKRFHHFKDGLCSCGDYW 999
           + T  I I+KNLRVCGDCH+  K ISK+  R+ ++RDS RFHHF+DG CSC D+W
Sbjct: 967 SSTLPIRIMKNLRVCGDCHSAFKYISKIEGRQIILRDSNRFHHFQDGACSCSDFW 995

BLAST of MC08g1173 vs. TAIR 10
Match: AT1G11290.1 (Pentatricopeptide repeat (PPR) superfamily protein )

HSP 1 Score: 583.2 bits (1502), Expect = 4.0e-166
Identity = 322/878 (36.67%), Postives = 472/878 (53.76%), Query Frame = 0

Query: 121 LIKYGFSTDTFVQNNLIDLYFKCGHKQCARRVFDEMPSKNVVSWTAMINGYIRSQQPEEA 180
           + K G   + F Q  L+ L+ + G    A RVF+ + SK  V +  M+ G+ +    ++A
Sbjct: 60  VFKNGLYQEHFFQTKLVSLFCRYGSVDEAARVFEPIDSKLNVLYHTMLKGFAKVSDLDKA 119

Query: 181 VELFGRMQAENVCPNEYTLVSLIKACTEMGIPSLGRKIHDFAITNCFEIGVYLGTALIDM 240
           ++ F RM+ ++V P  Y    L+K C +     +G++IH   + + F + ++  T L +M
Sbjct: 120 LQFFVRMRYDDVEPVVYNFTYLLKVCGDEAELRVGKEIHGLLVKSGFSLDLFAMTGLENM 179

Query: 241 YSKCGSLKDAVEVFETMPERSLATWNSMISSLGVHGLGEEALNVFSEMERVNVKPDAITF 300
           Y+KC  + +A +VF+ MPER L +WN++++    +G+   AL +   M   N+KP  IT 
Sbjct: 180 YAKCRQVNEARKVFDRMPERDLVSWNTIVAGYSQNGMARMALEMVKSMCEENLKPSFITI 239

Query: 301 VGVLCACVHMKNVEAGCAYFKRMTQHYGIVPIPEHYKFRMGISNHSSIELLFPLKLCWRR 360
           V VL A                                                      
Sbjct: 240 VSVLPA------------------------------------------------------ 299

Query: 361 YSSNPNLATWFNKYVDKSNVHSWNSVIADLARGGDSVEALRAFSSMRKLALSPSRSSFPC 420
                                               V ALR  S                
Sbjct: 300 ------------------------------------VSALRLIS---------------- 359

Query: 421 AIKSCSALCDLVAGKQTHQQAFVFGFDTDLFVSSALIDMYSKCGQLKDARQLFDEIPLRN 480
                        GK+ H  A   GFD+ + +S+AL+DMY+KCG L+ ARQLFD +  RN
Sbjct: 360 ------------VGKEIHGYAMRSGFDSLVNISTALVDMYAKCGSLETARQLFDGMLERN 419

Query: 481 VVSWTSMITGYVQNEQADNALLLFKDFLEEETEVEDGNKIPLDPVVMVSVLSACSRVSEK 540
           VVSW SMI  YVQNE    A+L+F+  L+E  +  D        V ++  L AC+ + + 
Sbjct: 420 VVSWNSMIDAYVQNENPKEAMLIFQKMLDEGVKPTD--------VSVMGALHACADLGDL 479

Query: 541 GITEDVHGFVIKEGFDGNVGVGNTLIDAYAKCGQPLVSRKVFDGMEEKDEISWNSMIAVY 600
                +H   ++ G D NV V N+LI  Y KC +   +  +F  ++ +  +SWN+MI  +
Sbjct: 480 ERGRFIHKLSVELGLDRNVSVVNSLISMYCKCKEVDTAASMFGKLQSRTLVSWNAMILGF 539

Query: 601 AQSGLSEEALEVFHGMVRHDGVRYNAVTLSAVLLASAHAGALRAGKCIHNQVIKMDLEEN 660
           AQ+G   +AL  F  M R   V+ +  T  +V+ A A        K IH  V++  L++N
Sbjct: 540 AQNGRPIDALNYFSQM-RSRTVKPDTFTYVSVITAIAELSITHHAKWIHGVVMRSCLDKN 599

Query: 661 VCVGTSIIDMYCKCGRVEMAKKTFDRMKEKNVKSWTAMVAGYGMHGCAKGALDIFYKMIQ 720
           V V T+++DMY KCG + +A+  FD M E++V +W AM+ GYG HG  K AL++F +M +
Sbjct: 600 VFVTTALVDMYAKCGAIMIARLIFDMMSERHVTTWNAMIDGYGTHGFGKAALELFEEMQK 659

Query: 721 ARVEPNYITFVSVLAACSHAGLVDEGWHWFNAMKYKYDIEPGIEHYGCMVDLFGRAGCLS 780
             ++PN +TF+SV++ACSH+GLV+ G   F  MK  Y IE  ++HYG MVDL GRAG L+
Sbjct: 660 GTIKPNGVTFLSVISACSHSGLVEAGLKCFYMMKENYSIELSMDHYGAMVDLLGRAGRLN 719

Query: 781 EAYNLIKGMRMKPDFVVWGSLLGACRIHKNVDLGEIAAQKLFELDPDNCGYYVLLSNLYA 840
           EA++ I  M +KP   V+G++LGAC+IHKNV+  E AA++LFEL+PD+ GY+VLL+N+Y 
Sbjct: 720 EAWDFIMQMPVKPAVNVYGAMLGACQIHKNVNFAEKAAERLFELNPDDGGYHVLLANIYR 779

Query: 841 DAGRWADVERMRTLMKNRQLVKPPGFSLVELKGRVHVFLVGDKEHPQHEMIYKYLEKLTL 900
            A  W  V ++R  M  + L K PG S+VE+K  VH F  G   HP  + IY +LEKL  
Sbjct: 780 AASMWEKVGQVRVSMLRQGLRKTPGCSMVEIKNEVHSFFSGSTAHPDSKKIYAFLEKLIC 809

Query: 901 ELQKIGYVPNMTSVLHDVDEEEKEIILRVHSEKLAVAFGVMNSAAGTTISIIKNLRVCGD 960
            +++ GYVP+ T+++  V+ + KE +L  HSEKLA++FG++N+ AGTTI + KNLRVC D
Sbjct: 840 HIKEAGYVPD-TNLVLGVENDVKEQLLSTHSEKLAISFGLLNTTAGTTIHVRKNLRVCAD 809

Query: 961 CHTVIKLISKVVHREFVVRDSKRFHHFKDGLCSCGDYW 999
           CH   K IS V  RE VVRD +RFHHFK+G CSCGDYW
Sbjct: 900 CHNATKYISLVTGREIVVRDMQRFHHFKNGACSCGDYW 809

The following BLAST results are available for this feature:
Match NameE-valueIdentityDescription
Q9LW325.9e-26367.55Pentatricopeptide repeat-containing protein At3g26782, mitochondrial OS=Arabidop... [more]
Q9SVP77.4e-18134.92Pentatricopeptide repeat-containing protein At4g13650 OS=Arabidopsis thaliana OX... [more]
Q7Y2115.1e-17436.44Pentatricopeptide repeat-containing protein At3g57430, chloroplastic OS=Arabidop... [more]
Q9M1V31.9e-16835.87Pentatricopeptide repeat-containing protein At3g63370, chloroplastic OS=Arabidop... [more]
Q9FIB21.1e-16534.09Putative pentatricopeptide repeat-containing protein At5g09950 OS=Arabidopsis th... [more]
Match NameE-valueIdentityDescription
XP_022148174.10.099.85pentatricopeptide repeat-containing protein At3g26782, mitochondrial [Momordica ... [more]
XP_011651585.10.091.20pentatricopeptide repeat-containing protein At3g26782, mitochondrial [Cucumis sa... [more]
XP_038878074.10.090.45pentatricopeptide repeat-containing protein At3g26782, mitochondrial [Benincasa ... [more]
XP_008450012.10.090.29PREDICTED: pentatricopeptide repeat-containing protein At3g26782, mitochondrial ... [more]
KAG7017863.10.089.53Pentatricopeptide repeat-containing protein, mitochondrial [Cucurbita argyrosper... [more]
Match NameE-valueIdentityDescription
A0A6J1D3740.099.85pentatricopeptide repeat-containing protein At3g26782, mitochondrial OS=Momordic... [more]
A0A0A0LC140.091.20DYW_deaminase domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_3G5983... [more]
A0A1S3BPA80.090.29pentatricopeptide repeat-containing protein At3g26782, mitochondrial OS=Cucumis ... [more]
A0A6J1IZS50.089.07pentatricopeptide repeat-containing protein At3g26782, mitochondrial OS=Cucurbit... [more]
A0A6J1F8790.089.38pentatricopeptide repeat-containing protein At3g26782, mitochondrial OS=Cucurbit... [more]
Match NameE-valueIdentityDescription
AT3G26782.14.2e-26467.55Tetratricopeptide repeat (TPR)-like superfamily protein [more]
AT4G13650.15.2e-18234.92Pentatricopeptide repeat (PPR) superfamily protein [more]
AT3G57430.13.6e-17536.44Tetratricopeptide repeat (TPR)-like superfamily protein [more]
AT5G09950.18.1e-16734.09Tetratricopeptide repeat (TPR)-like superfamily protein [more]
AT1G11290.14.0e-16636.67Pentatricopeptide repeat (PPR) superfamily protein [more]
InterPro
Analysis Name: InterPro Annotations of Bitter gourd (Dali-11) v1
Date Performed: 2021-10-25
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR002885Pentatricopeptide repeatTIGRFAMTIGR00756TIGR00756coord: 264..297
e-value: 2.4E-7
score: 28.5
coord: 162..196
e-value: 8.5E-9
score: 33.1
coord: 694..726
e-value: 7.8E-5
score: 20.6
coord: 591..623
e-value: 3.2E-6
score: 25.0
coord: 665..693
e-value: 1.0E-5
score: 23.3
IPR002885Pentatricopeptide repeatPFAMPF01535PPRcoord: 563..588
e-value: 0.0042
score: 17.3
coord: 694..721
e-value: 1.8E-4
score: 21.5
coord: 728..755
e-value: 0.11
score: 12.8
coord: 665..692
e-value: 1.2E-6
score: 28.3
coord: 482..509
e-value: 2.3E-4
score: 21.2
coord: 235..260
e-value: 6.8E-4
score: 19.7
coord: 382..408
e-value: 0.042
score: 14.1
coord: 591..619
e-value: 2.1E-7
score: 30.7
coord: 765..791
e-value: 0.039
score: 14.2
coord: 454..479
e-value: 0.0019
score: 18.3
IPR002885Pentatricopeptide repeatPFAMPF13041PPR_2coord: 58..105
e-value: 5.8E-8
score: 32.8
coord: 159..206
e-value: 1.8E-13
score: 50.4
coord: 263..308
e-value: 1.5E-9
score: 37.9
IPR002885Pentatricopeptide repeatPROSITEPS51375PPRcoord: 449..483
score: 9.525427
IPR002885Pentatricopeptide repeatPROSITEPS51375PPRcoord: 160..194
score: 12.517862
IPR002885Pentatricopeptide repeatPROSITEPS51375PPRcoord: 379..413
score: 10.215989
IPR002885Pentatricopeptide repeatPROSITEPS51375PPRcoord: 59..93
score: 9.437737
IPR002885Pentatricopeptide repeatPROSITEPS51375PPRcoord: 589..623
score: 10.533867
IPR002885Pentatricopeptide repeatPROSITEPS51375PPRcoord: 660..694
score: 10.665402
IPR002885Pentatricopeptide repeatPROSITEPS51375PPRcoord: 261..295
score: 11.608074
IPR032867DYW domainPFAMPF14432DYW_deaminasecoord: 864..988
e-value: 3.2E-40
score: 136.9
IPR011990Tetratricopeptide-like helical domain superfamilyGENE3D1.25.40.10Tetratricopeptide repeat domaincoord: 378..541
e-value: 6.3E-26
score: 93.5
coord: 618..732
e-value: 1.2E-23
score: 86.0
coord: 212..345
e-value: 1.3E-24
score: 89.2
IPR011990Tetratricopeptide-like helical domain superfamilyGENE3D1.25.40.10Tetratricopeptide repeat domaincoord: 733..868
e-value: 2.6E-15
score: 58.2
coord: 1..110
e-value: 2.9E-11
score: 45.0
coord: 111..211
e-value: 6.3E-25
score: 89.6
IPR011990Tetratricopeptide-like helical domain superfamilySUPERFAMILY48452TPR-likecoord: 132..289
NoneNo IPR availablePANTHERPTHR47924PENTATRICOPEPTIDE REPEAT-CONTAINING PROTEINcoord: 590..992
NoneNo IPR availablePANTHERPTHR47924PENTATRICOPEPTIDE REPEAT-CONTAINING PROTEINcoord: 523..619
coord: 178..337
coord: 371..515
coord: 6..191
NoneNo IPR availablePANTHERPTHR47924:SF1SUBFAMILY NOT NAMEDcoord: 590..992
coord: 523..619
coord: 371..515
NoneNo IPR availablePANTHERPTHR47924:SF1SUBFAMILY NOT NAMEDcoord: 178..337
NoneNo IPR availablePANTHERPTHR47924:SF1SUBFAMILY NOT NAMEDcoord: 6..191

Relationships

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

Feature NameUnique NameType
MC08g1173.1MC08g1173.1mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
molecular_function GO:0005515 protein binding
molecular_function GO:0008270 zinc ion binding