MS019670 (gene) Bitter gourd (TR) v1

Overview


Name	MS019670
Type	gene
Organism	Momordica charantia cv. TR (Bitter gourd (TR) v1)
Description	Pentatricopeptide repeat-containing protein
Location	scaffold729: 1413193 .. 1472729 (-)
RNA-Seq Expression	MS019670
Synteny	MS019670

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideCDS

Hold the cursor over a type above to highlight its positions in the sequence below.

ATGGTTGATGGGGCAGGTATTGAACCTGATGTGGTTTCTTATAACATATTGATTGATGGATGCATACTGGTCGACGATAGTGCAGGAGCTCTTGCCTTCTTTAATGAGATGCGGTCGAAAGGAATAGCACCCACCAAGGTTAGTTACACCACTCTGATGAAAGCTTTTGCTCAGTCAGGTCAGCCAAAGCTGGCGAGGAAAGTATTTGATGAAATGCTGAATGATCCTAGGGTGAAAGCTGATATAGTAGCCTGGAATATGTTGATTGAAGGGTATTGTAGACTAGGATTGATAGAAGAAGCAAAGCAATTAGTTCAGAAAATGAAAGAGAGTGGATTTTTCCCAGATGTTTCTACATATGGAAGTCTTGCCAATGGAATTTCTTTAGCTAGAAAACCAGGTGAAGCCCTTCTGCTATGGAATGAAGTAAAGGAGAGATGTGCAGTGAAGGGAGGAAACAAGCCTGATTCTTCGTCTCCCCCTCCCTTGAAACCAGATGAAGGACTGTTGGATACTCTGGCTGATATATGTGTCCGGGCTGCTTTTTTTAGGAAGGCTTTAGAAATTGTGGCTTGCATGGAAGAGAATGGGATACCACCCAATAAGACAAAGTACAGTAGAATTTATGTTGAAATGCATTCTAGGATGTTTACTAGTAAACATGCATCAAAGGCCAGACAGGACAGAAGGATTGAGAGGAAGAGAGCAGCAGAGGCTTTCAAGTTTTGGTTGGGTTTGCCCAATTCTTATTATGGGAGTGAGTGGAGATTGGATCCCTTAGATCGTGATGATTAAGGTTTCAGATCATTTCAACTGATGGTCGGTCATTCACTGTCTTCTACCTCAACTATTCAGTAGGTCACTACAATACATTGTCAAGGACTCCAATAGAAAATAATGGGAAAAAGTAAAGACGAAAAACTCAAAATTTTTATAGTGCATATGTGATTTTGTAGAAGTTTTCTGAGGGAAGATAATACATTGGGCTACATAGTGCCAAAAAAAAAAGTGCTTATATGTATATGTTACCTGTGCGTGTCTAAACTAGTTTGTTACACTTGGTGACCATCCTAATTTGGCTATATGACCTGAAAGTTATTTGAATTTACAATTTATCTCAAGGGAACAACAATGCCCGAACTGTAAAGCTATAATTAATTATCAAGCCAGACAGCATCCCTTTTGTACCATTTAAATATTTCGTTCATTGGAACGTACTATACAACTATTTCAGCATCAACCAAAAATACATGCTTTGTATAGTGGAAGAGCCACTTCTAGCCTAGAGATATTGTGAGAGGAAAATTAATGAGTTGAAAAAGATTGACCTCTCAATATCGCCAATTTTAACCCCTTGACCTTGATGATTGACTGGTGTAAGAGGAGGACAACACCTGTTTGGGAATGTATGGGTCAGTGCAAAGATTTGATAATGATTTGGTTATTTAACTGGTTTTACAGTTGTTATGAGAATTATCCACTACCTGATATGTCTTTGGCCCCTTCTTAAGCAGATATCCAACACTGTTAAGATTTTCTATAAAGGTGTCAATATCAGGTACTCGTAGACCGATCCTATCAGCCAAGCTATATATTTCCTGCAGGACATCGAATATATGGATGGCTCAAAGCCGAAAGCAATTAGTTGTAACTGCGACAAAAATGTGTAGCTTTAGCTTACTGAGATTGAGAAAAAATCTTTCTGCTGCAACTCCGTTTGCTTGTTGAGTGCACTCAGAAATCGCTTGGCTTCTTTCTGTCGACTCATTCCCCCACTTCGACCAAAATCCAGGACCCCATGTTCATCTACGTACTTATCATAAAGGGATTCCTTCATTATTTCTACCACATCCTGCAAAGTAAATGACCCAGATATGAAATAAGCAATTTAGCACTTAAAAACCCGTGCAAGGTAGTGAAACAGGGTTGTATTTCATAGGAATCGTATACAAATTTGTTTTTAAAAATTAAGCTACCTACCAACGATATTTATATTTTTAACTAATTAAATAAAAGAGGTTTTTGGAATTCTAACCTAACCACATGTTAGAAATTATAAAAAGTAGCACTTTCTTTCCACGGCCCTTTTCGTTTTTAAAAAATGTTCTTCAAAAGAGGAAAAACAAAAGAAAAGTTAGTAATAAACGAGCTTAATTTTTAAAAACAAAGCCATTTTCGAGTCGGAGAAATCAAAATTTGGGTACATAAGTCTATAACTAACCATGGCATCTTGTACTGCAATTTCTTCTCTAAGGTCTACCCGTGCTCGAGCTTCTGCCAGCCTCACCAGACTTTCCAGTTGCCTTGCTGTAATCGGTGTACCATCCCCTGATGTATTCTGGTCTCGTAGTCGTAAGTAAAATTTCTGCAAGATGTCTGCTGCTGGCTTTGACATTCTAATTCCAACAAGAGATGGGTTTGGATAGATTACGAGAAAAGAGGCTTGCACGGTTCGGAAGTAGAGATTTGCATCAAATAAAATGGTAGAGAGAGCATGTAAGTTTACCTGGGGAACACAAAGGTTCTTGCATAGGCTATATATTTTCGAAGAAGTTGGCCAGGTAATGGCACAAAATCGCCATCTTTCGCTCGGTCCAATCTCAGTCTTGAAACTAAAGACTCGCGTCTTGAACAAGCATCTCCGTTTCCAACATTCTCCATTGCTGCCTTCTTTGAAGCCAACGGGGATATATCTGGTTCGAGAGAAACTCCTTCCTCAGTGGAAAATTGAGCGTAAAAAGAAAAAGGAATAGATATGAAATAAGACGGAAACCTTTACGTAGTCTTTTTGCTGCAGAGGCGCGTTCCCCATATCCAGCATGAAGCTGCAAAGAAATAGAATTCCATCAAATCCTACCAAGTTACAACATGTTGCGAATTGGGCGAACTCGAACAATTTGTTGTTTGTTCAACAAATCTTATACATATTCACACTTGATATAGATGCCAAAATATGAGACATCCTTATTCCTTAATTTCTTCAAGTACATTGCTTCATTTCCCTTGTATTCTTCTGTTCGAAAGTCTTACTGGTATCAGAGCGGACGTATCATGAATTGTTTACTAACGTCATTTCTTTCATGTCAAGCTAACAGTAAAGGTAACTTCATGATTGGAATGTTCTTTCACCCTCTCATGGAGCTGCCCAAGAGCACGTTCTCAGTAGTTCTAAGTTCCAACTAAATTAGACAGGGTAACAAGAGAGATTGCCGTAGCATAAAAAAAAAAAAAAAAGCAGCAGAAGTATAACTTACCGACATGATGTGCTCCGAGACTCTCTTATCCAGAAGTTCGTCCGGTTTATCCAGCAATATGAAAACTAAATCAAATCTCGAGAGAAGAGGGGCACTCATCTTCAAGTTCTCATTCACAGTTTTTGACCGGCTGCAAGTTTTATTTTTAGAATTAATAAATACCACCGGTATAAAAGAACAGTCACAATTTGTAGTTAGATACCGTATTTTCCCTTTACCGTAATAGTTCCTATCATTACCATTCATTTGGACTGGACTAGAAGAACTGAATTATGGTTCCTTGGAAAAGGGGAACATAGAAATTTTCCTCTAGAAACAATACTCTATAAATAGAAAACGGGAAAATGTCGACTTCCTATTTTGAAGAAGGGCTATGAAAGAGACCCAATCATATAGATGTTTATTAGTCACGAAATCAAATAGCCAGTCACAAAAGCAAATGATTGAAACGAGTACATTTATGAACAACTAAATTTACTTGTAATGACCACCAACAGGGTTAGCTGCTGCTAAAACAGAAGTGCGTGCTGATAGACTTGCTACCAGTCCAGCTTTTGCAATAGATACACATTGTTGTTCCATGGCTTCCAGTAGGGCCTGCAATAATCTAACGTAAGAAAATATAGCCACGAAAAGTGAAGAGTTCAGGTGAAATGTAGGTATCAGTTCAAAAACCTGATGTTCTGCAGACATTTTATCAAACTCGTCTATACAGCATAATCCACCATCTGCAAGTACCATAGCCCCTGTGAAAAAAGTAAATTATCAATCAAGGGGAAACCAATATGTTTACTATCATGCGCTTTCAACGTAGAAGCATTTGAGCACCATTAAGTATCGGCTGAGATATAAGTTTTTAAGAATCGGATGAGTTTTCATAAAGAACGCACTCCAACCAGCGAAGTTCTATGTCATTATAGGCCATCGAAAATTTAGATCCAATGCCGTTCTACTGTAATCAACTTGTGAAATCTATACATGCAATCAAATTGTGAAATCTATACATGCAATAAGCCCTTGAAAGATTTGAGCTATGTTATAACTAGTATAGGAATAAGCATCTGCCAGTTCCCAAATGTAAGAACTTATTCAATACTGAGCAATCAAGAAATAAAAAAGGAACGCCTGAAATCTATGAAATACTTTCAAATTCATCAAAGCAGCCACTACAATTTGTTTCAAAGATAAAAACGAGAGGATCACGACAAGTATAATAAGTAATTCTTCAAATTTGAAAGATAGGAAATGTCGTGATAATTTTTTTAAAAGAAGACAGCTACCGGCCTCAAACGCATAGTCATTTGTCATGGAATCCTTCACAACAGCTACAGTTAGGCCCGCCTTGGTTGTTGCATTACCACAAACATAAATGCCACGTGGAGAAACAGCTGCAGCCGCTTGTAGTAACTGACTTTTGCCCAGTCCAGGATCACCTGAGAAATTGACAATGAAAAATCATCATTTTGTTCATTGATCACACCATTCTTTCCAAAATAACTGAGCATGGAAAGAGAACGAATATAGAAACATACCAACAACTATGACATGAATATCCCCTCTAACAGGAACTTTATTCTGATCTTTTGAATGCTTTCGTACACCACCAAATAGTGCTAGTGTTATTCCCGCTTTTCAGATATAAGTTGATTCACCAAATATAGTTAGTCAAAGAAATTGGTGGCAAGCAGCAATTCTGAATTTGTATAAATTTACCTTTAACAAGTTCATGTCCATAGATGGATGGACATATAGATTGAAGTATTTGACGGAAGACATCTGAACCATATTCCCCAGAGAATTTCACAATAAATTCCAAATCTCTTGGAGAGAATGAGAACAAATCAAGTAACTCGGTTGCTCTTGCATTAGAGTCAGAATCTTGAAACTCCTCAGGCGTAGATTGTGATTTAGAATTTTTTATTGAAACTGCCTCCAGATACAAATAGTAGAATCCTTGATTTTTGCTCTTCGATTTTCCTGAAAGTATATGAAAAGTTCGCACTTAGTAAATAATGATGGTTTAAAACCTACAACATAAACACCTGTTACATGTACCATAGAGTGCAATAAAACAAATTAACAAATTTCATAATTCAGCAAAAAATTATACTATTTTTAGCCGTATAAATTCACATTATCAAAGGGCAGTAAGAGATATCGCACCACTTTCCGGTGTGTGATTTCAATCACTGAAAGTGATATGACGACAAATTATGGAATTGTAAAGAATTAATAGTTCCTGACTCCTTAAAGAGGAAAATTTGTTTCGAGAAAAACATCACCCAATACCCTGCAACTGTTGTACAAAAGGAAAAGTTGAAAACATACAAATCGAAAATTATTTTCTGCTTATACAACGAATCCCCAATGAATAAAATGTTGATTCGTGTACTTGCAGTAGCAAGAGAAGTTTGTGACCTATGGACAAAAAAAGACACGACCTTCTATCAACTTGAACCATTCATGGGAAATATTGAAGTTAACTACACATAGCTTGGAAGAATCTTGTACCTCCTCCAATATCCATGTAATTATTAATTACTCTTATAATTCCAGTGACAGTGACAACATCTCCAGGTATGCATGCGTCAACAAGATCTTCACTGAGTTCACATTCTACAGTTCGAGGCACCCTGCCTTCTTCATGGTCATCAGATTTAGTAAGTTCTTGTAACCTTGAAAGATGTAAAAAGAACAGCTATTAATTCACAATAGTAGGAAAAATTATGCAGCCCAAGTGAAAAGAAAAAAAGGTCTAATTAAGAAAATGGAATTATTCCAAAGAGTAGGAAGCAAAACTAACAGTAAATTGAAGGTATATTTAGCGTTCAGAAGTTACCTTATTTTTTGAAAGTCGATTGCTTCAGCGGTAGATCGAACTGGATTGAACGTTTTGCTTTTACACCCATCCAACTCACAAAACGATGGGGGTGAAAACTTACCATCAGGAAAGATCCGTGTAATATTGCTTTTACACTTTGCACAATCGAAGCTCATTTGCACCACCAAAGGCTTGACAGTGCTAACTTTAACAACAGTACCACGCACTGATACAAGCTTGTCTGTGATGTCCCAAAATAGTATAGCCTACATCATTTCTTTAACAGTAAACTTCAGACTTGATAATAAATTTTTTGGTGAACTTACCAATATATGCTGCCTTTAAGTTCTTCAAAGCAAGCATAGATTCTGAATAGTTGTGCAACCGGATTAGAACTTTTGCGACATCTTCCAACTTGGGCGCCCAATTGGTCCTCATTACCTGCTTCAAAGACGAGTAAATCATCCTAACCTAGAAGTTATTTTATAGTAGACAAAAAGAGGATTTAATTCTTGTAATAATTAGTTTTTACCTGGTGAAGTGCCGCACTCATACATTTGAGAGCAACTTTAGGATTTTCCTCTAGCATTACATAAAATTCATGTTGATCGCAAATCTTCCGGAACTGTTGAAAGTCGATTGACAAAATAAAGATGCCGCGACCATCATCGATAGCCTGTTAAAATTTCGCATTATAAAAGCAAGATGGATATGTAACGAATCTAATCTACTTGTTACGATGTCTGCCATAACTTATCGGGTCCAGGTCTAAACTCAAACTTCGGTTCGTTTCAAGTATGGTTGCAGGAGATGCTGAGTGCCAGTAATTCCTAACTTGGAATTTCAAAAATCATTTCTTCCAACCTAGAAACGAGGAATTCCTAGACGCTATTATAATTTACGAGAAAAACTGATTGAGATATCCATGAAACAGATTTAAGAATCAGTAGGGGCAATCCATGTTGCAGAATCACCAACTACAAATCGCAGGCTAGAAGCGACCTAGCAGGAACAACCTACATCCAATTCTTCATACAAGATCAGACCTCGAACACGCAAAATCCCGCGCCACTGATTTCGTCAACTGAACTCACAGAAAATCAACAAACAATAAATGTGAACGAGAGATAGAATTACGATTACCTGAGAAGCGAGATGGCGGCCTGCCGGAGAAGAAAAGAAGAAAATGAGCTGAGAAATGAGCTTAAGCCATCCATTTTCGACAGTGAAGAGAGTTCGAGGGAAGTACAAATCCAAGGTATCTCCAGCTACATCGAAGTCCGAAAACGCTTGCTCCATGCCTATCTTATCTCCGTATGATCGCCTGACATTTTCATCTCAACAAAGTGTTCATCCAATTTTGGCGGGAAAGATAAACGACAGGAACGCGGCAGCGGTTTAGTTTAGAAGGTGGACCGAGCCGGAAATGAGGCCCAGTTTCATGGACCACACATTAGGCCCATGATGGTTTTGTCAAGAGGCTGGACCGGGCCGCACCACGTGTTAGGCCATATTGGAACTTAGTTGTGTCCCATGCCATGTTGATCCATGTTAAAAGCAAAAGGCCAAATTTCACGGGTTAGACGACTCCATTCCATTTATTATTTACCACGTCAGCAGTGTATGGATATATCTTTTTTATTTATTGTATAAATAAGATGAAGTGTGGTACTTCTGTAGTACTAGAAATTTTTTCGAATTTCACGGACTACGAGTTAGTTCCCAGTTCCTTTATGGTTCTATGTGGATCATGCTGGTCCATTTTAGGCCCAGTTTTACGTGGCACGTGTCAGGCCCATTTTTGGTTCATATTAAAATTGGCCCACGTTAGGCCATGTTGGTAAAGCAAAAGATACAGTTTCACGGGCCACATGTTGGGCCCATGTTTGTTTATCGATCTACCTGGCCCAGTAGGTCCTGTCAGGCCCAACGAAAGGCCCAGTTTTACGTGGCCGTGTGTTAGGCCCAGCCGGATTATCGTTCTACCTTGAACCAGGCCGGATTCGAGGTTTGGCATCTGAATTCGCACTCCATATTCATGGAGACGGCTGCTTCATTTCACGCTTTGGTCCGGTATCAGTGAGGAAGACGAAGACGACCCCTGAACCACGAAAATCAAAGTGCAATGCTAGAAGGCAGAAAAAGGGAAGAAATCTAGGTACCATTACTTTGTTTGGTCTCGGCTGTCTGATTTCAATTCAACAAAGTTCTGTCATTTTTAGGGTTTAGAATTTTTTGTTTTTGGGTCTGTTTTGATGTCGGGGAACGGCGAACAAATCGACCTCAACTCTGACGTTGATCTCGGAGACCGAGAAATTGAAGCCGATGGGATTAGTCTTTCACATCCCGTTACCGACTCACTAATCGAGCAAAGAAATGTTGAGAGTTGTTCGAGGGAGCTTGGAAAGGACGAGGCCATTGATGTTCAAGAGAAAAACAGCTCTGGAGAAGGGCTGTGTAGGTCGGACGAGGATGAAGCTGATGTAAATGTGGGCTATGAAGCAGCAGATGGTGAATTTTTGGAGGGAAGATCTCCAGATAATGCTAAGGGAGTGGAAGTGGACGCTGGTGCGAGATCGGGTGAAGAGTCGTCTATAGCAATAAATGCTTTGTCAGAGGCGGAAATGGAATGTAGCGAGAGGAGACATATTTCAGAAAAAGTTGAAGATTTGTGCGGGGATGAGATCATTGCTGACGAAAAAGAGGTGGTGAATGCTGCTGGGACGTTAAAAACTTCACCAAGCGACGCTTTATTTTGTTGTGAAGCTAAAGGAGAGGCCGATTCTACAAGTGAGCATCATTCAATAATTTCCGTTGGTACTGAGCTTAATGTAGAGAGCCAGGAAGAGGGTGTTTTCAGGATCCAAGATGAGGAGGAGAAAGTTGCACAAAATGAAGAACTGGCTTTTGGTTCTGTTGATGTGAAATGCGATCAGATCGTGAAGGAGGACTGCGAATCTCACAGGTTACTTGACCATGGGGGTTGTGTTGATGTACTTATAAACATAAATCCTGAGGATCCATTTCTCCATATGGATATTGATGATTCAGGTTCTCGTCATGAGAATTTGGGATCCGATGATAGAATACAATTTACAGACAATCTCTCTCAAAAAGTCGAAATTTTGACGGAGAGCAAAGAATTATCACCTGAATTTGCTACAGATATTAGAACTACGCCATTACCAGACTGCTCAGAAAATCAGAGTGGAAAAGTTGGTGGTGGACAGACCATTGAAGATCCAGCCACTAGTTGTCATATTCTGAAGAAAGAGGCTTTAACAGATATAGATGAGGCAAATTTGTTTGATGTTTTTGTTGAAGTTGACCCACATGTTCTTATGGATGAAGAAGATGTATCTGATGACGCGAGTGCTGATTCAGCTGACTCAGTTGTGGATTTTAATGTGTATGATCTAGTATGGAGCAAAGTACCCAGCCATCCCTGGTGGCCCGGCCAGATATGTGATCCATCAGCTTCATCAAAAAAAGCCATGAAATATTTCAAATCAGGCAGATATCTTATAGCATTTTTTGGGGATCACACATTTGCATGGAAAGAAGCGTTAATGATAAAACCATTTCGGGAATATTTTCTGGAGTTACAGAAGCAGAGCAATTTGGAAAGCTTTCATCAGGCAATTGATTGTGCTCTTGAAGAGTTCTCCAGACGAGTTGAGTTCAGCCTTGCCTGCTCGTGTCTATCAGAAGAATTATATTCCGAACTCCGAACTCAAACACTTACTAATGCAGGAATCCGCAAGAAGTTCAGTAAAAGAGTTGGCGGGGACAGCTCTCTTACTGTGTCATCTTTTGATCCAATGAAGCTTGTTAACATTGTTAAAGAAGCAGCCTTATCACCTCATGGTGTGACCGACAAGTTAGAACTGGTTTGTGCACAGGCCCAGTTGTTGGCATTCAATAGGTGGAAGGGCTATTATGAACTGCCCAAGTTTGATAAATACAATGTAGATTTCAACGATACAGAGCACGTTTTGGTTGGTGAAAATGATTATCGAAGTGAATTGATGGAAGATATAGCTATGGACACAAAGCATGATGAAGCTGCTGATGATGGGAAAGGAAATTTGAAAACTCAAGACAGCTCCAGTGGCAAGTGGAAGCACTATGGAGCTGCTGAAGATGGGAAAGGAAGTTTGTCGGGTTCGACGTCTAAGAAGCCCCACGGGATTTTAAACAAAAAACGTAGATCTGAAGATAATACTGGCAATGAATTGAATTTTCATGGTTCTTCCCACGACCCTGCCATTAACAATCCAATGGAGTCTGCTTATGAGTCTGGGAAGGCTAAACAAACTTTCAGAATTGGAGATCGCATTCAAAAGGTTGCTTACAAACTGAACGAGTCTAGTCCGATATTGAAGCATGATGATGAAATATCTCAAGAAACTGTAGCCAAGACGAAACGGAATAGAAAGCCGCCGCCCAATAAGGTACCAAATAGACCACTCTTGTGTACAGACCATCCTCTTAATGAGGTTTTATCACAGCTTTGTTTGGCTGCGATAAATCCCATGAAAGGATTTGGCTTCTTGAATATTATTGTTAATTTTTTCTCAGAATTTAGAAACTTTGTTTGCATGGACCTAACGCATCCAGAGGCGCAGGAGACTTCGGAACTAGATTCCTGTGGTAAGGCCGGTAATAAATTGACGAAGACTAGGAAAAGAAGAAAGGTTTCGGCCGCCCCAACGGAAGCATCTGACTCTGAATTCATTAAAGACTCTTATTGGACTGATAGGTTAATTCAGGGCATTGCTGAAGATGAAGCATCTTTTGATAATCAAAATGAGACTGTAGAATGCCAAATTCAGATTCCAAGTGAAAGTGTAGTTCTTGTTGCTGTAGAGCAAGATGATGGGCTATTATGCCCTGGTGTGAATTCTACTAATCAAGAGCCTCCTGAACATGTTGAACTGGAATCAGAGAATTGTTTGGAGGATCCCTATCCCACAGCTCTGATTTTAACCTTTACAGACTTCGAATCCGTGCCTTCAGAAACAAATTTGAACAATATATGTAGAAAATATGGGCCTCTGTACGAGTCAAAAACCGAAGTATTGAAGAAAAGTAAACGCGCCAAGGTAGTTTTCAAACGTACTTCCGATGCCGAAACAGCTTTCAGCTGCACTGGGAAGTACAGCATTTTCGGACCCTCACTCGTTAGTTATCGCCTCAAGTACTTGCCTCCGCCCAAGGTTTCTTCGCATTCGACAAAGAGGCGGCGCAGAAAAGAAGTGTAATCTTGAGAAGAAAACACTAATTGATGCCGAAAGATTCAGGTTTAGAAGTGCAGCTGCCCCCAACTCAAGGAAAAATGGTCTGTGCCACTTTAATTTGAGTGATATGTGTTTTCTCTTAATATTGTGATAGTTTGTTTAACTGGGTAGAATTAACTTGCAAATAAGTAGGACATGGCTTATACTTATTTTTGTAGTGTTAGTGGAGATAGTTGGAATTAGATTTTGTACATGGTAGTTTTTTCTGTTAGAAAGAGCATATTGGAGTGGGTGAAATTATGCCCGAAATTACTGCCTTTGCGGATTTTATCGGGCGTTAAATGTTGAACTACTGTACCGAATCTTGGATTGTTGGGCGTTAAATGTATTTTCTTGACCAAACAATTATTATTGTTTTTTTTTTCTTTTTTGGAATTCACAATGCATGTGAGGGTAGAAATTTGATCTTTTGATTTTTTGGTCGAGCTTATAATGCAAGTTGAGCTATGGTTTAAATTTTTGTTCACCAGATTTCAAGTATGGTAATCAAAATATTTCCTCAAATAGATAAAAGGTAGATAAAGGTTTCACGGGTGGGTGAAGCGAAGGACAAAACGAGCAGAATCAATGTGTTCAAGTTTTTGGGTACCATTCTTGTGGTCCGCACCGAAATAATGCTTTACTAGTGAGTTCACCTTGATGCAATCATCTATCATTATAATTGGAATTACCTAATATTATAACCAACATTGAGGAGAAGAGCCAAAGCTATGTGCCCTCCACCACCCAGTGGTCAGGCAGTTAGATGAAGGGGGAAATTTGATTTTTTTACCATCAAAGATGTTAATTTTTATCTTATATTTTCTATTTCATCAACTTGAAAACAGTCGGAAGTTTTTAGTAAATTTAATACAACTTGTCAAGTTTATTGAGAAGACTAATTTTTTTCCTCTCTTTAATTAAAAAGAATCAAATATACAGTGACTTGGGTCAAATAAATTTTCCTGAAATTCTTAAAACTCACTTTCGTCGATTGCTGTACCGAAAAGCTTTAATTTATATTGTTCTAACGCTTATATAACCTTCCATGATCTATAAGGTTAAAACATAATCTGATCTCTTAACTACTACAATAAAATGGTTACCTTCAATTACCCCTTTCTGTGAAAACGAGAAAAGTTAGGTTCAGCAACATGGCCAAAAAAAAAGGAACCATCTATACTAGCTAATCATGAACCCAAAAAAGAAGAAAAAAAGAACATGCCAACCACTTTGGCACGAATTTAACAGTCTTGAAATACCTCTTTGATCTCTCAAAAGTCTTCTGTTCCAAAAAGCTCATGAGCTTCATGAACATGACGATACCAAACATTTGGTTAGCAATGCATCCCTATAAAATTGGGTTCAGATCCTAAGCTGCAGCACAACAGACTTTCATGTTCCTCCGGAAATTCAAGATTTGGGACATCATCGTACAACACTGGACCAGACCAGACACCTGAACAAGCCACCACATTAGAGTTTTCAGAATGGTCTGGTGAGATGGCAAGATGGGTCATTCATGATGCTCGTCTGTGGCCGCAACCGAGACAGGAATCCTCAATTAGAGATGGTAGATCTGCTGTCAATAGTGATTGGCTATGTTAGATGAGCAGTGAGAAGAAACAGTGGAACTTTTGACAAGAAAGTGGGAGGTTTCCTTTGCACATTATCAGATATCCTTATGAACGGTCATGAGCTATTTTCGAGAATTGGAACCCAGCCAAATTTGTGATTCCAACTTACCTTCTGCAAGCATAAAGTTGGATTCGCATAATAATGAATTCTTTCCACTTGGTATTACATTGAACCCTCTTGAACAAATTCTCTCACCACATCCAACAGTTACTTCTCGTAGATGGAAGCATACCATCAACATTAGATCTGAACGTTTGGTGACCTATTAGGTTCTACATCAGTGCCAGCCGTTGTCGTTTCATTTACGTCACAGCCAACTTCAGTTTTCCTCAAAGCACCAGAATTCCTATTACTTTCTGCACATACATCTGAATCATGCAAATCGGTATTTGATCCTTCACGATCAGCCTCCTTGATTTTTCGGTCTCCATTCGTTTTGGACATCTTAGTTGCACTAGGTTTATTGGACTTAGAATTCATACTAGGTGGGATATTAGCACGGGTAGTGTTCTTGGGCAACAGTCTGACAGGTTGAAGCTTTGAAGGCTTTGTCTTATTTTGGCCTCCACTTGTGCTGACATTTCCAGCTCCACTCTTAGTCACGCCACCAGGTACAGCCAGATTAGATTTCATGCTAGATGTTTTCCCCTGTGAAATACAGTCACAAAGACAGAGTTCTTTAAATGTTTCAATCCTAAAATTTTGAAAAATATAAACATTAAAAACACTGGATCATATAATGAAAACACAAATCTTACCCCATCAAAGAATCCGATTTTAGGTGATGGCAATCGAAGGCCTGAAGGCTTCATTGAAGCAGGAGGAAGTACAGAAGATTGTGAAGAAGTTTTCTTTACTGATTGAGACAGCAAACCAGTGGTTTGAGTATGGGGTCCAACAGAATGGTTTCTTCCCTCATGAGATGTATCACTGTCTATGGAGATCCTTTTGCTCGAAATTGAGTGAAGGCTGGCTCTTGAGCTATTGGATCGTTGTTCAAGAGTGGAATTTGATGATGACTCAGTCGACCACTCACTAATGGAGCTAGCAGGTGATATTCCTGAAGAATGCTTAGTTTGGGATATCAAGTAAGAAGCAACACAAGAATTCCCAGTTGGAGTCTCGTTGACCCTTGATGCGACTCGCGATGGTGTTTTTTTAATACAACCAGCGGATGGTGAAGCCTTACAATCTGTTTTTTTCTTCACATCTTTGGAGGAAGATTTAACAACCTTGTCAGATGAACTAACAGAACCTTCCGAGGAAGTCCTTTGCTCTCTCTTAGCTGCAGTTGAAATTCGGGTAAGCTTCTGTGTAGTATTTTTAAGAGCAACTGAATCACGCCTATCTGCAATTCATGAGAAAAAGTTTAGAACAGGTAGATATATGCATCCCACTTCAAAGAATAAATTTAGCTAAATTAAAGTTCTCATCACCTGCAGGTCCTGCACCACTTGAAGTACTATTATTTACAATGGCAGGACGACTGAGGCCAAGGGAAGGCCTCTTTGTCAACGCTGAGTTCGGTGGAAGCTTGCTCACTGCATTCAATTGCTTTAAGAAAAATTCTTATTTTCAGAAGCAGCCAAAAATGTTGGACAAATAATTAGAAAATGGTCGACAAAGAAATGAGATGGAACTTGACGGGCATATGTTAAATCCATAGCCAGAGATTCTAATGCTATACACTTAGCTTCCTTGGGCATTATTCACTACGAGCTAAACAACATAATCAACTTTAACACTAATTTCATACTAATGGAATAGAATGTAATCCAGTCAAAATAGTTAAATATAATATTGCTGGTGTTTCAGTTGATGCAGCTGCCCATGGTCTGGGTGTTAATAGCTAGCCACCTAAGTACAGAAATGAACTCAAGACACAAATAGAACACCTCAACACGACACAACACGACACAGACATGATGACACATCTTTTTCTAAAAATCTAGAACACATTTATAGTATACAATCCTGTTAAGTGTATAATATTTTTACACAAGAAGGAATTTCAAAGTCAATAAGCTTTTGCATTTTTATGTTTATGTTTAAAAAAAATGATTTTGATGTATTTTACTCTCAAAATCTATTATTTTGTCTGATATTACTATTTATGTCTATTTCTTATGCTAAACAAGTGTTTGATACGTGCAAGCGTTGAATCTATATTATGCAACTATTGTGTGATCCATATCCATTAAGCTAAGCTAACAAATATTCAATAAGTATCGTAGTGTTGGAGTGTCCGATCGGACAGATTACACAAACTGAAGTGTTTGTGCTTCTTAGACAGCCACAAAAGCTAGGAGATATCATATTTTAATTCAATAAAATCAACTATTAGACATTTAGGCTTATAATTCACCTGTCTACTGCGTGGTTGAGAGGAATTTTCCTTTATAGTTCTCCCAGGTCCTTGCAACCCATCAGTTTGCTTACTCGATGTAGATCTGTCCTTTATCTGAAATGTTACAAAGCAACTTTATGAGTTCTAATATATGAAAAAGGTTTAGACATAATTTTGGTCTTTGCACTTCTACTCTTATTTTGTTTTTGATCTATATACTTTTCAAATGTTCTATTTTGATCTCTAAACTTCATATAAAAATCTTTTTTTGAGCTCTCTTAACATTACATTCTTCAATGCTTTAATAGAAATTTCACATGACAGTGTTTTATCCACCACGTGAGAACAAGTTAAAATTTCAGTTAAATGCTAGAAACAAAATTAATGATAAGTACCATAAGAAACTTTTATGAAAGTTCAAGTATCAAAATAAAACATTTGAAAGTAGGAATGAAGCAAAATAGCTATGAAGCAAAGTAGCTGTAAACGTTCTACGGACCAAAAAGGAGATTCTTTGACTTGCCTTGGTTTGTGAAGTAAGATCAAGCCTTCCTGGAGCTGAAAATAATGTGTACTGTTAGATTCAATTCTGATGAAATGTAAAATATAAAATATAATATGACAGATGCATAAATCTTGCTAAACCCACAACGAAATGTCTCCAGCAGAACTAATAAATGATTACTCGAAACTTGAAGACGGACAGACTCGCATTGAGCAAAAAGAAAAGAAAAGGTCCCAACGGAGGAAAAAAGCACAAAAGGTGAATTGACATGGGAGAGAATAAAAGGTCGCAAAATGATCGGGGAAAGTATAAAGAAGAAATTTTTTTTATGCCTGTTCCACATGAATCTTTCCATCTGATAAATAGGTGGTGGCAATTTGGCATGCAAGTTGCTGCATGCTTTGAAAGTAAAAGGTGATTCTTAGAGAAGCAATCATACCAAAACTGCAGCACCGTTCCCGTTATGAAGCTGAGTTATTGAGAACGGGCCTCTAATTTTATCTAAATAACGTAAAAACTACCACTATGTAGAAAGTTGAAGTTGCTCACATGGAGGTTTGCGGGTTTCCTGTCGCCCGGATTCAGCTTTACTCCTTGAGTTAGCCTTCCCAATACTTCTACTAGACTTCTGAATTGAAGCCCTTACATCTTCGAATAAATTGCCCTCAATGCTTTCCAATGGCATAATTTCACTTTCCAACGTAGAAATTGAATCTGAAGATTTCTGAACGTCTTCTAAAATTATAGGTAATACATGTTTTTCATTCTTACCGACTTGTCCAATCATGCTAGTTAACTCCTCAGGATCCAAAAACCCTGAAATACAAAAAGTTGGAATTGTAAGAGGTAAATTTGGGACAGAGCTTAAGTAACTTATTCACATTTCAACTGCAAATAAAAAAATACCTGCACTGGTAAAGAAAGCGCTGTCCCAGGCTAAACTCTTACGCAAGTTATATTTCCCATTTTTTCTGGTCCTTTCCGGGTCCAAAGATGGGAGTAATTGAGGTTCATCCTCTTTCTGTTCCAAGGAATCTGTATTCCCCTCTATTCTGCTAGAATCCACGGTCTCTAATTGTCTAAGGTTGTTCTGTTCCTCATCCTCCTTTGTAATGACTACACATTATAACATGAATACAATCATTAAAACTTCAAGTCCCCCAAATTTTAAGTAAATCTTCTTGTTCTAAAGACCCAGAAACGCCATGCAAAACCAGCCAAAACATAACTTCATATACCACAGATGGACAACGCGTAGCGATGAATACTGGATTAGACATCAACATCAGAGTGAGTTGCAAAAAGAACATCAAAAGAACCATAGAACAGAAATCAAACTCAAGAAGCTCGATACACAAAACAAATCGTAAAAATTCTCAGTAAAAGTAAGATTCGAAACACAATCAAGAGAAGGAGACTGGAATGAGTAGGCCGGAACAGACCTAAAGAATTGACGTCGTGGAGGTCGCAGGAAGGAGACGAGAGGAGGAAATCGTCCTCTGAAGCGAAATCGATGAGGCTGAGACGGCTGAAACGGCGATCGTTGTCAGTCTCTACGGTGTCCATGGAGACCGATCTGGAAGAATCGCGGAGGAGATTGTGATCTGTCGGGATCGGAACGATCGATTTCAAAAATCGAAGGCGGAGAGAGAGGAACGGGAGGTTTTGGAGAGGGAAAACGAGGGGTTCCGATATTTTTATTTGTTTGTTTGAATTGGATGGAAATGGCGGTTTAAATTTAGAAAACACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGAATTTTTTTGTTTTTTTTTTTTTAGTAAAATTAGAAATGTTCAACAATCAGTTGACGTCAAGTTTACGTCGATAGATCAACTGATCGATTTGATTGATCAGCTTCGACACAAAATTGTAAAGAGCAAGGAGAGTCGAGAGAGGAATAGAGAGGAGAGAACCTAGAGTTTTTCTGATCCCTATTATTATTGGTACTTACCACAATAACAACATTCATTTCTTCGTTATTTTCAAATTATTGATATCTAATTACTTAAATGTCAGTCGGTCGATATTTCTACATCAACATTAGAGGTAAATTAATATATTCATGATATTACAAAAAAATTGATAAAACATAAAAAAATGTTTACAATATTTAATTAATATATACATAGTATTAATATTAATCAAACAATATATAAACATAAATATTTCTTTATTATTTTCATTCAATATGCATTAAAAAAATCCCGCTATAGAGCGAGAAGGTTTTAACTTATTTAGATATAACAGGTGTTTGTTAATTTTAATATTTTTTTCCCATTTTTTTTTATATAATTTGTAATAGAAATATCCATTTAAATAAACATTTTATAAATATTTATATTGTCATTGCAAAATTTTCTTTAATGTTTATAAGAAACCATAAATTTGATATCTAGACATTTCTACGTCAATATTTAAAACTTTGACAATAAGGTCACTAAATATAAAATGGAATAAATCCTAAAAAATTATGAACAATATTGAGTAACTTTTACTCATCAAGCCAAATTAGCATTCCATTAGTGTTACTAACGGATGTTTAATTCATAGACCTTTTAGAACTATTTTCGATCATGGACTAATTCACGGATCAAATGGAAACCTATCACAAAATTCAGTGATTAAAATTGTATTTTACCATACAATATTCTATCAGTTGGTTGGTTTGGATTGAAATCGACCACGGACTACTATAATTTTCAACCTCTAAAACTGATAGATCGATTTCGGTTCAGCTGATAAACCGAACCGATTCGAACCGGACCACGAACCTTTTCATATCTTATCTTCTCTCCTCTGTCCCTCTGACAATCTTTCCATGAAAAGCCATTATCGTCCCCCTCCGTCAGTAGCAACGAGGAATAATAAAATTAATTTTCTTTCTTAATAGAAAAATAGAAGAAGTAAATCGAAATCTTCATCGTTAGGCAGGAGCGGTGAAGTTTTATTAGGTCTTTCAGGTTTGATTATAAGTTTCCCCATTTTCTTTTGCCTTCAATGTGTGTATTTGTGGTTACGATTTATGAGATGTGATTTTCAACCACTGGCGTAATTCCTTGCTGAATTTTCTTTATTTGGAAGTCTGGTATTCTCTTTCGATGAACCATGTAATGTTTATTTGTTACTGGCAATCATTCCGGGAGGAATTGAATGCATTTGTGATTTTTGTTTAACGTTAAAAACTTCAATTTCCAATTTGGAAATCCTTCCAGGAAGAACTGTATACAACCACTAGTTCTGTAGGGATTGCACAGTTGCAATGATAATGAACGTTTCAATGAAATGTTAGGGCAGTGAAAAAATCCTGAAATTTGAACTCTGGCTCTTCAACTTTTGAACTATCTATTAACCCCCGAATCATGATGGTTCATAGATTGTTTAGGAAGGGGTTTTAGTTAAATTGCTTCATGAATTCAATAACGTCTTTCTCTGCTTCGATCACAAGAACTTTTATTTCTGAATTCTCTTGTGATCATTGTCTTTGTAAATTTGAAAGACTTAAAATGAGTTCCCCAATTGTCAGAAATGGATTTGCCATTCGTCTCCCCAGTGTATCCTTCAACTAAAAAGGGAGCCTTAAATGGATATAACCGCTTTTGCACAGTGCGTAGAGAAGAGTCTTATCGGAAAGTGTTTCAATGTTTAGCAACTGTTGTGAGCCAAACAACTCAGGTTTCTTCTGCTTGTTATTACAATAATTTCTCCCTTTCCTTTTAGCTTCCTATTGTTCACTTCACCCTGCTCATGGTATTTTACCAGACATATAACAACGGGTTGGAAACCAAAAAGAACGATCTTCTGGTCGCCGTTCAAGAAACTCAACGGGGCCTTGTCTCATCACCCGATCAGCGTTCTGTCATAGAGGAGGCTCTGGTATGCTCTATTTATCTCTCTTTTATTCTGTTCATAATACTTCAGCCTAGTGAGTGCAATTTTTCTGAAGGTGACTTCAGTGTGATTTCACGTTGGTTCCAAGTAATGGATGTAGGTCAATGTAGAGGCATATAACATGGGTCTCCCTATTGACCTGGTGAAGTTGGATGGCACATGGCGACTACAGTATACTTCCGCTCCTGATGTTCTTATTCTTCTAGAAGCTGCATCCAGGCTTCCTTTCTTTCAGGTTCTAACGTCTTGAACTTCTAAATCTCTGAACAATACATTGTTTTTTTTAGACCTGAATCTACTTCCCTCAACTTCCATCCAATTTTTAGACCTGAATCTACTTCCCTCAACTTCCATCCAATAATCATCTTAGTAGTCTGTGAGGGGAGGTTTACTAACATCCAGCTTGGTGAGTCTTGATCATCTGAGGATTTGTGTTTAGTGTAATCTTGTCTATTTTCTCTCTCTCTAAATTTGTTGCTTTCTTTTTGTTATGGTTTTCGTTTCCTACTGAAAGTGCAAAATAACATTGCTATACTTGTATTTTACATTGTCTATTTGTGTCATTTGGCTACACCTGACTCATGGCTTCACCAGTAGGTTGGGCAAATCTTCCAGAAATTTGAATGTTGTGACAGTTCTAATGAAGGAATTGTTCGAAATGTCGTTCGCTGGAGCATCCCATCACTGTTAGAGGTATACCATAAACAATGTATGGCAATCATGAATTGCATTGCAGTTATAAGCTTGACCGAGCTCTTCGGTGTCAGCTCATTTCCATTTGTTTCCAATTCAAGCCACTGTTGTTAAACAAACCTACTAATGATCGACCTAGTACATTTGTGAAATAGATTGATTATTGTGGCCACTCTCATTTTACTAACTTACAATGGACCTAGTACATTCATCAGATAGGTTTATTAATATGNNNNNNNNNNNNNAATACCCTCATGGAACAAGAAAAAAAAGTGATAATCTAATTAGTCTTTTGGTATTCTATAGAGTAACTCTTTATTTTTGGCTTTTCAGGAACAGGAAGGAGCAACTCTGATTGTTTCTGCAAAATTTTCTGTTGTTTCTATACGTAATATCTACCTTGAATTTGAGGAGGTCAGTTTTTGCATCTGGTGTTGCTTTGTTTTTCTTTTGGTTTGAACCACCATGTGAATATACACTATGTGACGAACACTCCAACACTTATTAGGCCATAGAACGTGTGTCTTTAAGTAAGAAGTGAATATGACACTATCTTAAGTAAGAAGTGAATATGACACTTGTTAAAGACGTATCAAACATTTGTTAATAACAATAAATAGATATAAATAGTAATATACAATAAAATAATAATTTTGATAGAAAAATATATGAAACTCATTTTTTTAAGCATACAAATGCCCAAGCTTTGAATTTCTTATGATATATAAAAATGATATGTATTTAAAAAATGGTATAATTTAATATACATGTCCTAGCCACGTCTATGTCCTAGATTTTTTAACAATGATATGTCACCGACATCCGTGTCCTGTGTACATATTCATGCTTCTTAGGTCGAGGATATATGTTTCAGCCAATTAAACTAAGTTCAAGTTGGCCGGTTGGCTGATTATTAGAGATATTTATTTGCATTTTAAACTCTAATATCTGCATCTTTAAACGCTTTGTGAACACTTTTGAAGTATTATAGTTGTGAGATATGTGGATGTTGCAAGCTGTTTTTGGCAGATCAGTGTCCAGAATTTAAAAATTAGCGAAGAGTTGCAGGCTTTAATTGCTCCAGCAATACTACCTCGCTCATTTATAAGTCTTCAGGTAAATGACAGCTGACAAGAACAATAGTGTTGGTTGAAGTTTATATATATTTGGTTGGAATAATACAAGTGTTTAATGCCTCAGATCTTGCAATTTCTTCGTGGTTTTCAAGCTGCGATTCCAGTGAGAGATTCAGGGAGGTATATTTGTGTAAATGGGAAGCTCAGCCCAGTAGAATGTTTAAATTTGGTGCATGCAATTAGATGATGATTCTAATGAAGTATGGTTTGGACTTGCAGAAGCAGAAGGCGTGGAGTTGGAGGACTGTATTACCTCTCATATTTGGACGGAAATATGCTTTTGGGTCGTTCAGTGGGTGGTGGCAGAGTTTTTGTGTTTACCAGAGCTCAGCCTCTCCAATGCTAACAGCTCCAACTCGGAAGGTGTCGAGGAAACGTCTAGTACTATGGAAGTATATTACTCTATTATAGACAATATAAGTATAGCTCAACGATGATGTCTCTGACTAGTTCAAATCCCTCATCCCCACTTCTCGTACTCTAACAGAAAAAGAAAACTTATATATATATATATATATATATATAGTATAAGACATAGAGTTGGAGGACCATATTTCCAAATCTCTAGTTTCTATATATAAGTATAAGACAGAGAGTTGGAGGACCATATTTCCAAATCTCTAGTTTCTATATATAAGTATAAGACAGAGAGTTGGAGGACCATATTTCCAAATCTCTAGTTTCATTTATTTGACACGAGCTTAACTTGTATAGTAATGAAATATACTTTGTCTGATAAACATGACTCAGGATAATCCTTTTCAAATTAATATCTTGATTATATTAGGGACAGAATTGAACATAGATTTCTCATCTAAAGTCATTGTAAGATCGTCAATCTCCATTTGGATATTATATAATTCTTCATTACGTAATCGAAACCTTTTTTCTCTACTGTTCAATGTATAAAAACTTCATCGTTATATGGAGTAAGTTGACTCATTGCATGTTATGACTACATTAATGCATGTTCTGACTGCAAAATAATACTCTTCCAAAAAAAAATAATAATAAAACTGAATATCAGGGAATTTCTAGTGAGATGGAGAATCTTAATTACAAACATGAACACCAATCTCAATTTTGAAAATATTTTTCATGTATTTGAACAAGAAAAATATTCCATAAGCCATGCCAATTAATAGATGATTAAATCAAAGCTCAACATGGTTGTTTGATATTATAATAAACGGTCGAATAGTTTCTGAGAGCAAAATGGTAGGGAATTCTAAAATGTCAAAAACAGACTGCAAAAAGGTTGCAATAACTACATGATAGTCCAAAACAAGCAATCAAGATCTGAAAATACTCTAAAATTATCGATAGAAAACTGTAAGAAGATAATAAACTCTGCCCAAACTTAAGACCTTGGCTTCTCCTTCTTTTCCTTGAATAGTGCAAGGAGAGACACCCCGGAAACCTTCACAACCTTGAATCTAACACCAGGAATATCTCCGACGGCATGTCCTTTACGACCGAATCCGGCAATCAATACTTCATCCTGCAATCATAGTTTTCAGATCAGTTTTAAACCCTCTCCTCTAATTTCTTTTGTTTGGGGGGGGTGAGTTTTCTGCAAAGCATGAATAAGACTTACATTCTCCTCAATGTAGTTAAGACAACCATCATTAGGCACAAATGCGGCAATTTTCTTTCCATTTTTGATCAGTTGAACCCTAGCACATTTTCTGATGGCAGAATTTGGCTGCTTAGCCTCGATACCACTGAAATCAGATTAACATTGCTCGTTTAGACACCAAACGTTCAAACATGGCAAAAGAACGTTCAAATCTTTCATACAAATTTTAATGAGCAGTTCATTTAAACAATATGTATGAACAAACTGATCTACAATTAAGGTGATGATAATGAACAGGATAGTGTGCTATTTCGGACATGAGAATCTGCATACAATCATCAATTGGATGACTAAAACTTGGATCTCTATTCATCGAATTTAACAAAAATAAAATTAATCAGATAACTATTACTGAATCGAATCCACTATGTCAACGCTAAGGCTCTCAAAATAATCAAATGGGTGAATATAAGTTACAAAAAAAAATCATACATTGCAAACAAATGTAAGGAATGGGATGAAGAGGGTCAAAACAAATTATCTGAAGAAAAAAATGGTATGCTTACGACTTACATCTTTTCCAAAACAATTCCTTTTGCATGAGAAGAACCGGCAAATGGCTTCTTCCATTCATTACCAAGGTGAGACTTCTTATAAGCCTTGTCAGCCCACCTTTGCCTTCTACGGTGGGATTTGAGCTTGCGACCAGCTCCCATACCACGTGTCTTCCTGTCGGATTATGTCATCAAAACAGAAATCAATAAACAAACCCATGTAGAATATCAAAACCTGATCTTCGTCTGAAGTTTTCCAACATGATAAAAATATAGCCAGAACACAACTCCTTACTCATTTTTGCTCATCCAAATTCTCAGGCATTAGAAAAATCTACTGGTAATTGCAAATCAGGTGACAAATTATAAGAAGCATTCATTTAAACTTAAAGGATAAAACCTCCTAAGAATCGCTTGCTCGTTCTAAAACCATTTACATTAAATGCTAGTTCAAACAATCCACAAAAGAATCAAACTCATTAGAACAAAAAATCATATCCAGTTTCCAACTCAATCCATTCATACTAAAAACGAATGTTCGCTTATAGTGAAGCAAGCGGATCCAGCGAGTAGAAATCGCATAACTCTATCACAAAGCAAATATCCCTTCACAATATCGCTTCATCAGATTATTCTCACAAAATCCTTACAAAAACCGATCAAAGCGCGCTATCTTACCCCATGTTTGCAGAGAGAACGGGTTCTTCGACTTCGGCGGGGGCTTCGGAAGTTGGAAAAGGAGGAGCCGCTCAACAAAAACCCTAGGCTTCAAGGAGAAACCCGCTTCGAGAGTGAGCGCTAATATATAGAGGACATTATTTGGGTCGATAGTTGCATTGGCGGCCCATTAAACTCTTTGGGCCCTTTATTGAAAATTTGAGCCCAAATAATGGCAATTTTAAATTAACTTTTTACGCAGCTGCCCTCTATATGATCATATTTATACAAAGTTGCCCCTCGTTTATAGAAAATTGCTCAGCTGCCCTTAACTGTGACGTCACAAAAATTTCGAATCCAGAATTCCGTTGCGTGGGGACGGGATGGATTGGACTTGGAGGTAGATATTTTTATTATTTTTATTTAATTTGGATGACATCTCGCCTAAACCCTATCTTTGTGACTTTGTTCATATCCTCCACAATGATTTTTAATAGGTTGATTTTTTTTTATTTTTTTAGTATAACAAATGAGACGAGAGATGAACTTCCAATCTCTAGAGAAGAGTTACGGTTAGATGTTATGTCAATTTTAATTTTGACCGACTGCATATTTATTTGATAGTTTTTAACTGAGCAGTAGACCCAATGACCCAATGCAACTAATAGATAAGCCTTGGAGATGTAATATGAGTTACATTTTTTCAACAGAACAATTAAAAAAGCAGAAAATTTCCTTTCAGTAATTCCCAAATCTACCCCGTTGCCTGATATCGTAGAATGAAAACCGAGGGTAAATATTTAGTCCAAGTACATTTGGTCAAGCCTTTTGTTGAGCTCCTGTTAATTGAAAATCAAAAGTGATTATTTTTTTCCCTTTTTTTTTCTTTTTCCCTAAAGATAGAATAAAGATTTATCTTCCGTACAAATTTTATGAACAAAAAGGATATTGAAAAAAGTTATACACTGCATATATCAGATACAGATGATATCATTATCAAGATTGTCCAGAGCCGAGTCTTCAAACATAAAAACAAATCAAAAGGCATTGGAAACTAAATAGCAGATACCATAAAACATTCTACTAACAGACATTCGTACAATAATCTTCAGTAGTTCATTCAGTAGCCACTTATTTCTGGTTCTTCTTCCACAAAACTCCTATCTTCTTCAACATGTTTCCGTTCTTCTTCTTTGGCGATTCGTCGTCGAGATCTTCCGAGTATGGTGAGCCCAGAGGATAATTGTTCTCCAAAGAAACTATTCTATCAACAAACTTCCCATTGTTCCCAGTTGAGAGAATTGCAGCTGCAGCCTCGGCTGCTTTCCTCCACTGGTCTGCTTGCACCTTTAGCCTCCTCAACTCGGCCTCCATTTCGGAATTTGCAGCCTGTGCAGCATCCAACTGCTCGGCAACTCGTGCCGCTCTTCGGCTGCTTTTATCTGCCTCTTCTGTTGCATGCCCCAGTTTCATCAAAGCTTCCTCTTCTGCAGCCTTGGTTGTTTCTGCCAAAGCGACTGCGTCGTCGTTAATCTTACTGGTTTGCATTTCCATCTTTTCGATTTCCTTCTTAAGTGCTTCGTTTTCCTCAGCTGTACTCTGCAACTCTGTCTCCTTATCCAACAGTCTAGTCTTCAACTCCATCATATCAGCCTCCAACCTCTTTAGTTCTGTTGCAAGTTTCGACTCTCTGTCGACCGATGTGCTTTTGCTTGTCTCTGAGTTAAGTGCCTTGTTCTCCTCCACAACACTACACAATTGAGTTTCCTTTTCATTAAGGTCTACTCTCAATTGTTCGATATTCGCTCTGGCCTGCTTAAGTTCTGCATCCAATTCTGCCTCTTTACGACATGACTCTACTTTCATTTGTTCCACAAGCTCATGAGCAATTCTAATTTGCAATGCTGTACGAACATATTCCTCCTCGTACCTTGTCTCAGCTGCATCTAATGCAGATTTTGATTTATCTGCTTCCATTTTCATGGCGTTAAGCTCGGTTTTTAGCTGATTGATTTCATCACTTCCTTGGTTTTCCTCAGCAGGTTTTGCATTGACAGCGGGATCCAAATCATTGCCCATAGGATCAACCAGACCTTTCTGAATCATGCTGATCTGTCCCTCCAATGATTGAATCTGAGCTTTTGATTGCTCCAACTCCACCGATAAAGAGTTGTAAGACTCAATAGCTTTCATTCCATCTGATTGGAGCTTTTCCACAGCCGCGTTGGCTGTTTCAAATTGATTTTGGTTTTTCCTTGCAACTTCAAGGGCTTGAGCTTCAGATTCTTTGCAGTAACTCAGCTCATCTTTCAGTTTTTCGACTAGGAAGACAGTCTCCGAGAGTTGTGTTCTCAAATACTCAATCTCGCCTTGTGCAGACTCTGCAAGATTACTCCGGGTTGCCTCAGATTCAGATACCATCTCCAACTGGGCCTTGAGCCTCTGGACTTCATTCATGGCAGAGGCCAATGCAGCAGCATCCATCGCGTGCTGCTTCTGCACGGCCTCAAGCTCAGACTGCCAGGCTTGATCGCGGTCTTGAGAAATTTTATGCAGTTCTTGAACGCGATCTTCCTCGGAGGCAGAGAGCTCCAACACCGGCTGCTGGGATTCTTCAAGCTTTGCAGACATTTCTGATAGCTGTTTCTTTGCTTCTTCTGCCTCCTGTTGGGCTTCCCTCTTGTGTGATTCAGATGCGCTCAGTTGGTCACTTGCCTTCTTCAGTTCCTCCTGGAGTTTAGAAAGCTGCGATTCCAATTCAGCCACTTTGCTAGGTCCTTTACTCTGAATATTAAAGGAAAACAACCAATCTATTCAAACGAAGTGGGAAAAAGAACTCTATCCAACCAATCTATTGAAAAGGGGTAGAATATAGAACCTCATTCGTCAGTCATAAACTGTAAAACAAGTACCTCAGTGGCCAGACATCGCGGTGATTTACGGTCAGTCACCCTAGGACTTCTCTCTTTAGGTGTCTTGCTAGCAGCAAGAGGAGAAGTGGAAATGGACTCAGGATTCGAGCTTGGCACCTTAAGTTGACGAGCAGTTCGAGGTGTTCGAGGGGATTTCTTTTGAGGTACTTCAGAGGAGCCAGTTCTGCAATCCAATTAAAACAACTTCAAAGATCCGGCCATAGTATAATTTAACTACTGACCTGGAGCACTAGATGCCTTTGAACTTTAGATCTTTCATCAGAAAGGACAACAGTGAAACACAAATCATATGTGGGTAAACTACAGTAGATTAACAAATGATAACCGTCTGTGTATTCTGTGTTTATAGCTAGCTTGACTTGTAATTGAGAAAATACCAATCTCAGATCAATCTTCACCACTGAGTTGATTAAATTCCCAAGGAAAGAAAATTATTTCCTGTTTGATGCATATACATATAATGATGCACTATTATTAGATATATAAGCAAGATCATTCACAATCATAAGGTTCAACGATCTCTTTTCCTCCAAACTATGATGTATAAGGACTACCTTGCCAACTACATTCCATTTTCATTTCCAGTTTTCCACTATACTACTTTAATTTACCTATTTGCCAATAGTCTTCTTCTTCTTCTTCTTCCTTTTTCATTTTCCCTCTTCTTTCAATTACCAACATCAAAAGTCAAAACTGAGAATTACCATCCAAGTACATTGGCAATTTGGTATTGCAAAATACATGTAGATGGCCTAGAGGCGAAAATGTCATAAGCTGCACCCTTAAGAGAGTCCAAGACTTGCATATTGGACAATTTTTTTTTTTTTTTGAAAGAAACATTAATAATACAGATTACAGTAAAAACAAGCAGAATTCATGAATGAAAAGTGGGAACTTCTGCTCTGCTTTGGGGGAAGCCAAAAACAGCAACAAAAGAAAACCGTCCAATTAAGCTAACAGAGGAGGCAAAACAATAAGAAATTCAAAAACTAAACGCTAATCTTACTTCGCTTTCGGTGTCTGCATGCTTGTGTGTTTCCTTTAGAAAAAGAATCAAACAGGTAAAATAATTGAGTTCTAGAGTTCTCTGACCCACAGTACCTGAAACAGCCGAGAGAATCTTGACTGAGAAATAAACAGAAAAGGGAAGCCAATATATGTTTGTACAAAAACCATTCGCAAGAGATAGCAACCTCACTACCATAAATCAACATCACTACCAAACTTAACAAAAAAGACAACACAGAATACAATCACTTCAAAGAAACTCCAAAAAACTAACCCCACTACAACCAAACCAACAAAAGCCAAATCATAACATAATTTTAATTTTTGCTTAGGGAAAAAAAAGGGAAACTGTAAGAAATAGAAGGCTATATTTATCATTATGCAAAAACACACTTCAGACTTTTACCATTTCCTTTTTCCCTTTTGCCCCTCCTTTTTGCCCAACAATGACCCCTATTAGAACGCACTACTCTAGCCCAGATGGGCCCCTGAAATTCATTCAAAGTATTATCACATGAAATTCTGTGTTTAAGGTGTATGTTACACAGTTTTTCAGAGGAAGATTAGCATTTATTTGTGTAAGTTAATTCCAGTTTCACCCAAAATGGAAAAAAGACAAACATATATGCTCGTTTTTGGAAACGTATTTGATTTAAAGAAAAGCAGTATTTCTCTCTCTTAATGTCGCTTCCTTCCAATAAATACTATTTTGCATCAAATTAAGCAAACTAAAAAGCAATGCACTCAATGGTGGATCCTAAAAGGTTCAAAAAGTAAATTTAAAGAAAAACACACATCCGAGGAAGAAGCAAAACGTTAATGGAGAATGGTGAAAAGAGGCTTTCGGAGCTGGCGCAGTTGCAAACGAAAAGAGAGCTCTGAAGCTTCATTTCAAGCACATCAAACTCACAGATCTGAGAAGATAAAACACTCGCCGCACAAAGAAACAGTAAGCACAAAGCACAACACCAAACTCACCAGCGAAGAAGAAAACGCTTCCGGAAAGAGAGAGTTACAAGAAAAACAAGCAAAACTTCCAGGAAATCAAACACGGTGTTCACTTCCAAAACACATAACATTGCGTCAAGAGAAATCAGATCTTCCGCAACAGCGTTTAACGAAGCAGAATGTGGGAGTAAAAAGAAAACCGAGAACTGTTCTTACCAGAAAATGGAGATTTCTCAGCTGTAGTTATGCTAATTTGCTTCGAACATTTGGAAATGGAAACCCTAGTTCAGGAGGTGAAGTTAAAAATGGTGGGTGGTGGTGGTGGTGCTTCTTCTTGTTGTTCTTGAGCTGGTTTGTGAGCTCAGTTCCCGAGTTTCTCTCTCTTCGGCTTCGTCTCTTCAAAAGTCTGTTATGTTATGGATTCGGGTCAGTGGGAGGGAGTAAGTAAAAAAAGCAAACGTAGCATCACTCATCTTTCATCACGCGCTCCACGTTTCACGCGCTTCCTGACGCTCCAGTCAGATGCTTTCTGCGCCTGTGTGATGGAAAATGACCCTGCCTCGGATTGAGAGGCCCGGGGTAACTTTTTATTGGTTGCGTTTTTTAAATAATTAAATAAATTTTATTCTCGTGGATAAATTATCGAATGAAATCGTGCTTAAATCCTAATTGGTGTAGACCTATCCAAAATAGTTGAAAATTTGGTAATTAAAAGAGAGAAATGTAAAAACAAAATATTAAAAAACAATAATAACGAGATGTTAGATGTCAATTTTTCAATTGTGACGAGAATAAAAATAAGTCGGTACAAGACCTAAGTATTTTTCCAATAATTTTATGACAGATATTTTGATGCTTACTTGTCAACATATGTCTTTGTAGAGAACACCATTAATTTTTTTTAACAAGTAGAATAAAGAAAGGTAGAAAATAGATTTTTTTTTCTAAAAAAAATAATAAATTGGTGACATAGCAACTACGTTCCTTGGTTTGGAGCCTTTGAACTAATACCAATCTCTTGAGCTCTTTATGGCAGCTAGTATATATTGATTCCGAAGAGGATTGGAAAATATTTCTTTGTTGAGATGGATGATAAATTTTTAATTCTAGAAAAGCGACTTCTTTCTTCCTTTCTTCAAGTATCTATCATAGACAACAAATACACAAATTTGACTGTGTATTCCCGAGAGGAATTCGATCTTGGGATACCACATAAATAACAGTGGCAAGAGGGTCAAATAGGTCGAGGTGAGATGCCGTAAATTTAAGAGATATGGGCGGAGTCTAAATGTCAACTTTTTATCAGTGCTCTGCGAGAATATAAGTATTAATGATCAAACATCTAATTGTTGTCCATAATTTAGTGAATAAATCACTCCCCTCCTCATTTGTGGTGCTATGTATGTAAAGGATCCTTCTAAGTCAAAAAAAAAAAAAAAATTAAGATAAACACTTATGAGATGCATTGGATAGATATATTTTTAGAGCAAAATATTTGGAACATTTACTTGTTAGTATAATCGTTCTACCATATTAACTTTTAAGTAGAAATGTTAGTAGAAGAAAACTTGTTTATAATCAAAATTGAAACTTCCTTTTAAGTTTGAAAACTAAATTCGTAATTTTACATNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTTTTCTTTTTTTTTTTTTGTGATTTTTACTTTTCTTAAAATATACTAAGTCAATTTTTAAAACAAAAATAACTTTTTGAAAATTTTTTTATTTATTTTGACGATCTAGTTTTTATATTGAAAATAGATTAAAAAGTAGATAACAACACAAAAAAACGGATAGATCAAAAGTAACAAAATAATTATCAATTGCAGGATAAATTATAAAACTAGCTAGTATGTTTTGAGTATAATGTTTATTGAGTAATTGAGTTATGACTAAACTTTAAATTATAATTTTACTTAGTCCATGTTAATAAATCCGATGAAGGGATATAAATACTGTATGTATATATAAATTTTAACCAATATAACTAATATTTTTATAGACAACTTTAATAATATAAAAACTAAAAACATTTACAAAAAGTTGAAAGTTTGTGTTTTCTTTTTTTCTTTGGTTAGGGTTCGAATCACATTTTAATTGATTTTTTTATATGAAATGAGAATTTAAACTTACAATTTTTTAAAAAGTACATGCCTTAACAAATCAAAAATAGATAAAAATTATATTTTCTAAAATAATATTAATGATAATTANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTCTTTTTCAATTATTATTATTATTATTATTATTATTATATTTATAATTTTTGACAATAGGAATGAAGTATTGAGTGTTGGCCACTACGACAAAAATGTAACATCCCTAGGAGGGTGAAACTATAATTGAAGCATAATAAAAGGCTGTGCTTTGGATTCATTATTGCTTCCAACATTGAACTTGATTCTAAGTCAAGCAACCATATATTAAAACAATTTTTTTTTAATTCACAAATAAATAATCAAAATGATCAAACTCATTAAATTCTAGAAAGGGGCAATAGGCTGATAGAAAATAATAATAATAATAATAACGACAACGAGAGAGGATAAGATGAGATGTGATGAAGAGATAGAAAGTAAAACTTTGTTAGATTTAGACATTAAAATTTCTTTTTTTCCCCTTAATTTTCGTGTTGATTTTTTTAAAAATAACCTGATCCACCAGTCAACTACACCACCACCCGCGAGTGCTATGTGTTGAAATTTTGAATATTGTAATATAATTTATTCCACAATTTATAATAATTTATCATCGAAAATTTTTCTTTTTTACAACGTAAATATATCTCAATTAGTTAAGTATATATTGTTGGAATTGATGGAGCCAAACCGATGTCGGAATGAACTAGGGACGAATCGGGATCGAGTGGGAACACGTTGGGACGAAGAAGGAATGAAGAACAGGTGAAACGAAGTTATAGGCCAGAATAACCGAGGTAGCACCATGCAGCTAGGGGACGGTGCCGTAGTGTTGTTCCAATGGGACGCGCACGAACTTTTTCCATCCGTAATGCTATGGCGCTATATCGACTTTATAAATATGCAATTTCGGGTTTTAGGGTTTCCGAGCCAAAAATAAAGCCGATTTTGAGTCTTTTTTTTGGAGAAGTTTGTGGCGGTTTCAAGGCAGAGACATTGTGACAGATCAAGATTGACATATTTAAGATGATTAAATATTGATTCTATTGTGAGTTTTTCACTCATGTACTGAAGTATAGTATGTTAATACAAGCTAGAGGACTTTTGTTGAGATCTTTACATAATAAATATATGGGCGATATATTAGTCCATGAATTGTTGTAAACCAGTATAAATCTCGTGTCGTTCATTACTTTCTCTATATATATATATTTTTTTGTGTTGTGTGATTGACTTAGATAACTAGAGATTACTGGGAAAATGATCGGAAGCACTTAATTTCCCAACAAACATATCATGAACCAACAGGTGAGAGGTTCAAATTCCGACGAGGGTTCGAAATGAAAATAAAAAATGATCAGTATTTTTTTTTTTTCCCCGAGGTAATTAGGTTGGATGTATAGAGTATAGCACGTGGGCATTAAGATGGTCACATGGGGGGCGACGGTTCCGGTTGGGGAACAGTGGAGAGACACGGTGGACCTGATGGCCGTACAAGTGAAAACCACCGCAACATGGCGGCCATTCCCATATTTCTTTTTTCCAAAGATTAAATGCCATTTGTGGTCGGTGTCGATTAATGTTTGTCCCCTCTCCACTTCAATCAACACCCCTCAAGTAAAAGTTCAAACTAACCCTCTATTGGCCCACTCCTTTTCAAACCATTTTAAATCTTACTTTTAATTTTGTTCATTTTAGTTATCGTCAAAATTCATAGACCAAAAGTTCAAACTTTTTTTATTTAGGTTTCTGCTCCAAAATATATATATATATATGTCTCACTTCATGTGTATTGTGTCTAGCCATGAAACATAGAGTGCACAACTGATTTTGGATTCTTTGCAGCAGGTTCACGACAATTTAGATGTTGACAATATAGAAAGGGTAGATTGGGTAATTTGTCATCAATTATTCGGTGAGAGTTTTTCATTCATGTATATAATTAATTGTGTTAGATTGCTTAGAAGCTAGGAACACATGTCTTTGACAGTTCGAATTCTTCTATCCCCAATATAGAGATCAAAATAAACCAAATATTTAAACCTATATTTTTTTTCTCTCACTATCTATGTTTGTTTGTTTCTTTTTTAGTATAAGGTCACGTTTCCTTCCGAAGCACGATGATGAAAGAATCCAAACAAAGAACAATATTTGGATAAAAGACAAAAACAAATTATTCATATAATAAAAACTTGGTTCATCGAGGTGGCCACTTGAGAGGGAATTCCTAGCACCACAATATAATTGAGAAAAATATACGTGGAAGCTTCTATTAGCCGTATTCTTATTGGTATATTTTTATTACATTTTCTAGCCAATAAAATGTCATTGGGTAGAAATTTATACTATTTCCTGCTCAATGTATATATCTAAAATAGAGCAGGTTTAATTCTCAATAAAGCTACCATATACAATACACTTTCATCGTATAGCATTTACTCTACACATATATACATTTTTTTTTTTTTTTTACATCAAAACTAATATTTGATAATAATTCATTATGAAAAAAAAAGAAAGAACAATACTTCTCCTTATCGATGTCACATCGATAGACATTTGACAATAAACTATGTAACATTAAACTCAATAAAAAATTAATCAAAACTTATTACAACTAAATCAACCATTACGAAAAATTTACTAGTCCACCCTACTAATGCTAACAAGGTCGACATGAAGGATGTGTCGAGCACCCGCCCTATTCTACTTAACTAAGTTCGTGCTTCTCAAAATAACTTTTAATCCACACAAATAAAATAAACATTCTAAAATAATATAACGAAATACAATTTTTCATATGATGAAAATGTGAACGTTAAAGTTAGTTTACCTAACTCTCAACTAACCCAAACTAATCACATGAGTGACCTTATAATATATATTAAATTTTAATATAAAGTATAGGCGGTCACAATCAAATTTGAAAGGATCTTTGAAGTTGCCAATGCTTGAAAATATCAAACTATATCAAATTCAATCCCCCAACATAATTCACTATGCTCACAAAACAAATATTCGCCGTTTCCATATCACTTATTCTTGTTTGTTTAATTTCCACACTATTCTTAGCAAATTTTTTTTTTTTTAAAAGAAACTTGTTTTGTTTTTAAAATTTGACTAAAAAAGAAAAACANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCCTATTTTAAAAAAAAAATCTAAACCAAAAAAAAAAAAAGAAGGTAAAAAATTGCAGCAGAATATCAGAATCAAATTGCTTTTATCCTAACCACAAGTAAACATTCAAACATAAAAAATCTCAATCTCAATCATATTCATTTCAATCTTTTTACACTCGAAACTAAATAAATAAATAAAAATTGAAAAAAATAAAAAAATATGGCCTATCTCACAACTTCCAAACGGCCTAAGAGTCTAATCTAAGACCCCTAAAAAGGGACGCCATGGCAGCAGTTAGGGTTTGCAGGCTCGAGAAGATCGATTAATTGAACAGATTTCCTAAAACTAAAAGCAGCAAGAAAAAGAAAATTAGATGGAAGAATTAGGTCATCGCATTCCAACCAGTACATAAACGGCGTATACAATTCCAGGAAGATAGCCCAAAAATGTGAGCAACAAATCAATCCAAAACTCAATCTGCAAAAGAATTAAACAGAAGCTGAGAGATTGAATGTTGGTAATAGAAGATTGAATCGAAGTGGAATCGGAGATAGTACCCCAATGCCGTAGCGGAGGAAGACGCCGAGGGGAGGGATGAAGACGGCGAGAAGAACTTCGAGGAAGGTGGCTGAGCCCATTCTCTTTGGGATTCGATCGCCTTGCATTTGCCCTTTGGACTTCCGACTCTGCCGCCGCGAGAATTTTCCATCGCCTTCTACTTTTAAATATGCAGTTCCTAATTTCTATTTTCTAGCGCGTCGTATTCGCCACCTGCTCTCCTCACACTGCCACGCGTGTCCCTCCCTCATCGCAGATTTATCATTTTTATCCCTAACTTTTGTTTTAACCTTTTAAAAATTTTAAAATATATATATTTTTCACGTAGCGCCGCGGATTTGAACTTGAGAGATATACATATTTCCATTATTGAACTAAGTTTAAATTAACCAGGTCTTTTATTATAGGGAGATTACGTTTCTTTTTTTCAATATGGACCTTATCAAATTTATCCCTATTTTTTTAAAACTCTTTAAGATTTAATTTAATTAAAAAATTTTTGTTACTAAGATTTTTTGGTGGGAGACAAGTGCCTTCATCATTTTTGGTTTCATCAAATAAACTTTAAACATATTAAACTATAATAAGTGTTGCATTGCTAAATAACATAGTCTTAAGTTAAATTATGAATTTAATATTTGTTAGAGGACAAATTATAAATTCATAAATATAAACTTTTATAGTCAAAGTGTTTCCAACCAAAAGGTTGAAATTTGATCCATCATCCCTACATGTTGTACTAAAAAAAGTATAAACTTTTATATTTTAGCATACTTTTAAACTTTTAATGTTAGATTTAATAGTGTTTTAAATTTTAAAAAATGTTTAATGTCATTGAAATTTCAACTATGTGTCTAAGATGTCTCTAAATTTATTATATATTTTTTAATATTTAAACATTTATAAGAAGTAAAATTAAAATATTAGTGTGAGATTCAATATATTTAGAATTTTAAAGAATGTGGAAGAGATTATTTGACCAAATTTGTAATTTTAATTTTATTCTATAAGCTGAAAGTATTGATCTTTACCTCGCATTTTAAAATAACATATTCTAAAAAGAATCGTTCTAGACTTTTGTGAAATCACAAAATGAGAAATGCACGTATTTGAACTTTATGAACTAAGTAATACATTTTGAACCAAATCGAGCATAACTCATGTGATTAAAGCACCTATCTCCAATCAAGAGATCATGAGTTCGAACCTCAATCCCAAATGTTGTATAGAAAAAAAAAAAAAGTAATACATTTTGAGAAATTGAAGAAATAAATACATTTAAGAGGCTGAGGTGTATCTTAAACTTGTTATCCTCAATTTTGCCTTTAATTTTCTATTTTCGATTTGTTAACGGAAGAAAATTATTAATAAACACAACAATATAATTTTTTTTTAATTTACTCGTTTACCTATTCTACCACCCGAGGGTTTCCCCGAAATCAAATTACAATTTCAACAATCTAAGCATAAAAAATTGCCTTTCAATGGCATAACTCTACAATATTATACATTATTGTAAAGGCTGTTTGCAGTGTAAATAATTCGCAACATCAAGATGGCAAACCCAGAATTCTTGAACTGAGATTATTTCCAAGCAATGTAATTTTCCAACAATCCCATAGGAAAATAAACACAGAAGACTTCTTTGGCACAACTGCAAATCAAAACCAGCAAACAAAGAAATCCATGGTCATTTACTGGGAAAGACCAAGCCAAATTCATAAACAACTCGAGTTTGATTGCAGCAAATTCAAAAGCATGAGGGCTCAAATGAAAGAGTTACCTCGAAACTTATCATCTTTCGTCACGATCCCAAATGTTTCTGCAGTTTCTCGAATCATTATGCCGCTTATTCCAGTAAAAGCAGGTATTTTACACTCTACAACTACAGCAATATTAATTGATAAAATTCAGTAGCTAATATGAGAGAGTATAAAACCTTATAATCTTGTTTTAATACAATTTAAAACTAAGATTACAATGTTGATTACCTTAAAAGACAACTGCCACAACTCTAAGGATGTGTATGGGTCATTGTAAAAGCCATTCTCACAAATCAACCATGCCACTTGGATATATGTGCTTTATCAACCTAACTATGTTCGGATTGGTATGTAAAAACTTAACGTGAATAGAGAATGGATGTGGAATATACACAAATATGAACTGGAGGGGAAATCCTTCAACCCCAGGTCTATAATGTTATAGTTTTGACACCCATATTATAATTTTCATGGTGCTATTCGTCAACAAATTTTTTTTGCATCTTTCAGTAGCCTCTGTGCTGGTTGGGCCTTGTTGCAGCTTTCTTTTTGTGTTTCATTCATATTAATGAAAGCTAATTTATCCCATTAAGAAAAATCTAGATGAATATGATACTAATGTAAAGAACTGATATAAGACAAGAATGGTTATACCTAGGATAATGGAACCATGAAGATCTGCAATGAGAAGATTTCGAGCCAACGCATCCTCCCTGCAAGATTCGGACTTCGATCACACAACCAAACAGGCAACATATGACGAATAAGTACAAAAGCATTTACTTGACAAAAAAGGGGCCAAAATATGCGTGAAAAGCTAACAAAAATGAAATCTGAGAAATAAATTACAGAATATGAACAACTTGGTAAAAATCTAACCCAACATGGTGCAGCCGTTGTTTCATGTAGCTTTTCCACATATCGTGCATGGGCAAAAAGATCTCAATCCTGAAACAAAAATACACAATAAATTCATTCTCAAACACCAATGACAGTGACATTGCCAAAGAAAACTCATTCTAATGGATGTTTACCAAGAACAATCATAGAACTCCATAAAGTGCAATGAACATGTCTTTGATTAATAACCTTTCGATTTCCTTTTCTTATGGCTAAGGATAAACAACTAAATTCTAATTATAATTTCAGGAGAAACAGACAATTTCATCACCATTTTTCTATTCAATCCTATATGGGAAAAAATGTGGGGCGCTGGTGGACGAGGGCTCTCTTTAGTCTTCACCAATCAGATAAATGGAACTCACTTATGGAAATCAGATGGCAAATCAAATGTTCCACACTTTTTATGTTGCTTCATAGACAAATGCCTTTTGGATCGCTTTGAATTGCTCCGTAAAGCCCTTATTCGAGAGCCAATCATTCCAGCACGTTTTGGAACAAAGTTATCAAGAAGAATCCATGCATCGACTTTCAGTTCTCTTGATCGTTTAACGTAACCCCCAGTTCTTAGTTCGTGACAAATCTTGTTAACCACTCCTCTGTTATTTGAAACCTGCAAAAGGTGAGGTTCAAATTAACCAAGAAGAACATATAGATTTCTGATCCAAAGCACTATTTTTCAGAGGCCTATCCATCATCAGTGCCAGCTCCATATATGATGATTATTTATTAGGTTTTCAGAGAGGACAACTTACATCCATATTTGTAGCGAGCAAATTTTCATTAACAGCAGCTGAAAGGGTGAAATATATTGGATCACTTTCTTCTACATCTGCATATGAAAAAATCAACTAACCATGAGAATCAACTAAAAAAATAATGACTTCGCCACCAACCGAAAGTATATCAATATAGGTATAATGAAGGAACCTTTATTTAGGGGTTTTTCTTTAGAGGGCAAAGGAATTGAAGAATCAGATGGATTTCCTGGGACATCAATTGGAGAAGAATCGGTTAAATCAGATTTTCCTGTACTCGATTCCTCTTTAGAACTAATCTTCTTCTGTTGTTGAAGAAGCTCCGCTTTCGCAGCAGCGCACCTTCGCTCCAATGCCTCCAAAGCACGTTTCCTTTGATCAGAGGCGTTGTCCGCCATTGAAATACGATTGTCGGTTAACCCTTCCTGAAACAGTGTACCACTACTTTACACATCAAACTTGAAACAAAAGAAGGTATCCAGAGCAAACAAAAGCACGCGATTGAAGACATAAAAAAAGTGGTGAAAATTGAATCAAGTTCCAACGAATATTACTTTGAAAGAGAATTGTGAAGACAGATTGAGGGTTTTGTCGATACCCTCCAGAAAAAAAAAAGGTTCGTTGTGGAACAGAGAGCAGAGAGAAACTCCGGCCAGGGGCCGGTGCGTCTGAGACAGAACAGAGACGCCGGAGGAGGACTGAGAAAGAGAGAGAGTACCGCGAGAAGAGAAGAAAACCGATTTAAGGGAGCCGATCGGGTCGGTTTCTACGGTTCGGTGTGACCACGTGAGAGAGGGAGAGTCGGCGGAGGATGTCGTCGACGGGGCGAGGACCGGTGAAGAAGGTGGCGACGGCGCTGGAGAGAGGAATGGGGCGAGAGAGTTAAAAGCGGGAGAAGGTCGTCAACGGAGTCCGGGGTGGCGCAAGATGAAGAAGGGAAAGGCTGACCGTGAACTGAATAAACCCGGTTCGGTTCGGTTGGTTCAATCGGTGTTTATCACCCCTGCTACGAGGGCAAAATATTTTCTTTTTCTTTTATGTAAAAGATGGGCTGAAGGTTACTGGGCTTTGTAAACAAAGAACGAGATGGGGCTTTTGATCAGGTGGTTCTCGGCTTAAACGGTACGGTTACTGGGCGATTTTTTTTTGGCGACCCAAGTTCGAAATGGGTTTTATTTGGATTTGTGCTTATTTGGTAAATTTTCCCCCAATACACATTTTAACTCTTTTCTTTTTTAAATAAATTAAACTTGTTTTTACTATAAAACATATAACAAGAGTTCAGCATAAAAGTGGACAGGACTATAGGGAAATTTAAAATCTTTTTAGGTGGAATTGAATCGTGTTGTTATTTCCTATTATTTTCTTATGACACCAAAATCTTATTCTTTAAGATATCTTTTCGATCTTTGATCACTAGACTAGACATGTACCCTTATGCTTGAGGTTGATTTATCAACTTTTATCAAACTTTCATTATATTGTTGGAGGTGCTAATGTATTGCAGAAACTAATTAGGGGTGCTACCGTTATAAGATCTCGAAGCTAGATTGACCAAGAAAAAATGATGGTTGTGAAACGATAGCACTATCCTATCTACTCTAAAACAAAAGATAATTCTTGATGATCTTGTTCAAATTCAAGCACGTATACCATTGGGAGAAAGCAGAGAAATCGATTACACGAGAATATCCCCGTCTCCCTAATCCACTAATGTACCTTTTATGTATCATTTCATATGCATTATGTCATTTCATTACTCATTTTACTTCTTTGTTCTCCATCGCTGTTTACATAGGCAATTTGAATAAGTAAAGGAAGAGTTGCTCTTGTTGATGGTGGTGTTGTAAGCAAAATTATCTAGAAGCTTTTATGATATACAAAGATATTATGCTAAGACGATTTTTGTTTTCTAATATGTTAAATTCGAAAAAAATTTTAGTACTACTGGAGTATCATACTCCCTCCCACTTACACAATAAATAAAAGAAATGAACCCCATATCATTTTTAACCTATTGTTGATGTATCGAGCGGTAAATAAAAAGGAATATGATAATCTCGTATTACTATATATATTTTTTGGTTAGGTTCTTGTAACAAAATTGTTGGTAAAACGAATCTTCATTTGACTACATATTTGCATAGCCTATTACTATTCGTTGGAGTTTATCTAGAACAAATGTTGGCGATCAAGTGGTGGGTAAAAGGTTAAAAGACTCTTGTTTCATTAGAAATTTCCTAGCTATAAAAATGAAACTGAATAATATACTCATTCGAGAAATCTCAACTCCCCTACTTAACATAGGATTAAAAATCTAATATCTAAAAAGCTAACGAATTTTATAAAATAGAATCGTAATATATTCCTTTTAAAGAAATTTTAAACTATCCGCGTGGTAATATTATAAACGGAAAATATAAATAAATTGTATATAGAACAAAGCAATCAAAGAGACGTCATATAAAAATAATTTGTATGTCAGCAAATAAATAAGATCCTACATACATTTTAATGCAATGAAGATGGTAAAAAACAATTTATTGTCACTATACTTTTGCACCAACCATATTCCTTTTATTTTTAATCTAATTTATTATAATTTAAATATGATACTATTTATAAAAAAAATGTAACTATGACTTTATATTAAATGATTTTTTTAAATATAGAAATTTTCTTAAAATACTATTTTGATGAAACGTTCATTTTGGTTCTAGTATTTAAAAAAAATGGTTAAATGATCAAGAGCCTAGAAGAAAAAAAAGGAGTGTTTTTTCAATTTTATTCTAAGGTTTAAAAAATTTAAATTTCGTCTCCCTTTAAATTTTTTCAAGTAAGTCCATATTATCCAAAAATATTAAAATTAATTAATAAAACAACGATGTAGTATAAAAATATTCTATATACTTCAAATGGATGAAATAGATATACTATTTGGCAATAAAATTTAAAATTACTCATTTTATAGGATCATGTATGCATGAAATTGCCAGTTGTTAAAAAATACGTACACCATTGTTTTTTATAATATCTAGTTATTATAAGGACTTAATTAAAATAAATTGTCTATCAAAATTAAAATCAAAACTTTTAATTTTAGCTTAGTATATTAAAATACTTAAAAAAATAGCGGATAAATATCAAATAATAACACGTGAATTTAAGCCTAATTTCGAGTGAATAAGACGGTAAAAAATACATTAGATACAATAAATAAATTGTTAAAAAAAAAAAGATACAATAAATAAATAAACAATAAATACAAGTTGTAAAGAAAGGCACATTCGTAGTCACGTCACGTGTCTTCCCGCACATCACTCCTTCATGTTTCAGTCCACAGCAACCGTCAACAGCAGGTGCACGCCTTTTCCAAAACCTACCCACGTACCGGCCGAACCGGTATCCGGCAGTTATCGACGTGGAAAGATCAGGCACGTCACTTTCATAGCCACCCAAAAGGGCGAGCGAACGGACGGCTTCTATTCATCGTCTACCAAGTGACGGCAAAAAGCAAAATAAACACTCAGTAATGACGAGATGGATTATTGGTTAACTTCCACACAAGTAAAAAAGCTTCTGTATTGAGATTGAACAGAGAGAGAATCAGCAATTTCAGTGTTGGAAAGTGAAAGCTAGAATGGAGCAGAGTTGCTTTTGGCTTTATCTCTGAGTAAGTATTTTCTTATTGCTTATTGTTTTTTCTGTGTTAGTTTGATTCCTTTTGAATGGTGGTCGGCTCGGCTAGGGTTTCTACGTGGTCGAACAATCAAGATTCCATCATCACGCTTGTAAAGTATCTGTTCTTGTTCTGTTATTTCATGGTTTGATATTATTACTCTGGAATTTTCTGCTCAAAGCAAATGCGCACTCTCTTTCTATATATATATATATATATTCGTGTAAATGTGTGACTCTGACGCAATTGAAATTCTGTCCGCATCTTCGTTGAAGTTGGCCGGAGCTGAATGTATGTGAAGTGTTGAGGAGTGTTTATTCGGTTGCCGATGGCGGAAGTCAGAGGATCGAGCTCGTGGAGCGAAGAACTTGCGAGTCTGGTGGAGGATTCCGGGATACGGTACGTCGCTGAGCCTATCGGGATCTCTTCGCCTTCGTTCGACAATACGAGATTGGATTTCCAGGTCGAGTCGCGGAACTATGAATCGGAGGAATCGGAGAGTTTGAAGGATCAGGTTAAGGGGTTTGCGGTCGCTTGGGGTGAAATTCTTCTTGAATTGGGGAGAGGTTGTAGGGACATTGTGCAGCAGAATTTGATTACAGAGGATTCGTACGTTGCCCGAAAGCTTAGAGGACCTTGCGCAAATGTTACTGCTAGATTGAGCTTTCTAAATGAGTTTTTGCCGGAGGATCGCGACCCTGTTTATGCTTGGCCAGTGATATTTTTTGTTTCCATTCTCGCATTCACGGGTATCTTCAGATTTTTAACTTTTTTTTCTCTCTCCCATTTTCCTTTCTAATAATTTCAAATTCAGAAGATTACAGTACTCTATCTTTGTCAATTGCCTTCATTAGAACATTTCTCCTGTTGATTATTTTCATACCATATAGGGAGATCTTGTAATCTGTCCTCCTGATTTTAATCTCAGTGGTCCTGGCAAGTATGTCCTTCTTTATTGAACGTAATTTTGATGGTAAAATATGAGTGGTATTTGTAAAACCGTGGTATTACCTTGATTCGATTAAAGCTCTGATGAAATAATTAAATATTATTTGCAGTAATCTTTGTAAATAACAGACATGAGAGCTTCAGCCGACCGATAATGAAGGTGCGTGATCATCCTCCTAGTGCTACTCGCATTCTTCTTCCCGATGGCAGGCACATGGCCTATGATGTGCTTGGTGTTTCAGCTGATAGAGCTAGATTCTCGATAATTGCCCCACATTCTTTCCTATCATCTCGACTTGCAGGTAAAAATGAAAAAATATAATACCTAGAGACTCCTGAATTATTTGGATTGCAATTCACGAATCACAAAAGTTTAGCATTCTTAAATCTTGGGAAGATTGATGCAGATTTAACATTAGCAGGAGACAGATTAAATTTTCTCTTTCTATGGCAGGTATACCGGGAGTCAAAACATCCTTGCTTGAAGAATTTGGTGTTCGCCTCATCTCATATGATCTTCCTGGTTTTGGGGAAAGCGATCCTCATCCCAACAGGAATCTGAATTCATCAGCATTTGATATGTTGCATCTAGCTGATGCCATTAGTATTAGCGGAAAGTTTTGGGTGCTTGGCCACTCGGAAGGGGCCATGCATGCGTGGGCTGCACTTAGATATATTCCAGACAGAATTGCAGGTGTGTAAGAATGTACGTATAAATTTTAATGGCTTGGAATTATTGTACTGTGATACTGCTTTTTTGGGACACCTTTTGGTACCCCATTGGATTTGCATATTTAATTGTTGAATAGTGAGATCTACTACCGTTTCTTTTCCTTATTATTGCCTGCAAAACCTTCTATTTAGGGGGTGGTGGGGGGGGTAGCTATTCTGGTTAATTAATGTAGGTGCAAAAATGATGTTTACAAGCTTAGTATCTTCTCCAGTGATAAGAACGAGAAATATAAGAACATATGACTTTACGGGGGGTGCAGAAACAAGTTAGAAAGTTCTATAATTTTAATTCAGGAGGCTATCCCGTGGCCCAGAGAAAATCCATTCTGGTTTTGTTTAAATGGTGAATCCCAATTTTCAATTCAGTAATGCTGACTCCATGGAAGTTTGAATTGCTTGTATGCGCTGGTTATTACAATGAATTGTATTCTCTTATTATCTAAACATAAACTAACTGTGCGTTTGCTTTGGAAGTTCAATAAATATTTTCTGAATTTGCAGGTACTATCATGGTGGCTCCCATGATCAATCCATACGAAAAAATCATGACTAGGGAAGAGTTGAGAAGAACTTGGGAAAATTGGGGTCCACGAAAGAGACTACTATATTTCTTAGCTCGTAGATTTCCTAGATTTCTATCCTACTTCTACCGGCGAAGTTTTTTGTCGGGAAAGCATGAAGAAATAGATAGGCAGTTGTCCTTATCACTGGGAAAGAAGGTAAGTTCATGGAATATTGGAGATACATCCATAAGTCCAATGAAAATCATTTTTCTTTTTAGGTGACAAGAAATTTTGTGACCACCAATTTAACCATTTTATAGTTCTTACTTCAACTTTCATCTATGGAAAAGTTAGTCACTTGTTACATAATTTACATTCCTGCACCTACTATATGGTCAGCCTCAAGCCACACCTGATATTTACACAACACAATCTTCACATGTTCAGGATGAAGTTTTGATTGAAGATCCAAAGTTTAGGGAATTTTGGTACAGGAACGTGGAGGAATCAATCCGCCAGAAAAATGTCAAACCATTTATAGAAGAAACCGTGCTACAGGTGTCAAATTGGGGATTTAGCTTGGCAGATCTTCGGGTGCAAAGAAAGTGTCAAAGAGCAGGCATTCTTCCTTGGCTCAAATCTTTGTACAGCCAAGAAGAATGTGAACTGGCAGGATTTGTTGGTCCCATTCATATATGGCAGGTGAGGCCACTTCTCCTTTTGCTCACATGACCATTATATAGAATCTTTTGATAACTGTTTTGCTGACTGCTTAAAGTGGACATTTTTGTTATAACTGCCACTGGAAGAACATATGAACATATATGTTAGCATTGTTTCTTAGGAACTCTGTGTCCTGTTTCTTAGGACATCCACACCTACACACTTATCATATATATTGATTGAGCTCAGTCTATTAACGATTACAGCCAATGGAGAGTTCGAGAGCTCCCTCCCCTCCAAACCAAATTCACATATACAACCCAAAAGATGCTCTCCCCCTTGCTACACTCTAACATATACTCCCATTACTCCCTACGGCCAGCGTACTGCGAGCTTGCTAACAAATGTTCCCACCCTGACACATGCATACATATGCACACGTCCCTTTATACCCTCTCGTTCTCTTCCTTCGATACAAGTTACAACCGGGGGCCTATCATATACATAGACGCACATGTGCATATGCACGAATTCGTCATATGTTTCTGAATGGGTGGATGAGGTGTTGCATCTTGTAGCAGACTTTTTGTACAGCATACGGTTACATTAATTTGCAGTGTAGTTAAACAAAAAGAATCATAATCATTCCTGATTCTTTCTCTGATATTTAGTTTGGTTAATGTTGAACAGGGAATAGACGATCAGGTAGTTCCACCATCAATGACTGATTATATAGGCCGCATTTTACCAGCAGCCATATTGCATAAGCTCTCAAATGAAGGGCACTTCTCCTTTCTCTATTTTTGCGATGAATGTCAGAGACAGATATTTTCCACCATTTTTGGAATCCCCAAGGGCCCAGTTGACAGGAGAGAAAGAATGGAGGCTTCTCCTTTTGAAGGAAATACTAGAGATGTAGCTACTACTACCGATCCTATCGTAGAATGATACGCCGTCTCGAATAATACCGTAGGCTCGTTTCTTTCTCTTCTTCTGAGCCAATAATAGCACACTGATTTTACGTTCCAAATGTTGATGTAAATGCCATATTGATATTGATATCCCGCTGCCTCACTTGCCTTCACTCGTTGGACAAGAGTTAGAAATTTTATTACACCATTTCTATACTTCTATTTGCAACTGGGGCCAAGTTCTTTGGTTCTTTTAGCCTTTCTTGGCTTACTTGTTTAAAGCTTCTGGTTCGGTTTTTATTTTCATTAGTTACTAAAGCTCATGAGGTTCTCTCTTGTTTTATTAGTATTGTTATTATTTTTAATGACTAGAGATCTCTGTAATGTTATTTCGATCCATATTTTTAAAATGTCTATTTTTGTTTCTATATTTTTAACTTTGGTTTATTTTAATTGTTGCACCTTCAAAATGTTCGATTTGTCATGTATTTTTAAAAAGTGACTATTTTGGTTGCTATTTGAAATTAAATATTAATTTACTTGATTACGTCTGAAGAATTTAATGAGTTAAATGTCGTGTTAAAATTGTGATAAAAATGAAATTAAATAGACTAAAATTATTATTGTTTAATCGTATTGGGACTAAAATGGACGGTTAAAAAATAAAGGACCAAAATGTAACATGAGATTAAAATGAAATTACAGTCAGAAACTTTACTTTATCTAATTCAGCCTACAACATTTGTTTTCTTTTAGCAAAAAAAATTTGGCCAACTTTTATTTGGTTTTTCATATGGGGTTTTTAGGCTGAATAGCTTTTTTTACCAAGTTTACCCACATTTTTTAAAACTATATTTTATAATATTTGATGATATCATATTTGATACCAAATTACTTTCATATATCTTCACTTCACTTATGTTTAGATTTCTCTCTTGTTCTCTCCCCCTCTTTTTACATACTTTCTTTTCTTCTCTCATTAGAAAACATAAATTTTGAAAAAAAGTGGATAAAAAATAATATTGCATTGGTAAAATGGCTGTTAAGCCCAAAAACCCTTTCAGATGCTTAATATTTTAAAATTTTAATTCTCCACATATATTTTTTAATTTTATTAGGTATTTTAACAAATTTTTTTTAATAAAGCAAAAAATTGTTATGGGGTGCTCTTTACAAAATAAAATTACTGAAATAGAATTAAAAAGAATTTCGAATGCCAAATGCAAAAATGGGAGCAGGAATCAGAATTAATTAGTTCGTGAGAACAAAGATCATTTATTTATTTATATGAGGAGAAAAAAAATATTAGCCGCACCGCACCAAACCCAGAGTGAAAAGTAACACTTTATTTGACCAACGGCGAAATATGGCTGCAAGAAGAAAATGGCGGATTTTACTGCAATCTTCCCGCCATTAACGTACCACTTTTTTCTTCACAATTCAAACGACTGACACCATTACTTCTGCTATTTTCTTCATTCAAGGCGCTATAAGGCGGAACGAATGCCGCCTCGACATGGCCGGAGATGGCGGATACAACAGCTGCTTCTTAGCAGAACTAAACGATGTTCTTTCTGGAACTCCATTCTTCTCCGTCTGAACTGGACTCAGGAACCTGGATTTCGCTCTTGCCGATTCGGTGAACGTCATGTAACTCGGAAGAGTTGATTGACTTGTCTGGCTTTCGTCGTCCCTTAGGGATAGTCCATGTCCTCCATTGCTATGCCTAAGCGATCTGTTTGATCGAACACTCGCCTGGCTCTTGCAGTCATCGTCTGGAACCGAGCACTTTCTCGTGCTTGATAGCTTCGATTTCGCCGCCCCTGCGATCGACCTTCGTGTGGAAGGAGTTGAGAGGGACGCGAAGGTATATCTGTGGCTCTCGGATCGGCTTGCTGTTGGCGAGTTTGCCTCCGAGATTATTTCGAATCGAGCATCAGCTTTGCTGCACTCATCATCTGGAACCGAGCTCTTTCTTGTGTTTGATGATTTCAATTGCTTCGCCTCTGCGACTGACCTTGGTCTGGAAGGAGTTGAGAGGGAGGGGAAGGTATATCTATGGCTTTCGGATCGGCTTGCTGTTGGCGAATTTGCCTCTGAGCTCAGTTCGAATCGAGCGTCACCTTTGTTGATTTCTCCACAATCAAGGCCACAGGTTGCATCCCGCCATTGTTGAGCTGCCATCCATCTCTCCATCCAGCTCCAGCCCCAGGTGGGATTATTTGGATCTGTGAACAGTGGATTTATTGACCTTGAAGAATTTCTCCATATTCTCTGTTGAAGCAATTTCTCCATATTTAAGGTCCGAATACTATTTTTCAATCTAGTAATACATAATTTTAAATGGAGGCATCAGTTGTCATTAACGTTTATGTAATCTTTTCTATGTTCATTGACCAAGCAGAATAGAAAATTGCCCAAGAGGATTTTCAAAGCAAAACTATAATCAAATTAGCAATTGGTAAGAGAAACAAAGAACGCCATGGGAAGATGACAAAACGATAACCGAAACCGGTAGATGTTTATTCATTTGATATGTTATACCTCATCAGAACTCCTTACTACAACTTGCGTCAGATTTTTTGTATCACTTCTGTTCTGTATCGTTCTTAGTGAATCAAATGCACAAATTCTATTAGAAACAATAAATTAGTCACCTGTTGAGAAAAGGCATAAGCCAATGCTCTCTCTCGTCTCCTAGCTGCTTCATGCTTGCTTAGTAGCTTAGCCTCTACTTTTTCCTTTGATTGTGTGCTATCATTCCACTCTTTCCCAACCTGTTTCAATTTCACTTTTTAGATAACACCTTAAGAATGAAGATAATTAGGATAATCGGGATGGTAGCTAAAGCACGAGAAACTGGTTGTTATTTGTCATTGGTATTAAGGAAGAATGTTGAGAAAGATTAGATAAAAACCAATCTCAAATACGTCTCAAACATAAAATGGTTAAGAAAAACTGATAATGAAGACCTGAAAAATCTCTAGTTTATTTGCATGTTTTTGCAGGAGATTTTTCTGGAGGGCCTGATTTTCCTCCAGCTTCCTCAACCTCCTTGATCGGATCTGGGAATGAACACGGACAAAAAGTTGCATACACCGGACGCTGTTTGTGGCTTGACGATCCGCAACAGAACTCTCCACCAATGATTTCAACCTCAATAGCCCTCTTAAGGTTCGCATTTCCAATCTCGCCTGTGACAAGTGGTAAATGAAAAACTAGCTTGTATTGGACCGATTATTCATTACCCCTTATTTATCCAAGATTGTCAATTGAAGTCTTCAAAAGTGAATTTATGAAATAACTAGAAAGGAAACTAATGAGATAAGATTATTTGAATGAATGCACACCAGATATCCACGAAAAACCGATTGAATCTTGATTGCTGCCATTTCCTCTTTGGATTTTCTAGTGGATTGAGTCACATTAATGGGGTGGAATAACTGAGCAGCAGTTGTAGAAGCCATGGCTGGGGAATTTGAAATTGGAAAAGGATGAGCGTGGCAGTGCTCTTCATTCTCCACACAGGTTCGTTTCACTTTTTCTAGCTGAGTTATCTGGTTTGCAATAGACACTGAATGAGTAGAACCTGAACTTGGGTGTTTTTGTTTCTCGGACAATTTTTTCTTCTGCCCACCAAAAACCAAATCGAAATTTGAAACAATATTAGAAAATTCATAAGAAGATTAAAAAAAGTTGGAAAGTTACAGACCTGCTCTTTCTTCCTTTTGGAGATGGGGCTTAGACCGAGAGCTTTCTTCACAGTTCGAAACCAATTTCCTTTCCTTCCCATCTCTCTAGGACTATTCTTCTTTTGGGAATAATGACAATATGAAGAGAGAAATTCAATTTTCAAAACTTGTACCTACAATGGCATTGAAGAGATTGAACTTCACTTCCACCATCATATAAATACTTCAATTCAGAAGTTTAGTCTTAAAAAAAGTGTATGAAATCCCTCTAAACTAAAGCCGAGTGATAGAGCTTGGTGTGGAAGATGATTAGATTTCTGTTTTATATCCTTTTAGCCTTTTTGGCATTTCCTTAAGCTGTCAGCAAAGTTACCTTGAAAATATGCAAAGTTAAGTCGAAATAGTTAACAATAAGAGGTTTTCAGTCAAAATATCACAACACCCAAATGTTAAAATTGCAAGTTAGTCAAGATAAAAGCAACTCATTAAAAAAAAAAATATAATAATCTATGATTAGAAATCTCATAGAACTTCTAGCCTCACAAATGGCCCTTTTCTTGCTTTTATTTTTCCCGGGAAACAAACCGTAATGTTGGAGCTTGTAGTTTAGCCCCGTTTTCCACTTCCACTTCTTGCTGACTCTGACTCTTTCCCTTCTTTCAAAGGAAAGCATCAGATCCTGCAATATGAACCAAATGGTATCTGGGTTTGGACCCGTGAAAGAATCAGAATCAGATGCTTTCGGTTCCTGTCTGGTCTTCAAAATCTTGATTTAAATTTAGGTTATATTTGGTGATAACGGACCCTCCGCATTTTTATAATAGTATGAAATTGTTTACTTCAGGCATGAATCTTCATGAGTTTAGTAATGTTAGGGACAACGGATCCTCTACATTTTCGTAATAGTATGATATTGTTCACTTTAGGTATAAATCCTCATGATTTTGGTATGGTAGGGACAATAGATCTTCCGCTTTTTTCATAATAGTATGATATTGTTCACTTTAGGTATAAACCCTTGTGATTTTGGTAATGTTAGGGACAAATGACCCTCCTTATTTCCCAAAATTGTTCACTTTTGACATAAACTCTTGACTTTTGCCTTTGCTTTCATCCAAAGTCTCGTACTAATGGAGATATTGTCACTTAATTATATATCCATGATCTTTTCTTATCTAGCTAACATGAAATTTTGATCACACACTCAATAGGTAAGTAAATACTAAGACAATAATTTTGTTGTCATCATCCCGAACATAATTTAAAGTTGAGGTATTAATTTTCAGTTTGATCAAATTCCTTGTTTATGAAAGAGCTTGACAAACAACTCCCAATCAAACTTAACATTGCAATGATTGGTGGGAGATTAATGTCAAAGTCAAATAAGAGGAAAATAAGGCATCTGTCTTAACTATTTGAGTTATGTTTAGTTGGTATGAGAGTTTGATCATTCGATTTTAAAGTAAGGAGTATGTGTCAATTATCGTTGAGATATACTCAGGAGTATGTGTCAATTATCGTTGAGATATACTCATCTTCGCTAGCTAAAACCTTTTTTTAGTAGCTAAAAAATGGCTTTGTGTATAAAATATTCTTATTTAATCATTTCTCGAACAGCCCCTTTTTTCCAAAGTATTCTCCAAAATTTGAAATCATATTTCTTCGAAATTTAGAACTCAAGTTCAAAGACATTGGAAACTTCATCTTAAATCCATGGGCCAGTGTTATAGAGTCAACCACCAGCCCACTGGGCCACAACAGATCAGCATATTTGTGCTCTACATGGGCCACCTGCCCCGTTTCGAAACGGGTCTATACCGGAAGTTCTCTTTGTAAATAGAAACAGAGAGATTAACAATTACAAATGAGAAGCATTTATATATCAAACCTATTAAAAATTCTCAGAAAAAGAAAAGAATAAAAAATGAAAAATGTCGGAAAAATTAGCACCGTTGGATGGGCCAATGCTACCCTTCCAAAAATATAGTTTCTGCCGTCGGATTACTTTTGGGTTTGTTTATCATGTCCCTTGCTGTGACGGAGTCTGGGTGACTTCCTGTACAGGTGGCAACTGCTGATTGGTTGGGGGAGTTTTTCTGGAGGAACGGAGGTTCCACAACATGATTTTTGAGCAATCTCCCGATGGAATGCCGGTGAGTTTAGCTTCATCTTCGAGTACCACTTGTTTCACGAAATTGACCGACTTCTAATGAAAATTAATAAAAATAATTAGCAATAATTACTAAAAACAATAAATATAATAATTCCAGACAACTTGAATCGGGAGTTTTAATACAACCTTTCATTTCTATTTTTTAAATGAAAATTAGGAAAAATCTTGAAATTAAAATTTATTTGATTTATTAAAAATAATTATTTTGGTTCTATAAAATAGAAAATAAATAAATTGAATGGTAAACATTTTATATTAGAAATTGAAACGATATAGAAAATATATAATGCTTAATTTTCACATTCCTCATGATTAAATTTTCACATTCCTCATGATTATCTTACCTAATGATTAGATGAATATATTTGATCAAACATCGGGGGTTGAGCAAACTTTTCAACTAATCTTTGAGATAGATTTCATTTCAAATCAATCTATGAGTTGATGCAGTGGATCCTACCTAACATCTAGTTTTAATTTTATACTTTTAAATTTTAAAAAATAATAATTAATGTTTTCTTCTACCTCAACAAATAATAGGTTAAATACTCATTAGTTTTCATAAAGCAAGATAAATTGGATTTCTATGGTTTAGGATTGAGAAATCAAACATATATTTTGCGAAAATTATCTTTCTAAATAACCATAACAAATCACACACCTACAAGCCAAACATTTGTTACTTAAGCTCAAGCTTTTGAAACTCATTCAAACTTTTCAAATATTGAAAATCCTAATTTTCCAACCAACACAAAAAAAAAAAAACTTAAATGTTTATTAGTCACTACCCTTCTTTTGTTGATCACCTTCAAACTTTGACAAATAGGAAAGAAAAACGAAGAAAATTTTTTTTTTTGAATTTTTTCAAAAATTAAAAAAACTATTAGAATTTTTATGGGTGGTCAGTATAAATATAAGTGCCAACAGATAAACATGTTAAGTATTGTTCCTTTATTACGTGGTAAATCAAACACTTCTCTAAATGATTTTGGATTCTCCGATCCCTCTATGTATATTTGAATATATACTTATTTTAATTTTATAATAGGAAAAAAAAAGAAGCAAACTAGGGTTTAATATACCTGAGAAGTGTCTTGGATAGAGGAAGTGCGACCCCATCTCTCAGGGTCCCAAAGAATGGAACTATTGAAGGCAAAACTGGAGATATGGATGTGTGGTTTTGGCTGTGTTTGGTTTGCCACTTTTTTCAAATGCCATCCAATTACTTGAGAAGAATCACACACAGGCCCTTCAATTATCACCTTCTTCTTGTTTGCTGTCACCACTGCCATTGGCCATGTCCCAAACACCCTATATTTCATTCCTCACCAATTATTATTTCCTTTCAATTTTGTTTACTTGATTATGTTATATTTGAATCTCTTTAGTCTTTTCTATGATGTAGTTCTTAAGGGCGGGGTAATTTAAATATTCAACAGAAGCAAGTTATATCTTGACTATATGAGAATGTAGTATATAGATTTCGAAATGGTCATTCAAAACTGTATTAATATCAATCATGTGTTTAGGATTTTATATAGTTACGGGCAATAAATGAAAAAAGAAAAAAAAAGTAAATTTTTTTTAAAAATAATCTACCATGATACCTTGTTAGTTTATTTATTAAAAAAAATTAGGTAAGATATAAAAATTTATCTTTTTTTTAGTACAACTAGGAAGTGTAGAAATTTCACAATGTATTATTAGGTGGGTTTGTAATTCGGGTGGTGTTAAATATTTTCTCTTAACATTACATTATAAATAAATGAAGTGGATTAGGAGTTATAAACTCATAACAAGAAACAATAATATTTTTACTTCTTTTTTTCTTTTTTTTCTTTTTGAAAAAAGATTGCCTGATCATATGTAGATATTTAATATTTTTCAAAAACATAAATTATTATAATTTTGTTTTTAAAGAACTTATCTGTAGTACCCATTTTTTATACTGATCAATAATAAAATTTTGACAATTTTTTAATTTTGTGAAAAACAGAATATATATATTCATTTTCTGCATTTCCGTTTCTAATTAAAAAACGGTGCTGACGGTATGAAAAAATATTTTTCTTTAAAGCACAACCCAACTCTCTCTTATTCAATATCAACCTTTGTTTTTTAGTGTATATTTCATTTAAAATATTTAATTGAATTTGTAACTTTTAAAACGAAATCGTTGGAAAGGAAACTTTTAAAAAACCATTAGCCAGAATTTAAAAAACAGAGAGGGAAAATGAGAGAGAACGAAATGAAATTCCACGTTGAACAAAAAGGGAAGATGAGAAGAAAAATTTCATAAAAAAAAAAAAAAAAAAAAGAGGAGAAGAAAAAAACAACAAAAAAAAAAAAAGAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAGATGAGAAGAAAAGAAAGAAATCGTACTCAATTTCCCTGAGCTCATCGAAGAATCGGAGATCATAAAAGTTCGAAAGTCCGGCGAAATGAACGATGCCGCTAAGGCGGTGATGTTCAATGTGCTTGAGAGCAACGTTCCTCTGATGATTCATCTCCGCCTCTGCATCCGTAAAATTCTCCCGGAAAACCAAATGCCTGTACATAATCCCCGTCTTCCTCAGAATCTCCGCCGCCTTGCTCCGATCTCTCTTCGCCTCCACCACAATCCACAGCAATGGCTGCCGCACCAGTTTCATCGTATTCCCCAGCCTCCTCAGCCCTACTTCCCTGAATCTGTCGCTGCTGCTCGTCGGAGTCACGATTATGATCTGCCTTCTCGGCGTAATCGCAATCGCATTCTTCGATTCCAATCTCCGCTTCTTCCGATCCTCTCTCTCCAGATGCCGGCTGAAATTCGCGGCTCTCTGCGCGAATTGAATCGGCGGCGCCGGAGAAGAAAGCGACTCCGTTCTGTTCGACGGAGCGGCGGAGGAGGCGGAGAACTTGCCGGTGGGAGCGAAGCCGGTGAAGAAGCCCATGGCGAAGCAGAGGGAGAAGTGGACGATGGCTTTTTTACAGAGCTGAGCTCTTCTCTTTGGTCTCTCTGTGGATCCCATTCTTTGAGAGGACGAAAGTTTGGGGCGGAATTTGGTGATGGAAGAAGAATTGGAATTTATGATGAAATTTGATTGTGTTTTTGCATGGAGGAGGAGGAGGAAATGGTTTGATTTTGGCGGTTTCTTGAAGTAAAAGGAAGAAGTGAAAGAGGGGTTATGTTGTACCAAATTGTTGGTTGGGATGGAACCCATCAGCTAAAAAATATTATTGAGGTTAGGATTCAGGCCTTTTTCTTCATGTTGGAAAAATTTTGAAGATTCACTCTTCAATGGGAAACTAAGGATAATTTCTACTCAATTACACTGTCGTCCCGAAGGTAGACTAACTAAATGTCGACGTGGAAATGAGATGATACTTTAGCGAGAATATAGTTGACATAGTACAATGGAAGGTGACAGGTGATGGCGTAAAATACTAGATATAGGTGTGATAAAAGGGGAATCCTACATTTTCAATGGCATGCAATCCATATATAACTTACTGAGCTCTACTCAACATCTACTCAGAACGAAGTATTAATTTAAGTTTTGGAGTGTTTGTGGTTAAACACTAGGTTGGAGTAAAGTTATGGATCACGTATTTTGGTTTATAGACCAATTTGGCTCCCAGTTGACGTGACACCTTGTACATCATTTTGCTAATAAAAATTATCTCTTTCCTTTCTAAAAAAATAAAACAATCATCTTTTTTCATCATAAATTTACATAAGCAATGAAATTAATATTACTAATTAGCTTTATTTCTTATCGAAGATTTTTTTTAGTACAACATATTGAGATAGGGATCGAACTCACGATCTCTTGATTGAAAGTACATGTCAATTATCGCTGAGCTATGCTTGTTTTGACTTTTTTCTTAGAATTGGTTTGAATATTTCTAGGGTTGATGTGTCCAATGTATTTTGTATCTAAAATATTAAATCTTCTACTAGGTCATAGACAAATTTTTATTTTAGTTACGAGGAACAATTCATTTTACAATTTATTCAACAGCTGAAAGTTTAAAAATTAAAATCAACCCCTTCATTTAAAATATTATATCACAAATATGACAATAAAAATTCAATCTTATAATTAAAGACAAAAATAATTTTTTTTAGCAGATAGAAATTCTAACTTACGATTATCAATTGTGTTTTGTTGGAGAAAAATAAGATTTTTTTTTCTTTTGAGAATTTTCGAAAAATAAGATTCCTTAACTTAAGTAATTTTGATTTTTTGGTCTTCTCAAAATTTTGAGGATTTTAGAGGCATAACCTTGGAATACCCAAATTATACATTTTCGTTATTCAATAATAATAATAATATATTTCTAAAAGAATAATAATAATAATACATTTTCGTAAATTAGGTAAATTTTTGAATTATTTATAATAATTCTCCCTGCAACTACCCAGACCACTGTTCAAAAAACCACCATGCCGTCCCGTTTGAACCAAAGAGAAGGAAGATGAAGGAAGCTCGAACCTCCAATGGAGTCCCCCTCTTCCGCACAGTTTTAATTCCTTTACCTTTGCCTGAGCTCATTGCCTGTTCAAAACCGCAAGGATTTAGATATTCCCCAACTGAAGGCGCTGTTCTTTCTTCTTCTTCTTCTTCTTCTGCAGGACTTGTCTTTCGACAATGTCTTTTTTTCCTTTTTTCTAGATTCCGATTTCTTGCTCCTTGTTTTCCCCTTTTGATATCTATGTCGGCGATGCAATTTTTCGAATTTTTGGGTTATGCGACTTGAAGTGTGTCTGTTATCGATGTGGCGATGGAAACTCCAAATGTTTCTCCTTGAGGTAAGGTTTTCTGGACTCTGAATGCTGTTCTTGATAGTTCGCACCAAAATAGTTTTGGAATTTATTGAAGTATTTATGATGGTTCTGTATTTTTATGAATGTTGAAATGTTGGTGTACGCTTGGTGCTCGAAGAATGTCCGCTAAGAGAATTAGTGCGTAGAACTGGAGCTGTACACATTTGGCGCACAAGCTATTTTCTAATGTGAAACATGAACGTGAAATTTCTAGTTTCACTTCACAGATTTGGATGCCTGATTTAGGCACTGCCCCATTTACGATTTCATGTGGAAGTTTATTCTTGCAGTTTCAGGGGTTGGATAAACTGAAAAGCAGCTGAAGGTTTTTCTCTCTATATTTATGCACCATTCATTTATAAACCTCATGTACCTTAAATTCATTTATAAACCTCTGCAGTGTGTTTAAGAATGGCATTTATAAGAACCTTAAATTCTATATATTTTGTAACTTTATCATCAGAAGCCATTATTTTCTTTACCCCTCGTAGTTTAGCAAACCCCACAAATATCTTCAAACCTCGACTGCAATTTGCATTCTCTCATATTCGGCCTAATACCCAGATTGCTTTTTCCCCCTGCCCTGCTCCTGAACAATCATATGATGATTATATAATCTCTCTCTGCAAGAAAAATTTTCCCAGAGAAGCTCTTCAAGCTTTTGATATCTTTCGAAAGTGTACCAGTTTTCCATTGAAGTCTATTACTTATAGCCATTTGATCAATGCTTGCTCTTATCTAAGATCCCTAGAGCATGGCAGGAGAATTCATGGCCATATGTTGGCATTCAACTACCAGCCTGACTTGATACTTCAGAATCATATTCTTAATATGTATGGGAAGTGTGGGTCTTTGAAAGAAGCAAGAAATGTTTTTGATGCAATGCCCCAAAGGAATGTAGTATCTTGGACATCCCTGATATCTGGGTACTCACATTATGGTCAAGAGGACAATGCCATTACATTGTATGTTCAAATGCTACAATCAGGATATGTTCCCGACCACTTTACCTTTGGAAGTGTTATAAAATCTTGCTCAGGACTTGACGATTTTATGTTAGCAAGGCAACTACATGCCCATGTTCTGAAGTCTGAATTTGGCGGTCACCTAATTTCTCAGAATGCTCTTATCTCAATGTATACCAAGTTCTCTCAAATTTCTGATGCAATAAACGTCTTCACTCGTATTATGGCAAAGGATTTAATTTCGTGGGGGTCAATGATTGCAGGGTTTTCCCAGCTTGGTTATGAGCTTGAAGCTTTACACCATTTTAGGGAAATGCTTTCTGGACATGTCTATCAGCCAAATCAGTTTATCTTTGGTAGTGCCTTTAGTGCTTGTAGCAAGCTCTTAGAACCAAATTATGGACGCCAGATACATAGCTTATGTATGAAATTTGGGTTAGGAGGTGATCTTTTTGCTGGATGCTCCCTCTGTGACATGTATGCAAAGTGTGGTTTGTTAGAATCTGCAAGAACAGTGTTTTATCAGATAGAAAAACCTGATTTGGTATCTTGGAATGCTATAATTGCAGGATTTGCTAGTGCTGGTGATGCAAAGGAATCCATGTCATTATTTTCTCAGATGAGGCATACAGGACTTGCTCCTAATGATGTCACTGTCCTCTCTTTACTTTGTGCTTGTTCAGAACCTGTGATGCTTTGTCAGGGAATGCAGGTTCATTCCTACATTATCAAAATGGGCTTTTATTTAGAGATTCATGTGTGCAACTGTTTACTCAACATGTATTCAAAATGCTCAAATCTGAATGATGCACTTGAAGTATTTGAAGATATTGAAAACAAAGCTGATATAGTTTCTTGGAACACTGTGCTTACGGCGTGTCTCCAGCAGAACCAAGCTGGAGAGGTTCTAAGATTGACAAAGCAAATGCTTGTTTCTAGTATTAAGCCTGACCATGTTACTGTAACTAATGTATTGGTGTCATCTGGACAGGTAGCATCTTATGAGGTGGGAAGTCAAGTCCATTGCTTTATCATAAAATCAGGACTGAATCTCGATACTTCTGTTTCGAATGCGTTAATTAATATGTATACGAAGTGTGGATCCCTTGGAAGTGCTCAAAAGATGTTTGATTCAATAGACAATCCTGATATCATTTCGTGGAGTAGCTTGATTGTCGGATATGCTCAGGCTGGAAGCGGAGACAAAGCTTTCAAGCTTTTCAGAACCATGAGAGGTCTGGGCGTAAAGCCAAATGAAATTACATTTGTAGGAATCCTTACTGCTTGTAGTCATATTGGAATGGTAGAAGAAGGTTTGAAGTTATACAGGACAATGCAGGAGGAAGATGGCATTTCACCAACCAGAGAACACTGTTCGTGTATGGTAGACTTGCTCGCCCGTGCTGGATGCTTAGATGGGGCAGAGGAGTTCATCAAGCAAATGCCTTTTGATCCCGACATTGTGGTCTGGAAGACACTGTTAGCAGCATGTAAAATCCATGGTAATCTCAAGATTGGCAGAAGGGCTGCAGAGAATGTGCTAAAAATTGATCCATCCAACTCAGCCGCGCTCGTAATGCTCTGTAACATACATGCTTCTTCTGGCCATTGGAAAGACTTCGCGCTACTGAGGAGCTCGATGAGACAAATGGATGTCAGCAAAGTTCCAGGTCAGAGCTGGATTGAG

mRNA sequence

ATGGTTGATGGGGCAGGTATTGAACCTGATGTGGTTTCTTATAACATATTGATTGATGGATGCATACTGGTCGACGATAGTGCAGGAGCTCTTGCCTTCTTTAATGAGATGCGGTCGAAAGGAATAGCACCCACCAAGGTTAGTTACACCACTCTGATGAAAGCTTTTGCTCAGTCAGGTCAGCCAAAGCTGGCGAGGAAAGTATTTGATGAAATGCTGAATGATCCTAGGGTGAAAGCTGATATAGTAGCCTGGAATATGTTGATTGAAGGGTATTGTAGACTAGGATTGATAGAAGAAGCAAAGCAATTAGTTCAGAAAATGAAAGAGAGTGGATTTTTCCCAGATGTTTCTACATATGGAAGTCTTGCCAATGGAATTTCTTTAGCTAGAAAACCAGAGCATGGCAGGAGAATTCATGGCCATATGTTGGCATTCAACTACCAGCCTGACTTGATACTTCAGAATCATATTCTTAATATGTATGGGAAGTGTGGGTCTTTGAAAGAAGCAAGAAATGTTTTTGATGCAATGCCCCAAAGGAATGTAGTATCTTGGACATCCCTGATATCTGGGTACTCACATTATGGTCAAGAGGACAATGCCATTACATTGTATGTTCAAATGCTACAATCAGGATATGTTCCCGACCACTTTACCTTTGGAAGTGTTATAAAATCTTGCTCAGGACTTGACGATTTTATGTTAGCAAGGCAACTACATGCCCATGTTCTGAAGTCTGAATTTGGCGGTCACCTAATTTCTCAGAATGCTCTTATCTCAATGTATACCAAGTTCTCTCAAATTTCTGATGCAATAAACGTCTTCACTCGTATTATGGCAAAGGATTTAATTTCGTGGGGGTCAATGATTGCAGGGTTTTCCCAGCTTGGTTATGAGCTTGAAGCTTTACACCATTTTAGGGAAATGCTTTCTGGACATGTCTATCAGCCAAATCAGTTTATCTTTGGTAGTGCCTTTAGTGCTTGTAGCAAGCTCTTAGAACCAAATTATGGACGCCAGATACATAGCTTATGTATGAAATTTGGGTTAGGAGGTGATCTTTTTGCTGGATGCTCCCTCTGTGACATGTATGCAAAGTGTGGTTTGTTAGAATCTGCAAGAACAGTGTTTTATCAGATAGAAAAACCTGATTTGGTATCTTGGAATGCTATAATTGCAGGATTTGCTAGTGCTGGTGATGCAAAGGAATCCATGTCATTATTTTCTCAGATGAGGCATACAGGACTTGCTCCTAATGATGTCACTGTCCTCTCTTTACTTTGTGCTTGTTCAGAACCTGTGATGCTTTGTCAGGGAATGCAGGTTCATTCCTACATTATCAAAATGGGCTTTTATTTAGAGATTCATGTGTGCAACTGTTTACTCAACATGTATTCAAAATGCTCAAATCTGAATGATGCACTTGAAGTATTTGAAGATATTGAAAACAAAGCTGATATAGTTTCTTGGAACACTGTGCTTACGGCGTGTCTCCAGCAGAACCAAGCTGGAGAGGTTCTAAGATTGACAAAGCAAATGCTTGTTTCTAGTATTAAGCCTGACCATGTTACTGTAACTAATGTATTGGTGTCATCTGGACAGGTAGCATCTTATGAGGTGGGAAGTCAAGTCCATTGCTTTATCATAAAATCAGGACTGAATCTCGATACTTCTGTTTCGAATGCGTTAATTAATATGTATACGAAGTGTGGATCCCTTGGAAGTGCTCAAAAGATGTTTGATTCAATAGACAATCCTGATATCATTTCGTGGAGTAGCTTGATTGTCGGATATGCTCAGGCTGGAAGCGGAGACAAAGCTTTCAAGCTTTTCAGAACCATGAGAGGTCTGGGCGTAAAGCCAAATGAAATTACATTTGTAGGAATCCTTACTGCTTGTAGTCATATTGGAATGGTAGAAGAAGGTTTGAAGTTATACAGGACAATGCAGGAGGAAGATGGCATTTCACCAACCAGAGAACACTGTTCGTGTATGGTAGACTTGCTCGCCCGTGCTGGATGCTTAGATGGGGCAGAGGAGTTCATCAAGCAAATGCCTTTTGATCCCGACATTGTGGTCTGGAAGACACTGTTAGCAGCATGTAAAATCCATGGTAATCTCAAGATTGGCAGAAGGGCTGCAGAGAATGTGCTAAAAATTGATCCATCCAACTCAGCCGCGCTCGTAATGCTCTGTAACATACATGCTTCTTCTGGCCATTGGAAAGACTTCGCGCTACTGAGGAGCTCGATGAGACAAATGGATGTCAGCAAAGTTCCAGGTCAGAGCTGGATTGAG

Coding sequence (CDS)

ATGGTTGATGGGGCAGGTATTGAACCTGATGTGGTTTCTTATAACATATTGATTGATGGATGCATACTGGTCGACGATAGTGCAGGAGCTCTTGCCTTCTTTAATGAGATGCGGTCGAAAGGAATAGCACCCACCAAGGTTAGTTACACCACTCTGATGAAAGCTTTTGCTCAGTCAGGTCAGCCAAAGCTGGCGAGGAAAGTATTTGATGAAATGCTGAATGATCCTAGGGTGAAAGCTGATATAGTAGCCTGGAATATGTTGATTGAAGGGTATTGTAGACTAGGATTGATAGAAGAAGCAAAGCAATTAGTTCAGAAAATGAAAGAGAGTGGATTTTTCCCAGATGTTTCTACATATGGAAGTCTTGCCAATGGAATTTCTTTAGCTAGAAAACCAGAGCATGGCAGGAGAATTCATGGCCATATGTTGGCATTCAACTACCAGCCTGACTTGATACTTCAGAATCATATTCTTAATATGTATGGGAAGTGTGGGTCTTTGAAAGAAGCAAGAAATGTTTTTGATGCAATGCCCCAAAGGAATGTAGTATCTTGGACATCCCTGATATCTGGGTACTCACATTATGGTCAAGAGGACAATGCCATTACATTGTATGTTCAAATGCTACAATCAGGATATGTTCCCGACCACTTTACCTTTGGAAGTGTTATAAAATCTTGCTCAGGACTTGACGATTTTATGTTAGCAAGGCAACTACATGCCCATGTTCTGAAGTCTGAATTTGGCGGTCACCTAATTTCTCAGAATGCTCTTATCTCAATGTATACCAAGTTCTCTCAAATTTCTGATGCAATAAACGTCTTCACTCGTATTATGGCAAAGGATTTAATTTCGTGGGGGTCAATGATTGCAGGGTTTTCCCAGCTTGGTTATGAGCTTGAAGCTTTACACCATTTTAGGGAAATGCTTTCTGGACATGTCTATCAGCCAAATCAGTTTATCTTTGGTAGTGCCTTTAGTGCTTGTAGCAAGCTCTTAGAACCAAATTATGGACGCCAGATACATAGCTTATGTATGAAATTTGGGTTAGGAGGTGATCTTTTTGCTGGATGCTCCCTCTGTGACATGTATGCAAAGTGTGGTTTGTTAGAATCTGCAAGAACAGTGTTTTATCAGATAGAAAAACCTGATTTGGTATCTTGGAATGCTATAATTGCAGGATTTGCTAGTGCTGGTGATGCAAAGGAATCCATGTCATTATTTTCTCAGATGAGGCATACAGGACTTGCTCCTAATGATGTCACTGTCCTCTCTTTACTTTGTGCTTGTTCAGAACCTGTGATGCTTTGTCAGGGAATGCAGGTTCATTCCTACATTATCAAAATGGGCTTTTATTTAGAGATTCATGTGTGCAACTGTTTACTCAACATGTATTCAAAATGCTCAAATCTGAATGATGCACTTGAAGTATTTGAAGATATTGAAAACAAAGCTGATATAGTTTCTTGGAACACTGTGCTTACGGCGTGTCTCCAGCAGAACCAAGCTGGAGAGGTTCTAAGATTGACAAAGCAAATGCTTGTTTCTAGTATTAAGCCTGACCATGTTACTGTAACTAATGTATTGGTGTCATCTGGACAGGTAGCATCTTATGAGGTGGGAAGTCAAGTCCATTGCTTTATCATAAAATCAGGACTGAATCTCGATACTTCTGTTTCGAATGCGTTAATTAATATGTATACGAAGTGTGGATCCCTTGGAAGTGCTCAAAAGATGTTTGATTCAATAGACAATCCTGATATCATTTCGTGGAGTAGCTTGATTGTCGGATATGCTCAGGCTGGAAGCGGAGACAAAGCTTTCAAGCTTTTCAGAACCATGAGAGGTCTGGGCGTAAAGCCAAATGAAATTACATTTGTAGGAATCCTTACTGCTTGTAGTCATATTGGAATGGTAGAAGAAGGTTTGAAGTTATACAGGACAATGCAGGAGGAAGATGGCATTTCACCAACCAGAGAACACTGTTCGTGTATGGTAGACTTGCTCGCCCGTGCTGGATGCTTAGATGGGGCAGAGGAGTTCATCAAGCAAATGCCTTTTGATCCCGACATTGTGGTCTGGAAGACACTGTTAGCAGCATGTAAAATCCATGGTAATCTCAAGATTGGCAGAAGGGCTGCAGAGAATGTGCTAAAAATTGATCCATCCAACTCAGCCGCGCTCGTAATGCTCTGTAACATACATGCTTCTTCTGGCCATTGGAAAGACTTCGCGCTACTGAGGAGCTCGATGAGACAAATGGATGTCAGCAAAGTTCCAGGTCAGAGCTGGATTGAG

Protein sequence

MVDGAGIEPDVVSYNILIDGCILVDDSAGALAFFNEMRSKGIAPTKVSYTTLMKAFAQSGQPKLARKVFDEMLNDPRVKADIVAWNMLIEGYCRLGLIEEAKQLVQKMKESGFFPDVSTYGSLANGISLARKPEHGRRIHGHMLAFNYQPDLILQNHILNMYGKCGSLKEARNVFDAMPQRNVVSWTSLISGYSHYGQEDNAITLYVQMLQSGYVPDHFTFGSVIKSCSGLDDFMLARQLHAHVLKSEFGGHLISQNALISMYTKFSQISDAINVFTRIMAKDLISWGSMIAGFSQLGYELEALHHFREMLSGHVYQPNQFIFGSAFSACSKLLEPNYGRQIHSLCMKFGLGGDLFAGCSLCDMYAKCGLLESARTVFYQIEKPDLVSWNAIIAGFASAGDAKESMSLFSQMRHTGLAPNDVTVLSLLCACSEPVMLCQGMQVHSYIIKMGFYLEIHVCNCLLNMYSKCSNLNDALEVFEDIENKADIVSWNTVLTACLQQNQAGEVLRLTKQMLVSSIKPDHVTVTNVLVSSGQVASYEVGSQVHCFIIKSGLNLDTSVSNALINMYTKCGSLGSAQKMFDSIDNPDIISWSSLIVGYAQAGSGDKAFKLFRTMRGLGVKPNEITFVGILTACSHIGMVEEGLKLYRTMQEEDGISPTREHCSCMVDLLARAGCLDGAEEFIKQMPFDPDIVVWKTLLAACKIHGNLKIGRRAAENVLKIDPSNSAALVMLCNIHASSGHWKDFALLRSSMRQMDVSKVPGQSWIE

Homology

[Close]

BLAST of MS019670 vs. NCBI nr
Match: XP_022145760.1 (pentatricopeptide repeat-containing protein At3g53360, mitochondrial isoform X1 [Momordica charantia])

HSP 1 Score: 1295.0 bits (3350), Expect = 0.0e+00
Identity = 642/676 (94.97%), Postives = 646/676 (95.56%), Query Frame = 0


Query: 93  CRLGLIEEAKQLVQKMKESGFFPDVS-TYGSLANGISLARKPEHGRRIHGHMLAFNYQPD 152
           C+     EA Q     ++   FP  S TY  L N  S  R  EHGRRIHGHMLAFNYQPD
Sbjct: 72  CKKNFPREALQAFDIFRKCTSFPLKSITYSHLINACSYLRSLEHGRRIHGHMLAFNYQPD 131

Query: 153 LILQNHILNMYGKCGSLKEARNVFDAMPQRNVVSWTSLISGYSHYGQEDNAITLYVQMLQ 212
           LILQNHILNMYGKCGSLKEARNVFDAMPQRNVVSWTSLISGYSHYGQEDNAITLYVQMLQ
Sbjct: 132 LILQNHILNMYGKCGSLKEARNVFDAMPQRNVVSWTSLISGYSHYGQEDNAITLYVQMLQ 191

Query: 213 SGYVPDHFTFGSVIKSCSGLDDFMLARQLHAHVLKSEFGGHLISQNALISMYTKFSQISD 272
           SGYVPDHFTFGSVIKSCSGLDDFMLARQLHAHVLKSEFGGHLISQNALISMYTKFSQISD
Sbjct: 192 SGYVPDHFTFGSVIKSCSGLDDFMLARQLHAHVLKSEFGGHLISQNALISMYTKFSQISD 251

Query: 273 AINVFTRIMAKDLISWGSMIAGFSQLGYELEALHHFREMLSGHVYQPNQFIFGSAFSACS 332
           AINVFTRIMAKDLISWGSMIAGFSQLGYELEALHHFREMLSGHVYQPNQFIFGSAFSACS
Sbjct: 252 AINVFTRIMAKDLISWGSMIAGFSQLGYELEALHHFREMLSGHVYQPNQFIFGSAFSACS 311

Query: 333 KLLEPNYGRQIHSLCMKFGLGGDLFAGCSLCDMYAKCGLLESARTVFYQIEKPDLVSWNA 392
           KLLEPNYGRQIHSLCMKFGLG DLFAGCSLCDMYAKCGLLESARTVFYQIEKPDLVSWNA
Sbjct: 312 KLLEPNYGRQIHSLCMKFGLGSDLFAGCSLCDMYAKCGLLESARTVFYQIEKPDLVSWNA 371

Query: 393 IIAGFASAGDAKESMSLFSQMRHTGLAPNDVTVLSLLCACSEPVMLCQGMQVHSYIIKMG 452
           IIAGFASAGDAKESMSLFSQMRHTGLA NDVTVLSLLCACSEPVMLCQGMQVHSYIIKMG
Sbjct: 372 IIAGFASAGDAKESMSLFSQMRHTGLAANDVTVLSLLCACSEPVMLCQGMQVHSYIIKMG 431

Query: 453 FYLEIHVCNCLLNMYSKCSNLNDALEVFEDIENKADIVSWNTVLTACLQQNQAGEVLRLT 512
           FYLEIHVCNCLLNMYSKCSNLNDAL VFEDIENKADIVSWNTVLTACLQQNQAGEVLRLT
Sbjct: 432 FYLEIHVCNCLLNMYSKCSNLNDALGVFEDIENKADIVSWNTVLTACLQQNQAGEVLRLT 491

Query: 513 KQMLVSSIKPDHVTVTNVLVSSGQVASYEVGSQVHCFIIKSGLNLDTSVSNALINMYTKC 572
           KQMLVSSIKPDHVTVTNVLVSSGQVASYEVGSQVHCFIIKSGLNLDTSVSNALINMYTKC
Sbjct: 492 KQMLVSSIKPDHVTVTNVLVSSGQVASYEVGSQVHCFIIKSGLNLDTSVSNALINMYTKC 551

Query: 573 GSLGSAQKMFDSIDNPDIISWSSLIVGYAQAGSGDKAFKLFRTMRGLGVKPNEITFVGIL 632
           GSLGSAQKMFDSIDNPDIISWSSLIVGYAQAGSGDKAFKLFRTMRGLGVKPNEITFV IL
Sbjct: 552 GSLGSAQKMFDSIDNPDIISWSSLIVGYAQAGSGDKAFKLFRTMRGLGVKPNEITFVVIL 611

Query: 633 TACSHIGMVEEGLKLYRTMQEEDGISPTREHCSCMVDLLARAGCLDGAEEFIKQMPFDPD 692
           TACSHIGMVEEGLKLYRTMQEEDGISPTREHCSCMVDLLARAGCLDGAEEFIKQMPFDPD
Sbjct: 612 TACSHIGMVEEGLKLYRTMQEEDGISPTREHCSCMVDLLARAGCLDGAEEFIKQMPFDPD 671

Query: 693 IVVWKTLLAACKIHGNLKIGRRAAENVLKIDPSNSAALVMLCNIHASSGHWKDFALLRSS 752
           IVVWKTLLAACKIHGNL+IGRRAAENVLKIDPSNSAALVMLCNIHASSGHWKDFALLRSS
Sbjct: 672 IVVWKTLLAACKIHGNLEIGRRAAENVLKIDPSNSAALVMLCNIHASSGHWKDFALLRSS 731

Query: 753 MRQMDVSKVPGQSWIE 768
           MRQMDVSKVPGQSWIE
Sbjct: 732 MRQMDVSKVPGQSWIE 747

[Close]

BLAST of MS019670 vs. NCBI nr
Match: XP_022145762.1 (pentatricopeptide repeat-containing protein At3g53360, mitochondrial isoform X3 [Momordica charantia])

HSP 1 Score: 1259.2 bits (3257), Expect = 0.0e+00
Identity = 620/625 (99.20%), Postives = 621/625 (99.36%), Query Frame = 0


Query: 143 MLAFNYQPDLILQNHILNMYGKCGSLKEARNVFDAMPQRNVVSWTSLISGYSHYGQEDNA 202
           MLAFNYQPDLILQNHILNMYGKCGSLKEARNVFDAMPQRNVVSWTSLISGYSHYGQEDNA
Sbjct: 1   MLAFNYQPDLILQNHILNMYGKCGSLKEARNVFDAMPQRNVVSWTSLISGYSHYGQEDNA 60

Query: 203 ITLYVQMLQSGYVPDHFTFGSVIKSCSGLDDFMLARQLHAHVLKSEFGGHLISQNALISM 262
           ITLYVQMLQSGYVPDHFTFGSVIKSCSGLDDFMLARQLHAHVLKSEFGGHLISQNALISM
Sbjct: 61  ITLYVQMLQSGYVPDHFTFGSVIKSCSGLDDFMLARQLHAHVLKSEFGGHLISQNALISM 120

Query: 263 YTKFSQISDAINVFTRIMAKDLISWGSMIAGFSQLGYELEALHHFREMLSGHVYQPNQFI 322
           YTKFSQISDAINVFTRIMAKDLISWGSMIAGFSQLGYELEALHHFREMLSGHVYQPNQFI
Sbjct: 121 YTKFSQISDAINVFTRIMAKDLISWGSMIAGFSQLGYELEALHHFREMLSGHVYQPNQFI 180

Query: 323 FGSAFSACSKLLEPNYGRQIHSLCMKFGLGGDLFAGCSLCDMYAKCGLLESARTVFYQIE 382
           FGSAFSACSKLLEPNYGRQIHSLCMKFGLG DLFAGCSLCDMYAKCGLLESARTVFYQIE
Sbjct: 181 FGSAFSACSKLLEPNYGRQIHSLCMKFGLGSDLFAGCSLCDMYAKCGLLESARTVFYQIE 240

Query: 383 KPDLVSWNAIIAGFASAGDAKESMSLFSQMRHTGLAPNDVTVLSLLCACSEPVMLCQGMQ 442
           KPDLVSWNAIIAGFASAGDAKESMSLFSQMRHTGLA NDVTVLSLLCACSEPVMLCQGMQ
Sbjct: 241 KPDLVSWNAIIAGFASAGDAKESMSLFSQMRHTGLAANDVTVLSLLCACSEPVMLCQGMQ 300

Query: 443 VHSYIIKMGFYLEIHVCNCLLNMYSKCSNLNDALEVFEDIENKADIVSWNTVLTACLQQN 502
           VHSYIIKMGFYLEIHVCNCLLNMYSKCSNLNDAL VFEDIENKADIVSWNTVLTACLQQN
Sbjct: 301 VHSYIIKMGFYLEIHVCNCLLNMYSKCSNLNDALGVFEDIENKADIVSWNTVLTACLQQN 360

Query: 503 QAGEVLRLTKQMLVSSIKPDHVTVTNVLVSSGQVASYEVGSQVHCFIIKSGLNLDTSVSN 562
           QAGEVLRLTKQMLVSSIKPDHVTVTNVLVSSGQVASYEVGSQVHCFIIKSGLNLDTSVSN
Sbjct: 361 QAGEVLRLTKQMLVSSIKPDHVTVTNVLVSSGQVASYEVGSQVHCFIIKSGLNLDTSVSN 420

Query: 563 ALINMYTKCGSLGSAQKMFDSIDNPDIISWSSLIVGYAQAGSGDKAFKLFRTMRGLGVKP 622
           ALINMYTKCGSLGSAQKMFDSIDNPDIISWSSLIVGYAQAGSGDKAFKLFRTMRGLGVKP
Sbjct: 421 ALINMYTKCGSLGSAQKMFDSIDNPDIISWSSLIVGYAQAGSGDKAFKLFRTMRGLGVKP 480

Query: 623 NEITFVGILTACSHIGMVEEGLKLYRTMQEEDGISPTREHCSCMVDLLARAGCLDGAEEF 682
           NEITFV ILTACSHIGMVEEGLKLYRTMQEEDGISPTREHCSCMVDLLARAGCLDGAEEF
Sbjct: 481 NEITFVVILTACSHIGMVEEGLKLYRTMQEEDGISPTREHCSCMVDLLARAGCLDGAEEF 540

Query: 683 IKQMPFDPDIVVWKTLLAACKIHGNLKIGRRAAENVLKIDPSNSAALVMLCNIHASSGHW 742
           IKQMPFDPDIVVWKTLLAACKIHGNL+IGRRAAENVLKIDPSNSAALVMLCNIHASSGHW
Sbjct: 541 IKQMPFDPDIVVWKTLLAACKIHGNLEIGRRAAENVLKIDPSNSAALVMLCNIHASSGHW 600

Query: 743 KDFALLRSSMRQMDVSKVPGQSWIE 768
           KDFALLRSSMRQMDVSKVPGQSWIE
Sbjct: 601 KDFALLRSSMRQMDVSKVPGQSWIE 625

[Close]

BLAST of MS019670 vs. NCBI nr
Match: XP_038903429.1 (pentatricopeptide repeat-containing protein At3g53360, mitochondrial isoform X1 [Benincasa hispida])

HSP 1 Score: 1151.0 bits (2976), Expect = 0.0e+00
Identity = 563/676 (83.28%), Postives = 606/676 (89.64%), Query Frame = 0


Query: 93  CRLGLIEEAKQLVQKMKESGFFPDVS-TYGSLANGISLARKPEHGRRIHGHMLAFNYQPD 152
           C+  L  EA Q     ++    P  S TY  L N  S  R  EHGR IH HML FN QPD
Sbjct: 73  CKKNLHREALQAFDIFQKCSSSPLKSITYTHLINACSSLRSLEHGREIHRHMLTFNCQPD 132

Query: 153 LILQNHILNMYGKCGSLKEARNVFDAMPQRNVVSWTSLISGYSHYGQEDNAITLYVQMLQ 212
           +ILQNHILNMYGKCGSLKEARN+F+AMP +NVVSWTS+ISGYSHYGQEDNAIT+YVQML+
Sbjct: 133 MILQNHILNMYGKCGSLKEARNIFNAMPLKNVVSWTSMISGYSHYGQEDNAITMYVQMLR 192

Query: 213 SGYVPDHFTFGSVIKSCSGLDDFMLARQLHAHVLKSEFGGHLISQNALISMYTKFSQISD 272
           SGY+PDHFTFGSV+KSCSGLDDFMLARQLHAHVLKSEFGGHLI+QNALISMYTKFS+I+D
Sbjct: 193 SGYIPDHFTFGSVVKSCSGLDDFMLARQLHAHVLKSEFGGHLIAQNALISMYTKFSRIAD 252

Query: 273 AINVFTRIMAKDLISWGSMIAGFSQLGYELEALHHFREMLSGHVYQPNQFIFGSAFSACS 332
           A NVF+ I+ KDLISWGSMIAGFSQLGYELEAL HFREM+S  VYQPN+F+FGSAFSACS
Sbjct: 253 ATNVFSHIVIKDLISWGSMIAGFSQLGYELEALCHFREMVSQPVYQPNEFVFGSAFSACS 312

Query: 333 KLLEPNYGRQIHSLCMKFGLGGDLFAGCSLCDMYAKCGLLESARTVFYQIEKPDLVSWNA 392
           KLLEPN GRQIH LC+KFGLG DLFAGCSLCDMYAKCG L SARTVFY IEKPDLV+WNA
Sbjct: 313 KLLEPNCGRQIHGLCIKFGLGSDLFAGCSLCDMYAKCGFLGSARTVFYHIEKPDLVAWNA 372

Query: 393 IIAGFASAGDAKESMSLFSQMRHTGLAPNDVTVLSLLCACSEPVMLCQGMQVHSYIIKMG 452
           IIAGFAS GDAKES+S FSQMRHTGL PNDVTVLSLLCACSEPVML QGMQVHSY++KMG
Sbjct: 373 IIAGFASVGDAKESLSFFSQMRHTGLVPNDVTVLSLLCACSEPVMLNQGMQVHSYVVKMG 432

Query: 453 FYLEIHVCNCLLNMYSKCSNLNDALEVFEDIENKADIVSWNTVLTACLQQNQAGEVLRLT 512
           F L+I V N LL MYSKCSNL DAL +FE I  KADIVSWNT+LTACLQQNQAGEVLRLT
Sbjct: 433 FDLDIPVSNTLLGMYSKCSNLTDALHIFEGIGTKADIVSWNTLLTACLQQNQAGEVLRLT 492

Query: 513 KQMLVSSIKPDHVTVTNVLVSSGQVASYEVGSQVHCFIIKSGLNLDTSVSNALINMYTKC 572
           K ML S IKPDHVT+TNVLVSSGQ+ASYEVGSQVHCFI+KSGLNLDTSVSNALIN YTKC
Sbjct: 493 KLMLASHIKPDHVTLTNVLVSSGQIASYEVGSQVHCFIMKSGLNLDTSVSNALINTYTKC 552

Query: 573 GSLGSAQKMFDSIDNPDIISWSSLIVGYAQAGSGDKAFKLFRTMRGLGVKPNEITFVGIL 632
           GSLG A+KMFDSIDNPDIISWSSLIVGYAQAG G++AF LFRTMR LGVKPNEITFVGIL
Sbjct: 553 GSLGCARKMFDSIDNPDIISWSSLIVGYAQAGCGEEAFVLFRTMRSLGVKPNEITFVGIL 612

Query: 633 TACSHIGMVEEGLKLYRTMQEEDGISPTREHCSCMVDLLARAGCLDGAEEFIKQMPFDPD 692
            ACSHIGMVEEGLKLY+TMQ+E GISPT+EHCSCMVDLLARAGCLDGAE FIKQMPF+PD
Sbjct: 613 IACSHIGMVEEGLKLYKTMQKEYGISPTKEHCSCMVDLLARAGCLDGAENFIKQMPFNPD 672

Query: 693 IVVWKTLLAACKIHGNLKIGRRAAENVLKIDPSNSAALVMLCNIHASSGHWKDFALLRSS 752
           IVVWKTLLAACK+HGNL++G+RAAENVLKIDPSNSAALVMLCNIHASSGHWKDFA  RSS
Sbjct: 673 IVVWKTLLAACKVHGNLEVGKRAAENVLKIDPSNSAALVMLCNIHASSGHWKDFAQCRSS 732

Query: 753 MRQMDVSKVPGQSWIE 768
           MRQM+VSKVPGQSWIE
Sbjct: 733 MRQMNVSKVPGQSWIE 748

[Close]

BLAST of MS019670 vs. NCBI nr
Match: XP_022947264.1 (pentatricopeptide repeat-containing protein At3g53360, mitochondrial-like isoform X1 [Cucurbita moschata])

HSP 1 Score: 1140.6 bits (2949), Expect = 0.0e+00
Identity = 560/676 (82.84%), Postives = 602/676 (89.05%), Query Frame = 0


Query: 93  CRLGLIEEAKQLVQKMKESGFFP-DVSTYGSLANGISLARKPEHGRRIHGHMLAFNYQPD 152
           C+  L  EA Q  +  ++    P +  TY  L N     R  EHGR+IH HM  FNYQPD
Sbjct: 72  CKKWLNREALQAFETFQKCSNSPLNSITYTHLINTCCSLRFLEHGRKIHRHMTTFNYQPD 131

Query: 153 LILQNHILNMYGKCGSLKEARNVFDAMPQRNVVSWTSLISGYSHYGQEDNAITLYVQMLQ 212
           +ILQNHILNMYGKCGSLKEARNVFDAMP +NVVSWTS+ISGYSHYGQEDNAITLYVQM +
Sbjct: 132 MILQNHILNMYGKCGSLKEARNVFDAMPLKNVVSWTSMISGYSHYGQEDNAITLYVQMFR 191

Query: 213 SGYVPDHFTFGSVIKSCSGLDDFMLARQLHAHVLKSEFGGHLISQNALISMYTKFSQISD 272
           SG  PDHFTFGSV+KSCSGLDD MLARQLHAHVLKSEFGGHLI+QNALISMYTK++QI+D
Sbjct: 192 SGCTPDHFTFGSVLKSCSGLDDSMLARQLHAHVLKSEFGGHLIAQNALISMYTKYNQIAD 251

Query: 273 AINVFTRIMAKDLISWGSMIAGFSQLGYELEALHHFREMLSGHVYQPNQFIFGSAFSACS 332
           AINVF+ I+ KDLISW SMIAGFS+ GYELEAL  FREMLS  VYQPN+FIFGSAFSAC+
Sbjct: 252 AINVFSHIITKDLISWSSMIAGFSRFGYELEALFLFREMLSQPVYQPNEFIFGSAFSACT 311

Query: 333 KLLEPNYGRQIHSLCMKFGLGGDLFAGCSLCDMYAKCGLLESARTVFYQIEKPDLVSWNA 392
           KLLEPNYGRQIH LC+KFGLG D FAGCSLCDMYAKCG L SARTVF QIEKPDLV+WNA
Sbjct: 312 KLLEPNYGRQIHGLCIKFGLGSDAFAGCSLCDMYAKCGFLRSARTVFNQIEKPDLVAWNA 371

Query: 393 IIAGFASAGDAKESMSLFSQMRHTGLAPNDVTVLSLLCACSEPVMLCQGMQVHSYIIKMG 452
           IIAGFAS GD KES SLFSQMR TGLAPNDVTVLSLLCACSEPVML QGMQVHSYI++MG
Sbjct: 372 IIAGFASVGDVKESTSLFSQMRITGLAPNDVTVLSLLCACSEPVMLYQGMQVHSYIVQMG 431

Query: 453 FYLEIHVCNCLLNMYSKCSNLNDALEVFEDIENKADIVSWNTVLTACLQQNQAGEVLRLT 512
           F  EI VCN LL+MYSKCSNLNDAL++FEDI NKADIVSWNT+L ACL  NQAGEVLRLT
Sbjct: 432 FDSEIPVCNSLLSMYSKCSNLNDALQIFEDIGNKADIVSWNTMLMACLHHNQAGEVLRLT 491

Query: 513 KQMLVSSIKPDHVTVTNVLVSSGQVASYEVGSQVHCFIIKSGLNLDTSVSNALINMYTKC 572
           K MLVS IKPDHVT+TNVLVSSGQ+ASYEVGSQVHC I+KSGLNLDTSVSNALINMY KC
Sbjct: 492 KTMLVSHIKPDHVTLTNVLVSSGQIASYEVGSQVHCLIMKSGLNLDTSVSNALINMYMKC 551

Query: 573 GSLGSAQKMFDSIDNPDIISWSSLIVGYAQAGSGDKAFKLFRTMRGLGVKPNEITFVGIL 632
           GSLGSA+K+FDSI+NPDIISWSSLIVGYAQAG G++AFKLFRTMRGLGVKPNEITFVG L
Sbjct: 552 GSLGSARKIFDSIENPDIISWSSLIVGYAQAGCGEEAFKLFRTMRGLGVKPNEITFVGFL 611

Query: 633 TACSHIGMVEEGLKLYRTMQEEDGISPTREHCSCMVDLLARAGCLDGAEEFIKQMPFDPD 692
           TACSHIGMVEEGLKLYRTMQEEDGI+PTREHCSCMVDLLARAGCLD AE+FI QMPFDPD
Sbjct: 612 TACSHIGMVEEGLKLYRTMQEEDGIAPTREHCSCMVDLLARAGCLDEAEDFINQMPFDPD 671

Query: 693 IVVWKTLLAACKIHGNLKIGRRAAENVLKIDPSNSAALVMLCNIHASSGHWKDFALLRSS 752
           IVVWKTLLAACK+HGNL++G+RAAE VLK DPSNSAALVMLCNIHASSGHW D A LRSS
Sbjct: 672 IVVWKTLLAACKVHGNLEVGKRAAEKVLKTDPSNSAALVMLCNIHASSGHWNDLAQLRSS 731

Query: 753 MRQMDVSKVPGQSWIE 768
           MRQMDVSKVPGQSWIE
Sbjct: 732 MRQMDVSKVPGQSWIE 747

[Close]

BLAST of MS019670 vs. NCBI nr
Match: XP_023005822.1 (pentatricopeptide repeat-containing protein At3g53360, mitochondrial-like isoform X1 [Cucurbita maxima])

HSP 1 Score: 1136.3 bits (2938), Expect = 0.0e+00
Identity = 556/676 (82.25%), Postives = 604/676 (89.35%), Query Frame = 0


Query: 93  CRLGLIEEAKQLVQKMKESGFFP-DVSTYGSLANGISLARKPEHGRRIHGHMLAFNYQPD 152
           C+ GL  EA Q  +  ++    P +  TY  L N  S  R  EHGR+IH HM  FNYQPD
Sbjct: 72  CKKGLNREALQAFETFQKCSNSPLNSITYTHLINTCSSLRFLEHGRKIHRHMTTFNYQPD 131

Query: 153 LILQNHILNMYGKCGSLKEARNVFDAMPQRNVVSWTSLISGYSHYGQEDNAITLYVQMLQ 212
           ++LQNHILNMYGKCGSLKEARNVFDAM  +NVVSWTS+ISGYSHYGQEDNAITLYVQM +
Sbjct: 132 ILLQNHILNMYGKCGSLKEARNVFDAMSLKNVVSWTSMISGYSHYGQEDNAITLYVQMFR 191

Query: 213 SGYVPDHFTFGSVIKSCSGLDDFMLARQLHAHVLKSEFGGHLISQNALISMYTKFSQISD 272
           SG  PDHFTFGSV+KSCSGL+D MLARQLHAHVLKSEFGGHLI+QNALISMYTK++QI+D
Sbjct: 192 SGCTPDHFTFGSVLKSCSGLEDSMLARQLHAHVLKSEFGGHLIAQNALISMYTKYNQIAD 251

Query: 273 AINVFTRIMAKDLISWGSMIAGFSQLGYELEALHHFREMLSGHVYQPNQFIFGSAFSACS 332
           AINVF+ I+ KDLISW SMIAGFS+ GYELEAL  FREMLS  VY PN+FIFGSAFSAC+
Sbjct: 252 AINVFSHIITKDLISWSSMIAGFSRFGYELEALFLFREMLSQPVYHPNEFIFGSAFSACT 311

Query: 333 KLLEPNYGRQIHSLCMKFGLGGDLFAGCSLCDMYAKCGLLESARTVFYQIEKPDLVSWNA 392
           KLLEPNYGRQIH LC+KFGLG D FAGCSLCDMYAKCG L SARTVF QIEKPDLV+WNA
Sbjct: 312 KLLEPNYGRQIHGLCIKFGLGSDAFAGCSLCDMYAKCGFLRSARTVFNQIEKPDLVAWNA 371

Query: 393 IIAGFASAGDAKESMSLFSQMRHTGLAPNDVTVLSLLCACSEPVMLCQGMQVHSYIIKMG 452
           IIAGFAS GD KESMSLFSQMR TGLA NDVTVLSLLCACS+PVML QGMQVHSYI++MG
Sbjct: 372 IIAGFASVGDVKESMSLFSQMRITGLASNDVTVLSLLCACSDPVMLYQGMQVHSYIVQMG 431

Query: 453 FYLEIHVCNCLLNMYSKCSNLNDALEVFEDIENKADIVSWNTVLTACLQQNQAGEVLRLT 512
           F  EI VCN LL+MYSKCSNLNDAL++FEDI NKADIVSWNT+L ACL  NQAGEVLRLT
Sbjct: 432 FDSEIPVCNSLLSMYSKCSNLNDALQIFEDIGNKADIVSWNTMLMACLHHNQAGEVLRLT 491

Query: 513 KQMLVSSIKPDHVTVTNVLVSSGQVASYEVGSQVHCFIIKSGLNLDTSVSNALINMYTKC 572
           K MLVS IKPD+VT+TNVLVSSGQ+ASYEVGSQVHC I+KSGLNLDTSV NALINMY KC
Sbjct: 492 KTMLVSHIKPDYVTLTNVLVSSGQIASYEVGSQVHCLIMKSGLNLDTSVLNALINMYMKC 551

Query: 573 GSLGSAQKMFDSIDNPDIISWSSLIVGYAQAGSGDKAFKLFRTMRGLGVKPNEITFVGIL 632
           GS+GSA+K+FDSIDNPDIISWSSLIVGYAQAG G++AFKLFRTMRGLGVKPNEITFVGIL
Sbjct: 552 GSVGSARKIFDSIDNPDIISWSSLIVGYAQAGCGEEAFKLFRTMRGLGVKPNEITFVGIL 611

Query: 633 TACSHIGMVEEGLKLYRTMQEEDGISPTREHCSCMVDLLARAGCLDGAEEFIKQMPFDPD 692
           TACSHIGMVEEGLKLYRTMQEEDGI+PT+EHCSCMVDLLARAGCLDGAE+FI QMPFDPD
Sbjct: 612 TACSHIGMVEEGLKLYRTMQEEDGIAPTKEHCSCMVDLLARAGCLDGAEDFINQMPFDPD 671

Query: 693 IVVWKTLLAACKIHGNLKIGRRAAENVLKIDPSNSAALVMLCNIHASSGHWKDFALLRSS 752
           IVVWKTLLAACK+HGNL++G+RAAENVLK DPSNSAALVMLCN+HASSGHW D A LRSS
Sbjct: 672 IVVWKTLLAACKVHGNLEVGKRAAENVLKSDPSNSAALVMLCNMHASSGHWNDLARLRSS 731

Query: 753 MRQMDVSKVPGQSWIE 768
           MRQMDVSKVPGQSWIE
Sbjct: 732 MRQMDVSKVPGQSWIE 747

[Close]

BLAST of MS019670 vs. ExPASy Swiss-Prot
Match: Q9LFI1 (Pentatricopeptide repeat-containing protein At3g53360, mitochondrial OS=Arabidopsis thaliana OX=3702 GN=PCMP-E86 PE=2 SV=1)

HSP 1 Score: 820.1 bits (2117), Expect = 2.1e-236
Identity = 395/680 (58.09%), Postives = 508/680 (74.71%), Query Frame = 0


Query: 89  IEGYCRLGLIEEAKQLVQ-KMKESGFFPDVSTYGSLANGISLARKPEHGRRIHGHMLAFN 148
           I   C+     EA +      K S F   + TY SL    S +R    GR+IH H+L  N
Sbjct: 38  INSLCKSNFYREALEAFDFAQKNSSFKIRLRTYISLICACSSSRSLAQGRKIHDHILNSN 97

Query: 149 YQPDLILQNHILNMYGKCGSLKEARNVFDAMPQRNVVSWTSLISGYSHYGQEDNAITLYV 208
            + D IL NHIL+MYGKCGSL++AR VFD MP+RN+VS+TS+I+GYS  GQ   AI LY+
Sbjct: 98  CKYDTILNNHILSMYGKCGSLRDAREVFDFMPERNLVSYTSVITGYSQNGQGAEAIRLYL 157

Query: 209 QMLQSGYVPDHFTFGSVIKSCSGLDDFMLARQLHAHVLKSEFGGHLISQNALISMYTKFS 268
           +MLQ   VPD F FGS+IK+C+   D  L +QLHA V+K E   HLI+QNALI+MY +F+
Sbjct: 158 KMLQEDLVPDQFAFGSIIKACASSSDVGLGKQLHAQVIKLESSSHLIAQNALIAMYVRFN 217

Query: 269 QISDAINVFTRIMAKDLISWGSMIAGFSQLGYELEALHHFREMLSGHVYQPNQFIFGSAF 328
           Q+SDA  VF  I  KDLISW S+IAGFSQLG+E EAL H +EMLS  V+ PN++IFGS+ 
Sbjct: 218 QMSDASRVFYGIPMKDLISWSSIIAGFSQLGFEFEALSHLKEMLSFGVFHPNEYIFGSSL 277

Query: 329 SACSKLLEPNYGRQIHSLCMKFGLGGDLFAGCSLCDMYAKCGLLESARTVFYQIEKPDLV 388
            ACS LL P+YG QIH LC+K  L G+  AGCSLCDMYA+CG L SAR VF QIE+PD  
Sbjct: 278 KACSSLLRPDYGSQIHGLCIKSELAGNAIAGCSLCDMYARCGFLNSARRVFDQIERPDTA 337

Query: 389 SWNAIIAGFASAGDAKESMSLFSQMRHTGLAPNDVTVLSLLCACSEPVMLCQGMQVHSYI 448
           SWN IIAG A+ G A E++S+FSQMR +G  P+ +++ SLLCA ++P+ L QGMQ+HSYI
Sbjct: 338 SWNVIIAGLANNGYADEAVSVFSQMRSSGFIPDAISLRSLLCAQTKPMALSQGMQIHSYI 397

Query: 449 IKMGFYLEIHVCNCLLNMYSKCSNLNDALEVFEDIENKADIVSWNTVLTACLQQNQAGEV 508
           IK GF  ++ VCN LL MY+ CS+L     +FED  N AD VSWNT+LTACLQ  Q  E+
Sbjct: 398 IKWGFLADLTVCNSLLTMYTFCSDLYCCFNLFEDFRNNADSVSWNTILTACLQHEQPVEM 457

Query: 509 LRLTKQMLVSSIKPDHVTVTNVLVSSGQVASYEVGSQVHCFIIKSGLNLDTSVSNALINM 568
           LRL K MLVS  +PDH+T+ N+L    +++S ++GSQVHC+ +K+GL  +  + N LI+M
Sbjct: 458 LRLFKLMLVSECEPDHITMGNLLRGCVEISSLKLGSQVHCYSLKTGLAPEQFIKNGLIDM 517

Query: 569 YTKCGSLGSAQKMFDSIDNPDIISWSSLIVGYAQAGSGDKAFKLFRTMRGLGVKPNEITF 628
           Y KCGSLG A+++FDS+DN D++SWS+LIVGYAQ+G G++A  LF+ M+  G++PN +TF
Sbjct: 518 YAKCGSLGQARRIFDSMDNRDVVSWSTLIVGYAQSGFGEEALILFKEMKSAGIEPNHVTF 577

Query: 629 VGILTACSHIGMVEEGLKLYRTMQEEDGISPTREHCSCMVDLLARAGCLDGAEEFIKQMP 688
           VG+LTACSH+G+VEEGLKLY TMQ E GISPT+EHCSC+VDLLARAG L+ AE FI +M 
Sbjct: 578 VGVLTACSHVGLVEEGLKLYATMQTEHGISPTKEHCSCVVDLLARAGRLNEAERFIDEMK 637

Query: 689 FDPDIVVWKTLLAACKIHGNLKIGRRAAENVLKIDPSNSAALVMLCNIHASSGHWKDFAL 748
            +PD+VVWKTLL+ACK  GN+ + ++AAEN+LKIDP NS A V+LC++HASSG+W++ AL
Sbjct: 638 LEPDVVVWKTLLSACKTQGNVHLAQKAAENILKIDPFNSTAHVLLCSMHASSGNWENAAL 697

Query: 749 LRSSMRQMDVSKVPGQSWIE 768
           LRSSM++ DV K+PGQSWIE
Sbjct: 698 LRSSMKKHDVKKIPGQSWIE 717

[Close]

BLAST of MS019670 vs. ExPASy Swiss-Prot
Match: Q9SS83 (Pentatricopeptide repeat-containing protein At3g09040, mitochondrial OS=Arabidopsis thaliana OX=3702 GN=PCMP-E88 PE=2 SV=1)

HSP 1 Score: 484.6 bits (1246), Expect = 2.1e-135
Identity = 261/764 (34.16%), Postives = 421/764 (55.10%), Query Frame = 0


Query: 7   IEPDVVSYNILIDGCILVDDSAGALAFFNEMRSKGIAPTKVSYTTLMKAFAQSGQPKLAR 66
           ++P+ V +  L  G +       A+  F  MR +G  P  +++ T++  + + G+ K AR
Sbjct: 222 VDPNTVCWTCLFSGYVKAGLPEEAVLVFERMRDEGHRPDHLAFVTVINTYIRLGKLKDAR 281

Query: 67  KVFDEMLNDPRVKADIVAWNMLIEGYCRLGLIEEAKQLVQKMKESGFFPDVSTYGSLANG 126
            +F EM +      D+VAWN++I G+ + G    A +    M++S      ST GS+ + 
Sbjct: 282 LLFGEMSS-----PDVVAWNVMISGHGKRGCETVAIEYFFNMRKSSVKSTRSTLGSVLSA 341

Query: 127 ISLARKPEHGRRIHGHMLAFNYQPDLILQNHILNMYGKCGSLKEARNVFDAMPQRNVVSW 186
           I +    + G  +H   +      ++ + + +++MY KC  ++ A  VF+A+ ++N V W
Sbjct: 342 IGIVANLDLGLVVHAEAIKLGLASNIYVGSSLVSMYSKCEKMEAAAKVFEALEEKNDVFW 401

Query: 187 TSLISGYSHYGQEDNAITLYVQMLQSGYVPDHFTFGSVIKSCSGLDDFMLARQLHAHVLK 246
            ++I GY+H G+    + L++ M  SGY  D FTF S++ +C+   D  +  Q H+ ++K
Sbjct: 402 NAMIRGYAHNGESHKVMELFMDMKSSGYNIDDFTFTSLLSTCAASHDLEMGSQFHSIIIK 461

Query: 247 SEFGGHLISQNALISMYTKFSQISDAINVFTRIMAKDLISWGSMIAGFSQLGYELEALHH 306
            +   +L   NAL+ MY K   + DA  +F R+  +D ++W ++I  + Q   E EA   
Sbjct: 462 KKLAKNLFVGNALVDMYAKCGALEDARQIFERMCDRDNVTWNTIIGSYVQDENESEAFDL 521

Query: 307 FREM-LSGHVYQPNQFIFGSAFSACSKLLEPNYGRQIHSLCMKFGLGGDLFAGCSLCDMY 366
           F+ M L G V   +     S   AC+ +     G+Q+H L +K GL  DL  G SL DMY
Sbjct: 522 FKRMNLCGIV--SDGACLASTLKACTHVHGLYQGKQVHCLSVKCGLDRDLHTGSSLIDMY 581

Query: 367 AKCGLLESARTVFYQIEKPDLVSWNAIIAGFASAGDAKESMSLFSQMRHTGLAPNDVTVL 426
           +KCG+++ AR VF  + +  +VS NA+IAG+ S  + +E++ LF +M   G+ P+++T  
Sbjct: 582 SKCGIIKDARKVFSSLPEWSVVSMNALIAGY-SQNNLEEAVVLFQEMLTRGVNPSEITFA 641

Query: 427 SLLCACSEPVMLCQGMQVHSYIIKMGFYLE-IHVCNCLLNMYSKCSNLNDALEVFEDIEN 486
           +++ AC +P  L  G Q H  I K GF  E  ++   LL MY     + +A  +F ++ +
Sbjct: 642 TIVEACHKPESLTLGTQFHGQITKRGFSSEGEYLGISLLGMYMNSRGMTEACALFSELSS 701

Query: 487 KADIVSWNTVLTACLQQNQAGEVLRLTKQMLVSSIKPDHVTVTNVLVSSGQVASYEVGSQ 546
              IV W  +++   Q     E L+  K+M    + PD  T   VL     ++S   G  
Sbjct: 702 PKSIVLWTGMMSGHSQNGFYEEALKFYKEMRHDGVLPDQATFVTVLRVCSVLSSLREGRA 761

Query: 547 VHCFIIKSGLNLDTSVSNALINMYTKCGSLGSAQKMFDSI-DNPDIISWSSLIVGYAQAG 606
           +H  I     +LD   SN LI+MY KCG +  + ++FD +    +++SW+SLI GYA+ G
Sbjct: 762 IHSLIFHLAHDLDELTSNTLIDMYAKCGDMKGSSQVFDEMRRRSNVVSWNSLINGYAKNG 821

Query: 607 SGDKAFKLFRTMRGLGVKPNEITFVGILTACSHIGMVEEGLKLYRTMQEEDGISPTREHC 666
             + A K+F +MR   + P+EITF+G+LTACSH G V +G K++  M  + GI    +H 
Sbjct: 822 YAEDALKIFDSMRQSHIMPDEITFLGVLTACSHAGKVSDGRKIFEMMIGQYGIEARVDHV 881

Query: 667 SCMVDLLARAGCLDGAEEFIKQMPFDPDIVVWKTLLAACKIHGNLKIGRRAAENVLKIDP 726
           +CMVDLL R G L  A++FI+     PD  +W +LL AC+IHG+   G  +AE +++++P
Sbjct: 882 ACMVDLLGRWGYLQEADDFIEAQNLKPDARLWSSLLGACRIHGDDIRGEISAEKLIELEP 941

Query: 727 SNSAALVMLCNIHASSGHWKDFALLRSSMRQMDVSKVPGQSWIE 768
            NS+A V+L NI+AS G W+    LR  MR   V KVPG SWI+
Sbjct: 942 QNSSAYVLLSNIYASQGCWEKANALRKVMRDRGVKKVPGYSWID 977

[Close]

BLAST of MS019670 vs. ExPASy Swiss-Prot
Match: Q9SS60 (Pentatricopeptide repeat-containing protein At3g03580 OS=Arabidopsis thaliana OX=3702 GN=PCMP-H23 PE=2 SV=1)

HSP 1 Score: 457.6 bits (1176), Expect = 2.8e-127
Identity = 230/687 (33.48%), Postives = 383/687 (55.75%), Query Frame = 0


Query: 81  DIVAWNMLIEGYCRLGLIEEAKQLVQKMKESGFFPDVSTYGSLANGISLARKPEHGRRIH 140
           ++  WN +I  + + GL  EA +   K++ES   PD  T+ S+    +     E G  ++
Sbjct: 70  NVYLWNSIIRAFSKNGLFPEALEFYGKLRESKVSPDKYTFPSVIKACAGLFDAEMGDLVY 129

Query: 141 GHMLAFNYQPDLILQNHILNMYGKCGSLKEARNVFDAMPQRNVVSWTSLISGYSHYGQED 200
             +L   ++ DL + N +++MY + G L  AR VFD MP R++VSW SLISGYS +G  +
Sbjct: 130 EQILDMGFESDLFVGNALVDMYSRMGLLTRARQVFDEMPVRDLVSWNSLISGYSSHGYYE 189

Query: 201 NAITLYVQMLQSGYVPDHFTFGSVIKSCSGLDDFMLARQLHAHVLKSEFGGHLISQNALI 260
            A+ +Y ++  S  VPD FT  SV+ +   L      + LH   LKS     ++  N L+
Sbjct: 190 EALEIYHELKNSWIVPDSFTVSSVLPAFGNLLVVKQGQGLHGFALKSGVNSVVVVNNGLV 249

Query: 261 SMYTKFSQISDAINVFTRIMAKDLISWGSMIAGFSQLGYELEALHHFREMLSGHVYQPNQ 320
           +MY KF + +DA  VF  +  +D +S+ +MI G+ +L    E++  F E L    ++P+ 
Sbjct: 250 AMYLKFRRPTDARRVFDEMDVRDSVSYNTMICGYLKLEMVEESVRMFLENLD--QFKPDL 309

Query: 321 FIFGSAFSACSKLLEPNYGRQIHSLCMKFGLGGDLFAGCSLCDMYAKCGLLESARTVFYQ 380
               S   AC  L + +  + I++  +K G   +      L D+YAKCG + +AR VF  
Sbjct: 310 LTVSSVLRACGHLRDLSLAKYIYNYMLKAGFVLESTVRNILIDVYAKCGDMITARDVFNS 369

Query: 381 IEKPDLVSWNAIIAGFASAGDAKESMSLFSQMRHTGLAPNDVTVLSLLCACSEPVMLCQG 440
           +E  D VSWN+II+G+  +GD  E+M LF  M       + +T L L+   +    L  G
Sbjct: 370 MECKDTVSWNSIISGYIQSGDLMEAMKLFKMMMIMEEQADHITYLMLISVSTRLADLKFG 429

Query: 441 MQVHSYIIKMGFYLEIHVCNCLLNMYSKCSNLNDALEVFEDIENKADIVSWNTVLTACLQ 500
             +HS  IK G  +++ V N L++MY+KC  + D+L++F  +    D V+WNTV++AC++
Sbjct: 430 KGLHSNGIKSGICIDLSVSNALIDMYAKCGEVGDSLKIFSSM-GTGDTVTWNTVISACVR 489

Query: 501 QNQAGEVLRLTKQMLVSSIKPDHVTVTNVLVSSGQVASYEVGSQVHCFIIKSGLNLDTSV 560
                  L++T QM  S + PD  T    L     +A+  +G ++HC +++ G   +  +
Sbjct: 490 FGDFATGLQVTTQMRKSEVVPDMATFLVTLPMCASLAAKRLGKEIHCCLLRFGYESELQI 549

Query: 561 SNALINMYTKCGSLGSAQKMFDSIDNPDIISWSSLIVGYAQAGSGDKAFKLFRTMRGLGV 620
            NALI MY+KCG L ++ ++F+ +   D+++W+ +I  Y   G G+KA + F  M   G+
Sbjct: 550 GNALIEMYSKCGCLENSSRVFERMSRRDVVTWTGMIYAYGMYGEGEKALETFADMEKSGI 609

Query: 621 KPNEITFVGILTACSHIGMVEEGLKLYRTMQEEDGISPTREHCSCMVDLLARAGCLDGAE 680
            P+ + F+ I+ ACSH G+V+EGL  +  M+    I P  EH +C+VDLL+R+  +  AE
Sbjct: 610 VPDSVVFIAIIYACSHSGLVDEGLACFEKMKTHYKIDPMIEHYACVVDLLSRSQKISKAE 669

Query: 681 EFIKQMPFDPDIVVWKTLLAACKIHGNLKIGRRAAENVLKIDPSNSAALVMLCNIHASSG 740
           EFI+ MP  PD  +W ++L AC+  G+++   R +  +++++P +    ++  N +A+  
Sbjct: 670 EFIQAMPIKPDASIWASVLRACRTSGDMETAERVSRRIIELNPDDPGYSILASNAYAALR 729

Query: 741 HWKDFALLRSSMRQMDVSKVPGQSWIE 768
            W   +L+R S++   ++K PG SWIE
Sbjct: 730 KWDKVSLIRKSLKDKHITKNPGYSWIE 753

[Close]

BLAST of MS019670 vs. ExPASy Swiss-Prot
Match: Q9SVA5 (Pentatricopeptide repeat-containing protein At4g39530 OS=Arabidopsis thaliana OX=3702 GN=PCMP-E52 PE=3 SV=1)

HSP 1 Score: 444.5 bits (1142), Expect = 2.4e-123
Identity = 243/722 (33.66%), Postives = 408/722 (56.51%), Query Frame = 0


Query: 52  LMKAFAQSGQPKLARKVFDEMLNDPRVKADIVAWNMLIEGYCRLGLIEEA----KQLVQK 111
           L+  ++++G    ARKVF++M      + ++V+W+ ++      G+ EE+     +  + 
Sbjct: 85  LINLYSRAGGMVYARKVFEKM-----PERNLVSWSTMVSACNHHGIYEESLVVFLEFWRT 144

Query: 112 MKESGFFPDVSTYGSLANGISLARKPEHGRRIHGHMLAFNYQPDLILQNHILNMYGKCGS 171
            K+S     +S++    +G+   R      ++   ++   +  D+ +   +++ Y K G+
Sbjct: 145 RKDSPNEYILSSFIQACSGLD-GRGRWMVFQLQSFLVKSGFDRDVYVGTLLIDFYLKDGN 204

Query: 172 LKEARNVFDAMPQRNVVSWTSLISGYSHYGQEDNAITLYVQMLQSGYVPDHFTFGSVIKS 231
           +  AR VFDA+P+++ V+WT++ISG    G+   ++ L+ Q+++   VPD +   +V+ +
Sbjct: 205 IDYARLVFDALPEKSTVTWTTMISGCVKMGRSYVSLQLFYQLMEDNVVPDGYILSTVLSA 264

Query: 232 CSGLDDFMLARQLHAHVLKSEFGGHLISQNALISMYTKFSQISDAINVFTRIMAKDLISW 291
           CS L      +Q+HAH+L+          N LI  Y K  ++  A  +F  +  K++ISW
Sbjct: 265 CSILPFLEGGKQIHAHILRYGLEMDASLMNVLIDSYVKCGRVIAAHKLFNGMPNKNIISW 324

Query: 292 GSMIAGFSQLGYELEALHHFREMLSGHVYQPNQFIFGSAFSACSKLLEPNYGRQIHSLCM 351
            ++++G+ Q     EA+  F  M S    +P+ +   S  ++C+ L    +G Q+H+  +
Sbjct: 325 TTLLSGYKQNALHKEAMELFTSM-SKFGLKPDMYACSSILTSCASLHALGFGTQVHAYTI 384

Query: 352 KFGLGGDLFAGCSLCDMYAKCGLLESARTVFYQIEKPDLVSWNAIIAGFASAG---DAKE 411
           K  LG D +   SL DMYAKC  L  AR VF      D+V +NA+I G++  G   +  E
Sbjct: 385 KANLGNDSYVTNSLIDMYAKCDCLTDARKVFDIFAAADVVLFNAMIEGYSRLGTQWELHE 444

Query: 412 SMSLFSQMRHTGLAPNDVTVLSLLCACSEPVMLCQGMQVHSYIIKMGFYLEIHVCNCLLN 471
           ++++F  MR   + P+ +T +SLL A +    L    Q+H  + K G  L+I   + L++
Sbjct: 445 ALNIFRDMRFRLIRPSLLTFVSLLRASASLTSLGLSKQIHGLMFKYGLNLDIFAGSALID 504

Query: 472 MYSKCSNLNDALEVFEDIENKADIVSWNTVLTACLQQNQAGEVLRLTKQMLVSSIKPDHV 531
           +YS C  L D+  VF++++ K D+V WN++    +QQ++  E L L  ++ +S  +PD  
Sbjct: 505 VYSNCYCLKDSRLVFDEMKVK-DLVIWNSMFAGYVQQSENEEALNLFLELQLSRERPDEF 564

Query: 532 TVTNVLVSSGQVASYEVGSQVHCFIIKSGLNLDTSVSNALINMYTKCGSLGSAQKMFDSI 591
           T  N++ ++G +AS ++G + HC ++K GL  +  ++NAL++MY KCGS   A K FDS 
Sbjct: 565 TFANMVTAAGNLASVQLGQEFHCQLLKRGLECNPYITNALLDMYAKCGSPEDAHKAFDSA 624

Query: 592 DNPDIISWSSLIVGYAQAGSGDKAFKLFRTMRGLGVKPNEITFVGILTACSHIGMVEEGL 651
            + D++ W+S+I  YA  G G KA ++   M   G++PN ITFVG+L+ACSH G+VE+GL
Sbjct: 625 ASRDVVCWNSVISSYANHGEGKKALQMLEKMMSEGIEPNYITFVGVLSACSHAGLVEDGL 684

Query: 652 KLYRTMQEEDGISPTREHCSCMVDLLARAGCLDGAEEFIKQMPFDPDIVVWKTLLAACKI 711
           K +  M    GI P  EH  CMV LL RAG L+ A E I++MP  P  +VW++LL+ C  
Sbjct: 685 KQFELML-RFGIEPETEHYVCMVSLLGRAGRLNKARELIEKMPTKPAAIVWRSLLSGCAK 744

Query: 712 HGNLKIGRRAAENVLKIDPSNSAALVMLCNIHASSGHWKDFALLRSSMRQMDVSKVPGQS 767
            GN+++   AAE  +  DP +S +  ML NI+AS G W +   +R  M+   V K PG+S
Sbjct: 745 AGNVELAEHAAEMAILSDPKDSGSFTMLSNIYASKGMWTEAKKVRERMKVEGVVKEPGRS 797

[Close]

BLAST of MS019670 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: 443.0 bits (1138), Expect = 7.1e-123
Identity = 237/728 (32.55%), Postives = 398/728 (54.67%), Query Frame = 0


Query: 40  KGIAPTKVSYTTLMKAFAQSGQPKLARKVFDEMLNDPRVKADIVAWNMLIEGYCRLGLIE 99
           +G+  + V    L+  ++++G   LAR+VFD +    R+K D  +W  +I G  +     
Sbjct: 216 QGLRDSTVVCNPLIDLYSRNGFVDLARRVFDGL----RLK-DHSSWVAMISGLSKNECEA 275

Query: 100 EAKQLVQKMKESGFFPDVSTYGSLANGISLARKPEHGRRIHGHMLAFNYQPDLILQNHIL 159
           EA +L   M   G  P    + S+ +        E G ++HG +L   +  D  + N ++
Sbjct: 276 EAIRLFCDMYVLGIMPTPYAFSSVLSACKKIESLEIGEQLHGLVLKLGFSSDTYVCNALV 335

Query: 160 NMYGKCGSLKEARNVFDAMPQRNVVSWTSLISGYSHYGQEDNAITLYVQMLQSGYVPDHF 219
           ++Y   G+L  A ++F  M QR+ V++ +LI+G S  G  + A+ L+ +M   G  PD  
Sbjct: 336 SLYFHLGNLISAEHIFSNMSQRDAVTYNTLINGLSQCGYGEKAMELFKRMHLDGLEPDSN 395

Query: 220 TFGSVIKSCSGLDDFMLARQLHAHVLKSEFGGHLISQNALISMYTKFSQISDAINVFTRI 279
           T  S++ +CS        +QLHA+  K  F  +   + AL+++Y K + I  A++ F   
Sbjct: 396 TLASLVVACSADGTLFRGQQLHAYTTKLGFASNNKIEGALLNLYAKCADIETALDYFLET 455

Query: 280 MAKDLISWGSMIAGFSQLGYELEALHHFREMLSGHVYQPNQFIFGSAFSACSKLLEPNYG 339
             ++++ W  M+  +  L     +   FR+M    +  PNQ+ + S    C +L +   G
Sbjct: 456 EVENVVLWNVMLVAYGLLDDLRNSFRIFRQMQIEEIV-PNQYTYPSILKTCIRLGDLELG 515

Query: 340 RQIHSLCMKFGLGGDLFAGCSLCDMYAKCGLLESARTVFYQIEKPDLVSWNAIIAGFASA 399
            QIHS  +K     + +    L DMYAK G L++A  +  +    D+VSW  +IAG+   
Sbjct: 516 EQIHSQIIKTNFQLNAYVCSVLIDMYAKLGKLDTAWDILIRFAGKDVVSWTTMIAGYTQY 575

Query: 400 GDAKESMSLFSQMRHTGLAPNDVTVLSLLCACSEPVMLCQGMQVHSYIIKMGFYLEIHVC 459
               ++++ F QM   G+  ++V + + + AC+    L +G Q+H+     GF  ++   
Sbjct: 576 NFDDKALTTFRQMLDRGIRSDEVGLTNAVSACAGLQALKEGQQIHAQACVSGFSSDLPFQ 635

Query: 460 NCLLNMYSKCSNLNDALEVFEDIENKADIVSWNTVLTACLQQNQAGEVLRLTKQMLVSSI 519
           N L+ +YS+C  + ++   FE  E   D ++WN +++   Q     E LR+  +M    I
Sbjct: 636 NALVTLYSRCGKIEESYLAFEQTE-AGDNIAWNALVSGFQQSGNNEEALRVFVRMNREGI 695

Query: 520 KPDHVTVTNVLVSSGQVASYEVGSQVHCFIIKSGLNLDTSVSNALINMYTKCGSLGSAQK 579
             ++ T  + + ++ + A+ + G QVH  I K+G + +T V NALI+MY KCGS+  A+K
Sbjct: 696 DNNNFTFGSAVKAASETANMKQGKQVHAVITKTGYDSETEVCNALISMYAKCGSISDAEK 755

Query: 580 MFDSIDNPDIISWSSLIVGYAQAGSGDKAFKLFRTMRGLGVKPNEITFVGILTACSHIGM 639
            F  +   + +SW+++I  Y++ G G +A   F  M    V+PN +T VG+L+ACSHIG+
Sbjct: 756 QFLEVSTKNEVSWNAIINAYSKHGFGSEALDSFDQMIHSNVRPNHVTLVGVLSACSHIGL 815

Query: 640 VEEGLKLYRTMQEEDGISPTREHCSCMVDLLARAGCLDGAEEFIKQMPFDPDIVVWKTLL 699
           V++G+  + +M  E G+SP  EH  C+VD+L RAG L  A+EFI++MP  PD +VW+TLL
Sbjct: 816 VDKGIAYFESMNSEYGLSPKPEHYVCVVDMLTRAGLLSRAKEFIQEMPIKPDALVWRTLL 875

Query: 700 AACKIHGNLKIGRRAAENVLKIDPSNSAALVMLCNIHASSGHWKDFALLRSSMRQMDVSK 759
           +AC +H N++IG  AA ++L+++P +SA  V+L N++A S  W    L R  M++  V K
Sbjct: 876 SACVVHKNMEIGEFAAHHLLELEPEDSATYVLLSNLYAVSKKWDARDLTRQKMKEKGVKK 935

Query: 760 VPGQSWIE 768
            PGQSWIE
Sbjct: 936 EPGQSWIE 936

[Close]

BLAST of MS019670 vs. ExPASy TrEMBL
Match: A0A6J1CVF9 (pentatricopeptide repeat-containing protein At3g53360, mitochondrial isoform X1 OS=Momordica charantia OX=3673 GN=LOC111015138 PE=4 SV=1)

HSP 1 Score: 1295.0 bits (3350), Expect = 0.0e+00
Identity = 642/676 (94.97%), Postives = 646/676 (95.56%), Query Frame = 0


Query: 93  CRLGLIEEAKQLVQKMKESGFFPDVS-TYGSLANGISLARKPEHGRRIHGHMLAFNYQPD 152
           C+     EA Q     ++   FP  S TY  L N  S  R  EHGRRIHGHMLAFNYQPD
Sbjct: 72  CKKNFPREALQAFDIFRKCTSFPLKSITYSHLINACSYLRSLEHGRRIHGHMLAFNYQPD 131

Query: 153 LILQNHILNMYGKCGSLKEARNVFDAMPQRNVVSWTSLISGYSHYGQEDNAITLYVQMLQ 212
           LILQNHILNMYGKCGSLKEARNVFDAMPQRNVVSWTSLISGYSHYGQEDNAITLYVQMLQ
Sbjct: 132 LILQNHILNMYGKCGSLKEARNVFDAMPQRNVVSWTSLISGYSHYGQEDNAITLYVQMLQ 191

Query: 213 SGYVPDHFTFGSVIKSCSGLDDFMLARQLHAHVLKSEFGGHLISQNALISMYTKFSQISD 272
           SGYVPDHFTFGSVIKSCSGLDDFMLARQLHAHVLKSEFGGHLISQNALISMYTKFSQISD
Sbjct: 192 SGYVPDHFTFGSVIKSCSGLDDFMLARQLHAHVLKSEFGGHLISQNALISMYTKFSQISD 251

Query: 273 AINVFTRIMAKDLISWGSMIAGFSQLGYELEALHHFREMLSGHVYQPNQFIFGSAFSACS 332
           AINVFTRIMAKDLISWGSMIAGFSQLGYELEALHHFREMLSGHVYQPNQFIFGSAFSACS
Sbjct: 252 AINVFTRIMAKDLISWGSMIAGFSQLGYELEALHHFREMLSGHVYQPNQFIFGSAFSACS 311

Query: 333 KLLEPNYGRQIHSLCMKFGLGGDLFAGCSLCDMYAKCGLLESARTVFYQIEKPDLVSWNA 392
           KLLEPNYGRQIHSLCMKFGLG DLFAGCSLCDMYAKCGLLESARTVFYQIEKPDLVSWNA
Sbjct: 312 KLLEPNYGRQIHSLCMKFGLGSDLFAGCSLCDMYAKCGLLESARTVFYQIEKPDLVSWNA 371

Query: 393 IIAGFASAGDAKESMSLFSQMRHTGLAPNDVTVLSLLCACSEPVMLCQGMQVHSYIIKMG 452
           IIAGFASAGDAKESMSLFSQMRHTGLA NDVTVLSLLCACSEPVMLCQGMQVHSYIIKMG
Sbjct: 372 IIAGFASAGDAKESMSLFSQMRHTGLAANDVTVLSLLCACSEPVMLCQGMQVHSYIIKMG 431

Query: 453 FYLEIHVCNCLLNMYSKCSNLNDALEVFEDIENKADIVSWNTVLTACLQQNQAGEVLRLT 512
           FYLEIHVCNCLLNMYSKCSNLNDAL VFEDIENKADIVSWNTVLTACLQQNQAGEVLRLT
Sbjct: 432 FYLEIHVCNCLLNMYSKCSNLNDALGVFEDIENKADIVSWNTVLTACLQQNQAGEVLRLT 491

Query: 513 KQMLVSSIKPDHVTVTNVLVSSGQVASYEVGSQVHCFIIKSGLNLDTSVSNALINMYTKC 572
           KQMLVSSIKPDHVTVTNVLVSSGQVASYEVGSQVHCFIIKSGLNLDTSVSNALINMYTKC
Sbjct: 492 KQMLVSSIKPDHVTVTNVLVSSGQVASYEVGSQVHCFIIKSGLNLDTSVSNALINMYTKC 551

Query: 573 GSLGSAQKMFDSIDNPDIISWSSLIVGYAQAGSGDKAFKLFRTMRGLGVKPNEITFVGIL 632
           GSLGSAQKMFDSIDNPDIISWSSLIVGYAQAGSGDKAFKLFRTMRGLGVKPNEITFV IL
Sbjct: 552 GSLGSAQKMFDSIDNPDIISWSSLIVGYAQAGSGDKAFKLFRTMRGLGVKPNEITFVVIL 611

Query: 633 TACSHIGMVEEGLKLYRTMQEEDGISPTREHCSCMVDLLARAGCLDGAEEFIKQMPFDPD 692
           TACSHIGMVEEGLKLYRTMQEEDGISPTREHCSCMVDLLARAGCLDGAEEFIKQMPFDPD
Sbjct: 612 TACSHIGMVEEGLKLYRTMQEEDGISPTREHCSCMVDLLARAGCLDGAEEFIKQMPFDPD 671

Query: 693 IVVWKTLLAACKIHGNLKIGRRAAENVLKIDPSNSAALVMLCNIHASSGHWKDFALLRSS 752
           IVVWKTLLAACKIHGNL+IGRRAAENVLKIDPSNSAALVMLCNIHASSGHWKDFALLRSS
Sbjct: 672 IVVWKTLLAACKIHGNLEIGRRAAENVLKIDPSNSAALVMLCNIHASSGHWKDFALLRSS 731

Query: 753 MRQMDVSKVPGQSWIE 768
           MRQMDVSKVPGQSWIE
Sbjct: 732 MRQMDVSKVPGQSWIE 747

[Close]

BLAST of MS019670 vs. ExPASy TrEMBL
Match: A0A6J1CXM2 (pentatricopeptide repeat-containing protein At3g53360, mitochondrial isoform X3 OS=Momordica charantia OX=3673 GN=LOC111015138 PE=4 SV=1)

HSP 1 Score: 1259.2 bits (3257), Expect = 0.0e+00
Identity = 620/625 (99.20%), Postives = 621/625 (99.36%), Query Frame = 0


Query: 143 MLAFNYQPDLILQNHILNMYGKCGSLKEARNVFDAMPQRNVVSWTSLISGYSHYGQEDNA 202
           MLAFNYQPDLILQNHILNMYGKCGSLKEARNVFDAMPQRNVVSWTSLISGYSHYGQEDNA
Sbjct: 1   MLAFNYQPDLILQNHILNMYGKCGSLKEARNVFDAMPQRNVVSWTSLISGYSHYGQEDNA 60

Query: 203 ITLYVQMLQSGYVPDHFTFGSVIKSCSGLDDFMLARQLHAHVLKSEFGGHLISQNALISM 262
           ITLYVQMLQSGYVPDHFTFGSVIKSCSGLDDFMLARQLHAHVLKSEFGGHLISQNALISM
Sbjct: 61  ITLYVQMLQSGYVPDHFTFGSVIKSCSGLDDFMLARQLHAHVLKSEFGGHLISQNALISM 120

Query: 263 YTKFSQISDAINVFTRIMAKDLISWGSMIAGFSQLGYELEALHHFREMLSGHVYQPNQFI 322
           YTKFSQISDAINVFTRIMAKDLISWGSMIAGFSQLGYELEALHHFREMLSGHVYQPNQFI
Sbjct: 121 YTKFSQISDAINVFTRIMAKDLISWGSMIAGFSQLGYELEALHHFREMLSGHVYQPNQFI 180

Query: 323 FGSAFSACSKLLEPNYGRQIHSLCMKFGLGGDLFAGCSLCDMYAKCGLLESARTVFYQIE 382
           FGSAFSACSKLLEPNYGRQIHSLCMKFGLG DLFAGCSLCDMYAKCGLLESARTVFYQIE
Sbjct: 181 FGSAFSACSKLLEPNYGRQIHSLCMKFGLGSDLFAGCSLCDMYAKCGLLESARTVFYQIE 240

Query: 383 KPDLVSWNAIIAGFASAGDAKESMSLFSQMRHTGLAPNDVTVLSLLCACSEPVMLCQGMQ 442
           KPDLVSWNAIIAGFASAGDAKESMSLFSQMRHTGLA NDVTVLSLLCACSEPVMLCQGMQ
Sbjct: 241 KPDLVSWNAIIAGFASAGDAKESMSLFSQMRHTGLAANDVTVLSLLCACSEPVMLCQGMQ 300

Query: 443 VHSYIIKMGFYLEIHVCNCLLNMYSKCSNLNDALEVFEDIENKADIVSWNTVLTACLQQN 502
           VHSYIIKMGFYLEIHVCNCLLNMYSKCSNLNDAL VFEDIENKADIVSWNTVLTACLQQN
Sbjct: 301 VHSYIIKMGFYLEIHVCNCLLNMYSKCSNLNDALGVFEDIENKADIVSWNTVLTACLQQN 360

Query: 503 QAGEVLRLTKQMLVSSIKPDHVTVTNVLVSSGQVASYEVGSQVHCFIIKSGLNLDTSVSN 562
           QAGEVLRLTKQMLVSSIKPDHVTVTNVLVSSGQVASYEVGSQVHCFIIKSGLNLDTSVSN
Sbjct: 361 QAGEVLRLTKQMLVSSIKPDHVTVTNVLVSSGQVASYEVGSQVHCFIIKSGLNLDTSVSN 420

Query: 563 ALINMYTKCGSLGSAQKMFDSIDNPDIISWSSLIVGYAQAGSGDKAFKLFRTMRGLGVKP 622
           ALINMYTKCGSLGSAQKMFDSIDNPDIISWSSLIVGYAQAGSGDKAFKLFRTMRGLGVKP
Sbjct: 421 ALINMYTKCGSLGSAQKMFDSIDNPDIISWSSLIVGYAQAGSGDKAFKLFRTMRGLGVKP 480

Query: 623 NEITFVGILTACSHIGMVEEGLKLYRTMQEEDGISPTREHCSCMVDLLARAGCLDGAEEF 682
           NEITFV ILTACSHIGMVEEGLKLYRTMQEEDGISPTREHCSCMVDLLARAGCLDGAEEF
Sbjct: 481 NEITFVVILTACSHIGMVEEGLKLYRTMQEEDGISPTREHCSCMVDLLARAGCLDGAEEF 540

Query: 683 IKQMPFDPDIVVWKTLLAACKIHGNLKIGRRAAENVLKIDPSNSAALVMLCNIHASSGHW 742
           IKQMPFDPDIVVWKTLLAACKIHGNL+IGRRAAENVLKIDPSNSAALVMLCNIHASSGHW
Sbjct: 541 IKQMPFDPDIVVWKTLLAACKIHGNLEIGRRAAENVLKIDPSNSAALVMLCNIHASSGHW 600

Query: 743 KDFALLRSSMRQMDVSKVPGQSWIE 768
           KDFALLRSSMRQMDVSKVPGQSWIE
Sbjct: 601 KDFALLRSSMRQMDVSKVPGQSWIE 625

[Close]

BLAST of MS019670 vs. ExPASy TrEMBL
Match: A0A6J1G6A4 (pentatricopeptide repeat-containing protein At3g53360, mitochondrial-like isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC111451180 PE=4 SV=1)

HSP 1 Score: 1140.6 bits (2949), Expect = 0.0e+00
Identity = 560/676 (82.84%), Postives = 602/676 (89.05%), Query Frame = 0


Query: 93  CRLGLIEEAKQLVQKMKESGFFP-DVSTYGSLANGISLARKPEHGRRIHGHMLAFNYQPD 152
           C+  L  EA Q  +  ++    P +  TY  L N     R  EHGR+IH HM  FNYQPD
Sbjct: 72  CKKWLNREALQAFETFQKCSNSPLNSITYTHLINTCCSLRFLEHGRKIHRHMTTFNYQPD 131

Query: 153 LILQNHILNMYGKCGSLKEARNVFDAMPQRNVVSWTSLISGYSHYGQEDNAITLYVQMLQ 212
           +ILQNHILNMYGKCGSLKEARNVFDAMP +NVVSWTS+ISGYSHYGQEDNAITLYVQM +
Sbjct: 132 MILQNHILNMYGKCGSLKEARNVFDAMPLKNVVSWTSMISGYSHYGQEDNAITLYVQMFR 191

Query: 213 SGYVPDHFTFGSVIKSCSGLDDFMLARQLHAHVLKSEFGGHLISQNALISMYTKFSQISD 272
           SG  PDHFTFGSV+KSCSGLDD MLARQLHAHVLKSEFGGHLI+QNALISMYTK++QI+D
Sbjct: 192 SGCTPDHFTFGSVLKSCSGLDDSMLARQLHAHVLKSEFGGHLIAQNALISMYTKYNQIAD 251

Query: 273 AINVFTRIMAKDLISWGSMIAGFSQLGYELEALHHFREMLSGHVYQPNQFIFGSAFSACS 332
           AINVF+ I+ KDLISW SMIAGFS+ GYELEAL  FREMLS  VYQPN+FIFGSAFSAC+
Sbjct: 252 AINVFSHIITKDLISWSSMIAGFSRFGYELEALFLFREMLSQPVYQPNEFIFGSAFSACT 311

Query: 333 KLLEPNYGRQIHSLCMKFGLGGDLFAGCSLCDMYAKCGLLESARTVFYQIEKPDLVSWNA 392
           KLLEPNYGRQIH LC+KFGLG D FAGCSLCDMYAKCG L SARTVF QIEKPDLV+WNA
Sbjct: 312 KLLEPNYGRQIHGLCIKFGLGSDAFAGCSLCDMYAKCGFLRSARTVFNQIEKPDLVAWNA 371

Query: 393 IIAGFASAGDAKESMSLFSQMRHTGLAPNDVTVLSLLCACSEPVMLCQGMQVHSYIIKMG 452
           IIAGFAS GD KES SLFSQMR TGLAPNDVTVLSLLCACSEPVML QGMQVHSYI++MG
Sbjct: 372 IIAGFASVGDVKESTSLFSQMRITGLAPNDVTVLSLLCACSEPVMLYQGMQVHSYIVQMG 431

Query: 453 FYLEIHVCNCLLNMYSKCSNLNDALEVFEDIENKADIVSWNTVLTACLQQNQAGEVLRLT 512
           F  EI VCN LL+MYSKCSNLNDAL++FEDI NKADIVSWNT+L ACL  NQAGEVLRLT
Sbjct: 432 FDSEIPVCNSLLSMYSKCSNLNDALQIFEDIGNKADIVSWNTMLMACLHHNQAGEVLRLT 491

Query: 513 KQMLVSSIKPDHVTVTNVLVSSGQVASYEVGSQVHCFIIKSGLNLDTSVSNALINMYTKC 572
           K MLVS IKPDHVT+TNVLVSSGQ+ASYEVGSQVHC I+KSGLNLDTSVSNALINMY KC
Sbjct: 492 KTMLVSHIKPDHVTLTNVLVSSGQIASYEVGSQVHCLIMKSGLNLDTSVSNALINMYMKC 551

Query: 573 GSLGSAQKMFDSIDNPDIISWSSLIVGYAQAGSGDKAFKLFRTMRGLGVKPNEITFVGIL 632
           GSLGSA+K+FDSI+NPDIISWSSLIVGYAQAG G++AFKLFRTMRGLGVKPNEITFVG L
Sbjct: 552 GSLGSARKIFDSIENPDIISWSSLIVGYAQAGCGEEAFKLFRTMRGLGVKPNEITFVGFL 611

Query: 633 TACSHIGMVEEGLKLYRTMQEEDGISPTREHCSCMVDLLARAGCLDGAEEFIKQMPFDPD 692
           TACSHIGMVEEGLKLYRTMQEEDGI+PTREHCSCMVDLLARAGCLD AE+FI QMPFDPD
Sbjct: 612 TACSHIGMVEEGLKLYRTMQEEDGIAPTREHCSCMVDLLARAGCLDEAEDFINQMPFDPD 671

Query: 693 IVVWKTLLAACKIHGNLKIGRRAAENVLKIDPSNSAALVMLCNIHASSGHWKDFALLRSS 752
           IVVWKTLLAACK+HGNL++G+RAAE VLK DPSNSAALVMLCNIHASSGHW D A LRSS
Sbjct: 672 IVVWKTLLAACKVHGNLEVGKRAAEKVLKTDPSNSAALVMLCNIHASSGHWNDLAQLRSS 731

Query: 753 MRQMDVSKVPGQSWIE 768
           MRQMDVSKVPGQSWIE
Sbjct: 732 MRQMDVSKVPGQSWIE 747

[Close]

BLAST of MS019670 vs. ExPASy TrEMBL
Match: A0A6J1KU81 (pentatricopeptide repeat-containing protein At3g53360, mitochondrial-like isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC111498713 PE=4 SV=1)

HSP 1 Score: 1136.3 bits (2938), Expect = 0.0e+00
Identity = 556/676 (82.25%), Postives = 604/676 (89.35%), Query Frame = 0


Query: 93  CRLGLIEEAKQLVQKMKESGFFP-DVSTYGSLANGISLARKPEHGRRIHGHMLAFNYQPD 152
           C+ GL  EA Q  +  ++    P +  TY  L N  S  R  EHGR+IH HM  FNYQPD
Sbjct: 72  CKKGLNREALQAFETFQKCSNSPLNSITYTHLINTCSSLRFLEHGRKIHRHMTTFNYQPD 131

Query: 153 LILQNHILNMYGKCGSLKEARNVFDAMPQRNVVSWTSLISGYSHYGQEDNAITLYVQMLQ 212
           ++LQNHILNMYGKCGSLKEARNVFDAM  +NVVSWTS+ISGYSHYGQEDNAITLYVQM +
Sbjct: 132 ILLQNHILNMYGKCGSLKEARNVFDAMSLKNVVSWTSMISGYSHYGQEDNAITLYVQMFR 191

Query: 213 SGYVPDHFTFGSVIKSCSGLDDFMLARQLHAHVLKSEFGGHLISQNALISMYTKFSQISD 272
           SG  PDHFTFGSV+KSCSGL+D MLARQLHAHVLKSEFGGHLI+QNALISMYTK++QI+D
Sbjct: 192 SGCTPDHFTFGSVLKSCSGLEDSMLARQLHAHVLKSEFGGHLIAQNALISMYTKYNQIAD 251

Query: 273 AINVFTRIMAKDLISWGSMIAGFSQLGYELEALHHFREMLSGHVYQPNQFIFGSAFSACS 332
           AINVF+ I+ KDLISW SMIAGFS+ GYELEAL  FREMLS  VY PN+FIFGSAFSAC+
Sbjct: 252 AINVFSHIITKDLISWSSMIAGFSRFGYELEALFLFREMLSQPVYHPNEFIFGSAFSACT 311

Query: 333 KLLEPNYGRQIHSLCMKFGLGGDLFAGCSLCDMYAKCGLLESARTVFYQIEKPDLVSWNA 392
           KLLEPNYGRQIH LC+KFGLG D FAGCSLCDMYAKCG L SARTVF QIEKPDLV+WNA
Sbjct: 312 KLLEPNYGRQIHGLCIKFGLGSDAFAGCSLCDMYAKCGFLRSARTVFNQIEKPDLVAWNA 371

Query: 393 IIAGFASAGDAKESMSLFSQMRHTGLAPNDVTVLSLLCACSEPVMLCQGMQVHSYIIKMG 452
           IIAGFAS GD KESMSLFSQMR TGLA NDVTVLSLLCACS+PVML QGMQVHSYI++MG
Sbjct: 372 IIAGFASVGDVKESMSLFSQMRITGLASNDVTVLSLLCACSDPVMLYQGMQVHSYIVQMG 431

Query: 453 FYLEIHVCNCLLNMYSKCSNLNDALEVFEDIENKADIVSWNTVLTACLQQNQAGEVLRLT 512
           F  EI VCN LL+MYSKCSNLNDAL++FEDI NKADIVSWNT+L ACL  NQAGEVLRLT
Sbjct: 432 FDSEIPVCNSLLSMYSKCSNLNDALQIFEDIGNKADIVSWNTMLMACLHHNQAGEVLRLT 491

Query: 513 KQMLVSSIKPDHVTVTNVLVSSGQVASYEVGSQVHCFIIKSGLNLDTSVSNALINMYTKC 572
           K MLVS IKPD+VT+TNVLVSSGQ+ASYEVGSQVHC I+KSGLNLDTSV NALINMY KC
Sbjct: 492 KTMLVSHIKPDYVTLTNVLVSSGQIASYEVGSQVHCLIMKSGLNLDTSVLNALINMYMKC 551

Query: 573 GSLGSAQKMFDSIDNPDIISWSSLIVGYAQAGSGDKAFKLFRTMRGLGVKPNEITFVGIL 632
           GS+GSA+K+FDSIDNPDIISWSSLIVGYAQAG G++AFKLFRTMRGLGVKPNEITFVGIL
Sbjct: 552 GSVGSARKIFDSIDNPDIISWSSLIVGYAQAGCGEEAFKLFRTMRGLGVKPNEITFVGIL 611

Query: 633 TACSHIGMVEEGLKLYRTMQEEDGISPTREHCSCMVDLLARAGCLDGAEEFIKQMPFDPD 692
           TACSHIGMVEEGLKLYRTMQEEDGI+PT+EHCSCMVDLLARAGCLDGAE+FI QMPFDPD
Sbjct: 612 TACSHIGMVEEGLKLYRTMQEEDGIAPTKEHCSCMVDLLARAGCLDGAEDFINQMPFDPD 671

Query: 693 IVVWKTLLAACKIHGNLKIGRRAAENVLKIDPSNSAALVMLCNIHASSGHWKDFALLRSS 752
           IVVWKTLLAACK+HGNL++G+RAAENVLK DPSNSAALVMLCN+HASSGHW D A LRSS
Sbjct: 672 IVVWKTLLAACKVHGNLEVGKRAAENVLKSDPSNSAALVMLCNMHASSGHWNDLARLRSS 731

Query: 753 MRQMDVSKVPGQSWIE 768
           MRQMDVSKVPGQSWIE
Sbjct: 732 MRQMDVSKVPGQSWIE 747

[Close]

BLAST of MS019670 vs. ExPASy TrEMBL
Match: A0A0A0LDF3 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_3G736910 PE=4 SV=1)

HSP 1 Score: 1136.3 bits (2938), Expect = 0.0e+00
Identity = 555/676 (82.10%), Postives = 606/676 (89.64%), Query Frame = 0


Query: 93  CRLGLIEEAKQLVQKMKESGFFPDVS-TYGSLANGISLARKPEHGRRIHGHMLAFNYQPD 152
           C+  L  EA +     ++    P  S TY  L N  S  R  EHGR+IH HML  NYQPD
Sbjct: 73  CKKNLHREALKAFDIFQKCSSSPLKSVTYTHLINACSSLRSLEHGRKIHRHMLTCNYQPD 132

Query: 153 LILQNHILNMYGKCGSLKEARNVFDAMPQRNVVSWTSLISGYSHYGQEDNAITLYVQMLQ 212
           +ILQNHIL+MYGKCGSLKEARN+FD+MP +NVVSWTS+ISGYS YG+EDNAITLYVQML+
Sbjct: 133 MILQNHILSMYGKCGSLKEARNMFDSMPLKNVVSWTSMISGYSRYGEEDNAITLYVQMLR 192

Query: 213 SGYVPDHFTFGSVIKSCSGLDDFMLARQLHAHVLKSEFGGHLISQNALISMYTKFSQISD 272
           SG++PDHFTFGS++KSCSGLDDF LARQLHAHVLKSEFG  LI+QNALISMYTKFSQ++D
Sbjct: 193 SGHIPDHFTFGSIVKSCSGLDDFKLARQLHAHVLKSEFGADLIAQNALISMYTKFSQMAD 252

Query: 273 AINVFTRIMAKDLISWGSMIAGFSQLGYELEALHHFREMLSGHVYQPNQFIFGSAFSACS 332
           AINVF+RI+ KDLISWGSMIAGFSQLGYELEAL HFREMLS  VYQPN+F+FGSAFSACS
Sbjct: 253 AINVFSRIIIKDLISWGSMIAGFSQLGYELEALCHFREMLSQSVYQPNEFVFGSAFSACS 312

Query: 333 KLLEPNYGRQIHSLCMKFGLGGDLFAGCSLCDMYAKCGLLESARTVFYQIEKPDLVSWNA 392
           KLLEP+ GRQIH LC+KFGLG DLFAGCSLCDMYAKCG LESARTVFY IEKPDLV+WNA
Sbjct: 313 KLLEPDCGRQIHGLCIKFGLGSDLFAGCSLCDMYAKCGFLESARTVFYHIEKPDLVAWNA 372

Query: 393 IIAGFASAGDAKESMSLFSQMRHTGLAPNDVTVLSLLCACSEPVMLCQGMQVHSYIIKMG 452
           IIAGFAS  +AKES S FSQMRHTGL PNDVTVLSLLCACSEPVML  G+QVHSYI+KMG
Sbjct: 373 IIAGFASVSNAKESSSFFSQMRHTGLVPNDVTVLSLLCACSEPVMLNHGIQVHSYIVKMG 432

Query: 453 FYLEIHVCNCLLNMYSKCSNLNDALEVFEDIENKADIVSWNTVLTACLQQNQAGEVLRLT 512
           F L+I VCN LL+MYSKCSNLNDAL+VFEDI NKADIVSWNT+LTACLQQNQAGEVLRLT
Sbjct: 433 FNLDIPVCNSLLSMYSKCSNLNDALQVFEDIGNKADIVSWNTLLTACLQQNQAGEVLRLT 492

Query: 513 KQMLVSSIKPDHVTVTNVLVSSGQVASYEVGSQVHCFIIKSGLNLDTSVSNALINMYTKC 572
           K M  S IKPDHVT+TNVLVSSGQ+ASYEVGSQ+HCFI+KSGLNLD SVSNALINMYTKC
Sbjct: 493 KLMFASRIKPDHVTLTNVLVSSGQIASYEVGSQIHCFIMKSGLNLDISVSNALINMYTKC 552

Query: 573 GSLGSAQKMFDSIDNPDIISWSSLIVGYAQAGSGDKAFKLFRTMRGLGVKPNEITFVGIL 632
           GSL  A+KMFDSI NPDIISWSSLIVGYAQAG G +AF+LFRTMRGLGVKPNEITFVGIL
Sbjct: 553 GSLECARKMFDSIGNPDIISWSSLIVGYAQAGCGKEAFELFRTMRGLGVKPNEITFVGIL 612

Query: 633 TACSHIGMVEEGLKLYRTMQEEDGISPTREHCSCMVDLLARAGCLDGAEEFIKQMPFDPD 692
           TACSHIGMVEEGLKLYRTMQE+  ISPT+EHCSCMVDLLARAGCLD AE+FIKQMPF PD
Sbjct: 613 TACSHIGMVEEGLKLYRTMQEDYRISPTKEHCSCMVDLLARAGCLDVAEDFIKQMPFVPD 672

Query: 693 IVVWKTLLAACKIHGNLKIGRRAAENVLKIDPSNSAALVMLCNIHASSGHWKDFALLRSS 752
           +VVWKTLLAACK+HGNL++G+RAAENVLKIDPSNSAA+VMLCNIHASSGHWKDFA LRSS
Sbjct: 673 VVVWKTLLAACKVHGNLEVGKRAAENVLKIDPSNSAAVVMLCNIHASSGHWKDFARLRSS 732

Query: 753 MRQMDVSKVPGQSWIE 768
           MR+MDV KVPGQSWIE
Sbjct: 733 MRRMDVGKVPGQSWIE 748

[Close]

BLAST of MS019670 vs. TAIR 10
Match: AT3G53360.1 (Tetratricopeptide repeat (TPR)-like superfamily protein )

HSP 1 Score: 820.1 bits (2117), Expect = 1.5e-237
Identity = 395/680 (58.09%), Postives = 508/680 (74.71%), Query Frame = 0


Query: 89  IEGYCRLGLIEEAKQLVQ-KMKESGFFPDVSTYGSLANGISLARKPEHGRRIHGHMLAFN 148
           I   C+     EA +      K S F   + TY SL    S +R    GR+IH H+L  N
Sbjct: 38  INSLCKSNFYREALEAFDFAQKNSSFKIRLRTYISLICACSSSRSLAQGRKIHDHILNSN 97

Query: 149 YQPDLILQNHILNMYGKCGSLKEARNVFDAMPQRNVVSWTSLISGYSHYGQEDNAITLYV 208
            + D IL NHIL+MYGKCGSL++AR VFD MP+RN+VS+TS+I+GYS  GQ   AI LY+
Sbjct: 98  CKYDTILNNHILSMYGKCGSLRDAREVFDFMPERNLVSYTSVITGYSQNGQGAEAIRLYL 157

Query: 209 QMLQSGYVPDHFTFGSVIKSCSGLDDFMLARQLHAHVLKSEFGGHLISQNALISMYTKFS 268
           +MLQ   VPD F FGS+IK+C+   D  L +QLHA V+K E   HLI+QNALI+MY +F+
Sbjct: 158 KMLQEDLVPDQFAFGSIIKACASSSDVGLGKQLHAQVIKLESSSHLIAQNALIAMYVRFN 217

Query: 269 QISDAINVFTRIMAKDLISWGSMIAGFSQLGYELEALHHFREMLSGHVYQPNQFIFGSAF 328
           Q+SDA  VF  I  KDLISW S+IAGFSQLG+E EAL H +EMLS  V+ PN++IFGS+ 
Sbjct: 218 QMSDASRVFYGIPMKDLISWSSIIAGFSQLGFEFEALSHLKEMLSFGVFHPNEYIFGSSL 277

Query: 329 SACSKLLEPNYGRQIHSLCMKFGLGGDLFAGCSLCDMYAKCGLLESARTVFYQIEKPDLV 388
            ACS LL P+YG QIH LC+K  L G+  AGCSLCDMYA+CG L SAR VF QIE+PD  
Sbjct: 278 KACSSLLRPDYGSQIHGLCIKSELAGNAIAGCSLCDMYARCGFLNSARRVFDQIERPDTA 337

Query: 389 SWNAIIAGFASAGDAKESMSLFSQMRHTGLAPNDVTVLSLLCACSEPVMLCQGMQVHSYI 448
           SWN IIAG A+ G A E++S+FSQMR +G  P+ +++ SLLCA ++P+ L QGMQ+HSYI
Sbjct: 338 SWNVIIAGLANNGYADEAVSVFSQMRSSGFIPDAISLRSLLCAQTKPMALSQGMQIHSYI 397

Query: 449 IKMGFYLEIHVCNCLLNMYSKCSNLNDALEVFEDIENKADIVSWNTVLTACLQQNQAGEV 508
           IK GF  ++ VCN LL MY+ CS+L     +FED  N AD VSWNT+LTACLQ  Q  E+
Sbjct: 398 IKWGFLADLTVCNSLLTMYTFCSDLYCCFNLFEDFRNNADSVSWNTILTACLQHEQPVEM 457

Query: 509 LRLTKQMLVSSIKPDHVTVTNVLVSSGQVASYEVGSQVHCFIIKSGLNLDTSVSNALINM 568
           LRL K MLVS  +PDH+T+ N+L    +++S ++GSQVHC+ +K+GL  +  + N LI+M
Sbjct: 458 LRLFKLMLVSECEPDHITMGNLLRGCVEISSLKLGSQVHCYSLKTGLAPEQFIKNGLIDM 517

Query: 569 YTKCGSLGSAQKMFDSIDNPDIISWSSLIVGYAQAGSGDKAFKLFRTMRGLGVKPNEITF 628
           Y KCGSLG A+++FDS+DN D++SWS+LIVGYAQ+G G++A  LF+ M+  G++PN +TF
Sbjct: 518 YAKCGSLGQARRIFDSMDNRDVVSWSTLIVGYAQSGFGEEALILFKEMKSAGIEPNHVTF 577

Query: 629 VGILTACSHIGMVEEGLKLYRTMQEEDGISPTREHCSCMVDLLARAGCLDGAEEFIKQMP 688
           VG+LTACSH+G+VEEGLKLY TMQ E GISPT+EHCSC+VDLLARAG L+ AE FI +M 
Sbjct: 578 VGVLTACSHVGLVEEGLKLYATMQTEHGISPTKEHCSCVVDLLARAGRLNEAERFIDEMK 637

Query: 689 FDPDIVVWKTLLAACKIHGNLKIGRRAAENVLKIDPSNSAALVMLCNIHASSGHWKDFAL 748
            +PD+VVWKTLL+ACK  GN+ + ++AAEN+LKIDP NS A V+LC++HASSG+W++ AL
Sbjct: 638 LEPDVVVWKTLLSACKTQGNVHLAQKAAENILKIDPFNSTAHVLLCSMHASSGNWENAAL 697

Query: 749 LRSSMRQMDVSKVPGQSWIE 768
           LRSSM++ DV K+PGQSWIE
Sbjct: 698 LRSSMKKHDVKKIPGQSWIE 717

[Close]

BLAST of MS019670 vs. TAIR 10
Match: AT3G09040.1 (Pentatricopeptide repeat (PPR) superfamily protein )

HSP 1 Score: 484.6 bits (1246), Expect = 1.5e-136
Identity = 261/764 (34.16%), Postives = 421/764 (55.10%), Query Frame = 0


Query: 7   IEPDVVSYNILIDGCILVDDSAGALAFFNEMRSKGIAPTKVSYTTLMKAFAQSGQPKLAR 66
           ++P+ V +  L  G +       A+  F  MR +G  P  +++ T++  + + G+ K AR
Sbjct: 222 VDPNTVCWTCLFSGYVKAGLPEEAVLVFERMRDEGHRPDHLAFVTVINTYIRLGKLKDAR 281

Query: 67  KVFDEMLNDPRVKADIVAWNMLIEGYCRLGLIEEAKQLVQKMKESGFFPDVSTYGSLANG 126
            +F EM +      D+VAWN++I G+ + G    A +    M++S      ST GS+ + 
Sbjct: 282 LLFGEMSS-----PDVVAWNVMISGHGKRGCETVAIEYFFNMRKSSVKSTRSTLGSVLSA 341

Query: 127 ISLARKPEHGRRIHGHMLAFNYQPDLILQNHILNMYGKCGSLKEARNVFDAMPQRNVVSW 186
           I +    + G  +H   +      ++ + + +++MY KC  ++ A  VF+A+ ++N V W
Sbjct: 342 IGIVANLDLGLVVHAEAIKLGLASNIYVGSSLVSMYSKCEKMEAAAKVFEALEEKNDVFW 401

Query: 187 TSLISGYSHYGQEDNAITLYVQMLQSGYVPDHFTFGSVIKSCSGLDDFMLARQLHAHVLK 246
            ++I GY+H G+    + L++ M  SGY  D FTF S++ +C+   D  +  Q H+ ++K
Sbjct: 402 NAMIRGYAHNGESHKVMELFMDMKSSGYNIDDFTFTSLLSTCAASHDLEMGSQFHSIIIK 461

Query: 247 SEFGGHLISQNALISMYTKFSQISDAINVFTRIMAKDLISWGSMIAGFSQLGYELEALHH 306
            +   +L   NAL+ MY K   + DA  +F R+  +D ++W ++I  + Q   E EA   
Sbjct: 462 KKLAKNLFVGNALVDMYAKCGALEDARQIFERMCDRDNVTWNTIIGSYVQDENESEAFDL 521

Query: 307 FREM-LSGHVYQPNQFIFGSAFSACSKLLEPNYGRQIHSLCMKFGLGGDLFAGCSLCDMY 366
           F+ M L G V   +     S   AC+ +     G+Q+H L +K GL  DL  G SL DMY
Sbjct: 522 FKRMNLCGIV--SDGACLASTLKACTHVHGLYQGKQVHCLSVKCGLDRDLHTGSSLIDMY 581

Query: 367 AKCGLLESARTVFYQIEKPDLVSWNAIIAGFASAGDAKESMSLFSQMRHTGLAPNDVTVL 426
           +KCG+++ AR VF  + +  +VS NA+IAG+ S  + +E++ LF +M   G+ P+++T  
Sbjct: 582 SKCGIIKDARKVFSSLPEWSVVSMNALIAGY-SQNNLEEAVVLFQEMLTRGVNPSEITFA 641

Query: 427 SLLCACSEPVMLCQGMQVHSYIIKMGFYLE-IHVCNCLLNMYSKCSNLNDALEVFEDIEN 486
           +++ AC +P  L  G Q H  I K GF  E  ++   LL MY     + +A  +F ++ +
Sbjct: 642 TIVEACHKPESLTLGTQFHGQITKRGFSSEGEYLGISLLGMYMNSRGMTEACALFSELSS 701

Query: 487 KADIVSWNTVLTACLQQNQAGEVLRLTKQMLVSSIKPDHVTVTNVLVSSGQVASYEVGSQ 546
              IV W  +++   Q     E L+  K+M    + PD  T   VL     ++S   G  
Sbjct: 702 PKSIVLWTGMMSGHSQNGFYEEALKFYKEMRHDGVLPDQATFVTVLRVCSVLSSLREGRA 761

Query: 547 VHCFIIKSGLNLDTSVSNALINMYTKCGSLGSAQKMFDSI-DNPDIISWSSLIVGYAQAG 606
           +H  I     +LD   SN LI+MY KCG +  + ++FD +    +++SW+SLI GYA+ G
Sbjct: 762 IHSLIFHLAHDLDELTSNTLIDMYAKCGDMKGSSQVFDEMRRRSNVVSWNSLINGYAKNG 821

Query: 607 SGDKAFKLFRTMRGLGVKPNEITFVGILTACSHIGMVEEGLKLYRTMQEEDGISPTREHC 666
             + A K+F +MR   + P+EITF+G+LTACSH G V +G K++  M  + GI    +H 
Sbjct: 822 YAEDALKIFDSMRQSHIMPDEITFLGVLTACSHAGKVSDGRKIFEMMIGQYGIEARVDHV 881

Query: 667 SCMVDLLARAGCLDGAEEFIKQMPFDPDIVVWKTLLAACKIHGNLKIGRRAAENVLKIDP 726
           +CMVDLL R G L  A++FI+     PD  +W +LL AC+IHG+   G  +AE +++++P
Sbjct: 882 ACMVDLLGRWGYLQEADDFIEAQNLKPDARLWSSLLGACRIHGDDIRGEISAEKLIELEP 941

Query: 727 SNSAALVMLCNIHASSGHWKDFALLRSSMRQMDVSKVPGQSWIE 768
            NS+A V+L NI+AS G W+    LR  MR   V KVPG SWI+
Sbjct: 942 QNSSAYVLLSNIYASQGCWEKANALRKVMRDRGVKKVPGYSWID 977

[Close]

BLAST of MS019670 vs. TAIR 10
Match: AT3G03580.1 (Tetratricopeptide repeat (TPR)-like superfamily protein )

HSP 1 Score: 457.6 bits (1176), Expect = 2.0e-128
Identity = 230/687 (33.48%), Postives = 383/687 (55.75%), Query Frame = 0


Query: 81  DIVAWNMLIEGYCRLGLIEEAKQLVQKMKESGFFPDVSTYGSLANGISLARKPEHGRRIH 140
           ++  WN +I  + + GL  EA +   K++ES   PD  T+ S+    +     E G  ++
Sbjct: 70  NVYLWNSIIRAFSKNGLFPEALEFYGKLRESKVSPDKYTFPSVIKACAGLFDAEMGDLVY 129

Query: 141 GHMLAFNYQPDLILQNHILNMYGKCGSLKEARNVFDAMPQRNVVSWTSLISGYSHYGQED 200
             +L   ++ DL + N +++MY + G L  AR VFD MP R++VSW SLISGYS +G  +
Sbjct: 130 EQILDMGFESDLFVGNALVDMYSRMGLLTRARQVFDEMPVRDLVSWNSLISGYSSHGYYE 189

Query: 201 NAITLYVQMLQSGYVPDHFTFGSVIKSCSGLDDFMLARQLHAHVLKSEFGGHLISQNALI 260
            A+ +Y ++  S  VPD FT  SV+ +   L      + LH   LKS     ++  N L+
Sbjct: 190 EALEIYHELKNSWIVPDSFTVSSVLPAFGNLLVVKQGQGLHGFALKSGVNSVVVVNNGLV 249

Query: 261 SMYTKFSQISDAINVFTRIMAKDLISWGSMIAGFSQLGYELEALHHFREMLSGHVYQPNQ 320
           +MY KF + +DA  VF  +  +D +S+ +MI G+ +L    E++  F E L    ++P+ 
Sbjct: 250 AMYLKFRRPTDARRVFDEMDVRDSVSYNTMICGYLKLEMVEESVRMFLENLD--QFKPDL 309

Query: 321 FIFGSAFSACSKLLEPNYGRQIHSLCMKFGLGGDLFAGCSLCDMYAKCGLLESARTVFYQ 380
               S   AC  L + +  + I++  +K G   +      L D+YAKCG + +AR VF  
Sbjct: 310 LTVSSVLRACGHLRDLSLAKYIYNYMLKAGFVLESTVRNILIDVYAKCGDMITARDVFNS 369

Query: 381 IEKPDLVSWNAIIAGFASAGDAKESMSLFSQMRHTGLAPNDVTVLSLLCACSEPVMLCQG 440
           +E  D VSWN+II+G+  +GD  E+M LF  M       + +T L L+   +    L  G
Sbjct: 370 MECKDTVSWNSIISGYIQSGDLMEAMKLFKMMMIMEEQADHITYLMLISVSTRLADLKFG 429

Query: 441 MQVHSYIIKMGFYLEIHVCNCLLNMYSKCSNLNDALEVFEDIENKADIVSWNTVLTACLQ 500
             +HS  IK G  +++ V N L++MY+KC  + D+L++F  +    D V+WNTV++AC++
Sbjct: 430 KGLHSNGIKSGICIDLSVSNALIDMYAKCGEVGDSLKIFSSM-GTGDTVTWNTVISACVR 489

Query: 501 QNQAGEVLRLTKQMLVSSIKPDHVTVTNVLVSSGQVASYEVGSQVHCFIIKSGLNLDTSV 560
                  L++T QM  S + PD  T    L     +A+  +G ++HC +++ G   +  +
Sbjct: 490 FGDFATGLQVTTQMRKSEVVPDMATFLVTLPMCASLAAKRLGKEIHCCLLRFGYESELQI 549

Query: 561 SNALINMYTKCGSLGSAQKMFDSIDNPDIISWSSLIVGYAQAGSGDKAFKLFRTMRGLGV 620
            NALI MY+KCG L ++ ++F+ +   D+++W+ +I  Y   G G+KA + F  M   G+
Sbjct: 550 GNALIEMYSKCGCLENSSRVFERMSRRDVVTWTGMIYAYGMYGEGEKALETFADMEKSGI 609

Query: 621 KPNEITFVGILTACSHIGMVEEGLKLYRTMQEEDGISPTREHCSCMVDLLARAGCLDGAE 680
            P+ + F+ I+ ACSH G+V+EGL  +  M+    I P  EH +C+VDLL+R+  +  AE
Sbjct: 610 VPDSVVFIAIIYACSHSGLVDEGLACFEKMKTHYKIDPMIEHYACVVDLLSRSQKISKAE 669

Query: 681 EFIKQMPFDPDIVVWKTLLAACKIHGNLKIGRRAAENVLKIDPSNSAALVMLCNIHASSG 740
           EFI+ MP  PD  +W ++L AC+  G+++   R +  +++++P +    ++  N +A+  
Sbjct: 670 EFIQAMPIKPDASIWASVLRACRTSGDMETAERVSRRIIELNPDDPGYSILASNAYAALR 729

Query: 741 HWKDFALLRSSMRQMDVSKVPGQSWIE 768
            W   +L+R S++   ++K PG SWIE
Sbjct: 730 KWDKVSLIRKSLKDKHITKNPGYSWIE 753

[Close]

BLAST of MS019670 vs. TAIR 10
Match: AT4G39530.1 (Tetratricopeptide repeat (TPR)-like superfamily protein )

HSP 1 Score: 444.5 bits (1142), Expect = 1.7e-124
Identity = 243/722 (33.66%), Postives = 408/722 (56.51%), Query Frame = 0


Query: 52  LMKAFAQSGQPKLARKVFDEMLNDPRVKADIVAWNMLIEGYCRLGLIEEA----KQLVQK 111
           L+  ++++G    ARKVF++M      + ++V+W+ ++      G+ EE+     +  + 
Sbjct: 85  LINLYSRAGGMVYARKVFEKM-----PERNLVSWSTMVSACNHHGIYEESLVVFLEFWRT 144

Query: 112 MKESGFFPDVSTYGSLANGISLARKPEHGRRIHGHMLAFNYQPDLILQNHILNMYGKCGS 171
            K+S     +S++    +G+   R      ++   ++   +  D+ +   +++ Y K G+
Sbjct: 145 RKDSPNEYILSSFIQACSGLD-GRGRWMVFQLQSFLVKSGFDRDVYVGTLLIDFYLKDGN 204

Query: 172 LKEARNVFDAMPQRNVVSWTSLISGYSHYGQEDNAITLYVQMLQSGYVPDHFTFGSVIKS 231
           +  AR VFDA+P+++ V+WT++ISG    G+   ++ L+ Q+++   VPD +   +V+ +
Sbjct: 205 IDYARLVFDALPEKSTVTWTTMISGCVKMGRSYVSLQLFYQLMEDNVVPDGYILSTVLSA 264

Query: 232 CSGLDDFMLARQLHAHVLKSEFGGHLISQNALISMYTKFSQISDAINVFTRIMAKDLISW 291
           CS L      +Q+HAH+L+          N LI  Y K  ++  A  +F  +  K++ISW
Sbjct: 265 CSILPFLEGGKQIHAHILRYGLEMDASLMNVLIDSYVKCGRVIAAHKLFNGMPNKNIISW 324

Query: 292 GSMIAGFSQLGYELEALHHFREMLSGHVYQPNQFIFGSAFSACSKLLEPNYGRQIHSLCM 351
            ++++G+ Q     EA+  F  M S    +P+ +   S  ++C+ L    +G Q+H+  +
Sbjct: 325 TTLLSGYKQNALHKEAMELFTSM-SKFGLKPDMYACSSILTSCASLHALGFGTQVHAYTI 384

Query: 352 KFGLGGDLFAGCSLCDMYAKCGLLESARTVFYQIEKPDLVSWNAIIAGFASAG---DAKE 411
           K  LG D +   SL DMYAKC  L  AR VF      D+V +NA+I G++  G   +  E
Sbjct: 385 KANLGNDSYVTNSLIDMYAKCDCLTDARKVFDIFAAADVVLFNAMIEGYSRLGTQWELHE 444

Query: 412 SMSLFSQMRHTGLAPNDVTVLSLLCACSEPVMLCQGMQVHSYIIKMGFYLEIHVCNCLLN 471
           ++++F  MR   + P+ +T +SLL A +    L    Q+H  + K G  L+I   + L++
Sbjct: 445 ALNIFRDMRFRLIRPSLLTFVSLLRASASLTSLGLSKQIHGLMFKYGLNLDIFAGSALID 504

Query: 472 MYSKCSNLNDALEVFEDIENKADIVSWNTVLTACLQQNQAGEVLRLTKQMLVSSIKPDHV 531
           +YS C  L D+  VF++++ K D+V WN++    +QQ++  E L L  ++ +S  +PD  
Sbjct: 505 VYSNCYCLKDSRLVFDEMKVK-DLVIWNSMFAGYVQQSENEEALNLFLELQLSRERPDEF 564

Query: 532 TVTNVLVSSGQVASYEVGSQVHCFIIKSGLNLDTSVSNALINMYTKCGSLGSAQKMFDSI 591
           T  N++ ++G +AS ++G + HC ++K GL  +  ++NAL++MY KCGS   A K FDS 
Sbjct: 565 TFANMVTAAGNLASVQLGQEFHCQLLKRGLECNPYITNALLDMYAKCGSPEDAHKAFDSA 624

Query: 592 DNPDIISWSSLIVGYAQAGSGDKAFKLFRTMRGLGVKPNEITFVGILTACSHIGMVEEGL 651
            + D++ W+S+I  YA  G G KA ++   M   G++PN ITFVG+L+ACSH G+VE+GL
Sbjct: 625 ASRDVVCWNSVISSYANHGEGKKALQMLEKMMSEGIEPNYITFVGVLSACSHAGLVEDGL 684

Query: 652 KLYRTMQEEDGISPTREHCSCMVDLLARAGCLDGAEEFIKQMPFDPDIVVWKTLLAACKI 711
           K +  M    GI P  EH  CMV LL RAG L+ A E I++MP  P  +VW++LL+ C  
Sbjct: 685 KQFELML-RFGIEPETEHYVCMVSLLGRAGRLNKARELIEKMPTKPAAIVWRSLLSGCAK 744

Query: 712 HGNLKIGRRAAENVLKIDPSNSAALVMLCNIHASSGHWKDFALLRSSMRQMDVSKVPGQS 767
            GN+++   AAE  +  DP +S +  ML NI+AS G W +   +R  M+   V K PG+S
Sbjct: 745 AGNVELAEHAAEMAILSDPKDSGSFTMLSNIYASKGMWTEAKKVRERMKVEGVVKEPGRS 797

[Close]

BLAST of MS019670 vs. TAIR 10
Match: AT4G13650.1 (Pentatricopeptide repeat (PPR) superfamily protein )

HSP 1 Score: 443.0 bits (1138), Expect = 5.0e-124
Identity = 237/728 (32.55%), Postives = 398/728 (54.67%), Query Frame = 0


Query: 40  KGIAPTKVSYTTLMKAFAQSGQPKLARKVFDEMLNDPRVKADIVAWNMLIEGYCRLGLIE 99
           +G+  + V    L+  ++++G   LAR+VFD +    R+K D  +W  +I G  +     
Sbjct: 216 QGLRDSTVVCNPLIDLYSRNGFVDLARRVFDGL----RLK-DHSSWVAMISGLSKNECEA 275

Query: 100 EAKQLVQKMKESGFFPDVSTYGSLANGISLARKPEHGRRIHGHMLAFNYQPDLILQNHIL 159
           EA +L   M   G  P    + S+ +        E G ++HG +L   +  D  + N ++
Sbjct: 276 EAIRLFCDMYVLGIMPTPYAFSSVLSACKKIESLEIGEQLHGLVLKLGFSSDTYVCNALV 335

Query: 160 NMYGKCGSLKEARNVFDAMPQRNVVSWTSLISGYSHYGQEDNAITLYVQMLQSGYVPDHF 219
           ++Y   G+L  A ++F  M QR+ V++ +LI+G S  G  + A+ L+ +M   G  PD  
Sbjct: 336 SLYFHLGNLISAEHIFSNMSQRDAVTYNTLINGLSQCGYGEKAMELFKRMHLDGLEPDSN 395

Query: 220 TFGSVIKSCSGLDDFMLARQLHAHVLKSEFGGHLISQNALISMYTKFSQISDAINVFTRI 279
           T  S++ +CS        +QLHA+  K  F  +   + AL+++Y K + I  A++ F   
Sbjct: 396 TLASLVVACSADGTLFRGQQLHAYTTKLGFASNNKIEGALLNLYAKCADIETALDYFLET 455

Query: 280 MAKDLISWGSMIAGFSQLGYELEALHHFREMLSGHVYQPNQFIFGSAFSACSKLLEPNYG 339
             ++++ W  M+  +  L     +   FR+M    +  PNQ+ + S    C +L +   G
Sbjct: 456 EVENVVLWNVMLVAYGLLDDLRNSFRIFRQMQIEEIV-PNQYTYPSILKTCIRLGDLELG 515

Query: 340 RQIHSLCMKFGLGGDLFAGCSLCDMYAKCGLLESARTVFYQIEKPDLVSWNAIIAGFASA 399
            QIHS  +K     + +    L DMYAK G L++A  +  +    D+VSW  +IAG+   
Sbjct: 516 EQIHSQIIKTNFQLNAYVCSVLIDMYAKLGKLDTAWDILIRFAGKDVVSWTTMIAGYTQY 575

Query: 400 GDAKESMSLFSQMRHTGLAPNDVTVLSLLCACSEPVMLCQGMQVHSYIIKMGFYLEIHVC 459
               ++++ F QM   G+  ++V + + + AC+    L +G Q+H+     GF  ++   
Sbjct: 576 NFDDKALTTFRQMLDRGIRSDEVGLTNAVSACAGLQALKEGQQIHAQACVSGFSSDLPFQ 635

Query: 460 NCLLNMYSKCSNLNDALEVFEDIENKADIVSWNTVLTACLQQNQAGEVLRLTKQMLVSSI 519
           N L+ +YS+C  + ++   FE  E   D ++WN +++   Q     E LR+  +M    I
Sbjct: 636 NALVTLYSRCGKIEESYLAFEQTE-AGDNIAWNALVSGFQQSGNNEEALRVFVRMNREGI 695

Query: 520 KPDHVTVTNVLVSSGQVASYEVGSQVHCFIIKSGLNLDTSVSNALINMYTKCGSLGSAQK 579
             ++ T  + + ++ + A+ + G QVH  I K+G + +T V NALI+MY KCGS+  A+K
Sbjct: 696 DNNNFTFGSAVKAASETANMKQGKQVHAVITKTGYDSETEVCNALISMYAKCGSISDAEK 755

Query: 580 MFDSIDNPDIISWSSLIVGYAQAGSGDKAFKLFRTMRGLGVKPNEITFVGILTACSHIGM 639
            F  +   + +SW+++I  Y++ G G +A   F  M    V+PN +T VG+L+ACSHIG+
Sbjct: 756 QFLEVSTKNEVSWNAIINAYSKHGFGSEALDSFDQMIHSNVRPNHVTLVGVLSACSHIGL 815

Query: 640 VEEGLKLYRTMQEEDGISPTREHCSCMVDLLARAGCLDGAEEFIKQMPFDPDIVVWKTLL 699
           V++G+  + +M  E G+SP  EH  C+VD+L RAG L  A+EFI++MP  PD +VW+TLL
Sbjct: 816 VDKGIAYFESMNSEYGLSPKPEHYVCVVDMLTRAGLLSRAKEFIQEMPIKPDALVWRTLL 875

Query: 700 AACKIHGNLKIGRRAAENVLKIDPSNSAALVMLCNIHASSGHWKDFALLRSSMRQMDVSK 759
           +AC +H N++IG  AA ++L+++P +SA  V+L N++A S  W    L R  M++  V K
Sbjct: 876 SACVVHKNMEIGEFAAHHLLELEPEDSATYVLLSNLYAVSKKWDARDLTRQKMKEKGVKK 935

Query: 760 VPGQSWIE 768
            PGQSWIE
Sbjct: 936 EPGQSWIE 936

The following BLAST results are available for this feature:

BLAST of MS019670 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_022145760.1	0.0e+00	94.97	pentatricopeptide repeat-containing protein At3g53360, mitochondrial isoform X1 ...	[more]
XP_022145762.1	0.0e+00	99.20	pentatricopeptide repeat-containing protein At3g53360, mitochondrial isoform X3 ...	[more]
XP_038903429.1	0.0e+00	83.28	pentatricopeptide repeat-containing protein At3g53360, mitochondrial isoform X1 ...	[more]
XP_022947264.1	0.0e+00	82.84	pentatricopeptide repeat-containing protein At3g53360, mitochondrial-like isofor...	[more]
XP_023005822.1	0.0e+00	82.25	pentatricopeptide repeat-containing protein At3g53360, mitochondrial-like isofor...	[more]

BLAST of MS019670 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q9LFI1	2.1e-236	58.09	Pentatricopeptide repeat-containing protein At3g53360, mitochondrial OS=Arabidop...	[more]
Q9SS83	2.1e-135	34.16	Pentatricopeptide repeat-containing protein At3g09040, mitochondrial OS=Arabidop...	[more]
Q9SS60	2.8e-127	33.48	Pentatricopeptide repeat-containing protein At3g03580 OS=Arabidopsis thaliana OX...	[more]
Q9SVA5	2.4e-123	33.66	Pentatricopeptide repeat-containing protein At4g39530 OS=Arabidopsis thaliana OX...	[more]
Q9SVP7	7.1e-123	32.55	Pentatricopeptide repeat-containing protein At4g13650 OS=Arabidopsis thaliana OX...	[more]

BLAST of MS019670 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1CVF9	0.0e+00	94.97	pentatricopeptide repeat-containing protein At3g53360, mitochondrial isoform X1 ...	[more]
A0A6J1CXM2	0.0e+00	99.20	pentatricopeptide repeat-containing protein At3g53360, mitochondrial isoform X3 ...	[more]
A0A6J1G6A4	0.0e+00	82.84	pentatricopeptide repeat-containing protein At3g53360, mitochondrial-like isofor...	[more]
A0A6J1KU81	0.0e+00	82.25	pentatricopeptide repeat-containing protein At3g53360, mitochondrial-like isofor...	[more]
A0A0A0LDF3	0.0e+00	82.10	Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_3G736910 PE=4 SV=1	[more]

BLAST of MS019670 vs. TAIR 10


Match Name	E-value	Identity	Description
AT3G53360.1	1.5e-237	58.09	Tetratricopeptide repeat (TPR)-like superfamily protein	[more]
AT3G09040.1	1.5e-136	34.16	Pentatricopeptide repeat (PPR) superfamily protein	[more]
AT3G03580.1	2.0e-128	33.48	Tetratricopeptide repeat (TPR)-like superfamily protein	[more]
AT4G39530.1	1.7e-124	33.66	Tetratricopeptide repeat (TPR)-like superfamily protein	[more]
AT4G13650.1	5.0e-124	32.55	Pentatricopeptide repeat (PPR) superfamily protein	[more]

InterPro

Analysis Name: InterPro Annotations of Bitter gourd (TR) v1
Date Performed: 2021-10-25


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR002885	Pentatricopeptide repeat	PFAM	PF01535	PPR	coord: 489..517 e-value: 0.13 score: 12.5 coord: 663..686 e-value: 0.09 score: 13.1 coord: 285..312 e-value: 0.003 score: 17.7 coord: 458..483 e-value: 0.014 score: 15.6 coord: 562..583 e-value: 0.27 score: 11.6
IPR002885	Pentatricopeptide repeat	TIGRFAM	TIGR00756	TIGR00756	coord: 458..483 e-value: 0.0012 score: 16.9 coord: 12..45 e-value: 1.4E-6 score: 26.1 coord: 489..522 e-value: 4.4E-4 score: 18.2 coord: 590..624 e-value: 5.0E-7 score: 27.5 coord: 626..659 e-value: 3.4E-4 score: 18.6 coord: 184..217 e-value: 2.6E-6 score: 25.2 coord: 387..420 e-value: 2.6E-6 score: 25.3 coord: 47..75 e-value: 3.7E-6 score: 24.8 coord: 83..117 e-value: 2.0E-10 score: 38.2
IPR002885	Pentatricopeptide repeat	PFAM	PF13041	PPR_2	coord: 384..431 e-value: 9.9E-10 score: 38.5 coord: 81..126 e-value: 1.1E-12 score: 47.9 coord: 587..635 e-value: 9.7E-10 score: 38.5 coord: 181..228 e-value: 1.5E-9 score: 37.9 coord: 9..57 e-value: 7.2E-13 score: 48.5
IPR002885	Pentatricopeptide repeat	PROSITE	PS51375	PPR	coord: 81..115 score: 14.140135
IPR002885	Pentatricopeptide repeat	PROSITE	PS51375	PPR	coord: 10..44 score: 11.312119
IPR002885	Pentatricopeptide repeat	PROSITE	PS51375	PPR	coord: 487..521 score: 9.876189
IPR002885	Pentatricopeptide repeat	PROSITE	PS51375	PPR	coord: 623..658 score: 8.61564
IPR002885	Pentatricopeptide repeat	PROSITE	PS51375	PPR	coord: 116..150 score: 8.61564
IPR002885	Pentatricopeptide repeat	PROSITE	PS51375	PPR	coord: 45..75 score: 9.777537
IPR002885	Pentatricopeptide repeat	PROSITE	PS51375	PPR	coord: 182..216 score: 11.597113
IPR002885	Pentatricopeptide repeat	PROSITE	PS51375	PPR	coord: 588..622 score: 12.254791
IPR002885	Pentatricopeptide repeat	PROSITE	PS51375	PPR	coord: 385..419 score: 12.232868
IPR011990	Tetratricopeptide-like helical domain superfamily	GENE3D	1.25.40.10	Tetratricopeptide repeat domain	coord: 142..232 e-value: 6.5E-24 score: 86.3 coord: 337..434 e-value: 5.8E-19 score: 70.1 coord: 233..336 e-value: 7.6E-14 score: 53.4
IPR011990	Tetratricopeptide-like helical domain superfamily	GENE3D	1.25.40.10	Tetratricopeptide repeat domain	coord: 604..767 e-value: 8.7E-29 score: 102.9 coord: 435..541 e-value: 2.8E-18 score: 68.4 coord: 1..135 e-value: 1.6E-36 score: 128.2
None	No IPR available	PANTHER	PTHR24015:SF1672	OS06G0506100 PROTEIN	coord: 117..315
None	No IPR available	PANTHER	PTHR24015	OS07G0578800 PROTEIN-RELATED	coord: 317..432
None	No IPR available	PANTHER	PTHR24015	OS07G0578800 PROTEIN-RELATED	coord: 117..315 coord: 418..767
None	No IPR available	PANTHER	PTHR24015:SF1672	OS06G0506100 PROTEIN	coord: 418..767
None	No IPR available	PANTHER	PTHR24015:SF1672	OS06G0506100 PROTEIN	coord: 317..432 coord: 51..120
None	No IPR available	PANTHER	PTHR24015	OS07G0578800 PROTEIN-RELATED	coord: 51..120

Relationships

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


Feature Name	Unique Name	Type
MS019670.1	MS019670.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
molecular_function	GO:0005515	protein binding