MC09g0917 (gene) Bitter gourd (Dali-11) v1

Overview


Name	MC09g0917
Type	gene
Organism	Momordica charantia cv. Dali-11 (Bitter gourd (Dali-11) v1)
Description	DNA repair protein XRCC2 homolog
Location	MC09: 13046318 .. 13087799 (+)
RNA-Seq Expression	MC09g0917
Synteny	MC09g0917

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: utr5CDSpolypeptideutr3

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

TAAAGTCATGAATTAAATCTTCTATCTGAATAGTTGTATTTTAAGTTTAAAAATAATAGAAAATGAAATAAATAAAATATAAATATAAGTTAAAAGAAACATGGTAAAAGAAAGAGACGCATTTCCGTTGTTTCAAAAGTACTTGTTTTCTCTATTTCAAAAAGTCCGCCCAAACGAGGGCGTTGTTTATGGCGCTCAGCCAGTGGATCGCCGGAGATGAGACCGCGGCGGAGATGCTCGCCAGAGTTTTGAAACAGCGACCCTCCTTGTTCGTTCCGCCTCTCCACAGGCTTCCTCTCCGCGCCGGGAACGTCGTCGAACTTGTTGGACCCTCTGGTTCTGCCAAGACGCAGATCTTAATCCAGGTCCAATTATCGTGTTACATTATCCTTTTGAACTTCTTGTTCGATTTCTAATTGCCAAGACCGATGAAAAGTTGATTTACTTGCTGCATATTCTAATTTGAGATTGCTGCTGTGGGCAGGCTGCAGTTAATTGCATTCTTCCCAAGGAGTGGAACGGGGTCCGCTATGGAGGCTTGGAGTGTTCAGTGGTGTTCATCGACTTGGATTGTCGTCTTGACGTCTCGAGGCTTTCCCAAGTTCTGAAGCTTCGAATTTTGGAAGCCAATGGCAATGGTGAGCTATTTATATCATTTAATATTAATGAAATGTTAATATCAAGGTTGTCTTCACGAGCTGCCATTGTACTTAAGGATATTCATAATGTCTTGGGTTGTTACTCGGATTTATAATGGGTTATTATTTGGTATTAGTGTCTTCTCCCGTTGTACATCTGATATAGAACTAGTTTTAGTTATGGCTATTCTGCTTGCATGTTAAAAGTATGGCGCTCTTAGTACAATTCCAATTATTAACTATTTTTGCAAGAGGATTCTATTTCTTTACTGTGCATGGAGATTAGCAAGGAAAAAGAATTTTACTTTGATTCAAATGTGTCTATGGAGAATTCCCAAGAAAGGTCGGCAATCTGGTATTCCTTCATCACTAGAAAGGACAGTTCTGGAGGCAATGGTTGTTTTCCGTCTCTGGTCTTCAGAGGATGAATTGGAAGTCCGTGGACTGGACTGTCATCTCTAAACAACTGGAGATTTTTCTTTGATCCAACATGACCTTGAAGGTTGGAAATGGGGAGAGACTCAGTTTTATGGTAAGGGGTAGATTCCTGATGAGTCTTTTCATTCCTCTATTCTTTATCATCTGTTTCAAGTTAAAATGTTGTAGATGATTTTAGGAAGAACTTCAACGAGACAGAAGTAGAGGAGAGAATCAACGCCCCTTGAAGGATTATCTTTAAACTTCCCATTTGCAGATTCCCAAAGCGGGAATTCAGACAGTATCAGCATATGCCCTTGCAAATCTTTCCTCAATTTCTTGCTAGTGGAAGAAAGTGCGCTGCCGACCAATACACTGAAGTTTGTCTGGAAATAAATATACCTAATGAAATCCATTATTTGCTCTGCCCATTACTACTTGGAAGATCAATGTCAATGGGAGGAGGATCCCTTCCATGGTTCTCTACTTACAGGGGCGTGTGATGGGTGGAAGTGCCGAGGAAGATCTAGATCATTCGTTTGTTCACTGCTCCTTAAAGTTTATGGGGTTCTTTATTTTGAAGGTTGGAGTTTCCTATGGTATGGTTCCCCTCCCTTGCATTAGGTGGTTTGGGTCCCCAAATCTCATGACAGAGAATTTTTGTGGCCTTGTTTTGTTTTGTGCATCCTTTTGGTTTTGGGAACTTGGAAGTTGGAAAGAGAAAACCACAATGATTTTTAAGGATAGGGACAGGGGAGTTAAGAAAGTATTGAATCACATCTTCTGAGGTTTCTGTTTGAAACTCCTACTTGTGGATTTTTATGTAACTTCTCATTATTTCTAACCTCCTAATTTTGAGATCAGAGTGCTTTTCTATGTGTTCCATAACTTTGGTTTAGCGTGGGATTCTAGTCCTCTCCACCTCTTTAGCTACTTTTCTTTTTCAGTAAAACTTATTTTAAAAATCCAGTCCTGCAATGAACATTGTTGTAATTGTTATCTCTACAGGTGTTGGGTCTGTTTATATTTTAAGGTTTGGGCTTTAGTAGGATTTATGTGATTGGATTTCTCGTAGCTTTTCACTATATCAATGAAAAGTGTTTCTTGTTCAAAAAAAAAAAAAAAAAACTGAGTAAAAAAACACCAGAACAGTCCCATGTAGCATTGTTCATAATGAGAAATAGACTTAGTAATTTTCTGTTGTTTGCTTAGTATCTAGTGAGTGGGTGAATCAGCAGGCTATGATGTAGTTACCTGTTAAAAGGTGCCCAAGTTTCTTGTCAGTAGCTCCAGTTTACTTGTACTTGTCATTGTCTTAAGCTTTGCTACAGAACTGGCACAGAGGCCGTCAATAATCTAAGAGGCACAAACACTTCAGTTTGGATAATGTATCCGTGTTGGACAGTTTGACACATAAAACACATATCGGATACTCGTTAGCTCAATAGATGTATGTCACACACTAGCTATACAAAGTGAATATGGATTCAACAGTTGTTAGGCGCCTGTTGATAGAATTTAGAAAGGAGAGAAGATTTCGTCCACCAAGCGGGACGAAGCTGGAGTTGGTTACACACAAATCTACTTTGATTCGATATCGAGCTGTTAAACTTCCAAGAGAAAGAAGATCGACCCAATTCTTGTATTCCCTTACTGAACGGAAGGAACGGTTCCCCTACTCGCTTGCTAATTGACTATAGCTAGAACGACAGATCCTTATCAGTTCAAGTGATAGTCTTTGCCATTCGGATGTGGAAAATTATTTTGATGCACTTGTTAAGTATAAAAAATAGACAAAAATAGTAATATAGTACGAAATAATAAATTTTAAGAGTAAACAAATCAAACTCATTTTTTAAGCATAAAAATGTGTCAGCTTATTGACTTTGAGTTTCCTTCCATTCTGGCATAAAATGATATGTACTTAAAAAAGTGGTAATATTTTAACAATCGTGTCATTGTCGTGTCTGTGTCCTAGATGTTTAGAAAATGTGTCATCGACACCGTGTTGTGTCGTATCCATATCTGTGCTTCTTAGTCAATTATTAGTAATCTCCTTGAAGAAATATTGTTGGTCGTTGCTTGCGGGGAGGGCGGGGGGTGGAACTACAACTCTCAAGGTGAACCACTATTGCCAAGTAGAGATATGTATTATAAACAAAAGAGCCGAAACAGCCCTTAAAATCTTCAACATAAGCTGGTGCTTTCCAAATACTGCCTCTAACGCCCTTCTGCAGCTTTTCCAAGGACCTAATTTTAGAGGACAAGCAAATATCCTTTGGTTCATTGGAATAGCCGTTTTGGTTTGGAAATTGTGGTCTGAATGCAATAAGAGGTGTTTTTTGGACCAAGAGTAAGATAGAAGAGTCTCTTGGGAGAATGTTAGAATTTTTGTTTCTTCTGGGGCTTCTACTAACAAAGCTTTTTGTAATTAATAGTATTTCTCAAATATTTTCCAATTGGGAAGCTTTTTTGTAATTCCTTGGTTGTGGGGATATCTCATCTCCCCTTTTCTTTTGTACTTTTCTTTTTGTACTTCCTCTTTGATAATGAAAGTCTAGTTTCTTATCAAAAAAAAACAGCCCAAGGGTTGGGTAGAGGAAATCTCAACCCAGCTTCCTAATTGTTCACAAATGTGGAGAAGCTAAAATTACAAAAGATATATCTATGATTGAGATACTACCGAGCAGTGATTAAAAAAGCGTGCTTAGGCGCGTCCAAGCACTGGGCGCAATAGATGCGCCTTGCCTTGAAAAGGCGAGACGAGTGTAGTGAGGCGCGCGCCTCAAGAGAAGCCCAAAGCACAATAAGCGTGTGTTTCATGCAGTGTTGTCGAGGCGCACCTAGGTGAGCGCCTCAGGCGAGAGGCGAGGCGATTTCGCCTGGGAGCGCCTTAAATGGTGCCAAGGCGAGCGCCTTCAACCGGGCGCTCGCCTTGGTGCGCCTCCCTACGCCTGGGCACGCCCTCGCCTTATGACGAGGCGAGCGCCTCGTTGAAGCGAGGCGTTTCACGCTGCTTTTTTTTTTTTTTTTTTTAAAATGTTAAAAACCCACGAAAAACAACCTTGAAAACCGAATATCCAGAGCAAAAAATCAAAATACCCACACCCGAAAGGCTTTTTCCTTCACTGTGTACACCACTTTCGTCCTTGTATTATAATTTTTTCGATTTTTCTCTTCGATTCTTCCTATGTTTGCTTCAATTCTTCTTCAATTATTCAATTCTTCATCAATTCTTTAATTGAGAAAAAGAAAAAAACAATAGAAGAATTAAAATTTAAGAAAGAAAAGAACCAAACAATAGAACACTAGAAGACAAAGAAGAAGAGTTGGAGAAAAAGAAGAATCAAGGAAGAAGTTGGAGAATAATGGAAGAAGAATCAAAGAGAAATTTGAAAAACCTGCAAATTGAAACCATGTCGCTTCAGTTCTTCTCTCCTTTTCTTTTTTTACATTTCCAAGCAGCCCACCTTTTCTTTTTTTACATTTCCATTTTCCAAGCCGCTCTCCTTTTCTTTTTTTACATTTCCATTTTCCAAGCCGCTCTCCTTTTCTTTTTTTATATTTCCAAGCCACACTAAACAAGTGCTAGTGCTAGAAAATTTACACCTGCAATTAAATTGCCATCTGGTGGCAACACTCCCAATGACAATAAGCACTCCCTACTTTAATGCATGGTTTAATTTAAATACAAATGTTTTTTTATCTTTCTATTTAACCACTGTCTACTAATTTTTTTTTTAGAATTTATATTTTGAATTTTTCTTAAATATTTGAACTTAAGTTTTTAATTTTTCTTAATTATTTAAGTTAAACTTTATTTGCACATTAAATAGTTGTACAAATATTTGCATCTAGAGTATTTTATTTTTTACTAGAATTACTATAGATAATATTTATTTATTATTTTATTAAGTGCGCCTCGCTTCAGTTAGGCGTCGCCTTTTTATCGCCTCTCGCCTCAAAGCGATCAAAGGACTTGTCGCCTTGAGGTGCGCCTTGCGCCTCGAAAACACTGGTTTCATGGGCTTTTTAAATGAAAAGCAAATAATAAAAAAAAATTAAGCAGAAGACAGAAGGTAGAAGATATCTAATGTCAATAGGTAGAAAAGATATTAAAAACTAAGGATAGAGACACCAGAGAGACATACACGAGAAAAGAGAGAAGAAATAAATTCTCAAATTGATTGATGATGAGGAATAGATATACTATTTATAGGTTACAAGAGGAAACAAAATCTAGGAATAACCTCCTAACTTCCCTAACAAAAAAGGAGATTTATTTGCTAAATTTAAACACAAAATCTAAACAACTTTAAAACAACTTCTAACTAAGTCCATAAAATCTTAACTTCTAACTAATTCAACACCCCCCTCAAGCTGGACTATACAGATTGAACAGTTTCAGCTTGATCAACAATCTTTCAAACACGGGCCTCAAGAGTCCTTTTGTTAGGTTATCTGCAGCTTGATCTGATGATGGAACATACATCAGATTTATAATTTTCTCTTCAATCTTCTCCTTGATAAAATGCCTGTCAACCTCAACATGTTTAGTACGATCATGATGCACTGGATTGTGTGCAATAGCAATTGTGGCCTTGTTGTCACAATAGACTTCCATTGAACTATCAAACCTGATTTGAGTTCTTGGAAAAGGAGTTTCAGCCACATTATCTCACAAATACCATGAGATAATGCCCTGAATTCAGCCGTACCACTACTTCTTGCAACAACTAATTGTTTCTTACTCCTCTATGTAACAAGATTACCCCATACGAAGGTACAATATCCTATCGTAGATCTCCTATCTTGAACAAAACCTGCCCAATCAGCATCTGTAAACACCTTAATCTTTCTGTCATCATCCTTTTCGAAAAAAAATCCAAGTCCTGGAGTTCCTTTAAGATATATAAGAATATGATACACGACTTCCATATGTTCTTCAGTAGGATCATGCATGTATTGACTTACAACACTCACTGCAAATGCAATATCTGGCCTAGTGTGGGATAAATAGATTAATCTTAAGACGCTGATACCTCCCTTTATCAACAGGTACCCTATCTACGCTCTCTCCCAACTTATGATTGGGACTTATTGGAGTATCAGATGGTTTACATCCAAGCATTCTGGTCCCTTCAAGAGGTCTAGTACATATTTTCTTTGACATACAGATATACCAGTTCTGCTCCTTGCAACTTCCATCCTTAGAAAATACTGAAGTGTTCCCAGGTCCTTTATTTCGAACTCCTTTCCAAGTGCCTGTTTTAGTCTCTCTATTTCTTCATGATGGTCACCTGTGACGATAATATCATCGACATAAACAATGAGGATGGTGATCTTACCTTGAGAGTGCCTATAGAACATTGTATGGTCAGTTTGAGCTTGGGTATATCCTTGTTTACAAACAGCCTTTGAAAATCGCCCGAACCATGCTGGGAATTGTTTTAAACCATATAGAGATTTCTTCAGCTTACACAGCTTCCCATCATACTTATCAATGTCAAATCTAGAAAGAAGGTCCATGTACACCTCTTCTTCCAAATCTCCATTGAGGAATGCATTCTTGACATCCAGTTGTTGTAGTTTCCAATCCAGATTTGCAGCAAGGGACAAGAGGACACAGATTGTGTTTAATTTTGCAACGGGTGCAAATGTCTCCTAATAGTCTACCCCAAGAGTCTGAGAGTATCCTTTGGCCACCAATCTTGCTTTATACCTTTCAATGGACCCATCAGCCTTATATTTGACAGTAAAGATCCATCGGCATCCTACCGTTGGTTTATCTTGAGGACGATCAACTACTGTCCACGTATCATTAAGCTTCAAAGCCTTCATTTCATCATCTACCGCATTTTTCCACTGTGGATTGCTCATAGCCTCTTGAGAGCCAATGTCTGAACTACTGAAGATAAATGACTATAACCAACACATCGAGCAATTGGATGTTGAGTACACGATCTCACACCTTTCCTAAGTGCAATAAGGAGATCAAGATCATTAGTATTGTCTTGAGGCACAAGGGTAGATTGTTCAGTACCTAAGGACAAGATGGATTCAGGACTTTGCTGTTGAGGCTGTGGTGGCTCCACCCCTCTTTGAACCGTTTGTCGCCGAGAATAAACAAGAGTCTCAGGTTGCTTGTCACTTCGATTTGGGTTGACTTGGTCATCTTCATTATTACAGGAAATAATAGGAACTGACTCTTCTATCTGAGTAATTAGGATGATCGAGATAGATATTTTTGGCTGAGGTGACTCGGTATTTAGACCATCAATCTCCCAAAAATTTCCATCAAGATTACTTGTAATAGGCTCGGTCTCCCCTCGAGGGGAATTTAGAGAGAAAAAAGATTGAGACTAAAAAAATGTGACATCCATGGTAGTGTAAAATTAATTGGTGATTGGACAATGTAGAAACTAAGGTTCGAGAGTGTAGAGACTAAGGTTGGAGAGAATCCAATATCTTGTATTCTCGTTATTAAAGTCTATATATATAGACAAATATACAAGGTTGATCTAATCCTATAAGGAGGAGGCAAATGACAAATTAATATTAATACAAGAATATAAAATATACTAATATATACTCTAACACTCCCCCTCAAGTTGGTGCATATATGTTAATCATGCCAAGCTTGTTAGATAGACAATTTATTCGCGCTCCATTCAATGCTTTAGTAAAGATATCTCCTAACTGCTCTCCAGTCTTCACATATCCTGTAGCCACTAATCCTTGCTGTATTTTCTCACGTACATAATGACAATCAACTTCAATGTGTTTGGTTCGTTCATGAAATACTGGATTAGATGCAATATGGAGAGCTGCTTGATTATCACACCAAAGCTTCATTGGAGTGGTGATGCTAGGCCCCAATTCAATCAGAAGCTGATATATCCATACTAATTCACACACCGAATGTGCCATAGCTGCTCTATATTTTGATTTAGCACTCGAACGCGACACCACGTTTTGTTTCTTACTTTTCCAAGAAACTAAATTACCTCCGCCAAATATACAATATCCTGAGGTTGATTTTCTATCTTCCTTAGAACCTGCCCAATCAGCATTTGAGAAACATTCAATATTAAGATGACCATGATCTTTATATAACAAACCACGTCCAGGAGTGCCTTTCAAATAACATAGAATATGTTCCAATGCGGCCCAATGTTCAGTCGTAGGAGAACTCATAAACTGACTGGATAAGCCATGTTTGACCTCGTAACTGTAAGGTAATTCAACTTCCCTACTAATCTTTTATACTTCTCAGGATCTTTCAACAACTCCCCTCCCTTTGTAAGTTGTAAATTAGGTATCATTGGAGTACTACGTGGCTTAACAGCTAACTTTCCTGTTTCAGTTAACATGTCAAGTACATATTTTCTCTGTGATAAGAGAATCCCCTTCTTGCTCCTTATTACCTCAATTCCTAAGAAATATTTCAGCGCTACCAAATCCTTAGTATGAAATTGACTATGAAGAAAAGTTTTGAGTGCTAGGATGCTTGATGAATCATTACCAGTAATCACAATATTATCAACATATACAACCAGTAAGATAACACCAGACTCAGTTTGTTTATCGAAGACAGAATGGTCCGACTTACTCTTATTCATTCCAAATCCTCAACCATCTGACATAATTTTCCAAACCATGCTCGTGGACTTTGTTTCAACCCATATAAGAATTTATGAAGATGACATATCTTTCCATTCTCCCCCTGAGCAACAAAACCTGGTGGTTGATCTATATACACTTCTTGAAGATCGCCATGGAGGAAGACATTTTTAATATCTAGCTGATGTAAGGGCCAATGGTGAATAGATGCCAAGGAAATGAATAACCTGACAGAGGCCAATTTAGCAACTGGAGAAAAAGTATCAGAATAATCAATGCCATAGGTCTGCGCATATCCTTTAGCAACAAGGCGAGCTTTCAAACAGGCAATTGATCCATCAGGATGAACTTTAACAGCAAACACCCATTTACACCCGATAGGTTTCTTTCCTGCAGGAAGAGACACTAAATCCCTAGTACCATTGTCATTTAAGGCAGTCGTTTCCTCCAACATAGTAGCTCGCCAACCAGGATGAGACAAAGCTTCATGAACAGTTTTAGGAACATATACAGACTCAAGGGATGCAAGGAACGAACAAGTAGGTGAGGACAAATGGTTATATGAAACAAAAGAAGAAACAGGATGAGTACATTCACGTTTACCTTTTCTAAGAGCAATAGGAAGGTCATCACTTGGTCCTGGATCCACGGACGAAGAAGCTGCTGGTATAGGGCATGAGTCCGTAGGAGGTTGCCGACGAGAATAAACTTGAGTAATGGTGGGAAGAGAAGGAACAAACACAGAGGGAGATGTATTGCTAGGAAGCTCTTCAGTAGAAGTAGAGACAATGAAATAGACAAGAAAGTCATCATCTTCTTGTGAACACTCCTCCTGACTGGTACTCAAATATGATAAAAAAAGAGTATCTTCAAAGAACGTAACGTCGGGAGACAAAATATCTATGGAGATCAGGACAATAACATCGATACCCTGTTTGAACACGAGAATAACCAAGGAAAATGCATTTCAATGACTTGGGGTCCAATTTGGTGAGTTGAGGGCGAACATCACGAACAAAACAAGTGCAACCAAATATTTTAGGTTTAATAGGATAGGAAATAAAGGTTGTATAGGACATAGAGTACGATAAGGTATTTCGCCCTTAAGAACTGATGAAGGCATACGATTAATCAAGAAGCAAGTCGTTGAAACAGCATCGGCCCAAAAGTATTTTGAAACCTTAATGCCCTTGCTGTTTCGAGAAGATGTCTATTTTTCTTTTCTGCAACTCCATTTTGAGATGGAGTATCGACACAAGAGGATTGGTGAAGATTATCGTATTCACTAAAATAGGAGCCAAAAAAGCTCCAGAAAAATATTCTTTAGCATTAGCACTTCGTAGAACTTTAACAGAGCCACCAAATTGAGTTCGAACTTCAGCATGAAAGTTACGAAAATGAGAAAGCAACTCAGAACGATGTTTCATTAAATATAACCAAATTATACGGGAAAAATCATCGACAAAGGTAACAAAATACCGAAACCCACTTTTGGACTCAACAGGACAAGGATCCTAAACATCAGAATGAACTAATTCAAAAAGAGTAGTAGCTCGTTTATTGACTCTAGGATACAAACTAAGACGATGAAACTTAGCAAATTGACATGACTCACAATCTAAAGAATGCAAACTATGAAATTGAGGATGAAGATTCTTTAATGCGGAGAGAGATGGATGACCCAAATGACAATGTTTTTCGAACGGAGATGGTATTCGAGTGCAAATAGTAGCTGTAGGTATTTGTGTATCAAACGTGTAGAGGCCATTGGATTGACGCCCTTTACCAATAGTCTTCTTCGTCGTAAGATCCTGAAATAAGCAATAACCAGGGAAGAATAAGACACAACAATTGAGATCACGAGTGAGTTTACTAACAGAGACCAAATTAAAAGAAAATTGTGGTAAACTTAAGACAGATGTTAATGAAAGAGATTTGGAAAGATGAATTGTGCCAGAGCTATCAGGCAAAGATGCAGATGGGGAGAAATTAGCAAATAAGTTAGGGTTACCTGACATATGATTTGTCGCACCAGAGTCAATGACCCATTTTGATGCGGAGGAAATAAGACATTACTGGTGTTACCTGACTCAGCGATGACAGTAATCGGATTAGAGGACGATGCTGTCAATGACTCTTGATACTATTGGAACTTAGCAAACTCTTCCGCAGGAATTGTAACTAATTTGCCAGCACTATCAGGAGTAAATGCGACATGTGCAGACTGTGTTTTCTGACCTATTCAACAGCTTTCTACATTCTCGCTTTGTTAGACCAGACTTATGAAATAATTGCACATAATGATATCTCTTGAATTTGGTCTTGGAGCACTAGAATTCCAACGTTGAGTGTTCGAAGTCGTGGAATTCCCTTGGTAGGTATTACCTCGGTTTGCATTTGTACTACGTCCAACCAAAGCATTATTAGACTGAGATGACAACGGGTTGTGACTTCTCAACGCGAAGTACTCGAGTGTATGCCCTTAAAAAGCTGGAATTTCTGAACCAGAGAGTAATTGGTCTTTGGCCACATCAAATCTAGGTGGAAGACCAAGAAGAAAACTTATAACTGCTAGTTGTTAGCGTTGGGCAAGTCGAACTTTTGCATCATTACTATTTGGGAGTAATGCATTAAACTCTGCATAAATTCTTTTGTGTTCCATGAAGTAATTTGTAAGCGATTGGTTACCAAACTCAGGTTGGTAGAAACGCTTGCAAATTTCAAATATTCGACCAACATTTCCTTTTCCAGAATAAAGGAACTCTAAGTATTTAAGCAACTCTTTAACACACTCACACTCATTGACCAAGCCAATAATGTCACCCTCGATCGAATTCTTGATCTGTAGAACTAGTCGAGCATCATCCTGCAACCAAGCTTTCTTGCTCTCATCTCTAGGAGGATCTTTAGTTATGTGATCGTCCATATCAATACTCTACAAAAAAAGACGAACATTGACTTTCCATGAAGAATAGTTTGATCCATTCAACTTATGTTCGGTGATTTTCAATATCATTGGGATAACCTCAGATGTGACGATTGATTTCTTTTCAGCCATAACAAACGAACTTATTTGAACAAAACAACAAAAACAGAACAAACCACCAGAACAGAACCAAACAAAATAAATGAACCAAACTGCTTGAACCGGATCTCTTAAACCAAACAGCTGGAACCAGATATCTTGAACCAAACCGGATTGAATCGGATATCTTGAACCAACCTAGATGAACCGAACCGTTTAAACAAAATCGGCTGAACCGAACCTCTTGAACCGGACCTTTTTGAAACCAGAAACCCTAAAACCCACGACAATCAGAAGGACAAAACCGGACAGACGGCGACGGAAGTGCACGACGAAGACGACGGGCGGCGACTGATGGTGACGGAAGCGCACGGCGACGGCGATGGGCTGCGACTGGCGGCGTCGAAAGCACGAACGATGGCAGGACAGGAACCACGTCACAAATCCCGATTATAAACCCGCGAATCAACAAACGAAAATCCCACGAATGGCAGTGTTGGCGACGGTGGCAACGACAGTGGGCGATGGTGGCAGCGGGAGTGGGCGACGGCGGCAGCGGCCATAGGCGACAGTGGCAGCGGCCATGGGCGATGGCGGCAGCGGTAGTGGGTTGAGTTGGACGCCAATAATCAAAAACCCTAATGGACAAAACCCTAATGGACAAAACCCTAATGGGCACAAAACCCTAATGGGCACAAAACCCTAAGCTCAAAAATTTAGAAAAGACCTAGGGCTCTGATACCATGTTGAAACTAAGGTTCGAGAGAATCCAATATCCTTCATTCTCATTATTAAAGACTATATATATAGACAAATATACAAGATTGACCTAATCTTATACGGAGAATATTCTGTCCCCTCATCTATGCGAAGAATTTTGATTCTCGTATTAAATTGATTATGAATGAGAGAATGAAACTGTTGAAAGATTGATGCAGTTTCTGATTTTTCTTTAACTAAATAGTCCCAACAAACCCTAGTGTGGTCATCGGTGAAGGTAAGGAACCAACGTTTACCGGACATAGTTTTGATGCGAGACGACCCTCATAAATCACTATGAATCATTGTGAATGGACTGGATGGTATATACTCAACAAATGGATAAGATGTACGAGAGTGTTTTGCAAGTTGACATACTTAGCAAGTAAAAAGGTCATCTTTATGAAAAAGTGAAGGATACAAATGTTTAAGATACTGAAAACTCGGGTGCCCTAAACGACGATGTAAAAGTAGAATTTGTTGTTCTCTTGAATTTGACTCACCACCAACCTAGAGAACTTGACTCTAAGTGTTTGTTTTAGGACTTGATAACGGGAACGACAATTGGCAGTGCTGATGGCTTTGAAGGGCTCTACTACTTCAGGGCCTGACACTTTAAATCATAGTAAACTTCTGAACAAAAATTAGATTGCAACATAATTTAGGCACATGGAGCACAGAGTGCAATGTAATGTTCGGGCTAAGAATAACAGAACCAAAGCCCTTAATAATAGCCGATGACCCATCTGCAAGCTTGACATGTGTCTGAATCGGGTTGGGTGAGTACATGGTAAACATATCATGAAAAGCGATCATATGATCAGTTGCACCTGAATCTAAGTCCCCTTACTCGTGCTTAATGTGCAAAAGTTATTTGGAAAATCAAGCCCATCTCTTCTTCCTTTGCCCCTTCGCTAAAACTGTTGGGTCTAAGATGTTTTCTTTCTTTGGAATCAGCTGGTCCTGGAGTATTTGACAAGTGGCTGAGATCTATTACTCGGGTGACATAGAACTTCAGCCAACATTCTTGCTTTTAAAATTTGAAAAGTTATCGTAAGTACCATTTGGATGTATCTAATTAAGTTTCTGGAATTGCAGATGTCATTAGGATTAGCCATGGTCTCTACCATCTAATTTTATGTTTGTACTTATATCTTACCAAACTTCTTGTATTTTATCCTAGTAAAGAAATAATTTTCATGATATGACAACTTTAACTTGAATTGTCTTTTAATTGTATAAATGGTGTTCTGCCATTAGAAGGATGGTTTTGATGTCAAAAAAAAAAAAAAAAAGGAAGAAAGGAGGATAATATTAAGTTGAAGTCATTTTAAAGCATATTAATAAAATGATATTGATTTACATAAGAATTGGCTTGGTGGTTATGGTATCTCTACTTTCTCGAGGTGTAGGTGCAAATCTTCCCACCCCATATATGTGATGTGATATTTTTTAGAAAATAAAATAAAATAATATTGATTTGATAAGTTGCATTGTGAGAACTAAGGAAACCTAGCACTATGCTCGAACAAACTTTATATTTATGGTACATGTGCTAAAATCTAGTCTAAATTTTTCTAGGATTGTCTAACACAAAAGACTGCGAAAATTTTAATGCACTATTTGCGACATGCATGAGAAGGTTCCTTTACATCCGTTGCTATGACAGTTTTGAGTTTCTTGCCACTCTCAAGGTAAGTTGCTTTGATTCTTCTTATTTGAAAATTGAAATATAGCTACCCTTCATGTTTGAATAATCTGAGTTTTCTCCAATAAATTTCGATTGGTTTCAAAGAGGTTGAGAAGTTTGTTTGATTCTGTTCATGAATTTCGGTTTTTTGTGGTTATCTCCATCAAGTTTTGATCAAGATTTTGGTCTCATTTTATTAAGTGATCTAGATGTTTTCAGTGTAATCGATCCGTTTGTAATTTTGGGTCTTTAGGTTGGTCTTTTGATTACCTGTTTTTTTTTTGTTCTCTTGTAAGTTGTTGCTGCTTCTTTCTATTTCCATTTTGTTAAAAAAGGAAGATTTTTATTTGGAGGTTCTCTGTGTTTTCAATGGTGGGAAAGACTGTATTTGGAGGGGTTGGGTTCAGCTTTATTCTTCTAAATTTGGCGTGGGGTTTCGGTGTTTGGAAGGAAGGGTTGAAGTTACTGCCTTTAATGTTTGTTGAAGAAGATCAAGAGTCTTTGTTTATGTGGTGTTAAAACTTCAATTTAGGTTTTGTGGTCATAAAGTTTACTCTGAAGGTAAATCTGGTATTTATATTTGGTTTGAACGTCAATAACAAAGCATTAGATTGATCCTTCTGAGTATTCTACTGGGCTTGGTCTTCTTTCGTTTAAGTTTATTGTAGGTAAATGTCAAGATTTTTTTAATGTGCCCTAAAAAAATAACCTTCATTAAATTCTTAAATTTCCCTTTTTTTTTTTCCTTTCATCAGCTGCTGCTTTGTATTTTAAGACTTAAGTTTACTCTCTACTATTTTGTGCAACCTTCATTGAGTAAAATTTGGCTATGTAATTCTTTAGAGCTTTTGGATTTCAGACCATGCACCATAGACTTCAAAAAGAAAGAGATGTCCTTGGAATTGGGGTACATCTGCTCATGATTGACAGGTTTGTGCTAAAAATAATTTGGAACCATGTGGCGTGTCTCCTGCTATATGGAATTTTCAATGTCTTCTTAATAGTTGATATATTTCATGAACCTGAAAAGATAAAGATGCAGTCATTCTTATAGTTATATTTTCTACTTCTTTGCATATGCTTATCTTTCTCTGGCATGCCATTTATGCCAGAGGACTACAAATTGATTTTGCTAGAAAGAGTATACTGTAGAAGGTACTAATTATAGAATTCACGTTCATTGGTGTGTGATGATTCCTCTTTTGTTCATAGTGCATGTAAGAAGAAAAAGGTTTCTCTAGATCAAAATTTGTGTCCTGTACATTCATTTTTTCAATTATGGTATAAAATATATAGCATAGATTGGTATTGTCTAGGGGTGTACATCGGTGGGTCGGGTCGGTTTTCAGGCTGAAATCCCCGCCGATCGACATATGGTCGGATTCCAAAAATGGAAATGGACCGACCGACGTGATGAAATTTTTTCCGACCGAACTTATAGTCGGTCGTTTTCGACCCACCGACAAAATTTTTATTTTTATTTTTTTCATTTCGTATCTTCCATAGACACTTATCCGGTCTCTCTCTTGCCCTTACTTTAAAAAAAAATCATATTCATCGTAGAGAGAAGAAGAGTTGAAGTTAAGAATGGGAGAAGGAAAGAAAAGAGAAGAGAGAGTAGGAACACAAACTTGAAATGAAAATGGAGAAGGAGAAAAATACATATGAAAGTTGAAAGGGGAAGAAAGAAGAAAGAAGATAGAGTTAGATGAAAAATAGAGAAGGTTGGGGAAGAAAGAAGATAGAGTCAGGGGAAAAATAGAGAAGATTTAGAAAGGGTTAGATAGAGAAATTGAGAAAGTAATTTATAAATCAATAAAATAATTAAAAAAAATGTCATCCACGTGAATCACGTGAATGGCAATTAAAATATAAAATTATATTGGATTGGCCTGAATCATGTTCTCCCTGATTCATGCGTAGATTGACGCGTGGATCAATTAATTAAATTTTTTTTATAAATGTATATATGTCGATCGGTTTCGGTCGGTTTGGGGGTTATTTTTCTGACTGACCGACCTCCGACCGACAGAGGCATAAAACCGGCCAACCGACATCAATTCGGTCGGTTTTGGTCGGTCGGGTCGGTTTGTCGGCCAATCTTGTTACACCCTTAGTATTGTCTCAGCTCTCAATAAAATAAAGGCATCTTTCTAGGCACTTAATGATGGTTTATTTGCTAGGATAATGGGAGCAGTTCAGCAGTTCACAACCGTTTTATGAGAGATTAGTTGGGACTTAGAAGTAGCAACTTAAGTGTAAAAAGATCAAGATATTACTTACTAGCTTTGTTGCTAGTGTGGTAAGTCAATTTCTGAACAAACCCTCTAAGGAACACATGGAAGCTGTGTATAGAATATTGAGATACTTGTTCCCAAGGGATAGCTTGGGTGGCTTGGGGCCTTTAGGAATAACTTTGAGGTCTTGGGTTCAAGCTACATGGGACGCAACTTCCACCAAACGATAACTCCTTGCGTATGTACGGGTATGAGATAATGCTCATACCCCCCAGGTATAGGGACATAAAAGCCAAAGGGTTGCTGTCTCCTGGATAATAATAATAAAAAAAAAGAATATTGAGATATCTTAAGCATGATCCTGGAAAAATGGTCTCTCATTCTGAAAGACCACAAACAGATCTTTAGAAATCTGCATTGATATAGATTGGGTTGGATCTCCTATTGAGTGTAAGTGAATATCAGGATATTGTTTCTATGTATGAGAAACTTCTTGTTGGGAAGGCACATATCTCAAATAAAAGTTTAATATCCCCTTCAGACGAATCTATGCCACCAGACTTATTTAAAGCCATCTGGAAGACTAAGAGTCCTAAAAAGGTGAGTTTTTTCACTTGGATTCTTATATATGGGAAGGTTAATACAGCTGAAGTCCTCCAAAGAAAGTTGCACAGGTTTAATCTTATGCCATCCTTCTGTCCTTTATGCCATTCTAGTGGAGAAAGTTTGACTCATATCTTTTTTTATTGCCCTTTTGCACGGCATTGTTGGGAACTAATGATACGCGACACCCAAGCGTATTGAGTTACTCGAGCCACTTGAATCCAATCGTAGAGATGGTTCAATTCGAAAGGCTAAGAATTAGAAGGATTACTTTTCCGGTCGTTACCTTGAGCAGACAGAATACTCAGTATGCTCGTGGTTGGAAATACTCCACGAGTTTGATGGCCAATCAATGAAGCATGCTCCGATTGGTCAAATACAAAAGCCTAAGTTCAACCACACAAAGGGATTCGAATTTTGGGGGGGGGGGGGGGGGGGGTTGCACAAGGCAAGGGTGAGAAACACTCTCAATTTTCTATTCAATGACAATTCCAATATTCTAAGATGTCTTACAATGAGGGGGTACAAGCCTATTTATAGGCTAAGACCCATGACCTTTTAAAGGAAAATAACAAAATTAAAATGAAATTGAAAATTGATATATTCCTAAGAAGTAAAGAACTTGCCTAAAAGTGAACTTAAATTGGTTAATTCTAAAAGAAATAAACCAAAATCAAATCTAAAATCAAATCCTAAATCAAATCCAAGATCAAATAAACCAAAATCATAAGGAAGTCCTTTCCTTATATGGGATTGAGTGGGCAGCAAGGCAGGGCTGGGCACGGGTGCTGATGGCGTGCAGGGCGATGGGCGGTATGGGCGCTAAGGGGCGAGCGGTGTGTGCGGGTATGGGTGCTAGTGGCGTCACGCCACTGGCGTGTGTTGCATGCGGGCACTTGGGCATGGGGTGCGTGGACAGACATGGCTGCGTGCAGGGGCGCTGGCGTGCAGGCGTGAGCAGCAGGCGGCGTGTCATGGTCATGCTCGTCGAGGGCTTGTTGCCTGTGGCCGCATGCCCATAACAACCTCTTTCAACATACTTTTATGCCATGTATTTAGTTTTGTTTGTTATTTTCTTTTCCTTGTACTTTTGGTGGCTAGTGACTCCTCGCCACTTTGCACGTTCATGCCTGCCGTATCAATTATGCCTTAGAATGTACTATAGGGGGGTACACCTAGTCATCTTTCTTACATTGCGTTGTATTCTTGTCTTGCTGTTAATCTATTCTTTTGTATTCAAGCTTACAACAACTTTCCAAAATGCTTTCAAATGTTTTCCAAAATCGTTTTCTCGAGAACGGGGGTGGAAGTTGTGACATATAGCCTTTGTGCCACCGGCTATTCGATTTCGTATTGGCTGACTTGCTAGAGGGTGGAAGCAAATGCCGCACAATCGCTTTTTGAGTCCTGTTAAAGTGTGATTGTGACACGGCACGTGCAAAGGTTGGCGCACGGGTGGGGCGCTGTGATGTTAGCGCGGTAGGAGCGCACGCTTGCGAGGTTAGCGTTGCAGGTGGTTCGCGCGCGCGCTGGGGCGTTGGCCGCTGGCCTCTTGTGAGGTTAGCATGACAGGAGCGCGCAGGCGCTGGCAGGACAAGGGCGTGCGTGGGTGTTGTCGGCAGGTGGGGGCGCGGGCTGGATCCTGCGGGCACGACAAGGGCGCGCGTGGGTCTTGTTAGGTTAACTCATCGTTGGTGGCGTAAGTGTGCACGTTGTGGACATTTTGTGTGCGGTCGAGTTCTCCTCTTGGCTTGACTTGATTCCAAGGACTTTAGGTCAATTATGATCACATCAACTAATCTTTGAGGAATTTAATATGTCATCGACAGTTAGCAACATAGCAGCAGATAATGTCCTTCAGCTTCTCCTCGGGCCCCCTTTGAATTCTAAAGCCAATCTTTTGTGGCTTAATGCTATTAAGGCCATGCTTTACGAGATATGGTTCAAAGGAACTCTAGAGTGTTTGAAGACAAGAGCAATCATCATTAGTGTGCTTCAATATAGCTAAGTTCAAGACTTCTCAATGGTGTTCTTTATCGAAATTATTTAGGAATTGTTGATGCGTGGACAATTCCAATTTAAATTGCCTCGGGATCTGCAACAACTCGATGATCAGGGACCTGCAAAATCAGATTAGTCTAAACCGGTGCGACCTTAGTCACATGAACTCCGATGCTAAAGTCAGCGCAATGAACGAAGCAACTTTGTGTGAAGTAGCTAGTCTCTTTTTTTTAGCTTACCTCTAGGGTTTGCTTTCCCCTTTACTTATAGTTGCTCGAGCTCTTCTAGGGTTTCTTCACCACATGACTTGTAACGGATTGGGGAGGAAAGGAGGATTGGGGAGGAAAGGAGGCTTATAGTGGATGACGGAGGGAATAGGGAGCGTTGGGCTTGGCCCATGGGCTGAGCCCGGCTCGGAGTCGAGCCCTGCTCGACCTAGCCCAATTTGGGTCCGCCTCGTTTTTTTCCTCCTATAACAGGAATTATTCCCCTAGCATGATTTGCTCCAACTGGGATGTATTTATCGTTAATTGTTAGGTTTTTATTTGTTTATTTTTTTCATGTTTCACTCTTTCGAGAGTTTTTTTATTTGGACATTATTGTCCTTTTCATTATTTTAATGAGAAGTTTGTATCTTGTTCAAAAACAACACGTTGTTGACATATTAACAAGTTGTTGACATTTTCTTCTTCTACTCAGCATACTACGAAATTGTTTGCATAATTTTTTATTAAATAGTGGTATAAAGGTTGAATATGGAATTTCCTTTCTTCTAGCATTGGAGCTTATCATTGGGTTGATCGCGTCTCCTCATCCTTGCCTTTGTGGGGTCACAACAGGTAGTGCCTTTAAATTTTAAACTGTTTAATTATATATATATATAACTCCCTTTTATTTTTTGTCTTGTCTCTAGGGGCTTTTGCCCTTTTGCTTCTTTTCAATCCCTGTCCTTTCCCTCTTTTGCTTTTAATGTTTTCCTTTTTCACTCCTTTAGGAGTTTGTATCTTTTTTGGTTCATTTTCATATTTTCAATAAAAGTTCATATCTTGTTCAATATATATATAGACACACACTTGTCAAATAGGATATTAAACTTTTTCCTTATGTTCCAATTTAAATCTTCCATTAGCTTCTTAATGAAATTAAATGGACTACTATTTGAGCCATGTCAATATTTTTTTTTTCAATTAAAGTACTGTCTCTTATTTTAATTTGTCACGGCCACGGGTAAAGTAGGGCTTGTGAGAGATAAAAATTCCAGCTACTTTTTATCATGTGATTGGTGCCTTACGGTCAACTATCCAAGTGTTCTTTATAGACATTTCTTGAGAAAGATTTTTAGATTTTCTCTGAGCATGTACTTTGTTTCTTGACACATCTCGTAGTCCCTCATTTTCCTCGGTTGATTTTGCCCTTTTCAAGTGCGCCTCAACTTGCTCAGGCGTTTTTGCAACAAAATGCAGAGGATATTACTTTATTTTAATTTTTCTGTATTTTTTATGACCAATACTCTGGAAAGTCGATTGGACATACTAGGATGATTGATGGTTCTACTACTTTGATGAATCCTTTTACTAGGTTTCTCTTTCTATTTTTTGAACATGAAACAAAATCTTTCATTGAAATAATGAAAAGAAATAAAATATTTTTTCAAAGATAAAAACTCCAAAATGGAGTGGAAAATTAGAAAATGGAAATCTAAATTTGGTATATGAAGCATCCAAATTTAAATGAATGTCCTATAAGGAGAAATATATAAGCAATTTGAGAAGCACGTAGTCTAGCAAACTCAAGCTGATCCAGCCAACTATGGTACTTATCCTTGAAAATTCGTTGATTGTTCTCCAAAAAAAAAGTCTAAAAAGGATAGCTTTGAGTCTGTTAACCCATAGTAGTAAAGAATAGATTAAGACTAGGAAGCACCGGCACGTGTCTGACATGCTAATTAGCGTGTCCAAATATATTTTTTATTTTTTGGACACTCGGGCGACATGCTAGAGACATGGCGGGGGACATGCGATCTTCTGAATCGTAATGTACATAATGGAACAAATTAGATCATCTGATTCAAGAACTTATAGAAAAGCGAGACTTTTAGTCACTTGAATGATGACACATCCTCAACATTTTGAGAGTTGGCGAAGAACAATATAGAGAGCTAAGAAGAAACGCAAAAGAAGAGAAGAAGAACATAGCGCAGAAGAAGAAAAGAAATAATGGAGGCGAATGCAAAAGAAGAGGATAAAGAAAAATGAGACGAGAAGAAGAAGGAAAATGTGGTGGCAGCGTTGAGAAAGGAGGAGGAGAGGAGGCGAGAAGAAGGCAGCAGGTTGTGAGGAAATGGATAAAAACTAGGATTGAGATTATTAAGTGGGAAAAAGAGAGCGCAACATTAGGAAATGAAAATTAGGTTTTCTTTACTTTTCTTTTAACAAGAAACAAACTTTTCATTGATAATATGAAAAAGAAGAAAAAAGTTGAAGGATACAAGCTCTCCAAAGGAAGCGAAAAAAAGAAGAAAAACAACCAAACAAAGAAACCAAAATACAAGGTAATAGATGAGAATTGAAGCAACTGACCGCCAGAATGAAGAAGTAAAGAATCTGAAACCTCCCTCCACCAAGAGAAGACAAGAAAACTAAAAGATCTCAACCCTCAAGACTGTTGCAAAGCGGAAGTAGCCAAAAACCTATTGCCTCTTAATTAAAGCATACCTATTCAGTGATTGGAACTTGGGTAATGCCTACATCTTCAAAATATTTAAAAAAACTTTAATTATCAGTGCAAGAAGCCTTTTCAACTACCAAAAGGTTGTTCCCGAGGGAGAAAGCAAGGTATCCATTTTTCCATAAGAGTGTAAGTGGTCGTTATCCTTTGCAAAAGGTAAATTAAAATCCTCTGTAAAGAAAACCTTTGATAATCTTCGTTAACAACCTTTTGATCTTCCAAAGATCCTCCTGAATCCTCACTACTGACACTAACATTTGAATTCTTCATCATCATTAGACAAACGTAATCCTTGAAGTATTTACTTGACTGCTCACTTGTTGAGTTAATGATACCATGGCTGAGAGGTGAATTGCCCTTATGGATCCCCTCCTCTTTCCTTTATTAATCTCGGCGAGTCATTCTTTTTTCTCGAATAAAAAAATGGAAGGGTAGGAATAGAAGTCTTTGGCGGCAGTAAATCAGGGTTAAAACTAGGACTGCTATCAATCAGATCGTCCGTTGTCTTGTTTTCCTTGACACCTTCGAAAGGCTGAGATTCTTTTCTTGGTTCATTTCCTTGTTTAGACATGAATTTTGGTGAAATGTTTTTCAAAATAGGAGGAACATTTGGGTTGTCTTCTGTATTTTCATTCAAAACTTCAGATTCAACTATTATTTTATCAGATCAAAACCCTTGAAGAGGCTCTTCATCGAAGAGGCTCTTCATCTGACAATAACGAATGAAGCCTTTGAACATCTAACACATTTGAAGATCTTGAAACCAACATCTTACTGCTCTGTTTTTCTCATAACTCCCAACCTCCTTCACACGAACTACAAAGTTGTCGAGAAAATTAGGGCTAGAGGTAGGAGGAGGGGGCACATTTGGAGGGTAAAAATTTGTTTTTTTAATGGGTAAATGGGCTGCCAGCTGGCCCAATTTTTAATGGGGGAGGGGGCACATTGGAAGGGATAAAACCTAAAAGCCGTTTCTTTAATTGAAAGGTCTTTTATATATATGTTATGATTTTTAAATAATATTTAAATTAAAAAATATATAATTTTTATTTAACTATTAACTAAAATCATGACAATTAACGTGTCCCCAATGTGTCATGTCCTACTCTTTCAGAAATTGACATGTCGTTGTGTTCGTGTTGTATAGTCGTGTCTCAATCACGTGTCCATGTTTGTGCTTCTTAGGATTAGGAATCCTAGCCTAGTAGAACCCAATTTTTCTATCTCAAATACTTATTTTCAAATCAATTAGGGGCTTAGGCCCCTTTTCCTTGGCAGGAGTGCCTTTTTTCCGGCCTATAATTTTGTATCCTCTCTTGTTTTCAATGGAGTGATCCTTTCTTATTAGGAACGAAAGAAAAAAAGATGTAAACTTGTCCCTGCATGACTAAAAAACCCTCATAATTTAATAAAGGTTTCTGTCAATTTTTTTTGGTCTTTTATTAATAAGCTGAAAATTTTTCTGCACTGGGAAGTAAATGAGCCACTGAATTTTAGTTGATGATTTATTGTCATCTAATTAAAAAAAAAATAATAATAATAATTCACTCATCACTGATTTAAAAACCACGCTGCCACGAGGCAATTATTCATCCTCCATTTTGCATTCTTTTCCAACCTTATTATTTATTTATTTTATTATAGTACCAGGAACAAAGTTGCTAGGCTGCTAACACAATCTCTTGACCAAAACCCTCTTTTGTAATTTTTCTTTATCCCACGCTTAATCTTTTTTTTTTTTTTTTTGAAAAAGAAACAAGCTTCTCATTGAATTAATGAAAAGGAATGAAAATGTTCAAAGATACAAACTGTCGAACGAGTGAAAAGAAAAGAGAATTACAAGTAAATGGAAAAAACAAGATAAGCTCAAACATTAAGAGATAAAGTAAAAGTTCCCCAATTGTAACAAATAAGTGAGGGAGAAAAGTTTTCGAACAAAGGTGACAAAGAGCTCCACTGTGAAGATTTGAATTTAGCCAAACTGGAACGATCCAATGAAGATTTGCGATGATCCTTGAAAATTCTGAGATTTCTTTCATACCAAAGCTTCATAGAGCAAGGCTTTGACACCATTTGACCACAACAAGCTACTTTGAGAAGATAGAATTGGGCCTAGGAGTAGTTGAAGGATATTATCCACTGCTATCCAGGAGAGATCGAACTCTTTAAATAACAAGAACCAACAGTGCAATGCGTAAGGACGTTGGAAGAATATATGGATCAGATTCTCCCTGCTTTCTTGACAAAACATACACATTGATGGCTGTAGACAGAAAACCGAGAGCTTTCTTTGAAGAACTTCATCTGTATTCAATCTTCCATTAATGATGATCCAAACAAAAAACCCGACCTTCTTCGGGCTCTTTGTTTTCCAAATAGCCTTATAAAAATCGGGTGGCAAAAGAGATGACGAAGAAGATTTGCAAAGAGATGCCATTGAAAAGGAGCCAGAAGCTTCCTTAGACCAGAAACGACTATCCTCCATACTGTTTGGGTGTTAGAGTATATATTAGTATGTTTTACATTCTTTTAAATAATATGTATTCATTTGTCCTTTACCTTCCCCTTCTAGGATTAGGTCAATCTTGTATATTTGTCTATATATAGACTTCAGTAATGAGAATGAGATCCATCGGGTTCTCTCAGACCTTAGTTTCTACATGGTATCAGAGCTTTAGGTTCCTTCTAAAATTTTTGTGCCCATTAGGGTTTTGTGCCCATTAGGGTTTTGTTCATCGTCGCCGCCGCCGCCACTCACTTCTGTCGCCGCCCACTGCCACCACCATTGCCGTTTGCTGATTCGCCAACGCTGCTGTTTTCCAATTGCTGTTCGTGGGTTTCGTCTCGCTTCCTTAGACCAGAAACGACTATCCTCCATACTGTTTGGGTGTTAGAGTATATATTAGTATGTTTTACATTCTTTTAAATAATATGTATTCATTTGTCCTTTACCTTCCCCTTCTAGGATTAGGTCAATCTTGTATATTTGTCTATATATAGACTTCAGTAATGAGAATGAGATCCATCGGGTTCTCTCAGACCTTAGTTTCTACATGGTATCAGAGCTTTAGGTTCCTTCTAAAATTTTTGTGCCCATTAGGGTTTTGTGCCCATTAGGGTTTTGTTCATCGTCGCCGCCGCCGCCACTCACTTCTGTCGCCGCCCACTGCCACCACCATTGCCGTTTGCTGATTCGCCAACGCTGCTGTTTTCCAATTGCTGTTCGTGGGTTTCGTCTCGCCGTCCTTCGCACCTCCGTCGCCGCCTGTCGCTGTGCGCTTCCATCACCGCCAATTGCCTTCGCCCCTCTGGTTGTCGTGGGGTAGCACTTAGGGTTTCTGGTTTCAGAAAACACCTGATCCAGTTCAAGCGGCCCAGTTCAATCGGTTTGGTTTCAAGCGGTTTGGTTCATTCGGTTCAGGTTCGGTTCGATCTGGTTCGTCACATTCCGGTTCGATTTGGTTGATTTATACCAGTTTTGATCCGGTTTGTTTGTTTCGGTTCAATTGGTTTGGTTCACTTGGCTCTATTCAATTGGTTTGGTTCGATTCCCTTTCCTCCTTCAGATTTGGTTTGGTCTGTTTCAGTGCAGTTTTTGTTTGTGTCCATATTGTTGAAGTTATGATCGAGAAGAAATTAATGGTAACGATTTCTGCGGAAGAGTTTGCTAAATTCCAATCGTACCAAAAGTCATTGATGGCATCATACTCTAATCCAATCACTGTCATTACTCGAGTGCTAACTCTTTTCGAAGAATATTATCGTTTGGGTCATCCATCTCTCTCCATGTTAAAGAGTCTCCGTCCTCAATTTCATAGTTTGCATTCTTTAGATTGTGAGTCATGTCAATTTGCTAAGTTTCATCGTCTCAGTTCCTATCCTAGAGTCAATACACGAGCTAATGCTCTTTTTGCATTCGTCAGTTCATCCCTTGGAAGGGGAGAAGTTGAATAAATATTGTTTTCATTCTTAGTTGAATGAATTAAACCATGAGAGAGAGGATGGAGAGAATCATTGTTATTTGAAAGAAAGCCACATTTTGATGCAATGATTTCTCCTTATTGAAGGCGTCCAATAAATTTGATTGTAACTTTTCCTCTGAATTAATTCGAGCCATGCTATTAAGTAAGAGAGACTCTTCGTTTCTTTTCCTTCTTTTGTAGAAAAGGGGTCATGGTTCTATGTGACCTTTCACTTTCTTATTCATTAAGGGAAATGAAAGACCTTTCGCTTTTGAGGGATTGTTTCATTAATTCCTTGTGACAAGGGAATACTATTTCTCTCTCCTTCCGGCTGAATATTAAATTCGATACTTTGGCATGTCCTTAAAATTGAAGAAGGATCCTTTAGACCCTTCGCCTTCTGTGAATTATTATCCGGTGTTGATGATTCTCTTTCTTCAATAATATTGATTATTTTTTTAACCAAATTTTCGTTAATGACAGACTGGTCATTGAACCTCGGATGCTCCCTATTCTTTTCAGGAGAATGAACCGTTTCAGAAGGTTCAGTTAAGACCATTGTTCTCTTTCTGCTTGTGTAAATATCAAAACCTTCAGGAAGTGACCTTTCAACTTCCATAACTGTCTGAAATCTAACAATGTCTAGAGGATTTGAAAGATTACTAAAGTCCGACAGAAAAGAGATTTTCTTATGGGGATTTATAGCTTGACAATGAGAAATTCGGGCCTCAAACGATCCAACACCCTTCTGATTTAATTCCACTGAAGCTGGTAGAAGACCACACTGATTTTGTTCCAACATATTCAAAGTTCTCGTTGAAATCGCTAACAGACCACCACAATATTTACCTATGGCTTCAAAACAATCCCGATTCCAAAACGAAAGAGGAAGGTCTTTAATAACAATCCAACCTCCGTATCCCAAAATAAAATCTGGTCTACTATGCTTTTCAATACACCACTTTTCTAATTTAAGACGAAATCCCTCCACTTGTCGCCAATTACCAGATAAATCCTTTGAATCAAGAGTTCGACCATTACTGAACTTGAGGAGAGCCTTATCAACCATAAAGGGGTTGAGTACACAAGACTGTGAGTATTTTGATTCAAGTGCTGAGGAGATCTTAGACCAATTGTCGTGGGCACAACATCTGGAAACAACTATCATATTGTTCCAGTCGGTTTTCAGCACTTCATACTCTTTCTTGAACCATTGAGCCTTCCCAGATCTCTTCCCTGTTGGCCTAACCGTCTTGAACTCAAGCTCTGCAGATAAATCAACTTTTTCTTGAATGCTTACGCCCTCAATCTTAGCGGGAGAGGGCCCACTAGAAACAGAATTTTTAACCACCTTAGCGTAAGAACAAGATGAATCCTGTTTCTGTGATCGGGGAAGAATTTATTCATCCGCTATTGGAACATGAAAAGCCTTTGAAATAACGCTCATCTGTCTTTCAGCATTCCTTGCAGAAAAGTTTTTAAGCATTAACCAGAAATCATACCAACCCGATTTGTTAGAATATGCCGGAACTAGAATGATCCTTCTGCCCCCTGTAAATGGCCAGAAAATGAGGGAGACAAACCAAGATTGTTTCATCTTTACCTTATGAATTCGGCATGTTCCAAACTCGTTGCGCTGATGCTGAAGGAAAGGGGAGCTCATCAATAAGTGAACTAATTTCGCCATGTGACTCTCGAACCAAAGGAAATGGGATGGATGAAGGGGAAGTAATTCTTTCCTAACCACGTCTTCCAGCAGGAAGAGGTTGTTCCGCCCAAATACAGAAGAACTTGCCATCTACTTGACAGCTGTTGACCTCCATTGGGAACCGCTTGCTGCAGCAAAATCTTAGGGACAAAAGGGAAAGGGAGAAGAGAAGGAAGGCAAGAGACTAGGGGAAAGACGAAGGACAATGGTTGGGAAGCTCGCCGAAAAGAGTGCCGGAGAGCGGGAGTCTAGTTGGTTGAGGGAGGGTGATGAATGAGAGAGGGGAGGAAAGAGGAGAGAGGAGAGAGCATTTTCCTTAACACTCCTCTGAAATAACTAGTTACACCTCTGGCTTATCATTTGCCATATCTAAACCACACACTAGTAACAACACGAAAAAACTTATCCCATGCTTAATCATTTTAGATTTTTGTTGTTTTGTCTTTTACATGGCAATCAATCAATCGTTCGAGCCAATGCATATTTTCTCTCTCGTCATGCTTAAATCCCGAAGTTTATTGTAGATCAATGCACTTCTTGCTTTAAAATACTTTGGCTCTTGTGGCATAATGCTATCAAGGCTTTGCTCTATGAGCTATGGTTTGAAAGAAATCTCAGAATTTTCGAGGGTCGATGCAATTCTTCGTTCGATCGATTTAGCATAGTTAAATTTAAAGCTTCACGGTGGTGTCCTTTGTCATCTCTTTTTGAAAATTATTCTTCTTCTCTTATTTGTTCTAATTGGGGTGCTTTTTGTTCCCATATTTAGTTTGTTCTACATTTTTTTAATCTTTCACTCTTTTTTGAGAGTTTGTATCATTGAACATTTATATCCCTTTTCATTTTAAAAATGAGAAGTTTGTTTCTTGTTAAAAAAAAAAATACAGTGGCTCATGTTGAGCACTAGTTTCTATAAAACTTGTTTATCCTCTTTTGCCAACTTTTGATCTGTCTGTAATATTCATCCAAAAGAAAGCGCGTGTATCAATAATGTAATTAATTATCTTAACTGGTTTTCCTTTTGTGGGTTTCTAATGTTATGGCAATTTTATTTATTTACTCTCTAGGAAAGGCTTCTCTCTTGCGAATGTGTTAGAAGCTGTAGTTGAAGAGGTTAGAAAGCTTTTGCTGGTGCATCCGAGTATTGCTATTGCTACCAAAGCAACCATTTTTGGGGATAAATCTTCTGACATGGTCAGACGGTGAGTGAAGTCTAGAAGGAATTTCGTTTCCCCAATGAGAAACAAAAATTGCATGACATAGTCTAAGACTCCTAACTCTGGAAGAACCATGTTTCTTGTGCTATACTGACTTATTGAACTGGTATGGTTTACGAGATTGGTGATGTGACTAGTTTTAAGCCGTCCATATTTGAGATATGAATGCATCCACACTTGCTTGCTTTGTCCTTGGTTCTTTCAAATTGTCAAGTACTTTGATAACTTGCTACAATTCTCGGGGACTAAGTGTACTTAGCTCTGCAAATTTTGAGATCTATGATTTGAAGTTACATATCACCAATTCCTTTTGCCATTCCTATCCATGTTTTGATTGCTTCGTTATCAATCTTGCTTTCTTGGATAGGAATCTATTACAATCGCTGTTTCTTTCATTGAAAAAAGAAAAAAATAAAAAATAAAATAAGAAGAAGAATAAGGAGAATGATGTTACACTATATGGTGTGACCTTGATATCCAAATATATCATCTTTTCATGTATTGATAATCATTGAAAAATCTGTAAATTTTCATTTAATTATATTTTGCATTTAAGTGGTAACATATAATTCCCCTAAAGTGTATTTGGTTGACGTAGGTATAGGGGCTAATTTTGTAACAAAATTTTTGTTTTATTTTGTTTAGTTTCAGGGTAGTTAGTACTTGGTAGGGTTAATCTATTTTTGTCTTGGAAGGTAATTATTTGTAATCTAAGCCTTTTACCTCACATTATAAAGTACAGTACATAAAGGTTGGATTAGAATGTGTACTACATAAAGGTTTTTCATTTGTACTCCCATCACCTAGTAGTTTCTTGTTTTTGGCCCCAGTTGGTATTCTCCATGGTTGTCCTTCTCGGATTTCTTTCCCTTGGATTTCAGTGGGGATAGTAGAGCTGTGAATATTGTTATTTGATATTTCTGTTTTTACTCATGCCTCGTTAGATGATATGACATATACTAACCTTCTCAAACTTGTGTTTCAGTGAAAAGCCTTCAGCAGAGTCAGAATCAAGATATGTGACAACTAGTAGTGGACCACAAGTTCTGTATCGTGAGTACATGCCTTTTGCATGGCAGGTGATCTATGTTATTGTCCCTGTCTACACTTTCTATTGTGAAAGCTGTAACTTATGTATTTTCTTAAAGATGAATAAACCATCACTCAACCCAAAAGCTTAAGCTAATGGGTTGGGTAAATTTAATTCATTTATGGATATCTCAACACTCCCCCTCACTTGTGGGCTTGGAAAATCACAAAGGCCCAACAAGAGGAAATCATAATAAATGGGGAGGAAACAACAACGATGAGTTCGATCACAGGACCTCCCGCTCAGTTCGACTTGCCCAACGCGAACAACTAGCAGTTACAAAGTTTTATTCTTCGTCTTCCACCTAGATTTGATGTGGCCAAAGACCAATTACTCTCTAGTTCAGAAATTCCAGCTTTAGAGGAGGTATACACTCGAGTACTTCGCGTTGAGAACCTCCTACGGACTCATGCCCTATACCAACAGCTTCTTCGTCCGTGGATCCAGGAACGAGTGATGACCTTCCTATTGCCCTTCGAAAAGGTAAGTGTAAGTGTACTTATCCTGTTTCTTCTTTGTTTCATATAACCATTTGTCATCACCTACTTGTTCGTTTCTGGCATCCTTGAGTCTGTATCTATTACTAAAACTATTCATGAAGCTTTGTCTCATCCTGGTTGGCGGGCTGCTATGTTGGAGGAGATGACTGCCTTAGATGACAATGGTACTTGAGATTTAGTGTCTCTTCTTGCAGGAAAGAAACCTATCGGTTGTAAATGAGTGTTTGCTATTAAAGTTCATCCTGATGGATCAATTGCTCGTTCGAAAGCTAGTCTTGTTGCTAAGGATATGTGAAGACTTATGGAATTGATTATTCTGATACTTTTTCTCCGGTTGCTAAATTGGCTTATGTTAGATTATTTATTTCCTTGGCATCTATTCACCATTGACTCTTACATCAGCTTGATATTAAAAATGCATTCCTTCACGATGATCTTCCAGAAGAAGTGTATATGGAGCAACGACCAGGTTTTGTTGCTCAGGGGGAGAATGGAAAGGTACGTCGTCTTCGTAAATCCTTATATGGGTTGAAACAAAGTCCACGAGCATTGTTTAGAAAATTCAGTCAGGTGATTGATGACTTTGGAATGAAAAAGAGTAAGTCGGACCATTCTGTCTTCTATAAACAATCTGAGTCTGGTGTTATCTTACTAGTTGTATATTGATGATATTGTGATTACTGGTAATGATTCAGCAGACATCCTATCACTCAAAACTTTTCTTCATAGTCAATTCCATACTAAGGATTTGGGAGTGCTAAAATACTTCTTAGGAATCGAGGTAATAAGCAGCAAGAAGGGATTCTCTTATCACAGAGAAAATATGTATTGACCTTTTAACTGAAACAGGAAAGTTAGTTGCTAAGCCACGAAGTACCCCAATGATACCTAATTTATAACTTACAAAAGAAGGGGAGTTGTTGAAAGATCCTGGGAAGTATAGGAGGTTATTAGGGTAGCTGAATTATCTCACAGTTACGAGGCTAAACATAGCTTATCCAGTCAGTATTATGAGTCAGTATATGAGTTCTCCTACGACTGACCATTGGGTCGTATTGGAACATATTCTATGTAATTTGAAAGGTGCTCTTGGATGTGGTTTGTTATTTAAAGATCATGGTTATCTTAATATTAAATGTTTTTTAGATGCTGATTGGGCAGGTTCTAAGGAAGATAGAAGATCAACCTCAGGACATTGTGTATTTGTTGGAGGTAATTTAGTTTCTTGGAAAAGTAAGACACAAAATGTGGTGTAGCGTTCGAGTGTTGAATCAGAATATAGAGCTATGACACAGTCGGTGTGTGAATTAGTATGGATATATCAACTTTCGACTGAATTGGGATTTGACATCACTGCTCCAATGAAACTTTGGTGTGATAATCAAGCAACTCTCCATATTGCATCCAATCTAGTATTTCACGAACGAACCAAACACATTGAAGTTGATTGTCATTATGTACATGAGAAAATACAGTAAGGATTGGTGAAGAATACCATATTCACTCAAATAGGAGTCAAGAGCACCAGAAAAATATTCTTTAGCATTATCACTTTGTAGAACCTTTAGAGAGCCACCAAATTGAGTTCGAACTTCAGCATGAAAGTTACGAAAAATGAGAAAGTAACTCAGAACGATGTTTCATTAAATATAACGAAGTTACACGAGAAAAATCATCGACAAATGTAACAAAATGTCGAAACCCACCTATGGACTCAATAAGACAAGAACCCCAAACATCAGAATGAACTAATTCAAAAAGAGTAGTAGCTCGTTTATTGACTCTAGGATACGAACTGAGACGATGAAACTTTTAAAATTGACATGACTCACAATCTAAAGAATGCAGACTACGAAATTGAGGACGAAGACTCTTTAACATGGAGAGAGATGTATGACCCAAACGATAATGTTTTTGAAAGGAGATGGTACTCGAGTGCAAATAGTAACCGTAGGTATTTGTGTATCAAACGTGTGGAGGCCATTGGATTCACGCCCTTTACCAATAGTCTTCTTCGTCGTAAGATCCTGAAATAAGCAATAACAAGGGAAGAATAAGACAACAATTGAGATCACGAGTGAGTTTACTAACAGAGATCAAATTAAAAGAAAATTTTGGTAAATTTAAGATAGAGGTCAATGAAAGAGATTTGGAAAGATGATGCAGATGGGGAGAATTTTGCAAATAAGTTAGTGTTACTTGTCATATGATTTGTCGCACCGTAGTCAATGATCCATTTTGACGCTAAGGAAATAAGACATTTATTGGTATTACCTGGCTCAGCGATGGTGGTGATCGGATTAGAGGACGATCCCGTCAATGACTCTTGATACTATTGGAACTTAGCAAACTCTTCCATAGGAATTGTAACTAACTTGCCAGCATCATCAGGAGTAGGTGGAAAATGTGCTGACTGTGTTTTCTGACCTTTATTCAACAGCTTTCTACATTTTCGCTTTGTATGACTAGGTTTATGACAATAATTGCATATAATGATATCTCCTGAATTTGATTTTGGAGCACTAAAATTCCAACGTTGAGCATTCGAAGTCGTGGAATTCCCGTGGTAGGTATTACCTCGGTTTGCATTTGTACTACGTCCAATCAAAGCACTACTAGACTGAGATGACATGACGGATTGTGACTTCTCAATGCGAAGTACTCGAGCATATGCCTCCTATAAAGCTGGAATTTCCGAATCAGAGAGTAAATTGGTCTTTAGACACATCAAATCTAGGTTGAAGACCAAGAAGAAAATTTATAACTGCTAGTTGTTTGCGTTGGGCAAGCCGAACTTTTGTATCATTAATATCTGAGAGTAATGCATTAAACTCTGCATAAATTCTGTTGTGTTCCATAAAGTGATTTGTAAGTGATTTGTCACCAAATTCAGGTTGGTAGAAGCACTTGCAGATTTCAAATATTCAACAAAAATTTCTTTTTCCAGAATAAAGGAATTCTAAGTATTTAAGCAACTCTTTAACATACTCAGACTCATTGACCAAGCCAATAATGTCACCCTCGATCAAATTCTTGATCTGTAAAACTAGTCGAGCATCATCTCGCAACCAAGCTTTCTTGCTCTCATTCTTAGGAGGATATTCGGTTATGTGATCATCCACATCAATACTTCGCAAAAAAAGACGAACATTGATTTTCCATGAAGAATAGTTTGATCCCTTCAACTTATGTTCTTTGATTTTCGATATCATTGGGATCACCTTAGATGTTACGATTGATTTCTTCTCAGCCATAACAAACAAACGAACTTATTTAAACAAAACAACAAAACCAGTTCAAACCAACCAAACAGAACCAAACAAAACAGATGAACTGAACTGCTTGAATCAAACTGATTAACCGAACCGTTTGAACCAAATCGACTGAACTGGACCGCTTGAACCGAACCGACTGAACCTGATCAGGTGTTTTCTGAAACCAGAAACCCTTAAGTGGTAACCCACGACAACCAGAGGGGCAAAATCCAATAGGGACTGAAGGCGACGGAAGCTACGGCGAAGGCGACTGGCGGTGACGGAAGTGCATGGCAATGGTGACGGGTGGCGACGGAAGTGCGAACGACAGCGAGACAAAAATTATTTCAAATCATGAATGAACTTGCGAATCAGCAAACGGAAACCCACGAACAGCAGCGTTGGCGACGATGGCAACGACAGTGGGCGACAGTGGCGGTGGCGATAGTAGTGAGTTGAGTCGTATACCAATGAACAAAACCCTAAGGTACCAAAACTAAGTTAAAAAATTTCAGAAGAAACCTAGAGCTCTGATACCATCTTAAGGATGAATGAACCATCACTCAACCCAAAAGTTCAAACTGATAGGTTGGGTAAATTTAATTCATTTATGGATATCTCAACATATTTAAAAGTGTTGTCAAAGTGCAAGGGTACACTCAAAGATAACAAGTTCCTTGGTCATGTTGAGCATGAAGTGACTTAAAATTATCACTTGAATGAAGAGCGAGACATTTAAAAGAAACATCAAATATAGCAATTGTAAGGACAACATAGCAATAAATATCTAAACGTAATGCCTAAGTATTTAATACATGGAAAGTGCCAAAAATAAAATATACTACTCCTATAAACAAACATTCAGTCATAAGGAATTATAAGAAGATAAACATTTTGTCACCAGCATTGTTGTTCCAGTAGGTAAAGACATACTTAAATCTTTACAATTAAGAAGAAAGACACTTTGAATTAAGACTATCTTTTTAGTATGAGATGCTTCACACCTTGCAGTGCTTACACCTCTCGCATATCAAAATTTCCTACAGCACTGTGGTTCTTCCATACCAACTTAGCTGCCTTGTGCTGCTATTGTCATAACAACTGGTACACCATAGGTAGGCCTGACCCAGTCCTTTCGTACTAGGGTTGAAACTTGACACCTTACTTTTCTCCCTTTAACACCCATGGTAGATAGAAATCGAATTGTCTCATGACGTTCTAAACTAACTCATGCACCACTTGAATCGACTAACAACTTAACCGTTGGGACATTTCTTCAACCCTAAGATGTGATGAGTAGACATCAAAGTGCCAAACGACTTCGTCAGTAAAATCTCTTGGGAGTTATAAGCATGTTATCTTCAGCGTACATTTGATTCATTGAGCAAGAGCCCTTCCACATAAACTCCCTAAAAAGGAATGAACTCTTTTGCATAGAAGTCTAGATATTCAAAAAAAATCTCAAAAGAACCCTTATTTTGGGATGAGGCCACTTGCTGTGAAAATTTCCCTTGTTATTTTAGTTAATTGCAGTACTTAATTTTGATGGAATAAAAAATATTTATATTCCAATACATAAAAAATAAGAGACCCAAAGCCTTCTTATATAGGAGAAAGGCTCCATTCATAAAAGGAAAATAAGAGTAAAATAATTAAATCATTAATATTTACAGCAAATATTCACAAATAAACCAACAGTACTTTATCTCCATTACTTTTCTTTTAATATTTGTGATATTCGAGCTTGCTTGCACACATCTCAAATAACTTTACAGGACAACCATTTCAGTTTGTGTTTGTCGCATTCATCAAGCATTTTCTAGTATAATAACTAGGTTTATATAATTTTATTATCCTAGTTAATTGTTATATAATTGCGTTGACAATTTTGTAAAGCAGTATAACTAGGTTCCATTTGAAAATATTATTATCTCATCCTATTTTTTTGGAATGTCCTATTTTAAATTACAACCGTAGAAATATCGTTTTGATCTCCCTTAACTATATACAAATAATGGAAAACTAGTGTAATTTACTAGTTGAAAGTGACTCATTTTGTCTGGGTCTTGCAGTCTTTTGTCACGCACAGAGTTTTTGTTCGAGGATCAGGTCTGATTACGTATTATGCTCAAAATTGTAATGATTTGGACTTTCTGGATATTCAGTTATTCCCTTGATGATCTTCTTGCATTGCAGATGAACATCTTACAGTGAGCAGTAGTGAGCATCAATCAATATATTTTTCTGAATGGCTTCTACCATCTCTGGGTTTCTTCGATAAATTTATTGTTAAAAATGTGAGAAAAAACTTAGCCAAAAAACGAGCTAATTTTGCTTTGTAAATAAACTAACATGTGAACATTTTGGGTTTAAACTTTGGTCCTGCAGGCTGGTGTCTTTATAGTTCCATGAACTTCCTTTTTGTACGATGCTGCTGGCCATTTGTTGTAATTCCAGGTCAGTTTTATTTGATTTTCTGGTGCAACAAATTTAGTTTTCAAAATGTCAATATTGTTGGATAGCAAGTTTTGCACTGTAGATTTGCAGTCACCATTATTGATATGGAATTCCCATCTGTACCTGTAGGATGTTTCTAGAGTATATATGTTAAATTCTTTTATATTGAGAACTAAATCTTCTTTTATAAACTTATATTTTAGAGAGAATCAAGGAAGCTTTCCTTTTTAGTCCCTATACTTGAGTTTTGTTTGAATGGGTCTTTATTGTTTATAAGTTTCAATTTAATCCCTTATAGGTTTAATCCAACAAATCCAAAAATTCAAACATCAAAGTTTGAAATTATAGCATCTAAAACAAGTAAAAACCAAAAAAATTAATATAATATTATCCAACATAAAATTAACGTAATATAATATTACAATAGTTTCATCTCCAAAGTCATGATAAAAATACATTATAAAAGTCTAGAATAAAAATACAACAATGACAATTATCTTAGCACAGACCATAAGTATCCCTCAAAATGACACCAAAATCTTTGTAAACAACTTATAAAAGTAATATAAAAATTAATAAAAATTATTATTAATTTATTATATATAAAAATTAAACGGTTGACCTAATCCTATAAGGAGAAGGTAAAAGACTAATTAATATTAATACAAAAATATAAAATATACTAATATATACTCTAACACTCCCCTTCAAGTTGGTGCATATATGTTAATCATGCCTAACTTGTTAGACAAATAATCTATTCGTGCTCCATTCAATGCTTTAGCAAAGATATCTCCTAGTTGATCTCCAGTCTTCACATACCCTGTAGCCACCAATCCTTACTGTATTTTCTCACGTAAATAATGACAATCAACTTCAATGTGTTTGGTTCGTTCATGAAATACTCGATTCGATGCAATATGAAGAGCTGCTTGATTATCACACCAAAGTTTTATTGGAGTGGTGATGTCAAATCCCAATTCAGTCAGAAGCTGAAGTATCCATACTAATTTACACACCGACTGTGCCATAGCTCTATATTCTGATTCAACACTCGAACGCGACACCACGTTTTGTTTCTTACTTTTCCAAGAAACTAAATTACCTCTGACAAATATACAATATCCTAAGGTTGATCTTCTATCTTCCTTAGAACCTGCCCAATCAGCATCTGAAAAACATTCAATATTAAGATGACCATGATCTTTATATAACAAGCCACGTCCAGGAGCACCTTTTAAATAACATAGAATATGTTCCAATGCGACCCAATGGTCAGTCATAGGAGAACTCATAAACTGACTCATAATACTGACTGGATAAGCTATGTCTGGCCTTTTAACCGTAAGATGATTCAGCTTCCCTACTAATCTCCTATACTTCTCAGGATCTTTCAACAACTCCCCTTCCTTTGTAAATTAGGTATCATTGGAGTACTACGCGGCTTAACAGCTAACTTTCTTGTTTCAGTTAACAAGTCAAGTACATACTTTCTTTGTGACAAAAGGATCCCCTTCTTGCTCCTTGTTACTTCAACTCCTAAGAAATATTTCAACATTCCCAAATCTTTAGTATGAAATTGACTATGAAGAAAAGACTTGAGTGATAGGATGCCTGATGAATAATTATCAGTAATCACAATATCATCAACATATACAATTAGTAAGATAACACCAGACTCAGATCTTTTATAAAATGTAGAATGATCTGACTTACTCTTCTTCATTCCAAAATTCTCAATCACCTGACTGAATTTTCCAAACCATGCTCGCGGACTTTGTTTCAACCCATATAAGGATTTACGAAGGCGACATACCTTTCCATTCTCCTCCTGAGCAACAAAACTTGGTGGTTGCTCTATATAAACTTCTTCTTGAAGATCACCATGGAGGAATGCATTTTGAATATCAAGCTGATGCAAGGGCCAATGGTGAATAAATGCCAATGAAATGAATAACCTGACAGAAGCCAATTTAGCAATCGGAGAAAAAGTATCAGAATAATCAATTCCGTAAGTCTGTGCATATCCTTTAGCAACAAGGCGAGCTTTCAAATAGGCAATTGATCCATCTGGATGAACTTTAACAGCAAACACCCATTTACAATCGATAGGTTTCTTTCCTGCAGGAAGAGACACTAAATCCCAAGTACCATTGTCATCTAAGGCAGTCATCTCCTCCAACATAGCAGCCCGCCAACCAGGATGAGACAAAACTCATGAACAGTTTTAGGAATAGATACAGATTCAAGGGATGCAATAAACGAACAAGTAGATGATGATAAATGGTTATATGAAACAAAAGAAGAAACAGGATAAGTTCACTTACGCTTAACTTTTCGAAGGGCAATAGGAAGGTCATCACTCGTTCCTGGATCCACAGGCAAAAAAACTACTGGTATAAGGCATGAGTCCATAGGAGGTTGAGAATAAACTTGAGTAATAGTGGGGAGAGAAGGATCAGGCATAGAAGGAGATGTATTGCTAGGAAGCTCTTCAGTAGAGGTAGAGACAATAGAATAGACAAGAAAGGTATTATCTTCCTGTGATAGCTCCCCCTAACTGGTACTCAAGGACGATGAAAAAGGAGTATTTTCAAAGAACGTAACGTCAGGAGAGACAAGATATCTATTAAGATCAGGACAATAACATCGATACCCTTTTTGAACATGAGAGTAACCAAGGAAAATGCATTTCAATGACTTAGGGTCTAATTTGGTGAGCTGGAGGCGAACATCCCAAACGAAACAAGTGCAACCAAATATTTTAGGTTTAATAGGAAATAAAGGTTGCGTAGTACACATACTACGATAAGGTATTCCACCCTTAAGAACTGATGAAGGCATGCGATTAATCAAGAAGCAAGCCGTCGAAACAGCATCAGCCCAAAAGTATTTTGGAACATGCATTTGAAACATTAAGGCTCTTGCTGTTTCGAGAGGCTGTCTATTTTTCCTTTCTGCAACTCAATTTTGAGACGGAGTATCAACACACGAGGATTGATGAATAATACCATGTTCACTTAAATAGGAGCCAAGAGCACCAGAAAAATATTCCTTAGCATTATCACTCCGTAGAACTTTAAGAGAGCCACCAAATTGAGTTCAAATTTCAGCATGAAAATGAGAAAGTAACTCAGAACGATGTTTCATCAAATATAACCAAGTTACACGAGAGAAATCATTGACAAAAGTAACAAAATACCGAAATCCATTTTTGGACTCAATAGGACAAGGACCCCAAACATCTGAATGGACTAATTCAAAAAGAGCATTAGCTCGTGTTGACTCTAGGATAGGAACTGAGACGATGAAACTTAGCAAATTGCATGACTCACAATCTAAAGAATGCAAACTATGAAATTGAGGATGGAGACTCTTTAACACGGAGAGAAATGGATGACCCAAACGACAATGTTCTTCAAAGGGAGTTGGCACTCGAGTGCAAACGGTGGCTGTAGGTATTTGTGTATCAAACGTGTAGAGGCCATTAGATTCATGCCCTTTGCCAATAATCTTCTTCGTTGTAAGATCCTGAAATAAGTAATAACCAGGAAAGAATAAGACACAACAATTGAGATCACGAGTAAGTTTACTAACAGAGATCAAATTAAAAGAAAATTGTGGCAAATTTATAACAGAGGTCAATGAAAGAAGTGGTGCCATCCGCTATTGTAACATCAGGTAAAGATGTAGATGGTGAAAAGGTAGCAAATAAATTGGGGTTACCTGATATATGATTCGTAGCACCAGAGTCAATGACCCATTTTGATGCGGAGGAAATAAGACATTTATTGGTATTACTTGAATCAGTAATGACAGTGATTGGATTAGAGGATGATGCAATCAATGACTTTTGATACTGTTGGAATTTAGCAAACTCTTTCGCAGAAATCGTTACCATTAATTTCTTCTCAATCATAACTTCAACAATATGGACACAAACAAAAATTGCATTGAAACATACCAAACCAAATCTGAAGGGGGAAAGGGAATCAAACCAAACCAATTGAACAGAGCCAATTGAACCAAACCAAACCAATTGAACAGAGCCAATTGAACCAAACCAATTGAACATAAACAAACGAACCAGACCAGAACCGATATAAATAAACCAAACCGGACCGAAATGTGACGAACCAGACCGAACCGAACTTGAACTGGATGAAACAAACCGCTTGAAACCAAACCGGTTGAACTGTATCGCTTGAACCGGATCAGGTGTTTTCTGAAACCAGAAACCCTAAGTTCTACCACACGACAACTAGAGGGGCGAAGGCGATTGACGTTGGTGGAAGTGCACGGCGACTAGCGGCGACGAAGGTGCGAAAAACAGCGAGACGAAACCCATGAATAACAATCGACAGCGGTGGTGGTCGGCGGCGGCGACGGCGGTGGTGGTGGTGGCCGGCGGCAGTGGCGGTGGTGGTCGGCGGTGGTGGTCGGCGGCAACGGTCGTAGTGAGTTGTGTTGGATAACAATAAACAAAACTCTAAGGGACAAAACCCTAATGGGCACAAAACCCTAATGGGCATCAAAACCCTAATGGACACAAATATTTTAGAAGAAACTTAGAGCTCTGATACCATGTAAAGACTAAGGTTGGAGAGAATCCAACGTGATGTATTCTCATTATTAATGTCTATATATATAGACAAATATATAAGGTTGACCTAATCCTATAAGGAGAAAGTAAATGACAAATTAATATTAATACAAGAATATAAAATATATTAATATATACTCTAACATATTTTTTCGAATTTTTGGGTTGATTGTTTGATTTTGGCATTGCAAGATATTACAATATATTGCAAAAAAAAAAAGTTAATGTAAAATGATCTGTCGCTCTTAGATATTCTTGTTTTCCTTTTACCAATATGTTTTATTTGAAGCTATTTAGAAAGTATTGATGATATTTAATCGATTAGAACTTGTATTTTTGTAGGTTCTTGCTTGGATTTTGACATTGCAATATATTGCAAGGAAAAAAGTGTTGAATGTAAAATGGTCATCTCTCTTGGGTATTCTCATTTTCCTTTTACCAATTTGCTTTATTTGAACCTATTTAAAAAATATACATGGTATTGAATCAATTGGCACATGTATTTTAGGTTCTTGCTTGGATTTTGGCGTTGTAATATATTGCAAGAAAAAAGCATAATGTAAAATGGTCATCTCCCTTTCGTATTCTTGTTTTCCTTTTACCAGTTTGCTTTATTTGAAGTTATTTAGAAAATATTGATGGTATTGAATTGGTTGGAACGTGTATTGCTTGGATTTTGGCATTGCAATATATTGCAAGAAATTGCAAGAAAAAAAGACATAATATAAAATGATTATCTCTCTTGGATATTCTTAATTATGACATGGTGAATCATGATGTTTGTAGGTGTTAAAAATTCTATACTCAATATGACATCGTTATCGATCTCTTCGTATATAATAAAGCCGTCAGATCATTTTCAGTCTCAAGTAAGTTGTTCATCCCACTTAACGATGACAATTAAGAATATCAAAGATGAGTTGAGTCATACTCAACTAGAGATGTTCAGAAGAACACGCTTTGAATCATTT

mRNA sequence

TAAAGTCATGAATTAAATCTTCTATCTGAATAGTTGTATTTTAAGTTTAAAAATAATAGAAAATGAAATAAATAAAATATAAATATAAGTTAAAAGAAACATGGTAAAAGAAAGAGACGCATTTCCGTTGTTTCAAAAGTACTTGTTTTCTCTATTTCAAAAAGTCCGCCCAAACGAGGGCGTTGTTTATGGCGCTCAGCCAGTGGATCGCCGGAGATGAGACCGCGGCGGAGATGCTCGCCAGAGTTTTGAAACAGCGACCCTCCTTGTTCGTTCCGCCTCTCCACAGGCTTCCTCTCCGCGCCGGGAACGTCGTCGAACTTGTTGGACCCTCTGGTTCTGCCAAGACGCAGATCTTAATCCAGGCTGCAGTTAATTGCATTCTTCCCAAGGAGTGGAACGGGGTCCGCTATGGAGGCTTGGAGTGTTCAGTGGTGTTCATCGACTTGGATTGTCGTCTTGACGTCTCGAGGCTTTCCCAAGTTCTGAAGCTTCGAATTTTGGAAGCCAATGGCAATGGATTGTCTAACACAAAAGACTGCGAAAATTTTAATGCACTATTTGCGACATGCATGAGAAGGTTCCTTTACATCCGTTGCTATGACAGTTTTGAGTTTCTTGCCACTCTCAAGACCATGCACCATAGACTTCAAAAAGAAAGAGATGTCCTTGGAATTGGGGTACATCTGCTCATGATTGACAGCATTGGAGCTTATCATTGGGTTGATCGCGTCTCCTCATCCTTGCCTTTGTGGGGTCACAACAGGAAAGGCTTCTCTCTTGCGAATGTGTTAGAAGCTGTAGTTGAAGAGGTTAGAAAGCTTTTGCTGGTGCATCCGAGTATTGCTATTGCTACCAAAGCAACCATTTTTGGGGATAAATCTTCTGACATGGTCAGACGTGAAAAGCCTTCAGCAGAGTCAGAATCAAGATATGTGACAACTAGTAGTGGACCACAAGTTCTGTATCGTGAGTACATGCCTTTTGCATGGCAGTCTTTTGTCACGCACAGAGTTTTTGTTCGAGGATCAGATGAACATCTTACAGTGAGCAGTAGTGAGCATCAATCAATATATTTTTCTGAATGGCTTCTACCATCTCTGGGTTTCTTCGATAAATTTATTGTTAAAAATGCTGGTGTCTTTATAGTTCCATGAACTTCCTTTTTGTACGATGCTGCTGGCCATTTGTTGTAATTCCAGGTTCTTGCTTGGATTTTGACATTGCAATATATTGCAAGGAAAAAAGTGTTGAATGTAAAATGGTCATCTCTCTTGGGTATTCTCATTTTCCTTTTACCAATTTGCTTTATTTGAACCTATTTAAAAAATATACATGGTATTGAATCAATTGGCACATGTATTTTAGGTTCTTGCTTGGATTTTGGCGTTGTAATATATTGCAAGAAAAAAGCATAATGTAAAATGGTCATCTCCCTTTCGTATTCTTGTTTTCCTTTTACCAGTTTGCTTTATTTGAAGTTATTTAGAAAATATTGATGGTATTGAATTGGTTGGAACGTGTATTGCTTGGATTTTGGCATTGCAATATATTGCAAGAAATTGCAAGAAAAAAAGACATAATATAAAATGATTATCTCTCTTGGATATTCTTAATTATGACATGGTGAATCATGATGTTTGTAGGTGTTAAAAATTCTATACTCAATATGACATCGTTATCGATCTCTTCGTATATAATAAAGCCGTCAGATCATTTTCAGTCTCAAGTAAGTTGTTCATCCCACTTAACGATGACAATTAAGAATATCAAAGATGAGTTGAGTCATACTCAACTAGAGATGTTCAGAAGAACACGCTTTGAATCATTT

Coding sequence (CDS)

ATGGCGCTCAGCCAGTGGATCGCCGGAGATGAGACCGCGGCGGAGATGCTCGCCAGAGTTTTGAAACAGCGACCCTCCTTGTTCGTTCCGCCTCTCCACAGGCTTCCTCTCCGCGCCGGGAACGTCGTCGAACTTGTTGGACCCTCTGGTTCTGCCAAGACGCAGATCTTAATCCAGGCTGCAGTTAATTGCATTCTTCCCAAGGAGTGGAACGGGGTCCGCTATGGAGGCTTGGAGTGTTCAGTGGTGTTCATCGACTTGGATTGTCGTCTTGACGTCTCGAGGCTTTCCCAAGTTCTGAAGCTTCGAATTTTGGAAGCCAATGGCAATGGATTGTCTAACACAAAAGACTGCGAAAATTTTAATGCACTATTTGCGACATGCATGAGAAGGTTCCTTTACATCCGTTGCTATGACAGTTTTGAGTTTCTTGCCACTCTCAAGACCATGCACCATAGACTTCAAAAAGAAAGAGATGTCCTTGGAATTGGGGTACATCTGCTCATGATTGACAGCATTGGAGCTTATCATTGGGTTGATCGCGTCTCCTCATCCTTGCCTTTGTGGGGTCACAACAGGAAAGGCTTCTCTCTTGCGAATGTGTTAGAAGCTGTAGTTGAAGAGGTTAGAAAGCTTTTGCTGGTGCATCCGAGTATTGCTATTGCTACCAAAGCAACCATTTTTGGGGATAAATCTTCTGACATGGTCAGACGTGAAAAGCCTTCAGCAGAGTCAGAATCAAGATATGTGACAACTAGTAGTGGACCACAAGTTCTGTATCGTGAGTACATGCCTTTTGCATGGCAGTCTTTTGTCACGCACAGAGTTTTTGTTCGAGGATCAGATGAACATCTTACAGTGAGCAGTAGTGAGCATCAATCAATATATTTTTCTGAATGGCTTCTACCATCTCTGGGTTTCTTCGATAAATTTATTGTTAAAAATGCTGGTGTCTTTATAGTTCCATGA

Protein sequence

MALSQWIAGDETAAEMLARVLKQRPSLFVPPLHRLPLRAGNVVELVGPSGSAKTQILIQAAVNCILPKEWNGVRYGGLECSVVFIDLDCRLDVSRLSQVLKLRILEANGNGLSNTKDCENFNALFATCMRRFLYIRCYDSFEFLATLKTMHHRLQKERDVLGIGVHLLMIDSIGAYHWVDRVSSSLPLWGHNRKGFSLANVLEAVVEEVRKLLLVHPSIAIATKATIFGDKSSDMVRREKPSAESESRYVTTSSGPQVLYREYMPFAWQSFVTHRVFVRGSDEHLTVSSSEHQSIYFSEWLLPSLGFFDKFIVKNAGVFIVP

Homology

[Close]

BLAST of MC09g0917 vs. ExPASy Swiss-Prot
Match: Q682D3 (DNA repair protein XRCC2 homolog OS=Arabidopsis thaliana OX=3702 GN=XRCC2 PE=2 SV=2)

HSP 1 Score: 329.7 bits (844), Expect = 3.7e-89
Identity = 169/326 (51.84%), Postives = 225/326 (69.02%), Query Frame = 0


Query: 6   WIAGDETAAEMLARVLKQRPSLFVPPLHRLPLRAGNVVELVGPSGSAKTQILIQAAVNCI 65
           WI GDETA +ML+RVLK R  L +PPLHR+PLRAGNVVE+ G S SAKTQILIQAA++CI
Sbjct: 9   WIRGDETAKQMLSRVLKDRAFLLIPPLHRVPLRAGNVVEITGASTSAKTQILIQAAISCI 68

Query: 66  LPKEWNGVRYGGLECSVVFIDLDCRLDVSRLSQVLKLRILEAN--GNGL------SNTKD 125
           LPK WNG+ YGGL   V+F+DLDCR DV RLSQ+LK R+L+AN  GNG       SN K 
Sbjct: 69  LPKTWNGIHYGGLGKLVLFLDLDCRFDVLRLSQMLKHRLLQANWLGNGAWWQLEESNVKS 128

Query: 126 CENF---------NALFATCMRRFLYIRCYDSFEFLATLKTMHHRLQKERDVLGIGVHLL 185
           C++            L+A+CM+RFLY+RCYDS E L++LKT+H+R+Q +++  G  V +L
Sbjct: 129 CKSAEEKTKTVFDEELYASCMKRFLYVRCYDSLELLSSLKTLHYRIQ-QQEACGSQVGVL 188

Query: 186 MIDSIGAYHWVDRVSSSLPLWGHNRKGFSLANVLEAVVEEVRKLLLVHPSIAIATKATIF 245
           MIDSIGA+HW DR+SSSL L  HNRK  SL NV+E +V+E++KLLLVH  + +ATK TI+
Sbjct: 189 MIDSIGAFHWTDRLSSSLALETHNRKSLSLTNVVETIVQELKKLLLVHSLVVLATKGTIY 248

Query: 246 GDKSSDMVRREKPSAESESRYVTTSSGPQVLYREYMPFAWQSFVTHRVFVRGSDEHLTVS 305
            +K        K S+         S   Q  +RE+MP +WQ+FVTH++ +R S ++ ++ 
Sbjct: 249 EEKYPANENNRKVSSNDHFSGNVASKAQQPPFREFMPSSWQAFVTHKIIIRKSADYQSLQ 308

Query: 306 SSEHQSIYFS-EWLLPSLGFFDKFIV 314
           + +   + +S EWL P L   D+FIV
Sbjct: 309 TGQQNLLAYSLEWLQPQLSRIDRFIV 333

[Close]

BLAST of MC09g0917 vs. ExPASy Swiss-Prot
Match: O43543 (DNA repair protein XRCC2 OS=Homo sapiens OX=9606 GN=XRCC2 PE=1 SV=1)

HSP 1 Score: 100.9 bits (250), Expect = 2.8e-20
Identity = 90/317 (28.39%), Postives = 137/317 (43.22%), Query Frame = 0


Query: 11  ETAAEMLARV-----LKQ-RPSLFV---PPLHRLPLRAGNVVELVGPSGSAKTQILIQAA 70
           E+  E+LAR+     LK+  P+LF     P+H      G+++E  GP G+ KT++L    
Sbjct: 9   ESGTELLARLEGRSSLKEIEPNLFADEDSPVH------GDILEFHGPEGTGKTEMLYHLT 68

Query: 71  VNCILPKEWNGVRYGGLECSVVFIDLDCRLDVSRLSQVLKLRILEANGNGLSNTKDCENF 130
             CILPK       GGLE  V+FID D   D+ RL  +L+ R+ +++             
Sbjct: 69  ARCILPKS-----EGGLEVEVLFIDTDYHFDMLRLVTILEHRLSQSS------------- 128

Query: 131 NALFATCMRRFLYIRCYDSFEFLATLKTMHHRLQKERDVLGIGVHLLMIDSIGAYHWVDR 190
             +   C+ RF  + C  S   L TL ++         +      LL++DS+ A++W+DR
Sbjct: 129 EEIIKYCLGRFFLVYCSSSTHLLLTLYSLESMFCSHPSLC-----LLILDSLSAFYWIDR 188

Query: 191 VSSSLPLWGHNRKGFSLANVLEAVVEEVRKLLLVHPSIAIATKATIFGDKSSDMVRREKP 250
           V+    +          +  LE +V + R +L        AT  TI    SS        
Sbjct: 189 VNGGESVNLQESTLRKCSQCLEKLVNDYRLVL-------FATTQTIMQKASS-------- 248

Query: 251 SAESESRYVTTSSGPQVLYREYMPFAWQSFVTHRVFVRGSDEHLTVSSSEHQSIYFSEWL 310
           S+E  S          + YR Y+  AWQ  V HR+F    D+    S S +Q    S  L
Sbjct: 249 SSEEPSHASRRLCDVDIDYRPYLCKAWQQLVKHRMFFSKQDD----SQSSNQFSLVSRCL 277

Query: 311 LPSLGFFDKFIVKNAGV 319
             +      FI+  +GV
Sbjct: 309 KSNSLKKHFFIIGESGV 277

[Close]

BLAST of MC09g0917 vs. ExPASy Swiss-Prot
Match: Q9CX47 (DNA repair protein XRCC2 OS=Mus musculus OX=10090 GN=Xrcc2 PE=2 SV=1)

HSP 1 Score: 95.5 bits (236), Expect = 1.2e-18
Identity = 79/282 (28.01%), Postives = 123/282 (43.62%), Query Frame = 0


Query: 11  ETAAEMLARV-----LKQ-RPSLFV---PPLHRLPLRAGNVVELVGPSGSAKTQILIQAA 70
           E+  E+LAR+     LK+  P+LF     P+H      G++ E  GP G+ KT++L    
Sbjct: 9   ESGTELLARLEGRSSLKELEPNLFADEDSPVH------GDIFEFHGPEGTGKTEMLYHLT 68

Query: 71  VNCILPKEWNGVRYGGLECSVVFIDLDCRLDVSRLSQVLKLRILEANGNGLSNTKDCENF 130
             CILPK       GGL+  V+FID D   D+ RL  VL+ R+ +++   +         
Sbjct: 69  ARCILPKS-----EGGLQIEVLFIDTDYHFDMLRLVTVLEHRLSQSSEEAMK-------- 128

Query: 131 NALFATCMRRFLYIRCYDSFEFLATLKTMHHRLQKERDVLGIGVHLLMIDSIGAYHWVDR 190
                 C+ R     C  S + L TL ++   L     +      LL++DS+ +++W+DR
Sbjct: 129 -----LCLARLFLAYCSSSMQLLLTLHSLEALLCSRPSLC-----LLIVDSLSSFYWIDR 188

Query: 191 VSSSLPLWGHNRKGFSLANVLEAVVEEVRKLLLVHPSIAIATKATIFGDKSSDMVRREKP 250
           VS    +          + +LE +V E R LL                  +  ++++   
Sbjct: 189 VSGGESVALQESTLQKCSQLLERLVTEYRLLLFA---------------TTQSLMQKGSD 245

Query: 251 SAESESRYVTTSSGPQVLYREYMPFAWQSFVTHRVFVRGSDE 284
           SA+  S       G  + YR Y+  AWQ  V HRV     DE
Sbjct: 249 SADGPSSSKHPCDG-DMGYRAYLCKAWQRVVKHRVIFSRDDE 245

[Close]

BLAST of MC09g0917 vs. ExPASy Swiss-Prot
Match: Q9HJ68 (DNA repair and recombination protein RadA OS=Thermoplasma acidophilum (strain ATCC 25905 / DSM 1728 / JCM 9062 / NBRC 15155 / AMRC-C165) OX=273075 GN=radA PE=3 SV=1)

HSP 1 Score: 46.2 bits (108), Expect = 8.1e-04
Identity = 25/60 (41.67%), Postives = 32/60 (53.33%), Query Frame = 0


Query: 42  VVELVGPSGSAKTQILIQAAVNCILPKEWNGVRYGGLECSVVFIDLDCRLDVSRLSQVLK 101
           + E  G  GS KTQI+ Q AVNC LPKE      GG +  V+ ID +      R+ Q+ K
Sbjct: 110 ITEFFGEFGSGKTQIMHQLAVNCTLPKE-----KGGFDSDVMMIDTENTFRPERIIQMAK 164

[Close]

BLAST of MC09g0917 vs. ExPASy Swiss-Prot
Match: Q97BJ9 (DNA repair and recombination protein RadA OS=Thermoplasma volcanium (strain ATCC 51530 / DSM 4299 / JCM 9571 / NBRC 15438 / GSS1) OX=273116 GN=radA PE=3 SV=1)

HSP 1 Score: 46.2 bits (108), Expect = 8.1e-04
Identity = 25/65 (38.46%), Postives = 35/65 (53.85%), Query Frame = 0


Query: 42  VVELVGPSGSAKTQILIQAAVNCILPKEWNGVRYGGLECSVVFIDLDCRLDVSRLSQVLK 101
           + E  G  GS KTQI+ Q AVNC +PKE      GG +  V+ ID +      R+ Q+ K
Sbjct: 110 ITEFFGEFGSGKTQIMHQLAVNCTMPKE-----KGGFDSDVMMIDTENTFRPERIIQMAK 169

Query: 102 LRILE 107
            + L+
Sbjct: 170 SKGLD 169

[Close]

BLAST of MC09g0917 vs. NCBI nr
Match: XP_022155175.1 (DNA repair protein XRCC2 homolog [Momordica charantia] >XP_022155176.1 DNA repair protein XRCC2 homolog [Momordica charantia])

HSP 1 Score: 650 bits (1678), Expect = 1.28e-235
Identity = 322/322 (100.00%), Postives = 322/322 (100.00%), Query Frame = 0


Query: 1   MALSQWIAGDETAAEMLARVLKQRPSLFVPPLHRLPLRAGNVVELVGPSGSAKTQILIQA 60
           MALSQWIAGDETAAEMLARVLKQRPSLFVPPLHRLPLRAGNVVELVGPSGSAKTQILIQA
Sbjct: 1   MALSQWIAGDETAAEMLARVLKQRPSLFVPPLHRLPLRAGNVVELVGPSGSAKTQILIQA 60

Query: 61  AVNCILPKEWNGVRYGGLECSVVFIDLDCRLDVSRLSQVLKLRILEANGNGLSNTKDCEN 120
           AVNCILPKEWNGVRYGGLECSVVFIDLDCRLDVSRLSQVLKLRILEANGNGLSNTKDCEN
Sbjct: 61  AVNCILPKEWNGVRYGGLECSVVFIDLDCRLDVSRLSQVLKLRILEANGNGLSNTKDCEN 120

Query: 121 FNALFATCMRRFLYIRCYDSFEFLATLKTMHHRLQKERDVLGIGVHLLMIDSIGAYHWVD 180
           FNALFATCMRRFLYIRCYDSFEFLATLKTMHHRLQKERDVLGIGVHLLMIDSIGAYHWVD
Sbjct: 121 FNALFATCMRRFLYIRCYDSFEFLATLKTMHHRLQKERDVLGIGVHLLMIDSIGAYHWVD 180

Query: 181 RVSSSLPLWGHNRKGFSLANVLEAVVEEVRKLLLVHPSIAIATKATIFGDKSSDMVRREK 240
           RVSSSLPLWGHNRKGFSLANVLEAVVEEVRKLLLVHPSIAIATKATIFGDKSSDMVRREK
Sbjct: 181 RVSSSLPLWGHNRKGFSLANVLEAVVEEVRKLLLVHPSIAIATKATIFGDKSSDMVRREK 240

Query: 241 PSAESESRYVTTSSGPQVLYREYMPFAWQSFVTHRVFVRGSDEHLTVSSSEHQSIYFSEW 300
           PSAESESRYVTTSSGPQVLYREYMPFAWQSFVTHRVFVRGSDEHLTVSSSEHQSIYFSEW
Sbjct: 241 PSAESESRYVTTSSGPQVLYREYMPFAWQSFVTHRVFVRGSDEHLTVSSSEHQSIYFSEW 300

Query: 301 LLPSLGFFDKFIVKNAGVFIVP 322
           LLPSLGFFDKFIVKNAGVFIVP
Sbjct: 301 LLPSLGFFDKFIVKNAGVFIVP 322

[Close]

BLAST of MC09g0917 vs. NCBI nr
Match: XP_022998310.1 (DNA repair protein XRCC2 homolog isoform X1 [Cucurbita maxima])

HSP 1 Score: 542 bits (1397), Expect = 6.86e-193
Identity = 268/322 (83.23%), Postives = 291/322 (90.37%), Query Frame = 0


Query: 1   MALSQWIAGDETAAEMLARVLKQRPSLFVPPLHRLPLRAGNVVELVGPSGSAKTQILIQA 60
           MAL QWI GDE+AAEML RVLK+R SL VPPLHR+PL  GNVVELVGPSGSAKTQILIQA
Sbjct: 1   MALRQWIDGDESAAEMLTRVLKERTSLLVPPLHRVPLHVGNVVELVGPSGSAKTQILIQA 60

Query: 61  AVNCILPKEWNGVRYGGLECSVVFIDLDCRLDVSRLSQVLKLRILEANGNGLSNTKDCEN 120
           AVNCILPKEWNG+RYGGLECSVVFIDLDCRLD+SRLSQVLKLRILE NGNG     D  N
Sbjct: 61  AVNCILPKEWNGIRYGGLECSVVFIDLDCRLDISRLSQVLKLRILEGNGNG-----DWGN 120

Query: 121 FNALFATCMRRFLYIRCYDSFEFLATLKTMHHRLQKERDVLGIGVHLLMIDSIGAYHWVD 180
           F+AL+ TC+RRF YIRCYDSFEFLATLKTMHH+LQKERD LGIG+ LLMIDSIGAYHWVD
Sbjct: 121 FDALYTTCLRRFFYIRCYDSFEFLATLKTMHHKLQKERDDLGIGLRLLMIDSIGAYHWVD 180

Query: 181 RVSSSLPLWGHNRKGFSLANVLEAVVEEVRKLLLVHPSIAIATKATIFGDKSSDMVRREK 240
           RVSSSLPLWG+NRKGFSLAN+LEA VEE++KLLLVHPSI IA+KATIFGD+SSD+VRREK
Sbjct: 181 RVSSSLPLWGYNRKGFSLANMLEAAVEEIKKLLLVHPSIVIASKATIFGDRSSDIVRREK 240

Query: 241 PSAESESRYVTTSSGPQVLYREYMPFAWQSFVTHRVFVRGSDEHLTVSSSEHQSIYFSEW 300
            S+E+ESR+   S G QVLYREYMP AWQSFVTHRVFVRGSDE+LTVSS EHQSIYFSEW
Sbjct: 241 SSSETESRH-GKSDGGQVLYREYMPSAWQSFVTHRVFVRGSDEYLTVSSCEHQSIYFSEW 300

Query: 301 LLPSLGFFDKFIVKNAGVFIVP 322
           LLPSLG  DKFIVKNAG+F+VP
Sbjct: 301 LLPSLGVLDKFIVKNAGIFMVP 316

[Close]

BLAST of MC09g0917 vs. NCBI nr
Match: XP_038891841.1 (DNA repair protein XRCC2 homolog isoform X2 [Benincasa hispida])

HSP 1 Score: 541 bits (1393), Expect = 3.35e-192
Identity = 267/322 (82.92%), Postives = 291/322 (90.37%), Query Frame = 0


Query: 1   MALSQWIAGDETAAEMLARVLKQRPSLFVPPLHRLPLRAGNVVELVGPSGSAKTQILIQA 60
           MALSQWI GDE+A+EMLARVLK+R SL VPPLHR+PLR GNVVELVGPSGSAKTQILIQA
Sbjct: 1   MALSQWIDGDESASEMLARVLKERTSLVVPPLHRVPLRVGNVVELVGPSGSAKTQILIQA 60

Query: 61  AVNCILPKEWNGVRYGGLECSVVFIDLDCRLDVSRLSQVLKLRILEANGNGLSNTKDCEN 120
           AVNCILPKEWNG+RYGGLECSVVFIDLDCRLD++RL QVLKLRILEA  NG S+T D EN
Sbjct: 61  AVNCILPKEWNGIRYGGLECSVVFIDLDCRLDITRLYQVLKLRILEAISNGSSSTGDQEN 120

Query: 121 FNALFATCMRRFLYIRCYDSFEFLATLKTMHHRLQKERDVLGIGVHLLMIDSIGAYHWVD 180
           F+AL ATC+RRF YIRCYDSFEFLATLKTMHH+LQKERD LG+G+HLL+IDSIGAYHWVD
Sbjct: 121 FDALHATCLRRFFYIRCYDSFEFLATLKTMHHKLQKERDGLGVGLHLLVIDSIGAYHWVD 180

Query: 181 RVSSSLPLWGHNRKGFSLANVLEAVVEEVRKLLLVHPSIAIATKATIFGDKSSDMVRREK 240
           RVSSSLPLWGHNRKGFSLANVLEA VEEVRKLLLVHPSI IA+KATIFG++SSD+VRRE+
Sbjct: 181 RVSSSLPLWGHNRKGFSLANVLEAAVEEVRKLLLVHPSIVIASKATIFGNRSSDIVRREQ 240

Query: 241 PSAESESRYVTTSSGPQVLYREYMPFAWQSFVTHRVFVRGSDEHLTVSSSEHQSIYFSEW 300
             +ESESR+  T  G QVLYREYMP AWQSFVTHRVFVR SDEH T SS + Q  YFSEW
Sbjct: 241 SLSESESRHGKTDGG-QVLYREYMPSAWQSFVTHRVFVRDSDEHPTGSSCDRQPTYFSEW 300

Query: 301 LLPSLGFFDKFIVKNAGVFIVP 322
           LLPSLGF DKFIVKNAG+F+VP
Sbjct: 301 LLPSLGFLDKFIVKNAGIFLVP 321

[Close]

BLAST of MC09g0917 vs. NCBI nr
Match: XP_023550059.1 (DNA repair protein XRCC2 homolog isoform X1 [Cucurbita pepo subsp. pepo])

HSP 1 Score: 540 bits (1392), Expect = 3.96e-192
Identity = 268/322 (83.23%), Postives = 289/322 (89.75%), Query Frame = 0


Query: 1   MALSQWIAGDETAAEMLARVLKQRPSLFVPPLHRLPLRAGNVVELVGPSGSAKTQILIQA 60
           MAL QWI GDETAAEML RVLK+R SL VPPLHR+PL  GNVVELVGPSGSAKTQILIQA
Sbjct: 1   MALRQWIDGDETAAEMLTRVLKERTSLLVPPLHRVPLHVGNVVELVGPSGSAKTQILIQA 60

Query: 61  AVNCILPKEWNGVRYGGLECSVVFIDLDCRLDVSRLSQVLKLRILEANGNGLSNTKDCEN 120
           AVNCILPKEWNG+RYGGLECSVVFIDLDCRLD+SRLSQVLKLRILE NGNG     D  N
Sbjct: 61  AVNCILPKEWNGIRYGGLECSVVFIDLDCRLDISRLSQVLKLRILEGNGNG-----DLGN 120

Query: 121 FNALFATCMRRFLYIRCYDSFEFLATLKTMHHRLQKERDVLGIGVHLLMIDSIGAYHWVD 180
           F+AL+ TC+RRF YIRCYDSFEFLATLKTMHH+LQKERD LGI +HLLMIDSIGAYHWVD
Sbjct: 121 FDALYTTCLRRFFYIRCYDSFEFLATLKTMHHKLQKERDDLGIRLHLLMIDSIGAYHWVD 180

Query: 181 RVSSSLPLWGHNRKGFSLANVLEAVVEEVRKLLLVHPSIAIATKATIFGDKSSDMVRREK 240
           RVSSSLPLWG+NRKGFSLAN+LEA VEE++KLLLVHPSI IA+KATIFGD+SSD+VRREK
Sbjct: 181 RVSSSLPLWGNNRKGFSLANMLEAAVEEIKKLLLVHPSIVIASKATIFGDRSSDIVRREK 240

Query: 241 PSAESESRYVTTSSGPQVLYREYMPFAWQSFVTHRVFVRGSDEHLTVSSSEHQSIYFSEW 300
             +E+E R+  T  G QVLYREYMP AWQSFVTHRVFVRGSDE+LTVSS EHQSIYFSEW
Sbjct: 241 SLSETELRHGKTDGG-QVLYREYMPSAWQSFVTHRVFVRGSDEYLTVSSCEHQSIYFSEW 300

Query: 301 LLPSLGFFDKFIVKNAGVFIVP 322
           LLPSLG  DKFIVKNAGVF+VP
Sbjct: 301 LLPSLGVLDKFIVKNAGVFMVP 316

[Close]

BLAST of MC09g0917 vs. NCBI nr
Match: XP_022957215.1 (DNA repair protein XRCC2 homolog isoform X1 [Cucurbita moschata])

HSP 1 Score: 538 bits (1387), Expect = 2.29e-191
Identity = 268/322 (83.23%), Postives = 289/322 (89.75%), Query Frame = 0


Query: 1   MALSQWIAGDETAAEMLARVLKQRPSLFVPPLHRLPLRAGNVVELVGPSGSAKTQILIQA 60
           MAL QWI GDETAAEML RV K+R SL VPPLHR+PL  GNVVELVGPSGSAKTQILIQA
Sbjct: 1   MALRQWIDGDETAAEMLTRVHKERTSLLVPPLHRVPLHVGNVVELVGPSGSAKTQILIQA 60

Query: 61  AVNCILPKEWNGVRYGGLECSVVFIDLDCRLDVSRLSQVLKLRILEANGNGLSNTKDCEN 120
           AVNCILPKEWNG+RYGGLECSVVFIDLDCRLD+SRLSQVLKLRILE NG+G     D  N
Sbjct: 61  AVNCILPKEWNGIRYGGLECSVVFIDLDCRLDISRLSQVLKLRILEGNGSG-----DWGN 120

Query: 121 FNALFATCMRRFLYIRCYDSFEFLATLKTMHHRLQKERDVLGIGVHLLMIDSIGAYHWVD 180
           F+AL+ TC+RRF YIRCYDSFEFLATLKTMHH+LQKERD LGI +HLLMIDSIGAYHWVD
Sbjct: 121 FDALYTTCLRRFFYIRCYDSFEFLATLKTMHHKLQKERDDLGIRLHLLMIDSIGAYHWVD 180

Query: 181 RVSSSLPLWGHNRKGFSLANVLEAVVEEVRKLLLVHPSIAIATKATIFGDKSSDMVRREK 240
           RVSSSLPLWG+NRKGFSLAN+LEA VEEV+KLLLVHPSI IA+KATIFGD+SSD+VRREK
Sbjct: 181 RVSSSLPLWGYNRKGFSLANMLEAAVEEVKKLLLVHPSIVIASKATIFGDRSSDIVRREK 240

Query: 241 PSAESESRYVTTSSGPQVLYREYMPFAWQSFVTHRVFVRGSDEHLTVSSSEHQSIYFSEW 300
             +E+ESR+  T  G QVLYREYMP AWQSFVTHRVFVRGSDE+LTVSS EHQSIYFSEW
Sbjct: 241 SLSETESRHGKTDGG-QVLYREYMPSAWQSFVTHRVFVRGSDEYLTVSSCEHQSIYFSEW 300

Query: 301 LLPSLGFFDKFIVKNAGVFIVP 322
           LLPSLG  DKFIVKNAGVF+VP
Sbjct: 301 LLPSLGVLDKFIVKNAGVFMVP 316

[Close]

BLAST of MC09g0917 vs. ExPASy TrEMBL
Match: A0A6J1DLP4 (DNA repair protein XRCC2 homolog OS=Momordica charantia OX=3673 GN=LOC111022310 PE=4 SV=1)

HSP 1 Score: 650 bits (1678), Expect = 6.21e-236
Identity = 322/322 (100.00%), Postives = 322/322 (100.00%), Query Frame = 0


Query: 1   MALSQWIAGDETAAEMLARVLKQRPSLFVPPLHRLPLRAGNVVELVGPSGSAKTQILIQA 60
           MALSQWIAGDETAAEMLARVLKQRPSLFVPPLHRLPLRAGNVVELVGPSGSAKTQILIQA
Sbjct: 1   MALSQWIAGDETAAEMLARVLKQRPSLFVPPLHRLPLRAGNVVELVGPSGSAKTQILIQA 60

Query: 61  AVNCILPKEWNGVRYGGLECSVVFIDLDCRLDVSRLSQVLKLRILEANGNGLSNTKDCEN 120
           AVNCILPKEWNGVRYGGLECSVVFIDLDCRLDVSRLSQVLKLRILEANGNGLSNTKDCEN
Sbjct: 61  AVNCILPKEWNGVRYGGLECSVVFIDLDCRLDVSRLSQVLKLRILEANGNGLSNTKDCEN 120

Query: 121 FNALFATCMRRFLYIRCYDSFEFLATLKTMHHRLQKERDVLGIGVHLLMIDSIGAYHWVD 180
           FNALFATCMRRFLYIRCYDSFEFLATLKTMHHRLQKERDVLGIGVHLLMIDSIGAYHWVD
Sbjct: 121 FNALFATCMRRFLYIRCYDSFEFLATLKTMHHRLQKERDVLGIGVHLLMIDSIGAYHWVD 180

Query: 181 RVSSSLPLWGHNRKGFSLANVLEAVVEEVRKLLLVHPSIAIATKATIFGDKSSDMVRREK 240
           RVSSSLPLWGHNRKGFSLANVLEAVVEEVRKLLLVHPSIAIATKATIFGDKSSDMVRREK
Sbjct: 181 RVSSSLPLWGHNRKGFSLANVLEAVVEEVRKLLLVHPSIAIATKATIFGDKSSDMVRREK 240

Query: 241 PSAESESRYVTTSSGPQVLYREYMPFAWQSFVTHRVFVRGSDEHLTVSSSEHQSIYFSEW 300
           PSAESESRYVTTSSGPQVLYREYMPFAWQSFVTHRVFVRGSDEHLTVSSSEHQSIYFSEW
Sbjct: 241 PSAESESRYVTTSSGPQVLYREYMPFAWQSFVTHRVFVRGSDEHLTVSSSEHQSIYFSEW 300

Query: 301 LLPSLGFFDKFIVKNAGVFIVP 322
           LLPSLGFFDKFIVKNAGVFIVP
Sbjct: 301 LLPSLGFFDKFIVKNAGVFIVP 322

[Close]

BLAST of MC09g0917 vs. ExPASy TrEMBL
Match: A0A6J1KC54 (DNA repair protein XRCC2 homolog isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC111492982 PE=4 SV=1)

HSP 1 Score: 542 bits (1397), Expect = 3.32e-193
Identity = 268/322 (83.23%), Postives = 291/322 (90.37%), Query Frame = 0


Query: 1   MALSQWIAGDETAAEMLARVLKQRPSLFVPPLHRLPLRAGNVVELVGPSGSAKTQILIQA 60
           MAL QWI GDE+AAEML RVLK+R SL VPPLHR+PL  GNVVELVGPSGSAKTQILIQA
Sbjct: 1   MALRQWIDGDESAAEMLTRVLKERTSLLVPPLHRVPLHVGNVVELVGPSGSAKTQILIQA 60

Query: 61  AVNCILPKEWNGVRYGGLECSVVFIDLDCRLDVSRLSQVLKLRILEANGNGLSNTKDCEN 120
           AVNCILPKEWNG+RYGGLECSVVFIDLDCRLD+SRLSQVLKLRILE NGNG     D  N
Sbjct: 61  AVNCILPKEWNGIRYGGLECSVVFIDLDCRLDISRLSQVLKLRILEGNGNG-----DWGN 120

Query: 121 FNALFATCMRRFLYIRCYDSFEFLATLKTMHHRLQKERDVLGIGVHLLMIDSIGAYHWVD 180
           F+AL+ TC+RRF YIRCYDSFEFLATLKTMHH+LQKERD LGIG+ LLMIDSIGAYHWVD
Sbjct: 121 FDALYTTCLRRFFYIRCYDSFEFLATLKTMHHKLQKERDDLGIGLRLLMIDSIGAYHWVD 180

Query: 181 RVSSSLPLWGHNRKGFSLANVLEAVVEEVRKLLLVHPSIAIATKATIFGDKSSDMVRREK 240
           RVSSSLPLWG+NRKGFSLAN+LEA VEE++KLLLVHPSI IA+KATIFGD+SSD+VRREK
Sbjct: 181 RVSSSLPLWGYNRKGFSLANMLEAAVEEIKKLLLVHPSIVIASKATIFGDRSSDIVRREK 240

Query: 241 PSAESESRYVTTSSGPQVLYREYMPFAWQSFVTHRVFVRGSDEHLTVSSSEHQSIYFSEW 300
            S+E+ESR+   S G QVLYREYMP AWQSFVTHRVFVRGSDE+LTVSS EHQSIYFSEW
Sbjct: 241 SSSETESRH-GKSDGGQVLYREYMPSAWQSFVTHRVFVRGSDEYLTVSSCEHQSIYFSEW 300

Query: 301 LLPSLGFFDKFIVKNAGVFIVP 322
           LLPSLG  DKFIVKNAG+F+VP
Sbjct: 301 LLPSLGVLDKFIVKNAGIFMVP 316

[Close]

BLAST of MC09g0917 vs. ExPASy TrEMBL
Match: A0A6J1GZX5 (DNA repair protein XRCC2 homolog isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC111458674 PE=4 SV=1)

HSP 1 Score: 538 bits (1387), Expect = 1.11e-191
Identity = 268/322 (83.23%), Postives = 289/322 (89.75%), Query Frame = 0


Query: 1   MALSQWIAGDETAAEMLARVLKQRPSLFVPPLHRLPLRAGNVVELVGPSGSAKTQILIQA 60
           MAL QWI GDETAAEML RV K+R SL VPPLHR+PL  GNVVELVGPSGSAKTQILIQA
Sbjct: 1   MALRQWIDGDETAAEMLTRVHKERTSLLVPPLHRVPLHVGNVVELVGPSGSAKTQILIQA 60

Query: 61  AVNCILPKEWNGVRYGGLECSVVFIDLDCRLDVSRLSQVLKLRILEANGNGLSNTKDCEN 120
           AVNCILPKEWNG+RYGGLECSVVFIDLDCRLD+SRLSQVLKLRILE NG+G     D  N
Sbjct: 61  AVNCILPKEWNGIRYGGLECSVVFIDLDCRLDISRLSQVLKLRILEGNGSG-----DWGN 120

Query: 121 FNALFATCMRRFLYIRCYDSFEFLATLKTMHHRLQKERDVLGIGVHLLMIDSIGAYHWVD 180
           F+AL+ TC+RRF YIRCYDSFEFLATLKTMHH+LQKERD LGI +HLLMIDSIGAYHWVD
Sbjct: 121 FDALYTTCLRRFFYIRCYDSFEFLATLKTMHHKLQKERDDLGIRLHLLMIDSIGAYHWVD 180

Query: 181 RVSSSLPLWGHNRKGFSLANVLEAVVEEVRKLLLVHPSIAIATKATIFGDKSSDMVRREK 240
           RVSSSLPLWG+NRKGFSLAN+LEA VEEV+KLLLVHPSI IA+KATIFGD+SSD+VRREK
Sbjct: 181 RVSSSLPLWGYNRKGFSLANMLEAAVEEVKKLLLVHPSIVIASKATIFGDRSSDIVRREK 240

Query: 241 PSAESESRYVTTSSGPQVLYREYMPFAWQSFVTHRVFVRGSDEHLTVSSSEHQSIYFSEW 300
             +E+ESR+  T  G QVLYREYMP AWQSFVTHRVFVRGSDE+LTVSS EHQSIYFSEW
Sbjct: 241 SLSETESRHGKTDGG-QVLYREYMPSAWQSFVTHRVFVRGSDEYLTVSSCEHQSIYFSEW 300

Query: 301 LLPSLGFFDKFIVKNAGVFIVP 322
           LLPSLG  DKFIVKNAGVF+VP
Sbjct: 301 LLPSLGVLDKFIVKNAGVFMVP 316

[Close]

BLAST of MC09g0917 vs. ExPASy TrEMBL
Match: A0A1S3C491 (DNA repair protein XRCC2 homolog isoform X2 OS=Cucumis melo OX=3656 GN=LOC103496670 PE=4 SV=1)

HSP 1 Score: 517 bits (1332), Expect = 3.17e-183
Identity = 256/322 (79.50%), Postives = 279/322 (86.65%), Query Frame = 0


Query: 1   MALSQWIAGDETAAEMLARVLKQRPSLFVPPLHRLPLRAGNVVELVGPSGSAKTQILIQA 60
           M LSQWI GDE+A+EML RVLK+R SL VPPLHR+PLR GNVVELVGPSGSAKTQILIQA
Sbjct: 1   MELSQWIDGDESASEMLGRVLKERTSLVVPPLHRVPLRVGNVVELVGPSGSAKTQILIQA 60

Query: 61  AVNCILPKEWNGVRYGGLECSVVFIDLDCRLDVSRLSQVLKLRILEANGNGLSNTKDCEN 120
           AVNCILPKEWNG+ YGGL CS VFIDLDCRLD++RL QVLKLRILEA  NG  NT D EN
Sbjct: 61  AVNCILPKEWNGIHYGGLGCSAVFIDLDCRLDITRLLQVLKLRILEAISNGSLNTGDGEN 120

Query: 121 FNALFATCMRRFLYIRCYDSFEFLATLKTMHHRLQKERDVLGIGVHLLMIDSIGAYHWVD 180
           F+AL+ATC+RRF YIRCYDSFEFLATLKTMHH+LQKERD LG+G+HLL+IDSIGAYHWVD
Sbjct: 121 FDALYATCLRRFFYIRCYDSFEFLATLKTMHHKLQKERDGLGVGLHLLVIDSIGAYHWVD 180

Query: 181 RVSSSLPLWGHNRKGFSLANVLEAVVEEVRKLLLVHPSIAIATKATIFGDKSSDMVRREK 240
           R+SSSLP WGHNRKGFSLANVLEA VEEVRKLLLVHPSI IA++ATIFGD+SS++VRR+K
Sbjct: 181 RISSSLPPWGHNRKGFSLANVLEAAVEEVRKLLLVHPSIVIASRATIFGDRSSNVVRRDK 240

Query: 241 PSAESESRYVTTSSGPQVLYREYMPFAWQSFVTHRVFVRGSDEHLTVSSSEHQSIYFSEW 300
             +ESE R+     G   LYREYMP AWQSFVTHRVFVR SDEHL  SS EHQ  Y SEW
Sbjct: 241 SLSESELRHGKPDGGLG-LYREYMPSAWQSFVTHRVFVRDSDEHLAFSSCEHQPTYSSEW 300

Query: 301 LLPSLGFFDKFIVKNAGVFIVP 322
           LLPSLGF DKFIV NAGVF VP
Sbjct: 301 LLPSLGFVDKFIVTNAGVFSVP 321

[Close]

BLAST of MC09g0917 vs. ExPASy TrEMBL
Match: A0A0A0KMH0 (RECA_2 domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_5G289900 PE=4 SV=1)

HSP 1 Score: 515 bits (1327), Expect = 1.83e-182
Identity = 253/322 (78.57%), Postives = 279/322 (86.65%), Query Frame = 0


Query: 1   MALSQWIAGDETAAEMLARVLKQRPSLFVPPLHRLPLRAGNVVELVGPSGSAKTQILIQA 60
           MAL QWI GDE+A+EML RVLK+R SL VPPLHR+PLR GNVVELVGPSGSAKTQILIQA
Sbjct: 1   MALGQWIDGDESASEMLGRVLKERTSLVVPPLHRVPLRVGNVVELVGPSGSAKTQILIQA 60

Query: 61  AVNCILPKEWNGVRYGGLECSVVFIDLDCRLDVSRLSQVLKLRILEANGNGLSNTKDCEN 120
           AVNCILPKEW+G+ YGGL C  VFIDLDCRLD++RL QVLKLRI+EA  NG  +T D EN
Sbjct: 61  AVNCILPKEWSGIHYGGLGCPAVFIDLDCRLDITRLLQVLKLRIVEATSNGSLSTGDGEN 120

Query: 121 FNALFATCMRRFLYIRCYDSFEFLATLKTMHHRLQKERDVLGIGVHLLMIDSIGAYHWVD 180
           F+AL+ATC+RRF YIRCYDSFEFLATLKTMHH+LQKERD LG+G+HLL+IDSIGAYHWVD
Sbjct: 121 FDALYATCLRRFSYIRCYDSFEFLATLKTMHHKLQKERDSLGVGLHLLVIDSIGAYHWVD 180

Query: 181 RVSSSLPLWGHNRKGFSLANVLEAVVEEVRKLLLVHPSIAIATKATIFGDKSSDMVRREK 240
           R+SSSLPLWGHNRKGFSLANVLEA VEEVRKLLLVHPSI IA+KATIFGD+SSD V+R+K
Sbjct: 181 RISSSLPLWGHNRKGFSLANVLEAAVEEVRKLLLVHPSIVIASKATIFGDRSSDAVKRDK 240

Query: 241 PSAESESRYVTTSSGPQVLYREYMPFAWQSFVTHRVFVRGSDEHLTVSSSEHQSIYFSEW 300
             +ESE ++     G   LYREYMP AWQSFVTHRVFVR SDEHL +SS EHQ  Y SEW
Sbjct: 241 TLSESELKHGKPDGGLG-LYREYMPSAWQSFVTHRVFVRNSDEHLKLSSCEHQPTYSSEW 300

Query: 301 LLPSLGFFDKFIVKNAGVFIVP 322
           LLPSLGF DKFIV NAGVF VP
Sbjct: 301 LLPSLGFLDKFIVTNAGVFSVP 321

[Close]

BLAST of MC09g0917 vs. TAIR 10
Match: AT5G64520.2 (homolog of X-ray repair cross complementing 2 (XRCC2) )

HSP 1 Score: 329.7 bits (844), Expect = 2.6e-90
Identity = 169/326 (51.84%), Postives = 225/326 (69.02%), Query Frame = 0


Query: 6   WIAGDETAAEMLARVLKQRPSLFVPPLHRLPLRAGNVVELVGPSGSAKTQILIQAAVNCI 65
           WI GDETA +ML+RVLK R  L +PPLHR+PLRAGNVVE+ G S SAKTQILIQAA++CI
Sbjct: 9   WIRGDETAKQMLSRVLKDRAFLLIPPLHRVPLRAGNVVEITGASTSAKTQILIQAAISCI 68

Query: 66  LPKEWNGVRYGGLECSVVFIDLDCRLDVSRLSQVLKLRILEAN--GNGL------SNTKD 125
           LPK WNG+ YGGL   V+F+DLDCR DV RLSQ+LK R+L+AN  GNG       SN K 
Sbjct: 69  LPKTWNGIHYGGLGKLVLFLDLDCRFDVLRLSQMLKHRLLQANWLGNGAWWQLEESNVKS 128

Query: 126 CENF---------NALFATCMRRFLYIRCYDSFEFLATLKTMHHRLQKERDVLGIGVHLL 185
           C++            L+A+CM+RFLY+RCYDS E L++LKT+H+R+Q +++  G  V +L
Sbjct: 129 CKSAEEKTKTVFDEELYASCMKRFLYVRCYDSLELLSSLKTLHYRIQ-QQEACGSQVGVL 188

Query: 186 MIDSIGAYHWVDRVSSSLPLWGHNRKGFSLANVLEAVVEEVRKLLLVHPSIAIATKATIF 245
           MIDSIGA+HW DR+SSSL L  HNRK  SL NV+E +V+E++KLLLVH  + +ATK TI+
Sbjct: 189 MIDSIGAFHWTDRLSSSLALETHNRKSLSLTNVVETIVQELKKLLLVHSLVVLATKGTIY 248

Query: 246 GDKSSDMVRREKPSAESESRYVTTSSGPQVLYREYMPFAWQSFVTHRVFVRGSDEHLTVS 305
            +K        K S+         S   Q  +RE+MP +WQ+FVTH++ +R S ++ ++ 
Sbjct: 249 EEKYPANENNRKVSSNDHFSGNVASKAQQPPFREFMPSSWQAFVTHKIIIRKSADYQSLQ 308

Query: 306 SSEHQSIYFS-EWLLPSLGFFDKFIV 314
           + +   + +S EWL P L   D+FIV
Sbjct: 309 TGQQNLLAYSLEWLQPQLSRIDRFIV 333

[Close]

BLAST of MC09g0917 vs. TAIR 10
Match: AT5G64520.1 (homolog of X-ray repair cross complementing 2 (XRCC2) )

HSP 1 Score: 329.7 bits (844), Expect = 2.6e-90
Identity = 169/326 (51.84%), Postives = 225/326 (69.02%), Query Frame = 0


Query: 6   WIAGDETAAEMLARVLKQRPSLFVPPLHRLPLRAGNVVELVGPSGSAKTQILIQAAVNCI 65
           WI GDETA +ML+RVLK R  L +PPLHR+PLRAGNVVE+ G S SAKTQILIQAA++CI
Sbjct: 9   WIRGDETAKQMLSRVLKDRAFLLIPPLHRVPLRAGNVVEITGASTSAKTQILIQAAISCI 68

Query: 66  LPKEWNGVRYGGLECSVVFIDLDCRLDVSRLSQVLKLRILEAN--GNGL------SNTKD 125
           LPK WNG+ YGGL   V+F+DLDCR DV RLSQ+LK R+L+AN  GNG       SN K 
Sbjct: 69  LPKTWNGIHYGGLGKLVLFLDLDCRFDVLRLSQMLKHRLLQANWLGNGAWWQLEESNVKS 128

Query: 126 CENF---------NALFATCMRRFLYIRCYDSFEFLATLKTMHHRLQKERDVLGIGVHLL 185
           C++            L+A+CM+RFLY+RCYDS E L++LKT+H+R+Q +++  G  V +L
Sbjct: 129 CKSAEEKTKTVFDEELYASCMKRFLYVRCYDSLELLSSLKTLHYRIQ-QQEACGSQVGVL 188

Query: 186 MIDSIGAYHWVDRVSSSLPLWGHNRKGFSLANVLEAVVEEVRKLLLVHPSIAIATKATIF 245
           MIDSIGA+HW DR+SSSL L  HNRK  SL NV+E +V+E++KLLLVH  + +ATK TI+
Sbjct: 189 MIDSIGAFHWTDRLSSSLALETHNRKSLSLTNVVETIVQELKKLLLVHSLVVLATKGTIY 248

Query: 246 GDKSSDMVRREKPSAESESRYVTTSSGPQVLYREYMPFAWQSFVTHRVFVRGSDEHLTVS 305
            +K        K S+         S   Q  +RE+MP +WQ+FVTH++ +R S ++ ++ 
Sbjct: 249 EEKYPANENNRKVSSNDHFSGNVASKAQQPPFREFMPSSWQAFVTHKIIIRKSADYQSLQ 308

Query: 306 SSEHQSIYFS-EWLLPSLGFFDKFIV 314
           + +   + +S EWL P L   D+FIV
Sbjct: 309 TGQQNLLAYSLEWLQPQLSRIDRFIV 333

[Close]

BLAST of MC09g0917 vs. TAIR 10
Match: AT5G64520.3 (homolog of X-ray repair cross complementing 2 (XRCC2) )

HSP 1 Score: 278.1 bits (710), Expect = 9.0e-75
Identity = 143/249 (57.43%), Postives = 182/249 (73.09%), Query Frame = 0


Query: 6   WIAGDETAAEMLARVLKQRPSLFVPPLHRLPLRAGNVVELVGPSGSAKTQILIQAAVNCI 65
           WI GDETA +ML+RVLK R  L +PPLHR+PLRAGNVVE+ G S SAKTQILIQAA++CI
Sbjct: 9   WIRGDETAKQMLSRVLKDRAFLLIPPLHRVPLRAGNVVEITGASTSAKTQILIQAAISCI 68

Query: 66  LPKEWNGVRYGGLECSVVFIDLDCRLDVSRLSQVLKLRILEAN--GNGL------SNTKD 125
           LPK WNG+ YGGL   V+F+DLDCR DV RLSQ+LK R+L+AN  GNG       SN K 
Sbjct: 69  LPKTWNGIHYGGLGKLVLFLDLDCRFDVLRLSQMLKHRLLQANWLGNGAWWQLEESNVKS 128

Query: 126 CENF---------NALFATCMRRFLYIRCYDSFEFLATLK------TMHHRLQKERDVLG 185
           C++            L+A+CM+RFLY+RCYDS E L++LK      T+H+R+Q +++  G
Sbjct: 129 CKSAEEKTKTVFDEELYASCMKRFLYVRCYDSLELLSSLKYFTVLQTLHYRIQ-QQEACG 188

Query: 186 IGVHLLMIDSIGAYHWVDRVSSSLPLWGHNRKGFSLANVLEAVVEEVRKLLLVHPSIAIA 232
             V +LMIDSIGA+HW DR+SSSL L  HNRK  SL NV+E +V+E++KLLLVH  + +A
Sbjct: 189 SQVGVLMIDSIGAFHWTDRLSSSLALETHNRKSLSLTNVVETIVQELKKLLLVHSLVVLA 248

The following BLAST results are available for this feature:

BLAST of MC09g0917 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q682D3	3.7e-89	51.84	DNA repair protein XRCC2 homolog OS=Arabidopsis thaliana OX=3702 GN=XRCC2 PE=2 S...	[more]
O43543	2.8e-20	28.39	DNA repair protein XRCC2 OS=Homo sapiens OX=9606 GN=XRCC2 PE=1 SV=1	[more]
Q9CX47	1.2e-18	28.01	DNA repair protein XRCC2 OS=Mus musculus OX=10090 GN=Xrcc2 PE=2 SV=1	[more]
Q9HJ68	8.1e-04	41.67	DNA repair and recombination protein RadA OS=Thermoplasma acidophilum (strain AT...	[more]
Q97BJ9	8.1e-04	38.46	DNA repair and recombination protein RadA OS=Thermoplasma volcanium (strain ATCC...	[more]

BLAST of MC09g0917 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_022155175.1	1.28e-235	100.00	DNA repair protein XRCC2 homolog [Momordica charantia] >XP_022155176.1 DNA repai...	[more]
XP_022998310.1	6.86e-193	83.23	DNA repair protein XRCC2 homolog isoform X1 [Cucurbita maxima]	[more]
XP_038891841.1	3.35e-192	82.92	DNA repair protein XRCC2 homolog isoform X2 [Benincasa hispida]	[more]
XP_023550059.1	3.96e-192	83.23	DNA repair protein XRCC2 homolog isoform X1 [Cucurbita pepo subsp. pepo]	[more]
XP_022957215.1	2.29e-191	83.23	DNA repair protein XRCC2 homolog isoform X1 [Cucurbita moschata]	[more]

BLAST of MC09g0917 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1DLP4	6.21e-236	100.00	DNA repair protein XRCC2 homolog OS=Momordica charantia OX=3673 GN=LOC111022310 ...	[more]
A0A6J1KC54	3.32e-193	83.23	DNA repair protein XRCC2 homolog isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC11...	[more]
A0A6J1GZX5	1.11e-191	83.23	DNA repair protein XRCC2 homolog isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC...	[more]
A0A1S3C491	3.17e-183	79.50	DNA repair protein XRCC2 homolog isoform X2 OS=Cucumis melo OX=3656 GN=LOC103496...	[more]
A0A0A0KMH0	1.83e-182	78.57	RECA_2 domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_5G289900 PE=4...	[more]

BLAST of MC09g0917 vs. TAIR 10


Match Name	E-value	Identity	Description
AT5G64520.2	2.6e-90	51.84	homolog of X-ray repair cross complementing 2 (XRCC2)	[more]
AT5G64520.1	2.6e-90	51.84	homolog of X-ray repair cross complementing 2 (XRCC2)	[more]
AT5G64520.3	9.0e-75	57.43	homolog of X-ray repair cross complementing 2 (XRCC2)	[more]

InterPro

Analysis Name: InterPro Annotations of Bitter gourd (Dali-11) v1
Date Performed: 2021-10-25


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR013632	DNA recombination and repair protein Rad51-like, C-terminal	PFAM	PF08423	Rad51	coord: 39..180 e-value: 2.2E-6 score: 27.2
IPR027417	P-loop containing nucleoside triphosphate hydrolase	GENE3D	3.40.50.300		coord: 29..318 e-value: 2.0E-28 score: 101.7
IPR027417	P-loop containing nucleoside triphosphate hydrolase	SUPERFAMILY	52540	P-loop containing nucleoside triphosphate hydrolases	coord: 36..181
IPR030547	DNA repair protein XRCC2	PANTHER	PTHR46644	DNA REPAIR PROTEIN XRCC2	coord: 4..320
IPR020588	DNA recombination and repair protein RecA-like, ATP-binding domain	PROSITE	PS50162	RECA_2	coord: 17..227 score: 22.082014

Relationships

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


Feature Name	Unique Name	Type
MC09g0917.1	MC09g0917.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0006281	DNA repair
biological_process	GO:0000724	double-strand break repair via homologous recombination
cellular_component	GO:0033063	Rad51B-Rad51C-Rad51D-XRCC2 complex
cellular_component	GO:0005657	replication fork
molecular_function	GO:0005524	ATP binding
molecular_function	GO:0008094	ATP-dependent activity, acting on DNA
molecular_function	GO:0003677	DNA binding