Bhi11G000278 (gene) Wax gourd

Overview
NameBhi11G000278
Typegene
OrganismBenincasa hispida (Wax gourd)
DescriptionMau2 chromatid cohesion factor like
Locationchr11 : 8126008 .. 8164046 (+)
Genome Viewer
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

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

mRNA sequence

ATGGAAGCAGTGGCGGAGGGATTGTGGAGGCTGGCAGATTACCACGAGAAGCAGGGGGAATTAGGGAAGGCAATAAAGTGTTTGGAAGCCATATGCCAGAGTCCCGTGTCTTTCTTTCCTGTCGTTGAGGTCAAGACTCGGCTTCGAATTGCCACCCTTCTACTCACTCACTCTCACAGCGTCAATCATGCCAAATCCCATCTCGAGCGTTCTCAATTGTTACTGAAGTCTATCCCATCATGCTTCGAATTGAAGTGCCGGGCTTATAGCTTATTAAGCCAATGTTATCATCTCGTCGGTGCTATTCCTCCCCAGAAACAGATTCTTCATAAGGGTCTTGATCTCACCAATTCTGCTGGTCACGAACTGTCAGTGAAGCTATGGTCTTGCAACTTCAATTCACAGTTAGCAAATGCTCTGATTATTGAAGGAGACTATCAAAATTCAATTTCTGCCTTGGAGTCGGGATACATATTTTCAGTTGAGATATGCTATCCTGAACTGCAGATGTTTTTTGCTACTTCTATCCTTCATGTGCACCTTATGCAATGGTACGATGATAATTCTGTTGAACAAGCTGTTAACAAATGTGATGAGGTCTGGGAATCTATTGAACCTGAGAAAAGACAGCAGTGTGTTGGTTTATTATTTTACAATGAGCTGCTGCACATATTTTATCGACTTCGGATCTGCGACTACAAGAATGCTGCTCAACATTTAGATAAATTAGATGCTGCAATGAAGGCTGATTTGCAACAAGCCCAGTACATAGAGGATCTGACTAAAGAAATGAATGCTTTAAATCAGAGTCTATCCAGGTCTGATCTACATTATAAAGATAGGTTGGCTCTCACTGAAAAACATGCTCAGCTTCAGGAACAGCTTAGAAGTATGACTAGACCAACTTCCTCGAGCAAAGAATCTTTGGAACCTGGGCATTTTGGAAATGTGAGAACATCTAGAGACAAGCTTGAGTTGGCACCATATCCTATTGATGGGGAGTGGCTACCAAAAAGTGCTGTGTATGTGCTTGTGGATCTTATGGTTGTTATCTTTAGCCGGCCTAAAGGACTTTTCAAAGAGTGCACAAAACGAATTTTATCTGGAATGCTTACTATCCAAGAGGAGTTGGTGAAGCTTGGGATAGCTGATGGTGTAAGAGAAGTCAGTTTGCAACACTCTGCCATATGGATGGCCGGCGTTTATTTGATGCTCCTTATGCAACTTCTTGAAAACAAAGTAGCCATTGAGCTGACACGTTCTGAATTTGTTGAGGCACAAGAGGCCTTGGTGCAGATGAAGAATTGGTTCTCGCGCTTTCCTACAATCTTGCAGGCATGTGAGAGTATGATTGAGATGCTTAGAGGCCAGTATGCTCATTACGTTGGTTGTTACCATGAAGCAACCTTCCATTATATCGAAGCTGCAAAGCTTACGGAGAGCAAATCAATTCAAGCAATGTGCCAAGTTTATGCGGCTGTCTCTTATATCTGTATTGGCGATGCTGAATCATCTACACTCGCACTGGACTTGATTGGACCAGTTTACAGAATGATGGATTCTTTTGTCGGAGTTCGAGAGAAAACAAGTGTTCTTTTTGCTTATGGCCTCTTACTAATGAAGCAACATGATTTACAAGAAGCAAGAAATCGATTGGCCAAAGGATTACAGCTGACCCACAATCATTTGGGGAATCTTCAACTTGTTGCACAATATTTGACAATCCTTGGGAGTCTGGCACTTGCTCTACATGACACCGTGCAGGCCAGAGAGATATTGAGATCATCTTTAACATTGGCAAAGAAACTCTATGACATCCCAACTCAGATCTGGGTACTATCAGTTTTAACAACTTTATATCAAGAGTTGGGTGAAAAAGGAAATGAGATGGAGAACGCGGAATATCAATGTAAAAAGGCAGATGATCTGCAAAGGAGACTGGTCGATGCGCATTCCTCCATTCATCACATCGAATTAATTGACAAAGTACGGATTGAAATTCAGCAACTAAAGGGGGTTGACATCAAGCGTGCAGGTAGCCCGTCCCTTGGAGTTGATCTCGATATACCAGAATCCATTGGTGTGTCGGTTTCATTGCCGACTTCATCATCGAAGCTTATGGATATAGACACAGGGAGACGTGGAAAGAGGAAAATTTAG

Coding sequence (CDS)

ATGGAAGCAGTGGCGGAGGGATTGTGGAGGCTGGCAGATTACCACGAGAAGCAGGGGGAATTAGGGAAGGCAATAAAGTGTTTGGAAGCCATATGCCAGAGTCCCGTGTCTTTCTTTCCTGTCGTTGAGGTCAAGACTCGGCTTCGAATTGCCACCCTTCTACTCACTCACTCTCACAGCGTCAATCATGCCAAATCCCATCTCGAGCGTTCTCAATTGTTACTGAAGTCTATCCCATCATGCTTCGAATTGAAGTGCCGGGCTTATAGCTTATTAAGCCAATGTTATCATCTCGTCGGTGCTATTCCTCCCCAGAAACAGATTCTTCATAAGGGTCTTGATCTCACCAATTCTGCTGGTCACGAACTGTCAGTGAAGCTATGGTCTTGCAACTTCAATTCACAGTTAGCAAATGCTCTGATTATTGAAGGAGACTATCAAAATTCAATTTCTGCCTTGGAGTCGGGATACATATTTTCAGTTGAGATATGCTATCCTGAACTGCAGATGTTTTTTGCTACTTCTATCCTTCATGTGCACCTTATGCAATGGTACGATGATAATTCTGTTGAACAAGCTGTTAACAAATGTGATGAGGTCTGGGAATCTATTGAACCTGAGAAAAGACAGCAGTGTGTTGGTTTATTATTTTACAATGAGCTGCTGCACATATTTTATCGACTTCGGATCTGCGACTACAAGAATGCTGCTCAACATTTAGATAAATTAGATGCTGCAATGAAGGCTGATTTGCAACAAGCCCAGTACATAGAGGATCTGACTAAAGAAATGAATGCTTTAAATCAGAGTCTATCCAGGTCTGATCTACATTATAAAGATAGGTTGGCTCTCACTGAAAAACATGCTCAGCTTCAGGAACAGCTTAGAAGTATGACTAGACCAACTTCCTCGAGCAAAGAATCTTTGGAACCTGGGCATTTTGGAAATGTGAGAACATCTAGAGACAAGCTTGAGTTGGCACCATATCCTATTGATGGGGAGTGGCTACCAAAAAGTGCTGTGTATGTGCTTGTGGATCTTATGGTTGTTATCTTTAGCCGGCCTAAAGGACTTTTCAAAGAGTGCACAAAACGAATTTTATCTGGAATGCTTACTATCCAAGAGGAGTTGGTGAAGCTTGGGATAGCTGATGGTGTAAGAGAAGTCAGTTTGCAACACTCTGCCATATGGATGGCCGGCGTTTATTTGATGCTCCTTATGCAACTTCTTGAAAACAAAGTAGCCATTGAGCTGACACGTTCTGAATTTGTTGAGGCACAAGAGGCCTTGGTGCAGATGAAGAATTGGTTCTCGCGCTTTCCTACAATCTTGCAGGCATGTGAGAGTATGATTGAGATGCTTAGAGGCCAGTATGCTCATTACGTTGGTTGTTACCATGAAGCAACCTTCCATTATATCGAAGCTGCAAAGCTTACGGAGAGCAAATCAATTCAAGCAATGTGCCAAGTTTATGCGGCTGTCTCTTATATCTGTATTGGCGATGCTGAATCATCTACACTCGCACTGGACTTGATTGGACCAGTTTACAGAATGATGGATTCTTTTGTCGGAGTTCGAGAGAAAACAAGTGTTCTTTTTGCTTATGGCCTCTTACTAATGAAGCAACATGATTTACAAGAAGCAAGAAATCGATTGGCCAAAGGATTACAGCTGACCCACAATCATTTGGGGAATCTTCAACTTGTTGCACAATATTTGACAATCCTTGGGAGTCTGGCACTTGCTCTACATGACACCGTGCAGGCCAGAGAGATATTGAGATCATCTTTAACATTGGCAAAGAAACTCTATGACATCCCAACTCAGATCTGGGTACTATCAGTTTTAACAACTTTATATCAAGAGTTGGGTGAAAAAGGAAATGAGATGGAGAACGCGGAATATCAATGTAAAAAGGCAGATGATCTGCAAAGGAGACTGGTCGATGCGCATTCCTCCATTCATCACATCGAATTAATTGACAAAGTACGGATTGAAATTCAGCAACTAAAGGGGGTTGACATCAAGCGTGCAGGTAGCCCGTCCCTTGGAGTTGATCTCGATATACCAGAATCCATTGGTGTGTCGGTTTCATTGCCGACTTCATCATCGAAGCTTATGGATATAGACACAGGGAGACGTGGAAAGAGGAAAATTTAG

Protein sequence

MEAVAEGLWRLADYHEKQGELGKAIKCLEAICQSPVSFFPVVEVKTRLRIATLLLTHSHSVNHAKSHLERSQLLLKSIPSCFELKCRAYSLLSQCYHLVGAIPPQKQILHKGLDLTNSAGHELSVKLWSCNFNSQLANALIIEGDYQNSISALESGYIFSVEICYPELQMFFATSILHVHLMQWYDDNSVEQAVNKCDEVWESIEPEKRQQCVGLLFYNELLHIFYRLRICDYKNAAQHLDKLDAAMKADLQQAQYIEDLTKEMNALNQSLSRSDLHYKDRLALTEKHAQLQEQLRSMTRPTSSSKESLEPGHFGNVRTSRDKLELAPYPIDGEWLPKSAVYVLVDLMVVIFSRPKGLFKECTKRILSGMLTIQEELVKLGIADGVREVSLQHSAIWMAGVYLMLLMQLLENKVAIELTRSEFVEAQEALVQMKNWFSRFPTILQACESMIEMLRGQYAHYVGCYHEATFHYIEAAKLTESKSIQAMCQVYAAVSYICIGDAESSTLALDLIGPVYRMMDSFVGVREKTSVLFAYGLLLMKQHDLQEARNRLAKGLQLTHNHLGNLQLVAQYLTILGSLALALHDTVQAREILRSSLTLAKKLYDIPTQIWVLSVLTTLYQELGEKGNEMENAEYQCKKADDLQRRLVDAHSSIHHIELIDKVRIEIQQLKGVDIKRAGSPSLGVDLDIPESIGVSVSLPTSSSKLMDIDTGRRGKRKI
Homology
[Close]
BLAST of Bhi11G000278 vs. TAIR10
Match: AT5G51340.1 (Tetratricopeptide repeat (TPR)-like superfamily protein)

HSP 1 Score: 918.7 bits (2373), Expect = 2.2e-267
Identity = 468/723 (64.73%), Postives = 584/723 (80.77%), Query Frame = 0 

Query: 3   AVAEGLWRLADYHEKQGELGKAIKCLEAICQSPVSFFPVVEVKTRLRIATLLLTHSHSVN 62
           AVAEGLW LAD+H+K GE+GK IKCLEAICQS +SF P+VEVK+RLR+A LLL +SH+VN
Sbjct: 5   AVAEGLWGLADHHQKLGEIGKTIKCLEAICQSQISFLPLVEVKSRLRLAALLLRYSHNVN 64

Query: 63  HAKSHLERSQLLLKSIPSCFELKCRAYSLLSQCYHLVGAIPPQKQILHKGLDLTNSAGHE 122
           HAKSHLERS LLLKSIPS ++LK + YSLLS CYHL+ + PPQ+ +L K L+L +S   +
Sbjct: 65  HAKSHLERSLLLLKSIPSSYDLKFQNYSLLSHCYHLLASFPPQRNLLVKALELASSVPQD 124

Query: 123 LSVKLWSCNFNSQLANALIIEGDYQNSISALESGYIFSVEICYPELQMFFATSILHVHLM 182
           +S  LWSCNFNSQLAN  II+ D+ +S+SALESG++ +  IC+PELQMFF  S+LHVH+M
Sbjct: 125 ISAYLWSCNFNSQLANTFIIQADFPSSLSALESGFLSASHICFPELQMFFTASMLHVHIM 184

Query: 183 QWYDDNSVEQAVNKCDEVWESIEPEKRQQCVGLLFYNELLHIFYRLRICDYKNAAQHLDK 242
           QW DD SVE+AV +CDE+W++I  +K  +C GL FYNE+LH+FYRLR+CDYKNA  H+D+
Sbjct: 185 QWTDDYSVEKAVQRCDEIWQTISSDKTDRCPGLFFYNEMLHVFYRLRLCDYKNAQHHVDR 244

Query: 243 LDAAMKADLQQAQYIEDLTKEMNALNQSLSRSDLHYKDRLALTEKHAQLQEQLRSMTRPT 302
           LD AM A   + Q I+ L  E+++LN SLSR DL  ++R AL+ + +QLQ+++ +++ P+
Sbjct: 245 LDQAMNAHSHKMQEIQQLLDELSSLNLSLSRYDLPSRERSALSARQSQLQDRVNALS-PS 304

Query: 303 SSSKESLEPGHFGNV-RTSRDKLELAPYPIDGEWLPKSAVYVLVDLMVVIFSRPKGLFKE 362
           SS+  SLEP +FGN+ R   +KL L+P PIDGEWLPKSA+  LV LMVVI  RPKGLFKE
Sbjct: 305 SSTVNSLEPAYFGNIDRGWTEKLLLSPSPIDGEWLPKSAIDALVHLMVVISGRPKGLFKE 364

Query: 363 CTKRILSGMLTIQEELVKLGIADGVREVSLQHSAIWMAGVYLMLLMQLLENKVAIELTRS 422
           C+KRI SG+  IQ+EL+KLGI D VRE  L+H+AIWM+ V+LML MQ LEN+VA+ELTRS
Sbjct: 365 CSKRIESGLQIIQDELIKLGITDEVREADLRHTAIWMSRVFLMLQMQFLENRVALELTRS 424

Query: 423 EFVEAQEALVQMKNWFSRFPTILQACESMIEMLRGQYAHYVGCYHEATFHYIEAAKLTES 482
           ++VEA+EALV MKNWF+RFPTILQA E MIEMLRGQY+H VGCY EA FH IEA KLTES
Sbjct: 425 DYVEAEEALVDMKNWFTRFPTILQASECMIEMLRGQYSHSVGCYSEAAFHCIEATKLTES 484

Query: 483 KSIQAMCQVYAAVSYICIGDAESSTLALDLIGPVYRMMDSFVGVREKTSVLFAYGLLLMK 542
            S+QA CQ +AAVSY+ IGDAESS+ ALDLIGP+  M +S  GVRE+ S+LFAYGLLLMK
Sbjct: 485 ISMQASCQAFAAVSYLTIGDAESSSKALDLIGPLNGMTNSLSGVREEASILFAYGLLLMK 544

Query: 543 QHDLQEARNRLAKGLQLTHNHLGNLQLVAQYLTILGSLALALHDTVQAREILRSSLTLAK 602
           Q DLQEARNRLAKGLQ+ HNH+GNLQLVAQYLT+LG+LAL+LHDTVQAREILRSSLTLAK
Sbjct: 545 QRDLQEARNRLAKGLQIAHNHMGNLQLVAQYLTLLGNLALSLHDTVQAREILRSSLTLAK 604

Query: 603 KLYDIPTQIWVLSVLTTLYQELGEKGNEMENAEYQCKKADDLQRRLVDAHSSIHHIELID 662
           KLYDIPTQ+WVLS+ T LYQ+LGEKGNEMEN E++ KK D+LQ RL +A  SIHHIEL+ 
Sbjct: 605 KLYDIPTQLWVLSIFTALYQQLGEKGNEMENEEFRKKKWDELQSRLAEARGSIHHIELVA 664

Query: 663 KVRIEIQQLKGVDIKR---AGSPSLGVDLDIPESIGVSVSLPT-SSSKLMDIDTGRR-GK 720
           K RIE+ Q+     ++   A + S+  +LDIPES+G+    P  SSS+L+ +DTG+R GK
Sbjct: 665 KARIELYQIDNNPQEQSLVASAQSMQGNLDIPESVGIEGPSPAPSSSRLVGLDTGKRWGK 724

[Close]
BLAST of Bhi11G000278 vs. Swiss-Prot
Match: sp|Q9FGN7|SCC4_ARATH (Sister chromatid cohesion protein SCC4 OS=Arabidopsis thaliana OX=3702 GN=SCC4 PE=1 SV=1)

HSP 1 Score: 918.7 bits (2373), Expect = 4.0e-266
Identity = 468/723 (64.73%), Postives = 584/723 (80.77%), Query Frame = 0 

Query: 3   AVAEGLWRLADYHEKQGELGKAIKCLEAICQSPVSFFPVVEVKTRLRIATLLLTHSHSVN 62
           AVAEGLW LAD+H+K GE+GK IKCLEAICQS +SF P+VEVK+RLR+A LLL +SH+VN
Sbjct: 5   AVAEGLWGLADHHQKLGEIGKTIKCLEAICQSQISFLPLVEVKSRLRLAALLLRYSHNVN 64

Query: 63  HAKSHLERSQLLLKSIPSCFELKCRAYSLLSQCYHLVGAIPPQKQILHKGLDLTNSAGHE 122
           HAKSHLERS LLLKSIPS ++LK + YSLLS CYHL+ + PPQ+ +L K L+L +S   +
Sbjct: 65  HAKSHLERSLLLLKSIPSSYDLKFQNYSLLSHCYHLLASFPPQRNLLVKALELASSVPQD 124

Query: 123 LSVKLWSCNFNSQLANALIIEGDYQNSISALESGYIFSVEICYPELQMFFATSILHVHLM 182
           +S  LWSCNFNSQLAN  II+ D+ +S+SALESG++ +  IC+PELQMFF  S+LHVH+M
Sbjct: 125 ISAYLWSCNFNSQLANTFIIQADFPSSLSALESGFLSASHICFPELQMFFTASMLHVHIM 184

Query: 183 QWYDDNSVEQAVNKCDEVWESIEPEKRQQCVGLLFYNELLHIFYRLRICDYKNAAQHLDK 242
           QW DD SVE+AV +CDE+W++I  +K  +C GL FYNE+LH+FYRLR+CDYKNA  H+D+
Sbjct: 185 QWTDDYSVEKAVQRCDEIWQTISSDKTDRCPGLFFYNEMLHVFYRLRLCDYKNAQHHVDR 244

Query: 243 LDAAMKADLQQAQYIEDLTKEMNALNQSLSRSDLHYKDRLALTEKHAQLQEQLRSMTRPT 302
           LD AM A   + Q I+ L  E+++LN SLSR DL  ++R AL+ + +QLQ+++ +++ P+
Sbjct: 245 LDQAMNAHSHKMQEIQQLLDELSSLNLSLSRYDLPSRERSALSARQSQLQDRVNALS-PS 304

Query: 303 SSSKESLEPGHFGNV-RTSRDKLELAPYPIDGEWLPKSAVYVLVDLMVVIFSRPKGLFKE 362
           SS+  SLEP +FGN+ R   +KL L+P PIDGEWLPKSA+  LV LMVVI  RPKGLFKE
Sbjct: 305 SSTVNSLEPAYFGNIDRGWTEKLLLSPSPIDGEWLPKSAIDALVHLMVVISGRPKGLFKE 364

Query: 363 CTKRILSGMLTIQEELVKLGIADGVREVSLQHSAIWMAGVYLMLLMQLLENKVAIELTRS 422
           C+KRI SG+  IQ+EL+KLGI D VRE  L+H+AIWM+ V+LML MQ LEN+VA+ELTRS
Sbjct: 365 CSKRIESGLQIIQDELIKLGITDEVREADLRHTAIWMSRVFLMLQMQFLENRVALELTRS 424

Query: 423 EFVEAQEALVQMKNWFSRFPTILQACESMIEMLRGQYAHYVGCYHEATFHYIEAAKLTES 482
           ++VEA+EALV MKNWF+RFPTILQA E MIEMLRGQY+H VGCY EA FH IEA KLTES
Sbjct: 425 DYVEAEEALVDMKNWFTRFPTILQASECMIEMLRGQYSHSVGCYSEAAFHCIEATKLTES 484

Query: 483 KSIQAMCQVYAAVSYICIGDAESSTLALDLIGPVYRMMDSFVGVREKTSVLFAYGLLLMK 542
            S+QA CQ +AAVSY+ IGDAESS+ ALDLIGP+  M +S  GVRE+ S+LFAYGLLLMK
Sbjct: 485 ISMQASCQAFAAVSYLTIGDAESSSKALDLIGPLNGMTNSLSGVREEASILFAYGLLLMK 544

Query: 543 QHDLQEARNRLAKGLQLTHNHLGNLQLVAQYLTILGSLALALHDTVQAREILRSSLTLAK 602
           Q DLQEARNRLAKGLQ+ HNH+GNLQLVAQYLT+LG+LAL+LHDTVQAREILRSSLTLAK
Sbjct: 545 QRDLQEARNRLAKGLQIAHNHMGNLQLVAQYLTLLGNLALSLHDTVQAREILRSSLTLAK 604

Query: 603 KLYDIPTQIWVLSVLTTLYQELGEKGNEMENAEYQCKKADDLQRRLVDAHSSIHHIELID 662
           KLYDIPTQ+WVLS+ T LYQ+LGEKGNEMEN E++ KK D+LQ RL +A  SIHHIEL+ 
Sbjct: 605 KLYDIPTQLWVLSIFTALYQQLGEKGNEMENEEFRKKKWDELQSRLAEARGSIHHIELVA 664

Query: 663 KVRIEIQQLKGVDIKR---AGSPSLGVDLDIPESIGVSVSLPT-SSSKLMDIDTGRR-GK 720
           K RIE+ Q+     ++   A + S+  +LDIPES+G+    P  SSS+L+ +DTG+R GK
Sbjct: 665 KARIELYQIDNNPQEQSLVASAQSMQGNLDIPESVGIEGPSPAPSSSRLVGLDTGKRWGK 724

[Close]
BLAST of Bhi11G000278 vs. Swiss-Prot
Match: sp|Q9Y6X3|SCC4_HUMAN (MAU2 chromatid cohesion factor homolog OS=Homo sapiens OX=9606 GN=MAU2 PE=1 SV=2)

HSP 1 Score: 57.8 bits (138), Expect = 5.9e-07
Identity = 36/132 (27.27%), Postives = 65/132 (49.24%), Query Frame = 0 

Query: 25  IKCLEAICQSPVSFFPVVEVKTRLRIATLLLTHSHSVNHAKSHLERSQLLLKSIPSCFEL 84
           + CL+A+   P      +E +T L++ ++L  H+ +   A+SHLE++ L+ + IP   ++
Sbjct: 48  VHCLQAV--FPFKPPQRIEARTHLQLGSVLYHHTKNSEQARSHLEKAWLISQQIPQFEDV 107

Query: 85  KCRAYSLLSQCYHLVGAIPPQKQILHKGLDLTNSAGHELSVKLWSCNFNSQLANALIIEG 144
           K  A SLLS+ Y    ++   K +L K + ++    +      W C    QLA    +E 
Sbjct: 108 KFEAASLLSELYCQENSVDAAKPLLRKAIQISQQTPY------WHCRLLFQLAQLHTLEK 167

Query: 145 DYQNSISALESG 157
           D  ++   L  G
Sbjct: 168 DLVSACDLLGVG 171

[Close]
BLAST of Bhi11G000278 vs. Swiss-Prot
Match: sp|Q9D2X5|SCC4_MOUSE (MAU2 chromatid cohesion factor homolog OS=Mus musculus OX=10090 GN=Mau2 PE=1 SV=3)

HSP 1 Score: 57.8 bits (138), Expect = 5.9e-07
Identity = 36/132 (27.27%), Postives = 65/132 (49.24%), Query Frame = 0 

Query: 25  IKCLEAICQSPVSFFPVVEVKTRLRIATLLLTHSHSVNHAKSHLERSQLLLKSIPSCFEL 84
           + CL+A+   P      +E +T L++ ++L  H+ +   A+SHLE++ L+ + IP   ++
Sbjct: 54  VHCLQAV--FPFKPPQRIEARTHLQLGSVLYHHTKNSEQARSHLEKAWLISQQIPQFEDV 113

Query: 85  KCRAYSLLSQCYHLVGAIPPQKQILHKGLDLTNSAGHELSVKLWSCNFNSQLANALIIEG 144
           K  A SLLS+ Y    ++   K +L K + ++    +      W C    QLA    +E 
Sbjct: 114 KFEAASLLSELYCQENSVDAAKPLLRKAIQISQQTPY------WHCRLLFQLAQLHTLEK 173

Query: 145 DYQNSISALESG 157
           D  ++   L  G
Sbjct: 174 DLVSACDLLGVG 177

[Close]
BLAST of Bhi11G000278 vs. Swiss-Prot
Match: sp|B1H1Z8|SCC4_XENTR (MAU2 chromatid cohesion factor homolog OS=Xenopus tropicalis OX=8364 GN=mau2 PE=2 SV=1)

HSP 1 Score: 57.4 bits (137), Expect = 7.7e-07
Identity = 36/132 (27.27%), Postives = 65/132 (49.24%), Query Frame = 0 

Query: 25  IKCLEAICQSPVSFFPVVEVKTRLRIATLLLTHSHSVNHAKSHLERSQLLLKSIPSCFEL 84
           + CL+A+ Q   S    +E +T L++ ++L  H+ +   A+ HLE++ L+ + IP   ++
Sbjct: 40  VHCLQAVFQFKPS--QRIEARTHLQLGSVLYHHTKNSELARQHLEKAWLISQQIPQFEDV 99

Query: 85  KCRAYSLLSQCYHLVGAIPPQKQILHKGLDLTNSAGHELSVKLWSCNFNSQLANALIIEG 144
           K  A SLLS+ Y    ++   K +L K + ++    +      W C    QLA    +E 
Sbjct: 100 KFEAASLLSELYCQENSVDAAKPLLRKAIQISQQTPY------WHCRLLFQLAQLHTLEK 159

Query: 145 DYQNSISALESG 157
           D  ++   L  G
Sbjct: 160 DLVSACDLLGVG 163

[Close]
BLAST of Bhi11G000278 vs. Swiss-Prot
Match: sp|B4ZIX8|SCC4_XENLA (MAU2 chromatid cohesion factor homolog OS=Xenopus laevis OX=8355 GN=mau2 PE=1 SV=1)

HSP 1 Score: 54.7 bits (130), Expect = 5.0e-06
Identity = 36/134 (26.87%), Postives = 65/134 (48.51%), Query Frame = 0 

Query: 25  IKCLEAICQSPVSFFPV--VEVKTRLRIATLLLTHSHSVNHAKSHLERSQLLLKSIPSCF 84
           + CL+A+ Q    F P   +E +T L++ ++L  H+ +   A+ HLE++  + + IP   
Sbjct: 43  VHCLQAVFQ----FKPPQRIEARTHLQLGSVLYHHTKNSELARQHLEKAWFISQQIPQFE 102

Query: 85  ELKCRAYSLLSQCYHLVGAIPPQKQILHKGLDLTNSAGHELSVKLWSCNFNSQLANALII 144
           ++K  A SLLS+ Y    ++   K +L K + ++    +      W C    QLA    +
Sbjct: 103 DVKFEAASLLSELYCQENSVDAAKPLLRKAIQISQQTPY------WHCRLLFQLAQLHTL 162

Query: 145 EGDYQNSISALESG 157
           E D  ++   L  G
Sbjct: 163 EKDLVSACDLLGVG 166

[Close]
BLAST of Bhi11G000278 vs. TrEMBL
Match: tr|A0A1S3BJ17|A0A1S3BJ17_CUCME (LOW QUALITY PROTEIN: MAU2 chromatid cohesion factor homolog OS=Cucumis melo OX=3656 GN=LOC103490628 PE=4 SV=1)

HSP 1 Score: 1353.2 bits (3501), Expect = 0.0e+00
Identity = 694/720 (96.39%), Postives = 706/720 (98.06%), Query Frame = 0 

Query: 1   MEAVAEGLWRLADYHEKQGELGKAIKCLEAICQSPVSFFPVVEVKTRLRIATLLLTHSHS 60
           MEAVAEGLWRLADYHEKQGELGKAIKCLEAICQSPVSFFPV+EVKTRLRIATLLLT+SH+
Sbjct: 1   MEAVAEGLWRLADYHEKQGELGKAIKCLEAICQSPVSFFPVLEVKTRLRIATLLLTYSHN 60

Query: 61  VNHAKSHLERSQLLLKSIPSCFELKCRAYSLLSQCYHLVGAIPPQKQILHKGLDLTNSAG 120
           VNHAKSHLERSQLLLKSIPSCFELKCRAYSLLSQCYHLVGAIPPQKQ+L+KGLDLTNSAG
Sbjct: 61  VNHAKSHLERSQLLLKSIPSCFELKCRAYSLLSQCYHLVGAIPPQKQLLYKGLDLTNSAG 120

Query: 121 HELSVKLWSCNFNSQLANALIIEGDYQNSISALESGYIFSVEICYPELQMFFATSILHVH 180
           HELSVKLWSCNFNSQLANALIIEGDYQNSISALESGY+FS EICYPELQMFFATSILHVH
Sbjct: 121 HELSVKLWSCNFNSQLANALIIEGDYQNSISALESGYVFSAEICYPELQMFFATSILHVH 180

Query: 181 LMQWYDDNSVEQAVNKCDEVWESIEPEKRQQCVGLLFYNELLHIFYRLRICDYKNAAQHL 240
           LMQWYDDNSVEQAVNKCDEVWES+EPEKRQQCVGLLFYNELLHIFYRLRICDYKNAAQHL
Sbjct: 181 LMQWYDDNSVEQAVNKCDEVWESMEPEKRQQCVGLLFYNELLHIFYRLRICDYKNAAQHL 240

Query: 241 DKLDAAMKADLQQAQYIEDLTKEMNALNQSLSRSDLHYKDRLALTEKHAQLQEQLRSMTR 300
           DKLDAAMKADLQQ QYIEDLTKEMNALNQSLSRSDLHYKDRLALT KHAQLQEQLRS+TR
Sbjct: 241 DKLDAAMKADLQQTQYIEDLTKEMNALNQSLSRSDLHYKDRLALTGKHAQLQEQLRSITR 300

Query: 301 PTSSSKESLEPGHFGNV-RTSRDKLELAPYPIDGEWLPKSAVYVLVDLMVVIFSRPKGLF 360
           PTS SKESLEPGHFGNV RTSRDKLELAPYPIDGEWLPKSAVY LVDLMVVIFSRPKGLF
Sbjct: 301 PTSMSKESLEPGHFGNVRRTSRDKLELAPYPIDGEWLPKSAVYALVDLMVVIFSRPKGLF 360

Query: 361 KECTKRILSGMLTIQEELVKLGIADGVREVSLQHSAIWMAGVYLMLLMQLLENKVAIELT 420
           KEC+KRILSGMLTIQEELVKLGIADGVREVSLQHSAIWMAGVYLML+MQLLENKVAIELT
Sbjct: 361 KECSKRILSGMLTIQEELVKLGIADGVREVSLQHSAIWMAGVYLMLIMQLLENKVAIELT 420

Query: 421 RSEFVEAQEALVQMKNWFSRFPTILQACESMIEMLRGQYAHYVGCYHEATFHYIEAAKLT 480
           RSEFVEAQEALVQMKNWF RFPTILQACESMIEMLRGQYAHYVGCYHEATFHYIEAAKLT
Sbjct: 421 RSEFVEAQEALVQMKNWFLRFPTILQACESMIEMLRGQYAHYVGCYHEATFHYIEAAKLT 480

Query: 481 ESKSIQAMCQVYAAVSYICIGDAESSTLALDLIGPVYRMMDSFVGVREKTSVLFAYGLLL 540
           ESKSIQAMCQVYAAVSYICIGDAESSTLALDLIGPVY MMDSFVGVREKTSVLFAYGLLL
Sbjct: 481 ESKSIQAMCQVYAAVSYICIGDAESSTLALDLIGPVYSMMDSFVGVREKTSVLFAYGLLL 540

Query: 541 MKQHDLQEARNRLAKGLQLTHNHLGNLQLVAQYLTILGSLALALHDTVQAREILRSSLTL 600
           MKQHDLQEARNRLAKGLQLTHNHLGNLQLVAQYLTILGSLALALHDTVQAREILRSSLTL
Sbjct: 541 MKQHDLQEARNRLAKGLQLTHNHLGNLQLVAQYLTILGSLALALHDTVQAREILRSSLTL 600

Query: 601 AKKLYDIPTQIWVLSVLTTLYQELGEKGNEMENAEYQCKKADDLQRRLVDAHSSIHHIEL 660
           AKKLYDIPTQIWVLSVLTTLYQELGEKGNEMENAEYQCKKADDLQRRLVDAHSSIHHIEL
Sbjct: 601 AKKLYDIPTQIWVLSVLTTLYQELGEKGNEMENAEYQCKKADDLQRRLVDAHSSIHHIEL 660

Query: 661 IDKVRIEIQQLKGVDIKRAGSPSLGVDLDIPESIGVSVSLPTSSSKLMDIDTGRRGKRKI 720
           IDKVR+EIQQLKGVDIKRAGS SLGVDLDIP SIG SVS  TSS KLMDID+GRRGKRKI
Sbjct: 661 IDKVRLEIQQLKGVDIKRAGSISLGVDLDIPGSIGASVS--TSSLKLMDIDSGRRGKRKI 718

[Close]
BLAST of Bhi11G000278 vs. TrEMBL
Match: tr|A0A2P4HMM1|A0A2P4HMM1_QUESU (Mau2 chromatid cohesion factor like OS=Quercus suber OX=58331 GN=CFP56_06589 PE=4 SV=1)

HSP 1 Score: 1168.7 bits (3022), Expect = 0.0e+00
Identity = 593/722 (82.13%), Postives = 653/722 (90.44%), Query Frame = 0 

Query: 1   MEAVAEGLWRLADYHEKQGELGKAIKCLEAICQSPVSFFPVVEVKTRLRIATLLLTHSHS 60
           MEA+AEGLW LAD+HE++GE+ KA+KCLEAICQS VSFFPVVEVKTRLRIATLLL HSH+
Sbjct: 1   MEALAEGLWGLADFHEEKGEIHKAVKCLEAICQSHVSFFPVVEVKTRLRIATLLLKHSHN 60

Query: 61  VNHAKSHLERSQLLLKSIPSCFELKCRAYSLLSQCYHLVGAIPPQKQILHKGLDLTNSAG 120
           V HAKSHLERSQLLL SIPSCF+LKCRAYSLLSQCYHLVGAIPPQKQIL+K L LT S+G
Sbjct: 61  VTHAKSHLERSQLLLHSIPSCFDLKCRAYSLLSQCYHLVGAIPPQKQILNKALQLTTSSG 120

Query: 121 HELSVKLWSCNFNSQLANALIIEGDYQNSISALESGYIFSVEICYPELQMFFATSILHVH 180
           +ELSVKLWSCNFNSQLANALIIEGDYQNSI+ALESGYI + +I YPELQMFFATSILHVH
Sbjct: 121 NELSVKLWSCNFNSQLANALIIEGDYQNSIAALESGYICAAQISYPELQMFFATSILHVH 180

Query: 181 LMQWYDDNSVEQAVNKCDEVWESIEPEKRQQCVGLLFYNELLHIFYRLRICDYKNAAQHL 240
           LMQW D+N VEQAVN+CD+VW+SIE  KR+QC+GLLFYNELLH+FYR R+CDYKN AQH+
Sbjct: 181 LMQWDDENLVEQAVNRCDQVWDSIERNKREQCLGLLFYNELLHVFYRFRVCDYKNVAQHV 240

Query: 241 DKLDAAMKADLQQAQYIEDLTKEMNALNQSLSRSDLHYKDRLALTEKHAQLQEQLRSMTR 300
           DKLDAA+KAD+QQ + I+DLT E+N LNQSLSRSDLHY+DR AL EK AQLQE+L+S TR
Sbjct: 241 DKLDAAVKADMQQTREIQDLTNEINTLNQSLSRSDLHYRDRSALAEKQAQLQERLKSKTR 300

Query: 301 PTSSSKESLEPGHFGNV-RTSRDKLELAPYPIDGEWLPKSAVYVLVDLMVVIFSRPKGLF 360
            +SS +  LEP +FGNV RT  DKLELAP PIDGEWLPKSAVY LVDLMVVIF RPKG  
Sbjct: 301 LSSSGQHYLEPAYFGNVKRTLEDKLELAPSPIDGEWLPKSAVYALVDLMVVIFGRPKGHS 360

Query: 361 KECTKRILSGMLTIQEELVKLGIADGVREVSLQHSAIWMAGVYLMLLMQLLENKVAIELT 420
           KEC KRI SGM  IQEELVKLGI DGV+EV LQHSAIWMAGVYLMLLMQ  ENKVA+ELT
Sbjct: 361 KECAKRIQSGMHIIQEELVKLGITDGVKEVDLQHSAIWMAGVYLMLLMQFFENKVAVELT 420

Query: 421 RSEFVEAQEALVQMKNWFSRFPTILQACESMIEMLRGQYAHYVGCYHEATFHYIEAAKLT 480
           RSEFVEAQEALVQMKNW+ RFPTILQACES+I+MLRGQYAHYVGCY EA FHY+E AKLT
Sbjct: 421 RSEFVEAQEALVQMKNWYMRFPTILQACESIIQMLRGQYAHYVGCYSEAAFHYLEGAKLT 480

Query: 481 ESKSIQAMCQVYAAVSYICIGDAESSTLALDLIGPVYRMMDSFVGVREKTSVLFAYGLLL 540
           ESK++QAMCQ+YAAVSYICIGDAESS+ ALDLIGPVYRMM+SFVGVREKT VLFAYGLLL
Sbjct: 481 ESKAMQAMCQIYAAVSYICIGDAESSSQALDLIGPVYRMMESFVGVREKTGVLFAYGLLL 540

Query: 541 MKQHDLQEARNRLAKGLQLTHNHLGNLQLVAQYLTILGSLALALHDTVQAREILRSSLTL 600
           MKQHDLQEARNRLAKGLQLTHNHLGNLQLV+QYLTILGSLALALHDTVQ+REILRSSLTL
Sbjct: 541 MKQHDLQEARNRLAKGLQLTHNHLGNLQLVSQYLTILGSLALALHDTVQSREILRSSLTL 600

Query: 601 AKKLYDIPTQIWVLSVLTTLYQELGEKGNEMENAEYQCKKADDLQRRLVDAHSSIHHIEL 660
           AKKLYDIPTQIWVLSVLT LYQELGE+GNEMEN EYQ KK D++QRRL DAHSSIHHIEL
Sbjct: 601 AKKLYDIPTQIWVLSVLTALYQELGERGNEMENVEYQRKKEDEMQRRLADAHSSIHHIEL 660

Query: 661 IDKVRIEIQQLKGVDIKRA-GSPSLGVDLDIPESIGVSVSLPT-SSSKLMDIDTGRRGKR 720
           IDKV++E+QQ   +DIKRA   PS+GV+LDIPESIG+S  LP  SSSKL+D+D+ RRGKR
Sbjct: 661 IDKVKLEVQQFHEIDIKRATAGPSMGVNLDIPESIGLSTPLPAPSSSKLVDLDSRRRGKR 720

[Close]
BLAST of Bhi11G000278 vs. TrEMBL
Match: tr|A0A2P5DRE7|A0A2P5DRE7_9ROSA (Cohesin loading factor OS=Trema orientalis OX=63057 GN=TorRG33x02_244680 PE=4 SV=1)

HSP 1 Score: 1156.0 bits (2989), Expect = 0.0e+00
Identity = 586/722 (81.16%), Postives = 650/722 (90.03%), Query Frame = 0 

Query: 1   MEAVAEGLWRLADYHEKQGELGKAIKCLEAICQSPVSFFPVVEVKTRLRIATLLLTHSHS 60
           MEA+AEGLW LADYHE+ GE+GKA+KCLEAICQS V+FFP+VEVKTRLRIATLLL HSH+
Sbjct: 1   MEALAEGLWGLADYHERSGEIGKAVKCLEAICQSQVTFFPIVEVKTRLRIATLLLKHSHN 60

Query: 61  VNHAKSHLERSQLLLKSIPSCFELKCRAYSLLSQCYHLVGAIPPQKQILHKGLDLTNSAG 120
           VNHAKSHLERSQLLLK+IPSCF+LKCRAYSLLSQCYHLVGAIPPQKQILHK L+LT SAG
Sbjct: 61  VNHAKSHLERSQLLLKNIPSCFDLKCRAYSLLSQCYHLVGAIPPQKQILHKALELTASAG 120

Query: 121 HELSVKLWSCNFNSQLANALIIEGDYQNSISALESGYIFSVEICYPELQMFFATSILHVH 180
           HE+SV LWSCNFNSQLANALIIEGDY +SISAL+ GY+ + +I YPELQMFFA SILHVH
Sbjct: 121 HEVSVNLWSCNFNSQLANALIIEGDYHSSISALQCGYLSATQIGYPELQMFFAASILHVH 180

Query: 181 LMQWYDDNSVEQAVNKCDEVWESIEPEKRQQCVGLLFYNELLHIFYRLRICDYKNAAQHL 240
           LMQW D N VE AVN+CD+VWE+I+P  RQ C+GLLFYNELLHIFYRLRICDYKNA  HL
Sbjct: 181 LMQWDDMNLVEAAVNRCDQVWETIQPGNRQHCLGLLFYNELLHIFYRLRICDYKNAVPHL 240

Query: 241 DKLDAAMKADLQQAQYIEDLTKEMNALNQSLSRSDLHYKDRLALTEKHAQLQEQLRSMTR 300
           D+L+AAMKADLQQ Q+I++LT+E+++LNQSLSRSDLH++DR AL+EK AQLQE+L S+T 
Sbjct: 241 DRLEAAMKADLQQTQHIQELTRELDSLNQSLSRSDLHHRDRSALSEKQAQLQERLTSLTS 300

Query: 301 -PTSSSKESLEPGHFGNV-RTSRDKLELAPYPIDGEWLPKSAVYVLVDLMVVIFSRPKGL 360
               +   SLEP +FGN+ RT  DKL LAP PIDGEWLPKSAVY LVDLM+VIF RPKGL
Sbjct: 301 LSNQTGTSSLEPAYFGNMKRTYGDKLVLAPPPIDGEWLPKSAVYALVDLMIVIFGRPKGL 360

Query: 361 FKECTKRILSGMLTIQEELVKLGIADGVREVSLQHSAIWMAGVYLMLLMQLLENKVAIEL 420
           FKEC +RI SGM TIQEEL KLGI DGVREV+LQHSAIWMAGVYLMLLMQ LENKVA+EL
Sbjct: 361 FKECGRRIQSGMHTIQEELAKLGITDGVREVNLQHSAIWMAGVYLMLLMQFLENKVAVEL 420

Query: 421 TRSEFVEAQEALVQMKNWFSRFPTILQACESMIEMLRGQYAHYVGCYHEATFHYIEAAKL 480
           TRSEFVEAQEAL+QMKNWF RFPTILQACES+IE+LRGQYAH VGCY EA FHY+EAAKL
Sbjct: 421 TRSEFVEAQEALMQMKNWFMRFPTILQACESIIELLRGQYAHSVGCYSEAAFHYVEAAKL 480

Query: 481 TESKSIQAMCQVYAAVSYICIGDAESSTLALDLIGPVYRMMDSFVGVREKTSVLFAYGLL 540
           T+SKS+QA+CQVYAAVSYICIGDAESS+ ALDLIGPVYRMMDSFVGVREKTSVLFAYGLL
Sbjct: 481 TQSKSMQAICQVYAAVSYICIGDAESSSQALDLIGPVYRMMDSFVGVREKTSVLFAYGLL 540

Query: 541 LMKQHDLQEARNRLAKGLQLTHNHLGNLQLVAQYLTILGSLALALHDTVQAREILRSSLT 600
           LMKQ DLQEARNRLAKGLQLTHNHLGNLQLV+QYLTILGSLALALHD VQAREILRSSLT
Sbjct: 541 LMKQQDLQEARNRLAKGLQLTHNHLGNLQLVSQYLTILGSLALALHDNVQAREILRSSLT 600

Query: 601 LAKKLYDIPTQIWVLSVLTTLYQELGEKGNEMENAEYQCKKADDLQRRLVDAHSSIHHIE 660
           LAKKLYDIPTQIWVLSVLTTLYQELGEKGNEMEN ++Q KK +DLQ+RL DA SSIHHIE
Sbjct: 601 LAKKLYDIPTQIWVLSVLTTLYQELGEKGNEMENLDFQRKKMEDLQKRLADARSSIHHIE 660

Query: 661 LIDKVRIEIQQLKGVDIKRA-GSPSLGVDLDIPESIGVSVSLPTSSSKLMDIDTGRRGKR 720
           LIDKV+ E+ QL  +DIKRA   PS+G+DLDIPESIG S  LP  SS+L+D+DTGRRGKR
Sbjct: 661 LIDKVKFEVHQLHELDIKRAIAGPSVGIDLDIPESIGFSTPLPNFSSRLVDLDTGRRGKR 720

[Close]
BLAST of Bhi11G000278 vs. TrEMBL
Match: tr|A0A2P5D892|A0A2P5D892_PARAD (Heme biosynthesis-associated TPR protein OS=Parasponia andersonii OX=3476 GN=PanWU01x14_086520 PE=4 SV=1)

HSP 1 Score: 1151.0 bits (2976), Expect = 0.0e+00
Identity = 584/722 (80.89%), Postives = 649/722 (89.89%), Query Frame = 0 

Query: 1   MEAVAEGLWRLADYHEKQGELGKAIKCLEAICQSPVSFFPVVEVKTRLRIATLLLTHSHS 60
           MEAVAEGLW LADYHE+ GE+GKA+KCLEAICQS V+FFP+VEVKTRLRIATLLL HSH+
Sbjct: 1   MEAVAEGLWGLADYHERSGEIGKAVKCLEAICQSQVTFFPIVEVKTRLRIATLLLKHSHN 60

Query: 61  VNHAKSHLERSQLLLKSIPSCFELKCRAYSLLSQCYHLVGAIPPQKQILHKGLDLTNSAG 120
           VNHAKSHLERSQLLLK+IPSCF+LKCRAYSLLSQCYHLVGAIPPQKQILHK L+LT SA 
Sbjct: 61  VNHAKSHLERSQLLLKNIPSCFDLKCRAYSLLSQCYHLVGAIPPQKQILHKALELTASAD 120

Query: 121 HELSVKLWSCNFNSQLANALIIEGDYQNSISALESGYIFSVEICYPELQMFFATSILHVH 180
           HE+SV LWSCNFNSQLANALIIEGDY +SISAL+ GY+ + +I YPELQMFFA SILHVH
Sbjct: 121 HEVSVNLWSCNFNSQLANALIIEGDYHSSISALQCGYLSATQIVYPELQMFFAASILHVH 180

Query: 181 LMQWYDDNSVEQAVNKCDEVWESIEPEKRQQCVGLLFYNELLHIFYRLRICDYKNAAQHL 240
           LMQW D N VE AVN+CD+VWE+I+P  RQ C+GLLFYNELLHIFYRLRICDYKNA  HL
Sbjct: 181 LMQWDDMNLVEAAVNRCDQVWETIQPGNRQHCLGLLFYNELLHIFYRLRICDYKNAVPHL 240

Query: 241 DKLDAAMKADLQQAQYIEDLTKEMNALNQSLSRSDLHYKDRLALTEKHAQLQEQLRSMTR 300
           D+L+AAMKADLQQ Q+I++LT+E+++LNQSLSRSDLH++DR AL+EK AQLQE+L ++T 
Sbjct: 241 DRLEAAMKADLQQTQHIQELTRELDSLNQSLSRSDLHHRDRSALSEKQAQLQERLTNLTS 300

Query: 301 -PTSSSKESLEPGHFGNV-RTSRDKLELAPYPIDGEWLPKSAVYVLVDLMVVIFSRPKGL 360
               +   SLEP +FGN+ RT  DKL LAP PIDGEWLPKSAVY LVDLM+VIF RPKGL
Sbjct: 301 LSNQTGTSSLEPAYFGNMKRTYGDKLVLAPPPIDGEWLPKSAVYALVDLMIVIFGRPKGL 360

Query: 361 FKECTKRILSGMLTIQEELVKLGIADGVREVSLQHSAIWMAGVYLMLLMQLLENKVAIEL 420
           FKEC +RI SGM TIQEEL KLGI DGVREV+LQHSAIWMAGVYLMLLMQ LENKVA+EL
Sbjct: 361 FKECGRRIQSGMHTIQEELAKLGITDGVREVNLQHSAIWMAGVYLMLLMQFLENKVAVEL 420

Query: 421 TRSEFVEAQEALVQMKNWFSRFPTILQACESMIEMLRGQYAHYVGCYHEATFHYIEAAKL 480
           TRSEFVEAQEAL+QMKNWF RFPTILQACES+IE+LRGQYAH VGCY EA FHYIEAAKL
Sbjct: 421 TRSEFVEAQEALMQMKNWFMRFPTILQACESIIELLRGQYAHSVGCYSEAAFHYIEAAKL 480

Query: 481 TESKSIQAMCQVYAAVSYICIGDAESSTLALDLIGPVYRMMDSFVGVREKTSVLFAYGLL 540
           T+SKS+QA+CQVYAAVS+ICIGDAESS+ ALDLIGPVYRMMDSFVGVREKTSVLFAYGLL
Sbjct: 481 TQSKSMQAICQVYAAVSFICIGDAESSSQALDLIGPVYRMMDSFVGVREKTSVLFAYGLL 540

Query: 541 LMKQHDLQEARNRLAKGLQLTHNHLGNLQLVAQYLTILGSLALALHDTVQAREILRSSLT 600
           LMKQ DLQEARNRLAKGLQLTHNHLGNLQLV+QYLTILGSLALALHD VQAREILRSSLT
Sbjct: 541 LMKQQDLQEARNRLAKGLQLTHNHLGNLQLVSQYLTILGSLALALHDNVQAREILRSSLT 600

Query: 601 LAKKLYDIPTQIWVLSVLTTLYQELGEKGNEMENAEYQCKKADDLQRRLVDAHSSIHHIE 660
           LAKKLYDIPTQIWVLSVLTTLYQELGEKGNEMEN ++Q KK +DLQ+RL DA SSIHHIE
Sbjct: 601 LAKKLYDIPTQIWVLSVLTTLYQELGEKGNEMENLDFQRKKMEDLQKRLADARSSIHHIE 660

Query: 661 LIDKVRIEIQQLKGVDIKRA-GSPSLGVDLDIPESIGVSVSLPTSSSKLMDIDTGRRGKR 720
           LIDKV+ E+ QL  +DIKRA   PS+G++LDIPESIG S  LP  SS+L+D+DTGRRGKR
Sbjct: 661 LIDKVKFEVHQLHELDIKRAIAGPSVGINLDIPESIGFSTPLPNFSSRLVDLDTGRRGKR 720

[Close]
BLAST of Bhi11G000278 vs. TrEMBL
Match: tr|A0A2I4EFQ8|A0A2I4EFQ8_9ROSI (MAU2 chromatid cohesion factor homolog OS=Juglans regia OX=51240 GN=LOC108989169 PE=4 SV=1)

HSP 1 Score: 1145.6 bits (2962), Expect = 0.0e+00
Identity = 586/725 (80.83%), Postives = 646/725 (89.10%), Query Frame = 0 

Query: 1   MEAVAEGLWRLADYHEKQGELGKAIKCLEAICQSPVSFFPVVEVKTRLRIATLLLTHSHS 60
           MEAVAEGLW LADYHE +GE+GKA+KCLEAICQS VSFFP+VEVKTRLRIATLLL HSH+
Sbjct: 1   MEAVAEGLWGLADYHESKGEIGKAVKCLEAICQSQVSFFPIVEVKTRLRIATLLLKHSHN 60

Query: 61  VNHAKSHLERSQLLLKSIPSCFELKCRAYSLLSQCYHLVGAIPPQKQILHKGLDLTNSAG 120
           V HAKSHLERSQLLLKSIPSCF+LK RAYSLLSQCYHLVGAIPP K IL+K LDLT SAG
Sbjct: 61  VTHAKSHLERSQLLLKSIPSCFDLKFRAYSLLSQCYHLVGAIPPLKHILNKALDLTTSAG 120

Query: 121 ---HELSVKLWSCNFNSQLANALIIEGDYQNSISALESGYIFSVEICYPELQMFFATSIL 180
               ++SVKLWSCNFN+QLANAL IEGDYQ+SISALE GY+ + +I YPELQMFFATS+L
Sbjct: 121 AAHDQISVKLWSCNFNAQLANALTIEGDYQSSISALECGYVCATQISYPELQMFFATSVL 180

Query: 181 HVHLMQWYDDNSVEQAVNKCDEVWESIEPEKRQQCVGLLFYNELLHIFYRLRICDYKNAA 240
           HVHLMQW D+N VEQAVN+CD VWESI+P KRQ+C+GLLFYNELLH+FYR RICDYKNAA
Sbjct: 181 HVHLMQWEDENLVEQAVNRCDHVWESIDPNKRQKCLGLLFYNELLHLFYRFRICDYKNAA 240

Query: 241 QHLDKLDAAMKADLQQAQYIEDLTKEMNALNQSLSRSDLHYKDRLALTEKHAQLQEQLRS 300
           QH+DKLDAA+KAD+ Q ++I +LTKE+N+L QSLSRSDLHY+DR AL+EK  QLQE+LRS
Sbjct: 241 QHVDKLDAAVKADMLQTRHILELTKELNSLGQSLSRSDLHYRDRSALSEKQTQLQERLRS 300

Query: 301 MTRPTSSSKESLEPGHFGNVR-TSRDKLELAPYPIDGEWLPKSAVYVLVDLMVVIFSRPK 360
           MT  +S  K  LEP +FGNVR TS DKLE+AP PIDGEWLPKSAVY LVDLMVVIF RPK
Sbjct: 301 MTNLSSMGKHYLEPTYFGNVRGTSEDKLEMAPPPIDGEWLPKSAVYALVDLMVVIFGRPK 360

Query: 361 GLFKECTKRILSGMLTIQEELVKLGIADGVREVSLQHSAIWMAGVYLMLLMQLLENKVAI 420
           GLFKEC KRI SGM TIQEEL KLGI +GVREV LQHSAIWMAGVYLMLLMQ LENKVAI
Sbjct: 361 GLFKECGKRIQSGMHTIQEELGKLGITEGVREVDLQHSAIWMAGVYLMLLMQFLENKVAI 420

Query: 421 ELTRSEFVEAQEALVQMKNWFSRFPTILQACESMIEMLRGQYAHYVGCYHEATFHYIEAA 480
           ELTRSEFVEAQEALVQMKNW+ RFPTILQACES+I+MLRGQY+HYVGCY EA FHY EAA
Sbjct: 421 ELTRSEFVEAQEALVQMKNWYIRFPTILQACESIIQMLRGQYSHYVGCYSEAAFHYFEAA 480

Query: 481 KLTESKSIQAMCQVYAAVSYICIGDAESSTLALDLIGPVYRMMDSFVGVREKTSVLFAYG 540
           KLTESKS+QAMCQ+YAAVS ICIGDAESS+ ALDLIGPVYRMMDSFVGVREKT VLFAYG
Sbjct: 481 KLTESKSMQAMCQIYAAVSCICIGDAESSSQALDLIGPVYRMMDSFVGVREKTGVLFAYG 540

Query: 541 LLLMKQHDLQEARNRLAKGLQLTHNHLGNLQLVAQYLTILGSLALALHDTVQAREILRSS 600
           LLLMKQ DLQEARNRLAKGLQ+THNHLGNLQLV+QYLTILGSLAL LHDTVQ+REILRSS
Sbjct: 541 LLLMKQQDLQEARNRLAKGLQMTHNHLGNLQLVSQYLTILGSLALVLHDTVQSREILRSS 600

Query: 601 LTLAKKLYDIPTQIWVLSVLTTLYQELGEKGNEMENAEYQCKKADDLQRRLVDAHSSIHH 660
           LTLAKKLYDIPTQIWVLSVLT LYQEL E+GNEMEN EY  KK D+LQ+RL DAHSSIHH
Sbjct: 601 LTLAKKLYDIPTQIWVLSVLTALYQELDERGNEMENVEYHRKKVDELQKRLADAHSSIHH 660

Query: 661 IELIDKVRIEIQQLKGVDIKRAGS-PSLGVDLDIPESIGVSVSLPT-SSSKLMDIDTGRR 720
           IELIDK R+ +QQ   +DIKRA + PS+ V+LDIPES+G+S   P  SSS+L+D+DTGRR
Sbjct: 661 IELIDKDRLGVQQFHELDIKRASAGPSMSVNLDIPESVGLSAPTPAPSSSRLVDLDTGRR 720

[Close]
BLAST of Bhi11G000278 vs. NCBI nr
Match: XP_008448423.1 (PREDICTED: LOW QUALITY PROTEIN: MAU2 chromatid cohesion factor homolog [Cucumis melo])

HSP 1 Score: 1353.2 bits (3501), Expect = 0.0e+00
Identity = 694/720 (96.39%), Postives = 706/720 (98.06%), Query Frame = 0 

Query: 1   MEAVAEGLWRLADYHEKQGELGKAIKCLEAICQSPVSFFPVVEVKTRLRIATLLLTHSHS 60
           MEAVAEGLWRLADYHEKQGELGKAIKCLEAICQSPVSFFPV+EVKTRLRIATLLLT+SH+
Sbjct: 1   MEAVAEGLWRLADYHEKQGELGKAIKCLEAICQSPVSFFPVLEVKTRLRIATLLLTYSHN 60

Query: 61  VNHAKSHLERSQLLLKSIPSCFELKCRAYSLLSQCYHLVGAIPPQKQILHKGLDLTNSAG 120
           VNHAKSHLERSQLLLKSIPSCFELKCRAYSLLSQCYHLVGAIPPQKQ+L+KGLDLTNSAG
Sbjct: 61  VNHAKSHLERSQLLLKSIPSCFELKCRAYSLLSQCYHLVGAIPPQKQLLYKGLDLTNSAG 120

Query: 121 HELSVKLWSCNFNSQLANALIIEGDYQNSISALESGYIFSVEICYPELQMFFATSILHVH 180
           HELSVKLWSCNFNSQLANALIIEGDYQNSISALESGY+FS EICYPELQMFFATSILHVH
Sbjct: 121 HELSVKLWSCNFNSQLANALIIEGDYQNSISALESGYVFSAEICYPELQMFFATSILHVH 180

Query: 181 LMQWYDDNSVEQAVNKCDEVWESIEPEKRQQCVGLLFYNELLHIFYRLRICDYKNAAQHL 240
           LMQWYDDNSVEQAVNKCDEVWES+EPEKRQQCVGLLFYNELLHIFYRLRICDYKNAAQHL
Sbjct: 181 LMQWYDDNSVEQAVNKCDEVWESMEPEKRQQCVGLLFYNELLHIFYRLRICDYKNAAQHL 240

Query: 241 DKLDAAMKADLQQAQYIEDLTKEMNALNQSLSRSDLHYKDRLALTEKHAQLQEQLRSMTR 300
           DKLDAAMKADLQQ QYIEDLTKEMNALNQSLSRSDLHYKDRLALT KHAQLQEQLRS+TR
Sbjct: 241 DKLDAAMKADLQQTQYIEDLTKEMNALNQSLSRSDLHYKDRLALTGKHAQLQEQLRSITR 300

Query: 301 PTSSSKESLEPGHFGNV-RTSRDKLELAPYPIDGEWLPKSAVYVLVDLMVVIFSRPKGLF 360
           PTS SKESLEPGHFGNV RTSRDKLELAPYPIDGEWLPKSAVY LVDLMVVIFSRPKGLF
Sbjct: 301 PTSMSKESLEPGHFGNVRRTSRDKLELAPYPIDGEWLPKSAVYALVDLMVVIFSRPKGLF 360

Query: 361 KECTKRILSGMLTIQEELVKLGIADGVREVSLQHSAIWMAGVYLMLLMQLLENKVAIELT 420
           KEC+KRILSGMLTIQEELVKLGIADGVREVSLQHSAIWMAGVYLML+MQLLENKVAIELT
Sbjct: 361 KECSKRILSGMLTIQEELVKLGIADGVREVSLQHSAIWMAGVYLMLIMQLLENKVAIELT 420

Query: 421 RSEFVEAQEALVQMKNWFSRFPTILQACESMIEMLRGQYAHYVGCYHEATFHYIEAAKLT 480
           RSEFVEAQEALVQMKNWF RFPTILQACESMIEMLRGQYAHYVGCYHEATFHYIEAAKLT
Sbjct: 421 RSEFVEAQEALVQMKNWFLRFPTILQACESMIEMLRGQYAHYVGCYHEATFHYIEAAKLT 480

Query: 481 ESKSIQAMCQVYAAVSYICIGDAESSTLALDLIGPVYRMMDSFVGVREKTSVLFAYGLLL 540
           ESKSIQAMCQVYAAVSYICIGDAESSTLALDLIGPVY MMDSFVGVREKTSVLFAYGLLL
Sbjct: 481 ESKSIQAMCQVYAAVSYICIGDAESSTLALDLIGPVYSMMDSFVGVREKTSVLFAYGLLL 540

Query: 541 MKQHDLQEARNRLAKGLQLTHNHLGNLQLVAQYLTILGSLALALHDTVQAREILRSSLTL 600
           MKQHDLQEARNRLAKGLQLTHNHLGNLQLVAQYLTILGSLALALHDTVQAREILRSSLTL
Sbjct: 541 MKQHDLQEARNRLAKGLQLTHNHLGNLQLVAQYLTILGSLALALHDTVQAREILRSSLTL 600

Query: 601 AKKLYDIPTQIWVLSVLTTLYQELGEKGNEMENAEYQCKKADDLQRRLVDAHSSIHHIEL 660
           AKKLYDIPTQIWVLSVLTTLYQELGEKGNEMENAEYQCKKADDLQRRLVDAHSSIHHIEL
Sbjct: 601 AKKLYDIPTQIWVLSVLTTLYQELGEKGNEMENAEYQCKKADDLQRRLVDAHSSIHHIEL 660

Query: 661 IDKVRIEIQQLKGVDIKRAGSPSLGVDLDIPESIGVSVSLPTSSSKLMDIDTGRRGKRKI 720
           IDKVR+EIQQLKGVDIKRAGS SLGVDLDIP SIG SVS  TSS KLMDID+GRRGKRKI
Sbjct: 661 IDKVRLEIQQLKGVDIKRAGSISLGVDLDIPGSIGASVS--TSSLKLMDIDSGRRGKRKI 718

[Close]
BLAST of Bhi11G000278 vs. NCBI nr
Match: XP_004146189.1 (PREDICTED: MAU2 chromatid cohesion factor homolog isoform X1 [Cucumis sativus])

HSP 1 Score: 1351.7 bits (3497), Expect = 0.0e+00
Identity = 694/720 (96.39%), Postives = 705/720 (97.92%), Query Frame = 0 

Query: 1   MEAVAEGLWRLADYHEKQGELGKAIKCLEAICQSPVSFFPVVEVKTRLRIATLLLTHSHS 60
           MEAVAEGLWRLADYHEKQGELGKAIKCLEAICQSPVSFFPV+EVKTRLRIATLLLT+SH+
Sbjct: 1   MEAVAEGLWRLADYHEKQGELGKAIKCLEAICQSPVSFFPVLEVKTRLRIATLLLTYSHN 60

Query: 61  VNHAKSHLERSQLLLKSIPSCFELKCRAYSLLSQCYHLVGAIPPQKQILHKGLDLTNSAG 120
           VNHAKSHLERSQLLLKSIPSCFELKCRAYSLLSQCYHLVGAIPPQKQ+L+KGLDLTNSAG
Sbjct: 61  VNHAKSHLERSQLLLKSIPSCFELKCRAYSLLSQCYHLVGAIPPQKQLLYKGLDLTNSAG 120

Query: 121 HELSVKLWSCNFNSQLANALIIEGDYQNSISALESGYIFSVEICYPELQMFFATSILHVH 180
           HELSVKLWSCNFNSQLANALIIEGDYQNSISALESGY+FS EICYPELQMFFATSILHVH
Sbjct: 121 HELSVKLWSCNFNSQLANALIIEGDYQNSISALESGYVFSAEICYPELQMFFATSILHVH 180

Query: 181 LMQWYDDNSVEQAVNKCDEVWESIEPEKRQQCVGLLFYNELLHIFYRLRICDYKNAAQHL 240
           LMQWYDDNSV+QAVNKCDEVWESIEPEKRQQCVGLLFYNELLHIFYRLRICDYKNAAQHL
Sbjct: 181 LMQWYDDNSVQQAVNKCDEVWESIEPEKRQQCVGLLFYNELLHIFYRLRICDYKNAAQHL 240

Query: 241 DKLDAAMKADLQQAQYIEDLTKEMNALNQSLSRSDLHYKDRLALTEKHAQLQEQLRSMTR 300
           DKLDAAMKADLQQ QYIEDL KEMNALNQSLSRSDLHYKDRLALT KHAQLQEQLRS+TR
Sbjct: 241 DKLDAAMKADLQQTQYIEDLNKEMNALNQSLSRSDLHYKDRLALTGKHAQLQEQLRSITR 300

Query: 301 PTSSSKESLEPGHFGNV-RTSRDKLELAPYPIDGEWLPKSAVYVLVDLMVVIFSRPKGLF 360
           PTS SKESLEPGHFGNV RT RDKLELAPYPIDGEWLPKSAVY LVDLMVVIFSRPKGLF
Sbjct: 301 PTSLSKESLEPGHFGNVRRTYRDKLELAPYPIDGEWLPKSAVYALVDLMVVIFSRPKGLF 360

Query: 361 KECTKRILSGMLTIQEELVKLGIADGVREVSLQHSAIWMAGVYLMLLMQLLENKVAIELT 420
           KECTKRILSGMLTIQEELVKLGIADGVREVSLQHSAIWMAGVYLML+MQLLENKVAIELT
Sbjct: 361 KECTKRILSGMLTIQEELVKLGIADGVREVSLQHSAIWMAGVYLMLIMQLLENKVAIELT 420

Query: 421 RSEFVEAQEALVQMKNWFSRFPTILQACESMIEMLRGQYAHYVGCYHEATFHYIEAAKLT 480
           RSEFVEAQEALVQMKNWF RFPTILQACESMIEMLRGQYAHYVGCYHEATFHYIEAAKLT
Sbjct: 421 RSEFVEAQEALVQMKNWFLRFPTILQACESMIEMLRGQYAHYVGCYHEATFHYIEAAKLT 480

Query: 481 ESKSIQAMCQVYAAVSYICIGDAESSTLALDLIGPVYRMMDSFVGVREKTSVLFAYGLLL 540
           ESKSIQAMCQVYAAVSYICIGDAESSTLALDLIGPVY MMDSFVGVREKTSVLFAYGLLL
Sbjct: 481 ESKSIQAMCQVYAAVSYICIGDAESSTLALDLIGPVYSMMDSFVGVREKTSVLFAYGLLL 540

Query: 541 MKQHDLQEARNRLAKGLQLTHNHLGNLQLVAQYLTILGSLALALHDTVQAREILRSSLTL 600
           MKQHDLQEARNRLAKGLQLTHNHLGNLQLVAQYLTILGSLALALHDTVQAREILRSSLTL
Sbjct: 541 MKQHDLQEARNRLAKGLQLTHNHLGNLQLVAQYLTILGSLALALHDTVQAREILRSSLTL 600

Query: 601 AKKLYDIPTQIWVLSVLTTLYQELGEKGNEMENAEYQCKKADDLQRRLVDAHSSIHHIEL 660
           AKKLYDIPTQIWVLSVLTTLYQELGEKGNEMENAEYQCKKADDLQRRLVDAHSSIHHIEL
Sbjct: 601 AKKLYDIPTQIWVLSVLTTLYQELGEKGNEMENAEYQCKKADDLQRRLVDAHSSIHHIEL 660

Query: 661 IDKVRIEIQQLKGVDIKRAGSPSLGVDLDIPESIGVSVSLPTSSSKLMDIDTGRRGKRKI 720
           IDKVR+EIQQLKGVDIKRAGS SLGVDLDIP SIGVSVS  TSS KLMDID+GRRGKRKI
Sbjct: 661 IDKVRLEIQQLKGVDIKRAGSISLGVDLDIPGSIGVSVS--TSSLKLMDIDSGRRGKRKI 718

[Close]
BLAST of Bhi11G000278 vs. NCBI nr
Match: XP_022949168.1 (sister chromatid cohesion protein SCC4 [Cucurbita moschata])

HSP 1 Score: 1330.5 bits (3442), Expect = 0.0e+00
Identity = 684/721 (94.87%), Postives = 700/721 (97.09%), Query Frame = 0 

Query: 1   MEAVAEGLWRLADYHEKQGELGKAIKCLEAICQSPVSFFPVVEVKTRLRIATLLLTHSHS 60
           MEAVAEGLWRLADYHEK+GELGKAIKCLEAICQS VSFFPVVEVKTRLRIATLLLTHSH+
Sbjct: 1   MEAVAEGLWRLADYHEKKGELGKAIKCLEAICQSSVSFFPVVEVKTRLRIATLLLTHSHN 60

Query: 61  VNHAKSHLERSQLLLKSIPSCFELKCRAYSLLSQCYHLVGAIPPQKQILHKGLDLTNSAG 120
           VNHAKSHLERSQLLLKSIPSCFELKCRAYSLLSQCYHLVGAIPPQKQIL+KGLDLTNSAG
Sbjct: 61  VNHAKSHLERSQLLLKSIPSCFELKCRAYSLLSQCYHLVGAIPPQKQILYKGLDLTNSAG 120

Query: 121 HELSVKLWSCNFNSQLANALIIEGDYQNSISALESGYIFSVEICYPELQMFFATSILHVH 180
           HELSVKLWSCNFNSQLANALIIEGDYQNSI+ALESGYIFSVEICYPELQMFFATSILHVH
Sbjct: 121 HELSVKLWSCNFNSQLANALIIEGDYQNSIAALESGYIFSVEICYPELQMFFATSILHVH 180

Query: 181 LMQWYDDNSVEQAVNKCDEVWESIEPEKRQQCVGLLFYNELLHIFYRLRICDYKNAAQHL 240
           LMQWYDDNSVEQAVNKCDEVWESIEPEKRQQ VGLLFYNELLHIFYRLRICDYKNAAQHL
Sbjct: 181 LMQWYDDNSVEQAVNKCDEVWESIEPEKRQQSVGLLFYNELLHIFYRLRICDYKNAAQHL 240

Query: 241 DKLDAAMKADLQQAQYIEDLTKEMNALNQSLSRSDLHYKDRLALTEKHAQLQEQLRSMTR 300
           DKLDAAMKADLQQ QYIEDLTKEMNALNQSLSRSDLHYKDRLALTEKHAQLQ QLRSMT 
Sbjct: 241 DKLDAAMKADLQQTQYIEDLTKEMNALNQSLSRSDLHYKDRLALTEKHAQLQSQLRSMTE 300

Query: 301 PTSSSKESLEPGHFGNV-RTSRDKLELAPYPIDGEWLPKSAVYVLVDLMVVIFSRPKGLF 360
           PTS SKESLEPG FGN+ R SRDKLELAPYPIDGEWLPKSAVY LVDLMVVIFSRPKGLF
Sbjct: 301 PTSVSKESLEPGQFGNMRRKSRDKLELAPYPIDGEWLPKSAVYALVDLMVVIFSRPKGLF 360

Query: 361 KECTKRILSGMLTIQEELVKLGIADGVREVSLQHSAIWMAGVYLMLLMQLLENKVAIELT 420
           KEC KRI SGMLTIQEELVKLGI DG+REVSLQHSAIWMAGVYLMLLMQLLENKVAIELT
Sbjct: 361 KECAKRIQSGMLTIQEELVKLGITDGMREVSLQHSAIWMAGVYLMLLMQLLENKVAIELT 420

Query: 421 RSEFVEAQEALVQMKNWFSRFPTILQACESMIEMLRGQYAHYVGCYHEATFHYIEAAKLT 480
           RSEFVEAQEALVQMKNWF RFPTILQACESMIEMLRGQY+HYVGCYHEATFHYIEAAKL+
Sbjct: 421 RSEFVEAQEALVQMKNWFVRFPTILQACESMIEMLRGQYSHYVGCYHEATFHYIEAAKLS 480

Query: 481 ESKSIQAMCQVYAAVSYICIGDAESSTLALDLIGPVYRMMDSFVGVREKTSVLFAYGLLL 540
           ESKSIQAMC+VYAAVSYICIGDAESST ALDLIGPVYRMMDSFVGVREKTSVLFAYGLLL
Sbjct: 481 ESKSIQAMCRVYAAVSYICIGDAESSTQALDLIGPVYRMMDSFVGVREKTSVLFAYGLLL 540

Query: 541 MKQHDLQEARNRLAKGLQLTHNHLGNLQLVAQYLTILGSLALALHDTVQAREILRSSLTL 600
           MKQHDLQEARNRLAKGLQLTHNHLGNLQLVAQYLTILGSLALALHDTVQAREILRSSLTL
Sbjct: 541 MKQHDLQEARNRLAKGLQLTHNHLGNLQLVAQYLTILGSLALALHDTVQAREILRSSLTL 600

Query: 601 AKKLYDIPTQIWVLSVLTTLYQELGEKGNEMENAEYQCKKADDLQRRLVDAHSSIHHIEL 660
           AKKLYDIPTQIWVLSVLTTLYQELGEKGNEMENAEYQ KKADDLQ+RLVDAHSSIHHI+L
Sbjct: 601 AKKLYDIPTQIWVLSVLTTLYQELGEKGNEMENAEYQSKKADDLQKRLVDAHSSIHHIDL 660

Query: 661 IDKVRIEIQQLKGVDIKRA-GSPSLGVDLDIPESIGVSVSLPTSSSKLMDIDTGRRGKRK 720
           I+KVR EIQQLK VD+KRA G PSLGV+LDIPESIGVSVSLPTSS KLMD+DTGRRGKRK
Sbjct: 661 IEKVRREIQQLKEVDMKRAIGGPSLGVNLDIPESIGVSVSLPTSSLKLMDMDTGRRGKRK 720

[Close]
BLAST of Bhi11G000278 vs. NCBI nr
Match: XP_022158435.1 (sister chromatid cohesion protein SCC4 [Momordica charantia])

HSP 1 Score: 1329.7 bits (3440), Expect = 0.0e+00
Identity = 679/721 (94.17%), Postives = 700/721 (97.09%), Query Frame = 0 

Query: 1   MEAVAEGLWRLADYHEKQGELGKAIKCLEAICQSPVSFFPVVEVKTRLRIATLLLTHSHS 60
           MEAVAEGLWRLADYHEK+GE+GKAIKCLEAICQS VSFFPVVEVKTRLRIATLLLTHSH+
Sbjct: 1   MEAVAEGLWRLADYHEKKGEIGKAIKCLEAICQSQVSFFPVVEVKTRLRIATLLLTHSHN 60

Query: 61  VNHAKSHLERSQLLLKSIPSCFELKCRAYSLLSQCYHLVGAIPPQKQILHKGLDLTNSAG 120
           VNHAKSHLERSQLLLKSIPSC ELKCRAYSLLSQCYHLVGAIPPQKQIL+KGLDLTNS+G
Sbjct: 61  VNHAKSHLERSQLLLKSIPSCLELKCRAYSLLSQCYHLVGAIPPQKQILYKGLDLTNSSG 120

Query: 121 HELSVKLWSCNFNSQLANALIIEGDYQNSISALESGYIFSVEICYPELQMFFATSILHVH 180
           HELSVKLWSCNFNSQLANALIIEGDYQNSISALESGY+FSVEICYPELQMFFATSILHVH
Sbjct: 121 HELSVKLWSCNFNSQLANALIIEGDYQNSISALESGYVFSVEICYPELQMFFATSILHVH 180

Query: 181 LMQWYDDNSVEQAVNKCDEVWESIEPEKRQQCVGLLFYNELLHIFYRLRICDYKNAAQHL 240
           LMQWYDDNSVEQAVNKCDEVWESIEPEKRQQCVGLLFYNELLHIFYRLR+CDYKNAAQH+
Sbjct: 181 LMQWYDDNSVEQAVNKCDEVWESIEPEKRQQCVGLLFYNELLHIFYRLRMCDYKNAAQHI 240

Query: 241 DKLDAAMKADLQQAQYIEDLTKEMNALNQSLSRSDLHYKDRLALTEKHAQLQEQLRSMTR 300
           DKLDAAMKADLQQ QYIE LTKEMNALNQSLSR DLHYKDRLALTEKHAQLQ+QLRS+ R
Sbjct: 241 DKLDAAMKADLQQTQYIEGLTKEMNALNQSLSRLDLHYKDRLALTEKHAQLQDQLRSINR 300

Query: 301 PTSSSKESLEPGHFGNV-RTSRDKLELAPYPIDGEWLPKSAVYVLVDLMVVIFSRPKGLF 360
           P+S S+ESLEP HFG++ RTS DKLELAPYPIDGEWLPKSAVY LVDLMVVIFSRPKGLF
Sbjct: 301 PSSISRESLEPAHFGSMRRTSGDKLELAPYPIDGEWLPKSAVYALVDLMVVIFSRPKGLF 360

Query: 361 KECTKRILSGMLTIQEELVKLGIADGVREVSLQHSAIWMAGVYLMLLMQLLENKVAIELT 420
           KEC KRILSGMLTIQEELVKLGI DGVREVSLQHSAIWMAGVYLMLLMQLLENKVAIELT
Sbjct: 361 KECAKRILSGMLTIQEELVKLGITDGVREVSLQHSAIWMAGVYLMLLMQLLENKVAIELT 420

Query: 421 RSEFVEAQEALVQMKNWFSRFPTILQACESMIEMLRGQYAHYVGCYHEATFHYIEAAKLT 480
           RSEFVEAQEALVQMKNWF RFPTILQACESMIEMLRGQYAHYVGCYHEATFHYIEAAKLT
Sbjct: 421 RSEFVEAQEALVQMKNWFLRFPTILQACESMIEMLRGQYAHYVGCYHEATFHYIEAAKLT 480

Query: 481 ESKSIQAMCQVYAAVSYICIGDAESSTLALDLIGPVYRMMDSFVGVREKTSVLFAYGLLL 540
           ESKSIQAMCQVYAAVSYICIGDAESST ALDLIGPVYRMMDSFVGVREKTSVLFAYGLLL
Sbjct: 481 ESKSIQAMCQVYAAVSYICIGDAESSTQALDLIGPVYRMMDSFVGVREKTSVLFAYGLLL 540

Query: 541 MKQHDLQEARNRLAKGLQLTHNHLGNLQLVAQYLTILGSLALALHDTVQAREILRSSLTL 600
           MKQHDLQEARNRLAKGLQLTHNHLGNLQLVAQYLTILGSLALALHDTVQAREILRSSLTL
Sbjct: 541 MKQHDLQEARNRLAKGLQLTHNHLGNLQLVAQYLTILGSLALALHDTVQAREILRSSLTL 600

Query: 601 AKKLYDIPTQIWVLSVLTTLYQELGEKGNEMENAEYQCKKADDLQRRLVDAHSSIHHIEL 660
           AKKLYDIPTQIWVLSVLTTLYQELGEKGNEMENAEYQ KKADDLQ+RL DAHSSIHHIEL
Sbjct: 601 AKKLYDIPTQIWVLSVLTTLYQELGEKGNEMENAEYQSKKADDLQKRLADAHSSIHHIEL 660

Query: 661 IDKVRIEIQQLKGVDIKRA-GSPSLGVDLDIPESIGVSVSLPTSSSKLMDIDTGRRGKRK 720
           IDKVR+EIQQLK VDIKRA G PSLGV+LDIPES+GVSVSLPTSS KL+D+DTGRRGKRK
Sbjct: 661 IDKVRLEIQQLKEVDIKRAIGGPSLGVNLDIPESVGVSVSLPTSSLKLVDVDTGRRGKRK 720

[Close]
BLAST of Bhi11G000278 vs. NCBI nr
Match: XP_022998788.1 (sister chromatid cohesion protein SCC4 [Cucurbita maxima] >XP_022998789.1 sister chromatid cohesion protein SCC4 [Cucurbita maxima])

HSP 1 Score: 1327.8 bits (3435), Expect = 0.0e+00
Identity = 683/721 (94.73%), Postives = 698/721 (96.81%), Query Frame = 0 

Query: 1   MEAVAEGLWRLADYHEKQGELGKAIKCLEAICQSPVSFFPVVEVKTRLRIATLLLTHSHS 60
           MEAVAEGLWRLADYHEK+GELGKAIKCLEAICQS VSFFPVVEVKTRLRIATLLLTHSH+
Sbjct: 1   MEAVAEGLWRLADYHEKKGELGKAIKCLEAICQSSVSFFPVVEVKTRLRIATLLLTHSHN 60

Query: 61  VNHAKSHLERSQLLLKSIPSCFELKCRAYSLLSQCYHLVGAIPPQKQILHKGLDLTNSAG 120
           VNHAKSHLERSQLLLKSIPSCFELKCRAYSLLSQCYHLVGAIPPQKQIL+KGLDLTNSAG
Sbjct: 61  VNHAKSHLERSQLLLKSIPSCFELKCRAYSLLSQCYHLVGAIPPQKQILYKGLDLTNSAG 120

Query: 121 HELSVKLWSCNFNSQLANALIIEGDYQNSISALESGYIFSVEICYPELQMFFATSILHVH 180
           HELSVKLWSCNFNSQLANALIIEGDYQNSISALESGYIFSVEICYPELQMFFATSILHVH
Sbjct: 121 HELSVKLWSCNFNSQLANALIIEGDYQNSISALESGYIFSVEICYPELQMFFATSILHVH 180

Query: 181 LMQWYDDNSVEQAVNKCDEVWESIEPEKRQQCVGLLFYNELLHIFYRLRICDYKNAAQHL 240
           LMQWYDDNSVEQAVNKCDEVWESIEPEKRQQ VGLLFYNELLHIFYRLRICDYKNAAQHL
Sbjct: 181 LMQWYDDNSVEQAVNKCDEVWESIEPEKRQQSVGLLFYNELLHIFYRLRICDYKNAAQHL 240

Query: 241 DKLDAAMKADLQQAQYIEDLTKEMNALNQSLSRSDLHYKDRLALTEKHAQLQEQLRSMTR 300
           DKLDAAMKADLQQ QYIEDLTKEMNALNQSLSRSDLHYKDRLALTEKHAQLQ QLRSMT 
Sbjct: 241 DKLDAAMKADLQQTQYIEDLTKEMNALNQSLSRSDLHYKDRLALTEKHAQLQSQLRSMTE 300

Query: 301 PTSSSKESLEPGHFGNV-RTSRDKLELAPYPIDGEWLPKSAVYVLVDLMVVIFSRPKGLF 360
           PTS SKE LEPG FGN+ R SRDKLELAPYPIDGEWLPKSAVY LVDLMVVIFSRPKGLF
Sbjct: 301 PTSVSKEYLEPGQFGNMRRKSRDKLELAPYPIDGEWLPKSAVYALVDLMVVIFSRPKGLF 360

Query: 361 KECTKRILSGMLTIQEELVKLGIADGVREVSLQHSAIWMAGVYLMLLMQLLENKVAIELT 420
           KEC KRI SGMLTIQEELVKLGI DG+REVSLQHSAIWMAGVYLMLLMQLLENKVAIELT
Sbjct: 361 KECAKRIQSGMLTIQEELVKLGITDGMREVSLQHSAIWMAGVYLMLLMQLLENKVAIELT 420

Query: 421 RSEFVEAQEALVQMKNWFSRFPTILQACESMIEMLRGQYAHYVGCYHEATFHYIEAAKLT 480
           RSEFVEAQEALVQMKNWF RFPTILQACESMIEMLRGQY+HYVGCYHEATFHYIEAAKL+
Sbjct: 421 RSEFVEAQEALVQMKNWFVRFPTILQACESMIEMLRGQYSHYVGCYHEATFHYIEAAKLS 480

Query: 481 ESKSIQAMCQVYAAVSYICIGDAESSTLALDLIGPVYRMMDSFVGVREKTSVLFAYGLLL 540
           ESKSIQAMC+VYAAVSYICIGDAESST ALDLIGPVYRMMDSFVGVREKTSVLFAYGLLL
Sbjct: 481 ESKSIQAMCRVYAAVSYICIGDAESSTQALDLIGPVYRMMDSFVGVREKTSVLFAYGLLL 540

Query: 541 MKQHDLQEARNRLAKGLQLTHNHLGNLQLVAQYLTILGSLALALHDTVQAREILRSSLTL 600
           MKQHDLQEARNRLAKGLQLTHNHLGNLQLVAQYLTILGSLALALHDTVQAREILRSSLTL
Sbjct: 541 MKQHDLQEARNRLAKGLQLTHNHLGNLQLVAQYLTILGSLALALHDTVQAREILRSSLTL 600

Query: 601 AKKLYDIPTQIWVLSVLTTLYQELGEKGNEMENAEYQCKKADDLQRRLVDAHSSIHHIEL 660
           AKKLYDIPTQIWVLSVLTTLYQELGEKGNEMENAEYQ KK DDLQ+RLVDAHSSIHHI+L
Sbjct: 601 AKKLYDIPTQIWVLSVLTTLYQELGEKGNEMENAEYQSKKTDDLQKRLVDAHSSIHHIDL 660

Query: 661 IDKVRIEIQQLKGVDIKRA-GSPSLGVDLDIPESIGVSVSLPTSSSKLMDIDTGRRGKRK 720
           I+KVR EIQQLK VD+KRA G PSLGV+LDIPESIGVSVSLPTSS KLMD+DTGRRGKRK
Sbjct: 661 IEKVRREIQQLKEVDMKRAIGGPSLGVNLDIPESIGVSVSLPTSSLKLMDMDTGRRGKRK 720

The following BLAST results are available for this feature:
BLAST of Bhi11G000278 vs. TAIR10
Match NameE-valueIdentityDescription
AT5G51340.12.2e-26764.73Tetratricopeptide repeat (TPR)-like superfamily protein[more]
BLAST of Bhi11G000278 vs. Swiss-Prot
Match NameE-valueIdentityDescription
sp|Q9FGN7|SCC4_ARATH4.0e-26664.73Sister chromatid cohesion protein SCC4 OS=Arabidopsis thaliana OX=3702 GN=SCC4 P... [more]
sp|Q9Y6X3|SCC4_HUMAN5.9e-0727.27MAU2 chromatid cohesion factor homolog OS=Homo sapiens OX=9606 GN=MAU2 PE=1 SV=2[more]
sp|Q9D2X5|SCC4_MOUSE5.9e-0727.27MAU2 chromatid cohesion factor homolog OS=Mus musculus OX=10090 GN=Mau2 PE=1 SV=... [more]
sp|B1H1Z8|SCC4_XENTR7.7e-0727.27MAU2 chromatid cohesion factor homolog OS=Xenopus tropicalis OX=8364 GN=mau2 PE=... [more]
sp|B4ZIX8|SCC4_XENLA5.0e-0626.87MAU2 chromatid cohesion factor homolog OS=Xenopus laevis OX=8355 GN=mau2 PE=1 SV... [more]
BLAST of Bhi11G000278 vs. TrEMBL
Match NameE-valueIdentityDescription
tr|A0A1S3BJ17|A0A1S3BJ17_CUCME0.0e+0096.39LOW QUALITY PROTEIN: MAU2 chromatid cohesion factor homolog OS=Cucumis melo OX=3... [more]
tr|A0A2P4HMM1|A0A2P4HMM1_QUESU0.0e+0082.13Mau2 chromatid cohesion factor like OS=Quercus suber OX=58331 GN=CFP56_06589 PE=... [more]
tr|A0A2P5DRE7|A0A2P5DRE7_9ROSA0.0e+0081.16Cohesin loading factor OS=Trema orientalis OX=63057 GN=TorRG33x02_244680 PE=4 SV... [more]
tr|A0A2P5D892|A0A2P5D892_PARAD0.0e+0080.89Heme biosynthesis-associated TPR protein OS=Parasponia andersonii OX=3476 GN=Pan... [more]
tr|A0A2I4EFQ8|A0A2I4EFQ8_9ROSI0.0e+0080.83MAU2 chromatid cohesion factor homolog OS=Juglans regia OX=51240 GN=LOC108989169... [more]
BLAST of Bhi11G000278 vs. NCBI nr
Match NameE-valueIdentityDescription
XP_008448423.10.0e+0096.39PREDICTED: LOW QUALITY PROTEIN: MAU2 chromatid cohesion factor homolog [Cucumis ... [more]
XP_004146189.10.0e+0096.39PREDICTED: MAU2 chromatid cohesion factor homolog isoform X1 [Cucumis sativus][more]
XP_022949168.10.0e+0094.87sister chromatid cohesion protein SCC4 [Cucurbita moschata][more]
XP_022158435.10.0e+0094.17sister chromatid cohesion protein SCC4 [Momordica charantia][more]
XP_022998788.10.0e+0094.73sister chromatid cohesion protein SCC4 [Cucurbita maxima] >XP_022998789.1 sister... [more]
Annotated Terms
The following terms have been associated with this gene:
Vocabulary: Biological Process
TermDefinition
GO:0007064mitotic sister chromatid cohesion
Vocabulary: Molecular Function
TermDefinition
GO:0005515protein binding
Vocabulary: INTERPRO
TermDefinition
IPR019440MAU2
IPR011990TPR-like_helical_dom_sf
GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0009793 embryo development ending in seed dormancy
biological_process GO:0034088 maintenance of mitotic sister chromatid cohesion
biological_process GO:0007064 mitotic sister chromatid cohesion
biological_process GO:0000956 nuclear-transcribed mRNA catabolic process
biological_process GO:0006487 protein N-linked glycosylation
cellular_component GO:0000785 chromatin
cellular_component GO:0005737 cytoplasm
cellular_component GO:0032116 SMC loading complex
cellular_component GO:0005575 cellular_component
molecular_function GO:0003690 double-stranded DNA binding
molecular_function GO:0005515 protein binding
molecular_function GO:0003674 molecular_function
Relationships

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

Feature NameUnique NameType
Bhi11M000278Bhi11M000278mRNA


InterPro
Analysis Name: InterPro Annotations of wax gourd
Date Performed: 2019-11-17
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR011990Tetratricopeptide-like helical domain superfamilyGENE3DG3DSA:1.25.40.10coord: 450..673
e-value: 2.3E-11
score: 45.4
IPR011990Tetratricopeptide-like helical domain superfamilySUPERFAMILYSSF48452TPR-likecoord: 428..622
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 294..316
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 294..310
IPR019440Chromatid cohesion factor MAU2PANTHERPTHR21394UNCHARACTERIZEDcoord: 2..652