Chy7G136980 (gene) Cucumber (hystrix) v1

Overview


Name	Chy7G136980
Type	gene
Organism	Cucumis hystrix (Cucumber (hystrix) v1)
Description	AB hydrolase-1 domain-containing protein
Location	chrH07: 11630028 .. 11669946 (+)
RNA-Seq Expression	Chy7G136980
Synteny	Chy7G136980

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonCDSpolypeptide

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

ATGACTCTCAAGTGGGGCTTCCCCTCACTCACTCATATCCACCTTACCAGAACTCCAATGGTCACCAAATGTGAAGGTCTTGGCCTTGGACGCCTCTTCTCTCATCCAAACTCCGCTACCTTCCCCTCATTTCTTCCTAAAGAGGTCTCTAAAATCAATGACCCTTTAGCCAGAACCATGGCTCGTAAAATCGAGAGGCTACCGGTAAAATCATGTTTTTCTGCCTCTTTATCGAGTGGTTTGACCATTGAATTGTAGTACAGTAATGCACTATGGAATTCACTTTACAAACGTCTGTTTCCTGTAGTGTTTTCAACCAAAAAACAAAAAAAAAGCACAGTTTCCGAAATAAATATCGGGTATAAACTGCGTGCTTATTTTTCCGGACGGCTTTTGACAAGAAAGTTAAGATCCGTCTGAACCGGACTGCAAGATACCTTGCCGTTGTACTGTTGGGATTCCATTACGGTAGATTTTGGAGATGTGTTTTCTCTTGCTTGTGGGTTGATTTCCTTTCCAATCCTCCGTGTCTTTTCTCTTGTCTATTGAAGATCCTTTGCATTGATTGAGTATATAGTTCTTAAGTGCAACTCTGAATCTCTGATAGCGAACTTCCATAAGCAATAGAATGAGCAACTGCAAATTTATGTTTTGAAATTGTGAGATGGTTAAGGATTTTTACTTGTCGGAGCTGACCATTTCTTGTGCAATTGTTTTCTTGATGGAAGGAAAAAATGAATGCTGCGAAAGAATTTGTAGTGTATATTTAGATTTCATTCATCTGAATCTCTCATGGAGTGCTGAACTGCGATGTTTCTGACACAATTGGTTTTCTTCAATTTCGCCTTGCAAGGTGCTTGGCAGCCCCAAGCCTGCAAAATGATACTAGTCCTTTTTTGCAGATGACATTATTTGAAACTTGCATTATGAGTAGCTGTGTTAAACCAGCAAAAAGAAGTGAGAAGAATCCGGTGGTTCTACTCCATTGCTTCGATAGGTTTGTTATGCAAGTAACACTTATTATTATTTTCTTCTTGCTTCTATGTACTGTTTCCATTTGAATAATATGTGCTGTTTGTTTTTGTCCATGCACACAGTTCTTGTTTGGAATGGAGTTATGCATTTCCTCTGCTTGAAGAGGCTGGTCTAGAAACGTGGGCTGTTGATGTTCTTGGATGGGGCTTTTCTGACTTGGGTGGGTTCAATTGAGAGTAACATTTGGTTACATATTCTTTTGGCTACTTGTATTCTATGAACTTCGAAAACGTTTCTCACATTTGTATGTTTCCTGATTATACTTATACTTACTAGATAGTCTTCCACCATGCAATGTCGAAACAAAACGTTCTCATCTGTACCAGGTAAATCACTGTACCTTTTCACCTTCGTTTTTGTTTAAGAAAGATTTTTGGTTTTGTAAAGTCTCCATAAATCCACGTGTTCTTAACAGTGCTTATAATTTGGAGAATTATAATTTTTTATGAAGAATTATTCGTTGTTGTACTGGTTTGGATTTTGCAACAGTTGGTTTGGGCTATAATTGAATTTTAAATTGGGTTTTTAGTTTTGGAAGACCTACATCAAGAGACCAATGGTATTAGTTGGACCAAGCCTTGGTGCAGCTATTGCAGTTGATTTTGCAGTTAATCATCCGGAAGCTGTAAGTGTAAAACTTTCTATCTAACTTAGAGTAATTCAATGATCCTGATCATTTGTGCATGAAGAATCTGAATGATTTAGTTCGAGCTCTCACATGATTACTTTATCCTTAGACGTTTAACCGATAAACGAAATAAAACTGTGTTATTATTGTAAAGGAATTGTTAGAAGGCCCTTACTTTCATGGCTCTATATTGTAGTCTTATAGATTATTTTATTTTCATGGCTCTATATTGTAGTCTTATAGATCGTTTGTTTGCATTCCATATGCGCTGTAAAATTGAGATGTCTTTTCTTAGAATTTGTTTCCATAAAAAAGCTAACATAGAGTGATTAATCAAGCCTATGTCCGCTAGACTTTTCTTGAGAAGCTCACTATATCATTCCTAATGGACGTGAGAATCAAAGGCAAAACCTTTCATTTCTTCGTTCTTTTCAGGTAAAATGTAGCACTCTTTCGTGCTGGTTGTCAATCCAATCAATTTTCTTTTCACACAAGGTGTATCCCCACCTCATTACAAAATCTAGGGAGCAAAGTAAATAGAAAGGAATTTCCCAAACCTTCAGACCCAGATCCACAAGTTCATAAAAATCAACGTCAAATCACTCACTACACTTATTGCTCACAAAAATAATGCGGCAATTATAGTAAGTTGAGGAATAAGCAATGGGCTTTTTTTTGTGAAGAGAAGAGAGCAAATCAACGTCAAATCAACCTTCAGACCCAGATCCACAAGTCCATAAAAATCAACGTCAAATCACTCACTACACTTATTGCTCACAAAAATAATGCGGCAATTATAGTAAGTTGAGGAATAGGCTATGGGTTTTTTTTTCCCTTAAAGAGAAGAGAGCAAACAAAAATTGATTGGGATATGGCTGGTCCTGGATTAACTCTGATCATGGGATCTAGGTTAATAGATCCAAGGGAGGATATAAATTCTAGGAAATTAAGGTGGAAACCAGAAAAGTATTTGTAGCAATGGATCTGGAGTGTCTAGAAGTGAAACACCTATGCGAGGATGTAGGACATGTGGGTCCAAAGACATGCCTTGATGTGAAAAACTCGTTTGTGGAAGTTTCGCATGTGAGTCATAAAGCTTGTCTGGTGGTAACAAAAGGAGATGCATACATCATGTATCAGATACGGTTTTTTTTTAACACAGCTCTTCCCTCTGTCCCATGATGGTCATAGCTATTGAGTTTCGCTGCCTTGCATATTGCCTCATCAGCCTACCATGAATATGTGGCAATGGTCACTATGCTACGTTATGTAGGATATTTCCTTCTTTTGTTGATAAGTTTCGCATACATCTTTTTAAATAATTAAAAAATGCTTTTGGACCGATATTTTAAAAAGGTAATTTGTCATCGGTTGGTAAAATTGGAAGCCTGCAAGCCTGTAGAGTGAACATTGAAGATAAGGCTGTATTTGAGTCTCCTCGTTAGTTAAAATGTCTTGAGAATATTTTGTTAGCTTAAGAAGCTTCCAGAGTCCAGACCGTCAGGAAGCTCTCCCATAGTCACATAACCTACATAAGAAGTCCGCTTTCAACTTCCTCTTTTTTCCTTTTCTTATTTCATTTTCTTTCATCTTCTTTTTTGTGTAATTATTTTCATTGAAATGGTGTAATTAGAATAAAAAGTTTCAATTTGAGTTACTATTGGACTATCTTTAGGAGTTATGGCAGAAAACGAAAAATAAAAAATTAGCCCCCAAGAAGTCATGTGAAGTCTGAGGAAAGAGGTCTAGAGTCATCCCAAGCAAGGATCGGAATATTGTTATTGGTATAAATATCCACAAATCAAACTTACGAATATATAGATGGATATTCCAGGGCATATCACGAAAGTTTATAAAAATATTGTGAATTTCTTTGTGAAATTTCAAAACTAGTTTATTTAAGCAATAAACTATGACTTTAAGCCTATAAATCTTTAATTAGAAGCCAAATAAGATTGATAGTGGAATTATAGATAATAATGAAGAGCGAAAAATGATTGTGATCTGAATATTTCATTATTTAAGTCTATGTCATAAAAAATGAAGGTCAAATACTCTTTAATGGTAAAAAGATGACCTAGGAGGTACTAGCCCAATATAACGTAATTACTATTGTTATAGACATATTGTTCGTGTCCATATTGACTGTCCAAACTCTTCCCCTCCATTCTTGAAACTACTGAGTCAGTATAAATTTGAGCATCATCATGCACGGATCTTCTACAAATGAAAGGTTTTCCTATTGCTCCAATTCTTGGTCCATTGGCTCAATGACTGTGGTCGTCTTGTGTGACATGTGTGAATTGAGATTCTCTAGTGAATGGGTTAAGTTCTTCATATTGTTGACCTCCTTCCACATTGTCTTGTACTTGACCACCTCTATCTACTCCGTCACTACCGTAACTAGCACCTTAATCATCATCATTGTCACCTTCATTTTCTTGACCTTGATTTTGTTGATCATGAAGTTGTTGACCTTGGCTTGGTTGAACTTGGTTTAACTGCTGCTCTTCTAAAGTACTGTGCGATAATGTAGCATGCATGTGTCGCTCAAAAGAGTCACCATCACTTCTTCGACTACTAATTACCTCTTCACGTATGACGTGTTCCACATCAATGCTTAAATCTTTTGCAACACTAGCAACATGTGGATCTGGATTTCCCTGTGCACCATCTAGAATAGAAATTGAGAGAAGAATTTGGAATATGTTGATTTTGGAAATTGAGGATATGGAATATGTTGATTTTTGGAAAGATTTATTTGGTAATTTGAGATGGAATAATGATTTATAATCTCGATGATGGTAATTTGAGATGGAAAATGGAAAAGTCACATAATATCCACGAAATATCCATGAAATATCGACGATATATCCTCGATATATCCAGGAAATCTCGCTGAAATTTCTTCATATATCCACGTTGATGGAAATCTTCTAGATAATATCCATGAAACGATATATCGGTGATATTTTGGATACATTTGCGATATTTCTCGATTTTTTGGAAAAAAAGAAGTTACCCCAATATCTCTATCCACCTGATTGACGATATACTGCTATTTTTTGAACCTTGATCCCAAGGATCGTTCCAAAAGTACGAATGAGCTGTGCTACCTAATACCAAAGATCTTCTCCAGCAAAGGCATCCCCTGAATTTAATCTATTTGTTCTAGCAAATACTTTCTGCCATTCGAAATTTGTTTCTAGAGAAAAATCTCCGCTGCCATTTAACAGTAATGGTCGTACACGTTTTCCTTCTTTAAACTCCAAAGCAATCGAACTCCTGGGGTGGCAAGAACCATTTCAGTTCTAACCAAATGAGGCCTACAATAGACTTAGGGCCTTCTCACATAATATTTCTAACCAGATGCTTATGTGTTGTTGCAGCAATATCATGCCTATTTTATTATTTATATTTATACCAGATTGTGATTTATAATCGGAAATTGATTGACTAACACCATCCATCATGATGCTTTTTAATTCATCCTGATAATACATACTTGCCAAATGACTATTAATAGTTTGTGTGTAACAGTCATCAAATTTAGAGAAAAGAACTTTGTTAGAACACTGATGTAGTGTTTCTATTATATTGATAATTCACTTACAATGATAAACAAATCGTGAACCTCAGAAAATGAGTCACGTTATAGATAATTCACAAACAACATGCAAAGTAAACCTCCTAATCCAAAATACCAAAACAACACACAAAACAAAATACTAAAAATTAAAAAACAAACCAGAACATAGAACACCAGCCTTCTGCTTCCCCTGTCTTTCAAGGAGTATTGAAGACCTCTTTCACTAAAAACTGCCTATCTTCTCCATTCCCTTTCTCATCAATTTAACTTCCTCTTCTAATTTCTAATTAACTGTTGGTTCCTACGTGATTTATTTTTCTTTCTTCACCTTGTCCTCAAGGTGGAAGTCAGAGAATTGCTGTTGAAAATCAGTGCATATTTCCCATGTAGCTTCATGTGGCGGCAACCCCTTCCAGCTAATCAAGACTTCCCAGTCCTTCGTATTTGGATTCTTCTGATACCCATATACTTCTTCCGGTAATGTCATCCATTCGTGATTTTCATTTAAGTAAGGCACTATTTGATGCACCTGCTATAATCACCTACAACCTTCTTCAATTAAGACATGAAATATCGGGGGAATCGCAGCAGTGGATGGAAGTTCGAGTTTATAAGCTATTGCTCCAATTTTCTCAATAATTTTGTATGGCCCGAAATATTTAGGAGATAGCTTCTCATTCCTTTTCTTCCTTAAAGAAGCTTGTATGTATGGTCTAAGTTTGAGAAAAACCAGAACTCTCACTCCAAACTCTACATCCCTTCTCTTCAAATCAGTATACCGTTTCATCTTTTCTTGTGCAATGCTGAGATGTTCCTTTAAGACTCCCAAAACAATATCTCTATCCTTCGGCTACTGATCTAAAGTGGAATTGGGCGTTTCTATATCACCATAATAAATTAATGGTGGAGGTAGTCGTCCATACACTGCTTGGAAATGAGTCATACCAAGTGAGCTGTGATATGTTGTGTTGTACCAAAACTCCGCCCAATGCAGCCAATTGGTCCACTCTTTCGGTTTTTCTCCACAAAATCAGCGAAGATATGCTTCCACCCCTCTATTAACAACTTCAGTCTGTCCATCTGTTTGTGGATGATAAGCTGAACTTCTGTGGAGTTTAGTACCAACCAGTCGAAACAACTCATTCCAGAAATTGCTGATAAATACCCTATCCTGATCAGACACAATAGATCTTGGATATCCATGTAACTTTACCACCTCTTTGACAAAAACTGCAGCCACGGTTTTAGCTGTATAAGGATGTTTGATGGCTAGAAAGTGAGCATATTTACTTAGTCTATCCACCACCACAAAGATAACTTCATGTCCAACAGCCTTAGGTAACCCATCTATAAAATCCATAGAAATATCACTCCATATAGTATTAGGAATTTCTAATGGCATCTATTGAAAGAAGAAAAATAGAAAGACAAACTATTTTACGTGGATGTCAAAAATACAACGGGACGACATACAACAAGATAATAGAAGATAAATAGGGCACTATAAAATCTTGACAAACCCTCGGACTTTCAATATACAACAAGCTCGCTAATTCTAACACTCCCTCTCAAGTTGGGCCGTAAATGTCAAAAAGACCCAACTTGCTAACACAAGACTCAAAGCTTTGTCTGAGAAGTTCTTTTGTGAGAATATCAGCAATTTGTTGGCTTGAAGGTATGTAAGGAATGCAAATACTACCACTGTCCAATTTCTCTTTGATAAAGTGTCTGTCACTCTCTACATGTTTAGTTCTGTCATGTTGGACTGGATTATTAGCAATGCTGATAGCCGCCTTATTATCACATAAAAGTTTCATAGGCACCTCACAGTCTTGGAGAAGATCAGATAACACCTTTTGATGCCAAATTTCTTCACTGATTCCCAAACTCATTACCCTGTTCAGCTTCATCACTACTCCTGGCAACAACCCCTTGCTTCTTGCTTCTCCAAGTAACGAGATCGTCCCATACAAAAGTACAGTACTCGGAGGTAGATTTTCTATCAACAATAAATCTTGCCCAATCAAAATCTGTATATGCCCCAATACACCTTTGGTCAGTTTTTCTGAATCTCAATTCCTTACCAGGAGGTTGTTTTTAAATACCTCAGAATTCTATTTACTGCTTCCATGTGTTCTTCGTAAGGAGTCTGCATGAACTAACTAACAGTACTCACAATATATGAGATTTCGGGCCTAGTGAGATAAATAAATCAGTTTGTCCACTAGGCGTTCATACTTTTCTTTGTCAATCGGAACTTGATCACCTGTATCTTTGAGTTTGGTATTGGGCTCAATTTGTGTATCAGCGGGACGACATCCTAACATACCTGTCTCATTTAACAAATCAAGGGTATATTTCCTCTGGGATACAGAGATGCCCTCTCTAGATCTGGCAATTTCCATCCCAAGGAAGTATTTCAGATTTTCCAAGTCTTTAATTTCAAACTCATTCCCCATTTTCCTTTTTATCCGGACGATTTCATCGGCGTCATCGCCAGATAGAACAATGTCATCAACATAAACTATCAAAACTGTAATTTTTCCAGACTTGGAGACTTTTGTGAATAAAGTATGATCAGAATGCCTTGAGTGTACCCTTGAGACTTGACAAAGGTGGTAAATTTGTCAAACCAAGCTCTCGGTGACTGTTTCAACCCAACAAGGACTTTCGAAACCTGCAAACTTGATGGCCAAATTGGGCTACGAATCCCCGTGGAGGACTCATATACACTTCTTCTTCTATATCTCCATTCAAGAATGCGTTCTTCACATCAAGTTGATATAGAGGCCAGTCTTTATTCACAGCGACAGACAGTAAGACTCTCACAGTGACAGGAGAGAAGGTTTCAGAGTAGTCAACCCCATAAGTTTGAGTGAACCCTTTTGCAATTAATCTAGCCTTATATCTGTCAAGAGTACCATCAGCTCTGTACTTGATAGTAAATGCTCACTTGCATCCCACACTCTTGTGTCCCTTAGGTAGAGTGCAGAGCTCCCAAGTCTTGTTCTTTTCCAAGGCTCTCATTTCCTCCATGACTGTAGTTTTCCACTCTGGGCATTCAAAGGCAACATGGATATTTTTGGGTATAGTAGTAGAGTCAAGATTGGCTGTAAAGGCTCTAAACCGAGGAGACAGGTGATGGAAACCCGTAGCTATAGAAATTATTACTTATATTGATAATAGATTCACTAACGAATCTGTAATACAAACCCTAATGGAAAACAAGGAAAACTCAAACCCTCACTGTTATCCTCTCTCTCAAGGAAGAACAGAAAGCCTTTCTTCACCAAAATACTAACTGCCTTTCCCGCCCAACTTCTATCTTTTATTTATACTATCCTAACTCGCACGTGTCACTCTACACACGTGCCATTCTTCTTCTTCTTCCCTTTCCTACTATATTGATATAGTATCGGGGGTCTATCATTACTCTCCCTCTCCAATTTCACCTTGTCCTCAAGGTGAAAATCTGGAAACCGTTGTTGCAAATCTTCATGTAACTCCCATGTTGCTTCATGTTTTGGCAGTCCCTTCCAACTCACCAACACCTCCCAACTTCCCGCCTTATTTTTCGAATATCCGTACACTTCTTCTGGTACTGCTCTCCATTCATAATTCTCTGATAGACATGGGATATCATCACAATTCTCCTCATGTGTTCCAAACACTTTCTTCAATTGAGATACATGAAAAACCAGGTGAATCGCCGCTTGCTCAGGTAACTCCAGTTTATACGCTACTGGGCCAATTCTTTCAATCACCTTATATGGCCCGAAATACTTCGCAGAGAGCTTCTCATTCCTCTTCCTTCTCAAGGATTTTTGTCAATAAGGCCTTAGTTTCAATAAGACCAAATCCCCTACTTGGAACTGCACATCCCTCCTCTTCAAATCTGCATATTTTTTCATCTTGTCCTGAGCCACTTGCAAGTGTTCCCTCAACGCTCCCAAGGCTACATCTCTCTCTTTCAATTGCTCATCCAATGTTGAATTGGATGTATCTCTATCTCCATAGTATATCAAAGGAGGAGGTAATCTGTCGTATACTGCATGAAATGGTGTAATGCCTAACGAGCGTTGGTATGTAGTGTTGTACCAGTACTCAGCCCACGGTATCCATTTCACCCATTCCTTTGGTTTTTCTCCACAAAAACAGCGTAAATAAATCTCCACTCCTCGATTCACTACTTCTGTTTGTCCATCCGTTTGAGGATGGTATGCTGTGCTGTAATTCAATCTTGAACCCGCAAGTCTGAACATCTCCCTCCAGAATGAGCTCAGGAAGACTTTATCTCTATCTGACACTATGGACTTAGGAAACCCATGGAGTCTCACCACTTCTTTAACGAACAACTCAGCTACAGATTTTGCATTATATGGATGTTTCAAGGGTAAGAAGTGACCGTATTTACTAAGACGGTCTACAACCACCAGAATAACCTCAAATCCATTTGCTTTCGGTAATCCTTCCACAAAATCCATGGAAATATCTTCCCACACTCTATTAGGGACTTCCAGTGGTGTTAACAGGCCCGCTGGAGATAATGCCAGTGTTTTATTTCTTTGACACGTCATACATTCTTCACAATACTTCTTAACATCCTGTTTCATATTCTCCCAGTATAACTCTCCCGTTATTCTCTTGTACGTTCTTAGAAAACCTGAATGTCCCCCGAAGACCGAATCATGGAATGTATGCAAGATCTTAGGGATCAGTTTGGACGATTTGGAAATTACCAATCGATTCTTATACATCAACATCCCCTGCTTCACTGAGTATTTATTGGCCTGCTCCTGCCCTTTTTCTTCCAATTCCTTTCGGATCTTCAATAGCTTCTCATCTTGATTAACCTCTTCTTTAATTATGGCCACATCAACTATGTTTGGAACTGTTAGTTGATTCAATTCGATATTAGGTGGTACTCTAGACAACGCATCCGCAGCCTTATTCTCTAACCCTGGCTTATATATTACCTCAAATGAATATCCCAACAGCTTAGATATCCATTTTTGGTACTGGGGTTGGATCACTCTTTGCTCCAACAAGAATTTTAGTGACCGCTGATCAGTTTTCACCTTGAATCTCTTCCCCAATAAGTAGGGACGCCACCTCTGTACTGCCATTACTACAGCCATCAGTTCCCTTTCATAAACTGGTTTAACCCTATCTCTAACTGCCAGTGTATGACTATAAAAAGCAATAGGTCTCTGGTTTTGTATTAACACAGCCCCTAAACCGAATCCAGAAGCATCCGTTTCAATTTCAAAGGGAATGCTGAAATCTGGCATTGCTAATACTGGCAGTGACATCATGGTTCTTTGCAACTTGACAAAAGCTTCATGAGCCTCTTCAGTCCATCTAAAGCCTCCTTTCTTCAGTAATTGTATCAGAGGTGCTGCAATCGTTCCATAATGCTTAACAAATTTGCGATAATATCCAGTCAAGCCTAAAAATCCTCAAACTTCTCTTACATTGACTGGAATAGGCCATTCTTTAACAGCTCTAATTTTCTCTGGATCTACTTCTACTCCTCCTCCAGATATAATATGTCCCAGATATTCTACCCTTGCTTTAGCAAAGTTGCACTTCTTTTTGTTCACATACAATTCATTCTTTCGCAGTATTTCCAACACTACTTTGAGGTGATCCAAATGAGCATTCAAATCGTTGCTGTAAATCAATATATCATCAAAAAATACCAACACAAACTTCCTGAGGAATGGTTTGAATACAACATTCATTAGGGATTGAAACGTTGATGGTGCATTTGTTAGTCTAAACGGCATCACCATGAATTCATAGTGACCTTCATGAGTCCTAAATGCAGTCTTTTCAATGTCATCTGCACTCATTCTGATCTGGTGATATCCTGCCTTTAAATCCAACTTAGTGAATACCTCAGCTCCATTTAATTCATCAAATAGTTCCTCGATTACTGGTATTGGAAATTTATCAGGCACAGTCACATTGTTCAGGGCTCTATAATCTATGCAGAACCTCCAACTACCATCTTTTTTTCTTACCAGTAATACAGGACTCGAATACGGGCTCGTGCTGGGCCTTATTATCCCTGACGTTAGCATTTCTTCAACTAACTTCTCCATCTCATTCTTTTGTTGATACGCATATCGATACAGACGCACATTAATTGGATTTACACCCTCTTTCAAGTGGATGTGATGCTCTATTACCCGCCGAGGAGGTAATGTTTCAGGCCACTCAAAAACATCTTCAAATTTCTTTAGCACCACAGTCACCAACTCTTCCTCCGTTAATACTTCTTCAATGGAATCTTCCTCATCACTAAATTCACATCTTTCCAAGGCTCGGTATTCCACTAGATAGCCCTGATCCTCCTCTCCCCACGTTTTGACTAGATTTTTCAGGCTAACTCTAGCCTTAGTCAGACTATGGTCTCCTCGTATTATAATCTTCTCCCCTTGATATATAAAGGATAATATCAAGTTCTTCCAATCTACCTCTGTTACCCCCAAGGAATAAAGCCACCGCATACCTAAAATGGCATCCACTCCTCCTAACTCCAAGGGTAAGAATTCATCAACTACTTTCCAATCCCCCAGCATCAGTTCCACCTCTCCGCAGAAATCGCCCGTACAAAGATCCTTCCCTCGAAGAGCGGAATCTCACCAGCATCCTCTCCTTCATATTTGCCCAATCAATAAACTTCTCCCGTTCCTCCTGGGAGCGATACCAATTCAACGCTGGTCCTTCGAAACTTATAGTAGAGACAGTCATCTTCTCGGATTCAGTCAGTTTATGGATGAGAAAATACCTTTCAGTGCGAAACAACCACGAGTCAGGATCATCTCCGTTGAATATAGGCATCTCCACCTTCTTGAATTTGTTTCGATCGTTATTCCCTTCATCACTCGACTTCTTCTCTTCTTTTCTTTCTTCGTTTACTCGCCTTGAAGATCCTTCGCCCTCTTCATTCATCTTCGCCGGAACCGTTCGCATCGACAATTCGGTAATTCTTTCGTTCATCGTCGATCTCTCTTGTGCGGACGTTTCCATGATTCTCAGCAATGCTTGATTTTGTCTCTCCAAGTTCTTCGAAATTTCGATCAATGTATTCTCGATCGCCGGTAACTTCCCGATCTCCTTCTTAATGCTATGGATCTCTTGATCCATCGTTTCGATCCTGTCTTCAAATCTCGTATGCACCATCTTCCTTCTCGCCCAAAATCACGGCTCTGATACCAAATTGATGGAAACCCGTAGCTATAGAAATTATTACTTATATTGATAATAGATTCACTAACGAATCTGTAATACAAACACTAATGGAAAACAAGGAAAACTCAAACCCTCACTGTTATCCTCTCTCTCAAGGAAGAACAGAAAGCCTTTCTTCACCAAAATACTAACTGCCTTTCCCGCCCAACTTCTATCTTTTATTTATACTAACCTAACTCGCACGTGTCACTCTACACACGTGCCATTCTTCTTCTTCTTCCCTTTCCTACTATATTGATATAGTATCGGGGGTCTATCAACAGGTTCTTATAAAACACAAAATTAGCAATAGAGTGCTTTGTGCAGGATTGGTACCCTTCCTCAGTGCAATAGGAAGATCAAGAGACGGATCATACTTATTGATATTTTCTTAATGATTCTCCCTAGTGTTATTCTTCATAACTTTTTCAGTCACCACATTTCCACCATCACTGCCTTCTCTATGTGAAATGACCACAGTATCAACACTGTCCTGTTTACCTATGTCTCAGGATTAATTGTCTCGGACCTGTCACTTTCACTCATTTTACTATCAATATGTGAATTAGTAGTATCGTTCATACCTTGATCTCGCAGTGGTTCAGAATCTGGATCGGAGCCAGCTGAGTAGTAGGAGACCCCGGTTCCTTTCTAAGATTCCTCCTATAGTAGGTTTTCCAAGGAACTTGGTTCGTAGGTAGGACCGTGTTGTGAGGATCTGGGTTAGGTAGGGGAGTAAAAATAGGACTGGTAGACTCTAAGATCACCCAGTTAGACTCTTCACTCTTACTACTCTCACTCTCCCCCTGAAGTAGGCTAACGGGAAAGAAAGGACGATGTAGAGACTACAAATAAAACACTAAAAATACCCAAACAATTGGCAAAATAGAGACAGTACTCTGAGGATCTTTATTTATGTATAAATGCCAAAAGATACAGCAGAAGAAATATAGAAATAAAGCAACAAAGATTATAATAACATGCCAAACCTCCCTAGGAAAAGATAGTATTCTTCCTCAGGACGTAGCAGCCTCTACAATCCAAATGAAGACAAAAGTTAACCTAGCTCCCAATCCCGATAAGGCCCTATTTATAGCTCTTCTCTTATTCCTCCCCGTGGGCCCCACTCTCACGTTTTTTTCCTAACATTCTCTGATTTTCTGCTGTGTGAGCTTTTACGCTTTTACCCCTCCTTTTGTATGTATGGATGATAGGGGCCTTACAGACGATTCTCAAGAAAGGTGACATCCATGGAAACAAAGTACTTATGAGAAGACGGATGAAAACATTTATAGCCTCTTTGGTGCAAAGGATAACCAACAAAGACATATGCCTGAGCTCGAGGAACAAACTTAGTTGGATTAGGACCATGGTTATGAACATAAGCTGTTCACCCAAACACCCGGAGAGGAACATGAGAAATGAGACGGGTAGAAGGATATGACTCTCTAAGACACTTTAAGGGGATCTGGAGATGTAATACGCGAGAAGGCATCTAGTTAATAAGATGAGCTGCAGTAAGAATGGCATCGCCCCAGAGATAGGATGGTAAGGAAGTGGACAACATAAGAGACTGAGCTACTTCCAAGAGATGACGATTTTTCCGTTCGGCTATGCCATTTTGTTGGGGGGTATAGGCACAGGAACTCTGGTGGACAATCCCTTTGGAGGATAAAAACTCATTGAGGGTATGATTTTGGAACTCACGACTATTGTCACTTCGTAGAATAGCAATTTTCGCATTAAACTGTGTCTCTACGGTGTGATAAAAATCTCAAAAGACGGAAGTAACCTCAGACTTATCGGAGATGAGAAAGACCCAGATAAAACAGGTATGATCATCAATAAACGTTACAAACCACCGTATTCCAGATGAAGTAGTGACCTTGGAAGGACCCCAAACATCACTATGAACAAGGGTGAAATAATGAGTTGGTTTGTATTGTATGGTTGGGAAGGAAAAGATACCCGATGTTGTTTAGCTTGAATACACACATCAGAAGATAAAGTAGACACATCAATTTTAGAGAAAAGATGAGGAAACAAATGTTTCATATATTGAAAATTAGGGTGGCCTAGACGAAAATGTCAACATGAAATTTTGTTCAGAAGTAGTAAAATAAGAAGATAAAAGGCTAGTCCTAGAAGTGCTACTAGAGGTGTCATTATCAAGAAGGTAGAGTCCTCTACTATGCAGGGCAGTGCCAATCATCCTCCCTGAGCTCAAGTTCTGAAAAGAGACAGAATCAAGTAAGAATGTTTCTTTGCAGTTTAAATCACGAGTAATCTTGTTTATAGACAACAAATTATACGATATTTTGGGCACATGCAACACGTGATGTAAGGAGAAATCTTCAAAGGAATCTTCCCCTTCCCAGCAATAGGGGTCAAGGAGCCATTTGCAATCTTAATTGTTTTGTTACCAGCACATAGAACATAGGACACAAACAATGCAAAGGAACCAGTCAAATGGTCTGTGGCGCCAGAATCCAGAATCCGGAATCCAAGGTCTCTTCCCATCAATACTAATGAGACTGAAGGACTGAGATATACCTGTTTGGACAATGACACCTAGAGTAGTAGAATTCGGATTGACCTGATCCTCATGTAGATCGGGTGGTTGAGAAGTTCTAGCAGACTCACTCACATATACCCATCCAATGTTCTGTTTATCGTTGGAAGGACGTTTTTTACCTCCTGGGGGACGACCATTTAACTTCCAACACTGCTCCTTGGTATGCCATTGTTTCTTGCAATGATCACAGACAGGAATTGGTTTCCCATTATTCTTTTCACTGCCACTAGTAGAGGACCTTGCACTAAAAGCAGCGGAGTCAATACTCGAGATTGTCAAACTATTCATAGCATTTGTGCAATCCTCCTCAAGACGAATTTCAGAACAGACCTCCATTAGAGAGAGAATTGGTCTATCGCCTAGTATACGCCCACAAACTATATCAAACTTAGAGTTTAGACGAACAAGAAAATCATAAATCTTGTCAATCTTTGCAGCTCTGGAGTACTGTACACTGTCACTAGGATTGCTCCAGACTAGTTCTCTGCATAGATCCATCTCCTGCCAGATAAGCGAGAGTTTGTTAAAAAAGGATGTAACATCCATGGTCCCTTGCTTGCATTCATGAACCTGTTTCCGTAGAGTATATAGACGAGAGACACTTTGACGTTTGGAATACAGTTTCTGGGTTGTGTCCCAAATATCCTTAGCAGTTGCAGTGTTGAGTAAAGGTTTGCCAATCTGTGGCTCCATACTAATGATTAATGTGGATCGAAGAAGAGAATCCTCCCCCTTCCAGTACCGTTCTTGAGGGTCCCCAGGCGGAGGACGAGATATTTCCCTAGTCAGAAAACCAAATTTATGTCGCCCTTCAAGAACCATGTTCATTGACTGAGACCATGAGAAATAGTTATTGCCGTTCAATTTTTCGCCTGAAAAATATTTTGTAAACTGTGCCGCTGTATTAGTCACACAAGGAGAGGATAGAGAAGGGAACGAAAGTTATCGGATTCTCAGAATACACCGGTAAAGATGTATGGAGACCACGACTAGGGGTTTTAGATATTGCCCTTAAGGTAGCCTCAAGTGCTGCAATCTGCTGTCTAAGCTCCTCTAGTTGCTGGTGGGCTATATTCGAAGAAGAAGAGATTGGCATATTATGGTTCGAATGTGCCGGAGACTCTTCAACTTCAAATGTTAGAGTAGATTTGGGGATGCCCAACCTCGAGACGATAGCTAGGGTTTGGAATAGAGGCAGTGGATGGCAGGGCCTACAAGTTGGTCGGTAGAAGCGACGGTGGCTTGACGGAGGTAGATGGCAGAACATGAAGCGGCACGTGGGAGGCATTAATGGTTGCGAATGAAGGCAAGGGTGGTAGGGATGGGTTGGTTGAGTGGCTAGGTTCAATGGTCTCTGGCGATGGCACGTATAGTGGCGCGTGGAGGGGCGTGCGACGAAGAAAAAACTGGGTTTAGGATCGCTAGCGTTGTCTGAAGTTGTCGGAATCATTCATCCATGGCAGCACCTATACGAGCATCGACAGCAGTGGCAACGACAGTGCTGATGGCGGCTGTCTCCTCTGTTCAGTTTTCAGCAAATGTTTGACCTTCTAGGGTTTCATTGACATCATGCTCTGATACCATATTGAAAGAAGAAAAATAGAAAGACAAACTATTTTACTTGGAAATCCTAGAACAATGAGAAAAACCACGATGCTATTTTCTTATTATTTTTCTCTATCTCATAATGATACAAGGAGCATATATTTATAGGTTATAGAACCCATAACAAAAATAATAAAAGATAATTAGGGCACTATAAAATCTTAACAAACTCTCGGGCTTTCAACATACAACAAGCCCACTAATTCTAACGGCATCAATAACCCTACTGGTGAAAGAGCCAATGTTTTATTTCTTTGACAAATCAAACATTCCGCACAATATTTTTTTATGTCACTCTTCATTCCATCCCAATATAATTCTCCCGTGATTCTCTTATATGTTCTAAAAAATCCAGAATGTCCTCCAAACACCAAATCATGGTATGTACGCAAAATAATGGGTAAGAGAGATGAAGTTTTAGAAATAACTACCTTCCCTTAAACTACAACACACCTTGATGTACCGAAAATTTGGAATATCAGATTGGTGCTTCTCCACACTGCTTTTGATCTCCTTCAACTTCGGATCTCGGTCTACCTCTTCTTGAATAATTGTTAAATCAATCAATGCTGGTGCTGATATATGATTAAGATGAACCGTAGGAGGTACTCTAGAAAGAGCATCAGCCGCCTTATTCTCCAAACTTGGTTTATACATCATTTCAAACGAATATCCCAATAATTTCGCTATCCACTTCTGGTATTGCGGTTGTATCACTCTTTGCTCAAGAAGAAATTTCAATGACCTCTGATCTGTTTTTACTAAAAATTTCCTTCCCAACAGATATGGCCGCCACCTTTGAACTGCAAACACCCAACAATCAACTCTCTTTCATAAACTGGCTGCGATCTATCTCTCATACTCACAGTTTGACTGAAGTAAGCAATATGTTTCTTAGCTTGTGTCAAGATTTTCCCAAGTCCATACCTCGAAGCATTCGTTTTGATTTCAAATGGCAAACTAAAATCAGGCATAGCCAACACTGGCAAAGTCATCATTGCCCTCTTCAATTTTTCAAAGAAGATTTCAGCTTCTGCACTCCATTTATAGGCACTCGCTTTCAATAACTGAATTAATGGACCGACAATAATACCATAATTTTGGACAAATCTTCTATAATAACCATTCAATCCTAAAAATTCCCGCACCTCTCGAACATTAGTTGGAATTGGCCATTCCCTAATAGCTCATATTTTCTCAGGATCAACTTCCACGCCCTTCTTTGAAATAATGTGCCCCAAATACCCTATCCGTGCCTTGGCAAAACTACATTTTCCAAGATTGGCATAAAGTTCATTTGCTCGAAGAATGTCCAGCACCACTTCTAAATGTTGGAAGTGTTCTTCCAATCCTCTGCTGTACACTAATATGTCATCAAAGAAAACCAACTAACCTCCTCATATACGGCATGAAGATGAAATTCATTAATGCTTGGAAAGTTGAAGGGGCATTGGTGAGCCCAAATGGCATAACTAAGAACTCATAATGCCCTTCATGAGTTCTAAAAGATGTTTTCTCGATTCATCCGAATTTGATGATATCCCGCTTTGAGATCAATCTTTGAAAACATATTCGCTCCATTAAGTTCATCAAAGAGCTCTTCAATAACTGGAATAGGAAATTTATCGGGGATTGTTACATTGTTTAGCACTCTATAATCAACACAAAAATGCCAACTCCCATCTTTCTTTCTTACCAACAACACGGGACTGGAATATGGACTGGTACTTGGCCAAATAATTCCTGAAGCCAACATCTCATCCACCAAACGTTCCATTTCCTCTTTTTGTTGGTGTCCATATCTATATGGCCACACGTTTACTGGATCTGTCCCTTGTTTGAGATGGATATGATGTTCAATCCCACGTTGCGGTGGAAGTGTCTCGGGCCAACTGAACACATCATCGAACTTAGTTAACAGAGGGGGCAGTAAGTTTTCGACTGTGGGTTTCGTCTCCTCATCATACATCTCTTTTATAGTTAAACTACTGTGTAAGGCTCGACACTCTATTAAATAACCCTGATCTTCACTATCCCAAATCTTCATCATACACTTCAGACTAACCCCTGTCTTCGTTAAGCTAGGATCACCTCTGATTGTAATCCTCTTCCCATCATGCTGAAAAGTCATAATTAACTTCCTCCAATCCACTTCGGTAACACCTAAAGAATGCAACCACTACATTCCAAGAATCAAATCCACCCCTCCCAATTCTAAAGGCAAGAAACTGTCAATAATCTTCCAATCACCAATCAAAACTTCCACTTTGCCGCACACGCCTTTTCCTTTAATAGTCGTCCTGACCCAAGAATCACCCCATAATTTGTAGTTGTTTTCAAAGGAAGATTTAATGCAGTCTCCAATTTCTCAGATATGAAATTGTGGGTAGCCCCACAGTCAATTAACACTATGACATCCTCATTCTTCACTTTTTCCTTCACTTTCATGGTTCCAGGGTTGTTTAATCCCATCACTGAGTTGATAGATAACTCAATGTTGAGATTTTCAACAGCTCCCACCTCCATTGGTTTATCCTTCAATTCTTCAGCATATGGGTCATCTTCAACGATTTCTAATTCTTCCCCATTGTCGCACACAACCATCTTTCTCAATTCCTTTTGTTCTTTCACTTTACACCGATACCCAACATAATATTTATCTTCACATCTAAAGCATAATCCCTTCTCCCTTCGGGATTGAAATTCAGCATCAGACAATCATTTTGTTGGCCCCCTTCGGTTCTCCCTCGACTTAACCCCTTTCAATGTTATCGTTCTAATAGGTGTATTTCCCCTTGGTTGTATCTTTGTAGTGTTGCCGTTGGAAATTTCCTTGATTTTAGGCAAATTATACTGAATCTTATTCCCATATACGCTAACCAACCCAGCCTCTTTGCGAACCATCTCTCTGTGTTCTATTTTTAATGCCAATTTCATCATTGAAGCCAAACCCTTGGGTTCCAAAAGAGACACTTGCGTTTTCAGCCATGGGTAAAGCCCATTCATAAAAGTTTCTCCTAATACAATTGTATGTAAAAAGGCCATAGGAGCTAAAAATTTATCAAATCGATAACGATATTCTTCCACTATGGTTCCTGTTTAATAGTAAAAAATCGACCCATCAAAGATCCATCTCTTATTGTTCGAAAACGAGTTAACATCTTCTGTTTTAGATCATCCCAATCCTTAAAAGCCTCACGTTCATCTTGGGAACGATACCAATCTAAAGCTGGTCCATCGAAATTGATAATTGCCACAGACAACTTCTCTGAATCAGTCAAGCTATGTATTTTAAAGAATCGATCCGCTTGGAATAACCAAGAATCCAGATCTGTGCCATTGAATACCGGTATTTCAACATTCTTAAACTTACTCTGATCGGTCAATTTTTCATCGTCGCTCTTCGGGTGCAACTTCAATTCATCGCTGAGTTCATCTAATATATTTTCTTTTTTCTTCTCTCTACTCACATATCCTTCATCTTCCTTCGATGTCAAAGTCTTCTCTCGCATGATACCTACAAGATATTTCACAACCATCTGCTGCTGTTGCTGCTGCTTTGCTATCATCGCATTCAAAATTCTCACTGTTCTTCAAAATCAGAGTTCAAATTTTTTAACTCTGTTCGCATTTCCATAAATTCCTGCTCAACAAGTTCCGGATGTTCTCATTTTTTCGCCATCTTTTCCGAATGCCTAGGTTCTAGTGCTCTGATACCAATTCATAGAACACTGATGTAGTGTTTCTATTATATTGATAATTTAAACACAACTTACAGTAATAAATGAATTGTGAACCTCAGAAAATGAGTCACGTTATAGGTAATTCACAAACAACAAGCAAAGTAAACCTCCTAATCCAAAATACCAAAACAACACACAAAACAAAATACTAAAAACTAAAAAGCAAACCAGAACACAGAACACAGAACACCAGCCTTCTTCTTCCCTTGTCTTTCAAGGAGTATTGCAAACCTCTTTCCCTAAAAACTGCCTATCTTCTCCATTCCCCTTCTCATCGATTTAACTTCCTCTTCCAAGTAATTGTCACCCTTTCTTTCCTCTCTTAACTTCCTCAATTAGCGGTTGGTTCCTACGTGATTTATTTTTCTTTCTTCTATTATAAGTAAATAACAGTGGTGGTCTAACAAACTTCTTGGAGCCTTGAAATTCTGGATCTTAAATATTTCGGGACTCTGTTCTCTATGTATTGTTGATATGTAATGTTCTATACACTTCATAATGATTTCTTTTTGACCTTTCAGTTGTGATTTTTTTAAATGATTTTGTTTGACAGGTGGAGAAGCTGGTTTTGATCAATGCTTGTGTGTATAGTAAATGCACCGGGCACCCTACAAAACTGCCAAATGTGGTAGCATATGCTGGGGTAAACCTCCATGGCATACAACTTAGTGACGCTAGTAATTATGATACCATTTATTTTCTTGTAAATTGCAATTACTATTTAGCAATTTTAAACTTATTTTGGAAGATTGATTTGACAGAGTCCATAACTTTTTAGCTTTTGCTCTTCTTAATAAAATTGTTTACAGAACACTCCGTGTTGAATGAAAAATTCTCTATGCGAGAAAAACAAGCTATGCAATATAGCTATGATTTAAATGTGTTTTAAACGCTAATTCTTTATGCGATGTGAAGAAGACTAAGCTATGCGATAGCTATGTTTCAAACGCTATGCGAATGAAAACTTGAGTCTCTCGTGTTTTTAGTTTTCAACTATGTAATATTGATTATGACTATGCGATAACATGAGCTATGCGAGATAGCTACGCAAAAAGTTAGAACATCTCATCGCATGTGTTGACATCCTAGACGAGATGGTCAAACATGATGAGACATATTAAAGTCATGATCTTTATCACATGATTGAAAAGAATCAAACGTTTTATTATCGTTTTAGCTTTTAATAAGTCAACATAACTCCTCCATAAATAAAAAAAGTTACAAATTGATTTCTCAAATTTAATTTCCAATGGTCTATTGATTCCCTCACACTATATATATAGTTTCTTCATCATTTCATTATACGCGCGAGAAATTTTCACAAGCAAGAAAACTCTCTAAAAAACTTCTTCTTTTGAGTTTACCGAGCAATTGTGAGTGTTTATTTGAGTGTTGAGATTCCAATTGATTTATGTGCAAAATCAATTGTTGAACAAAGGCTGTTTAATCTTGGAGACAATGTGGTTAAAATTCTGTTTGCACAAAGGAGTAGGCCGCGAAACGTCTTCAAGAGAATGTGATCTGCAACTTAGCCATTTCTTAAGCAATCTTTTGTTTTCCAATTTTGCGATCTGACCACTTGGCGAGATAATCAGTATGCGACTTGACTACGCAAGGAACGGTACATTAAGCGAGATAAAGATGAAGTGCAACAACTATTTTGAGACGTATCAATTTGCTGCAATGGCCGGATTATTTCAAGGCGATTTGAGTTCCTCTGACCTCAATCGTCCTTTTCGCTTTGAAGGAGCAAATTTTCAGAGGTAGAAACAAAAGATGTTTGTTCTTACTTTAAAGAAGGTGGCTACCACATGTATCTCTGAAGAGCAAAAAAATCCCAGAGTCCAATCCATCTGAGGAGCAAGTCAAAACTCATATGGCGTGGACAGAGACCAATTTTATATGTAAGAATTTAATACTTAATGGTCTTATCAATGAGATGTATGATTATTACAACACAATGTCTACCGCGAAAGAAGTTTGAGATGCGTTACAAAAGAAGTATGACATTGAGGAAGCTGGATCCAAGAAGTATGCGGTAAGCCGATACTTGCATCATCAAATGACCGATGACAGATCAGTGGAGGCTCAATCGAATGAGATTCAGAATATAGCAGATGAGATCATAAGCAAGGTATACGGCTTGACAATCAATTTCAAGTTGTGGTTATTATTGATAAATTACCTCATCTGTGGAAGGATTTCAAAAATACTCTAAGGGATAAAACCAAGGAGTTCTCGTTGGAAAGTCTCATCACGCAATTAAGGATTGAGGAAAAGGCGAGAAGACATGACCAAAAGAAAGAGGTGAACGCAATTTCCAGAAAGAAGTCAAACGCAGTGCTGAAACCGAATCTGAAGCCTAAACGAAATAAAATGAAACACGGATCCAACAAGCAAAGCAATTCGCAAAGACCCCAGTCCAGAAGTACGGTACAAATTGTTTGCTATAATTATAATAAGCTTGGATACTTAGCTAGGAATTGTAGAAATAGGAATCATCCTGCTGTGTGTCACAATCGTAGCGTTTCAACCTTGAAACGGACGATTGTGCGACACTTGTTCTAACTCGATGAACAAGTCAGCCGATCAAAATCCGAAAGTTGTGGGTAACGTCGACGTATGTCGTAACCTTCCTTAGCGTTCTTGGAAAATTTATTTATAAAACGCGGAAAAGAAAGAAATACATTGAAATAGACGTTACAATAAGCATTAAAGACTGTCAATTGCAAGGAAAAAGGGTTGCTTGCAAAGAGTACAACTAATGCTTGGGCGGGGATTCAACTGGTATGCCTCCCCTATAGTACATTTTGAACATTTTCAGCTCTGGTAGGCTTGCATATTAAAATGCCGAAACGTCACACCCAAGCTTTATGACTTAAAATGAAATGCAAATGCCTAAACTAAATATGGTGCTTAAAGATAAGATAAATGGGAGCTAATCGGAGCATATAACCAAAGGTAAACACACTTTGGAAAAATATGTCCGTGACACACTCCCCCACTTAAAGAGTTGACGTCCCCGTCGACTGTCAAAGCTGGAATCCTTCGATCTTCTGCTTCCACGCTTCACGGTCATTGGTACGTCTTCTGCATGCTTCTTCCATGAGGAGGCTCTTTCGGTTCGCCAAGAACTGTGTATCCTCTCCGTGGGTCTTCTTCTTTTTCCTCACTTCCTTCGCAAGGACTTCTTCAACTTTGGTTAGTTCCTCGTGTCCTCTCACGAGGTGATGATCCTTGCATCTTTGTAACCGAGTCTGTTCAGGTCGCAGCTTCGCGATGACTTGACCTTCCATACGAAGGTCCAAAGGTTGATACTTCCCATCTGCCCATCTTTTCGGTCGCTTCAAGACTCTCTTTAGACCGACTCGAGCAATGTCTGATTCTTGCTTCCATCTCTTGGTAAACTCGCGAGTCTGAGGACTCTTATCGATACCGAAGGGGTCAACAAGGCGCGACAGTACAGGTTGTCTGCCACCCACAATCTCGACCCGTCTTCCACCTGCTGATGAACTCAACACGCAACTGACACGACATCTGGTCTCCTTCCACAACTGGATCCCCTTCTTTTGTCTTGTTCCACTGACCCTCGCCAAACTCACACCATCCGGAGCCACAGAGTATTTTTTCAAGGATTCCTTTAATGCGTCCCGCATTAGGCCGTCCACTTGACACGCCTGTATACGGGCCAACATGCACGGAACCGCATGGTCATTACTCCGATTAAGGGCATTAGTTGCCCGATTTCTGACTCCTTTCCTACGTTCTGACCCAAAATCAAGATCAAATAGGCCTCCTTGCCACTTAGCTTGACTTGAAGTCAGTTCCAACTGAGTACCGAGGCGATTGGTAACTGTGTGGTTCATCTCTCTCACACGGGTAGATCCCTGTGAATACAGTTTCACATTCTTCTGACTGTGTATCATGGCAAGCGTTTCTTTCCCAAACATTGTATAAGTGCTTTCTGCCACACTCTGCTTCAGACTCTCAGATGCGACGGGGTGTCCACTCTGCACTAGGACGCCACCCGACGATGATTAGACGCCTTAACATAAGCTTCAACAAGTTGAGTCCCACTCACGGACCCAAAAGTTGGCCCTCTTCTCGGGGCTTGCTTCAGGACACGATTGTCGGCACACAACCGTCCATTCTCTTCCTTCCGTAAGATGGCTTGATCTTCATACGGAGCTTTTGCAGGTCTAGTGAATCCTGCACTCGACAATCTCTGTGACTGTCTTTGGAGTCCAGTTGACTCTGACTGCGCCATACGACAATTATTGTTCGTAGGCAATTCTGACATGGGCAAACTATCACGTTTCCCATCACAACATTTCTCCACGACACACCTGGTGTCTTCCTGAACACGGCCCTCCCTCTGTTGCATGGCCGAGATCATTCTCAGTCTTTTGGGTTGCCGAAGGTCTGTTTGCACAACGGTGGGGGTAGACCCCGTGATCGCTAGACATCTAGCTGCAGGCATCATGATCACTTTGATGTCCGAGAAGGAATTCCATTCCGAGAACTATATCAAAGTCATCCATGCCTACAACTACGAAATCAACGAAACTGCTCCATCCTTCCAACTGTATCACCGCTCGTTTCACTACTCCAACGACGGGTAGAGCTGTAGAGTTCACGGCCTTCATCTTTCCCGTCTCCTTCTTCCAATGAAGGTTTAGTCGTCTGGCTTCGACCACCGTTATAAAATTATGAGTTGCACCGGAGTCGACCATAGTACTCCTTGCACGCTTTCGGTCGATCCAGGTGTCAACATATATCAGCCCCCTTTCGTACGTCCACTTGTCTCCCCCGCTTTCTTCTGAAGGGACGACAAGAGTCTTATGGCTCCCACTCTGACATTTTGGATTTCCTCCACTTGCCCATCTTCCTTCTTTGGTTGACTCAGCTGGTCCTTTGAATCCGCAGCCAAAGAGGCTTGAAAGGCATAAAAGGCCGATTTATCCAGGCATTCCCTTGCCAGATGTGGCCCGTTACATATATAGCAACTGATGGGACGATTCGACGTGTTTGTACTATCACGTCTTTTCCAAGTGTCCCTTGTGTTGGACTGGGAAGGCTTGCGGTCTCTACCGGGACTTCTGTTTTCACTGGCAGCCTTGGGAGAATTCGGTCGCCTGTTTCTGTCTCTTCCAGGTGAAGAGCTTTGATGACGTCTCGCGTCCTGAGAGTCACCAGACAGATCAAACAAACGTTCAGCTATTGCATAGGCTGACGTGAGGTCTTGAACTTTCTGCTCGTATAACTTAGTCCTTGCCCACGACTTCAACCCTTCAACAAAACTGAAGATTTTGTCCTTTTCGGTCATGTCTGATATATCCAGCATCAGCCCTGCGAATTGATTCACATACTCCCGAATAGTTCCAGTGTGTTTTAATTCTCGCAGTTTTCGTCGAGCCAGAATCTCGACATTCTCGGGGAAAAACTGCGAGCGGAGTTCTCTCTTCAAACTGTCCAAAGTATCTATGGTGTAACGCCCTTCCTGAATGTCCACATACCGGGATCTCCACCACAACTTTGCATCTTCAGATAGACGCATGGTCGCCAATGTCATTTTGGCTTCTTCCGTATTAGTGTTCGTGGCTTTGAAATACTGCTCAATGTCGAAGATAAAGTTTTTCAATGCCTTTGCATCCCTTGCCCCACAGAAGGGCTTGGGTTCTGGGATCTTTATCTTGCCAACTGTAGTTGCTCCTCCAGCTGAAGCTTGATTTTCCAACGCTCGCATTGTAAGGTTCACCTTCGTGTTCACCTCTGCGATTTCATTCCTAACGACATCCAGGGTGGCTCGAAAATCCTCTGTCATGTCGTTTATCATTTCCATTATGTCTTTTTGAGAGTTATCTAGCTCAATAACTCGTTTTTCCATATGGGCAGCAGCGCCCGACGAACTGTCCCCACGCTCGTAGGTGACATTTCCAGTCCTCCTGATTTGTGACTCTATCGTGTCAACTCTAGCCAACAAATCTTGTATGGGTAATCCGTCCAGGCGACCGGACATCGCATCAACAGCATCAGCTCTCTTGGAAACTTCCTCAAGCCGCTTCTGAAGAAACCGGATGGAATCAGGAACTTCCATCAGGTGAAGCATCTGCTCTTCGATCTCCACCAATCGTTCATCATGGGTCTTACCCGTACGTTTCGCAGCCGACATCTTGTGTCTCAACTGTCACTCAGCCAACTTAGGCTCTGATACCACTTGTCACAGTCGTAGCGTTTCAACCTTGAGACGGACGATTGTGCGGCACTTGTTCTAACTCGATGAACAAGTCAGCCGATCAAAATTCGAAAGTTGTGGGTAACGTCGACGTATGTCGTAACCTTCCTTAGCGTTCTTGGGAAATTTATTTATAAAACGCCGGAAAGAAAGAAATACATTGAAATAGACGTTACAATAAGCATTAAAGACTGTCAATTGCAAGGAAAAAGAGTTGCTTGCAAAGAGTACAACTAATGCTTGGGCGGGGATTCAACTGGTATGCCTCCCCTATAGTACATTTTGAACATTTTCAGCTCTGGTAGGCTTGCATATGAAAATGCCGAAACGTCACACCCAAGCTTTATGACTTAAAATGAAATGCAAATGGCTAAACTAAATATGGTGCTTAAAGATAAGATAAATGGGAGCTAATCGGAGCTAATCGGAGCATTAACCAAAGGTAAACACACTTTGGAAAAATATGTCCGTGACACTGTGCAGGCGAACCTGGTAGAAGATGAATATATAGCCATGATTTTTGAAGTTAATGTCATAGGGGGGTCTGAAGGTTGGTGGCTAGACACAAGTGCTTCTCGCCATGTCTGTCATGACCTTAGTTTATTTAGAAAGTATAATGAGATAAATGATAAGAATATCCTTCTAGGAGACCATCACACGACAAAGGTGGTAGGCGTTGCAAAAGTAGAATTGAAATTCACATCTGGCAAAACGCTTGTGCTAAAGAAAGTTCTTCACACGCCTGGAATTCGAAAGAATTTTGTCTCGGGATATCTTCTTTACAAAGCTGGCTTCTTGCAAACTATAGAGTCAAATTTATTTACTTTAACTAAGAACAATGTTTTTGTGGGAAAGACGCGACAGAAGACATGTTTAAACTAAACTTAGAAATGAATAAGAATTTAACTTCCGCTTACATGTTGTCTTCTTTTAATGTTTGGCATGCTAGACTTTGTCATGTTAATAAAAGACTAATTAGCAATATGAGTAGGTTAAATCTTATACCTAAGTTATCTATGCATGAGTTTGATAAATCTGCATGTTGTAGTCAAGCTAAGATAACAAAAACCTCGCATAAGTCTGTAACTAGAGTAATAGAGCCTTTAGAATTAATACATTCAGACTTATGTGAATTTGATAGCAAATTAACTAAGAACAGTAGAAGGTATGAATAACCTTTATAGATGATTGTTCCGACTACACTTTTATTTATCTGTTTAAAAATAAAAGTGATGCCTTTGACATGTTCAAGGTGTATGTAACTGAAAACAAAAGAATTAAGAGACTTCGTAGTGATAGAGGAACTGAATATGATTCAGTTGCCTTCAATGAGTTTTGTAAATCAAAAGGAATAATACACGAAACTATTGCACCATATTCTCTTGAAATGAATGGAAAAGCAGAAAGGAAGAATAGAACACTAACGGAGTTAGTAGTTTCTATCTTACTTGGATCAGGAGTAGCACCATCTTGGTGGGGTGAAATAATTAAGACTGTTTATTATGTTCTTAATAGGATTCTTAAATCAAACAGTAAATCATCACCATACGAAGTCCTTAAAAATAAAACGCCAAACCTGTCTTATCTTAGAACTTGGGGCTGTCTAGCCTATGTTAGAATATCTGATCCAAAGAGAAGAAAATTAGCCAGTAGAGCCTATGAATGTGTTTTCATAGGATATGCTGAAAACAGTAAATCCTATAGGTTCTATGACTTAGAAAACAAAGTAATCATAGAATCAAATGACATAAATTTTTTCGATGATAGATTTCCTTTTAAATCTAGAAATAATGGGGGCTCAAATATGAACTAGTGGGGAGCTCAAGTTCAAGTAGTGTACCTTCAATTAGGATCTAAACCCAAGAAAAGGAAGTAGATCCTGAACCTAGAAGAAGCAAGAGAGCTACAATCATAAAGAACTTTGGAGAAAACTTCGAAATGTATAACGTAGAAGATCCAAAAGATTTAACAGAAGCCTTATCCTCAATAGATGCCAACTTATGGCAAGAAGCCATCAATGATGAAATGGACTCTCTTGAATCCAATAGAACTTGGCACCTAGTTGATTTACCCCTTGGCTGCAAAGCAATAGGCTGTAAATGGGTTTTAAGGAAGAAACTCAAACCTGATGGATCAGTAGATAAGGCTAGATTAGTAGCCAAATGTTCTAGGTTGAGGAAAAACATAGATTTCTTTGATACTTTTACCCCAGTCACTAGAATCACCTCAATTAGAGTGTTGATATCTATAGTTGTCCTGAACAATCTCTTAATCCATCAAATGGATGTCAAAACAGCTTTCCTAAATGGTGATTTAGAAGAAGAGATTTATATGGAACAACCTGAAGGTTTCATTGTTCACTGTTAAGAAACCAAAGTTTGTAAACTACATAAATTCCTCTACGGTCTAAAACAAACTCCTAAGCAATGACACGAATAGTTTGACAACTTAATCATGTCCAAAGGATTCAAAGTAAATGAGAGTGACAAATGTATCTACTATATGATCGAAGATAGGTTATGTACTATCATATGCTTATACGTAGATGACATATTAATCTTTGGATCAAACCTGCATGTCATAAATGATGTAAAACTATGTTGAGTGCAGATTTTGACATGAAAGACTTAGGAGAAACTGATCTAATCCTAGGTATCAAGATTACAAGAACTGAAAATGGAATTTCTTTAGATCAATCTCATTATATAGAAAAGATTCTAAAGAAGTATAACTACTTCGATAGTAAACCAGCATGTACACCTTATGACTCTAGTGTTAAATTATTCAAAAACACTGGTGACAGTGTTAACCAATTCGTGTATGCTAGTATCATAGGTAGTTTGAGGTATGTTGTTGATTGCACTAGACCAAACATAGCTTACGCTGTAGGATTACTATGTAGGTTTACCAGCAGACCTAGTCTAGAACACTAGAATGTTATAGAGCAAGTAATGAGATATTTTAAGAAGACAAAATCTAAGATTACACTATCAAAAGTTTTCCGTTGTACTTGAAGGTTACAACGATGCTGATTGGAACTCCCTCTCAGATGACTCAAATGGTACAAGTGACTATATTTTTAATGTAGCAGGAGGAGCTGTTGCTTGGAAGTCCAAGAAACAGACAATTTTAGCCCAGTCAACGATAAAGTCAGAGATGATAGCACTAGCTACTGCTAGTGAAGAAGCAAGTTGGCTTTGAAGCTTACTATCAGAGATTTCCACCTGGGAAAGACTGGTACCAGCCAGTGTTTTAAAAGGCTCACTAAGGCGCGCCTAGGCTCAAGTCGCGCAGATGGGGCTTATTTGTAAAGAAGCGAGGCATTTTCACTAAAGCCTGGCTTAGGCGCGCCTAGGCTCAAGTCACATTAAGCGTGGGCTTTTTTATAACTAATGGGCTAGGCTTTAATTAAAAAAAATTATTATATAGGTTTTTTAAACCTATTACATGAAAGTTAAGAAACAATTCTTCTCCTGCACGACTTTTCTTCAACGCAGGTCTTCATCTGCCTCTTTCGTTCCCTTTCTCCTTCATCTTCAAAGAATATTTTATACATTTCAAAGAGTAGTTTTCTGTTGTGTTTTGTTTTTTTGGGTAGAAAACTAATTTTATAATATTTTATACATTAGAGTTAAGTCTCAATTCCACCTTGGTTATATACTTATATTTTATACATTGTTGCTCTGCTCAACATATGTGTGTTTATATATGTATATTTTCTTTTTATATATAGTGCGCCTTCTGAAAAAAAGCCGCGCCTTTTTGTGCACCTTGCGCCTAGGCTCAAGAGGATTATTGCTCCTTAGTGCGCCTTGAGCATTTAAAAACACTGGTACCAGCTATACTAATCCATTGTGGTAGTACTGCAGCTATCGCAAAAGTTCAAAATCGTTATTATAACGGTAAGAGAAGATAAATACGTCGTAAGCATAGTACCATTAGTGAATTTCTCACTACTGGTGCAGTGATAGTGGATTATGTACGGTCTGATTTGGTTGATCCTTTGACGAAAGGACTAGCAAGAGAGCAGGTTTTTAAAACTTTAGACAGAATTGGACTCAAGTCTATTGGAAATTGAATTACAATGAGGTAAACTCAACTTGCTGGACTGGAGATCCCAAGAAACAAGTTCAATGGGTAATAACTGATCACAAGTAATATAACGAGAATCATGCTAGAATAGGAGTTCCATGCTTATGATTCAGTAATTAGCATGATATCCTGAAGCGTATGAGGAGGCTGAATTTTGTTCTTAATGAAATCTATACTTGATATCAAGTAGGGTACCTAGCTACATGAGTACTCTTGATAGATTCATCTTTGTGAATGTGGAAGTGAGGGTCGCTTCCTATGGAATTATGGGCAAATTCCTAGAACGTTCACTAAACTGGGATACACGTGCAAGGCCATAAAGCATGAGCAATTTTAGAACTTCACTCGAATAATGCTATGTGTGAAATTGCGTTAGAAGTAAAGTTCAAAACTACAAGTTACTTTACAATAATCTAAACAATTGTCACTATGTAAAGGTTCAAGTCAATAGACGCCTCTACTTAAGTATAACATTACATAAATAGACATTGCTCGATGAAAATGTTTTCAAAATTTTCAAGTGGGGGATTGTTAAATGAAAAATTCTTTATGCGAGAAAAACAATCTATGCAATATAGCTATGATTTAAATGTATTTTAAATGCTAATTCTTTATGCGATGCGAAGAAGACTAAGCTATGCGATAGCTATGTTTCAAACGCTATGTGAATGAAAACTTGAGAGTCTCTCGTGTTTTTAGTTTTCAACTATGTAATATTGATCATGACTATGCGATAACATAAGCTATGCGAGATAGCTAAGCAAGTTAGAACATCTCATCCCATATGTTGACATCCTAGGTGAGATGGTCAAACATGATGAGACATATTAAATTCATGATCTTTATCACATGATTAAAAAGAATCAAACGTTTTATTACCATTTTAGCTTTTAATAAGTCAACATAACTCCTCCATAAATAAAAAAGGTTACAAATTGATTTCTCAAAATTAATTTCCAACGGTCTATTGATTCCTCACACTATATATGTACTTTCTTCATCATTTCATTATACGCGCGAGAAATTTTCATAAGCAAGAAAACTCTCTAAAAAACTTCTTCTTTTGAGTTCACCGAACAATTGTGAGTATTAATATGAGTGTTGAGATTCCAATTGATTTTTGTGTAAAATCAATTGAAGAAGAAAGACTATTTTATCATGGGGACGATGGGGCAATAATTCTGTTTGTACAAAGGAGCAAAGCTGCGAAACGTCTTCAAGAGAGCGTGATCCGCGACTCAGCAATTTCTTAACCAATCTTTTGTTTTCCAGCTTTGCGATCTGACCACTAGGCGTTTTGTCCACTTGGCGAGATAATCAGTAGGCGACTTGACCACTAGGCTGTTTTAAGCGAGATAAAGGACGAAGTGCAACAACACTATGTTCTTGTTAAATTTTTGTTTTACTAAGCACTTCCATTTGTTAATTCTTTGAAGTCTGTTATGTTCTTCAATATTTTGGAAAAGGAATGCCATGAAAGATTCTTTCTATACAATATTTCTTAAAAGTTTTTGTCAACATGAGCATGGCTTTGTGGTCGAAGTATCCCTCACTTGATTCAACTTTTCACCTAACGTGATTTAAGTACCTAAATTTTTCTAACTGTTTAATTATCCCGTGAAGAAATGTTCCCAGAATTTATGTAAAATAATAAAATACGTTTGCAGATTTGAATTTCCTTAGCTTCAAATGACATCTAACTGCTTGATTTTGGGAAATGTCTGTTATGATGACAGAGCCTGAAGCCTGTATAGCACTGAGTATCTTTGAATGAATTGTCAGGTTTCTTTGTTGAAAAGCATCCCATTGCGCCTCATTGCAAATAAGTTAACTTTCAATCGACTTTCTCTAGCTCAAAATCTAGAATGGACTAATGTAAGTTTCTGTTGCGTGCTTTTGAATATGTCAATAAATAAGCATCCCATCAGCATTAAAGTGTCAGATGATTCTTTTCTCTGCCTTCGATTTCTTATATCTTTTTGTTTACAACGTAAACATCTTTAATTCCATTTGTCTGTTGCAGTGTAATCTTGATTTTGTGTTACCTTTAGACAAGTGTTTGAAATTTGGTCTATCAAATACTTCTTGACCATAAGGAAATGTAGTTGTCATAAATGTGAAACCAAGATATTTCTTGTTTAGCTGTAGATTTCATATCTTGTTTAGATGGTGTGTGATGACATGACAATCTTATGATGTTATTATGGATTAGGTTGGCCGTTTGCACTGTCTACTGCCTTGGTGGGAAGATACAACTGTTAGTTTTATGAAATGTGGAGGTTATAATGTCATTTCCCAGATTAAACAGGTACGCCCATAAATAGCCAGTATGATGCTCTGCACTTTTAACACTTTTTTGGATCTCTGTCATCAAATTTGAGTTTCTTATAGCTGAAATTTTCTGGGACAGTAAATTCATCCTTTCCAATGACTCAATGGAAAGTAAATCTTTAGCTTACGAATTGATAGAGCATTTGTTCAAAAGAAAGTCAATAATACACATTAACGATTAAAAAAATGAAGTTAGTGGCTGAAGGCAAATAATATTATATCATTGAACGCTCTCTCACTTGTGGGTTCGAAATATGAAGAAGACCCAAAAAGTGGAAATCAATCTTAACTAACCTATTGATTCGAAAGCTTAAGCTAGTGGGTGAAAAGAAATTTAATATTATATCATTTAACACCTTGGTGTCTGAATAATGAAGGGCCAAGTAAAAATAATAAAACTGCTTTTTTGGGTAATTTTCTGTGGTGTTTGTTGAGAATCTCACGTTGGAAAGGAAAAGGGACTCACGTTTCTTATAAAATAGGAAAGGAAAAGGGACTCACATTTCTTATAAAATAGATGGGTTACTCTAATTACCAATTGGTTTTGAGTTGGATCCTCATACTATCAAATAGTGTTTTGTTGAAATTTCAAGTAGTTGCAAGTATTCTCCTCCCAAAATTATTTGAAGAAAAAATATTAACTAAAACACTAGTTTCGATTTTCGAAACTAGTTTCAACCACTAAATATGTTTACTAAAGCCCCGGATCATAGTGGTTTGGGATTCTTAGGTTGAAATGAATAAGCATATTTACACACTAGAGATGTTTTCAAATAATATCTACAGTTGCAGGTTCAAAGAAATAGTAAAACCGGTTTTAGGGTTAATATTTTCATGGTGTTTAGCTGCAATTTCAAGTATTGCTGTATGTTAACCACGTCCATTGTTATCTATACTTGAATCAATAGGTCAAGCACAGAGCACTTGTTATTGCTGGCGAAGATGACAGAATTATTCGCTTTAAAGATACGGTGGTGAGTTCTTATTTTTAATCAACTTAAGATACAAAAAGAATGTGGCTTTGAAAGAACCTGTCTACTGTGTTAAATTACTTAGCTTTGCCATTTGTCATGATGTATCTGTCATTCACGCTTTTGATTGGATTGGGCTTGGTTTTCTAAAATTTTATATAAGGAGGTCGTGCAGATATCATGGGTTAGACATGGTCAGGGGATAGGAAATAAACCCGGACTATATTGACCTATAATTGTGTAAAATATCCTAAGTTTTCTTATGTCAAATGTTATGCATTCAGGTAAAAAGTAAAAATTTTTGAGATACATATAAGTTGATTCAAACACTTCCTTTCTTTAGGTGATAACCATTTATTTTTTATATTTATATTTTACTTTAAATGAATTCTTGGTGTAAATCTTGTTCTGTTGGACTTTCTTAGACCTCCAATCATTTACACCTACAAAAGGAAGAAGTCAGGGAAGGATATGATGGAAATTACGTGGTTCTTGGGAGGACCCACCCCTGATGAGGTATATAAAGAGTGTTTTGGGTATTAGCAAATCAGGTCATATTTTGGGTAAAGGCCGCTGAGGCTTTTGAGGGGAAGATTCCAGCCTTCTTGAAGGAGCTGGAGAATAACCTTGGCATTTATTTCTGTCGTTTCTTTCTTATTTTACTGTGCTGTCCTTCAGTGTATTATGTGGATATTTTGTGAACTCATCTAGAATTTATCATCAGTAGAATCATCGCAGAGTACTGTCTTTTCTCTATTTTTTTTTGGGATTTTACTAACAAATTGGTATTAGAGCCACACAGTTTTGGGGGTTGCATGAGGCTATGAGCAATGGCGCAAAAACAAACAGGGAAGAGGCTGGAGAAAGAGAGATTAGAGAGCTGAAGGAAATCATTTTGGGACTGACTAAAGGAATCGAATGGCTGACCGAAGAGGTTAAGGAGAATAGTGCTAGTCAAAGAAGGGAGCAGTTTGGAACATCGATGGAGTGGTCCTCAATATCAAGGGAAAATTGAAGAAACAGAAGGGAGGATGCCTCTGGGACAAAGAATGTCAGACAAAAGTAAGTATAAGAAACTCGAGATGTCTGTCTTTGCAGGAGAGAACTTGGAGTCCTGCGTGTATCGAGCAGAACACATCTTTTAGATCAATGATTTAGTCAAAACGGAGAAGCTGAAGTGGCTGTCGTGAGTTTTGCACCAGATGAGGTGAATTGGTTCTGTTGGAGTAATAACCGTAAGAAAGTGACCTCATGGACAGACCTCAAGAATCGAATGTTCGAGCACTTCCAACCCACCGGAGAAGGGAGCTTGGGAGCTCATTTGATTCGGATTCGGCAGGAAGGATCCTACGTGGATTATCTGAAGAAGTTTCTGAACTACTCTACCCTGTTGCTGGAGATGTCAGAGAGTGTTGATGGATGCATTCGTGACTGGGTTGGAGCTGGAATTAGAAGCAAAGGTGATGAGCCGCCACCCAACATATTTGGAGCAGTGTATGAAGGGGGCGCAATTGGTCAATGACCATAACATAGCCCTGAAATTAGCCCTAAGCGAGTTCGGAGCCACGCCACATTACAATACCTATCAAGGGTAATTACGTAAAATGAGAACCCCCCATTAAGCGTTTATCAGATAGCGAATTTAGGGCTTGACTTGATAAAGGACTTTGTTTCTGCTGTAACGAAAAATACTTGAACGGTCACCGATGTAAGGTGCGGGAGAATTGGTAATTGATGTTGTTCATCATGAACGAAGAAGAGGAAAATGAGATGTTGGCTAAGTTGGGAGAGGAGATAGCAAACATCGACAAAGAAACCCAGGTGGTGGAGTTGAGTTCGATAGAGGTACCGCGAGAGACTGAGGTGGCGCTTACTATCTATTCTGGGATTTTCAGCAAAGAGAACAATGAAGCTGCGAGTCAAGGTAAAGGGGCAAATTGTGATAGTTTTGATTGACAGCGGAACGACCCATAACTTTATCCATCATCGGCTGATGGATGAATTGAATCTGCCAATCCTAAAGGAAATGAAATTTGGGGTGACTATTGGGGCTAATAGTAGAGGGTTTGCATTTGTAAGAGAGTGGAAGTAGTGTTGTCAGAGTTGACAATTGTGGCCGATTTCTTAGCAATTGAAGTGGGGAAGATGGATGCTATCTTGGGTATAGGTGGAAACCAAAGACTACTTTTGATTGAATGTATATTCTGCCTCTCAATGTGAGAGGAGATGCTTTATTTATAGAGAGAAATAGTAGTTGGTTACATAGTAACATAGTAACCAATTAAGTAGTTTTAGTTAACTAGCAGTGAGTTAAAACAGAAACTAGAAAGCAGTAGATTTAGGTTTATTTGATTTACATTATTCCATCCCCTAGCATCAAACTCGTCCCGAGTTTATCATGAAAGCTGAAGTCCGTCAAGCGCGACGAAGTATGACCAAACCAACCTCCTACGTTTTGGACAAAAATATTGTGATCGAAGGGATAAAATCGAGACAAAAAAATCAAATATGGCCACTAAAAGATGAATCTCTCCATCTGCCGTAAACCCGGAAAAAACGTTCCCTTCAATCTCACTTAAAGCTGTCTTCAAAGAATTAAAATTCGAAGAAAATCCTTCCAGAATCACATTTTCTTTATTATTCGCTTCAAGTTCTTCGACGGTTTGAAGATTCATTTCTTGATGAATTTGGTAGTATTTTTGAATTCTTGGATGGTGTTCTTGGTAATCTTGGACTGGTCTCTTCCTTTCTTGTACTTCAAATCTTCTTTCTTGATGATTTCGCCCAACTCTATGTATTCCAGCACCACGGATTCCTTGCTGCCCCCAGTCATGGACAAATTCCTGACGTTCTTGATGCATTATTTGAGGAGCTGCTAGTTTTCTAATCGTTGCAAGACTTCTTGAAGTGTAGCTTCAATTCTCTCCCCAGAAGCTTCCACAGACAGCAAGCATCGCGAGGTGGTTCTTGGAGAGAGGACGAGGTTTCATCCGCCTCTTGGTTTTGAGCAGGTTGCTTTGACGTTGCCAGTTGGTTTCGCCGAACAGCCATAGGTCCCGAGAGCTTATGGTGCTCTGATACCAATTGGTGTAAACCAAAGAGTACTTTTGATTGAATGTATATTCTGCCTCTCAATGTGAGACGAGATGCTTTATTTATAGAGAAAAATAGTACAAGTAGTTGGTTACGTAGTAACTAACTAAATAGTTTTAGTTAACTAGCAGCGAGTTACAACAGAAACTAGAAAGCAGTAGACTTTAGGCTTATTTGATTTACGTCATGTATGGAGTGGTTGCTCATAACGGGGTTTGTGAGAGTACACTAGCCGTCCATGACAAAGGTGTGGAAACGGATGGAGAAAAAGTAAAAGCAATGATAAATTGGCCATAACCGAAAGATGTGATGGAGTTACGGGGTTCTTTGGCTTAACCAGGTACTATAGGAGATTTGTAAACGGGTATGGTGATATTGCAACCCCATCGACTAAACTCCTGCAGAAGAATGCTTTCAGATGGAATGAGGAAGCATCAGAAGTGTTCGAAAGATTGAAACAAGCCATGGTGTCGGTTTCAGTTTTGGCTCTACCCGATTTTGCCCTGTTGTTTACCATTGAAACAGATGCTTATGTAATGAGATTAGGTGCAGTTTTTGAGTTAGAACACTAGGCCCATCGTTTATTACAGCCAGAAATTGTCAGCTAGGGCGCAAAAGAAATCCATATACGAGAGGGAGTTAACGACAATAGTTATGCCAGTGTAGAAGTGGCGCCACTACCTGTTGGGGAGGAAATTCACTGTGATCTCAGACCAGAAAGCACTTAAGTTTCTTATTGAGCAAAGGGAGGTTCAGTCACAATTTCAAAGGTGGTTAACCAAGTTATTGGGGTATGACTTTGAGATTTTATATCAGCCCGGACTTCAAAACAAAGAGGCAGATGCTCTGTCACAAGTGTCCCACCCGATTGGATTGACAATGATAACTACATCGGAATAGTTGAGATGGAGATTGTGTTGGAAGAAGGGGGGAAAGACGAGGAGTTTAGAAGATAATAGCAACGTTGACGGAGGATTCCTTGGAGAAACTTAATTATCTTTATCAATGGGTCAACCAGAGGACGCTATACAAGGAAAGATTGGTGCTTTCCAAAACGTCAGGCTTAATACCATCTCTATTGCACACTTTCCACGATTCTTTTTTGGGAGGGCATTATGGTTTTCTTAGAACTTACAAAAGAATGAGTTGTGAATTATATTGGGTAGGGATGAAAAATGACGACGAAACAAGACGGAGGCCACAACACCCGCGGGTCTCCTACAGCCATTGCCATTACCTGAGTTGATATTGGAAGACTGGACGATGGATTTGATAGAGGGGTTACCGAAGGCAGGGGGCTTTGACTCCATTATGGTTATAGTGTACAGTTTGAGCAAGTTTGCTACTTCATCACACTCATACACCTGCTTACTACCAAGCAAGTGGCAGAAGTTTTCATTGAGCGAGTAGTGAGTAAACATGGGATTCCGAAATCGATCATCACGGATCGTGACAAAATATTTCCGTGTAGTTTTTGGAAAGAGTTATTCTCAGTCATGGGTATAGTCCTCAAAAGAAGCACAACTTTTCACTCTCAAACAGACGGACAAACGAAGAGGGTCAATCATTGTTTGGAAACTTACCTACGCTGTTTTTGCTACGAGGAACCAAGTGGAATAAGTGTCTTCCTTGGGCAGTACTGTGGTACAACACCATGTTTCATGCATCGGCAAAGACCACCCCGTTCCAAATTGTCTTTGGGTGAACTCCACCACGATTAGTGTCTTATAGACACTGGAAGATAGTGTGGAAAATCTGGTGATAGCCCAAAATAGAATGAAGAAAGAAGCTGATTTGCATCGAAGAATGCTGAAATTTAAGGTAGGGGATGAAGTATATTTGAAGTTAAGGCCATATCGCCAACATATTTAGCATGGAAAAATACCGAAAAATTAGTACCTAAGTTTTATGGCCTTACAAAGTGACTGAATCCATTGGAGAAGTGGCATATAGACTGGACCTCCCTCCCTACGCTTCAATTTAGAACGTTTTCCATATTTTGCAACTAAAACTTAAGTTGGGACAGACCCAGAAACTGCAGCACCTACTATCGGCCTTAACGGAAGAATTTGAGCTGAGGCTTTTGAGGAGAAGATTCCAGCCTTCTTGAAGGAGCCGGAGAATAACCTTGGCATTTATTTCTGGCTTTTCTTTCTTATTTTACTGTGCTGTCCTTTAGTGTATTTTGTGGATATTTTGTGAACTCATTTGGAATTTATTATAAATTACAATTATAACAGAGTACTGTTTCTGTTTCTCTATTTTTGTTGGGATTTTACTGAGTTTCAGGGAAGGAATCCTAACAAGCTTCCATTCTTATTTCATGGTTCTTGAGTTTTAGACTTTTAGTCCTAAAATTTAAATATGCATGAAAATTCAGTTGAATCATTGTTGTGATTAAACTTGATATACGGATGAAACTTCTTATTACCTATTGAATAGATGGCTACATAAATGAGTATTTGACGCCACGTAGTAGATTGGAATTCTAACTTTTATACAAGCTTGTATTCTTTTTTAAAATGATTATTGTAGCTGATTGGAACTTGTTTCTTTCATCGAGTTTTGTTTCGTGGGCTTTGCTTTTTTAGCGTCATTTTTCATTTCCCAGGAGTAATGAGAATTTGAGAGATTTGTTTTTATTGATTTTGCAGAGGCTTCATTGTGAGCTACCAAATGCAGTACTGCGAGTAATTACAGATAGTGGCCATCTTCCCCATGTCGACAGTCCTGCTTCTGTTTCAAAGCTGATTACACATTTTGTGTTACATGATTGCTGCTAG

mRNA sequence

ATGACTCTCAAGTGGGGCTTCCCCTCACTCACTCATATCCACCTTACCAGAACTCCAATGGTCACCAAATGTGAAGGTCTTGGCCTTGGACGCCTCTTCTCTCATCCAAACTCCGCTACCTTCCCCTCATTTCTTCCTAAAGAGGTCTCTAAAATCAATGACCCTTTAGCCAGAACCATGGCTCGTAAAATCGAGAGGCTACCGATGACATTATTTGAAACTTGCATTATGAGTAGCTGTGTTAAACCAGCAAAAAGAAGTGAGAAGAATCCGGTGGTTCTACTCCATTGCTTCGATAGTTCTTGTTTGGAATGGAGTTATGCATTTCCTCTGCTTGAAGAGGCTGGTCTAGAAACGTGGGCTGTTGATGTTCTTGGATGGGGCTTTTCTGACTTGGATAGTCTTCCACCATGCAATGTCGAAACAAAACGTTCTCATCTGTACCAGTTTTGGAAGACCTACATCAAGAGACCAATGGTATTAGTTGGACCAAGCCTTGGTGCAGCTATTGCAGTTGATTTTGCAGTTAATCATCCGGAAGCTGTGGAGAAGCTGGTTTTGATCAATGCTTGTGTGTATAGTAAATGCACCGGGCACCCTACAAAACTGCCAAATGTGGTAGCATATGCTGGGGTTTCTTTGTTGAAAAGCATCCCATTGCGCCTCATTGCAAATAAGTTAACTTTCAATCGACTTTCTCTAGCTCAAAATCTAGAATGGACTAATGTTGGCCGTTTGCACTGTCTACTGCCTTGGTGGGAAGATACAACTGTTAGTTTTATGAAATGTGGAGGTTATAATGTCATTTCCCAGATTAAACAGGTCAAGCACAGAGCACTTGTTATTGCTGGCGAAGATGACAGAATTATTCGCTTTAAAGATACGGTGAGGCTTCATTGTGAGCTACCAAATGCAGTACTGCGAGTAATTACAGATAGTGGCCATCTTCCCCATGTCGACAGTCCTGCTTCTGTTTCAAAGCTGATTACACATTTTGTGTTACATGATTGCTGCTAG

Coding sequence (CDS)

ATGACTCTCAAGTGGGGCTTCCCCTCACTCACTCATATCCACCTTACCAGAACTCCAATGGTCACCAAATGTGAAGGTCTTGGCCTTGGACGCCTCTTCTCTCATCCAAACTCCGCTACCTTCCCCTCATTTCTTCCTAAAGAGGTCTCTAAAATCAATGACCCTTTAGCCAGAACCATGGCTCGTAAAATCGAGAGGCTACCGATGACATTATTTGAAACTTGCATTATGAGTAGCTGTGTTAAACCAGCAAAAAGAAGTGAGAAGAATCCGGTGGTTCTACTCCATTGCTTCGATAGTTCTTGTTTGGAATGGAGTTATGCATTTCCTCTGCTTGAAGAGGCTGGTCTAGAAACGTGGGCTGTTGATGTTCTTGGATGGGGCTTTTCTGACTTGGATAGTCTTCCACCATGCAATGTCGAAACAAAACGTTCTCATCTGTACCAGTTTTGGAAGACCTACATCAAGAGACCAATGGTATTAGTTGGACCAAGCCTTGGTGCAGCTATTGCAGTTGATTTTGCAGTTAATCATCCGGAAGCTGTGGAGAAGCTGGTTTTGATCAATGCTTGTGTGTATAGTAAATGCACCGGGCACCCTACAAAACTGCCAAATGTGGTAGCATATGCTGGGGTTTCTTTGTTGAAAAGCATCCCATTGCGCCTCATTGCAAATAAGTTAACTTTCAATCGACTTTCTCTAGCTCAAAATCTAGAATGGACTAATGTTGGCCGTTTGCACTGTCTACTGCCTTGGTGGGAAGATACAACTGTTAGTTTTATGAAATGTGGAGGTTATAATGTCATTTCCCAGATTAAACAGGTCAAGCACAGAGCACTTGTTATTGCTGGCGAAGATGACAGAATTATTCGCTTTAAAGATACGGTGAGGCTTCATTGTGAGCTACCAAATGCAGTACTGCGAGTAATTACAGATAGTGGCCATCTTCCCCATGTCGACAGTCCTGCTTCTGTTTCAAAGCTGATTACACATTTTGTGTTACATGATTGCTGCTAG

Protein sequence

MTLKWGFPSLTHIHLTRTPMVTKCEGLGLGRLFSHPNSATFPSFLPKEVSKINDPLARTMARKIERLPMTLFETCIMSSCVKPAKRSEKNPVVLLHCFDSSCLEWSYAFPLLEEAGLETWAVDVLGWGFSDLDSLPPCNVETKRSHLYQFWKTYIKRPMVLVGPSLGAAIAVDFAVNHPEAVEKLVLINACVYSKCTGHPTKLPNVVAYAGVSLLKSIPLRLIANKLTFNRLSLAQNLEWTNVGRLHCLLPWWEDTTVSFMKCGGYNVISQIKQVKHRALVIAGEDDRIIRFKDTVRLHCELPNAVLRVITDSGHLPHVDSPASVSKLITHFVLHDCC*

Homology

[Close]

BLAST of Chy7G136980 vs. ExPASy Swiss-Prot
Match: O05235 (Uncharacterized hydrolase YugF OS=Bacillus subtilis (strain 168) OX=224308 GN=yugF PE=3 SV=1)

HSP 1 Score: 70.5 bits (171), Expect = 4.2e-11
Identity = 66/250 (26.40%), Postives = 109/250 (43.60%), Query Frame = 0


Query: 89  KNPVVLLHCFDSSCLEWSYAFPLLEEAGLETWAVDVLGWGFSDLDSLPPCNVETKRSHLY 148
           +  +V +H F SS   +    PLL +   +  A+D+  +G S+         +     + 
Sbjct: 27  RQTLVCVHGFLSSAFSFRKVIPLLRDK-YDIIALDLPPFGQSEKSRTFIYTYQNLAKLVI 86

Query: 149 QFWKTYIKRPMVLVGPSLGAAIAVDFAVNHPEAVEKLVLINACVYSKCTGHP-----TKL 208
              +    +  VLVG S+G  I++  A+  PE   K+VL+ +  Y K   HP     T +
Sbjct: 87  GILEHLQVKQAVLVGHSMGGQISLSAALQKPELFSKVVLLCSSGYLK-RSHPTIIFGTHI 146

Query: 209 PNVVAYAGVSLLKSIPLRLIANKLTFNRLSLAQNLEWTNVGRLHCLLPWWEDTTVSFMKC 268
           P    Y    L K   ++ + N    +  SL         GR       ++  T      
Sbjct: 147 PYFHLYIKRWLSKEGVMKNLLN--VVHDKSLIDEEMIDGYGRPFQDEQIFKAMTRFIRHR 206

Query: 269 GGYNVISQIKQVKHRALVIAGEDDRIIRFKDTVRLHCELPNAVLRVITDSGHLPHVDSPA 328
            G     Q+K++   AL+I GE+DRI+  +   RLH +LPN+VL  +  +GHL   + P 
Sbjct: 207 EGDLEPEQLKKMNKPALLIWGEEDRIVPMEIGKRLHADLPNSVLYSLGQTGHLVPEERPE 266

Query: 329 SVSKLITHFV 334
            +S+ I  F+
Sbjct: 267 LISEHIADFI 272

[Close]

BLAST of Chy7G136980 vs. ExPASy Swiss-Prot
Match: A4JPX5 (2-hydroxy-6-oxononadienedioate/2-hydroxy-6-oxononatrienedioate hydrolase OS=Burkholderia vietnamiensis (strain G4 / LMG 22486) OX=269482 GN=mhpC PE=3 SV=1)

HSP 1 Score: 66.2 bits (160), Expect = 7.9e-10
Identity = 66/256 (25.78%), Postives = 108/256 (42.19%), Query Frame = 0


Query: 92  VVLLHCFDSSCLEWSYAFPLLE---EAGLETWAVDVLGWGFSDLDSLPPCNVETKRSHLY 151
           +VLLH        W+     ++    AG     VD  GWG SD         +     L 
Sbjct: 39  LVLLHGSGPGATGWANFHRNVDAFANAGYRVILVDCPGWGKSDSIVCTGSRSDLNARVLA 98

Query: 152 QFWKTYIKRPMVLVGPSLGAAIAVDFAVNHPEAVEKLVLINACVYSKCTGHPTKLPNVVA 211
               T       LVG S+G   AV FA+++PE V KLVL+        TG P++   +  
Sbjct: 99  GVLDTLGIGRAHLVGNSMGGHSAVAFALSYPERVGKLVLMGG-----GTGGPSQFVPMPT 158

Query: 212 YAGVSLLKSI-------PLRLIANKLTFNRLSLAQNLEWTN----VGRLHCLLPWWEDTT 271
             G+ LL+++        L+ + N   ++  ++ + L  T     +GR   L  + +  T
Sbjct: 159 -EGIKLLQALYRDPTLENLKKMLNVFVYDASTMTEELMQTRLENMLGRRDHLENFVKSLT 218

Query: 272 VSFMKCGGYNVISQIKQVKHRALVIAGEDDRIIRFKDTVRLHCELPNAVLRVITDSGHLP 331
            +  +   Y    ++ ++K  ALVI G DDR +     +RL   +PNA L V    GH  
Sbjct: 219 ANPKQFPDYG--HRLSEIKAPALVIWGRDDRFVPMDVGLRLVWNMPNADLHVFGRCGHWA 278

Query: 332 HVDSPASVSKLITHFV 334
             +     ++++  F+
Sbjct: 279 QWEHAERFNRMVLEFL 286

[Close]

BLAST of Chy7G136980 vs. ExPASy Swiss-Prot
Match: B2JQW2 (2-hydroxy-6-oxononadienedioate/2-hydroxy-6-oxononatrienedioate hydrolase OS=Paraburkholderia phymatum (strain DSM 17167 / CIP 108236 / LMG 21445 / STM815) OX=391038 GN=mhpC PE=3 SV=1)

HSP 1 Score: 65.1 bits (157), Expect = 1.8e-09
Identity = 66/259 (25.48%), Postives = 107/259 (41.31%), Query Frame = 0


Query: 89  KNPVVLLHCFDSSCLEWSYAFPLLE---EAGLETWAVDVLGWGFSDLDSLPPCNVETKRS 148
           K  +VLLH        W+  +  ++    AG     VD  GWG SD         +    
Sbjct: 36  KETLVLLHGSGPGASGWANFYRNVDAFANAGYRVILVDCPGWGKSDSIVCTGSRSDLNAR 95

Query: 149 HLYQFWKTYIKRPMVLVGPSLGAAIAVDFAVNHPEAVEKLVLINACVYSKCTGHPTKLPN 208
            L     T       LVG S+G   AV FA+++PE V KLVL+        TG P++   
Sbjct: 96  VLKGVLDTLGIERAHLVGNSMGGHSAVAFALSYPERVGKLVLMGG-----GTGGPSQFVP 155

Query: 209 VVAYAGVSLLKSI-------PLRLIANKLTFNRLSLAQNLEWTN----VGRLHCLLPWWE 268
           +    G+ LL+ +        L+ + N   ++  ++ + L  T     + R   L  + +
Sbjct: 156 MPT-EGIKLLQGLYRDPTLENLKKMLNVFVYDASTMTEELMQTRLDNMLARRDHLENFVK 215

Query: 269 DTTVSFMKCGGYNVISQIKQVKHRALVIAGEDDRIIRFKDTVRLHCELPNAVLRVITDSG 328
             T +  +   Y    ++ ++K  ALVI G DDR +     +RL   LPNA   V    G
Sbjct: 216 SLTANPKQFPDYG--HRLNEIKAPALVIWGRDDRFVPLDVGLRLVWGLPNAEFHVFGRCG 275

Query: 329 HLPHVDSPASVSKLITHFV 334
           H    +     ++++  F+
Sbjct: 276 HWAQWEHAERFNQMLLDFL 286

[Close]

BLAST of Chy7G136980 vs. ExPASy Swiss-Prot
Match: P23974 (Putative 2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase OS=Bacillus subtilis (strain 168) OX=224308 GN=menH PE=3 SV=2)

HSP 1 Score: 63.9 bits (154), Expect = 3.9e-09
Identity = 65/268 (24.25%), Postives = 113/268 (42.16%), Query Frame = 0


Query: 92  VVLLHCFDSSCLEWSYAFPLLEEAGLETWAVDVLGWGFSDLDSLPPCNVETKR-SHLYQF 151
           VV LH F  S   W++   +L ++ L    +D LG G +D          T++ S L + 
Sbjct: 27  VVCLHGFTGSKQSWTFLDEMLPDSRL--IKIDCLGHGETDAPLNGKRYSTTRQVSDLAEI 86

Query: 152 WKTYIKRPMVLVGPSLGAAIAVDFAVNHPEAVEKLVLINACVYSKCTG-------HPTKL 211
           +       + L+G S+G  +A  FA+ +PE V  LVL +     K  G          KL
Sbjct: 87  FDQLKLHKVKLIGYSMGGRLAYSFAMTYPERVSALVLESTTPGLKTLGERRERIMRDRKL 146

Query: 212 PNVVAYAG----VSLLKSIPL-------------RLIANKLTFNRLSLAQNLEWTNVGRL 271
            + +   G    V+  ++IPL             R+ + +L  N++ LA +L     G  
Sbjct: 147 ADFILRDGLEAFVAYWENIPLFSSQQRLAEDIRYRIRSGRLRNNKIGLANSLTGMGTGSQ 206

Query: 272 HCLLPWWEDTTVSFMKCGGYNVISQIKQVKHRALVIAGE-DDRIIRFKDTVRLHCELPNA 331
             L   W                S+++++    L+I GE D++       V  H  LP++
Sbjct: 207 PSL---W----------------SRVEEIDVPVLLICGEWDEKFCAINQEV--HKMLPSS 266

Query: 332 VLRVITDSGHLPHVDSPASVSKLITHFV 334
            + ++  +GH  HV+ P    K+++ F+
Sbjct: 267 RIEIVPKAGHTVHVEQPRLFGKIVSEFL 271

[Close]

BLAST of Chy7G136980 vs. ExPASy Swiss-Prot
Match: P23133 (2-hydroxy-6-oxo-2,4-heptadienoate hydrolase OS=Pseudomonas putida (strain ATCC 700007 / DSM 6899 / BCRC 17059 / F1) OX=351746 GN=todF PE=1 SV=2)

HSP 1 Score: 63.9 bits (154), Expect = 3.9e-09
Identity = 56/261 (21.46%), Postives = 104/261 (39.85%), Query Frame = 0


Query: 90  NPVVLLHCFDSSCLEWSYAFPLLEEAG--LETWAVDVLGWGFSDLDSLPPCNVETKRSHL 149
           NPVVL+H        W+    ++ E        A D++G+GF+         VE+  +HL
Sbjct: 28  NPVVLVHGSGPGVTAWANWRTVMPELSRHRRVIAPDMVGFGFTQRPHGIHYGVESWVAHL 87

Query: 150 YQFWKTYIKRPMVLVGPSLGAAIAVDFAVNHPEAVEKLVLINACVYS--------KCTGH 209
                      + LVG S G A+++ FA+  P  V +LVL+ A   S           G+
Sbjct: 88  AGILDALELDRVDLVGNSFGGALSLAFAIRFPHRVRRLVLMGAVGVSFELTDGLDAVWGY 147

Query: 210 PTKLPNVVAYAGVSLLKSIPLRLIANKLTFNRLSLAQNLEWTNVGRLHCLLPWWEDTTVS 269
              +PN              +R + +   ++R  ++  L    +       P +++   S
Sbjct: 148 EPSVPN--------------MRKVMDYFAYDRSLVSDEL--AELRYKASTRPGFQEAFAS 207

Query: 270 FMKCGGYNVI-------SQIKQVKHRALVIAGEDDRIIRFKDTVRLHCELPNAVLRVITD 329
                    +         I+ ++H  L++ G DDR+I  + ++RL+  +  + L V   
Sbjct: 208 MFPAPRQRWVDALASSDQDIRDIRHETLILHGRDDRVIPLETSLRLNQLIEPSQLHVFGR 267

Query: 330 SGHLPHVDSPASVSKLITHFV 334
            GH   ++      +L+  F+
Sbjct: 268 CGHWVQIEQNRGFIRLVNDFL 272

[Close]

BLAST of Chy7G136980 vs. ExPASy TrEMBL
Match: A0A1S3CBM3 (uncharacterized hydrolase YugF-like isoform X1 OS=Cucumis melo OX=3656 GN=LOC103499127 PE=4 SV=1)

HSP 1 Score: 693.0 bits (1787), Expect = 6.4e-196
Identity = 329/338 (97.34%), Postives = 333/338 (98.52%), Query Frame = 0


Query: 1   MTLKWGFPSLTHIHLTRTPMVTKCEGLGLGRLFSHPNSATFPSFLPKEVSKINDPLARTM 60
           M+LKWGF SLTHIHLTRTPM TKCEGLGLGRLFSHPN+ATFPSFLPKEVSKINDPLARTM
Sbjct: 1   MSLKWGFSSLTHIHLTRTPMATKCEGLGLGRLFSHPNAATFPSFLPKEVSKINDPLARTM 60

Query: 61  ARKIERLPMTLFETCIMSSCVKPAKRSEKNPVVLLHCFDSSCLEWSYAFPLLEEAGLETW 120
           ARKIERLPMTLFETCIMSSCVKPAKRSEKNPVVLLHCFDSSCLEWSYAFPLLEEAGLETW
Sbjct: 61  ARKIERLPMTLFETCIMSSCVKPAKRSEKNPVVLLHCFDSSCLEWSYAFPLLEEAGLETW 120

Query: 121 AVDVLGWGFSDLDSLPPCNVETKRSHLYQFWKTYIKRPMVLVGPSLGAAIAVDFAVNHPE 180
           AVDVLGWGFSDLDSLPPCNVETKRSHLYQFWKTYIKRPMVLVGPSLGAAIAVDFAVNHPE
Sbjct: 121 AVDVLGWGFSDLDSLPPCNVETKRSHLYQFWKTYIKRPMVLVGPSLGAAIAVDFAVNHPE 180

Query: 181 AVEKLVLINACVYSKCTGHPTKLPNVVAYAGVSLLKSIPLRLIANKLTFNRLSLAQNLEW 240
           AVEKLVLINACVYSKCTGHPTKLPNVVAYAGVSLLKSIPLRLIANKLTFNRLSLA+NLEW
Sbjct: 181 AVEKLVLINACVYSKCTGHPTKLPNVVAYAGVSLLKSIPLRLIANKLTFNRLSLARNLEW 240

Query: 241 TNVGRLHCLLPWWEDTTVSFMKCGGYNVISQIKQVKHRALVIAGEDDRIIRFKDTVRLHC 300
           TNVGRLHCLLPWWEDTTVSFM  GGYNVISQIKQVKHRALVIAGEDDRIIRFKD VRLHC
Sbjct: 241 TNVGRLHCLLPWWEDTTVSFMNSGGYNVISQIKQVKHRALVIAGEDDRIIRFKDVVRLHC 300

Query: 301 ELPNAVLRVITDSGHLPHVDSPASVSKLITHFVLHDCC 339
           ELPNAV+RVITDSGHLPHVDSPASVSKLITHFVLHDCC
Sbjct: 301 ELPNAVMRVITDSGHLPHVDSPASVSKLITHFVLHDCC 338

[Close]

BLAST of Chy7G136980 vs. ExPASy TrEMBL
Match: A0A6J1GTU8 (uncharacterized protein LOC111457484 OS=Cucurbita moschata OX=3662 GN=LOC111457484 PE=4 SV=1)

HSP 1 Score: 620.9 bits (1600), Expect = 3.1e-174
Identity = 296/338 (87.57%), Postives = 310/338 (91.72%), Query Frame = 0


Query: 1   MTLKWGFPSLTHIHLTRTPMVTKCEGLGLGRLFSHPNSATFPSFLPKEVSKINDPLARTM 60
           MTLKW  PSL+   LTRTPM  KCEGLGLG + S  NS  FPSFLPKEV KI DP ARTM
Sbjct: 1   MTLKWCLPSLSLHQLTRTPMAAKCEGLGLGGVLSDGNSGAFPSFLPKEVGKIKDPFARTM 60

Query: 61  ARKIERLPMTLFETCIMSSCVKPAKRSEKNPVVLLHCFDSSCLEWSYAFPLLEEAGLETW 120
           ARKIERLPMTL ET IMSSCVKP  RSEKNPVVLLHCFDSSCLEWSYAFPLLEEAGLETW
Sbjct: 61  ARKIERLPMTLSETRIMSSCVKPVIRSEKNPVVLLHCFDSSCLEWSYAFPLLEEAGLETW 120

Query: 121 AVDVLGWGFSDLDSLPPCNVETKRSHLYQFWKTYIKRPMVLVGPSLGAAIAVDFAVNHPE 180
           AVDVLGWGFSDLDSLPPCNV+TKRSHLYQFWKTYIKRPMVLVGPSLGAA+AVDFAVNHPE
Sbjct: 121 AVDVLGWGFSDLDSLPPCNVQTKRSHLYQFWKTYIKRPMVLVGPSLGAAVAVDFAVNHPE 180

Query: 181 AVEKLVLINACVYSKCTGHPTKLPNVVAYAGVSLLKSIPLRLIANKLTFNRLSLAQNLEW 240
           AVEKLVLINACVYSKCTGHPTKLP VVAYAGVSLLKSIPLRLIANKLTF+ LSLA+NLEW
Sbjct: 181 AVEKLVLINACVYSKCTGHPTKLPKVVAYAGVSLLKSIPLRLIANKLTFDGLSLARNLEW 240

Query: 241 TNVGRLHCLLPWWEDTTVSFMKCGGYNVISQIKQVKHRALVIAGEDDRIIRFKDTVRLHC 300
           TNVGRLHCLLPWWED TV+FM  GGYNVISQIKQVKHRAL+IAGEDDRIIR+KD VRLHC
Sbjct: 241 TNVGRLHCLLPWWEDATVNFMNSGGYNVISQIKQVKHRALIIAGEDDRIIRYKDAVRLHC 300

Query: 301 ELPNAVLRVITDSGHLPHVDSPASVSKLITHFVLHDCC 339
           ELPNA++R+IT+SGHLPHVD+PASVSKLIT FVLHD C
Sbjct: 301 ELPNAIMRIITNSGHLPHVDNPASVSKLITDFVLHDSC 338

[Close]

BLAST of Chy7G136980 vs. ExPASy TrEMBL
Match: A0A6J1IU82 (uncharacterized protein LOC111479969 OS=Cucurbita maxima OX=3661 GN=LOC111479969 PE=4 SV=1)

HSP 1 Score: 608.2 bits (1567), Expect = 2.1e-170
Identity = 292/338 (86.39%), Postives = 306/338 (90.53%), Query Frame = 0


Query: 1   MTLKWGFPSLTHIHLTRTPMVTKCEGLGLGRLFSHPNSATFPSFLPKEVSKINDPLARTM 60
           MTLKW  PSL+   LTRTPM  KCEGLGLG + S  NS  FPSFLPKEV KI DP ARTM
Sbjct: 1   MTLKWCLPSLSLHQLTRTPMAAKCEGLGLGGVLSDGNSGAFPSFLPKEVGKIKDPFARTM 60

Query: 61  ARKIERLPMTLFETCIMSSCVKPAKRSEKNPVVLLHCFDSSCLEWSYAFPLLEEAGLETW 120
           A KIERLPMTL ET IMSSCVKP  R +KNPVVLLHCFDSSCLEWSYAFPLLEEAGLETW
Sbjct: 61  ASKIERLPMTLSETRIMSSCVKPVIR-KKNPVVLLHCFDSSCLEWSYAFPLLEEAGLETW 120

Query: 121 AVDVLGWGFSDLDSLPPCNVETKRSHLYQFWKTYIKRPMVLVGPSLGAAIAVDFAVNHPE 180
           AVDVLGWGFSDLDSLPPCNV+TKRSHLYQFWKTYIKRPMVLVGPSLGAA+AVDFAVNHPE
Sbjct: 121 AVDVLGWGFSDLDSLPPCNVQTKRSHLYQFWKTYIKRPMVLVGPSLGAAVAVDFAVNHPE 180

Query: 181 AVEKLVLINACVYSKCTGHPTKLPNVVAYAGVSLLKSIPLRLIANKLTFNRLSLAQNLEW 240
           AVEKLVLINACVYSKCTGHPTKLP VVAYAGVSLLKSIPLRL+ANKL FN LSLA+NL+W
Sbjct: 181 AVEKLVLINACVYSKCTGHPTKLPKVVAYAGVSLLKSIPLRLVANKLIFNGLSLARNLDW 240

Query: 241 TNVGRLHCLLPWWEDTTVSFMKCGGYNVISQIKQVKHRALVIAGEDDRIIRFKDTVRLHC 300
           TNVGRLHCLLPWWED TV+FM  GGYNVISQIKQVKHRALVIAGEDDRII +KD VRLHC
Sbjct: 241 TNVGRLHCLLPWWEDATVNFMNSGGYNVISQIKQVKHRALVIAGEDDRIICYKDAVRLHC 300

Query: 301 ELPNAVLRVITDSGHLPHVDSPASVSKLITHFVLHDCC 339
           ELPNA++R+ITDSGHLPHVD+PASVSKLIT FVLHD C
Sbjct: 301 ELPNAIMRIITDSGHLPHVDNPASVSKLITDFVLHDSC 337

[Close]

BLAST of Chy7G136980 vs. ExPASy TrEMBL
Match: A0A6J1G9P4 (uncharacterized protein LOC111452078 isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC111452078 PE=4 SV=1)

HSP 1 Score: 607.1 bits (1564), Expect = 4.6e-170
Identity = 284/338 (84.02%), Postives = 307/338 (90.83%), Query Frame = 0


Query: 1   MTLKWGFPSLTHIHLTRTPMVTKCEGLGLGRLFSHPNSATFPSFLPKEVSKINDPLARTM 60
           M LKWGFPSL    LTRTPM  KCEGLG+G +FS  N   FPSFLPKEV KI DP ARTM
Sbjct: 17  MILKWGFPSLALHQLTRTPMSAKCEGLGIGDVFSDGNCGGFPSFLPKEVGKIKDPFARTM 76

Query: 61  ARKIERLPMTLFETCIMSSCVKPAKRSEKNPVVLLHCFDSSCLEWSYAFPLLEEAGLETW 120
           ARKIERLP+TL ET +MSSCVKP  RS+K+PVVLLHCFDSSCLEWSYAFPLLEEAGLETW
Sbjct: 77  ARKIERLPITLSETRLMSSCVKPVIRSKKSPVVLLHCFDSSCLEWSYAFPLLEEAGLETW 136

Query: 121 AVDVLGWGFSDLDSLPPCNVETKRSHLYQFWKTYIKRPMVLVGPSLGAAIAVDFAVNHPE 180
           AVDVLGWGFSDLDSLPPCNV+TKRSHLYQFWK+YIKRPMVLVGPSLGAA+A+DFAVNHPE
Sbjct: 137 AVDVLGWGFSDLDSLPPCNVQTKRSHLYQFWKSYIKRPMVLVGPSLGAAVALDFAVNHPE 196

Query: 181 AVEKLVLINACVYSKCTGHPTKLPNVVAYAGVSLLKSIPLRLIANKLTFNRLSLAQNLEW 240
           AVEKLVLINACVYS CTGHPTKLP VVAYAGVSLLKSIPLRL+ANKLTFN LSLA+N+EW
Sbjct: 197 AVEKLVLINACVYSNCTGHPTKLPKVVAYAGVSLLKSIPLRLLANKLTFNELSLARNVEW 256

Query: 241 TNVGRLHCLLPWWEDTTVSFMKCGGYNVISQIKQVKHRALVIAGEDDRIIRFKDTVRLHC 300
           TNVGRLHCLLPWWED TV+FM  GGYNV+S IKQVKHRAL+IAGEDD+IIR+KD VRLHC
Sbjct: 257 TNVGRLHCLLPWWEDATVNFMYSGGYNVVSLIKQVKHRALIIAGEDDKIIRYKDAVRLHC 316

Query: 301 ELPNAVLRVITDSGHLPHVDSPASVSKLITHFVLHDCC 339
           ELPNA++R++TDSGHLPHVDSPASVSKLIT FV H+ C
Sbjct: 317 ELPNAIMRIVTDSGHLPHVDSPASVSKLITEFVFHNSC 354

[Close]

BLAST of Chy7G136980 vs. ExPASy TrEMBL
Match: A0A6J1G926 (uncharacterized protein LOC111452078 isoform X2 OS=Cucurbita moschata OX=3662 GN=LOC111452078 PE=4 SV=1)

HSP 1 Score: 607.1 bits (1564), Expect = 4.6e-170
Identity = 284/338 (84.02%), Postives = 307/338 (90.83%), Query Frame = 0


Query: 1   MTLKWGFPSLTHIHLTRTPMVTKCEGLGLGRLFSHPNSATFPSFLPKEVSKINDPLARTM 60
           M LKWGFPSL    LTRTPM  KCEGLG+G +FS  N   FPSFLPKEV KI DP ARTM
Sbjct: 1   MILKWGFPSLALHQLTRTPMSAKCEGLGIGDVFSDGNCGGFPSFLPKEVGKIKDPFARTM 60

Query: 61  ARKIERLPMTLFETCIMSSCVKPAKRSEKNPVVLLHCFDSSCLEWSYAFPLLEEAGLETW 120
           ARKIERLP+TL ET +MSSCVKP  RS+K+PVVLLHCFDSSCLEWSYAFPLLEEAGLETW
Sbjct: 61  ARKIERLPITLSETRLMSSCVKPVIRSKKSPVVLLHCFDSSCLEWSYAFPLLEEAGLETW 120

Query: 121 AVDVLGWGFSDLDSLPPCNVETKRSHLYQFWKTYIKRPMVLVGPSLGAAIAVDFAVNHPE 180
           AVDVLGWGFSDLDSLPPCNV+TKRSHLYQFWK+YIKRPMVLVGPSLGAA+A+DFAVNHPE
Sbjct: 121 AVDVLGWGFSDLDSLPPCNVQTKRSHLYQFWKSYIKRPMVLVGPSLGAAVALDFAVNHPE 180

Query: 181 AVEKLVLINACVYSKCTGHPTKLPNVVAYAGVSLLKSIPLRLIANKLTFNRLSLAQNLEW 240
           AVEKLVLINACVYS CTGHPTKLP VVAYAGVSLLKSIPLRL+ANKLTFN LSLA+N+EW
Sbjct: 181 AVEKLVLINACVYSNCTGHPTKLPKVVAYAGVSLLKSIPLRLLANKLTFNELSLARNVEW 240

Query: 241 TNVGRLHCLLPWWEDTTVSFMKCGGYNVISQIKQVKHRALVIAGEDDRIIRFKDTVRLHC 300
           TNVGRLHCLLPWWED TV+FM  GGYNV+S IKQVKHRAL+IAGEDD+IIR+KD VRLHC
Sbjct: 241 TNVGRLHCLLPWWEDATVNFMYSGGYNVVSLIKQVKHRALIIAGEDDKIIRYKDAVRLHC 300

Query: 301 ELPNAVLRVITDSGHLPHVDSPASVSKLITHFVLHDCC 339
           ELPNA++R++TDSGHLPHVDSPASVSKLIT FV H+ C
Sbjct: 301 ELPNAIMRIVTDSGHLPHVDSPASVSKLITEFVFHNSC 338

[Close]

BLAST of Chy7G136980 vs. NCBI nr
Match: XP_011653370.1 (uncharacterized protein LOC101203865 isoform X1 [Cucumis sativus])

HSP 1 Score: 691 bits (1783), Expect = 4.58e-251
Identity = 332/338 (98.22%), Postives = 335/338 (99.11%), Query Frame = 0


Query: 1   MTLKWGFPSLTHIHLTRTPMVTKCEGLGLGRLFSHPNSATFPSFLPKEVSKINDPLARTM 60
           MTLKWGFPSLTHIHLTRTPM TKCEGLGLGRLFSHPNSATFPSFLPKEVSKINDPLARTM
Sbjct: 1   MTLKWGFPSLTHIHLTRTPMATKCEGLGLGRLFSHPNSATFPSFLPKEVSKINDPLARTM 60

Query: 61  ARKIERLPMTLFETCIMSSCVKPAKRSEKNPVVLLHCFDSSCLEWSYAFPLLEEAGLETW 120
           ARKIERLPMTLFETCIMSSCVKPAKRSEKNPVVLLHCFDSSCLEWSYAFPLLEEAGLETW
Sbjct: 61  ARKIERLPMTLFETCIMSSCVKPAKRSEKNPVVLLHCFDSSCLEWSYAFPLLEEAGLETW 120

Query: 121 AVDVLGWGFSDLDSLPPCNVETKRSHLYQFWKTYIKRPMVLVGPSLGAAIAVDFAVNHPE 180
           AVDVLGWGFSDLDSLPPCNVETKRSHLYQFWKTYIKRP+VLVGPSLGAAIAVDFAVNHPE
Sbjct: 121 AVDVLGWGFSDLDSLPPCNVETKRSHLYQFWKTYIKRPIVLVGPSLGAAIAVDFAVNHPE 180

Query: 181 AVEKLVLINACVYSKCTGHPTKLPNVVAYAGVSLLKSIPLRLIANKLTFNRLSLAQNLEW 240
           AVEKLVLINACVYSKCTGHPTKLPNVVAYAGVSLLKSIPLRLIANKLTFN+LSLA+NLEW
Sbjct: 181 AVEKLVLINACVYSKCTGHPTKLPNVVAYAGVSLLKSIPLRLIANKLTFNQLSLARNLEW 240

Query: 241 TNVGRLHCLLPWWEDTTVSFMKCGGYNVISQIKQVKHRALVIAGEDDRIIRFKDTVRLHC 300
           TNVGRLHCLLPWWEDTTVSFMK GGYNVISQIKQVKHRALVIAGEDDRIIRFKD VRLHC
Sbjct: 241 TNVGRLHCLLPWWEDTTVSFMKSGGYNVISQIKQVKHRALVIAGEDDRIIRFKDAVRLHC 300

Query: 301 ELPNAVLRVITDSGHLPHVDSPASVSKLITHFVLHDCC 338
           ELPNAVLRVITDSGHLPHVDSPASVSKLITHFVLHDCC
Sbjct: 301 ELPNAVLRVITDSGHLPHVDSPASVSKLITHFVLHDCC 338

[Close]

BLAST of Chy7G136980 vs. NCBI nr
Match: XP_008460251.1 (PREDICTED: uncharacterized hydrolase YugF-like isoform X1 [Cucumis melo])

HSP 1 Score: 686 bits (1769), Expect = 6.24e-249
Identity = 329/338 (97.34%), Postives = 333/338 (98.52%), Query Frame = 0


Query: 1   MTLKWGFPSLTHIHLTRTPMVTKCEGLGLGRLFSHPNSATFPSFLPKEVSKINDPLARTM 60
           M+LKWGF SLTHIHLTRTPM TKCEGLGLGRLFSHPN+ATFPSFLPKEVSKINDPLARTM
Sbjct: 1   MSLKWGFSSLTHIHLTRTPMATKCEGLGLGRLFSHPNAATFPSFLPKEVSKINDPLARTM 60

Query: 61  ARKIERLPMTLFETCIMSSCVKPAKRSEKNPVVLLHCFDSSCLEWSYAFPLLEEAGLETW 120
           ARKIERLPMTLFETCIMSSCVKPAKRSEKNPVVLLHCFDSSCLEWSYAFPLLEEAGLETW
Sbjct: 61  ARKIERLPMTLFETCIMSSCVKPAKRSEKNPVVLLHCFDSSCLEWSYAFPLLEEAGLETW 120

Query: 121 AVDVLGWGFSDLDSLPPCNVETKRSHLYQFWKTYIKRPMVLVGPSLGAAIAVDFAVNHPE 180
           AVDVLGWGFSDLDSLPPCNVETKRSHLYQFWKTYIKRPMVLVGPSLGAAIAVDFAVNHPE
Sbjct: 121 AVDVLGWGFSDLDSLPPCNVETKRSHLYQFWKTYIKRPMVLVGPSLGAAIAVDFAVNHPE 180

Query: 181 AVEKLVLINACVYSKCTGHPTKLPNVVAYAGVSLLKSIPLRLIANKLTFNRLSLAQNLEW 240
           AVEKLVLINACVYSKCTGHPTKLPNVVAYAGVSLLKSIPLRLIANKLTFNRLSLA+NLEW
Sbjct: 181 AVEKLVLINACVYSKCTGHPTKLPNVVAYAGVSLLKSIPLRLIANKLTFNRLSLARNLEW 240

Query: 241 TNVGRLHCLLPWWEDTTVSFMKCGGYNVISQIKQVKHRALVIAGEDDRIIRFKDTVRLHC 300
           TNVGRLHCLLPWWEDTTVSFM  GGYNVISQIKQVKHRALVIAGEDDRIIRFKD VRLHC
Sbjct: 241 TNVGRLHCLLPWWEDTTVSFMNSGGYNVISQIKQVKHRALVIAGEDDRIIRFKDVVRLHC 300

Query: 301 ELPNAVLRVITDSGHLPHVDSPASVSKLITHFVLHDCC 338
           ELPNAV+RVITDSGHLPHVDSPASVSKLITHFVLHDCC
Sbjct: 301 ELPNAVMRVITDSGHLPHVDSPASVSKLITHFVLHDCC 338

[Close]

BLAST of Chy7G136980 vs. NCBI nr
Match: KAE8649294.1 (hypothetical protein Csa_014936 [Cucumis sativus])

HSP 1 Score: 649 bits (1674), Expect = 9.28e-235
Identity = 313/319 (98.12%), Postives = 316/319 (99.06%), Query Frame = 0


Query: 20  MVTKCEGLGLGRLFSHPNSATFPSFLPKEVSKINDPLARTMARKIERLPMTLFETCIMSS 79
           M TKCEGLGLGRLFSHPNSATFPSFLPKEVSKINDPLARTMARKIERLPMTLFETCIMSS
Sbjct: 1   MATKCEGLGLGRLFSHPNSATFPSFLPKEVSKINDPLARTMARKIERLPMTLFETCIMSS 60

Query: 80  CVKPAKRSEKNPVVLLHCFDSSCLEWSYAFPLLEEAGLETWAVDVLGWGFSDLDSLPPCN 139
           CVKPAKRSEKNPVVLLHCFDSSCLEWSYAFPLLEEAGLETWAVDVLGWGFSDLDSLPPCN
Sbjct: 61  CVKPAKRSEKNPVVLLHCFDSSCLEWSYAFPLLEEAGLETWAVDVLGWGFSDLDSLPPCN 120

Query: 140 VETKRSHLYQFWKTYIKRPMVLVGPSLGAAIAVDFAVNHPEAVEKLVLINACVYSKCTGH 199
           VETKRSHLYQFWKTYIKRP+VLVGPSLGAAIAVDFAVNHPEAVEKLVLINACVYSKCTGH
Sbjct: 121 VETKRSHLYQFWKTYIKRPIVLVGPSLGAAIAVDFAVNHPEAVEKLVLINACVYSKCTGH 180

Query: 200 PTKLPNVVAYAGVSLLKSIPLRLIANKLTFNRLSLAQNLEWTNVGRLHCLLPWWEDTTVS 259
           PTKLPNVVAYAGVSLLKSIPLRLIANKLTFN+LSLA+NLEWTNVGRLHCLLPWWEDTTVS
Sbjct: 181 PTKLPNVVAYAGVSLLKSIPLRLIANKLTFNQLSLARNLEWTNVGRLHCLLPWWEDTTVS 240

Query: 260 FMKCGGYNVISQIKQVKHRALVIAGEDDRIIRFKDTVRLHCELPNAVLRVITDSGHLPHV 319
           FMK GGYNVISQIKQVKHRALVIAGEDDRIIRFKD VRLHCELPNAVLRVITDSGHLPHV
Sbjct: 241 FMKSGGYNVISQIKQVKHRALVIAGEDDRIIRFKDAVRLHCELPNAVLRVITDSGHLPHV 300

Query: 320 DSPASVSKLITHFVLHDCC 338
           DSPASVSKLITHFVLHDCC
Sbjct: 301 DSPASVSKLITHFVLHDCC 319

[Close]

BLAST of Chy7G136980 vs. NCBI nr
Match: XP_038904511.1 (uncharacterized hydrolase YugF-like [Benincasa hispida])

HSP 1 Score: 629 bits (1622), Expect = 1.59e-226
Identity = 299/335 (89.25%), Postives = 315/335 (94.03%), Query Frame = 0


Query: 1   MTLKWGFPSLTHIHLTRTPMVTKCEGLGLGRLFSHPNSATFPSFLPKEVSKINDPLARTM 60
           MTLKWGFPSLT +HLTR PM  KCEGLGLG LFS  NS  FPSFLPKEV+KINDP ARTM
Sbjct: 1   MTLKWGFPSLTPLHLTRAPMAAKCEGLGLGGLFSDANSGAFPSFLPKEVAKINDPFARTM 60

Query: 61  ARKIERLPMTLFETCIMSSCVKPAKRSEKNPVVLLHCFDSSCLEWSYAFPLLEEAGLETW 120
           ARKIERLPMTLF+TCIMSSCVKP  RSEKNPVVLLHCFDSSCLEWSYAFPLLEEAGLETW
Sbjct: 61  ARKIERLPMTLFDTCIMSSCVKPVIRSEKNPVVLLHCFDSSCLEWSYAFPLLEEAGLETW 120

Query: 121 AVDVLGWGFSDLDSLPPCNVETKRSHLYQFWKTYIKRPMVLVGPSLGAAIAVDFAVNHPE 180
           AVDVLGWGFSDLDSLPPCNVETKRSHLYQFWKTYIKRPMVLVGPSLGAA+A+DFAVNHPE
Sbjct: 121 AVDVLGWGFSDLDSLPPCNVETKRSHLYQFWKTYIKRPMVLVGPSLGAAVALDFAVNHPE 180

Query: 181 AVEKLVLINACVYSKCTGHPTKLPNVVAYAGVSLLKSIPLRLIANKLTFNRLSLAQNLEW 240
           AVEKLVLINACVY KCTGHPTKLPNVVAYAGVSLLKSIPLRLIANKL FN LSL++NLEW
Sbjct: 181 AVEKLVLINACVYVKCTGHPTKLPNVVAYAGVSLLKSIPLRLIANKLAFNELSLSRNLEW 240

Query: 241 TNVGRLHCLLPWWEDTTVSFMKCGGYNVISQIKQVKHRALVIAGEDDRIIRFKDTVRLHC 300
           TNVGRLHCLLPWW+DTTV+FM  GGYNVISQIKQVKHRAL+IAGEDD+II +KD VRL C
Sbjct: 241 TNVGRLHCLLPWWDDTTVNFMNSGGYNVISQIKQVKHRALIIAGEDDKIIPYKDAVRLQC 300

Query: 301 ELPNAVLRVITDSGHLPHVDSPASVSKLITHFVLH 335
           ELPNA++R+ITDSGHLPHVDSPASVSKLIT+FVLH
Sbjct: 301 ELPNAIMRIITDSGHLPHVDSPASVSKLITNFVLH 335

[Close]

BLAST of Chy7G136980 vs. NCBI nr
Match: XP_031739799.1 (uncharacterized protein LOC101203865 isoform X2 [Cucumis sativus])

HSP 1 Score: 622 bits (1605), Expect = 1.95e-224
Identity = 303/338 (89.64%), Postives = 304/338 (89.94%), Query Frame = 0


Query: 1   MTLKWGFPSLTHIHLTRTPMVTKCEGLGLGRLFSHPNSATFPSFLPKEVSKINDPLARTM 60
           MTLKWGFPSLTHIHLTRTPM TKCEGLGLGRLFSHPNSATFPSFLPKEVSKINDPLARTM
Sbjct: 1   MTLKWGFPSLTHIHLTRTPMATKCEGLGLGRLFSHPNSATFPSFLPKEVSKINDPLARTM 60

Query: 61  ARKIERLPMTLFETCIMSSCVKPAKRSEKNPVVLLHCFDSSCLEWSYAFPLLEEAGLETW 120
           ARKIERLPMTLFETCIMSSCVKPAKRSEKNPVVLLHCFDSSCLEWSYAFPLLEEAGLETW
Sbjct: 61  ARKIERLPMTLFETCIMSSCVKPAKRSEKNPVVLLHCFDSSCLEWSYAFPLLEEAGLETW 120

Query: 121 AVDVLGWGFSDLDSLPPCNVETKRSHLYQFWKTYIKRPMVLVGPSLGAAIAVDFAVNHPE 180
           AVDVLGWGFSDLDSLPPCNVETKRSHLYQFWKTYIKRP+VLVGPSLGAAIAVDFAVNHPE
Sbjct: 121 AVDVLGWGFSDLDSLPPCNVETKRSHLYQFWKTYIKRPIVLVGPSLGAAIAVDFAVNHPE 180

Query: 181 AVEKLVLINACVYSKCTGHPTKLPNVVAYAGVSLLKSIPLRLIANKLTFNRLSLAQNLEW 240
           AVEKLVLINACVYSKCTGHPTKLPNVVAYAGV                            
Sbjct: 181 AVEKLVLINACVYSKCTGHPTKLPNVVAYAGV---------------------------- 240

Query: 241 TNVGRLHCLLPWWEDTTVSFMKCGGYNVISQIKQVKHRALVIAGEDDRIIRFKDTVRLHC 300
              GRLHCLLPWWEDTTVSFMK GGYNVISQIKQVKHRALVIAGEDDRIIRFKD VRLHC
Sbjct: 241 ---GRLHCLLPWWEDTTVSFMKSGGYNVISQIKQVKHRALVIAGEDDRIIRFKDAVRLHC 300

Query: 301 ELPNAVLRVITDSGHLPHVDSPASVSKLITHFVLHDCC 338
           ELPNAVLRVITDSGHLPHVDSPASVSKLITHFVLHDCC
Sbjct: 301 ELPNAVLRVITDSGHLPHVDSPASVSKLITHFVLHDCC 307

[Close]

BLAST of Chy7G136980 vs. TAIR 10
Match: AT1G13820.1 (alpha/beta-Hydrolases superfamily protein )

HSP 1 Score: 392.9 bits (1008), Expect = 2.6e-109
Identity = 187/299 (62.54%), Postives = 227/299 (75.92%), Query Frame = 0


Query: 41  FPSFLPKEVSKINDPLARTMARKIERLPMTLF--ETCIMSSCVKPAKRSEKNPVVLLHCF 100
           FP+FLP +V KI D  A  +A +IERLP+++   E  IMSSCV P  R+E  PVVLLH F
Sbjct: 32  FPTFLPTDVEKIKDTFALKLAARIERLPVSVSFREDSIMSSCVTPLMRNETTPVVLLHGF 91

Query: 101 DSSCLEWSYAFPLLEEAGLETWAVDVLGWGFSDLDSLPPCNVETKRSHLYQFWKTYIKRP 160
           DSSCLEW Y +PLLEEAGLETWA D+LGWGFSDLD LPPC+V +KR H Y+FWK++IKRP
Sbjct: 92  DSSCLEWRYTYPLLEEAGLETWAFDILGWGFSDLDKLPPCDVASKREHFYKFWKSHIKRP 151

Query: 161 MVLVGPSLGAAIAVDFAVNHPEAVEKLVLINACVYSKCTGHPTKLPNVVAYAGVSLLKSI 220
           +VLVGPSLGAA+A+D AVNHPEAVE LVL++A VY++ TG+   LP   AYAGV LLKSI
Sbjct: 152 VVLVGPSLGAAVAIDIAVNHPEAVESLVLMDASVYAEGTGNLATLPKAAAYAGVYLLKSI 211

Query: 221 PLRLIANKLTFNRLSLAQNLEWTNVGRLHCLLPWWEDTTVSFMKCGGYNVISQIKQVKHR 280
           PLRL  N + FN +SL  + +WT +GRLHCL PWWED TVSFM  GGYNV S IK+V  +
Sbjct: 212 PLRLYVNFICFNGISLETSWDWTKIGRLHCLYPWWEDATVSFMTSGGYNVTSLIKKVSQK 271

Query: 281 ALVIAGEDDRIIRFKDTVRLHCELPNAVLRVITDSGHLPHVDSPASVSKLITHFVLHDC 338
            L++ GEDD+II  K   RLH EL NA ++ I++ GHLPHV+ PA+V+KLI  FV   C
Sbjct: 272 TLILWGEDDQIISNKLAWRLHGELSNARVKQISNCGHLPHVEKPAAVTKLIAEFVRETC 330

[Close]

BLAST of Chy7G136980 vs. TAIR 10
Match: AT5G39220.1 (alpha/beta-Hydrolases superfamily protein )

HSP 1 Score: 388.7 bits (997), Expect = 5.0e-108
Identity = 179/301 (59.47%), Postives = 227/301 (75.42%), Query Frame = 0


Query: 37  NSATFPSFLPKEVSKINDPLARTMARKIERLPMTL----FETCIMSSCVKP-AKRSEKNP 96
           N   FP+FLPKE+  I DP AR +A++I R+P+ L    F   +MSSC+KP  +  +K+P
Sbjct: 24  NGDGFPTFLPKEIQNIKDPFARALAQRIVRIPVPLQMGNFRGSVMSSCIKPLVQLHDKSP 83

Query: 97  VVLLHCFDSSCLEWSYAFPLLEEAGLETWAVDVLGWGFSDLDSLPPCNVETKRSHLYQFW 156
           VVLLHCFDSSCLEW   +PLLE+A LETWA+DVLGWGFSDL+ LPPC+  +KR HL++ W
Sbjct: 84  VVLLHCFDSSCLEWRRTYPLLEQACLETWAIDVLGWGFSDLEKLPPCDAASKRHHLFELW 143

Query: 157 KTYIKRPMVLVGPSLGAAIAVDFAVNHPEAVEKLVLINACVYSKCTGHPTKLPNVVAYAG 216
           KTYIKRPM+LVGPSLGA +AVDF   +PEAV+KLVLINA  YS+ TG   +LP  +AYAG
Sbjct: 144 KTYIKRPMILVGPSLGATVAVDFTATYPEAVDKLVLINANAYSEGTGRLKELPKSIAYAG 203

Query: 217 VSLLKSIPLRLIANKLTFNRLSLAQNLEWTNVGRLHCLLPWWEDTTVSFMKCGGYNVISQ 276
           V LLKS PLRL+AN L F    L++N++WTN+GRLHC +PWWED  V FM  GGYNV S 
Sbjct: 204 VKLLKSFPLRLLANVLAFCSSPLSENIDWTNIGRLHCQMPWWEDAMVDFMISGGYNVASH 263

Query: 277 IKQVKHRALVIAGEDDRIIRFKDTVRLHCELPNAVLRVITDSGHLPHVDSPASVSKLITH 333
           IK + H+ LV+  E+D+I+  + +V+L CEL NAVLR + DSGHLPHV++P  + KLI+ 
Sbjct: 264 IKHIDHKTLVVCSENDQIVSNQLSVKLLCELANAVLREVPDSGHLPHVENPKHIVKLISD 323

[Close]

BLAST of Chy7G136980 vs. TAIR 10
Match: AT4G36530.1 (alpha/beta-Hydrolases superfamily protein )

HSP 1 Score: 67.8 bits (164), Expect = 1.9e-11
Identity = 37/105 (35.24%), Postives = 58/105 (55.24%), Query Frame = 0


Query: 86  RSEKNPVVLLHCFDSSCLEWSYAFPLLEEAGLETWAVDVLGWGFSDLDSLPPCNVETKRS 145
           + E +P+VL+H F +S   W Y  P L +   + +A+D+LG+G+SD  +L   +      
Sbjct: 39  QGEGSPLVLIHGFGASVFHWRYNIPELAKK-YKVYALDLLGFGWSD-KALIEYDAMVWTD 98

Query: 146 HLYQFWKTYIKRPMVLVGPSLGAAIAVDFAVNHPEAVEKLVLINA 191
            +  F K  +K P V+VG SLG   A+  AV  PE V  + L+N+
Sbjct: 99  QVIDFMKEVVKEPAVVVGNSLGGFTALSVAVGLPEQVTGVALLNS 141

[Close]

BLAST of Chy7G136980 vs. TAIR 10
Match: AT4G36530.2 (alpha/beta-Hydrolases superfamily protein )

HSP 1 Score: 67.8 bits (164), Expect = 1.9e-11
Identity = 37/105 (35.24%), Postives = 58/105 (55.24%), Query Frame = 0


Query: 86  RSEKNPVVLLHCFDSSCLEWSYAFPLLEEAGLETWAVDVLGWGFSDLDSLPPCNVETKRS 145
           + E +P+VL+H F +S   W Y  P L +   + +A+D+LG+G+SD  +L   +      
Sbjct: 96  QGEGSPLVLIHGFGASVFHWRYNIPELAKK-YKVYALDLLGFGWSD-KALIEYDAMVWTD 155

Query: 146 HLYQFWKTYIKRPMVLVGPSLGAAIAVDFAVNHPEAVEKLVLINA 191
            +  F K  +K P V+VG SLG   A+  AV  PE V  + L+N+
Sbjct: 156 QVIDFMKEVVKEPAVVVGNSLGGFTALSVAVGLPEQVTGVALLNS 198

[Close]

BLAST of Chy7G136980 vs. TAIR 10
Match: AT3G26820.1 (Esterase/lipase/thioesterase family protein )

HSP 1 Score: 56.6 bits (135), Expect = 4.5e-08
Identity = 54/211 (25.59%), Postives = 95/211 (45.02%), Query Frame = 0


Query: 142 TKRSHLYQFWKTYIKRPMVLVGPSLGAAIAVDFAVNHPEAVEKLVLINACVY-----SK- 201
           T +S  Y+F      RP+ LVG S+GA +A+D A  +P     L+L+N   +     SK 
Sbjct: 139 TVKSENYRF----PNRPIYLVGESIGACLALDVAARNPNVDLALILVNPATHVNNFMSKP 198

Query: 202 --------CTGHPTKLPNVVAYAGVSLLKSIPLRLIANKLTFNRLSLAQNLEWTNVGRLH 261
                     G PT   +V  +   + L  I L  ++N+ +  R+         ++  + 
Sbjct: 199 LLGMLNVLPDGIPTLWEDVFGFKQGAPLTGI-LEAMSNEFSVQRMGGVGGGMLRDLFAVS 258

Query: 262 CLLP-----WWEDT---TVSFMKCGGYNVISQIKQVKHRALVI-AGEDDRIIRFKDTVRL 321
             LP     + +DT    +  +K    +V S I  VK   L++ +G D  ++  +D VR 
Sbjct: 259 ANLPTLSRMFSKDTLLWKLEMLKSAIASVNSHIYSVKAETLILPSGRDQWLLNEEDIVRY 318

Query: 322 HCELPNAVLRVITDSGHLPHVDSPASVSKLI 330
              LPN ++R + D+G  P ++    ++ +I
Sbjct: 319 SRTLPNCIVRKLDDNGQFPLLEDSLDLATII 344

The following BLAST results are available for this feature:

BLAST of Chy7G136980 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
O05235	4.2e-11	26.40	Uncharacterized hydrolase YugF OS=Bacillus subtilis (strain 168) OX=224308 GN=yu...	[more]
A4JPX5	7.9e-10	25.78	2-hydroxy-6-oxononadienedioate/2-hydroxy-6-oxononatrienedioate hydrolase OS=Burk...	[more]
B2JQW2	1.8e-09	25.48	2-hydroxy-6-oxononadienedioate/2-hydroxy-6-oxononatrienedioate hydrolase OS=Para...	[more]
P23974	3.9e-09	24.25	Putative 2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase OS=Bacil...	[more]
P23133	3.9e-09	21.46	2-hydroxy-6-oxo-2,4-heptadienoate hydrolase OS=Pseudomonas putida (strain ATCC 7...	[more]

BLAST of Chy7G136980 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A1S3CBM3	6.4e-196	97.34	uncharacterized hydrolase YugF-like isoform X1 OS=Cucumis melo OX=3656 GN=LOC103...	[more]
A0A6J1GTU8	3.1e-174	87.57	uncharacterized protein LOC111457484 OS=Cucurbita moschata OX=3662 GN=LOC1114574...	[more]
A0A6J1IU82	2.1e-170	86.39	uncharacterized protein LOC111479969 OS=Cucurbita maxima OX=3661 GN=LOC111479969...	[more]
A0A6J1G9P4	4.6e-170	84.02	uncharacterized protein LOC111452078 isoform X1 OS=Cucurbita moschata OX=3662 GN...	[more]
A0A6J1G926	4.6e-170	84.02	uncharacterized protein LOC111452078 isoform X2 OS=Cucurbita moschata OX=3662 GN...	[more]

BLAST of Chy7G136980 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_011653370.1	4.58e-251	98.22	uncharacterized protein LOC101203865 isoform X1 [Cucumis sativus]	[more]
XP_008460251.1	6.24e-249	97.34	PREDICTED: uncharacterized hydrolase YugF-like isoform X1 [Cucumis melo]	[more]
KAE8649294.1	9.28e-235	98.12	hypothetical protein Csa_014936 [Cucumis sativus]	[more]
XP_038904511.1	1.59e-226	89.25	uncharacterized hydrolase YugF-like [Benincasa hispida]	[more]
XP_031739799.1	1.95e-224	89.64	uncharacterized protein LOC101203865 isoform X2 [Cucumis sativus]	[more]

BLAST of Chy7G136980 vs. TAIR 10


Match Name	E-value	Identity	Description
AT1G13820.1	2.6e-109	62.54	alpha/beta-Hydrolases superfamily protein	[more]
AT5G39220.1	5.0e-108	59.47	alpha/beta-Hydrolases superfamily protein	[more]
AT4G36530.1	1.9e-11	35.24	alpha/beta-Hydrolases superfamily protein	[more]
AT4G36530.2	1.9e-11	35.24	alpha/beta-Hydrolases superfamily protein	[more]
AT3G26820.1	4.5e-08	25.59	Esterase/lipase/thioesterase family protein	[more]

InterPro

Analysis Name: InterPro Annotations of Cucumber (hystrix) v1
Date Performed: 2021-10-25

Position :

Zoom :

x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR000639	Epoxide hydrolase-like	PRINTS	PR00412	EPOXHYDRLASE	coord: 96..114 score: 27.99 coord: 175..188 score: 28.57 coord: 310..332 score: 23.72 coord: 116..131 score: 35.8
IPR000073	Alpha/beta hydrolase fold-1	PRINTS	PR00111	ABHYDROLASE	coord: 161..174 score: 44.33 coord: 116..131 score: 34.05 coord: 175..188 score: 41.87 coord: 279..293 score: 36.32
IPR000073	Alpha/beta hydrolase fold-1	PFAM	PF12697	Abhydrolase_6	coord: 92..325 e-value: 5.9E-13 score: 49.9
IPR029058	Alpha/Beta hydrolase fold	GENE3D	3.40.50.1820	alpha/beta hydrolase	coord: 81..335 e-value: 2.1E-35 score: 124.9
IPR029058	Alpha/Beta hydrolase fold	SUPERFAMILY	53474	alpha/beta-Hydrolases	coord: 87..333
None	No IPR available	PANTHER	PTHR43689:SF37	ALPHA/BETA-HYDROLASES SUPERFAMILY PROTEIN	coord: 27..336
None	No IPR available	PANTHER	PTHR43689	HYDROLASE	coord: 27..336

Relationships

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


Feature Name	Unique Name	Type
Chy7G136980.1	Chy7G136980.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
molecular_function	GO:0016787	hydrolase activity
molecular_function	GO:0003824	catalytic activity