Chy11G185830 (gene) Cucumber (hystrix) v1

Overview
NameChy11G185830
Typegene
OrganismCucumis hystrix (Cucumber (hystrix) v1)
DescriptionBeta-galactosidase
LocationchrH11: 26434 .. 62759 (+)
RNA-Seq ExpressionChy11G185830
SyntenyChy11G185830
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.
ATGGAATGGATTTACCAAAATAAACTGTTGGTTCCTGCGAAAATTGCTTGGGTGTTTGTGAGTTCGTTAAATGGAGGCGATGGCAAACTCGGAAGTACGAAGCTCAGAAAATATTGGCGAGGTGATTAATGGAGTTTTTATACTTGAAAATAATACAAATCCAAATCATTAAAGAATTGTTTTAGATTTTGTTTCAAAATTTAAAATCATGACTTATTCGGATAACATTTCCAAAATCAGAACATTTTTTTTATAAAATAAAATGTCAAAAATAGTATTAGGACAAAATCATCGATAAAAATAGGATAGTTTGGTGTCATCCTTCTTCTTTTTTCATTATTTAAGTATATATATATATTTCATTGTTGCACATCTTTAATTCATATTTTTTTCTCTCAAAAAAAGAGTTGAAAATATAATTTATTTATGGTAAGTTTCATAAGTTTTGTTCGGTTTATATTTAATAACATGCTATTATATCACACTTAATACACAATTTGAATATTTAAAATTCAATGTTTATAAATATTTATTTTATTATTTGAATTTTATAAATATTTATTTTATTATTTGAATTTAAAAGTGTAGTGGAAAGATATCCAAAATTTGAATTTAGAATTACATCTTTCCCTAAAATCTTGCATTTAATATAACTTCATATTAATATTGTTAATTCCCCTATAATTATGCATTTAATGATTCTTTCATTAAATTGTTCATTTAATATAATAATAAATTAAAATTAAAATTTCCATAAAATGGTTCATTTACTCATTCTTCCATAAAATGATTTTATTTCCCCTTATAATTAGGATGCATTGGAGTATTTTAAGAAAATTTGTATCATCCATAAACATTATTATGCTCGATTGATTCCCCTAAAATAATGGCAAACATAATTTTAAAATTTTAGGATAAAATTGTTAATACCCTCTATTTATTTTCCATAAATGTTAATTTAAAATTCATTTTAAACTTTGATTTGAAATCGCCAAAATTCTAAAATTTTGATTTTAAATTTCAAGATCCCACAAAAATCGTGATAATATTGTGATTTTTATCCTGAAGAATTATTTGATTGTACCAATATTTTGTTTATAAGATTTTTATTTTGAATTACACTAAATTCGATATTATTTTTCCTACTAACAATAATCTCATGTTTGCCTACGAATTTCTTTTATGGTAGGTTTGACTTTATTGTACGACTGTTTTGGATTTAGTTTATTTTTATTCTTCATCTTTATTTTTTATGGCGATATTCGATAGAGATAAGACTGGGTACCTTATCATAGTAACACTATGGATACGACTCATTTTGTATTTGATACAAACACAATAATCCAATGCGTTCGTGTAGGTGACATGCAAGTAAGGGTATCCTATGCAATATCCTATGCAATGAGTTTACATAAGACTAAACCACGAAATAGTACTGGTTATGTTTCTAAATGTAACTCTGTTAACTGGTTATGTTTCTATTTCATTAGGATGACCTAGGTAAATTAGGCTTATCCTGAGTGTATTATGAACTCTTATTCACGAGAGATTGTCCTTTGATTTGTATGAGTGAGAATGACCAGATTGTCGCCTCAATATGCTTATCATTTTGGGGACAAGACAGAGTGGGGAGCTGAAAACATAATTACATAAGATGGAATTCACTCATTCCATACTTTAATGGTAAGTAGATGAGTGTTCCCTTAAATGGTGTCTCCAAGACTTGAACAAAGAGTCATACCCTCTCTATGGTATGAGAGGGGTTTATGTTTATTGGTTGGACCATAAACAGATTGTTCATTAGAGGAGTATTGATATTTAAGAACTAGATGTAACTTAGGGGTAAAACGGTAATTTGACCCAGCTGGTGTTAAGAACACTCGTGAAGGACAAACTTACTGTTATTGGTCTATATCTAGAGATACCGAAATATATCTACAGTGAGAAGAGTTTAGATGTGAGTCTTTAGTGGAGTGTCCATACAGTTAACAAATATTGATTAATGTGGTTAATGAGTTTAGCCAATTAATCACATATTATTGTAGCTTCTAATCTATAGGTCCATTAGGTCCCATTTCCTAACTCGTAAAAGGTAATGAGATTTATTTATACTGGTTGTAATTTGAAATGTTCAAATTTACATTAGGAATTAGTATAATGTACGGTGATACGTTATAATATAAAGTTTACACTTTAATCAAACTTTATTATATAAATTTAATTTTGGATATGATTCAAAATTAATTTATAAGATATAAAATATTTAAATGAGTTCAAATATTAATTTAATGTGAATTGAATTCATATTAAAATTTTTGGTTATGAGAGAAATTTATATTTGAATATAAGTCAAATTTAGTTTAAGTTAAATATAAGATATTTAATTTAGCTATTAACTAATTGAAGAATTAATTAATATTTTAATTTAATTTAATTTGATTTAATTAAAATAATCGAAAACTATAAGATATTTGGGAGATATCCATTAAATATGATTTAAATAAAATATTAATTAAATATAATTCAAATGAAATATTAATTAATTAGTTGATTTGAAATTTATATTAATTTAATATTTTTTAAATTAATAGAATCTCATGATTCTCTTCTACCCTCAAGGAAATGGAGTTATAAATATTCATAAGAAAAATAATTTTTCTTAATTAATTAAGTCAATGTTTTTGCTCTCCACAAAAATAGTTTCTCTATAAACTTTTTTCCATCCCAATTGGTTCCCACAAACTAATCTAATCTTAAAGGATAGAAGGTATTCAACGGGTGGTGTCTCAATTTGAAGTTTTAGTAGATTTAGAGGCGTCAAATTCAGTAAGTTTTTACATCTCTAATCTATAATCAAAATCTTCCGTTGCATAGGACTTTTATCTATTCAATTGGTATAGAGCCATCTCAAATTTTAATTGAAAATTTTAAAATTTGTATTGGTTAGGTGAGATTTTTGCATTATGAATGAGATTTGCAAAATAGATGTTTTCAATTTTGGCACCTTAGATTACAGTTTTTCATTAATTTGATTAATGTAAGGGCCTGCTATTTTGGACATTTTAATTCTGTAATCGAGTTTGTAAGTCAGTGTCGTTCGATGGCAAGAGTTGTTGTGAAGTGATGATTTATGGAGGATTTCTTTTTTCAGTTCCGTGTAGTTTCAATCTGTATAGAGTTGCAACAACATTTGATTAAAAAAAATAATAATAAAAAACAAATATAATTTTTATGCGTGCATTCAAAGTACCATGTGGTGTTTTCTGGTGCTTCATGTTTGAAGGAGGTTGTAGGTTCAAGCCTCTATTTGTGTATGGTTGTTTTTTCGTTTTTTTATTTTAATTAATTAAATTAAATTAATATAATTAAATTTATTTATTTATTTATTTAGGGATACCAAATTCGATCTATTTTGTTATTTAATCTATTATTACATTTGATGTTTGATTAAATTAATTATATGCACAATGTATGTAATATAGTTTAAAATCTCATCTTAGGATTATAATTATCGTGCATCATTCTTAAACATAAGTGTTATATTTTAGTTGCATGATTTTCTAAGCATGCTCATGCATTTTTATTTATTATATATGTTATAATATATGATATTAGTATATGATTTTGAATTTCATGAGTTATTTAAAGTATGTTTATATTTTAAATATATGAAATTAAATAAACATGATGCATGACATTACTTAGTTAAATATAATTTGTTATATTTAAATAAATGTCTTGTGTATGCTTGATTGATTTTCATATTTTTTTAATATAATTGTTATATTAATTAAGATGAAAATCATTTTGCATTGAGCATAATACATTCATAGTTTAATATAATTGTTATATTAATGTAATGTTTTGCATGATGTACGATTTATTAATTATAATTTGATTTTAATTAATTAAACCATAGTATTCATATTATAGGACTGATTAATTAATTTTATAATAGTTATAAAATTTGATAATTAGAAATTGTCAACCTATAATAAAAAATTGTATGCAAACATAGGATCATAGGATTACTTTGATTTGATTTAATTTTAAATTATTTAAAATTAAATAGAACTAAGATCACATTAATTCTAATAGGACTAGAATTATGTCTTACTTTAGTTTAATAAAACTAAGTAGGACAAATAGGATTTAAGGTTATAAGAGAACTCCATCGATAAAGTTCTGTCTAAGGGTGGGGTACTTAAGTTGACGGTTTACGAAACACCTTCTACCTGGGAACTAAATCGAAATCAACTTTGAATTAACCTTATTCCTATTAGCATAAGATGTCACTAGGTAAATTAAATGGTTTAATATACCTAGAAACTTTAAGAGTAAATAGGATTTAAGATTATAAGGGAACTCCACCGATAAAGTTCTGTCTAAGGCTGGGGTATTTAAGTTGATGGTTTACGAAACACCTCCTACCTGGGAACTGACCTAGAATCGGCGTTGAATTAACCTTATTCCTATTAGCATAAAATGCCACTAGTTAAATTAAATGATTTAATACACCTAGAAACTTGAGAGTAAAGTTTTATTATAAGAGTTATAATAAGAATAGATCACTAAGTTAGATTCTTTTAGCCAAAATTTAGCTAAGTACAAAAAACCCTTAATTAATAGAATATTTTAGTGGGAGAAAAATGGTACATATGATATATCAAAATTTTAGCTCTCACATCTTTATGAGTTCATATGTGAGATCCATACTAGGCTTCATGCCGTCCTGGACGCGGTCTCCCTTCGAAAAGTGTTTGTATGGGTCAATAACAAGGTGAATAGGGAAAATGTTTATAGTAAGCGAAAGAAGGACGCATGTCAACGTATCCTACGATCTCCTCCAGACCGTGAGCTTTCTATGATCCACCTGCCAGTCGTTTTAGAGTGACCATCTCTTCGGAGAAGTCAGAATTACGAAAACTCTAGAAATGAATAGGGTTTCTTAGGTTAATCTTCAACAGTTGTCTTTCCTTTCGATAGCCTGTTGAAGCGTACCTCTAGGATCTGAAAATAATAGGGTCACACTTACGAGATGAATTAAGTTAGTTAATGAATCCTTGACCGAATAACGGTAGCCAAGGACTATAGAAATATGAGTTATTCTGGTATTAGTTATTACCTGAGATTGTCTCAATTCAGAAGAGGAGTGGTTGATCACCTTCGGGGCTGTTGTTATAAACTTTTGAAGTATCGTAACACAAACTAAATCATTTGTGTGATTAGAGTTCTTTGATGGCTTGTTTTTGCTGAATTGATTGAATTATTTTATTGAATAGGTTAAGACAAAGATAACTAATATGGTCAATTGTTTGATATTGCAACATTTCTTCTTCATTTATTCAACTACATAAAAATGAAAAATTAACCAGTGAAAATTATATGACGTGGAAGTCAAACCTGAATATGATTATGATTTATGATGATCTATACTTCGTCTTAATGGAGGAATGTCCTTCTTTTTCTGCTCGAAATGCATCTTAGAATGTCAGGAATGCAAATAGCCGTTGGACAAAAGCCAATGACAAGGCCCGCGTCTATCTCTTGTCTAGTATCTTTGACATACTAAGTAAGAAACACGAGAGCATGATCACTGCACGTCAGATCATGGATTCCCTTCAAGAGATGTTTAAGAAGAATAAAAAAGAAGGTAAATATGATTTACTTGTCTTAGAAACATGTTTAGTGGAAAATGATCAAAATGTCTGGATACTTGATTCAGGAGCCACTAGACATGTTTGCTCTTCTTTACAGGAAACTTGGGTTGTGTGAGTTTGGACTTACTAATTTTGTGTGTGTAACGCAAATGCGATACGTCACTAAGTCAGGTCATCGTGCGTAATGCGCTCACCGTAACTCTTTGTATCGCATGCTTTGATTCTAGACGATGAGTCATGGGTTATGTACGATGCTTGCGATATACCTCTTCATCGCATAATACTTAAGTCTTCGTTGAGTACAAGTTTTTCTACTGCTTGTTTAAGTGCAAACGAAATAATAGGTTTACTTGGATGATCTAGGATCAAACACTAGGAATTGTTGATAGACGTTAGTTCTAGCGAATTACTCATTACTTAGGCGGTAGAAGAATTAACTACTTATGCACACCTAAAGAATCTGTAAAGGAGAGTAAATGGATGTGAAATGAAATTGTATGTGAACTAACTTGTATGTGAACTAACTTGTATGCGAGAAAGAGTGAAGGAAGGTCTATGCACTATTAGGCGATTAAGCAATGCAAGAGCTTTGATGTGATTTAACTTACTTAACCAGCTTATGATTAAGGTGTACTGCTCTTAGAGTATTAAACGCCACACATAGTCTCCTTTTGAGATCCACATGACTAAGTCTGATTAGGTGAGATATATCTAGAAGTATTCACTTATAAGACTTATAGAACTTTGCGTTTAAGGGTAGCAACCTCTCGACGCCTAATGTCCACACTTGTTTGCCTTTTGGGATACAAATGTTGAAAGTTATCTCGCAGGTGGAGTTTGTTGCCAAATTCCTCCATGCGCGCATTAACATTATCCTTGCTACTTACCCTTTCTGGTAGTTGGCGATTGACACTGACCAAGCAATGAATATAACTCAACTAATGCGATAAGAATTATAAGCTAGACTTCTTATTAAAGACTATCACTGACTTAAACTGCTAATAACACTTTGACAAATGAAAAGTCAAGAAATCATGGATTGAAAAGGTATAAATGTGCGATATATATAAAGAATGTAGTCTTTAGGCCATTGTACAATATGAACAACATATATTACAACGAAGTACAAAAAATGGAGAGGAAGGAGAATGAGAGATATTACAAGTTAGGGGATGACAGAGATATGGATTCTTCCCTCTTTAGCAGTCAAGCTCTCGCTTTTACAACTGATCAGAGAAGAAGAAGAAAACATTTACAGACGACGGAAAGACTATTCCTTTCCGCCACTCTTTAGGACTTTTGGCCTATTTGAGCCTCTTGCACCAATTTATATAGGCAACATTCTGGCGAGAAACTCCTATTCTTCTGAACTTGTCAGCGTCATCCGCCGAAAAGTGTATGTTGCACGTCACATTAGCTCCAACTACCACTCTTTGTCTTCTAGTGACCCTTCCTCACGTGATAACGTTGTTCCTCGCCTGGAGACATTAATCGCCAAATGAGTTCCCTATCACGTAGTCCTTACGAGAGATGTTTCCTGTCATTATTTAGTTTCTTTATTTGTTCATTATCCAGCGTTTAGACATTAAAATGGCGTGAAACATGCATAATAATTATGTAAAGTATATTTCCAAATACTTATGCATTTACAACACAAGTTATGCATTTTGATTATCTTCTTGTGCATTTTAACCTCAGTATTCTAATAAAAGGAGCTATAATAACGAATATTTATACACGCTATCAAAACTAGTTCTTTTAATCAGCTCGAAGAGGGTGAGATGACACTCAAGATTGGAATGGAAGATGTCATTTCAATTTGTGGAGTGGAAGATGTTAAGTTGTATTTCAGAAATAGATTCCCGTTTTTAAAAATTTGTACATAGTTCATAAGATTAAAAGGAATCTTATATCTATTTCTTATGGAGATCAGGATTTGATAAAAAATGGGTAACCAAGGTCACTTTAAAGGTTAAAGATTACAAGTTCAAAGCAACAACCTTAATTGACTCTGAAGTTGATCAAAATGTTATCCAAGAAGAGATAATTCCTTCCAAATACTTTGAGATCACTAGGAAAACTCTCAAATGTGCAAATAACAATCCCTTACAAATCAAATACAAAATTTCGAAGGTACACGTTTGCAAAGACAAAGTCTGCCTGGTAAATTCATTTCTCCTCGTCAAAGGTCTTATTGAGGAAACAATAATGGGTACTCTATTTCTTACCCAAATTTACTCATTTACAGTTTCTGATAAGGGTTTATCTTCTAAAAAATTTGGCAAATAGATCATCTTTGAATTCTGTAAGCTCGTAATTCAAAGGTATCTTTCTTCAATTGAGAGCGAGATTATCAGAAGTCTCAATCTCATATCAAACTAAGAAAAGCAAATTGAGTTTCTTCATGATGACATCAAAGGTCGAAAGATCAATGAGGAACTCAATAAGCCTTCTGTACAAATAAAAATTCAATCTGTCCACAAAAGGATTGATTATGAGATTTGTTCCAATTTGCCAAATGCTTTTTGAGCCAGAAAAATAGATAGTCGATCTTCACTATGTTGAAAACTTTCAAGAAGCTCAAATTCCTACAAAAATGAGTAAGGACTTAGTTGACACTTGCTTCAAAGATATATCTGATCTCCAGAAGAAAATATTAATAAGCTCATCAAAAAGCCCGTGGTCTTATGCGACTTTTTACGTTAACAATCTGGCTGAAAAGGAACGCGATGTTCCTCGTCTGTTTTTTAACTACAAGCCCCTTAATAAGGTAATCAAATGGATTAGGTATCATATTCCTAATCAACATGATTTTCTTAAGCGCATCGCTAATGCAAAAATCTTTTCAAAAGTTGATATGAAATCTAGATTCTGGCAGATTAAAATCAACCCAAAGGATAGATACAAAACTACCTTTAACATTCCCTTCAGCCAATATGAATGAAATTTCATGACATTCAGTCTTAAGAATTATCCATCGAAGTTACAAAAGATCATGAATGACATGTTCAATAAGCATCAAGACTTCATAATTGTTTACATTAATGACGTTTTGATATTCTCTGAAACTATTGATCAACATTTTAAACATTTAAATATGTTTATCGATATCATTAAAACAAATGGCCTTGCGGTTTCTCTCCCTAAGGTTAAGTTGTTTCAAACAAAAATCCAATTTCTTGGATTTGATATTGATCAAGGAATCATCAAACCTATCCAAAAGTTGTTGACTTCGTGGATAAGTTTCCTGATGAAATTCAAGATAAGACCTAGCTACAGAGATTTCTTGGGTGTGTCAATTATATTGGAGACTTTATTAAAGACCTTCGGACAATTTGTTTGCTACTGTATGGCAAACTAAAGATAAATCCAAAACCATGGACGACTGAGCATACACGAGCAGTCAAATCAATCAAATCCATGGCTAAAGGCATTCCATGCCTATCGGTTGTGGATGAAAAAGCCAAGATGATCGTCGAAATTGATGCATTCGAGAAGGGTTACAGTGGCATCCTCAAACAAGAATTAAGCGAAAAAGAATCCCTTGTCTGTTTCCATTTTGGTGTCTGGAATAGTGCTCAGCAAAACTATTCCACGGTTGAAAAGGATGTTTTTGCAATAGTAATTTTCGTCCAAAAGTTCAAAAGAGATCTTATCAACAAAGATTCTTTTGTGAGGACTGATTTAAAGGCAGGTAAATTGATATTTGGAAAAGATGTAAAGAATCTTGTGTCAAAACAAATCTTTGCAGGATGGCAGACAATCCTATCTTGTTTTGATTTCTCAATTGAGCCTATAAAAGGCAGTGAGAATTGCCTTACAGATTATCTATCACGAGAGCATCTCTTAAAATTAAACCTCTCAAAATTAAAGCTCTCTAATAGCATTCCAAGCTCTCTCCACAATGATTCCAAACTCTGGCCAACTCTGGCCGCCAGTGAGGCCTCCGCCTCCTCTTCCTCCCAATCAGCCTAATCAGGCTCCTCCTTAAACAACTAGCTCCTCTAGAGAGAGCTCTTCCAAGGGAAAATGCTCTATTTCTCAAGCATCTGCACTCACTCTTATGTGTGTCGATAACTATGCCATGGATCTAAGTTTCCAAACGGTCTCTAGGTGTTGCAAGGTTTCTCCCAAAGGAATCTAACAATCGGATCAACCCCATATCCCTCAACCACCTTATTGTGTCCAACAAGCGCTGCAACTTCAAATAGGTCACCTTCAAAGCACAAATCATATGCCCAGACGGTAAAACCAGCAATTTGGCTAGAGTTTGGAATCATTGTGGAGAGAGCTTGGAATGCTAGATGTGAATTTTTTAGTAATAACTACTAAGACCCAATTTTATCTTGCACCTATTTAGCACAATCATTTAACCGAGTAGTTAGATGTGAATTTTTTAGACTTTTTGAAACTGTTCAAAATTGGGTCCTTTCTTTGTGGGCTATAGCATGACCATTTTTCGTAAGTTTTGGGTGTTACCATAGTACACCATTAACGAATACCAATCCCAACACTTAGTCTATTTTTCTGTGCATAGAGTATGCAAAAGATAGAATGTTACACTTATCAGCACACAATCATTGAGTTAAACAGGTGCAAGATAAAAACAAAAAAATTAAACCATTCGAAGACAAGTTTTGGGACAAAATAAAGAAAATAAGTATGGGGCATCAATGGTCTGTTTTTGTAGGAAAAACTTTTCTACTACTCAAAATGAGACCACCTATTAATTAGATGTGAATTTTTTAGACTTTTTAATACTGTTGAAAATTGGGTCCTTTCATTGTGGGCAATAACATGGCCATTTTTCGTACATTTTGGGTTCTACCATAGTACACCAACCATGAACACCAATCCCGACCCTTAGGCTATTTCTCTGTGTTAGAGAGTATGCAATAGATAGGATGTCACACTTATCATCTCACAATCATTGAGCTAAGGAGGTGCAAGATAAAATAAATTAAACCATTCGAATATAAGTTTTCGGACAAAATAAAGAAAATGAGTATGGGGCATCACTAGTCCGTTTTTGTGGGAAAAAACTTTTATATTCCTGAAAATGAGATCACTTAGTAGTTAGATATGAATTTTTTAGACTTTTTGACACTGTTCAAAATTGGGTCCTTTTTTTGTGGGCAACAGCATGACCATTTTTTGTACATTTTGGGTGCTACCATAATACACCACTAACGAACACCAATCTCGACCCTCAACATATTTTTCTATGCATAGAGTATGCAAAAGATAGGATGCCATACTTATCAGCCCACAATCATTGAGCTAAACAGGTGCAAGATAAAAACAAAAAAATTAAACCATTCGAAAACAAGTTTTTGGATAAAATAAAGAAAATAAGTATAGGGCATCACTGGTCAGTTTTTGTGGGAAAAATCTTTTACATTACTCAAAATGAGACCATTTAGTAGTTTGATGTGAATTTTTTAGACTTTTTGAAACTGTTCAAAATTGGGTCCTTTCTTTGTGGGTTAAAACATGGCCATTTTTCGTACGTTTTGGGTGCTGCCATAGTACACCACTAACGAACACCAATCCAGACCTTTAGGCTATATTTTGTGTCAAAGAGTATGCAAAAAATAAGATTCCACACTTATCAGCCCAAAATGATTGTGCTAAATAGGTGCAAGATAAAATCAAAAAAATAAAACCATTTAAAGACTAGTTTTGGGGCAAAATAAAGAAAATGAGTATGGGGCATCACTGGTCAATTTTTGTGGGAAAAAATGTTAACATTACTCAAAATGAGACAACCGAGTAGTTAGATGTGAATTTTTGACTTTTTGAAATTGTTCAAAATTGGGTCCTTTCTTTGGGTCCTTTCTATGGCCATTTTTCGTACGTTTTGGGTGCTACCATAGTACACCATTAACGAACACCAATCCCGACCCTTAGACTATTTTTCTATGTATAGAGTATGCAAAAAATAGGATGTCACACTTATCAGCCCACAATCATTGAGTTAACTAGGTACAAGATAAAACAAAAAAATTAAACCATTCGAAGACAAGTTTTGGGACAAAATAAAGAAAATGAGTATGGGGCGTCACTGGTCAATTTTTGTGGCAAAAAGACTTTTATATTACTCAAAATTAGACCACCTAGTAGTTAGATATGAATTTTCGAGACTTTTGGACACAGTTCAAAATTAGGTGCTTTCTCTGTAGGTTATAGCATGGCCATTTTTCGTACGTTTTCGGTGCTTCCATAGTACACCACTAACGAGCACCAATCCCAACCTTTAGGCTATTTTTCTGTGTCAAAGAGTAAGCAAAAGATAAGATGTCACACTTATCAGCCCACAATGGATGTGCTAAACAGGTGCAAGATAAAATAAAAAAAAACAACACCACTCGAAGACAAGTTTTGGGGCAAAATAAAGAAAATGAGTATGGGACATCACTGGTAATTTTTGTGGGAAAAAACTTAATCATTACTAAAAATTAGACAACCAAGTAGTTAGATGTGAATTTTTTAGACTTTTTGAAACTGTTCAAACTTGGGTCGTTTCTTTGTGGGCTATACATGACCCTTTTTCGTACATTTCGGGTGCTACCATAGTAGACCATTAACGAACACCAATCCCGACCCTCAGACTATTTTTCTGTGCATAGAGTATGCAAAAGATAGGATGCCGCACTTATCAGCACACAATCATTGAGCTAAACAGGTGCAAGATAAAAATAAAAAAAATTAAACCATTCGAAGACAAGTTTTGGGACAAAATAAAGAAAATAAGTATAGGCATCATTGGTCTGTTTTTGTAGGAAAAAACATTTATATTACCCAAAATGAGACCACATAGTAGTTGGATGTGAATTTTTTAGACTTTTTGACACTGTTCAAAATTGGGTCCTTTCTTTGTGGGCTATAGCTTGGCCATTTTTCGTACGTTTTAAGTGCTACCATAGTACATCTCTAACGAGCCCCAATCTCGACCCTTAGGCTATTTTCCATGTCATAGAGTATGCAAAGGGTAGGATGCCACACTTATCATCCTAAATCATTGAACTAAAGAGATGCAAGATAAAAATAGAAAAATTAAACCCTTCGAGGACTTTTTTATGCAAAAATAAAAAAATAAGTATGGGGCATCCCTAGTCAGTTTTTGTGGGAAAAAACTTTAATATGACTCAAAATGAGACCACTTAGTAGTTAGATGTTAATTTTTTAGATTGTTTTAAATTGTTCATAAATGGGTCGTTTCTTTGTAGGCTATAGCATGGTCATTTTTCGTACGTTTTGGGTGCTACCATAATACACCACTAACAAGCACCAATCCCGACTCTTAGACTATTTTTCTATGTCATAGAGTATGCAAAAGATAGGATGTCACACTTATTAGCCCTCAATCATTGAGCTATAAAGGTGCAAGATAATAACCAAAAAAATTAAACCATTCGAAAACAAATTTTGGGACAAAAAAAAATGAGTATGAGGCATCACTGGTCAGTTTTTGTGGTAAAAAACATTAATATTACATAAAATGAGAACACCTAGTAGTTAGATGTGAATTTTTTAGACTTTTTTACTCTGTATAAAATTGGGTCGTTTCTTTGTGGACTATAGCATTTCCATTTTTTTATCGTTTTGGGTTCTACCATAGTACACCACTAACGAGCACCAATCCAGACCCTTAAGCTATTTTTCTATGTCATAGAGTATGCAAAAGATAAGATGCCACACTTATCAGCCCACAATCATTAAGCTAAACAGGTGCAAGATAAAAAAAAAAAAATAAATAAAAAAAAAAACCAAACCATTACAAGATAAGTTTTGAGACAAAATAAAGAAAATGAGTATAAGGCATCACTGTTCAGTTTTGTAGAAAAAAAAACTTTAACATTACTCAAAATGAGACAACCAAGTAGTTAGATGAGAATTTTTTAGACCTTTTGACACTTTTCAAAATTGGGTCGTTTCTTTGTAGGCTAAAGCATTGCTATTTTTCGATCGTTTTTGGTGCTACCATAGTACACCACTAACGTGCACAAATCTCAACCCTTAGGCTATTTTTCTGTCATAAAGTATGCAAAAGATAAGATGTCACACTTATCAGCCAACAATCATTGAGCTAAAGAGGTGCAAGATAAAAACAAAAAAATTAAACACTTCAAAGACATGTTTTTGGACAAAAATAAAAAAGAAATGAGTATGGGGCATCACTCGACCATTTTTGTGGGAAAAAACTTTTAACCTTACTTAAAATGAGACCACCAAGTAGTTAGATGCGAATTTTGGAGACTTTTTAAAACATTTTTAAATTGGGTTGCTTTTTTGTAGGCTATAGGATGTCCATTTTTCGAACGTGTTGGGTGCTACCACAGTACACCACTAACGAGCACCAATTTCGACCCTTAGGCTATTTTTATATGTCATAGAGTATGAAAAAGATAGAATGCCAAACTTATCAGCCCACAATCATTGAACTAAAGAGGTGCAAGATAAAAACAAAAAAATTAAACCCTTCGAAGACATGTTTTTGGACAAAAATAAAAAAATGAGTATGGGGCATCACTCGTCAGTTTTTGTGGGAAAAAACTTTAGGATTACTCAAACTAAGACCACCAAGTACTTAGATGCGAATTTGGAAGAGTTTTTAAACTGTTTAAAATTGGGTTGTTTCTTTGTAGGCTATAGCATTGCCATTTTTCGATGGTTTTTGGTGCTACCATAGTACACCACTAAGGCGCACAAATCCCGACCCTTAGGCTATTTTCTGTGTCATAAAGTATGTAAAGGATAGGATGCCACATTAATCAACCTACAATCATTGAGCTAAACAGGTGCAAGATAAAAACAAAAAAATTAAACCATTCGAAGACAAGTTTCCTGAAAAGATAAAAAAAAATGAGTATAGGGCATTACTGGTCAGTTTTTAGAGGGAAAAACTTTAAGATTACTCAAAATGAGAGCACTAAGTAGGCCATTCGAAGATTACTCAAGATTACTCAAAACTTTAAGATTATTCAAAAAAATTAAACCATTCGAAGACAATTTTCGAGAAGTTTTCAAACTGTTCGAAAATGGGTCATTTCTTTTGTAGGCTATAGCATGCCCATTTTTCAAACGCTTTGGGTGCTACTATAGTACACCACTAACGAGCACCAATTCTGACCCTTAGACTATTTTTCTGTGTCATAGAGTACTCAAAAGATAGGATGCCACATTTATCAACCTACAATCATCGAGCTAAATAGGTGCAAGATAAAAAAAAATAATAATAACAAAAAAAAAAACCATTTGAATACAAGTTTTGGGAAAAAATAAAATAAATGAGTATGGGGCATTACTGGTCAGTTTTTAAGGGAAAAGCTTTAAGATTACTCAAAATGAGACCACCTAGTAGTTAGATGTGATTTTTGGGACTTTTTGACATTGTTCAAAATTGGGTCCTTTCTTTGTAGGTTATAGACTAGCTATTTTTCGTACATTTTGGGTGCTACCATGGTACACCGCTAACGAGCACAAATCTCGACCCTTAGGCTCTTTTCCTGTTTCATTGAGTATGCAAAAGATAGAATGTCACACTTATCATCCCACAATCATTGAGCTAAAGAGCTGCAAGATAAAAAAAAAATTAAACCATTAAATGTTTTGGGACAAAATAACGGAAATGAGTATGGGGCATCAGTGGTCATTCTTTTGGAAAAAAAAAACTTTTATACTACTCAAAATGAGACCGCTTAGAAGTTAGATGTGTGTTTTCGAGACTTTTTGACAATGTTCAAATTTTTGTCATTTCTTTGCAGGCTTCATGCCAATTTTTGAACGTTTTGGGTTCTACCATAGTACACCACTAACGAGCACCAATCCCGACCCTTTGGCTATTTTTGTGTCATAGTATATGCAAAAGATAGGGTGCCACATTTATGAGTCTACAATCATTAAGCTAAACAGGTGCAAAATAAAAACAAAAAAATTAAACCATTCGATGACAAGTTTTGGGGAAAAAAAAAAAGAGTATGGGGCATTACTAGTCAGTTTTTGTGTAAAAAAACTTTAACATTACTCAAATTGAAAGCACTAAGTAGTTAGATGTGAATTTATTAGACTTTTTTGACACTGTTCAAAATGGGTCCTTTCTTTTTTAGGCTATAGCATGCCCATTTTCCAAATATTTTGGGTGCTACCATAGTACACCACTAACGAGCACCAATTCAGACCTTTAGGCTATTTTTATGTGTCATAGAGTATGGAAAAGATAGGTTGCCATACTTATCAGCCCACAATCTTTGAGCTAAACAGGTGCAAGATAAAAACAAAAAAAGTATATCATTCGAAGACAAGTTTTGGGACAAATAAAGAAAATTAGAATGGGGAATCACTGGTAAGTTTTTGTGGGAAAAAAGTTTAATATTACTCAAAATGGGACCACCAAGTAGTTACACGTGAATTTTCAAGAATTTTTTAAACTGTACAAAATTGGGTTGTTTCTTTGTTGGCTAGAGGATGGTCATTTTTTGGACGTTTCGGATGCTACCATAGTACACCACTAACGAGCACCAATCCTAACCCTTAGGCTATTTTTTTGTGTCATAGAGTATGCAAAAGAAAGGATGTCACACTTATCAGCCCACAATCATTGAGCTAAAGAGGGGTAAGATAAAACTGTTAAAAACTGGGTCGTTTCTTTGTAGGCTATAGGCTGCCCATTTTTTGACCGTTTTGGGTTCTGGCATAGTACGCACCACTAACGAGCACCAATCCCGACCCTTAGGCTATTTTTCTATGTTATAGAGTATGCAAATAATAGAATGTCACACTTATCAGCCCACAATCATTAAGCTAAAGAGGTGTAAGATAAAAACAAAAAAAAAAAATTAAACCATTCAAAGCCAATTTTTGGGACAAAAATACAGAAATGATTATGGGGCATCACTAGTAAGTTTTAGTGGAAAAAAACTTTATTATTACTCAAAATGAGACCACAAAATAGTTAGATATGAATTTTTTAGGCTTCTGAAACTGTTTAAAACTGGGTCGTTTCTTTGTAGGCTAGCATGCCCATTTTTTGAAGGTTTTAGGTTCTACCATAATACACCACTAACGAGCACCAATCCCAACCCTTAGGCTACTTTTCTCAGCCATAGAGTATACAAAAGATAGGATGTCACACTTATCATCCCACAATCATTGACCTAAAGAGGTTCAAGATAAAAACAAAAAAAAATTAAATCAATTGAAGACAAGTTTTGGGACAAAAAGAAAAAAATAAGTATAGGGTATCACTTGTAAGTTTTGTGGGAAAAAATATTAATATTACTCAAAATGAGACCACCTAGTAGTTAGATGTGAATTTTTGAGACTTTTTGACAGTGTTCAAAATTGGGTCGTTTCTTTGTAGGTTATAACATGGTCATTTTTCAAACGTTTTGGGTGCTACCATAGTACACCACTAATGAGTACCAATCCCGAACCTTAGGCTATTTTTCTCTGTCATAGAGTATGCAAAAGATAGGATGCCTCACTTTCAGCCCACAATCATTGAGATAAAGAGATGCAAGGTAAAAACAAAAAAAATTAAACCATTCGAAGACAAGTTTTGGAACAAAAATAAAAAAAATGAGTATGCTGGATAACTCGTCAGTTTTTCTGGGAAAAAACTTTATTATTACTCAAAAGAAGATCATCTAGTAGTTATATGTGAATTTTAGACTGTTTGACACTGTTCAAAATTGGGTCGTTTCTTTGTAGGCTATATCATGTCCATTTTTCAACAGTATTGGGTTCTAGCAATAGTACACCACTAGAAAGCACCAATCCCGACCCTAAGGCTATTTTTCTGTGTCATAGAGTATGCAAAAGATAGGATGCCAAAATTATCAACCCACAATCATTGAGCTAAAGAGGTGCAAGATAAAAACAAAAAAATTAAACAATCGAAGACAAGTTTTGGGACAAATTAAAAAATGAGTATGGGGAATCATTGGGCAGTTTTTCTGGGAAATAGTTTTAATATTACTCAAAATGAAACCACCTAGTAGTTAAATGTGAATTTTCGAAACTTTTTGACACTTTTCAAAATTGAGACGTTTCTTTGTAGGCATAGCATTGCCATTTTTCGAACGTTTTGGGTGCAACCATAGTACACCACTAACAAGCACCAATTCTGACCCTTAGGCTATTTTTTGTGTCATAAAGTATAAAAAAGATAGGATGTCACTCTTATCAGCCCACAATCATTGAGCTGAAGAGATACAAGATAAAAACAAAAAAATTAAACCATTTGAGGACAAGTTTTGGGACAGAATTAAAAAATGAGTATAGAGCATCACTGTCAGTTTTTGTAGGAAAAACTTTATTATTACCCAAAATGAGACCACCTAGTACTTAATTAGATGTGAATTTTTGAGACTTTTTGACAGTGCTCAAATTTGGGTCATTTCTTCGTACGCTATAGTGTGGCCATTTTTCGACCGTTTTGGGTCCTACAATAGTACACCACTAACGAGCACCAATACCAACCCTTAGGCTATTTTTTTGTGTCATAGAGTACCACACTTATCAGCCCACAATCATTGAGATAAAGAGGTTCAAGATAAAAACAAAAAATTAAACTAATCAAAGACAAGTTTTGGGACAAAAATAAAATAATGAGTATGGGGCGTCAATAGTCAATTTTTGTGGGAAAAACTTTAATATGACTTAAAATGAGACCAACTAGTAGTTAGATGTGAATTTCACATTTTCGAGACTTTTTGATATTGTTCAAAATTGGGTCGTTTCTTTGTAGGCTATTGCATGGCCATTTTTCGAACGTTTTGGACGCTACCATAGTACACCACTAACGAGCACCAATCCCGATCCTTAGGCTATTTTTCTGTGTCATAGATTATGAAAAAGATAGGATGCCACACTTATGAGCCCACAATCATTGAGCTAAAGAGGTGCAAGATAAAAGCAAAAAAAATAAATCATTCAAAGAAATGTTTTGGGACAAAAATTAAAAAATCAGTATGTGGGTCATCAATGGGCAGTTTTTGTGGAAAAAACTTTAATATTACTCAAAATGAGACCTCCTAGTAGTTAGATGTGAATTCTAGAGACTTTTTGACACTTTTCAAAGTTGGGTCGTTTCTTTGTAGGCTGTAGCATTGCCATTTTTCGAACGTTTTTTGTGCTACAATAGTACACTACTAATGAGCACCAATTCCGACCCTTAGGTTAGTTTTTTGTGTCGTAGAGTTTGCAAAAGATAGGATGCCACACTTATCAACCCACAATTATTGAGCAAAAAAATTAAACGATTCGAGGACAAGTTTTGGGACAAAAATAAAAAAATGAGTATGGAGCATCACTAGTGAGTTTTTGTTGTAAAAAATTTAATATTACCCAAAATGAGACCTTCTAGTACTTAGATGTGAATTTTTTAGACTTTTTGACATTTCTACAAACTGGGTCATTTCTTTGTTGGCTATAGCATGACTATTTTTCGACCGTTTGGGTGCTACCATAGTACATCACTAACAAGTACCGATCCAGACTCTTAGGGTATTTTTCTGTGCCATAGAGTATGGTAAAGATAGGATCCAACAATCATTGAGCTAAAGAGGGGCAAGATAAAAACTAAAGAATTAAACTCTTCGAAGATAAGTTTTGAGACAAAAATAAAAAATGTGTATGGGGCATCACTAGTTAGTTTTTGTGGAAAAAAACTTTAATATTAATCAAAATGAAACCACCTAGTAGTTAGATGTGAATTTTCGAGACTTTTTGACTTTGTTCAAATTGGGTCATTTCTTTGTAGGTTGTAGCATGGTCATTTTTTGAACTTTTTGGGTGCTACCATAGTACTTCACTAACAGGCACCGATCTCAACTCTTAGGCTATTTTTCTGTGTCATAGAGTATGGAAAAGATAGGATGTTATACTTATCAGCCCAGAATCATTGAGCTAAAATGGTGAAGATAAAAAGAAAAAACTTAAAACTTTCAAAGACACGTTTTGGGACAAAAATAAAAAATGAGTATTAGTCATCAGTAGTCAGTTTTTGTGGTAAAAAATTTAATATTACTCAAAATAAGACCACTTAGTAGTTAGATATGAATTTTTTAGACTTTTTGACACTATCCAAAATTGGGTCGTTTCTTTGTAGGCTATTGCATGACCATTTTTCGAACGTTTTGGGTGCTACCATAGTACACCACTAACGAGCACCGATCTCGACCTATAGACTATTTTTTTGTGTCATAGAGTATGGAAAAGCTAGGATGTCATACTTATCTGCCTAGAATCATTGAGCTAAAGAGGTGCAAGATAAAAGAAAAAAAATTATATGCTACATAAAATTTTCATCCCAAAAACATAAAATTAGAAAAGTTGTCATTATTGGAAAACTCCATCTCATACCTTCAAAATTTAAAATCTCTGCAGGTAATCATTTTTTCCTTAGAATTTGGCCGCTTACTTCCTTCTTCATTCCAAACCCTAAAGATAGTTTTAAAACAATTTGAAAGCATTTGTTCACCTTCTTACCAGATTTCTCCATAATCACATCTTGGCAAAACACCATTAGTCCAAGTCTCTTCGGCCGTTTTACCTTGCACTGCTTCAGAAGCACATATGGACTTCGGTCGCTTTAGTTTGCATGGATCGTTCTTCTTCTTTGAATATTGTCATTATAGTCAGTTAGTTGCTCTGTTTGTTCTTCTTCAGTTTTAATCAGATTCTTTGACGCAAATTTTTCTTTGAATATCGCCATGCACGGAATGTTTAGGACTATATCTTGGAACAATTTAAAATTACCATTGTTGTCGGCTTTGTAATCAATCTACACTATTGTCAGCTTTGTAATTTTAAAAGGTTCGAAAGAGAAGAATATTTTGAATAATATCGAATATTAGTGTAATTAAAAAAAATCTCATAAACAAAATATTGGTGCAATCAAATAATTCTTCAAGATAAAAATTACACTATTATCATGGTTTTTGTGGGATCTTGACATTTAAAATCAAAATTTCAGAATTTTGGCTGTTTCAAATCAAAGTTTAAAATGAATTTTAAAATAACCTTTATGGAAAATAAATAGAGTGTATTAACAATCTTATCCTAAATTTTTTAAATGATGTTATTCATTATTTTAGTGGAATCAATCAAGCATAATGATGATTATGGATGGTACAAATTTTCTTAAAATACTCATATGACGCTAAATGCATCCTAATTATAAGGGGAAATAAAATCAATTTATGAAAGGATCGTTAAATGAATCATTTTATGGAATTTCTAATTTGAATTTATTATTATGTTAAATGAACAATTTTATTAAATAATCGTTAAATGCATATTTATAGGAGAAAAAACAATATTAATATGAAGTTGTTATATCAGATACAAGATTTTAGGAGAAGATGCAATTCTAAATTCAAATTTTGGAAATCTTTCAACTAAACTTTCAAATTCAAATAATAAAATAAATATTTATAAACATTTAATTTTAAATATCCAAATTGTGTATTACGTATGACATAATAGCATGTTACTAAATATAAACCAAAACTTATGAAACGTACCATAAATAAATTATATTATCAAACCTTTTATTGACATGAAAAATAATAGAAATTTTTTCAAAAATAGCAAATTTTACAAAATATTTACGAGCTATAGCAAATTCTATCACTGATAGTCATTGATATGCTATAGTGATAGAAGACTATCATGGATAGAATCTAAAATTTTGCTATAACTTGTAAGTATTTTAATTTATTTTGCTATTTTTAAAAAGTATATATATATATATATATATTATGAATTATATAAATAAATTGTTAATTAGTTGATTTGAATCCTACAAATCCAATATGAATTGAAGACATAAATCTAAGGATATGTTGATTCAATTAGATCCATCCTGAAAATAAATATTTATTTAATATATTTATAAAACTGATTGATTTGCAAATACACTGTATTTGTGATTCAGAGTTATATTGTATAATTTTCATCTGCACAAATACATCGTACTTGCGATAAAAGAAATTTCTCACCATAGAGGGGTAAAATCGACTGGAAAAAAATAAAAAGAATAGGACATCAAGCGATTTTGTTATAAATCAATTTTTTTTTTTAGATTTTCTATTTTTCAATTAGTTATCCAATATTTTGTCATTCTCGCAGTTTTCTCTAATTTAATCTTCTTTAGAATTCCAAGCATATATAGAAAGCTCAAAATGCTCGAACCAAAACTAAAATAAAAACCAAACCCTAGTCACATAGTCTTGCCCCAATTGATTTCCTTTGCATAAATGGCAAATTCAAGACAAGCTTAGTGACCCAAAACAAAATTCTATGAGAACATCGAACAAACAACAATATGTTCTCCCACATAGTCTTACTAAACGAACGCTCAAAGAACAAACGATTCATAGATTCTACATCAACAGCACACAAAACACAAGTAATAGACATTAGAACATCAACGACTAACACAATCACAAGTTTGCCAAATAATTTAGAATAACAAACCAAGAAATGATCCCATAAGAACATCACCCCCAAATCAAAGGAGGTGAGCCCAAGGCGCATCACAAGAGATGTTTAGGACGTAAAGACTCCTAGGTGCTAGTGACAGAAAACACATCAAATTGACATGGAGCCAAATAAAGCAATCCTCCCTCCCAAAATTTGTGTGAAGGAAAGGAAATGACAACTAAATTCATAAAAGTGAAACACCAACTCCAAGAACGAACAAAGGAAAACACCCACCTTATGTGAAAGGATGACCATGACATTTTTAAAGGCATATTTAAAGATGGAGTTTGGTTTTCTTGGAAGAAAACCTGAAACCGAATTATCCAATTAAGTTTCAATTTCAAATACGAATCAAAAAGTCTTTTAACTTATATAACCAAATTGTTTTTTTAATTAAATATACATACATATATCTAACGAAAAAAATCGATCCCATTAGGTTTGAATTTAACCAATAAATCGGTTTGATTTAGTTTTTACAAATAAAAAATTGGAACGTTTTTAAATATTGCAAAAAGAATTTAAATAATTTACCAAATATATCAAATTCTTCCCACCTCATTAAGTTTGTCTATATTTTATAAATAATTTCAAAATTTATCTTCTCTATAATTTCTCTAAAAATCATTCTAAATTTTTTATTCCATTGACTACCAAATGGAATCGTTTCTGCCTCAAGAAAATGTTAGAAAAATAGAAGGCCACGATAGACAGTTGAGAGTTGAGAAACAAAAAGCAGCGGAAGTTAAGCCTCGAAAAGTAGTATATTTCGTTTTAAAAACTATAAACTTGAGACAGTCTAGAAATTAGAAAGACGTGGATTTAGTAAGAAAAAAAGAGAAGAAGAAATGAACGTATCCAATCCAAACCTTATCTTCGTGCTGTGAAATATTTTCTGAGGAATCGAACCGACGAGGCACGGCAGTCAAATATGTCAGTGTGAAGGATCCTACACAAAATGACATCAACAGCTGTTCCCCATAAATGCTCTGCTTCATTGCGGCCCCACACTCAATACAAGATCTCTTTTCTATCTTAATCTCAACCTAAAATAATTACTATTTTTCCTCTCCTTTGTCTTTTTTAATAACTTTTTATTTCTTGAAATTTAAACACAAAAGGTTATGATAGGACATACAAACTTAAACATACTTTTGCTACAAATATTATATTCTTATTATTGAAAGAAAAAATCAGAAGTTCTAACACTCTGGCAGATAAAATCTAATTTCTAGGTTAATAAAATACGAACTAGCTTTTTACATGTTATGTTAATAAATGCATTTAGAGAACAAAAGTAAAAAAAAGGTTAAAAAAGTATCAATATTAATTATTGGAAAAGGGAAAAGAGTTGGATATTTAGATGTTGATGTGGTAGTAATATCAATGAATATTATTCGAGAAGAGATGGCAGGTGGTGTGCAGAGTGTCACTCCCACCGTCACCGCAGCAGCACATGTGTGTGTTGTTTTTCCTACACCTTTGATCTGCTCTGCCTTTTGCCTTAAATACAATACATTTTCAGAAGTTAGTATAGTGGACATTGGGTAATGCAATGACTATGAAGCTCTCTTTTCTTGTATTATGCCTCTTCCTTCCTCTTTGCTTGGCGGCCAATGTCACCTATGACCGCCGTTCCCTCATCATCGACGGCCACCGCAAGCTCCTCATCTCTGCTTCCATTCACTATCCTCGCAGCGTTCCTGCCGTGAGTGCATAATAATTTAATTTACTCTATCTTCTGCTTTCTCCATTTTATAATTAACCTTTTCCTTCCTCTCAGATGTGGCCAAGTCTTATTCAAAACGCGAAGGAAGGAGGTGTTGATGTCATTGAGACTTATGTCTTCTGGAATGGTCATGAACTCTCTCCTGACAATGTAATGCAACCCCCAAAATCACTTCCCTCATTTCTTCCATTACTAACTCTTACTTACTTTACTCTCTTCTTCCTCAGTATCATTTTGATGGTCGATTTGATCTCGTCAAATTCATTAACATCGTTCACAATGCCGGATTGTATCTAATTTTGCGCATTGGTCCCTTTGTTGCAGCCGAGTGGAACTTTGGGTAAACTTTACTTGAACTTCATCTTTTAACTTACCTTCAACAAATTCAGTTTTACGCTTACCCTTTCTCTTTGCAGTGGAGTACCTGTTTGGCTGCATTACATTCCTAATACTGTATTTCGAACAGACAATGCATCTTTCAAGGTATGTAAATTGACCACTAACACCATCGATGTGTTCTGTTTTTAACGCGCTTCATTTAACTGTTTCTCTGTCATTGTGGCTCTCCTTGTGACTATGCGGGAGTTCAGTTTTATATGCAGAAGTTCACTACATACATAGTGAGCCTAATGAAAAAGGAGAAGCTTTTTGCTTCGCAAGGGGGTCCTATCATCTTGTCTCAGGCAAGTACTTTTGCTATTCTAGCCATAGATTGAGCTGGTTTTTATCTCATGCCTGCAACCAAGTGCTTTTTGATAGAATGTGAAGACTTTCTTATAAAGAAAATTGTTTACAAATATAGTGTAAATAAAAGACTGCGTGCTGTACTTTTGTAATGTGTTATGTTTCTCATGTAGGTAGAAAATGAGTACGGGGATATAGAAAGAGTTTATGGAGAAGGAGGGAAGCCATATGCTATGTGGGCTGCTCAAATGGCAGTTTCTCAGAATATAGGCGTTCCATGGATAATGTGTCAGCAATATGATGCTCCTGACCCTGTGGTTAGAGTACCCTTCAATGATAACTTCTTTCGTCTATTTAATTGGTTAATTCACCCTTTAATCTAAAGGTTTAGGTGGATGGTTTATGATAAATCTAATCTTATATCACTGTTTGAACATTTCCTTCACTTGTGGGTTTGAAAATTTGCACAATGGCCAACAAGTAAATAAGTAGGAAATGACTTTTATGGAGCTTGAACCCATCCAATTTACTAACTTGTTTACGTACATGTTTTATTATAAGGGTAAGTGATTGTTTTCCACATTCCAGAAGCTAAAACCAATAAGCTCAACCATCTACAATGAGCTTCATAACTTGTGTTCATCTTGCCATTATTTAATATTTCTGGTTTATGGCATGATGTTTCATATTTCGTGTGTTGTTACATTGCAGAGTTTTTTTTAAAAGGATACGAGTCTCACTATTATTAATATTGAAAATAGAGAGACAAAACTCAATGTACACGAGGGTTATACATAGAGCAATAAGGGGGGAGGATCAGTAGGGCGCACCCATGCATCTCAACTAGGTTGACACCCCCTTAGCGCCCTCATCACATCCAAAAAGCGAAAATAAAAACCCATATACCAGGTTTCCAAAAGCAATACAATATCAAATCAAAGGTCACAATACAAGGCCAAACATTGCAATGGAGTTCCAGTTATGTTTTGTACAATACCATAAGTATGTAGTATTTGTTAAGGATTTGTATGATGTATTCTTGTTTTATGCTGGCTGAACTTTGGCATGTGCACAATGTATAGCTTCATACGAATGAGCAGTACTAGGTTTCTTACTTTCTATAATAACGATGTTCCTTATATTTGAGATTGCCCATCCATATACTTTAAACTAGTAACATTTGAATAATTGAGATTAACAATATTTCTCTGCATCACGATGAATAGTTTTCGTCTGCCTTCCAGATTAATACTTGCAATTCATTCTACTGTGACCAATTCACTCCTAATTCTCCAAACAAGCCCAAGATGTGGACTGAGAATTGGCCTGGATGGTAATATAATTTTTATCACTTGATCGTTTAGTCTGATTTCATTCTTGACTAAGCAGTTTTTCTTATTATGCACTTCTTTAATATAATACATTCTATTTTGTATAATTAATTGTTTTTACTATAATCTGAAAATATTAAAATATTGAAATATTTAGAATAATTTAACTGTTAAAGTTAACCATACTAAATGGTTAATTCTTACTAATAAAACAAACTGTAAATTCCACGGATGTATTTGGATTTTATATTTTACTTCTAGTTTTATTATTAGTAGTATTATCAAAGTTGATTGAGATGAAATATTATATGGAAGAATCTGAAATATTTGTCTCAAAGATTTATTTAATGTCTTTTTCTGGATGATCTCCCCTCACGCAATTGAAACAGAAGAAATTCACATATTGCTTTCTGCTCCATGCTCTATTGATATAGTTATGGTGGTTTCCATATTTTCCAGGTTCAAAACATTTGGAGCAAGGGATCCTCATAGGCCTCCTGAGGACATTGCTTTCTCAGTTGCTCGCTTTTTCCAAAAAGGTGGTAGTCTGCAAAACTACTACATGGTAATTGACTTGTTTTACATTATTATTTATTAATTAGACCGTGTTCTATTACCATTGTCATTCTAGCAATTTAACCAAATCTTATAGAATAATATTCTTCTTCTTTAGTATCATGGCGGAACAAATTTCGGTCGTACTGCTGGTGGGCCATTTATTACTACAAGTTATGACTATGATGCACCTATTGATGAATATGGTAAGATGTCTTCTCTACTTTTGATTAGTTGAAAGTTGAAACCAGGCAGTGCATCATGATTTACATTGTTTTTTGAACAATTATAGGTTTGCCTAGGCTTCCAAAGTGGGGACACCTGAAGGAACTTCATAGGGCTATAAAGTTGACTGAGCGTGTTCTGCTTAACAGTGAGCCAACATATATCTCATTAGGTCCCTCTCTAGAGGTAATATTCTTCCATGCTGCTTGGTGCTTATTTCCATTTTTTGCAATCAATATTTTATTGAATGTTTAAATTGGTCAATGGACTAATATATGTACTGGATAAGAAATATTCCAAGAGATCAGATGTGCGAATGCTGGAGAGAATGCATGTCTCAGAAGTCACTAAACAAAATTGCTTAATTTAATTTTTAATTTATTTATTTTTATATTTGATTACAGATAAGATTTCTATTATGCATAACACAGCCTGAATGCAAGGGTGGAAAGAGAACCCCCTCCTTCAGAAAACAACCAAAACAGCTCTAAGAGAACTTTCTAGTTCATTTGGATTATGGACAAGCTGTATTTACTAAGAATTTACTATTTTTAGAGCACTGCCAAGAAACTATGAATTGAGTTTGCTATAAAAAGAAGCAAAAGAAGACACCCTATCCTAAAAAATACTGCAGTTTTTTTTTGAGCCACAAGTTCTAAAGCAGTCTGACCACCATGGCCCATAAAATCGTTCTACTGCTTCTATGGTTCCAATCTCCAAGGATCTCTTGCAATCTGATAGAACCCAAATCTATTGAAAGATGCATGATAATGAAAATACCAAACAAACCAAGTGTTTAAGGTACTTGGACCCTCCCGATCTTGAGATGCTCTCAAGCCCTACTTCATATTCCAAATATTGCTCTTCCCTATTAACTTTGTATTTAAAACCAAACTTCCCTAACAAACTACTTATCTATTTACTAATATACCCTTAATATCCCTCTAACATCATTCCTATCATAACTAATCATCGATTCTGTTTTTGCAAACAAAAGAAGAAATTGAATCCCTTAATTCCTTTTACCATCCGATTGCTTCGATCACAGGCCAAAGTGGCAAAAGGATGGTAAATGATCAAATGATCAAGCGCTCCTTCAGCCTAAGAAAGACCACCTTTTTTGGAAGCCAATTCTTCCAGACAGTATAGAGAAAAAACGATTTGAAGAGAAAAAATTAGAGTTATCTAAGGTTTAAACAACTTATTCCTTCCCTCCCCCTAGCCAGATAAAATCAAACAGACCCACCAAACTGCTGTAACTTGGAATCTTCAATCAAACAACCCCCTCCTAAAGTTTAAATCCAACCATTGCCATTGGCCATCCAACAGTTCTCAACCTTAGCCTCTTGTTTCATGGAAACACTGAACAGATCCAGAAAAGAATTGGACAAAGAAGAGTTTCACACCCAAATATCCTTCTAGAAACTTTGAGACATTATGTATTCTCATATATGCCATGTTTTCTGCCTGAGTTGTCCTCCCTTTGATTTTGTGCTACCTAAAGTCTTTAAAATTGCAGTGACCACTTTGGTTATTTGGGTGAGACACTAGCAAATATTTTTGATGAATAAATGAGTTCTCTATACTATCTTTCCTCCCTCTAACATTGGCAGTAAAATCGAATAACCAGGTTATTTATTTATCTATTTATTTTCATCATCATTATTATTTGGAAGACCTTATTCAATATTTTACTGGTGAAATGTAGGCTGATATCTACACCGACTCATCTGGAGCCTGTGCTGCCTTTATTGCTAACATAGATGAAAAAGACGATAAGACAGTCCAGTTTCGAAATATTTCATATCATTTACCTGCTTGGTCAGTTAGTATTCTGCCCGACTGCAAGAATGTAGTCTTTAACACAGCAATGGTATGTCCTGTTTCAGAAAAAGATCCTCTATGTGTCATTGCTTTCGTTCTATGTACTTTCAATCTGCTATCTGGACCTAACACTTTCTACAGATTAGGTCCCAAACAGCTATGGTTGAAATGGTTCCTGAAGAACTTCAACCTTCAGCAGATGCAACAAATAAAGACTTGAAAGCCCTCAAATGGGAAGTCTTCGTAGAGCAACCTGGAATTTGGGGTAAAGCTGACTTTGTTAAGAATGTTCTGGTTGACCACCTCAATACAACAAAAGATACAACAGATTACCTGTGGTATACGACCAGGTTTGTCTTTCTTTGAAGAGAGAACTAAAACTATATCTAATTTATTGATTAGCTATCATATGAAATTGGAATAAGATGATAACGGAAGAGCAAATATTTGTCATTCATCATCATTGCTTGCATTGTTTCATACCATTATCTAAGCAAAATATTCCTCCAGGGTTTTCTTTTCTTCTTCTTCTAATCAAGTTTTCCGTTATCTTTTATATGTCAAGGACTGAAGGAAGGAAACTACTTTTAGATTATATTTATTTATTTATTTCTATTTTATTTATTGGTGTGGAAATTTTGTAGTTGTCTTTTTTTCTTTTGTCAGTCCGAGTAGCCTGCTTGTAAATGATAAGTAACCTTTCTGAATCTTTGTTTTATTGCACGTTATTTGTGGCCTTGAATTTTGGGATCATAATTCATCAAAGTAAGGTATGCTTGGACAAACATGGGAGGTTGTGTCAATCACTGATAATTTCCTTTATTGGCAGCATTTTTGTAAATGAAAATGAAAAGTTTCTCAAGGGAAGTCAACCAGTTCTTGTAGTCGAATCAAAGGGTCATGCTCTTCATGCGTTTATCAACAAGAAACTGCAAGGTGCTTAATTATGTATTGAATATCACGTCTTTAACCTCATATTCAATTACTGGCATTCTGATGCATGTTAACTAGTTTCAATTTATAGTATTCTGCCTCTTTTGAATCTCATTCTTTGCCTTCTTTATTTTGACTGTATCTTTAATAAATTATAGTGAGTAGATTTGGACGTCTGGGTTGATTAGTCATCACCTTTTAATTATGGTTTTATATAGACACAAGCTCTCAGAGGACATATACATACTTTTCCTCAGCCGTTTCTCTTCCTTTCTTTTTAATCATAGTTGAAAACATGCATGACATGACAGTTAGGGATTGTTTGGGGCCTTGAGTTGAGATAGAATGTCCAGAGTTTATATGTTTGGGGAATTTATATGTTTGTGTTTGGAGTGCAAAGTTGAGTTCATGTGTTAGAGGTATCCGGTACAATTTTTTTAATATTAAATAACATGTTTTTATACCTATTTTTTGTTTTAAAATTTTTTTATTGAATAATTCTACGTATCTTTCCTTGAATAAAATATGGATTGCATTTTTTCCGCTTTTTTTTTTTGAAGTTTTTTTTCTTTCTTTTTGGTAATGAACAACAATTAACCAATTAACTCATTAAAATTTTTGCACTAGCATAGATAAATAAAATGTAAACAAAAAAGAAATCAAAACTTTTGATTTTCTTAATTTTTCTCCATGAATTTCATCATTTTTTTTTTTTTTTTCTTTTCCTTCCTATTGTTGCTTTGTATTTTTCCTCTCGTGATTTCTTTTAATTGAATCTCCCCCATCATCTTAGTAGGCAATGAAATGCCACCACATTTCTTCAACAATTTCACATTCAATTCCTCCAAATTTGGAGAATCATCAAAGAACGTATCTTCATTTTGATCACTAATTCTTGCTAAAAATGTTCTAAAAAAACAAATCTCCATTTTATGGGTATTTTTTGTTATTTTTTATTTTAGTTTGTTTTTGCTTTGTTTTTTGTTCTGCCATTCAACTACATACATACTTTTCCAATTTCTTAAAACTCATTTGATATATGAATTCTATTAAATAAAAATAAAAATATACTCAACAAAGAAATCAAATTTGAAGGTGGTTGTCAAAGTTGATTATCAAAGATGATTTTTGCCAAAGTTTGTAGTCGTAGGTGGTTGTCTGAGGTAGAAGTTGGTTGCACGAAAGTGATCTTAGAATTTTTTTATATATATACATCTATGAGTGTTCGGACCAGCTTATGCGCATCTCGACAAATCTGACGGGACAACCCGCTTGACCCTACAACATTTGGGTATCAAGGAAACTCGTAGGAAATAAATTCATAGGTAGGTGGCCACCATGAATTGAACTTATGGCCTCTTAGTTAAATATTGAGACTATGCTCCCTTTTTACCACTAGGCCAACCCTCACTTTGAGTTTTGTTGGAGCTTGGAATTCATCGTGCAAAGGTGGTCATCGAAGTTGATTTTCGTCAGAGTTTGTTATTGAAGGTGGTTGAGTTGGTCACGCAAAGGTGGTCGTCGGAGGTGGTTACCGGAGCTCGGAATCAATCTTTGAAGTTGAATGTGTGAAGGTGGCCATTGAAGTTGGTTCTCAAAGTGTGGCAATGGTAATCATCAATGGTGGTTACGTTGATGGGTGAACCGCTGGAAACTTGGGGAGAAGGGAGAGTTGGTATACCGACTCAACTCCATCGATATGTAAAGCTGGTGGGCCAAACAATGAGTGTTGGTGTGTCAAACACCCCCTTAATCTTTTGTTATATACTTAAAAACTTAAGTTATAATTTGCATGTATTTAATTGATTAGTCCTATTAATTTTATAAATTAATGATTTTTTTAGGCAATACATTAATGATATTGTTTCTTAGAAAACACATGCTATTTAGTTGAAAAGATTTGTAGTTTTTCCCCAAATATATTAAATTTCATTATATAAATGGACCTTACGGCCTGAGGACAAGGAACAATGAAAATACAACCCAAAGATATAAAAATTTAAAGAAAAAAAACTAAACACAGAGACGAAAGACTTGCACAATGGAAGGAAGTAGGTTGCAAGGAGAAGAGCCAACATGAATCCACTTAATAGAAGCACAATAGAGAAAAAACATCGGACCACACAACCTGACTTGACCACCTAGGACGTTTGCAAGATAGCCCATGGACACCAATCACTCTATCTCCTAATTTGATTAGTAACAGGTCATCCGGCTACTCTTCAGACTTTTGCCTACACCAAAATGACAAATCCGATCAAGCTTTGATTCAAAATATTCTCTGGGAACACCCACCACCTAAGGCCCAAGTAGCTTGACTAGAAGGGCTAATCAAAGAATACTTGGTCCTGAGACTCAACTTCATTGGGGCAAACACATACACTAGAGATATTAGGTGACTGCCTCCTAATCACTTGTTTGTGACCAATTCCAAGCAGTCCACAAGCAGTAAGCCATGTAGAGGGTGTTTGGACATCCGTAATTGCATTGGAATGGAATGTAATGTAATAAAAAATTCATGTTTGGATTGAATGTTTTGAGCCCGAGTTGTTATTAAAAATTCATTCGTTTCTTACAATCTTCAATTAAACCTTATTTTCCATTGTTATCACCCTTTAACATCACATTTTTGTTTTCTCCTCTCGATTCAACATGCATTCCAACACCTCTCTGATTCTCAATAATTCTGATTACATCTCAGCTTCCCAAACATCGTATAGTGTATTAGTATTTGGAAATGTTACCTCCAAACCAAAGGAAGCTTGTCCAAGGCATCACAATGCTGTTAGACCCCTAGTTATGGAATTCGTAGTATTATTAGTAAATATTAATATGGTTATTAGGAGGGGCATATTACAACAGTATGTTGGTTAGGACTTTTAGTTGTAAACAGTGAGAGTGGGTTGAGGGGAAAGTGTGGGGAATTTTGAGGGATTTTCTTAGTTGGAAATTTGGAAGACTAGAAAGGCTAGTGGTTATCTTGCTCCTTGCTCTAATTTATTTATTGATATTACAGTATACTTTTACATATTTAGTGTTCTTAAGTATTCTTGTTAGGTGGTATCCTAACAGTTGCCTATGTTGCACGGACTCCCAGACACTATTGTCAGCAATTGCATCAGAACGTCAAGGGAGCTAGGTCATCCTCCCTCTCAACCTTAACCACTGTTGGTTGTACTTGTTCCAAGAGTTGAACCAGCTCTCTAGAAATAGTAGGCTAGACCCAAGTCCTCTCTAACTGGAGGAAGTCTAAACCTTGGCATGAAGAGAACTATTCACATCTCAAATTGTTATCGGATGGTTAAATTTGCCTTCAACCACTAGCTTAAGCTTTTGGGTGAATTGGTGGTTTAATATAGTATCAAAGCAGGTGATACAAGAGGTCTTGTGTTCAAGCCCTTGCATTGTCGTTTCTTTCCCAATTAAAATTGATTTCAACTCGTTAGGCCTTCCAAATATTTCAAGCTCACAAGTGATATATAATTAAATTTGCCTTCAACTACTAGCTTAAGCTTTTGGATGAATTTGTGGTTTAATAAATATGACTATCGTACTAAGCTTCTAAGAGATGGGGCCCTTTCTAACTAATAATCGAACTAACCTTCAAACTAACAATCAAACTAAACTGAACAATGTTATCCATCTCCAATAGAAAAAGAACCAAGGGTCATAGTTTATCCAGAACAGATCTTTGCAGGATTATCTTACTATATCTAAAAGCGGCTAAAAGAGAGAATCCTTGTCTACACATTTTGCTCTCCACTTTTTTACATGCCCACATTGCTCACGACCTCTCATATTTCACATGCAATGTACACAGTCAATTGTTAGTAAACTAAACATACTATAATAACATATAGAGATTTCTACAGATTATTTATTTTTTCTTTATTTGTATGGAAGCAAAGTATTAGAGTAGTTTATTTATGAGATGCATTAGTAGTTCAAAATTTATTGACCACTAATTAAAAAGATATTAGAAATAGTACTTTGTTAATTTTATTTTTCTTTTATCTCAATGAAATTAGTTATTTGTTCAATGATGACCCTTGACATGAAATTACGTAAGTTGATATTTATCATGTATTTCTTCCCTTAATCTATTTTTTCATGTATAGCATAGATTACGCAGTAGATCATTCTAAAGTTTCGCATATAATATTTTGGATGCACGAATTAACATATTTCAACTACTTTGTACAGTTAGTGCAACTGGGAATGGTTCAGATATAACATTCAAATTTAAGCAAGCCATTTCTCTCAAGGCAGGGAAAAATGAAATTGCTCTACTAAGCATGACTGTTGGTCTACAAGTGAGTTACTTCTTTTTCCATTATCTCGGGCTTTCGTATTGTCTCTAACCGAACTGTACACAATTTTTAATTGAAATCATACTCTATTTTAAGTAGATGAGGCAATCGAGTGAAATTATGATGTTTTAAAGCTCCAGGGAGATGTTGTCTTTGCCTAAGTTGCACGTCTCTTTTTGGGGGCTCTGTTTCTGTACCCAACCTTTGAAGCCTTTTTGTGGTTTTCTCCTTTTGTAATGATTTTTTTTGGTTGCATGTTTCTAATCTTTTACTGGTCCAAATGAAAGAGAAGACTCATCTGCACGATAGATTTTCTTTTTCTATTGTGAAAGAAAAATCGTAGTATAAAATTCAGGGCAGTTGGGGCGCTTCTTCGCATTGATATAAGCAATAACAGCATCCTTGTATCTTTTAATTATAACCCTTGCAGAATCATGCTAATAGTGTAAATAGTTGCAAAAGTCGCACTAACTCTTAAACGGTTGACTAAACCTCATTTGAACTATATGGGGCTACTTTTTCGCTTTTTATAGCTTATTGTTCTTTTTCTATACTGCAGAATGCTGGACCATTTTATGAGTGGGTTGGAGCTGGACTTTCAAAAGTTGTTATAGAAGGGTTTAACAATGGCCCAGTGGACCTGTCTTCTTATGCTTGGTCCTACAAGGTAGTTCTCACTCTCTCGTATTAGGTTGATATATAATTAAATTTACCTTTACCCATAAACTTAAGCTCTTGGGATATTTAAGATGGTGTCAGAGTAGTGAGTTCAAGTTCATAGATGTTTTGTGTTCAAGCTCTTGCACTGTTATTTCTTTTCCAACTAATATTCATTTTCGAATATCCACTTGTTGGGCTTTTCACTTATTTCAAGCCATGAGGGAGGGGAGTGTTAGATGATATATAATTAAGTTTACCTTCATCCATCAACTTAAGTTATTAGGTCAATCGGTGATTTAAGGTAGGTGCTTAAGGCTGAAAGTGCTTAAAGCACAACCATTTAGGAATCATCAAATGTACAACTTAAAAATGATGGATTGAACATGACATTTTGTCCAACTTATGTTATTTTACCAACTTCCCTACTTCCCATGCACCAGATGAACAAGCTTTCCATATTTGTGATGTAATATTCTTTTCTTAAAAAATTAAAGTTCACACCTTGAAATACTAAAGGAGGGGTGTTTGGGGAATTAGAATATAATCAGAATTACTGGAAATCAGAGTGTTGGAATGCTTGTCGAATTGAGAACGGAACATAAATGAAATTGTAAAAAGTGAGAACAGAAAATAGAGTTTAATTGAAAACTGTTGAAACGAAATGAATTTAATATTACAACTTGGGTTCAAAATGCTCGATCAAAACATGAATTTTTTATTACATTACAATCCATTCCAATCACATTATGGGAGTCCAAATACCCCCTAAGTGGGCCTGAAAGCTTCTGAAGGGACTTGGGAAACAAACATTATAACTTCTGCAATTTTTAGATTGGGTTGCAAGGTGAGCACTTTGGTATTTACAAGCCAGACGGGATAAAAAATGTCAAATGGTTATCATCCAGGGAACCCCCAAAGCAACAACCTTTGACTTGGTACAAGGTACGTATTTGACTTATGATCATACATTTTGCTGTGAGAAAATGTTCTGTTGTTATCCATGGTTTGTGGAAAAGAGGAGTTATTCCTTTTCTTTTCGTTTTGTTTGTAAAACAGATTACATTATAATCAATTTTGCAGGTTATTCTGGACCCTCCATCCGGAAATGAACCCGTTGGGCTGGATATGGTTCATATGGGTAAAGGCCTGGCATGGTTAAATGGGGAAGAAATAGGAAGATATTGGCCCAGGAAAAGCTCTATTCATGATGTGTGCGTTCAGAAGTGCAACTACAGGGGCAAATTCAGACCAGATAAATGCTTAACCGGATGTGGAGAACCAACCCAACGGTGGTATGTCACGCAGAAAAATCCCCTTTCTTGAAATATTATAGATCAATTAATTTTTAAAAAAGGGAATAATGCCAAAGTCTGTCTAACCTGACTTTGTAGGTATCACGTTCCAAGATCATGGTTCAAGCCATCTGGAAATATTTTGGTGATTTTTGAAGAGAAAGGTGGAGATCCAACACAAATCAGATTATCTAAACGCAAAGTCTTGGGCATATGTGCCCATCTTGGAGAAGGGCATCCTTCGATTGAGTCGTGGTCTGAAGCTGAAAATGTAGAGAGAAAGAGCAAAGCAACAGTCGATTTGAAGTGCCCTGACAATGGTCGAATAGCCAAAATTAAATTTGCAAGCTTTGGAACTCCACAGGGAAGTTGTGGATCCTATAGTATAGGTGACTGTCATGATCCTAATTCTATATCCCTGGTTGAGAAGGTAATAGTTTACTTTATTCGCATATGCAGTGGTTTTTATCTCTGTTAGTTTACAGTTTGTATTAATTAAAGATGTTTGCTCTTATGTGCAGGTGTGTCTTAATAGAAACGAGTGTAGATTTGAGTTAGGAGAAGAGGGGTTCAACAAGGGTTTGTGTCCAACGGCAACTAAGAAATTAGCAGTTGAAGCAATGTGCAGCTAG

mRNA sequence

ATGGAATGGATTTACCAAAATAAACTGTTGGTTCCTGCGAAAATTGCTTGGGTGTTTGTGAGTTCGTTAAATGGAGGCGATGGCAAACTCGGAAGTACGAAGCTCAGAAAATATTGGCGAGTAATATCAATGAATATTATTCGAGAAGAGATGGCAGGTGGTGTGCAGAGTGTCACTCCCACCGTCACCGCAGCAGCACATTGGACATTGGGTAATGCAATGACTATGAAGCTCTCTTTTCTTGTATTATGCCTCTTCCTTCCTCTTTGCTTGGCGGCCAATGTCACCTATGACCGCCGTTCCCTCATCATCGACGGCCACCGCAAGCTCCTCATCTCTGCTTCCATTCACTATCCTCGCAGCGTTCCTGCCATGTGGCCAAGTCTTATTCAAAACGCGAAGGAAGGAGGTGTTGATGTCATTGAGACTTATGTCTTCTGGAATGGTCATGAACTCTCTCCTGACAATTATCATTTTGATGGTCGATTTGATCTCGTCAAATTCATTAACATCGTTCACAATGCCGGATTGTATCTAATTTTGCGCATTGGTCCCTTTGTTGCAGCCGAGTGGAACTTTGGTGGAGTACCTGTTTGGCTGCATTACATTCCTAATACTGTATTTCGAACAGACAATGCATCTTTCAAGTTTTATATGCAGAAGTTCACTACATACATAGTGAGCCTAATGAAAAAGGAGAAGCTTTTTGCTTCGCAAGGGGGTCCTATCATCTTGTCTCAGGTAGAAAATGAGTACGGGGATATAGAAAGAGTTTATGGAGAAGGAGGGAAGCCATATGCTATGTGGGCTGCTCAAATGGCAGTTTCTCAGAATATAGGCGTTCCATGGATAATGTGTCAGCAATATGATGCTCCTGACCCTGTGATTAATACTTGCAATTCATTCTACTGTGACCAATTCACTCCTAATTCTCCAAACAAGCCCAAGATGTGGACTGAGAATTGGCCTGGATGGTTCAAAACATTTGGAGCAAGGGATCCTCATAGGCCTCCTGAGGACATTGCTTTCTCAGTTGCTCGCTTTTTCCAAAAAGGTGGTAGTCTGCAAAACTACTACATGTATCATGGCGGAACAAATTTCGGTCGTACTGCTGGTGGGCCATTTATTACTACAAGTTATGACTATGATGCACCTATTGATGAATATGGTTTGCCTAGGCTTCCAAAGTGGGGACACCTGAAGGAACTTCATAGGGCTATAAAGTTGACTGAGCGTGTTCTGCTTAACAGTGAGCCAACATATATCTCATTAGGTCCCTCTCTAGAGGCTGATATCTACACCGACTCATCTGGAGCCTGTGCTGCCTTTATTGCTAACATAGATGAAAAAGACGATAAGACAGTCCAGTTTCGAAATATTTCATATCATTTACCTGCTTGGTCAGTTAGTATTCTGCCCGACTGCAAGAATGTAGTCTTTAACACAGCAATGATTAGGTCCCAAACAGCTATGGTTGAAATGGTTCCTGAAGAACTTCAACCTTCAGCAGATGCAACAAATAAAGACTTGAAAGCCCTCAAATGGGAAGTCTTCGTAGAGCAACCTGGAATTTGGGGTAAAGCTGACTTTGTTAAGAATGTTCTGGTTGACCACCTCAATACAACAAAAGATACAACAGATTACCTGTGGTATACGACCAGCATTTTTGTAAATGAAAATGAAAAGTTTCTCAAGGGAAGTCAACCAGTTCTTGTAGTCGAATCAAAGGGTCATGCTCTTCATGCGTTTATCAACAAGAAACTGCAAGTTAGTGCAACTGGGAATGGTTCAGATATAACATTCAAATTTAAGCAAGCCATTTCTCTCAAGGCAGGGAAAAATGAAATTGCTCTACTAAGCATGACTGTTGGTCTACAAAATGCTGGACCATTTTATGAGTGGGTTGGAGCTGGACTTTCAAAAGTTGTTATAGAAGGGTTTAACAATGGCCCAGTGGACCTGTCTTCTTATGCTTGGTCCTACAAGATTGGGTTGCAAGGTGAGCACTTTGGTATTTACAAGCCAGACGGGATAAAAAATGTCAAATGGTTATCATCCAGGGAACCCCCAAAGCAACAACCTTTGACTTGGTACAAGGTTATTCTGGACCCTCCATCCGGAAATGAACCCGTTGGGCTGGATATGGTTCATATGGGTAAAGGCCTGGCATGGTTAAATGGGGAAGAAATAGGAAGATATTGGCCCAGGAAAAGCTCTATTCATGATGTGTGCGTTCAGAAGTGCAACTACAGGGGCAAATTCAGACCAGATAAATGCTTAACCGGATGTGGAGAACCAACCCAACGGTGGTATCACGTTCCAAGATCATGGTTCAAGCCATCTGGAAATATTTTGGTGATTTTTGAAGAGAAAGGTGGAGATCCAACACAAATCAGATTATCTAAACGCAAAGTCTTGGGCATATGTGCCCATCTTGGAGAAGGGCATCCTTCGATTGAGTCGTGGTCTGAAGCTGAAAATGTAGAGAGAAAGAGCAAAGCAACAGTCGATTTGAAGTGCCCTGACAATGGTCGAATAGCCAAAATTAAATTTGCAAGCTTTGGAACTCCACAGGGAAGTTGTGGATCCTATAGTATAGGTGACTGTCATGATCCTAATTCTATATCCCTGGTTGAGAAGGTGTGTCTTAATAGAAACGAGTGTAGATTTGAGTTAGGAGAAGAGGGGTTCAACAAGGGTTTGTGTCCAACGGCAACTAAGAAATTAGCAGTTGAAGCAATGTGCAGCTAG

Coding sequence (CDS)

ATGGAATGGATTTACCAAAATAAACTGTTGGTTCCTGCGAAAATTGCTTGGGTGTTTGTGAGTTCGTTAAATGGAGGCGATGGCAAACTCGGAAGTACGAAGCTCAGAAAATATTGGCGAGTAATATCAATGAATATTATTCGAGAAGAGATGGCAGGTGGTGTGCAGAGTGTCACTCCCACCGTCACCGCAGCAGCACATTGGACATTGGGTAATGCAATGACTATGAAGCTCTCTTTTCTTGTATTATGCCTCTTCCTTCCTCTTTGCTTGGCGGCCAATGTCACCTATGACCGCCGTTCCCTCATCATCGACGGCCACCGCAAGCTCCTCATCTCTGCTTCCATTCACTATCCTCGCAGCGTTCCTGCCATGTGGCCAAGTCTTATTCAAAACGCGAAGGAAGGAGGTGTTGATGTCATTGAGACTTATGTCTTCTGGAATGGTCATGAACTCTCTCCTGACAATTATCATTTTGATGGTCGATTTGATCTCGTCAAATTCATTAACATCGTTCACAATGCCGGATTGTATCTAATTTTGCGCATTGGTCCCTTTGTTGCAGCCGAGTGGAACTTTGGTGGAGTACCTGTTTGGCTGCATTACATTCCTAATACTGTATTTCGAACAGACAATGCATCTTTCAAGTTTTATATGCAGAAGTTCACTACATACATAGTGAGCCTAATGAAAAAGGAGAAGCTTTTTGCTTCGCAAGGGGGTCCTATCATCTTGTCTCAGGTAGAAAATGAGTACGGGGATATAGAAAGAGTTTATGGAGAAGGAGGGAAGCCATATGCTATGTGGGCTGCTCAAATGGCAGTTTCTCAGAATATAGGCGTTCCATGGATAATGTGTCAGCAATATGATGCTCCTGACCCTGTGATTAATACTTGCAATTCATTCTACTGTGACCAATTCACTCCTAATTCTCCAAACAAGCCCAAGATGTGGACTGAGAATTGGCCTGGATGGTTCAAAACATTTGGAGCAAGGGATCCTCATAGGCCTCCTGAGGACATTGCTTTCTCAGTTGCTCGCTTTTTCCAAAAAGGTGGTAGTCTGCAAAACTACTACATGTATCATGGCGGAACAAATTTCGGTCGTACTGCTGGTGGGCCATTTATTACTACAAGTTATGACTATGATGCACCTATTGATGAATATGGTTTGCCTAGGCTTCCAAAGTGGGGACACCTGAAGGAACTTCATAGGGCTATAAAGTTGACTGAGCGTGTTCTGCTTAACAGTGAGCCAACATATATCTCATTAGGTCCCTCTCTAGAGGCTGATATCTACACCGACTCATCTGGAGCCTGTGCTGCCTTTATTGCTAACATAGATGAAAAAGACGATAAGACAGTCCAGTTTCGAAATATTTCATATCATTTACCTGCTTGGTCAGTTAGTATTCTGCCCGACTGCAAGAATGTAGTCTTTAACACAGCAATGATTAGGTCCCAAACAGCTATGGTTGAAATGGTTCCTGAAGAACTTCAACCTTCAGCAGATGCAACAAATAAAGACTTGAAAGCCCTCAAATGGGAAGTCTTCGTAGAGCAACCTGGAATTTGGGGTAAAGCTGACTTTGTTAAGAATGTTCTGGTTGACCACCTCAATACAACAAAAGATACAACAGATTACCTGTGGTATACGACCAGCATTTTTGTAAATGAAAATGAAAAGTTTCTCAAGGGAAGTCAACCAGTTCTTGTAGTCGAATCAAAGGGTCATGCTCTTCATGCGTTTATCAACAAGAAACTGCAAGTTAGTGCAACTGGGAATGGTTCAGATATAACATTCAAATTTAAGCAAGCCATTTCTCTCAAGGCAGGGAAAAATGAAATTGCTCTACTAAGCATGACTGTTGGTCTACAAAATGCTGGACCATTTTATGAGTGGGTTGGAGCTGGACTTTCAAAAGTTGTTATAGAAGGGTTTAACAATGGCCCAGTGGACCTGTCTTCTTATGCTTGGTCCTACAAGATTGGGTTGCAAGGTGAGCACTTTGGTATTTACAAGCCAGACGGGATAAAAAATGTCAAATGGTTATCATCCAGGGAACCCCCAAAGCAACAACCTTTGACTTGGTACAAGGTTATTCTGGACCCTCCATCCGGAAATGAACCCGTTGGGCTGGATATGGTTCATATGGGTAAAGGCCTGGCATGGTTAAATGGGGAAGAAATAGGAAGATATTGGCCCAGGAAAAGCTCTATTCATGATGTGTGCGTTCAGAAGTGCAACTACAGGGGCAAATTCAGACCAGATAAATGCTTAACCGGATGTGGAGAACCAACCCAACGGTGGTATCACGTTCCAAGATCATGGTTCAAGCCATCTGGAAATATTTTGGTGATTTTTGAAGAGAAAGGTGGAGATCCAACACAAATCAGATTATCTAAACGCAAAGTCTTGGGCATATGTGCCCATCTTGGAGAAGGGCATCCTTCGATTGAGTCGTGGTCTGAAGCTGAAAATGTAGAGAGAAAGAGCAAAGCAACAGTCGATTTGAAGTGCCCTGACAATGGTCGAATAGCCAAAATTAAATTTGCAAGCTTTGGAACTCCACAGGGAAGTTGTGGATCCTATAGTATAGGTGACTGTCATGATCCTAATTCTATATCCCTGGTTGAGAAGGTGTGTCTTAATAGAAACGAGTGTAGATTTGAGTTAGGAGAAGAGGGGTTCAACAAGGGTTTGTGTCCAACGGCAACTAAGAAATTAGCAGTTGAAGCAATGTGCAGCTAG

Protein sequence

MEWIYQNKLLVPAKIAWVFVSSLNGGDGKLGSTKLRKYWRVISMNIIREEMAGGVQSVTPTVTAAAHWTLGNAMTMKLSFLVLCLFLPLCLAANVTYDRRSLIIDGHRKLLISASIHYPRSVPAMWPSLIQNAKEGGVDVIETYVFWNGHELSPDNYHFDGRFDLVKFINIVHNAGLYLILRIGPFVAAEWNFGGVPVWLHYIPNTVFRTDNASFKFYMQKFTTYIVSLMKKEKLFASQGGPIILSQVENEYGDIERVYGEGGKPYAMWAAQMAVSQNIGVPWIMCQQYDAPDPVINTCNSFYCDQFTPNSPNKPKMWTENWPGWFKTFGARDPHRPPEDIAFSVARFFQKGGSLQNYYMYHGGTNFGRTAGGPFITTSYDYDAPIDEYGLPRLPKWGHLKELHRAIKLTERVLLNSEPTYISLGPSLEADIYTDSSGACAAFIANIDEKDDKTVQFRNISYHLPAWSVSILPDCKNVVFNTAMIRSQTAMVEMVPEELQPSADATNKDLKALKWEVFVEQPGIWGKADFVKNVLVDHLNTTKDTTDYLWYTTSIFVNENEKFLKGSQPVLVVESKGHALHAFINKKLQVSATGNGSDITFKFKQAISLKAGKNEIALLSMTVGLQNAGPFYEWVGAGLSKVVIEGFNNGPVDLSSYAWSYKIGLQGEHFGIYKPDGIKNVKWLSSREPPKQQPLTWYKVILDPPSGNEPVGLDMVHMGKGLAWLNGEEIGRYWPRKSSIHDVCVQKCNYRGKFRPDKCLTGCGEPTQRWYHVPRSWFKPSGNILVIFEEKGGDPTQIRLSKRKVLGICAHLGEGHPSIESWSEAENVERKSKATVDLKCPDNGRIAKIKFASFGTPQGSCGSYSIGDCHDPNSISLVEKVCLNRNECRFELGEEGFNKGLCPTATKKLAVEAMCS*
Homology
BLAST of Chy11G185830 vs. ExPASy Swiss-Prot
Match: Q5N8X6 (Beta-galactosidase 3 OS=Oryza sativa subsp. japonica OX=39947 GN=Os01g0875500 PE=3 SV=1)

HSP 1 Score: 1172.9 bits (3033), Expect = 0.0e+00
Identity = 532/826 (64.41%), Postives = 630/826 (76.27%), Query Frame = 0

Query: 93  ANVTYDRRSLIIDGHRKLLISASIHYPRSVPAMWPSLIQNAKEGGVDVIETYVFWNGHEL 152
           ++VTYD RSLII G R+LLIS SIHYPRSVP MWP L+  AK+GG D +ETYVFWNGHE 
Sbjct: 36  SSVTYDHRSLIISGRRRLLISTSIHYPRSVPEMWPKLVAEAKDGGADCVETYVFWNGHEP 95

Query: 153 SPDNYHFDGRFDLVKFINIVHNAGLYLILRIGPFVAAEWNFGGVPVWLHYIPNTVFRTDN 212
           +   Y+F+ RFDLV+F  IV +AGLY+ILRIGPFVAAEW FGGVPVWLHY P TVFRT+N
Sbjct: 96  AQGQYYFEERFDLVRFAKIVKDAGLYMILRIGPFVAAEWTFGGVPVWLHYAPGTVFRTNN 155

Query: 213 ASFKFYMQKFTTYIVSLMKKEKLFASQGGPIILSQVENEYGDIERVYGEGGKPYAMWAAQ 272
             FK +M++FTTYIV +MKKE+ FASQGG IIL+QVENEYGD+E+ YG G KPYAMWAA 
Sbjct: 156 EPFKSHMKRFTTYIVDMMKKEQFFASQGGHIILAQVENEYGDMEQAYGAGAKPYAMWAAS 215

Query: 273 MAVSQNIGVPWIMCQQYDAPDPVINTCNSFYCDQFTPNSPNKPKMWTENWPGWFKTFGAR 332
           MA++QN GVPWIMCQQYDAPDPVINTCNSFYCDQF PNSP KPK WTENWPGWF+TFG  
Sbjct: 216 MALAQNTGVPWIMCQQYDAPDPVINTCNSFYCDQFKPNSPTKPKFWTENWPGWFQTFGES 275

Query: 333 DPHRPPEDIAFSVARFFQKGGSLQNYYMYHGGTNFGRTAGGPFITTSYDYDAPIDEYGLP 392
           +PHRPPED+AFSVARFF KGGSLQNYY+YHGGTNFGRT GGPFITTSYDYDAPIDEYGL 
Sbjct: 276 NPHRPPEDVAFSVARFFGKGGSLQNYYVYHGGTNFGRTTGGPFITTSYDYDAPIDEYGLR 335

Query: 393 RLPKWGHLKELHRAIKLTERVLLNSEPTYISLGPSLEADIYTDSSGACAAFIANIDEKDD 452
           RLPKW HL++LH++IKL E  LL    +++SLGP  EAD+YTD SG C AF++N+D + D
Sbjct: 336 RLPKWAHLRDLHKSIKLGEHTLLYGNSSFVSLGPQQEADVYTDQSGGCVAFLSNVDSEKD 395

Query: 453 KTVQFRNISYHLPAWSVSILPDCKNVVFNTAMIRSQTAMVEMVPEELQPSADATNKDLKA 512
           K V F++ SY LPAWSVSILPDCKNV FNTA +RSQT M++MVP  L+ S        K 
Sbjct: 396 KVVTFQSRSYDLPAWSVSILPDCKNVAFNTAKVRSQTLMMDMVPANLESS--------KV 455

Query: 513 LKWEVFVEQPGIWGKADFVKNVLVDHLNTTKDTTDYLWYTTSIFVNENEKFLKGSQPVLV 572
             W +F E+ GIWG  D V+N  VDH+NTTKD+TDYLWYTTS  V+ +   L G   VL 
Sbjct: 456 DGWSIFREKYGIWGNIDLVRNGFVDHINTTKDSTDYLWYTTSFDVDGSH--LAGGNHVLH 515

Query: 573 VESKGHALHAFINKKLQVSATGNGSDITFKFKQAISLKAGKNEIALLSMTVGLQNAGPFY 632
           +ESKGHA+ AF+N +L  SA GNGS   F  +  ++L+AGKN+++LLSMTVGLQN GP Y
Sbjct: 516 IESKGHAVQAFLNNELIGSAYGNGSKSNFSVEMPVNLRAGKNKLSLLSMTVGLQNGGPMY 575

Query: 633 EWVGAGLSKVVIEGFNNGPVDLSSYAWSYKIGLQGEHFGIYKPDGIKNVKWLSSREPPKQ 692
           EW GAG++ V I G  N  +DLSS  W YKIGL+GE++ ++K D  K+++W+   EPPK 
Sbjct: 576 EWAGAGITSVKISGMENRIIDLSSNKWEYKIGLEGEYYSLFKADKGKDIRWMPQSEPPKN 635

Query: 693 QPLTWYKVILDPPSGNEPVGLDMVHMGKGLAWLNGEEIGRYWPRKSSIHDVCVQKCNYRG 752
           QP+TWYKV +D P G++PVGLDM  MGKGLAWLNG  IGRYWPR S + D C   C+YRG
Sbjct: 636 QPMTWYKVNVDVPQGDDPVGLDMQSMGKGLAWLNGNAIGRYWPRISPVSDRCTSSCDYRG 695

Query: 753 KFRPDKCLTGCGEPTQRWYHVPRSWFKPSGNILVIFEEKGGDPTQIRLSKRKVLGICAHL 812
            F P+KC  GCG+PTQRWYHVPRSWF PSGN LVIFEEKGGDPT+I  S+R V  +C+ +
Sbjct: 696 TFSPNKCRRGCGQPTQRWYHVPRSWFHPSGNTLVIFEEKGGDPTKITFSRRTVASVCSFV 755

Query: 813 GEGHPSI--ESWSEAENVERKSKATVDLKCPDNGRIAKIKFASFGTPQGSCGSYSIGDCH 872
            E +PSI  ESW      + +  A V L CP    I+ +KF SFG P G+C SY  G CH
Sbjct: 756 SEHYPSIDLESWDRNTQNDGRDAAKVQLSCPKGKSISSVKFVSFGNPSGTCRSYQQGSCH 815

Query: 873 DPNSISLVEKVCLNRNECRFELGEEGFNKGLCPTATKKLAVEAMCS 917
            PNSIS+VEK CLN N C   L +EGF + LCP  TK LA+EA CS
Sbjct: 816 HPNSISVVEKACLNMNGCTVSLSDEGFGEDLCPGVTKTLAIEADCS 851

BLAST of Chy11G185830 vs. ExPASy Swiss-Prot
Match: Q9FN08 (Beta-galactosidase 10 OS=Arabidopsis thaliana OX=3702 GN=BGAL10 PE=2 SV=1)

HSP 1 Score: 1133.2 bits (2930), Expect = 0.0e+00
Identity = 513/718 (71.45%), Postives = 609/718 (84.82%), Query Frame = 0

Query: 92  AANVTYDRRSLIIDGHRKLLISASIHYPRSVPAMWPSLIQNAKEGGVDVIETYVFWNGHE 151
           AANV+YD RSL I   R+L+ISA+IHYPRSVPAMWPSL+Q AKEGG + IE+YVFWNGHE
Sbjct: 29  AANVSYDHRSLTIGNRRQLIISAAIHYPRSVPAMWPSLVQTAKEGGCNAIESYVFWNGHE 88

Query: 152 LSPDNYHFDGRFDLVKFINIVHNAGLYLILRIGPFVAAEWNFGGVPVWLHYIPNTVFRTD 211
            SP  Y+F GR+++VKFI IV  AG+++ILRIGPFVAAEWN+GGVPVWLHY+P TVFR D
Sbjct: 89  PSPGKYYFGGRYNIVKFIKIVQQAGMHMILRIGPFVAAEWNYGGVPVWLHYVPGTVFRAD 148

Query: 212 NASFKFYMQKFTTYIVSLMKKEKLFASQGGPIILSQVENEYGDIERVYGEGGKPYAMWAA 271
           N  +K YM+ FTTYIV+L+K+EKLFA QGGPIILSQVENEYG  E+ YGEGGK YA W+A
Sbjct: 149 NEPWKHYMESFTTYIVNLLKQEKLFAPQGGPIILSQVENEYGYYEKDYGEGGKRYAQWSA 208

Query: 272 QMAVSQNIGVPWIMCQQYDAPDPVINTCNSFYCDQFTPNSPNKPKMWTENWPGWFKTFGA 331
            MAVSQNIGVPW+MCQQ+DAP  VI+TCN FYCDQFTPN+P+KPK+WTENWPGWFKTFG 
Sbjct: 209 SMAVSQNIGVPWMMCQQWDAPPTVISTCNGFYCDQFTPNTPDKPKIWTENWPGWFKTFGG 268

Query: 332 RDPHRPPEDIAFSVARFFQKGGSLQNYYMYHGGTNFGRTAGGPFITTSYDYDAPIDEYGL 391
           RDPHRP ED+A+SVARFF KGGS+ NYYMYHGGTNFGRT+GGPFITTSYDY+APIDEYGL
Sbjct: 269 RDPHRPAEDVAYSVARFFGKGGSVHNYYMYHGGTNFGRTSGGPFITTSYDYEAPIDEYGL 328

Query: 392 PRLPKWGHLKELHRAIKLTERVLLNSEPTYISLGPSLEADIYTDSSGACAAFIANIDEKD 451
           PRLPKWGHLK+LH+AI L+E +L++ E    +LG SLEAD+YTDSSG CAAF++N+D+K+
Sbjct: 329 PRLPKWGHLKDLHKAIMLSENLLISGEHQNFTLGHSLEADVYTDSSGTCAAFLSNLDDKN 388

Query: 452 DKTVQFRNISYHLPAWSVSILPDCKNVVFNTAMIRSQTAMVEMVPEELQPSADATNKDLK 511
           DK V FRN SYHLPAWSVSILPDCK  VFNTA + S+++ VEM+PE+L+ S+        
Sbjct: 389 DKAVMFRNTSYHLPAWSVSILPDCKTEVFNTAKVTSKSSKVEMLPEDLKSSS-------- 448

Query: 512 ALKWEVFVEQPGIWGKADFVKNVLVDHLNTTKDTTDYLWYTTSIFVNENEKFL-KGSQPV 571
            LKWEVF E+PGIWG ADFVKN LVDH+NTTKDTTDYLWYTTSI V+ENE FL KGS PV
Sbjct: 449 GLKWEVFSEKPGIWGAADFVKNELVDHINTTKDTTDYLWYTTSITVSENEAFLKKGSSPV 508

Query: 572 LVVESKGHALHAFINKKLQVSATGNGSDITFKFKQAISLKAGKNEIALLSMTVGLQNAGP 631
           L +ESKGH LH FINK+   +ATGNG+ + FK K+ ++LKAG+N I LLSMTVGL NAG 
Sbjct: 509 LFIESKGHTLHVFINKEYLGTATGNGTHVPFKLKKPVALKAGENNIDLLSMTVGLANAGS 568

Query: 632 FYEWVGAGLSKVVIEGFNNGPVDLSSYAWSYKIGLQGEHFGIYKPDGIKNVKWLSSREPP 691
           FYEWVGAGL+ V I+GFN G ++L++  WSYK+G++GEH  ++KP     VKW  + +PP
Sbjct: 569 FYEWVGAGLTSVSIKGFNKGTLNLTNSKWSYKLGVEGEHLELFKPGNSGAVKWTVTTKPP 628

Query: 692 KQQPLTWYKVILDPPSGNEPVGLDMVHMGKGLAWLNGEEIGRYWP---RKSSIHDVCVQK 751
           K+QPLTWYKV+++PPSG+EPVGLDM+ MGKG+AWLNGEEIGRYWP   RK+S +D CV++
Sbjct: 629 KKQPLTWYKVVIEPPSGSEPVGLDMISMGKGMAWLNGEEIGRYWPRIARKNSPNDECVKE 688

Query: 752 CNYRGKFRPDKCLTGCGEPTQRWYHVPRSWFKPSGNILVIFEEKGGDPTQIRLSKRKV 806
           C+YRGKF PDKCLTGCGEP+QRWYHVPRSWFK SGN LVIFEEKGG+P +I+LSKRKV
Sbjct: 689 CDYRGKFMPDKCLTGCGEPSQRWYHVPRSWFKSSGNELVIFEEKGGNPMKIKLSKRKV 738

BLAST of Chy11G185830 vs. ExPASy Swiss-Prot
Match: Q9SCV4 (Beta-galactosidase 8 OS=Arabidopsis thaliana OX=3702 GN=BGAL8 PE=2 SV=2)

HSP 1 Score: 952.6 bits (2461), Expect = 3.3e-276
Identity = 459/850 (54.00%), Postives = 592/850 (69.65%), Query Frame = 0

Query: 76  MKLSFLVLCLFLPLCLAANVTYDRRSLIIDGHRKLLISASIHYPRSVPAMWPSLIQNAKE 135
           M++  L++ + +    AANVTYD R+L+IDG RK+LIS SIHYPRS P MWP LIQ +K+
Sbjct: 13  MEMILLLILVIVVAATAANVTYDHRALVIDGKRKVLISGSIHYPRSTPEMWPELIQKSKD 72

Query: 136 GGVDVIETYVFWNGHELSPDNYHFDGRFDLVKFINIVHNAGLYLILRIGPFVAAEWNFGG 195
           GG+DVIETYVFW+GHE   + Y+F+GR+DLVKF+ +   AGLY+ LRIGP+V AEWN+GG
Sbjct: 73  GGLDVIETYVFWSGHEPEKNKYNFEGRYDLVKFVKLAAKAGLYVHLRIGPYVCAEWNYGG 132

Query: 196 VPVWLHYIPNTVFRTDNASFKFYMQKFTTYIVSLMKKEKLFASQGGPIILSQVENEYGDI 255
            PVWLH++P   FRTDN  FK  MQ+FTT IV LMK+EKL+ASQGGPIILSQ+ENEYG+I
Sbjct: 133 FPVWLHFVPGIKFRTDNEPFKEEMQRFTTKIVDLMKQEKLYASQGGPIILSQIENEYGNI 192

Query: 256 ERVYGEGGKPYAMWAAQMAVSQNIGVPWIMCQQYDAPDPVINTCNSFYCDQFTPNSPNKP 315
           +  YG   K Y  W+A MA+S + GVPW MCQQ DAPDP+INTCN FYCDQFTPNS NKP
Sbjct: 193 DSAYGAAAKSYIKWSASMALSLDTGVPWNMCQQTDAPDPMINTCNGFYCDQFTPNSNNKP 252

Query: 316 KMWTENWPGWFKTFGARDPHRPPEDIAFSVARFFQKGGSLQNYYMYHGGTNFGRTAGGPF 375
           KMWTENW GWF  FG   P+RP ED+AF+VARF+Q+GG+ QNYYMYHGGTNF RT+GGP 
Sbjct: 253 KMWTENWSGWFLGFGDPSPYRPVEDLAFAVARFYQRGGTFQNYYMYHGGTNFDRTSGGPL 312

Query: 376 ITTSYDYDAPIDEYGLPRLPKWGHLKELHRAIKLTERVLLNSEPTYISLGPSLEADIYTD 435
           I+TSYDYDAPIDEYGL R PKWGHL++LH+AIKL E  L+ ++PT  SLG +LEA +Y  
Sbjct: 313 ISTSYDYDAPIDEYGLLRQPKWGHLRDLHKAIKLCEDALIATDPTITSLGSNLEAAVYKT 372

Query: 436 SSGACAAFIANIDEKDDKTVQFRNISYHLPAWSVSILPDCKNVVFNTAMIRSQTAMVEMV 495
            SG+CAAF+AN+D K D TV F   SY+LPAWSVSILPDCKNV FNTA I S T      
Sbjct: 373 ESGSCAAFLANVDTKSDATVTFNGKSYNLPAWSVSILPDCKNVAFNTAKINSATESTAFA 432

Query: 496 PEELQPSADATNKDLKALKWEVFVEQPGIWGKAD-FVKNVLVDHLNTTKDTTDYLWYTTS 555
            + L+P  D  +      +W    E  GI  KAD F+K  L++ +NTT D +DYLWY+  
Sbjct: 433 RQSLKP--DGGSSAELGSQWSYIKEPIGI-SKADAFLKPGLLEQINTTADKSDYLWYSLR 492

Query: 556 IFVNENEKFL-KGSQPVLVVESKGHALHAFINKKLQVSATGNGSDITFKFKQAISLKAGK 615
             +  +E FL +GS+ VL +ES G  ++AFIN KL  + +G+G          I+L  G 
Sbjct: 493 TDIKGDETFLDEGSKAVLHIESLGQVVYAFINGKL--AGSGHGKQ-KISLDIPINLVTGT 552

Query: 616 NEIALLSMTVGLQNAGPFYEWVGAGLS-KVVIEGFNNG-PVDLSSYAWSYKIGLQGEHFG 675
           N I LLS+TVGL N G F++ VGAG++  V ++    G  +DL+S  W+Y++GL+GE  G
Sbjct: 553 NTIDLLSVTVGLANYGAFFDLVGAGITGPVTLKSAKGGSSIDLASQQWTYQVGLKGEDTG 612

Query: 676 IYKPDGIKNVKWLSSREPPKQQPLTWYKVILDPPSGNEPVGLDMVHMGKGLAWLNGEEIG 735
           +   D   + +W+S    P +QPL WYK   D PSG+EPV +D    GKG+AW+NG+ IG
Sbjct: 613 LATVD---SSEWVSKSPLPTKQPLIWYKTTFDAPSGSEPVAIDFTGTGKGIAWVNGQSIG 672

Query: 736 RYWPRKSSIHDVCVQKCNYRGKFRPDKCLTGCGEPTQRWYHVPRSWFKPSGNILVIFEEK 795
           RYWP   + +  C + C+YRG +R +KCL  CG+P+Q  YHVPRSW KPSGNILV+FEE 
Sbjct: 673 RYWPTSIAGNGGCTESCDYRGSYRANKCLKNCGKPSQTLYHVPRSWLKPSGNILVLFEEM 732

Query: 796 GGDPTQIRL-SKRKVLGICAHLGEGH-PSIESWSEAENVERKSKA--TVDLKCPDNGR-I 855
           GGDPTQI   +K+    +C  + + H P +++W+    +  +++    + LKCP + + I
Sbjct: 733 GGDPTQISFATKQTGSNLCLTVSQSHPPPVDTWTSDSKISNRNRTRPVLSLKCPISTQVI 792

Query: 856 AKIKFASFGTPQGSCGSYSIGDCHDPNSISLVEKVCLNRNECRFELGEEGFNKGLCPTAT 915
             IKFASFGTP+G+CGS++ G C+   S+SLV+K C+    C  E+    F +  C    
Sbjct: 793 FSIKFASFGTPKGTCGSFTQGHCNSSRSLSLVQKACIGLRSCNVEVSTRVFGEP-CRGVV 852

Query: 916 KKLAVEAMCS 917
           K LAVEA CS
Sbjct: 853 KSLAVEASCS 852

BLAST of Chy11G185830 vs. ExPASy Swiss-Prot
Match: Q9SCW1 (Beta-galactosidase 1 OS=Arabidopsis thaliana OX=3702 GN=BGAL1 PE=2 SV=1)

HSP 1 Score: 944.9 bits (2441), Expect = 6.8e-274
Identity = 445/843 (52.79%), Postives = 566/843 (67.14%), Query Frame = 0

Query: 78  LSFLVLCLFLPLCLAANVTYDRRSLIIDGHRKLLISASIHYPRSVPAMWPSLIQNAKEGG 137
           +S L L  FL   ++ +V+YD R++ I+G R++LIS SIHYPRS P MWP LI+ AKEGG
Sbjct: 17  VSALFLLGFLVCSVSGSVSYDSRAITINGKRRILISGSIHYPRSTPEMWPDLIRKAKEGG 76

Query: 138 VDVIETYVFWNGHELSPDNYHFDGRFDLVKFINIVHNAGLYLILRIGPFVAAEWNFGGVP 197
           +DVI+TYVFWNGHE SP  Y+F+G +DLVKF+ +V  +GLYL LRIGP+V AEWNFGG P
Sbjct: 77  LDVIQTYVFWNGHEPSPGKYYFEGNYDLVKFVKLVQQSGLYLHLRIGPYVCAEWNFGGFP 136

Query: 198 VWLHYIPNTVFRTDNASFKFYMQKFTTYIVSLMKKEKLFASQGGPIILSQVENEYGDIER 257
           VWL YIP   FRTDN  FK  MQ+FTT IV++MK E+LF SQGGPIILSQ+ENEYG +E 
Sbjct: 137 VWLKYIPGISFRTDNGPFKAQMQRFTTKIVNMMKAERLFESQGGPIILSQIENEYGPMEY 196

Query: 258 VYGEGGKPYAMWAAQMAVSQNIGVPWIMCQQYDAPDPVINTCNSFYCDQFTPNSPNKPKM 317
             G  G+ Y  WAA+MAV    GVPW+MC+Q DAPDP+IN CN FYCD F+PN   KPKM
Sbjct: 197 ELGAPGRSYTNWAAKMAVGLGTGVPWVMCKQDDAPDPIINACNGFYCDYFSPNKAYKPKM 256

Query: 318 WTENWPGWFKTFGARDPHRPPEDIAFSVARFFQKGGSLQNYYMYHGGTNFGRTAGGPFIT 377
           WTE W GWF  FG   P+RP ED+AFSVARF QKGGS  NYYMYHGGTNFGRTAGGPFI 
Sbjct: 257 WTEAWTGWFTKFGGPVPYRPAEDMAFSVARFIQKGGSFINYYMYHGGTNFGRTAGGPFIA 316

Query: 378 TSYDYDAPIDEYGLPRLPKWGHLKELHRAIKLTERVLLNSEPTYISLGPSLEADIYTDSS 437
           TSYDYDAP+DEYGL R PKWGHLK+LHRAIKL E  L++ EPT + LG   EA +Y   S
Sbjct: 317 TSYDYDAPLDEYGLERQPKWGHLKDLHRAIKLCEPALVSGEPTRMPLGNYQEAHVYKSKS 376

Query: 438 GACAAFIANIDEKDDKTVQFRNISYHLPAWSVSILPDCKNVVFNTAMIRSQTAMVEMVPE 497
           GAC+AF+AN + K    V F N  Y+LP WS+SILPDCKN V+NTA + +QT+ ++MV  
Sbjct: 377 GACSAFLANYNPKSYAKVSFGNNHYNLPPWSISILPDCKNTVYNTARVGAQTSRMKMVRV 436

Query: 498 ELQPSADATNKDLKALKWEVFVEQPGIWGKADFVKNVLVDHLNTTKDTTDYLWYTTSIFV 557
            +             L W+ + E P  +    F    LV+ +NTT+DT+DYLWY T + V
Sbjct: 437 PVH----------GGLSWQAYNEDPSTYIDESFTMVGLVEQINTTRDTSDYLWYMTDVKV 496

Query: 558 NENEKFLK-GSQPVLVVESKGHALHAFINKKLQVSATGNGSDITFKFKQAISLKAGKNEI 617
           + NE FL+ G  P L V S GHA+H FIN +L  SA G+       F++ ++L+AG N+I
Sbjct: 497 DANEGFLRNGDLPTLTVLSAGHAMHVFINGQLSGSAYGSLDSPKLTFRKGVNLRAGFNKI 556

Query: 618 ALLSMTVGLQNAGPFYE-WVGAGLSKVVIEGFNNGPVDLSSYAWSYKIGLQGEHFGIYKP 677
           A+LS+ VGL N GP +E W    L  V + G N G  DLS   W+YK+GL+GE   ++  
Sbjct: 557 AILSIAVGLPNVGPHFETWNAGVLGPVSLNGLNGGRRDLSWQKWTYKVGLKGESLSLHSL 616

Query: 678 DGIKNVKWLSSREPPKQQPLTWYKVILDPPSGNEPVGLDMVHMGKGLAWLNGEEIGRYWP 737
            G  +V+W       ++QPLTWYK     P+G+ P+ +DM  MGKG  W+NG+ +GR+WP
Sbjct: 617 SGSSSVEWAEGAFVAQKQPLTWYKTTFSAPAGDSPLAVDMGSMGKGQIWINGQSLGRHWP 676

Query: 738 RKSSIHDVCVQKCNYRGKFRPDKCLTGCGEPTQRWYHVPRSWFKPSGNILVIFEEKGGDP 797
              ++      +C+Y G FR DKCL  CGE +QRWYHVPRSW KPSGN+LV+FEE GGDP
Sbjct: 677 AYKAVGS--CSECSYTGTFREDKCLRNCGEASQRWYHVPRSWLKPSGNLLVVFEEWGGDP 736

Query: 798 TQIRLSKRKVLGICAHLGEGHPSIESWS--EAENVERKSKATVDLKCPDNGRIAKIKFAS 857
             I L +R+V  +CA + E   ++ ++    +  V +       L+C    +I  +KFAS
Sbjct: 737 NGITLVRREVDSVCADIYEWQSTLVNYQLHASGKVNKPLHPKAHLQCGPGQKITTVKFAS 796

Query: 858 FGTPQGSCGSYSIGDCHDPNSISLVEKVCLNRNECRFELGEEGFNKGLCPTATKKLAVEA 917
           FGTP+G+CGSY  G CH  +S     K+C+ +N C   +  E F    CP   KKLAVEA
Sbjct: 797 FGTPEGTCGSYRQGSCHAHHSYDAFNKLCVGQNWCSVTVAPEMFGGDPCPNVMKKLAVEA 847

BLAST of Chy11G185830 vs. ExPASy Swiss-Prot
Match: Q10NX8 (Beta-galactosidase 6 OS=Oryza sativa subsp. japonica OX=39947 GN=Os03g0255100 PE=1 SV=2)

HSP 1 Score: 943.7 bits (2438), Expect = 1.5e-273
Identity = 445/842 (52.85%), Postives = 576/842 (68.41%), Query Frame = 0

Query: 81  LVLCLFLPLCLAANVTYDRRSLIIDGHRKLLISASIHYPRSVPAMWPSLIQNAKEGGVDV 140
           +V+ L +    AANVTYD R+++IDG R++L+S SIHYPRS P MWP LIQ +K+GG+DV
Sbjct: 19  VVVSLLVGASRAANVTYDHRAVVIDGVRRVLVSGSIHYPRSTPDMWPGLIQKSKDGGLDV 78

Query: 141 IETYVFWNGHELSPDNYHFDGRFDLVKFINIVHNAGLYLILRIGPFVAAEWNFGGVPVWL 200
           IETYVFW+ HE     Y F+GR DLV+F+  V +AGLY+ LRIGP+V AEWN+GG PVWL
Sbjct: 79  IETYVFWDIHEAVRGQYDFEGRKDLVRFVKAVADAGLYVHLRIGPYVCAEWNYGGFPVWL 138

Query: 201 HYIPNTVFRTDNASFKFYMQKFTTYIVSLMKKEKLFASQGGPIILSQVENEYGDIERVYG 260
           H++P   FRTDN +FK  MQ+FT  +V  MK   L+ASQGGPIILSQ+ENEYG+I+  YG
Sbjct: 139 HFVPGIKFRTDNEAFKAEMQRFTEKVVDTMKGAGLYASQGGPIILSQIENEYGNIDSAYG 198

Query: 261 EGGKPYAMWAAQMAVSQNIGVPWIMCQQYDAPDPVINTCNSFYCDQFTPNSPNKPKMWTE 320
             GK Y  WAA MAVS + GVPW+MCQQ DAPDP+INTCN FYCDQFTPNS +KPKMWTE
Sbjct: 199 AAGKAYMRWAAGMAVSLDTGVPWVMCQQSDAPDPLINTCNGFYCDQFTPNSKSKPKMWTE 258

Query: 321 NWPGWFKTFGARDPHRPPEDIAFSVARFFQKGGSLQNYYMYHGGTNFGRTAGGPFITTSY 380
           NW GWF +FG   P+RP ED+AF+VARF+Q+GG+ QNYYMYHGGTNFGR+ GGPFI TSY
Sbjct: 259 NWSGWFLSFGGAVPYRPAEDLAFAVARFYQRGGTFQNYYMYHGGTNFGRSTGGPFIATSY 318

Query: 381 DYDAPIDEYGLPRLPKWGHLKELHRAIKLTERVLLNSEPTYISLGPSLEADIY-TDSSGA 440
           DYDAPIDEYG+ R PKWGHL+++H+AIKL E  L+ +EP+Y SLG + EA +Y T  +  
Sbjct: 319 DYDAPIDEYGMVRQPKWGHLRDVHKAIKLCEPALIAAEPSYSSLGQNTEATVYQTADNSI 378

Query: 441 CAAFIANIDEKDDKTVQFRNISYHLPAWSVSILPDCKNVVFNTAMIRSQTAMVEM--VPE 500
           CAAF+AN+D + DKTV+F   +Y LPAWSVSILPDCKNVV NTA I SQ    EM  +  
Sbjct: 379 CAAFLANVDAQSDKTVKFNGNTYKLPAWSVSILPDCKNVVLNTAQINSQVTTSEMRSLGS 438

Query: 501 ELQPSADA-TNKDLKALKWEVFVEQPGIWGKADFVKNVLVDHLNTTKDTTDYLWYTTSIF 560
            +Q + D+    +L    W   +E  GI  +    K  L++ +NTT D +D+LWY+TSI 
Sbjct: 439 SIQDTDDSLITPELATAGWSYAIEPVGITKENALTKPGLMEQINTTADASDFLWYSTSIV 498

Query: 561 VNENEKFLKGSQPVLVVESKGHALHAFINKKLQVSATGNGSDITFKFKQAISLKAGKNEI 620
           V  +E +L GSQ  L+V S GH L  +IN KL  SA G+ S      +  ++L  GKN+I
Sbjct: 499 VKGDEPYLNGSQSNLLVNSLGHVLQIYINGKLAGSAKGSASSSLISLQTPVTLVPGKNKI 558

Query: 621 ALLSMTVGLQNAGPFYEWVGAGLSKVVIEGFNNGPVDLSSYAWSYKIGLQGEHFGIYKPD 680
            LLS TVGL N G F++ VGAG++  V     NG ++LSS  W+Y+IGL+GE   +Y P 
Sbjct: 559 DLLSTTVGLSNYGAFFDLVGAGVTGPVKLSGPNGALNLSSTDWTYQIGLRGEDLHLYNPS 618

Query: 681 GIKNVKWLSSREPPKQQPLTWYKVILDPPSGNEPVGLDMVHMGKGLAWLNGEEIGRYWPR 740
              + +W+S    P  QPL WYK     P+G++PV +D   MGKG AW+NG+ IGRYWP 
Sbjct: 619 E-ASPEWVSDNAYPTNQPLIWYKTKFTAPAGDDPVAIDFTGMGKGEAWVNGQSIGRYWPT 678

Query: 741 KSSIHDVCVQKCNYRGKFRPDKCLTGCGEPTQRWYHVPRSWFKPSGNILVIFEEKGGDPT 800
             +    CV  CNYRG +  +KCL  CG+P+Q  YHVPRS+ +P  N LV+FE+ GGDP+
Sbjct: 679 NLAPQSGCVNSCNYRGAYSSNKCLKKCGQPSQTLYHVPRSFLQPGSNDLVLFEQFGGDPS 738

Query: 801 QIRLSKRKVLGICAHLGEGHPS-IESWSEAENVERKSKATVDLKCPDNGR-IAKIKFASF 860
            I  + R+   ICAH+ E HP+ I+SW   +   +     + L+CP  G+ I+ IKFASF
Sbjct: 739 MISFTTRQTSSICAHVSEMHPAQIDSWISPQQTSQTQGPALRLECPREGQVISNIKFASF 798

Query: 861 GTPQGSCGSYSIGDCHDPNSISLVEKVCLNRNECRFELGEEGFNKGLCPTATKKLAVEAM 917
           GTP G+CG+Y+ G+C    ++++V++ C+    C   +    F    C   TK L VEA 
Sbjct: 799 GTPSGTCGNYNHGECSSSQALAVVQEACVGMTNCSVPVSSNNFGDP-CSGVTKSLVVEAA 858

BLAST of Chy11G185830 vs. ExPASy TrEMBL
Match: A0A5D3BVA1 (Beta-galactosidase OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold680G00010 PE=3 SV=1)

HSP 1 Score: 1761.1 bits (4560), Expect = 0.0e+00
Identity = 835/866 (96.42%), Postives = 842/866 (97.23%), Query Frame = 0

Query: 51  MAGGVQSVTPTVTAAAHWTLGNAMTMKLSFLVLCLFLPLCLAANVTYDRRSLIIDGHRKL 110
           MAGGVQSVTPTVTAAAH          LSFLVLCLFLPLCLAANVTYDRRSLIIDG RKL
Sbjct: 1   MAGGVQSVTPTVTAAAH----------LSFLVLCLFLPLCLAANVTYDRRSLIIDGQRKL 60

Query: 111 LISASIHYPRSVPAMWPSLIQNAKEGGVDVIETYVFWNGHELSPDNYHFDGRFDLVKFIN 170
           LISASIHYPRSVPAMWPSLIQNAKEGGVDVIETYVFWNGHELSPDNYHFDGRFDLVKFIN
Sbjct: 61  LISASIHYPRSVPAMWPSLIQNAKEGGVDVIETYVFWNGHELSPDNYHFDGRFDLVKFIN 120

Query: 171 IVHNAGLYLILRIGPFVAAEWNFGGVPVWLHYIPNTVFRTDNASFKFYMQKFTTYIVSLM 230
           IVH+AGLYLILRIGPFVAAEWNFGGVPVWLHYIPNTVFRTDNASFKFYMQKFTTYIVSLM
Sbjct: 121 IVHDAGLYLILRIGPFVAAEWNFGGVPVWLHYIPNTVFRTDNASFKFYMQKFTTYIVSLM 180

Query: 231 KKEKLFASQGGPIILSQVENEYGDIERVYGEGGKPYAMWAAQMAVSQNIGVPWIMCQQYD 290
           KKEKLFASQGGPIILSQ +NEYGDIERVYGEGGKPYAMWAAQMAVSQNIGVPWIMCQQYD
Sbjct: 181 KKEKLFASQGGPIILSQAKNEYGDIERVYGEGGKPYAMWAAQMAVSQNIGVPWIMCQQYD 240

Query: 291 APDPVINTCNSFYCDQFTPNSPNKPKMWTENWPGWFKTFGARDPHRPPEDIAFSVARFFQ 350
           APDPVINTCNSFYCDQFTPNSPNKPKMWTENWPGWFKTFGARDPHRPPEDIAFSVARFFQ
Sbjct: 241 APDPVINTCNSFYCDQFTPNSPNKPKMWTENWPGWFKTFGARDPHRPPEDIAFSVARFFQ 300

Query: 351 KGGSLQNYYMYHGGTNFGRTAGGPFITTSYDYDAPIDEYGLPRLPKWGHLKELHRAIKLT 410
           KGGSLQNYYMYHGGTNFGRTAGGPFITTSYDYDAPIDEYGLPRLPKWGHLKELHRAIKLT
Sbjct: 301 KGGSLQNYYMYHGGTNFGRTAGGPFITTSYDYDAPIDEYGLPRLPKWGHLKELHRAIKLT 360

Query: 411 ERVLLNSEPTYISLGPSLEADIYTDSSGACAAFIANIDEKDDKTVQFRNISYHLPAWSVS 470
           ERVLLNSEPTYISLGPSLEAD+YTDSSGAC AFIANIDEKDDKTVQFRNISYHLPAWSVS
Sbjct: 361 ERVLLNSEPTYISLGPSLEADVYTDSSGACVAFIANIDEKDDKTVQFRNISYHLPAWSVS 420

Query: 471 ILPDCKNVVFNTAMIRSQTAMVEMVPEELQPSADATNKDLKALKWEVFVEQPGIWGKADF 530
           ILPDCKNVVFNTAMIRSQTAMVEMVPEEL PS DATNKDLKALKWEVFVEQ GIWGKADF
Sbjct: 421 ILPDCKNVVFNTAMIRSQTAMVEMVPEELHPSVDATNKDLKALKWEVFVEQAGIWGKADF 480

Query: 531 VKNVLVDHLNTTKDTTDYLWYTTSIFVNENEKFLKGSQPVLVVESKGHALHAFINKKLQV 590
           VKNVLVDHLNTTKDTTDYLWYTTSIFVNENEKFLKGSQPVLVVESKGHALHAFINKKLQV
Sbjct: 481 VKNVLVDHLNTTKDTTDYLWYTTSIFVNENEKFLKGSQPVLVVESKGHALHAFINKKLQV 540

Query: 591 SATGNGSDITFKFKQAISLKAGKNEIALLSMTVGLQNAGPFYEWVGAGLSKVVIEGFNNG 650
           SATGNGSDITFKFKQAISLKAGKNEIALLSMTVGLQNAGPFYEWVGAGLSKVVIEGFNNG
Sbjct: 541 SATGNGSDITFKFKQAISLKAGKNEIALLSMTVGLQNAGPFYEWVGAGLSKVVIEGFNNG 600

Query: 651 PVDLSSYAWSYKIGLQGEHFGIYKPDGIKNVKWLSSREPPKQQPLTWYKVILDPPSGNEP 710
           PVDLSS+AWSYKIGLQGEH GIYKPDGIKNVKWLSSREPPKQQPLTWYKVILDPPSGNEP
Sbjct: 601 PVDLSSHAWSYKIGLQGEHLGIYKPDGIKNVKWLSSREPPKQQPLTWYKVILDPPSGNEP 660

Query: 711 VGLDMVHMGKGLAWLNGEEIGRYWPRKSSIHDVCVQKCNYRGKFRPDKCLTGCGEPTQRW 770
           VGLDMVHMGKGLAWLNGEEIGRYWPRKSSIHDVCVQKC+YRGKFRPDKCLTGCGEPTQRW
Sbjct: 661 VGLDMVHMGKGLAWLNGEEIGRYWPRKSSIHDVCVQKCDYRGKFRPDKCLTGCGEPTQRW 720

Query: 771 YHVPRSWFKPSGNILVIFEEKGGDPTQIRLSKRKVLGICAHLGEGHPSIESWSEAENVER 830
           YHVPRSWFKPSGNILVIFEEKGGDPTQIRLSKRKVL IC+HLGEGHPSIESWS  E VER
Sbjct: 721 YHVPRSWFKPSGNILVIFEEKGGDPTQIRLSKRKVLSICSHLGEGHPSIESWSGTEKVER 780

Query: 831 KSKATVDLKCPDNGRIAKIKFASFGTPQGSCGSYSIGDCHDPNSISLVEKVCLNRNECRF 890
           KSKATV LKCPDN RIAKIKFASFGTPQGSCGSYSIGDCHDPNSISLVEKVCLNRNECR 
Sbjct: 781 KSKATVHLKCPDNSRIAKIKFASFGTPQGSCGSYSIGDCHDPNSISLVEKVCLNRNECRI 840

Query: 891 ELGEEGFNKGLCPTATKKLAVEAMCS 917
           ELGEEGFN+GLCPTATKKLAVEAMCS
Sbjct: 841 ELGEEGFNRGLCPTATKKLAVEAMCS 856

BLAST of Chy11G185830 vs. ExPASy TrEMBL
Match: A0A1S3CDA7 (Beta-galactosidase OS=Cucumis melo OX=3656 GN=LOC103499575 PE=3 SV=1)

HSP 1 Score: 1748.0 bits (4526), Expect = 0.0e+00
Identity = 824/843 (97.75%), Postives = 830/843 (98.46%), Query Frame = 0

Query: 74  MTMKLSFLVLCLFLPLCLAANVTYDRRSLIIDGHRKLLISASIHYPRSVPAMWPSLIQNA 133
           MTMKLSFLVLCLFLPLCLAANVTYDRRSLIIDG RKLLISASIHYPRSVPAMWPSLIQNA
Sbjct: 1   MTMKLSFLVLCLFLPLCLAANVTYDRRSLIIDGQRKLLISASIHYPRSVPAMWPSLIQNA 60

Query: 134 KEGGVDVIETYVFWNGHELSPDNYHFDGRFDLVKFINIVHNAGLYLILRIGPFVAAEWNF 193
           KEGGVDVIETYVFWNGHELSPDNYHFDGRFDLVKFINIVH+AGLYLILRIGPFVAAEWNF
Sbjct: 61  KEGGVDVIETYVFWNGHELSPDNYHFDGRFDLVKFINIVHDAGLYLILRIGPFVAAEWNF 120

Query: 194 GGVPVWLHYIPNTVFRTDNASFKFYMQKFTTYIVSLMKKEKLFASQGGPIILSQVENEYG 253
           GGVPVWLHYIPNTVFRTDNASFKFYMQKFTTYIVSLMKKEKLFASQGGPIILSQVENEYG
Sbjct: 121 GGVPVWLHYIPNTVFRTDNASFKFYMQKFTTYIVSLMKKEKLFASQGGPIILSQVENEYG 180

Query: 254 DIERVYGEGGKPYAMWAAQMAVSQNIGVPWIMCQQYDAPDPVINTCNSFYCDQFTPNSPN 313
           DIERVYGEGGKPYAMWAAQMAVSQNIGVPWIMCQQYDAPDPVINTCNSFYCDQFTPNSPN
Sbjct: 181 DIERVYGEGGKPYAMWAAQMAVSQNIGVPWIMCQQYDAPDPVINTCNSFYCDQFTPNSPN 240

Query: 314 KPKMWTENWPGWFKTFGARDPHRPPEDIAFSVARFFQKGGSLQNYYMYHGGTNFGRTAGG 373
           KPKMWTENWPGWFKTFGARDPHRPPEDIAFSVARFFQKGGSLQNYYMYHGGTNFGRTAGG
Sbjct: 241 KPKMWTENWPGWFKTFGARDPHRPPEDIAFSVARFFQKGGSLQNYYMYHGGTNFGRTAGG 300

Query: 374 PFITTSYDYDAPIDEYGLPRLPKWGHLKELHRAIKLTERVLLNSEPTYISLGPSLEADIY 433
           PFITTSYDYDAPIDEYGLPRLPKWGHLKELHRAIKLTERVLLNSEPTYISLGPSLEAD+Y
Sbjct: 301 PFITTSYDYDAPIDEYGLPRLPKWGHLKELHRAIKLTERVLLNSEPTYISLGPSLEADVY 360

Query: 434 TDSSGACAAFIANIDEKDDKTVQFRNISYHLPAWSVSILPDCKNVVFNTAMIRSQTAMVE 493
           TDSSGAC AFIANIDEKDDKTVQFRNISYHLPAWSVSILPDCKNVVFNTAMIRSQTAMVE
Sbjct: 361 TDSSGACVAFIANIDEKDDKTVQFRNISYHLPAWSVSILPDCKNVVFNTAMIRSQTAMVE 420

Query: 494 MVPEELQPSADATNKDLKALKWEVFVEQPGIWGKADFVKNVLVDHLNTTKDTTDYLWYTT 553
           MVPEEL PS DATNKDLKALKWEVFVEQ GIWGKADFVKNVLVDHLNTTKDTTDYLWYTT
Sbjct: 421 MVPEELHPSVDATNKDLKALKWEVFVEQAGIWGKADFVKNVLVDHLNTTKDTTDYLWYTT 480

Query: 554 SIFVNENEKFLKGSQPVLVVESKGHALHAFINKKLQVSATGNGSDITFKFKQAISLKAGK 613
           SIFVNENEKFLKGSQPVLVVESKGHALHAFINKKLQVSATGNGSDITFKFKQAISLKAGK
Sbjct: 481 SIFVNENEKFLKGSQPVLVVESKGHALHAFINKKLQVSATGNGSDITFKFKQAISLKAGK 540

Query: 614 NEIALLSMTVGLQNAGPFYEWVGAGLSKVVIEGFNNGPVDLSSYAWSYKIGLQGEHFGIY 673
           NEIALLSMTVGLQNAGPFYEWVGAGLSKVVIEGFNNGPVDLSS+AWSYKIGLQGEH GIY
Sbjct: 541 NEIALLSMTVGLQNAGPFYEWVGAGLSKVVIEGFNNGPVDLSSHAWSYKIGLQGEHLGIY 600

Query: 674 KPDGIKNVKWLSSREPPKQQPLTWYKVILDPPSGNEPVGLDMVHMGKGLAWLNGEEIGRY 733
           KPDGIKNVKWLSSREPPKQQPLTWYKVILDPPSGNEPVGLDMVHMGKGLAWLNGEEIGRY
Sbjct: 601 KPDGIKNVKWLSSREPPKQQPLTWYKVILDPPSGNEPVGLDMVHMGKGLAWLNGEEIGRY 660

Query: 734 WPRKSSIHDVCVQKCNYRGKFRPDKCLTGCGEPTQRWYHVPRSWFKPSGNILVIFEEKGG 793
           WPRKSSIHDVCVQKC+YRGKFRPDKCLTGCGEPTQRWYHVPRSWFKPSGNILVIFEEKGG
Sbjct: 661 WPRKSSIHDVCVQKCDYRGKFRPDKCLTGCGEPTQRWYHVPRSWFKPSGNILVIFEEKGG 720

Query: 794 DPTQIRLSKRKVLGICAHLGEGHPSIESWSEAENVERKSKATVDLKCPDNGRIAKIKFAS 853
           DPTQIRLSKRKVL IC+HLGEGHPSIESWS  E VERKSKATV LKCPDN RIAKIKFAS
Sbjct: 721 DPTQIRLSKRKVLSICSHLGEGHPSIESWSGTEKVERKSKATVHLKCPDNSRIAKIKFAS 780

Query: 854 FGTPQGSCGSYSIGDCHDPNSISLVEKVCLNRNECRFELGEEGFNKGLCPTATKKLAVEA 913
           FGTPQGSCGSYSIGDCHDPNSISLVEKVCLNRNECR ELGEEGFN+GLCPTATKKLAVEA
Sbjct: 781 FGTPQGSCGSYSIGDCHDPNSISLVEKVCLNRNECRIELGEEGFNRGLCPTATKKLAVEA 840

Query: 914 MCS 917
           MCS
Sbjct: 841 MCS 843

BLAST of Chy11G185830 vs. ExPASy TrEMBL
Match: A0A0A0LQE8 (Beta-galactosidase OS=Cucumis sativus OX=3659 GN=Csa_2G337760 PE=3 SV=1)

HSP 1 Score: 1735.3 bits (4493), Expect = 0.0e+00
Identity = 823/843 (97.63%), Postives = 828/843 (98.22%), Query Frame = 0

Query: 74  MTMKLSFLVLCLFLPLCLAANVTYDRRSLIIDGHRKLLISASIHYPRSVPAMWPSLIQNA 133
           MT+KLSFLVLCLFLPLCLAANVTYDRRSLIIDGHRKLLISASIHYPRSVPAMWPSLIQNA
Sbjct: 1   MTLKLSFLVLCLFLPLCLAANVTYDRRSLIIDGHRKLLISASIHYPRSVPAMWPSLIQNA 60

Query: 134 KEGGVDVIETYVFWNGHELSPDNYHFDGRFDLVKFINIVHNAGLYLILRIGPFVAAEWNF 193
           KEGGVDVIETYVFWNGHELSPDNYHFDGRFDLVKFINIVHNAGLYLILRIGPFVAAEWNF
Sbjct: 61  KEGGVDVIETYVFWNGHELSPDNYHFDGRFDLVKFINIVHNAGLYLILRIGPFVAAEWNF 120

Query: 194 GGVPVWLHYIPNTVFRTDNASFKFYMQKFTTYIVSLMKKEKLFASQGGPIILSQVENEYG 253
           GGVPVWLHYIPNTVFRTDNASFKFYMQKFTTYIVSLMKKEKLFASQGGPIILSQVENEYG
Sbjct: 121 GGVPVWLHYIPNTVFRTDNASFKFYMQKFTTYIVSLMKKEKLFASQGGPIILSQVENEYG 180

Query: 254 DIERVYGEGGKPYAMWAAQMAVSQNIGVPWIMCQQYDAPDPVINTCNSFYCDQFTPNSPN 313
           DIERVYGEGGKPYAMWAAQMAVSQNIGVPWIMCQQYDAPDP INTCNSFYCDQFTPNSPN
Sbjct: 181 DIERVYGEGGKPYAMWAAQMAVSQNIGVPWIMCQQYDAPDP-INTCNSFYCDQFTPNSPN 240

Query: 314 KPKMWTENWPGWFKTFGARDPHRPPEDIAFSVARFFQKGGSLQNYYMYHGGTNFGRTAGG 373
           KPKMWTENWPGWFKTFGARDPHRPPEDIAFSVARFFQKGGSLQNYYMYHGGTNFGRTAGG
Sbjct: 241 KPKMWTENWPGWFKTFGARDPHRPPEDIAFSVARFFQKGGSLQNYYMYHGGTNFGRTAGG 300

Query: 374 PFITTSYDYDAPIDEYGLPRLPKWGHLKELHRAIKLTERVLLNSEPTYISLGPSLEADIY 433
           PFITTSYDYDAPIDEYGLPRLPKWGHLKELHRAIKLTERVLLNSEPTY+SLGPSLEAD+Y
Sbjct: 301 PFITTSYDYDAPIDEYGLPRLPKWGHLKELHRAIKLTERVLLNSEPTYVSLGPSLEADVY 360

Query: 434 TDSSGACAAFIANIDEKDDKTVQFRNISYHLPAWSVSILPDCKNVVFNTAMIRSQTAMVE 493
           TDSSGACAAFIANIDEKDDKTVQFRNISYHLPAWSVSILPDCKNVVFNTAMIRSQTAMVE
Sbjct: 361 TDSSGACAAFIANIDEKDDKTVQFRNISYHLPAWSVSILPDCKNVVFNTAMIRSQTAMVE 420

Query: 494 MVPEELQPSADATNKDLKALKWEVFVEQPGIWGKADFVKNVLVDHLNTTKDTTDYLWYTT 553
           MVPEELQPSADATNKDLKALKWEVFVEQPGIWGKADFVKNVLVDHLNTTKDTTDYLWYTT
Sbjct: 421 MVPEELQPSADATNKDLKALKWEVFVEQPGIWGKADFVKNVLVDHLNTTKDTTDYLWYTT 480

Query: 554 SIFVNENEKFLKGSQPVLVVESKGHALHAFINKKLQVSATGNGSDITFKFKQAISLKAGK 613
           SIFVNENEKFLKGSQPVLVVESKGHALHAFINKKLQVSATGNGSDITFKFKQAISLKAGK
Sbjct: 481 SIFVNENEKFLKGSQPVLVVESKGHALHAFINKKLQVSATGNGSDITFKFKQAISLKAGK 540

Query: 614 NEIALLSMTVGLQNAGPFYEWVGAGLSKVVIEGFNNGPVDLSSYAWSYKIGLQGEHFGIY 673
           NEIALLSMTVGLQNAGPFYEWVGAGLSKVVIEGFNNGP           IGLQGEH GIY
Sbjct: 541 NEIALLSMTVGLQNAGPFYEWVGAGLSKVVIEGFNNGP-----------IGLQGEHLGIY 600

Query: 674 KPDGIKNVKWLSSREPPKQQPLTWYKVILDPPSGNEPVGLDMVHMGKGLAWLNGEEIGRY 733
           KPDGIKNVKWLSSREPPKQQPLTWYKVILDPPSGNEPVGLDMVHMGKGLAWLNGEEIGRY
Sbjct: 601 KPDGIKNVKWLSSREPPKQQPLTWYKVILDPPSGNEPVGLDMVHMGKGLAWLNGEEIGRY 660

Query: 734 WPRKSSIHDVCVQKCNYRGKFRPDKCLTGCGEPTQRWYHVPRSWFKPSGNILVIFEEKGG 793
           WP KSSIHDVCVQKC+YRGKFRPDKCLTGCGEPTQRWYHVPRSWFKPSGNILVIFEEKGG
Sbjct: 661 WPTKSSIHDVCVQKCDYRGKFRPDKCLTGCGEPTQRWYHVPRSWFKPSGNILVIFEEKGG 720

Query: 794 DPTQIRLSKRKVLGICAHLGEGHPSIESWSEAENVERKSKATVDLKCPDNGRIAKIKFAS 853
           DPTQIRLSKRKVLGICAHLGEGHPSIESWSEAENVERKSKATVDLKCPDNGRIAKIKFAS
Sbjct: 721 DPTQIRLSKRKVLGICAHLGEGHPSIESWSEAENVERKSKATVDLKCPDNGRIAKIKFAS 780

Query: 854 FGTPQGSCGSYSIGDCHDPNSISLVEKVCLNRNECRFELGEEGFNKGLCPTATKKLAVEA 913
           FGTPQGSCGSYSIGDCHDPNSISLVEKVCLNRNECR ELGEEGFNKGLCPTA+KKLAVEA
Sbjct: 781 FGTPQGSCGSYSIGDCHDPNSISLVEKVCLNRNECRIELGEEGFNKGLCPTASKKLAVEA 831

Query: 914 MCS 917
           MCS
Sbjct: 841 MCS 831

BLAST of Chy11G185830 vs. ExPASy TrEMBL
Match: A0A6J1HZU1 (Beta-galactosidase OS=Cucurbita maxima OX=3661 GN=LOC111469598 PE=3 SV=1)

HSP 1 Score: 1649.4 bits (4270), Expect = 0.0e+00
Identity = 761/844 (90.17%), Postives = 808/844 (95.73%), Query Frame = 0

Query: 74  MTMKLSFLVLCLFLPLCLAANVTYDRRSLIIDGHRKLLISASIHYPRSVPAMWPSLIQNA 133
           +++ LS L+L LFLPLC AANVTYDRRSLIIDG RKLLISASIHYPRSVP MWPSLIQNA
Sbjct: 3   LSLSLSLLLLSLFLPLCFAANVTYDRRSLIIDGQRKLLISASIHYPRSVPGMWPSLIQNA 62

Query: 134 KEGGVDVIETYVFWNGHELSPDNYHFDGRFDLVKFINIVHNAGLYLILRIGPFVAAEWNF 193
           KEGGVDVIETYVFWNGHELSPDNYHFDGRFDLVKF+NIV  AGLYLILRIGPFVAAEWNF
Sbjct: 63  KEGGVDVIETYVFWNGHELSPDNYHFDGRFDLVKFVNIVQQAGLYLILRIGPFVAAEWNF 122

Query: 194 GGVPVWLHYIPNTVFRTDNASFKFYMQKFTTYIVSLMKKEKLFASQGGPIILSQVENEYG 253
           GGVPVWLHY+PNTVFRTDNA+FK+YMQKFTTYIV+LMK+EK FASQGGPIILSQ+ENEYG
Sbjct: 123 GGVPVWLHYVPNTVFRTDNANFKYYMQKFTTYIVNLMKQEKFFASQGGPIILSQIENEYG 182

Query: 254 DIERVYGEGGKPYAMWAAQMAVSQNIGVPWIMCQQYDAPDPVINTCNSFYCDQFTPNSPN 313
           DIERVYGEGGKPYAMWAAQMAVSQNIGVPWIMCQQYDAPDPVINTCNSFYCDQFTPNSPN
Sbjct: 183 DIERVYGEGGKPYAMWAAQMAVSQNIGVPWIMCQQYDAPDPVINTCNSFYCDQFTPNSPN 242

Query: 314 KPKMWTENWPGWFKTFGARDPHRPPEDIAFSVARFFQKGGSLQNYYMYHGGTNFGRTAGG 373
           KPKMWTENWPGWFKTFGARDPHRPPEDIAF+VARFFQKGGSLQNYYMYHGGTNFGRT+GG
Sbjct: 243 KPKMWTENWPGWFKTFGARDPHRPPEDIAFAVARFFQKGGSLQNYYMYHGGTNFGRTSGG 302

Query: 374 PFITTSYDYDAPIDEYGLPRLPKWGHLKELHRAIKLTERVLLNSEPTYISLGPSLEADIY 433
           PFITTSYDY+APIDEYGLPR PKWGHLK+LH+AIK+TE V+LNSEPTYIS GPSLEAD+Y
Sbjct: 303 PFITTSYDYEAPIDEYGLPRFPKWGHLKDLHKAIKMTEHVVLNSEPTYISFGPSLEADVY 362

Query: 434 TDSSGACAAFIANIDEKDDKTVQFRNISYHLPAWSVSILPDCKNVVFNTAMIRSQTAMVE 493
           TDSSGACAAFIAN+DEKDDKTVQFRN+SYHLPAWSVSILPDCKNVVFNTAM+RSQTAMVE
Sbjct: 363 TDSSGACAAFIANVDEKDDKTVQFRNVSYHLPAWSVSILPDCKNVVFNTAMVRSQTAMVE 422

Query: 494 MVPEELQPSADATNKDLKALKWEVFVEQPGIWGKADFVKNVLVDHLNTTKDTTDYLWYTT 553
           MVPEEL PS D TNKDLKALKWEVFVEQ GIWGKADF++N LVDHLNTTKDTTDYLWYTT
Sbjct: 423 MVPEELHPSVDLTNKDLKALKWEVFVEQAGIWGKADFIQNGLVDHLNTTKDTTDYLWYTT 482

Query: 554 SIFVNENEKFL-KGSQPVLVVESKGHALHAFINKKLQVSATGNGSDITFKFKQAISLKAG 613
           SIFVNENE FL KGSQPVL+VESKGHALHAFINKKLQVSA+GNGSDITF+FKQAISLKAG
Sbjct: 483 SIFVNENETFLKKGSQPVLLVESKGHALHAFINKKLQVSASGNGSDITFRFKQAISLKAG 542

Query: 614 KNEIALLSMTVGLQNAGPFYEWVGAGLSKVVIEGFNNGPVDLSSYAWSYKIGLQGEHFGI 673
           KNEIALLSMTVGLQNAGP+YEWVGAGLS+VVIEGFNNGP+ LSS+AWSYK+GLQGEH GI
Sbjct: 543 KNEIALLSMTVGLQNAGPYYEWVGAGLSRVVIEGFNNGPLVLSSHAWSYKLGLQGEHLGI 602

Query: 674 YKPDGIKNVKWLSSREPPKQQPLTWYKVILDPPSGNEPVGLDMVHMGKGLAWLNGEEIGR 733
           YKPDGIKNVKW+S+REPPKQQPLTWYKVILD PSGNEPVGLDMVHMGKG+AWLNGEEIGR
Sbjct: 603 YKPDGIKNVKWISTREPPKQQPLTWYKVILDAPSGNEPVGLDMVHMGKGMAWLNGEEIGR 662

Query: 734 YWPRKSSIHDVCVQKCNYRGKFRPDKCLTGCGEPTQRWYHVPRSWFKPSGNILVIFEEKG 793
           YWPRKSS+HD CV+KC+YRGKFRPDKCLTGCGEPTQRWYHVPRSWFKP+GNILVIFEEKG
Sbjct: 663 YWPRKSSVHDACVEKCDYRGKFRPDKCLTGCGEPTQRWYHVPRSWFKPTGNILVIFEEKG 722

Query: 794 GDPTQIRLSKRKVLGICAHLGEGHPSIESWSEAENVERKSKATVDLKCPDNGRIAKIKFA 853
           GDPT+IRLSKRKV GICAHLGEGHPSIESWSEAENV  K+KA V LKCP N  IA IKFA
Sbjct: 723 GDPTKIRLSKRKVSGICAHLGEGHPSIESWSEAENVHVKNKAAVHLKCPGNAHIATIKFA 782

Query: 854 SFGTPQGSCGSYSIGDCHDPNSISLVEKVCLNRNECRFELGEEGFNKGLCPTATKKLAVE 913
           SFGTP+G+CG+YSIG CHDPNS SLVEKVCLNRNECR ELGEE F+KGLCP+ATKKLAVE
Sbjct: 783 SFGTPEGTCGTYSIGACHDPNSTSLVEKVCLNRNECRIELGEESFDKGLCPSATKKLAVE 842

Query: 914 AMCS 917
           A+CS
Sbjct: 843 AVCS 846

BLAST of Chy11G185830 vs. ExPASy TrEMBL
Match: A0A6J1G690 (Beta-galactosidase OS=Cucurbita moschata OX=3662 GN=LOC111451259 PE=3 SV=1)

HSP 1 Score: 1647.9 bits (4266), Expect = 0.0e+00
Identity = 762/848 (89.86%), Postives = 808/848 (95.28%), Query Frame = 0

Query: 70  LGNAMTMKLSFLVLCLFLPLCLAANVTYDRRSLIIDGHRKLLISASIHYPRSVPAMWPSL 129
           L  ++++ LS L+L L LPLC AANVTYDRRSLIIDGHRKLLISASIHYPRSVP MWPSL
Sbjct: 3   LSLSLSLSLSLLLLSLSLPLCFAANVTYDRRSLIIDGHRKLLISASIHYPRSVPGMWPSL 62

Query: 130 IQNAKEGGVDVIETYVFWNGHELSPDNYHFDGRFDLVKFINIVHNAGLYLILRIGPFVAA 189
           IQNAKEGGVDVIETYVFWNGHELSPDNYHFDGRFDLVKF+ IV  AGLYLILRIGPFVAA
Sbjct: 63  IQNAKEGGVDVIETYVFWNGHELSPDNYHFDGRFDLVKFVKIVQQAGLYLILRIGPFVAA 122

Query: 190 EWNFGGVPVWLHYIPNTVFRTDNASFKFYMQKFTTYIVSLMKKEKLFASQGGPIILSQVE 249
           EWNFGGVPVWLHY+PNTVFRTDNA+FK+YMQKFTTYIV+LMK+EK FASQGGPIILSQ+E
Sbjct: 123 EWNFGGVPVWLHYVPNTVFRTDNANFKYYMQKFTTYIVNLMKQEKFFASQGGPIILSQIE 182

Query: 250 NEYGDIERVYGEGGKPYAMWAAQMAVSQNIGVPWIMCQQYDAPDPVINTCNSFYCDQFTP 309
           NEYGDIERVYGEGGKPYAMWAAQMAVSQNIGVPWIMCQQYDAPDPVINTCNSFYCDQFTP
Sbjct: 183 NEYGDIERVYGEGGKPYAMWAAQMAVSQNIGVPWIMCQQYDAPDPVINTCNSFYCDQFTP 242

Query: 310 NSPNKPKMWTENWPGWFKTFGARDPHRPPEDIAFSVARFFQKGGSLQNYYMYHGGTNFGR 369
           NSPNKPKMWTENWPGWFKTFGARDPHRPPEDIAF+VARFFQKGGSLQNYYMYHGGTNFGR
Sbjct: 243 NSPNKPKMWTENWPGWFKTFGARDPHRPPEDIAFAVARFFQKGGSLQNYYMYHGGTNFGR 302

Query: 370 TAGGPFITTSYDYDAPIDEYGLPRLPKWGHLKELHRAIKLTERVLLNSEPTYISLGPSLE 429
           T+GGPFITTSYDY+APIDEYGLPR PKWGHLK+LH+AIK+TE V+LNSEPTYIS GPSLE
Sbjct: 303 TSGGPFITTSYDYEAPIDEYGLPRFPKWGHLKDLHKAIKMTEHVVLNSEPTYISFGPSLE 362

Query: 430 ADIYTDSSGACAAFIANIDEKDDKTVQFRNISYHLPAWSVSILPDCKNVVFNTAMIRSQT 489
           AD+YTDSSGACAAFIAN+DEKDDKTVQFRN+SYHLPAWSVSILPDCKNVVFNTAM+RSQT
Sbjct: 363 ADVYTDSSGACAAFIANVDEKDDKTVQFRNVSYHLPAWSVSILPDCKNVVFNTAMVRSQT 422

Query: 490 AMVEMVPEELQPSADATNKDLKALKWEVFVEQPGIWGKADFVKNVLVDHLNTTKDTTDYL 549
           AMVEMVPEEL PS D TNKDLKALKWEVFVEQ GIWGKADFV+N LVDHLNTTKDTTDYL
Sbjct: 423 AMVEMVPEELHPSVDLTNKDLKALKWEVFVEQAGIWGKADFVQNGLVDHLNTTKDTTDYL 482

Query: 550 WYTTSIFVNENEKFL-KGSQPVLVVESKGHALHAFINKKLQVSATGNGSDITFKFKQAIS 609
           WYTTSIFVNENE FL KGSQPVL+VESKGHALHAFINKKLQVSA+GNGSDITF+FKQAI+
Sbjct: 483 WYTTSIFVNENETFLKKGSQPVLLVESKGHALHAFINKKLQVSASGNGSDITFRFKQAIT 542

Query: 610 LKAGKNEIALLSMTVGLQNAGPFYEWVGAGLSKVVIEGFNNGPVDLSSYAWSYKIGLQGE 669
           LKAGKNEIALLSMTVGLQNAGPFYEWVGAGLS+VVIEGFNNGP+ LSS+AWSYK+GLQGE
Sbjct: 543 LKAGKNEIALLSMTVGLQNAGPFYEWVGAGLSRVVIEGFNNGPLVLSSHAWSYKLGLQGE 602

Query: 670 HFGIYKPDGIKNVKWLSSREPPKQQPLTWYKVILDPPSGNEPVGLDMVHMGKGLAWLNGE 729
           H GIYKPDGIKNVKW+S+REPPKQQPLTWYKVILD PSGNEPVGLDMVHMGKG+AWLNGE
Sbjct: 603 HLGIYKPDGIKNVKWISTREPPKQQPLTWYKVILDAPSGNEPVGLDMVHMGKGMAWLNGE 662

Query: 730 EIGRYWPRKSSIHDVCVQKCNYRGKFRPDKCLTGCGEPTQRWYHVPRSWFKPSGNILVIF 789
           EIGRYWPRKSS+HD CV+KC+YRGKFRPDKCLTGCGEPTQRWYHVPRSWFKP+GNILVIF
Sbjct: 663 EIGRYWPRKSSVHDACVEKCDYRGKFRPDKCLTGCGEPTQRWYHVPRSWFKPTGNILVIF 722

Query: 790 EEKGGDPTQIRLSKRKVLGICAHLGEGHPSIESWSEAENVERKSKATVDLKCPDNGRIAK 849
           EEKGGDPT+IRLSKRKV GICAHLGEGHPSIESWSEAENV  K+K  V LKCP N  IA 
Sbjct: 723 EEKGGDPTKIRLSKRKVSGICAHLGEGHPSIESWSEAENVHVKNKVAVHLKCPGNAHIAT 782

Query: 850 IKFASFGTPQGSCGSYSIGDCHDPNSISLVEKVCLNRNECRFELGEEGFNKGLCPTATKK 909
           IKFASFGTP+G+CGSYSIG CHDPNS SLVEKVCLNRNECR ELGEE F+KGLCP+ATKK
Sbjct: 783 IKFASFGTPEGTCGSYSIGACHDPNSTSLVEKVCLNRNECRIELGEESFDKGLCPSATKK 842

Query: 910 LAVEAMCS 917
           LAVEA+CS
Sbjct: 843 LAVEAVCS 850

BLAST of Chy11G185830 vs. NCBI nr
Match: XP_004147332.1 (beta-galactosidase 10 [Cucumis sativus])

HSP 1 Score: 1762 bits (4564), Expect = 0.0
Identity = 835/843 (99.05%), Postives = 840/843 (99.64%), Query Frame = 0

Query: 74  MTMKLSFLVLCLFLPLCLAANVTYDRRSLIIDGHRKLLISASIHYPRSVPAMWPSLIQNA 133
           MT+KLSFLVLCLFLPLCLAANVTYDRRSLIIDGHRKLLISASIHYPRSVPAMWPSLIQNA
Sbjct: 1   MTLKLSFLVLCLFLPLCLAANVTYDRRSLIIDGHRKLLISASIHYPRSVPAMWPSLIQNA 60

Query: 134 KEGGVDVIETYVFWNGHELSPDNYHFDGRFDLVKFINIVHNAGLYLILRIGPFVAAEWNF 193
           KEGGVDVIETYVFWNGHELSPDNYHFDGRFDLVKFINIVHNAGLYLILRIGPFVAAEWNF
Sbjct: 61  KEGGVDVIETYVFWNGHELSPDNYHFDGRFDLVKFINIVHNAGLYLILRIGPFVAAEWNF 120

Query: 194 GGVPVWLHYIPNTVFRTDNASFKFYMQKFTTYIVSLMKKEKLFASQGGPIILSQVENEYG 253
           GGVPVWLHYIPNTVFRTDNASFKFYMQKFTTYIVSLMKKEKLFASQGGPIILSQVENEYG
Sbjct: 121 GGVPVWLHYIPNTVFRTDNASFKFYMQKFTTYIVSLMKKEKLFASQGGPIILSQVENEYG 180

Query: 254 DIERVYGEGGKPYAMWAAQMAVSQNIGVPWIMCQQYDAPDPVINTCNSFYCDQFTPNSPN 313
           DIERVYGEGGKPYAMWAAQMAVSQNIGVPWIMCQQYDAPDPVINTCNSFYCDQFTPNSPN
Sbjct: 181 DIERVYGEGGKPYAMWAAQMAVSQNIGVPWIMCQQYDAPDPVINTCNSFYCDQFTPNSPN 240

Query: 314 KPKMWTENWPGWFKTFGARDPHRPPEDIAFSVARFFQKGGSLQNYYMYHGGTNFGRTAGG 373
           KPKMWTENWPGWFKTFGARDPHRPPEDIAFSVARFFQKGGSLQNYYMYHGGTNFGRTAGG
Sbjct: 241 KPKMWTENWPGWFKTFGARDPHRPPEDIAFSVARFFQKGGSLQNYYMYHGGTNFGRTAGG 300

Query: 374 PFITTSYDYDAPIDEYGLPRLPKWGHLKELHRAIKLTERVLLNSEPTYISLGPSLEADIY 433
           PFITTSYDYDAPIDEYGLPRLPKWGHLKELHRAIKLTERVLLNSEPTY+SLGPSLEAD+Y
Sbjct: 301 PFITTSYDYDAPIDEYGLPRLPKWGHLKELHRAIKLTERVLLNSEPTYVSLGPSLEADVY 360

Query: 434 TDSSGACAAFIANIDEKDDKTVQFRNISYHLPAWSVSILPDCKNVVFNTAMIRSQTAMVE 493
           TDSSGACAAFIANIDEKDDKTVQFRNISYHLPAWSVSILPDCKNVVFNTAMIRSQTAMVE
Sbjct: 361 TDSSGACAAFIANIDEKDDKTVQFRNISYHLPAWSVSILPDCKNVVFNTAMIRSQTAMVE 420

Query: 494 MVPEELQPSADATNKDLKALKWEVFVEQPGIWGKADFVKNVLVDHLNTTKDTTDYLWYTT 553
           MVPEELQPSADATNKDLKALKWEVFVEQPGIWGKADFVKNVLVDHLNTTKDTTDYLWYTT
Sbjct: 421 MVPEELQPSADATNKDLKALKWEVFVEQPGIWGKADFVKNVLVDHLNTTKDTTDYLWYTT 480

Query: 554 SIFVNENEKFLKGSQPVLVVESKGHALHAFINKKLQVSATGNGSDITFKFKQAISLKAGK 613
           SIFVNENEKFLKGSQPVLVVESKGHALHAFINKKLQVSATGNGSDITFKFKQAISLKAGK
Sbjct: 481 SIFVNENEKFLKGSQPVLVVESKGHALHAFINKKLQVSATGNGSDITFKFKQAISLKAGK 540

Query: 614 NEIALLSMTVGLQNAGPFYEWVGAGLSKVVIEGFNNGPVDLSSYAWSYKIGLQGEHFGIY 673
           NEIALLSMTVGLQNAGPFYEWVGAGLSKVVIEGFNNGPVDLSSYAWSYKIGLQGEH GIY
Sbjct: 541 NEIALLSMTVGLQNAGPFYEWVGAGLSKVVIEGFNNGPVDLSSYAWSYKIGLQGEHLGIY 600

Query: 674 KPDGIKNVKWLSSREPPKQQPLTWYKVILDPPSGNEPVGLDMVHMGKGLAWLNGEEIGRY 733
           KPDGIKNVKWLSSREPPKQQPLTWYKVILDPPSGNEPVGLDMVHMGKGLAWLNGEEIGRY
Sbjct: 601 KPDGIKNVKWLSSREPPKQQPLTWYKVILDPPSGNEPVGLDMVHMGKGLAWLNGEEIGRY 660

Query: 734 WPRKSSIHDVCVQKCNYRGKFRPDKCLTGCGEPTQRWYHVPRSWFKPSGNILVIFEEKGG 793
           WP KSSIHDVCVQKC+YRGKFRPDKCLTGCGEPTQRWYHVPRSWFKPSGNILVIFEEKGG
Sbjct: 661 WPTKSSIHDVCVQKCDYRGKFRPDKCLTGCGEPTQRWYHVPRSWFKPSGNILVIFEEKGG 720

Query: 794 DPTQIRLSKRKVLGICAHLGEGHPSIESWSEAENVERKSKATVDLKCPDNGRIAKIKFAS 853
           DPTQIRLSKRKVLGICAHLGEGHPSIESWSEAENVERKSKATVDLKCPDNGRIAKIKFAS
Sbjct: 721 DPTQIRLSKRKVLGICAHLGEGHPSIESWSEAENVERKSKATVDLKCPDNGRIAKIKFAS 780

Query: 854 FGTPQGSCGSYSIGDCHDPNSISLVEKVCLNRNECRFELGEEGFNKGLCPTATKKLAVEA 913
           FGTPQGSCGSYSIGDCHDPNSISLVEKVCLNRNECR ELGEEGFNKGLCPTA+KKLAVEA
Sbjct: 781 FGTPQGSCGSYSIGDCHDPNSISLVEKVCLNRNECRIELGEEGFNKGLCPTASKKLAVEA 840

Query: 914 MCS 916
           MCS
Sbjct: 841 MCS 843

BLAST of Chy11G185830 vs. NCBI nr
Match: KAE8651996.1 (hypothetical protein Csa_016926 [Cucumis sativus])

HSP 1 Score: 1759 bits (4556), Expect = 0.0
Identity = 833/843 (98.81%), Postives = 839/843 (99.53%), Query Frame = 0

Query: 74  MTMKLSFLVLCLFLPLCLAANVTYDRRSLIIDGHRKLLISASIHYPRSVPAMWPSLIQNA 133
           MT+KLSFLVLCLFLPLCLAANVTYDRRSLIIDGHRKLLISASIHYPRSVPAMWPSLIQNA
Sbjct: 1   MTLKLSFLVLCLFLPLCLAANVTYDRRSLIIDGHRKLLISASIHYPRSVPAMWPSLIQNA 60

Query: 134 KEGGVDVIETYVFWNGHELSPDNYHFDGRFDLVKFINIVHNAGLYLILRIGPFVAAEWNF 193
           KEGGVDVIETYVFWNGHELSPDNYHFDGRFDLVKFINIVHNAGLYLILRIGPFVAAEWNF
Sbjct: 61  KEGGVDVIETYVFWNGHELSPDNYHFDGRFDLVKFINIVHNAGLYLILRIGPFVAAEWNF 120

Query: 194 GGVPVWLHYIPNTVFRTDNASFKFYMQKFTTYIVSLMKKEKLFASQGGPIILSQVENEYG 253
           GGVPVWLHYIPNTVFRTDNASFKFYMQKFTTYIVSLMKKEKLFASQGGPIILSQ +NEYG
Sbjct: 121 GGVPVWLHYIPNTVFRTDNASFKFYMQKFTTYIVSLMKKEKLFASQGGPIILSQAKNEYG 180

Query: 254 DIERVYGEGGKPYAMWAAQMAVSQNIGVPWIMCQQYDAPDPVINTCNSFYCDQFTPNSPN 313
           DIERVYGEGGKPYAMWAAQMAVSQNIGVPWIMCQQYDAPDPVINTCNSFYCDQFTPNSPN
Sbjct: 181 DIERVYGEGGKPYAMWAAQMAVSQNIGVPWIMCQQYDAPDPVINTCNSFYCDQFTPNSPN 240

Query: 314 KPKMWTENWPGWFKTFGARDPHRPPEDIAFSVARFFQKGGSLQNYYMYHGGTNFGRTAGG 373
           KPKMWTENWPGWFKTFGARDPHRPPEDIAFSVARFFQKGGSLQNYYMYHGGTNFGRTAGG
Sbjct: 241 KPKMWTENWPGWFKTFGARDPHRPPEDIAFSVARFFQKGGSLQNYYMYHGGTNFGRTAGG 300

Query: 374 PFITTSYDYDAPIDEYGLPRLPKWGHLKELHRAIKLTERVLLNSEPTYISLGPSLEADIY 433
           PFITTSYDYDAPIDEYGLPRLPKWGHLKELHRAIKLTERVLLNSEPTY+SLGPSLEAD+Y
Sbjct: 301 PFITTSYDYDAPIDEYGLPRLPKWGHLKELHRAIKLTERVLLNSEPTYVSLGPSLEADVY 360

Query: 434 TDSSGACAAFIANIDEKDDKTVQFRNISYHLPAWSVSILPDCKNVVFNTAMIRSQTAMVE 493
           TDSSGACAAFIANIDEKDDKTVQFRNISYHLPAWSVSILPDCKNVVFNTAMIRSQTAMVE
Sbjct: 361 TDSSGACAAFIANIDEKDDKTVQFRNISYHLPAWSVSILPDCKNVVFNTAMIRSQTAMVE 420

Query: 494 MVPEELQPSADATNKDLKALKWEVFVEQPGIWGKADFVKNVLVDHLNTTKDTTDYLWYTT 553
           MVPEELQPSADATNKDLKALKWEVFVEQPGIWGKADFVKNVLVDHLNTTKDTTDYLWYTT
Sbjct: 421 MVPEELQPSADATNKDLKALKWEVFVEQPGIWGKADFVKNVLVDHLNTTKDTTDYLWYTT 480

Query: 554 SIFVNENEKFLKGSQPVLVVESKGHALHAFINKKLQVSATGNGSDITFKFKQAISLKAGK 613
           SIFVNENEKFLKGSQPVLVVESKGHALHAFINKKLQVSATGNGSDITFKFKQAISLKAGK
Sbjct: 481 SIFVNENEKFLKGSQPVLVVESKGHALHAFINKKLQVSATGNGSDITFKFKQAISLKAGK 540

Query: 614 NEIALLSMTVGLQNAGPFYEWVGAGLSKVVIEGFNNGPVDLSSYAWSYKIGLQGEHFGIY 673
           NEIALLSMTVGLQNAGPFYEWVGAGLSKVVIEGFNNGPVDLSSYAWSYKIGLQGEH GIY
Sbjct: 541 NEIALLSMTVGLQNAGPFYEWVGAGLSKVVIEGFNNGPVDLSSYAWSYKIGLQGEHLGIY 600

Query: 674 KPDGIKNVKWLSSREPPKQQPLTWYKVILDPPSGNEPVGLDMVHMGKGLAWLNGEEIGRY 733
           KPDGIKNVKWLSSREPPKQQPLTWYKVILDPPSGNEPVGLDMVHMGKGLAWLNGEEIGRY
Sbjct: 601 KPDGIKNVKWLSSREPPKQQPLTWYKVILDPPSGNEPVGLDMVHMGKGLAWLNGEEIGRY 660

Query: 734 WPRKSSIHDVCVQKCNYRGKFRPDKCLTGCGEPTQRWYHVPRSWFKPSGNILVIFEEKGG 793
           WP KSSIHDVCVQKC+YRGKFRPDKCLTGCGEPTQRWYHVPRSWFKPSGNILVIFEEKGG
Sbjct: 661 WPTKSSIHDVCVQKCDYRGKFRPDKCLTGCGEPTQRWYHVPRSWFKPSGNILVIFEEKGG 720

Query: 794 DPTQIRLSKRKVLGICAHLGEGHPSIESWSEAENVERKSKATVDLKCPDNGRIAKIKFAS 853
           DPTQIRLSKRKVLGICAHLGEGHPSIESWSEAENVERKSKATVDLKCPDNGRIAKIKFAS
Sbjct: 721 DPTQIRLSKRKVLGICAHLGEGHPSIESWSEAENVERKSKATVDLKCPDNGRIAKIKFAS 780

Query: 854 FGTPQGSCGSYSIGDCHDPNSISLVEKVCLNRNECRFELGEEGFNKGLCPTATKKLAVEA 913
           FGTPQGSCGSYSIGDCHDPNSISLVEKVCLNRNECR ELGEEGFNKGLCPTA+KKLAVEA
Sbjct: 781 FGTPQGSCGSYSIGDCHDPNSISLVEKVCLNRNECRIELGEEGFNKGLCPTASKKLAVEA 840

Query: 914 MCS 916
           MCS
Sbjct: 841 MCS 843

BLAST of Chy11G185830 vs. NCBI nr
Match: TYK02019.1 (beta-galactosidase 10 [Cucumis melo var. makuwa])

HSP 1 Score: 1750 bits (4532), Expect = 0.0
Identity = 835/866 (96.42%), Postives = 842/866 (97.23%), Query Frame = 0

Query: 51  MAGGVQSVTPTVTAAAHWTLGNAMTMKLSFLVLCLFLPLCLAANVTYDRRSLIIDGHRKL 110
           MAGGVQSVTPTVTAAAH          LSFLVLCLFLPLCLAANVTYDRRSLIIDG RKL
Sbjct: 1   MAGGVQSVTPTVTAAAH----------LSFLVLCLFLPLCLAANVTYDRRSLIIDGQRKL 60

Query: 111 LISASIHYPRSVPAMWPSLIQNAKEGGVDVIETYVFWNGHELSPDNYHFDGRFDLVKFIN 170
           LISASIHYPRSVPAMWPSLIQNAKEGGVDVIETYVFWNGHELSPDNYHFDGRFDLVKFIN
Sbjct: 61  LISASIHYPRSVPAMWPSLIQNAKEGGVDVIETYVFWNGHELSPDNYHFDGRFDLVKFIN 120

Query: 171 IVHNAGLYLILRIGPFVAAEWNFGGVPVWLHYIPNTVFRTDNASFKFYMQKFTTYIVSLM 230
           IVH+AGLYLILRIGPFVAAEWNFGGVPVWLHYIPNTVFRTDNASFKFYMQKFTTYIVSLM
Sbjct: 121 IVHDAGLYLILRIGPFVAAEWNFGGVPVWLHYIPNTVFRTDNASFKFYMQKFTTYIVSLM 180

Query: 231 KKEKLFASQGGPIILSQVENEYGDIERVYGEGGKPYAMWAAQMAVSQNIGVPWIMCQQYD 290
           KKEKLFASQGGPIILSQ +NEYGDIERVYGEGGKPYAMWAAQMAVSQNIGVPWIMCQQYD
Sbjct: 181 KKEKLFASQGGPIILSQAKNEYGDIERVYGEGGKPYAMWAAQMAVSQNIGVPWIMCQQYD 240

Query: 291 APDPVINTCNSFYCDQFTPNSPNKPKMWTENWPGWFKTFGARDPHRPPEDIAFSVARFFQ 350
           APDPVINTCNSFYCDQFTPNSPNKPKMWTENWPGWFKTFGARDPHRPPEDIAFSVARFFQ
Sbjct: 241 APDPVINTCNSFYCDQFTPNSPNKPKMWTENWPGWFKTFGARDPHRPPEDIAFSVARFFQ 300

Query: 351 KGGSLQNYYMYHGGTNFGRTAGGPFITTSYDYDAPIDEYGLPRLPKWGHLKELHRAIKLT 410
           KGGSLQNYYMYHGGTNFGRTAGGPFITTSYDYDAPIDEYGLPRLPKWGHLKELHRAIKLT
Sbjct: 301 KGGSLQNYYMYHGGTNFGRTAGGPFITTSYDYDAPIDEYGLPRLPKWGHLKELHRAIKLT 360

Query: 411 ERVLLNSEPTYISLGPSLEADIYTDSSGACAAFIANIDEKDDKTVQFRNISYHLPAWSVS 470
           ERVLLNSEPTYISLGPSLEAD+YTDSSGAC AFIANIDEKDDKTVQFRNISYHLPAWSVS
Sbjct: 361 ERVLLNSEPTYISLGPSLEADVYTDSSGACVAFIANIDEKDDKTVQFRNISYHLPAWSVS 420

Query: 471 ILPDCKNVVFNTAMIRSQTAMVEMVPEELQPSADATNKDLKALKWEVFVEQPGIWGKADF 530
           ILPDCKNVVFNTAMIRSQTAMVEMVPEEL PS DATNKDLKALKWEVFVEQ GIWGKADF
Sbjct: 421 ILPDCKNVVFNTAMIRSQTAMVEMVPEELHPSVDATNKDLKALKWEVFVEQAGIWGKADF 480

Query: 531 VKNVLVDHLNTTKDTTDYLWYTTSIFVNENEKFLKGSQPVLVVESKGHALHAFINKKLQV 590
           VKNVLVDHLNTTKDTTDYLWYTTSIFVNENEKFLKGSQPVLVVESKGHALHAFINKKLQV
Sbjct: 481 VKNVLVDHLNTTKDTTDYLWYTTSIFVNENEKFLKGSQPVLVVESKGHALHAFINKKLQV 540

Query: 591 SATGNGSDITFKFKQAISLKAGKNEIALLSMTVGLQNAGPFYEWVGAGLSKVVIEGFNNG 650
           SATGNGSDITFKFKQAISLKAGKNEIALLSMTVGLQNAGPFYEWVGAGLSKVVIEGFNNG
Sbjct: 541 SATGNGSDITFKFKQAISLKAGKNEIALLSMTVGLQNAGPFYEWVGAGLSKVVIEGFNNG 600

Query: 651 PVDLSSYAWSYKIGLQGEHFGIYKPDGIKNVKWLSSREPPKQQPLTWYKVILDPPSGNEP 710
           PVDLSS+AWSYKIGLQGEH GIYKPDGIKNVKWLSSREPPKQQPLTWYKVILDPPSGNEP
Sbjct: 601 PVDLSSHAWSYKIGLQGEHLGIYKPDGIKNVKWLSSREPPKQQPLTWYKVILDPPSGNEP 660

Query: 711 VGLDMVHMGKGLAWLNGEEIGRYWPRKSSIHDVCVQKCNYRGKFRPDKCLTGCGEPTQRW 770
           VGLDMVHMGKGLAWLNGEEIGRYWPRKSSIHDVCVQKC+YRGKFRPDKCLTGCGEPTQRW
Sbjct: 661 VGLDMVHMGKGLAWLNGEEIGRYWPRKSSIHDVCVQKCDYRGKFRPDKCLTGCGEPTQRW 720

Query: 771 YHVPRSWFKPSGNILVIFEEKGGDPTQIRLSKRKVLGICAHLGEGHPSIESWSEAENVER 830
           YHVPRSWFKPSGNILVIFEEKGGDPTQIRLSKRKVL IC+HLGEGHPSIESWS  E VER
Sbjct: 721 YHVPRSWFKPSGNILVIFEEKGGDPTQIRLSKRKVLSICSHLGEGHPSIESWSGTEKVER 780

Query: 831 KSKATVDLKCPDNGRIAKIKFASFGTPQGSCGSYSIGDCHDPNSISLVEKVCLNRNECRF 890
           KSKATV LKCPDN RIAKIKFASFGTPQGSCGSYSIGDCHDPNSISLVEKVCLNRNECR 
Sbjct: 781 KSKATVHLKCPDNSRIAKIKFASFGTPQGSCGSYSIGDCHDPNSISLVEKVCLNRNECRI 840

Query: 891 ELGEEGFNKGLCPTATKKLAVEAMCS 916
           ELGEEGFN+GLCPTATKKLAVEAMCS
Sbjct: 841 ELGEEGFNRGLCPTATKKLAVEAMCS 856

BLAST of Chy11G185830 vs. NCBI nr
Match: XP_008460809.1 (PREDICTED: beta-galactosidase 10 [Cucumis melo])

HSP 1 Score: 1736 bits (4497), Expect = 0.0
Identity = 824/843 (97.75%), Postives = 830/843 (98.46%), Query Frame = 0

Query: 74  MTMKLSFLVLCLFLPLCLAANVTYDRRSLIIDGHRKLLISASIHYPRSVPAMWPSLIQNA 133
           MTMKLSFLVLCLFLPLCLAANVTYDRRSLIIDG RKLLISASIHYPRSVPAMWPSLIQNA
Sbjct: 1   MTMKLSFLVLCLFLPLCLAANVTYDRRSLIIDGQRKLLISASIHYPRSVPAMWPSLIQNA 60

Query: 134 KEGGVDVIETYVFWNGHELSPDNYHFDGRFDLVKFINIVHNAGLYLILRIGPFVAAEWNF 193
           KEGGVDVIETYVFWNGHELSPDNYHFDGRFDLVKFINIVH+AGLYLILRIGPFVAAEWNF
Sbjct: 61  KEGGVDVIETYVFWNGHELSPDNYHFDGRFDLVKFINIVHDAGLYLILRIGPFVAAEWNF 120

Query: 194 GGVPVWLHYIPNTVFRTDNASFKFYMQKFTTYIVSLMKKEKLFASQGGPIILSQVENEYG 253
           GGVPVWLHYIPNTVFRTDNASFKFYMQKFTTYIVSLMKKEKLFASQGGPIILSQVENEYG
Sbjct: 121 GGVPVWLHYIPNTVFRTDNASFKFYMQKFTTYIVSLMKKEKLFASQGGPIILSQVENEYG 180

Query: 254 DIERVYGEGGKPYAMWAAQMAVSQNIGVPWIMCQQYDAPDPVINTCNSFYCDQFTPNSPN 313
           DIERVYGEGGKPYAMWAAQMAVSQNIGVPWIMCQQYDAPDPVINTCNSFYCDQFTPNSPN
Sbjct: 181 DIERVYGEGGKPYAMWAAQMAVSQNIGVPWIMCQQYDAPDPVINTCNSFYCDQFTPNSPN 240

Query: 314 KPKMWTENWPGWFKTFGARDPHRPPEDIAFSVARFFQKGGSLQNYYMYHGGTNFGRTAGG 373
           KPKMWTENWPGWFKTFGARDPHRPPEDIAFSVARFFQKGGSLQNYYMYHGGTNFGRTAGG
Sbjct: 241 KPKMWTENWPGWFKTFGARDPHRPPEDIAFSVARFFQKGGSLQNYYMYHGGTNFGRTAGG 300

Query: 374 PFITTSYDYDAPIDEYGLPRLPKWGHLKELHRAIKLTERVLLNSEPTYISLGPSLEADIY 433
           PFITTSYDYDAPIDEYGLPRLPKWGHLKELHRAIKLTERVLLNSEPTYISLGPSLEAD+Y
Sbjct: 301 PFITTSYDYDAPIDEYGLPRLPKWGHLKELHRAIKLTERVLLNSEPTYISLGPSLEADVY 360

Query: 434 TDSSGACAAFIANIDEKDDKTVQFRNISYHLPAWSVSILPDCKNVVFNTAMIRSQTAMVE 493
           TDSSGAC AFIANIDEKDDKTVQFRNISYHLPAWSVSILPDCKNVVFNTAMIRSQTAMVE
Sbjct: 361 TDSSGACVAFIANIDEKDDKTVQFRNISYHLPAWSVSILPDCKNVVFNTAMIRSQTAMVE 420

Query: 494 MVPEELQPSADATNKDLKALKWEVFVEQPGIWGKADFVKNVLVDHLNTTKDTTDYLWYTT 553
           MVPEEL PS DATNKDLKALKWEVFVEQ GIWGKADFVKNVLVDHLNTTKDTTDYLWYTT
Sbjct: 421 MVPEELHPSVDATNKDLKALKWEVFVEQAGIWGKADFVKNVLVDHLNTTKDTTDYLWYTT 480

Query: 554 SIFVNENEKFLKGSQPVLVVESKGHALHAFINKKLQVSATGNGSDITFKFKQAISLKAGK 613
           SIFVNENEKFLKGSQPVLVVESKGHALHAFINKKLQVSATGNGSDITFKFKQAISLKAGK
Sbjct: 481 SIFVNENEKFLKGSQPVLVVESKGHALHAFINKKLQVSATGNGSDITFKFKQAISLKAGK 540

Query: 614 NEIALLSMTVGLQNAGPFYEWVGAGLSKVVIEGFNNGPVDLSSYAWSYKIGLQGEHFGIY 673
           NEIALLSMTVGLQNAGPFYEWVGAGLSKVVIEGFNNGPVDLSS+AWSYKIGLQGEH GIY
Sbjct: 541 NEIALLSMTVGLQNAGPFYEWVGAGLSKVVIEGFNNGPVDLSSHAWSYKIGLQGEHLGIY 600

Query: 674 KPDGIKNVKWLSSREPPKQQPLTWYKVILDPPSGNEPVGLDMVHMGKGLAWLNGEEIGRY 733
           KPDGIKNVKWLSSREPPKQQPLTWYKVILDPPSGNEPVGLDMVHMGKGLAWLNGEEIGRY
Sbjct: 601 KPDGIKNVKWLSSREPPKQQPLTWYKVILDPPSGNEPVGLDMVHMGKGLAWLNGEEIGRY 660

Query: 734 WPRKSSIHDVCVQKCNYRGKFRPDKCLTGCGEPTQRWYHVPRSWFKPSGNILVIFEEKGG 793
           WPRKSSIHDVCVQKC+YRGKFRPDKCLTGCGEPTQRWYHVPRSWFKPSGNILVIFEEKGG
Sbjct: 661 WPRKSSIHDVCVQKCDYRGKFRPDKCLTGCGEPTQRWYHVPRSWFKPSGNILVIFEEKGG 720

Query: 794 DPTQIRLSKRKVLGICAHLGEGHPSIESWSEAENVERKSKATVDLKCPDNGRIAKIKFAS 853
           DPTQIRLSKRKVL IC+HLGEGHPSIESWS  E VERKSKATV LKCPDN RIAKIKFAS
Sbjct: 721 DPTQIRLSKRKVLSICSHLGEGHPSIESWSGTEKVERKSKATVHLKCPDNSRIAKIKFAS 780

Query: 854 FGTPQGSCGSYSIGDCHDPNSISLVEKVCLNRNECRFELGEEGFNKGLCPTATKKLAVEA 913
           FGTPQGSCGSYSIGDCHDPNSISLVEKVCLNRNECR ELGEEGFN+GLCPTATKKLAVEA
Sbjct: 781 FGTPQGSCGSYSIGDCHDPNSISLVEKVCLNRNECRIELGEEGFNRGLCPTATKKLAVEA 840

Query: 914 MCS 916
           MCS
Sbjct: 841 MCS 843

BLAST of Chy11G185830 vs. NCBI nr
Match: XP_038901501.1 (beta-galactosidase 10 [Benincasa hispida])

HSP 1 Score: 1702 bits (4408), Expect = 0.0
Identity = 803/843 (95.26%), Postives = 823/843 (97.63%), Query Frame = 0

Query: 76  MKLSFLV--LCLFLPLCLAANVTYDRRSLIIDGHRKLLISASIHYPRSVPAMWPSLIQNA 135
           MKLSFLV  LCL LPLCLAANVTYDRRSLIIDGHRKLLISASIHYPRSVP MWPSL+QNA
Sbjct: 5   MKLSFLVSSLCLLLPLCLAANVTYDRRSLIIDGHRKLLISASIHYPRSVPGMWPSLVQNA 64

Query: 136 KEGGVDVIETYVFWNGHELSPDNYHFDGRFDLVKFINIVHNAGLYLILRIGPFVAAEWNF 195
           KEGGVDVIETYVFWNGHELSPDNYHFDGRFDLVKF+NIVH AGLYLILRIGPFVAAEWNF
Sbjct: 65  KEGGVDVIETYVFWNGHELSPDNYHFDGRFDLVKFVNIVHQAGLYLILRIGPFVAAEWNF 124

Query: 196 GGVPVWLHYIPNTVFRTDNASFKFYMQKFTTYIVSLMKKEKLFASQGGPIILSQVENEYG 255
           GGVPVWLHYIPNTVFRTDNASFK+YMQKFTTYIV+LMKKEKLFASQGGPIILSQVENEYG
Sbjct: 125 GGVPVWLHYIPNTVFRTDNASFKYYMQKFTTYIVNLMKKEKLFASQGGPIILSQVENEYG 184

Query: 256 DIERVYGEGGKPYAMWAAQMAVSQNIGVPWIMCQQYDAPDPVINTCNSFYCDQFTPNSPN 315
           DIERVYGEGGKPYAMWAAQMAVSQNIGVPWIMCQQYDAPDPVINTCNSFYCDQFTPNSPN
Sbjct: 185 DIERVYGEGGKPYAMWAAQMAVSQNIGVPWIMCQQYDAPDPVINTCNSFYCDQFTPNSPN 244

Query: 316 KPKMWTENWPGWFKTFGARDPHRPPEDIAFSVARFFQKGGSLQNYYMYHGGTNFGRTAGG 375
           KPK+WTENWPGWFKTFGARDPHRPPEDIAFSVARFFQKGGSLQNYYMYHGGTNFGRTAGG
Sbjct: 245 KPKIWTENWPGWFKTFGARDPHRPPEDIAFSVARFFQKGGSLQNYYMYHGGTNFGRTAGG 304

Query: 376 PFITTSYDYDAPIDEYGLPRLPKWGHLKELHRAIKLTERVLLNSEPTYISLGPSLEADIY 435
           PFITTSYDYDAPIDEYGLPRLPKWGHLKELHRAIKLTERVLLNSEPTYISLGPSLEAD+Y
Sbjct: 305 PFITTSYDYDAPIDEYGLPRLPKWGHLKELHRAIKLTERVLLNSEPTYISLGPSLEADVY 364

Query: 436 TDSSGACAAFIANIDEKDDKTVQFRNISYHLPAWSVSILPDCKNVVFNTAMIRSQTAMVE 495
           TDSSGACAAFIANIDEKDDKTVQFRNISYHLPAWSVSILPDCKNVVFNTA+IRSQTAMVE
Sbjct: 365 TDSSGACAAFIANIDEKDDKTVQFRNISYHLPAWSVSILPDCKNVVFNTAVIRSQTAMVE 424

Query: 496 MVPEELQPSADATNKDLKALKWEVFVEQPGIWGKADFVKNVLVDHLNTTKDTTDYLWYTT 555
           MVPE+L PS D TNKDLK+ KWEVFVEQ GIWGKADFV+N LVDHLNTTKDTTDYLWYTT
Sbjct: 425 MVPEDLHPSVDVTNKDLKSPKWEVFVEQAGIWGKADFVQNGLVDHLNTTKDTTDYLWYTT 484

Query: 556 SIFVNENEKFLKGSQPVLVVESKGHALHAFINKKLQVSATGNGSDITFKFKQAISLKAGK 615
           SIFVNENEKFLKGSQPVL+VESKGHALHAFINKKLQVSATGNGSDITFKFKQ ISLKAGK
Sbjct: 485 SIFVNENEKFLKGSQPVLLVESKGHALHAFINKKLQVSATGNGSDITFKFKQTISLKAGK 544

Query: 616 NEIALLSMTVGLQNAGPFYEWVGAGLSKVVIEGFNNGPVDLSSYAWSYKIGLQGEHFGIY 675
           NEIALLSMTVGLQNAGPFYEWVGAGL+KVVIEGFN+GPVDLSS+AWSYKIGLQGEH GIY
Sbjct: 545 NEIALLSMTVGLQNAGPFYEWVGAGLTKVVIEGFNSGPVDLSSHAWSYKIGLQGEHLGIY 604

Query: 676 KPDGIKNVKWLSSREPPKQQPLTWYKVILDPPSGNEPVGLDMVHMGKGLAWLNGEEIGRY 735
           KPDGIKNVKWLSSREPPKQQPLTWYKVILD PSGNEP+GLDMVHMGKGLAWLNGEEIGRY
Sbjct: 605 KPDGIKNVKWLSSREPPKQQPLTWYKVILDAPSGNEPIGLDMVHMGKGLAWLNGEEIGRY 664

Query: 736 WPRKSSIHDVCVQKCNYRGKFRPDKCLTGCGEPTQRWYHVPRSWFKPSGNILVIFEEKGG 795
           WPRKSSIHD+C+QKC+YRGKFRPDKCLTGCGEPTQRWYHVPRSWFKPSGNILVIFEEKGG
Sbjct: 665 WPRKSSIHDLCIQKCDYRGKFRPDKCLTGCGEPTQRWYHVPRSWFKPSGNILVIFEEKGG 724

Query: 796 DPTQIRLSKRKVLGICAHLGEGHPSIESWSEAENVERKSKATVDLKCPDNGRIAKIKFAS 855
           DPT+IRLSKRKV GICAHLGEGHPSIESWSEAENVERKSKATV LKCPDN RIA IKFAS
Sbjct: 725 DPTKIRLSKRKVSGICAHLGEGHPSIESWSEAENVERKSKATVHLKCPDNARIATIKFAS 784

Query: 856 FGTPQGSCGSYSIGDCHDPNSISLVEKVCLNRNECRFELGEEGFNKGLCPTATKKLAVEA 915
           FGTPQGSCGSYSIGDCHDPNSISLVEKVCLNRNECR ELGEEGFNKGLCP+ TKKLAVEA
Sbjct: 785 FGTPQGSCGSYSIGDCHDPNSISLVEKVCLNRNECRIELGEEGFNKGLCPSVTKKLAVEA 844

BLAST of Chy11G185830 vs. TAIR 10
Match: AT5G63810.1 (beta-galactosidase 10 )

HSP 1 Score: 1133.2 bits (2930), Expect = 0.0e+00
Identity = 513/718 (71.45%), Postives = 609/718 (84.82%), Query Frame = 0

Query: 92  AANVTYDRRSLIIDGHRKLLISASIHYPRSVPAMWPSLIQNAKEGGVDVIETYVFWNGHE 151
           AANV+YD RSL I   R+L+ISA+IHYPRSVPAMWPSL+Q AKEGG + IE+YVFWNGHE
Sbjct: 29  AANVSYDHRSLTIGNRRQLIISAAIHYPRSVPAMWPSLVQTAKEGGCNAIESYVFWNGHE 88

Query: 152 LSPDNYHFDGRFDLVKFINIVHNAGLYLILRIGPFVAAEWNFGGVPVWLHYIPNTVFRTD 211
            SP  Y+F GR+++VKFI IV  AG+++ILRIGPFVAAEWN+GGVPVWLHY+P TVFR D
Sbjct: 89  PSPGKYYFGGRYNIVKFIKIVQQAGMHMILRIGPFVAAEWNYGGVPVWLHYVPGTVFRAD 148

Query: 212 NASFKFYMQKFTTYIVSLMKKEKLFASQGGPIILSQVENEYGDIERVYGEGGKPYAMWAA 271
           N  +K YM+ FTTYIV+L+K+EKLFA QGGPIILSQVENEYG  E+ YGEGGK YA W+A
Sbjct: 149 NEPWKHYMESFTTYIVNLLKQEKLFAPQGGPIILSQVENEYGYYEKDYGEGGKRYAQWSA 208

Query: 272 QMAVSQNIGVPWIMCQQYDAPDPVINTCNSFYCDQFTPNSPNKPKMWTENWPGWFKTFGA 331
            MAVSQNIGVPW+MCQQ+DAP  VI+TCN FYCDQFTPN+P+KPK+WTENWPGWFKTFG 
Sbjct: 209 SMAVSQNIGVPWMMCQQWDAPPTVISTCNGFYCDQFTPNTPDKPKIWTENWPGWFKTFGG 268

Query: 332 RDPHRPPEDIAFSVARFFQKGGSLQNYYMYHGGTNFGRTAGGPFITTSYDYDAPIDEYGL 391
           RDPHRP ED+A+SVARFF KGGS+ NYYMYHGGTNFGRT+GGPFITTSYDY+APIDEYGL
Sbjct: 269 RDPHRPAEDVAYSVARFFGKGGSVHNYYMYHGGTNFGRTSGGPFITTSYDYEAPIDEYGL 328

Query: 392 PRLPKWGHLKELHRAIKLTERVLLNSEPTYISLGPSLEADIYTDSSGACAAFIANIDEKD 451
           PRLPKWGHLK+LH+AI L+E +L++ E    +LG SLEAD+YTDSSG CAAF++N+D+K+
Sbjct: 329 PRLPKWGHLKDLHKAIMLSENLLISGEHQNFTLGHSLEADVYTDSSGTCAAFLSNLDDKN 388

Query: 452 DKTVQFRNISYHLPAWSVSILPDCKNVVFNTAMIRSQTAMVEMVPEELQPSADATNKDLK 511
           DK V FRN SYHLPAWSVSILPDCK  VFNTA + S+++ VEM+PE+L+ S+        
Sbjct: 389 DKAVMFRNTSYHLPAWSVSILPDCKTEVFNTAKVTSKSSKVEMLPEDLKSSS-------- 448

Query: 512 ALKWEVFVEQPGIWGKADFVKNVLVDHLNTTKDTTDYLWYTTSIFVNENEKFL-KGSQPV 571
            LKWEVF E+PGIWG ADFVKN LVDH+NTTKDTTDYLWYTTSI V+ENE FL KGS PV
Sbjct: 449 GLKWEVFSEKPGIWGAADFVKNELVDHINTTKDTTDYLWYTTSITVSENEAFLKKGSSPV 508

Query: 572 LVVESKGHALHAFINKKLQVSATGNGSDITFKFKQAISLKAGKNEIALLSMTVGLQNAGP 631
           L +ESKGH LH FINK+   +ATGNG+ + FK K+ ++LKAG+N I LLSMTVGL NAG 
Sbjct: 509 LFIESKGHTLHVFINKEYLGTATGNGTHVPFKLKKPVALKAGENNIDLLSMTVGLANAGS 568

Query: 632 FYEWVGAGLSKVVIEGFNNGPVDLSSYAWSYKIGLQGEHFGIYKPDGIKNVKWLSSREPP 691
           FYEWVGAGL+ V I+GFN G ++L++  WSYK+G++GEH  ++KP     VKW  + +PP
Sbjct: 569 FYEWVGAGLTSVSIKGFNKGTLNLTNSKWSYKLGVEGEHLELFKPGNSGAVKWTVTTKPP 628

Query: 692 KQQPLTWYKVILDPPSGNEPVGLDMVHMGKGLAWLNGEEIGRYWP---RKSSIHDVCVQK 751
           K+QPLTWYKV+++PPSG+EPVGLDM+ MGKG+AWLNGEEIGRYWP   RK+S +D CV++
Sbjct: 629 KKQPLTWYKVVIEPPSGSEPVGLDMISMGKGMAWLNGEEIGRYWPRIARKNSPNDECVKE 688

Query: 752 CNYRGKFRPDKCLTGCGEPTQRWYHVPRSWFKPSGNILVIFEEKGGDPTQIRLSKRKV 806
           C+YRGKF PDKCLTGCGEP+QRWYHVPRSWFK SGN LVIFEEKGG+P +I+LSKRKV
Sbjct: 689 CDYRGKFMPDKCLTGCGEPSQRWYHVPRSWFKSSGNELVIFEEKGGNPMKIKLSKRKV 738

BLAST of Chy11G185830 vs. TAIR 10
Match: AT2G28470.1 (beta-galactosidase 8 )

HSP 1 Score: 952.6 bits (2461), Expect = 2.3e-277
Identity = 459/850 (54.00%), Postives = 592/850 (69.65%), Query Frame = 0

Query: 76  MKLSFLVLCLFLPLCLAANVTYDRRSLIIDGHRKLLISASIHYPRSVPAMWPSLIQNAKE 135
           M++  L++ + +    AANVTYD R+L+IDG RK+LIS SIHYPRS P MWP LIQ +K+
Sbjct: 13  MEMILLLILVIVVAATAANVTYDHRALVIDGKRKVLISGSIHYPRSTPEMWPELIQKSKD 72

Query: 136 GGVDVIETYVFWNGHELSPDNYHFDGRFDLVKFINIVHNAGLYLILRIGPFVAAEWNFGG 195
           GG+DVIETYVFW+GHE   + Y+F+GR+DLVKF+ +   AGLY+ LRIGP+V AEWN+GG
Sbjct: 73  GGLDVIETYVFWSGHEPEKNKYNFEGRYDLVKFVKLAAKAGLYVHLRIGPYVCAEWNYGG 132

Query: 196 VPVWLHYIPNTVFRTDNASFKFYMQKFTTYIVSLMKKEKLFASQGGPIILSQVENEYGDI 255
            PVWLH++P   FRTDN  FK  MQ+FTT IV LMK+EKL+ASQGGPIILSQ+ENEYG+I
Sbjct: 133 FPVWLHFVPGIKFRTDNEPFKEEMQRFTTKIVDLMKQEKLYASQGGPIILSQIENEYGNI 192

Query: 256 ERVYGEGGKPYAMWAAQMAVSQNIGVPWIMCQQYDAPDPVINTCNSFYCDQFTPNSPNKP 315
           +  YG   K Y  W+A MA+S + GVPW MCQQ DAPDP+INTCN FYCDQFTPNS NKP
Sbjct: 193 DSAYGAAAKSYIKWSASMALSLDTGVPWNMCQQTDAPDPMINTCNGFYCDQFTPNSNNKP 252

Query: 316 KMWTENWPGWFKTFGARDPHRPPEDIAFSVARFFQKGGSLQNYYMYHGGTNFGRTAGGPF 375
           KMWTENW GWF  FG   P+RP ED+AF+VARF+Q+GG+ QNYYMYHGGTNF RT+GGP 
Sbjct: 253 KMWTENWSGWFLGFGDPSPYRPVEDLAFAVARFYQRGGTFQNYYMYHGGTNFDRTSGGPL 312

Query: 376 ITTSYDYDAPIDEYGLPRLPKWGHLKELHRAIKLTERVLLNSEPTYISLGPSLEADIYTD 435
           I+TSYDYDAPIDEYGL R PKWGHL++LH+AIKL E  L+ ++PT  SLG +LEA +Y  
Sbjct: 313 ISTSYDYDAPIDEYGLLRQPKWGHLRDLHKAIKLCEDALIATDPTITSLGSNLEAAVYKT 372

Query: 436 SSGACAAFIANIDEKDDKTVQFRNISYHLPAWSVSILPDCKNVVFNTAMIRSQTAMVEMV 495
            SG+CAAF+AN+D K D TV F   SY+LPAWSVSILPDCKNV FNTA I S T      
Sbjct: 373 ESGSCAAFLANVDTKSDATVTFNGKSYNLPAWSVSILPDCKNVAFNTAKINSATESTAFA 432

Query: 496 PEELQPSADATNKDLKALKWEVFVEQPGIWGKAD-FVKNVLVDHLNTTKDTTDYLWYTTS 555
            + L+P  D  +      +W    E  GI  KAD F+K  L++ +NTT D +DYLWY+  
Sbjct: 433 RQSLKP--DGGSSAELGSQWSYIKEPIGI-SKADAFLKPGLLEQINTTADKSDYLWYSLR 492

Query: 556 IFVNENEKFL-KGSQPVLVVESKGHALHAFINKKLQVSATGNGSDITFKFKQAISLKAGK 615
             +  +E FL +GS+ VL +ES G  ++AFIN KL  + +G+G          I+L  G 
Sbjct: 493 TDIKGDETFLDEGSKAVLHIESLGQVVYAFINGKL--AGSGHGKQ-KISLDIPINLVTGT 552

Query: 616 NEIALLSMTVGLQNAGPFYEWVGAGLS-KVVIEGFNNG-PVDLSSYAWSYKIGLQGEHFG 675
           N I LLS+TVGL N G F++ VGAG++  V ++    G  +DL+S  W+Y++GL+GE  G
Sbjct: 553 NTIDLLSVTVGLANYGAFFDLVGAGITGPVTLKSAKGGSSIDLASQQWTYQVGLKGEDTG 612

Query: 676 IYKPDGIKNVKWLSSREPPKQQPLTWYKVILDPPSGNEPVGLDMVHMGKGLAWLNGEEIG 735
           +   D   + +W+S    P +QPL WYK   D PSG+EPV +D    GKG+AW+NG+ IG
Sbjct: 613 LATVD---SSEWVSKSPLPTKQPLIWYKTTFDAPSGSEPVAIDFTGTGKGIAWVNGQSIG 672

Query: 736 RYWPRKSSIHDVCVQKCNYRGKFRPDKCLTGCGEPTQRWYHVPRSWFKPSGNILVIFEEK 795
           RYWP   + +  C + C+YRG +R +KCL  CG+P+Q  YHVPRSW KPSGNILV+FEE 
Sbjct: 673 RYWPTSIAGNGGCTESCDYRGSYRANKCLKNCGKPSQTLYHVPRSWLKPSGNILVLFEEM 732

Query: 796 GGDPTQIRL-SKRKVLGICAHLGEGH-PSIESWSEAENVERKSKA--TVDLKCPDNGR-I 855
           GGDPTQI   +K+    +C  + + H P +++W+    +  +++    + LKCP + + I
Sbjct: 733 GGDPTQISFATKQTGSNLCLTVSQSHPPPVDTWTSDSKISNRNRTRPVLSLKCPISTQVI 792

Query: 856 AKIKFASFGTPQGSCGSYSIGDCHDPNSISLVEKVCLNRNECRFELGEEGFNKGLCPTAT 915
             IKFASFGTP+G+CGS++ G C+   S+SLV+K C+    C  E+    F +  C    
Sbjct: 793 FSIKFASFGTPKGTCGSFTQGHCNSSRSLSLVQKACIGLRSCNVEVSTRVFGEP-CRGVV 852

Query: 916 KKLAVEAMCS 917
           K LAVEA CS
Sbjct: 853 KSLAVEASCS 852

BLAST of Chy11G185830 vs. TAIR 10
Match: AT2G28470.2 (beta-galactosidase 8 )

HSP 1 Score: 952.6 bits (2461), Expect = 2.3e-277
Identity = 459/850 (54.00%), Postives = 592/850 (69.65%), Query Frame = 0

Query: 76  MKLSFLVLCLFLPLCLAANVTYDRRSLIIDGHRKLLISASIHYPRSVPAMWPSLIQNAKE 135
           M++  L++ + +    AANVTYD R+L+IDG RK+LIS SIHYPRS P MWP LIQ +K+
Sbjct: 7   MEMILLLILVIVVAATAANVTYDHRALVIDGKRKVLISGSIHYPRSTPEMWPELIQKSKD 66

Query: 136 GGVDVIETYVFWNGHELSPDNYHFDGRFDLVKFINIVHNAGLYLILRIGPFVAAEWNFGG 195
           GG+DVIETYVFW+GHE   + Y+F+GR+DLVKF+ +   AGLY+ LRIGP+V AEWN+GG
Sbjct: 67  GGLDVIETYVFWSGHEPEKNKYNFEGRYDLVKFVKLAAKAGLYVHLRIGPYVCAEWNYGG 126

Query: 196 VPVWLHYIPNTVFRTDNASFKFYMQKFTTYIVSLMKKEKLFASQGGPIILSQVENEYGDI 255
            PVWLH++P   FRTDN  FK  MQ+FTT IV LMK+EKL+ASQGGPIILSQ+ENEYG+I
Sbjct: 127 FPVWLHFVPGIKFRTDNEPFKEEMQRFTTKIVDLMKQEKLYASQGGPIILSQIENEYGNI 186

Query: 256 ERVYGEGGKPYAMWAAQMAVSQNIGVPWIMCQQYDAPDPVINTCNSFYCDQFTPNSPNKP 315
           +  YG   K Y  W+A MA+S + GVPW MCQQ DAPDP+INTCN FYCDQFTPNS NKP
Sbjct: 187 DSAYGAAAKSYIKWSASMALSLDTGVPWNMCQQTDAPDPMINTCNGFYCDQFTPNSNNKP 246

Query: 316 KMWTENWPGWFKTFGARDPHRPPEDIAFSVARFFQKGGSLQNYYMYHGGTNFGRTAGGPF 375
           KMWTENW GWF  FG   P+RP ED+AF+VARF+Q+GG+ QNYYMYHGGTNF RT+GGP 
Sbjct: 247 KMWTENWSGWFLGFGDPSPYRPVEDLAFAVARFYQRGGTFQNYYMYHGGTNFDRTSGGPL 306

Query: 376 ITTSYDYDAPIDEYGLPRLPKWGHLKELHRAIKLTERVLLNSEPTYISLGPSLEADIYTD 435
           I+TSYDYDAPIDEYGL R PKWGHL++LH+AIKL E  L+ ++PT  SLG +LEA +Y  
Sbjct: 307 ISTSYDYDAPIDEYGLLRQPKWGHLRDLHKAIKLCEDALIATDPTITSLGSNLEAAVYKT 366

Query: 436 SSGACAAFIANIDEKDDKTVQFRNISYHLPAWSVSILPDCKNVVFNTAMIRSQTAMVEMV 495
            SG+CAAF+AN+D K D TV F   SY+LPAWSVSILPDCKNV FNTA I S T      
Sbjct: 367 ESGSCAAFLANVDTKSDATVTFNGKSYNLPAWSVSILPDCKNVAFNTAKINSATESTAFA 426

Query: 496 PEELQPSADATNKDLKALKWEVFVEQPGIWGKAD-FVKNVLVDHLNTTKDTTDYLWYTTS 555
            + L+P  D  +      +W    E  GI  KAD F+K  L++ +NTT D +DYLWY+  
Sbjct: 427 RQSLKP--DGGSSAELGSQWSYIKEPIGI-SKADAFLKPGLLEQINTTADKSDYLWYSLR 486

Query: 556 IFVNENEKFL-KGSQPVLVVESKGHALHAFINKKLQVSATGNGSDITFKFKQAISLKAGK 615
             +  +E FL +GS+ VL +ES G  ++AFIN KL  + +G+G          I+L  G 
Sbjct: 487 TDIKGDETFLDEGSKAVLHIESLGQVVYAFINGKL--AGSGHGKQ-KISLDIPINLVTGT 546

Query: 616 NEIALLSMTVGLQNAGPFYEWVGAGLS-KVVIEGFNNG-PVDLSSYAWSYKIGLQGEHFG 675
           N I LLS+TVGL N G F++ VGAG++  V ++    G  +DL+S  W+Y++GL+GE  G
Sbjct: 547 NTIDLLSVTVGLANYGAFFDLVGAGITGPVTLKSAKGGSSIDLASQQWTYQVGLKGEDTG 606

Query: 676 IYKPDGIKNVKWLSSREPPKQQPLTWYKVILDPPSGNEPVGLDMVHMGKGLAWLNGEEIG 735
           +   D   + +W+S    P +QPL WYK   D PSG+EPV +D    GKG+AW+NG+ IG
Sbjct: 607 LATVD---SSEWVSKSPLPTKQPLIWYKTTFDAPSGSEPVAIDFTGTGKGIAWVNGQSIG 666

Query: 736 RYWPRKSSIHDVCVQKCNYRGKFRPDKCLTGCGEPTQRWYHVPRSWFKPSGNILVIFEEK 795
           RYWP   + +  C + C+YRG +R +KCL  CG+P+Q  YHVPRSW KPSGNILV+FEE 
Sbjct: 667 RYWPTSIAGNGGCTESCDYRGSYRANKCLKNCGKPSQTLYHVPRSWLKPSGNILVLFEEM 726

Query: 796 GGDPTQIRL-SKRKVLGICAHLGEGH-PSIESWSEAENVERKSKA--TVDLKCPDNGR-I 855
           GGDPTQI   +K+    +C  + + H P +++W+    +  +++    + LKCP + + I
Sbjct: 727 GGDPTQISFATKQTGSNLCLTVSQSHPPPVDTWTSDSKISNRNRTRPVLSLKCPISTQVI 786

Query: 856 AKIKFASFGTPQGSCGSYSIGDCHDPNSISLVEKVCLNRNECRFELGEEGFNKGLCPTAT 915
             IKFASFGTP+G+CGS++ G C+   S+SLV+K C+    C  E+    F +  C    
Sbjct: 787 FSIKFASFGTPKGTCGSFTQGHCNSSRSLSLVQKACIGLRSCNVEVSTRVFGEP-CRGVV 846

Query: 916 KKLAVEAMCS 917
           K LAVEA CS
Sbjct: 847 KSLAVEASCS 846

BLAST of Chy11G185830 vs. TAIR 10
Match: AT3G13750.1 (beta galactosidase 1 )

HSP 1 Score: 944.9 bits (2441), Expect = 4.9e-275
Identity = 445/843 (52.79%), Postives = 566/843 (67.14%), Query Frame = 0

Query: 78  LSFLVLCLFLPLCLAANVTYDRRSLIIDGHRKLLISASIHYPRSVPAMWPSLIQNAKEGG 137
           +S L L  FL   ++ +V+YD R++ I+G R++LIS SIHYPRS P MWP LI+ AKEGG
Sbjct: 17  VSALFLLGFLVCSVSGSVSYDSRAITINGKRRILISGSIHYPRSTPEMWPDLIRKAKEGG 76

Query: 138 VDVIETYVFWNGHELSPDNYHFDGRFDLVKFINIVHNAGLYLILRIGPFVAAEWNFGGVP 197
           +DVI+TYVFWNGHE SP  Y+F+G +DLVKF+ +V  +GLYL LRIGP+V AEWNFGG P
Sbjct: 77  LDVIQTYVFWNGHEPSPGKYYFEGNYDLVKFVKLVQQSGLYLHLRIGPYVCAEWNFGGFP 136

Query: 198 VWLHYIPNTVFRTDNASFKFYMQKFTTYIVSLMKKEKLFASQGGPIILSQVENEYGDIER 257
           VWL YIP   FRTDN  FK  MQ+FTT IV++MK E+LF SQGGPIILSQ+ENEYG +E 
Sbjct: 137 VWLKYIPGISFRTDNGPFKAQMQRFTTKIVNMMKAERLFESQGGPIILSQIENEYGPMEY 196

Query: 258 VYGEGGKPYAMWAAQMAVSQNIGVPWIMCQQYDAPDPVINTCNSFYCDQFTPNSPNKPKM 317
             G  G+ Y  WAA+MAV    GVPW+MC+Q DAPDP+IN CN FYCD F+PN   KPKM
Sbjct: 197 ELGAPGRSYTNWAAKMAVGLGTGVPWVMCKQDDAPDPIINACNGFYCDYFSPNKAYKPKM 256

Query: 318 WTENWPGWFKTFGARDPHRPPEDIAFSVARFFQKGGSLQNYYMYHGGTNFGRTAGGPFIT 377
           WTE W GWF  FG   P+RP ED+AFSVARF QKGGS  NYYMYHGGTNFGRTAGGPFI 
Sbjct: 257 WTEAWTGWFTKFGGPVPYRPAEDMAFSVARFIQKGGSFINYYMYHGGTNFGRTAGGPFIA 316

Query: 378 TSYDYDAPIDEYGLPRLPKWGHLKELHRAIKLTERVLLNSEPTYISLGPSLEADIYTDSS 437
           TSYDYDAP+DEYGL R PKWGHLK+LHRAIKL E  L++ EPT + LG   EA +Y   S
Sbjct: 317 TSYDYDAPLDEYGLERQPKWGHLKDLHRAIKLCEPALVSGEPTRMPLGNYQEAHVYKSKS 376

Query: 438 GACAAFIANIDEKDDKTVQFRNISYHLPAWSVSILPDCKNVVFNTAMIRSQTAMVEMVPE 497
           GAC+AF+AN + K    V F N  Y+LP WS+SILPDCKN V+NTA + +QT+ ++MV  
Sbjct: 377 GACSAFLANYNPKSYAKVSFGNNHYNLPPWSISILPDCKNTVYNTARVGAQTSRMKMVRV 436

Query: 498 ELQPSADATNKDLKALKWEVFVEQPGIWGKADFVKNVLVDHLNTTKDTTDYLWYTTSIFV 557
            +             L W+ + E P  +    F    LV+ +NTT+DT+DYLWY T + V
Sbjct: 437 PVH----------GGLSWQAYNEDPSTYIDESFTMVGLVEQINTTRDTSDYLWYMTDVKV 496

Query: 558 NENEKFLK-GSQPVLVVESKGHALHAFINKKLQVSATGNGSDITFKFKQAISLKAGKNEI 617
           + NE FL+ G  P L V S GHA+H FIN +L  SA G+       F++ ++L+AG N+I
Sbjct: 497 DANEGFLRNGDLPTLTVLSAGHAMHVFINGQLSGSAYGSLDSPKLTFRKGVNLRAGFNKI 556

Query: 618 ALLSMTVGLQNAGPFYE-WVGAGLSKVVIEGFNNGPVDLSSYAWSYKIGLQGEHFGIYKP 677
           A+LS+ VGL N GP +E W    L  V + G N G  DLS   W+YK+GL+GE   ++  
Sbjct: 557 AILSIAVGLPNVGPHFETWNAGVLGPVSLNGLNGGRRDLSWQKWTYKVGLKGESLSLHSL 616

Query: 678 DGIKNVKWLSSREPPKQQPLTWYKVILDPPSGNEPVGLDMVHMGKGLAWLNGEEIGRYWP 737
            G  +V+W       ++QPLTWYK     P+G+ P+ +DM  MGKG  W+NG+ +GR+WP
Sbjct: 617 SGSSSVEWAEGAFVAQKQPLTWYKTTFSAPAGDSPLAVDMGSMGKGQIWINGQSLGRHWP 676

Query: 738 RKSSIHDVCVQKCNYRGKFRPDKCLTGCGEPTQRWYHVPRSWFKPSGNILVIFEEKGGDP 797
              ++      +C+Y G FR DKCL  CGE +QRWYHVPRSW KPSGN+LV+FEE GGDP
Sbjct: 677 AYKAVGS--CSECSYTGTFREDKCLRNCGEASQRWYHVPRSWLKPSGNLLVVFEEWGGDP 736

Query: 798 TQIRLSKRKVLGICAHLGEGHPSIESWS--EAENVERKSKATVDLKCPDNGRIAKIKFAS 857
             I L +R+V  +CA + E   ++ ++    +  V +       L+C    +I  +KFAS
Sbjct: 737 NGITLVRREVDSVCADIYEWQSTLVNYQLHASGKVNKPLHPKAHLQCGPGQKITTVKFAS 796

Query: 858 FGTPQGSCGSYSIGDCHDPNSISLVEKVCLNRNECRFELGEEGFNKGLCPTATKKLAVEA 917
           FGTP+G+CGSY  G CH  +S     K+C+ +N C   +  E F    CP   KKLAVEA
Sbjct: 797 FGTPEGTCGSYRQGSCHAHHSYDAFNKLCVGQNWCSVTVAPEMFGGDPCPNVMKKLAVEA 847

BLAST of Chy11G185830 vs. TAIR 10
Match: AT4G36360.1 (beta-galactosidase 3 )

HSP 1 Score: 936.0 bits (2418), Expect = 2.3e-272
Identity = 439/845 (51.95%), Postives = 568/845 (67.22%), Query Frame = 0

Query: 78  LSFLVLCLFLPLCLAANVTYDRRSLIIDGHRKLLISASIHYPRSVPAMWPSLIQNAKEGG 137
           L FL+L +    C    VTYDR++L+I+G R++L S SIHYPRS P MW  LIQ AK+GG
Sbjct: 19  LGFLILGVGFVQC---GVTYDRKALLINGQRRILFSGSIHYPRSTPDMWEDLIQKAKDGG 78

Query: 138 VDVIETYVFWNGHELSPDNYHFDGRFDLVKFINIVHNAGLYLILRIGPFVAAEWNFGGVP 197
           +DVIETYVFWN HE SP  Y F+GR DLV+F+  +H AGLY  LRIGP+V AEWNFGG P
Sbjct: 79  IDVIETYVFWNLHEPSPGKYDFEGRNDLVRFVKTIHKAGLYAHLRIGPYVCAEWNFGGFP 138

Query: 198 VWLHYIPNTVFRTDNASFKFYMQKFTTYIVSLMKKEKLFASQGGPIILSQVENEYGDIER 257
           VWL Y+P   FRTDN  FK  M+ FT  IV LMK E LF SQGGPIILSQ+ENEYG   +
Sbjct: 139 VWLKYVPGISFRTDNEPFKRAMKGFTERIVELMKSENLFESQGGPIILSQIENEYGRQGQ 198

Query: 258 VYGEGGKPYAMWAAQMAVSQNIGVPWIMCQQYDAPDPVINTCNSFYCDQFTPNSPNKPKM 317
           + G  G  Y  WAA+MA++   GVPW+MC++ DAPDPVINTCN FYCD F PN P KP +
Sbjct: 199 LLGAEGHNYMTWAAKMAIATETGVPWVMCKEDDAPDPVINTCNGFYCDSFAPNKPYKPLI 258

Query: 318 WTENWPGWFKTFGARDPHRPPEDIAFSVARFFQKGGSLQNYYMYHGGTNFGRTAGGPFIT 377
           WTE W GWF  FG    HRP +D+AF VARF QKGGS  NYYMYHGGTNFGRTAGGPF+T
Sbjct: 259 WTEAWSGWFTEFGGPMHHRPVQDLAFGVARFIQKGGSFVNYYMYHGGTNFGRTAGGPFVT 318

Query: 378 TSYDYDAPIDEYGLPRLPKWGHLKELHRAIKLTERVLLNSEPTYISLGPSLEADIYTDSS 437
           TSYDYDAPIDEYGL R PK+GHLKELHRAIK+ E+ L++++P   S+G   +A +Y+  S
Sbjct: 319 TSYDYDAPIDEYGLIRQPKYGHLKELHRAIKMCEKALVSADPVVTSIGNKQQAHVYSAES 378

Query: 438 GACAAFIANIDEKDDKTVQFRNISYHLPAWSVSILPDCKNVVFNTAMIRSQTAMVEMVPE 497
           G C+AF+AN D +    V F N+ Y+LP WS+SILPDC+N VFNTA +  QT+ +EM+P 
Sbjct: 379 GDCSAFLANYDTESAARVLFNNVHYNLPPWSISILPDCRNAVFNTAKVGVQTSQMEMLP- 438

Query: 498 ELQPSADATNKDLKALKWEVFVEQ-PGIWGKADFVKNVLVDHLNTTKDTTDYLWYTTSIF 557
                      D K  +WE ++E    +   + F  + L++ +N T+DT+DYLWY TS+ 
Sbjct: 439 ----------TDTKNFQWESYLEDLSSLDDSSTFTTHGLLEQINVTRDTSDYLWYMTSVD 498

Query: 558 VNENEKFLKGSQ-PVLVVESKGHALHAFINKKLQVSATGNGSDITFKFKQAISLKAGKNE 617
           + ++E FL G + P L+++S GHA+H F+N +L  SA G   +  F ++  I+L +G N 
Sbjct: 499 IGDSESFLHGGELPTLIIQSTGHAVHIFVNGQLSGSAFGTRQNRRFTYQGKINLHSGTNR 558

Query: 618 IALLSMTVGLQNAGPFYE-WVGAGLSKVVIEGFNNGPVDLSSYAWSYKIGLQGEHFGIYK 677
           IALLS+ VGL N G  +E W    L  V + G + G +DLS   W+Y++GL+GE   +  
Sbjct: 559 IALLSVAVGLPNVGGHFESWNTGILGPVALHGLSQGKMDLSWQKWTYQVGLKGEAMNLAF 618

Query: 678 PDGIKNVKWL-SSREPPKQQPLTWYKVILDPPSGNEPVGLDMVHMGKGLAWLNGEEIGRY 737
           P    ++ W+ +S    K QPLTW+K   D P GNEP+ LDM  MGKG  W+NGE IGRY
Sbjct: 619 PTNTPSIGWMDASLTVQKPQPLTWHKTYFDAPEGNEPLALDMEGMGKGQIWVNGESIGRY 678

Query: 738 WPRKSSIHDVCVQKCNYRGKFRPDKCLTGCGEPTQRWYHVPRSWFKPSGNILVIFEEKGG 797
           W   ++        C+Y G ++P+KC TGCG+PTQRWYHVPR+W KPS N+LVIFEE GG
Sbjct: 679 W---TAFATGDCSHCSYTGTYKPNKCQTGCGQPTQRWYHVPRAWLKPSQNLLVIFEELGG 738

Query: 798 DPTQIRLSKRKVLGICAHLGEGHPSIESWSEAENVERKS--KATVDLKCPDNGRIAKIKF 857
           +P+ + L KR V G+CA + E HP+I++W      + ++  +  V LKC     IA IKF
Sbjct: 739 NPSTVSLVKRSVSGVCAEVSEYHPNIKNWQIESYGKGQTFHRPKVHLKCSPGQAIASIKF 798

Query: 858 ASFGTPQGSCGSYSIGDCHDPNSISLVEKVCLNRNECRFELGEEGFNKGLCPTATKKLAV 917
           ASFGTP G+CGSY  G+CH   S +++E+ C+ +  C   +    F K  CP   K+L V
Sbjct: 799 ASFGTPLGTCGSYQQGECHAATSYAILERKCVGKARCAVTISNSNFGKDPCPNVLKRLTV 846

The following BLAST results are available for this feature:
Match NameE-valueIdentityDescription
Q5N8X60.0e+0064.41Beta-galactosidase 3 OS=Oryza sativa subsp. japonica OX=39947 GN=Os01g0875500 PE... [more]
Q9FN080.0e+0071.45Beta-galactosidase 10 OS=Arabidopsis thaliana OX=3702 GN=BGAL10 PE=2 SV=1[more]
Q9SCV43.3e-27654.00Beta-galactosidase 8 OS=Arabidopsis thaliana OX=3702 GN=BGAL8 PE=2 SV=2[more]
Q9SCW16.8e-27452.79Beta-galactosidase 1 OS=Arabidopsis thaliana OX=3702 GN=BGAL1 PE=2 SV=1[more]
Q10NX81.5e-27352.85Beta-galactosidase 6 OS=Oryza sativa subsp. japonica OX=39947 GN=Os03g0255100 PE... [more]
Match NameE-valueIdentityDescription
A0A5D3BVA10.0e+0096.42Beta-galactosidase OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold680G0... [more]
A0A1S3CDA70.0e+0097.75Beta-galactosidase OS=Cucumis melo OX=3656 GN=LOC103499575 PE=3 SV=1[more]
A0A0A0LQE80.0e+0097.63Beta-galactosidase OS=Cucumis sativus OX=3659 GN=Csa_2G337760 PE=3 SV=1[more]
A0A6J1HZU10.0e+0090.17Beta-galactosidase OS=Cucurbita maxima OX=3661 GN=LOC111469598 PE=3 SV=1[more]
A0A6J1G6900.0e+0089.86Beta-galactosidase OS=Cucurbita moschata OX=3662 GN=LOC111451259 PE=3 SV=1[more]
Match NameE-valueIdentityDescription
XP_004147332.10.099.05beta-galactosidase 10 [Cucumis sativus][more]
KAE8651996.10.098.81hypothetical protein Csa_016926 [Cucumis sativus][more]
TYK02019.10.096.42beta-galactosidase 10 [Cucumis melo var. makuwa][more]
XP_008460809.10.097.75PREDICTED: beta-galactosidase 10 [Cucumis melo][more]
XP_038901501.10.095.26beta-galactosidase 10 [Benincasa hispida][more]
Match NameE-valueIdentityDescription
AT5G63810.10.0e+0071.45beta-galactosidase 10 [more]
AT2G28470.12.3e-27754.00beta-galactosidase 8 [more]
AT2G28470.22.3e-27754.00beta-galactosidase 8 [more]
AT3G13750.14.9e-27552.79beta galactosidase 1 [more]
AT4G36360.12.3e-27251.95beta-galactosidase 3 [more]
InterPro
Analysis Name: InterPro Annotations of Cucumber (hystrix) v1
Date Performed: 2021-10-25
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR001944Glycoside hydrolase, family 35PRINTSPR00742GLHYDRLASE35coord: 105..122
score: 57.19
coord: 238..253
score: 78.31
coord: 126..144
score: 56.04
coord: 354..369
score: 73.53
coord: 317..332
score: 46.69
coord: 181..200
score: 74.71
coord: 374..390
score: 75.78
coord: 693..707
score: 45.49
coord: 720..736
score: 57.09
IPR001944Glycoside hydrolase, family 35PANTHERPTHR23421BETA-GALACTOSIDASE RELATEDcoord: 87..909
IPR031330Glycoside hydrolase 35, catalytic domainPFAMPF01301Glyco_hydro_35coord: 101..406
e-value: 3.6E-114
score: 381.7
IPR000922D-galactoside/L-rhamnose binding SUEL lectin domainPFAMPF02140Gal_Lectincoord: 838..915
e-value: 5.2E-14
score: 52.3
IPR000922D-galactoside/L-rhamnose binding SUEL lectin domainPROSITEPS50228SUEL_LECTINcoord: 830..916
score: 15.020855
NoneNo IPR availableGENE3D3.20.20.80Glycosidasescoord: 90..411
e-value: 3.0E-109
score: 367.7
NoneNo IPR availableGENE3D2.60.120.260coord: 673..810
e-value: 1.7E-11
score: 46.5
NoneNo IPR availablePANTHERPTHR23421:SF67BETA-GALACTOSIDASE 10coord: 87..909
IPR041392Beta-galactosidase, beta-sandwich domainPFAMPF17834GHDcoord: 414..484
e-value: 3.3E-28
score: 97.5
IPR043159D-galactoside/L-rhamnose binding SUEL lectin domain superfamilyGENE3D2.60.120.740coord: 822..916
e-value: 1.2E-9
score: 40.3
IPR019801Glycoside hydrolase, family 35, conserved sitePROSITEPS01182GLYCOSYL_HYDROL_F35coord: 240..252
IPR008979Galactose-binding-like domain superfamilySUPERFAMILY49785Galactose-binding domain-likecoord: 469..641
IPR008979Galactose-binding-like domain superfamilySUPERFAMILY49785Galactose-binding domain-likecoord: 659..815
IPR017853Glycoside hydrolase superfamilySUPERFAMILY51445(Trans)glycosidasescoord: 95..409

Relationships

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

Feature NameUnique NameType
Chy11G185830.1Chy11G185830.1mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0005975 carbohydrate metabolic process
cellular_component GO:0048046 apoplast
cellular_component GO:0005773 vacuole
molecular_function GO:0004565 beta-galactosidase activity
molecular_function GO:0030246 carbohydrate binding
molecular_function GO:0004553 hydrolase activity, hydrolyzing O-glycosyl compounds