CmoCh13G003270 (gene) Cucurbita moschata (Rifu)

Overview
NameCmoCh13G003270
Typegene
OrganismCucurbita moschata (Cucurbita moschata (Rifu))
DescriptionPectin lyase-like superfamily protein
LocationCmo_Chr13 : 4044008 .. 4078273 (+)
Genome Viewer
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

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

mRNA sequence

ATGGTGTTAGGATCAAAACGTGGCCAGCTTCTGCTGCTAGCGGCACCGCCACCAATATGCAGTTTTTGGACATTAAGGATCAAAACGTGGCCAGCTTCTGCTGCTAGCGGCACCGCCACCAATATGCAGTTTTTGGACATTATAATGGTCAATGTTAGCAACCCTATTCTAATAGACCAAGAGTATTGTCCGTGGAATCAGTACAATCGGAAGATTCCTTCGAAAATTAAGATTAGTAAAGTGAGCTTTAAGAACATTAGAGGAAGTTGTGCAACTCCAGTGGCAATCAAACTTATTTGCAGCCGTCACTTACCATGTGACGAAGTAAAAGTCGGTGATATTGACCTCACTTACAATGGAATAAAAGGTCCTATTACATCTCAATGCACGAATGTGAGACCCATCATTTCAGGAAAACAGAACCCTAAAATCTGTTCATCTCCTTATGCTTTAGCAAATGCATGGAAGGATGCATGCACGTCCAATCGTTCTAGTGCGATTGTTATTCCGGGAGGGATATTTAATGTAAAGGAAGGGATATTTAAAGGACCTTGTAATAGCCCAATTGACTTTCAACTTGGAGGAACATTGCAGGCACCAAAAAGTCTTCAGGGAAATAATTGGATTACTTTTGAACGTATTGATAGATTGACATTATCAGGTGAAGGAGTTTTTGATGGCCAAGGAAAGGCAGCTTGGAAAAAGAATGATTGTCATAAACGCATAAATTGTGCCCAACTCCCCATTAGAATAACGTCACTTGACAGTAAGAACTTCCATATCAACGTCCTCGGCTGCAACAACCTCACATTCCATAATATCAATATAACTGCACCAGAAAACAGTCCCAACACTGATGGAATACACATCGGTCGATCAAATAGGATTGCAATCACAATGTCCAAAATTGCAACAGGAGATGATTGCATTTCTCTTGGAGATGGAAGCAAACAAATTAACATCACCAACGTGACATGTGGGCCAGGACATGGCATAAGCATCGGAAGTCTTGGAAGATACACTAACGAAGAACCCGTTGAAGGTGTCATCGTAAAGAACTGCACGATAATTAACACCACTAATGGTGTCAGGATCAAAACGTGGCCAGCTTCTGCTGCTAGCGGCACCGCCACCAATATGCAGTTTTTGGACATTATAATGGTCAATGTTAGCAACCCTATTCTAATAGACCAAGAGTATTGTCCGTGGAATCAGTGCAATCGGAAGATTCCTTCGAAAATTAAGATTAGTAAAGTGAGCTTTAAGAACATTAGAGGAAGTTGTGCAACTCCAGTGGCAATCAAACTTATTTGCAGCCGTCACTTACCATGTGACGAAGTAAAAGTCGGTGACATTGACCTCACTTACAATGGAATAAAAGGTTCTATTACATCTCAATGCACGAATGTGAGACCCATCATTTCAGGAAAACAGAACCCTAAAATCTGTTCATCTCCTTATGCTTTAGCAAATGCATGGAAGGATGCATGCACGTCCAATCGTTCTAGTGCGATTGTTATTCCGGGAGGGATATTTAAAGTAAAGGAAGGGATATTTAAAGGACCTTGTAATAGCCCAATTGACTTTCAACTTGGAGGAACATTGCAGGCACCAAAAAGTCTTCAGGGAAATAATTGGATTACTTTTGAACGTATTGATAGATTGACATTATCAGGTGAAGGAGTTTTTGATGGCCAAGGAAAGGCAGCTTGGAAAAAGAATGATTGCCATAAACGCATAAATTGTGCCCAACTCCCCATTAGAATAACGTCACTTGATAGCAAGAACTTCCATATCAACGTCCTCGGCTGCAACAACCTCACATTCCATAATATCAATATAACTGCACCAGAAAACAGTCCCAACACGGATGGAATACACATCGGTCGATCAAATAGGATCGCAATCACAATGTCCAAAATTGCAACAGGAGATGATTGCATTTCTCTTGGAGATGGAAGCAAACAAATTAACATCACCAACGTGACATGTGGGCCAGGACATGGCATAAGCATCGGAAGTCTTGGAAGATACACTAACGAAGAACCCGTTGAAGGTGTCATCGTAAATAACTGCACGATAATTAACACCACTAATGGTGTTAGGATCAAAACGTGGCCAGCTTCTGCTGCTAGCGGCACCGCCACCAATATGCAGTTTTTGGACATTATAATGGTCAATGTTAGCAACCCTATTCTAATAGACCAAGAGTATTGTCCGTGGAATCAGTGCAATCGGAAGATTCCTTCGAAAATTAAGATTAGTAAAGTGAGCTTTAAGAACATTAGAGGAAGTTGTGCAACTCCAGTGGCAATCAAACTTATTTGCAGCCGTCACTTACCATGTGACGAAGTAAAAGTCGGTGATATTGACCTCACTTACAATGGAATAAAAGGTCCTATTACATCTCAATGCACGAATGTGAGACCCATCATTTCAGGAAAACAGAACCCTAAAATCTGTTCATCTCCTTATGCTTTAGCAAATGCATGGAAGGATGCATGCACGTCCAATCGTTCTAGTGTGATTGTTATTCCGGGAGGGATATTTAAAGTAAAGGAAGGGATATTTAAAGGACCTTGTAATAGCCCAATTGACTTTCAACTTGGAGGAACATTGCAGGCACCAAAAAGTCTTCAGGGAAATAATTGGATTACTTTTGAACGTATTGATAGATTGACATTATCAGGTGAAGGACAAGAACTTCCATATCAACGTCCTCGGCGGCAACAACCTCACTTCCATGATATCAATATAACTGCACCAGAAAACAGTCCCAACACTGATGGAATACACATCGGTCGATCAAATAGGATCGCAATCACAATGTCCAAAATTGCAACAGGAGATGATTGCATTTCTCTTGGAGATGGAAGCAAACAAATTAACATCACCAACGTGACATGTGGGCCAGGACATGGCATAAGCATCGGAAGTCTTGGAAGATACACTAACGAAGAACCCGTTGAAGGTGTCATCGTAAATAACTGCACGATAATTAACACCACTAATGGTGTCAGGATCAAAACGTGGCCAGCTTCTGCTGCTAGCGGCACCGCCACCAATATGCAGTTTTTGGACATTATAATGGTCAATGTTAGCAACCCTATTCTAATAGACCAAGAGTATTGTCCGTGGAATCAGTGCAATCGGAAGATTCCTTCGAAAATTAAGATTAGTAAAGTGAGCTTTAAGAACATTAGAGGAAGTTGTGCAACTCCAGTAGCAATCAAACTTATTTGCAGCCGTCACTTACCATGTGACGAAGTAAAAGTCGGTGACATTGACCTCACTTACAATGGAATAAAAGGTCCTATTACATCTCAATGCACGAATGTGAGACCCATCATTTCAGGAAAACAGAACCCTAAAATCTGTTCATCTTCTTAT

Coding sequence (CDS)

ATGGTGTTAGGATCAAAACGTGGCCAGCTTCTGCTGCTAGCGGCACCGCCACCAATATGCAGTTTTTGGACATTAAGGATCAAAACGTGGCCAGCTTCTGCTGCTAGCGGCACCGCCACCAATATGCAGTTTTTGGACATTATAATGGTCAATGTTAGCAACCCTATTCTAATAGACCAAGAGTATTGTCCGTGGAATCAGTACAATCGGAAGATTCCTTCGAAAATTAAGATTAGTAAAGTGAGCTTTAAGAACATTAGAGGAAGTTGTGCAACTCCAGTGGCAATCAAACTTATTTGCAGCCGTCACTTACCATGTGACGAAGTAAAAGTCGGTGATATTGACCTCACTTACAATGGAATAAAAGGTCCTATTACATCTCAATGCACGAATGTGAGACCCATCATTTCAGGAAAACAGAACCCTAAAATCTGTTCATCTCCTTATGCTTTAGCAAATGCATGGAAGGATGCATGCACGTCCAATCGTTCTAGTGCGATTGTTATTCCGGGAGGGATATTTAATGTAAAGGAAGGGATATTTAAAGGACCTTGTAATAGCCCAATTGACTTTCAACTTGGAGGAACATTGCAGGCACCAAAAAGTCTTCAGGGAAATAATTGGATTACTTTTGAACGTATTGATAGATTGACATTATCAGGTGAAGGAGTTTTTGATGGCCAAGGAAAGGCAGCTTGGAAAAAGAATGATTGTCATAAACGCATAAATTGTGCCCAACTCCCCATTAGAATAACGTCACTTGACAGTAAGAACTTCCATATCAACGTCCTCGGCTGCAACAACCTCACATTCCATAATATCAATATAACTGCACCAGAAAACAGTCCCAACACTGATGGAATACACATCGGTCGATCAAATAGGATTGCAATCACAATGTCCAAAATTGCAACAGGAGATGATTGCATTTCTCTTGGAGATGGAAGCAAACAAATTAACATCACCAACGTGACATGTGGGCCAGGACATGGCATAAGCATCGGAAGTCTTGGAAGATACACTAACGAAGAACCCGTTGAAGGTGTCATCGTAAAGAACTGCACGATAATTAACACCACTAATGGTGTCAGGATCAAAACGTGGCCAGCTTCTGCTGCTAGCGGCACCGCCACCAATATGCAGTTTTTGGACATTATAATGGTCAATGTTAGCAACCCTATTCTAATAGACCAAGAGTATTGTCCGTGGAATCAGTGCAATCGGAAGATTCCTTCGAAAATTAAGATTAGTAAAGTGAGCTTTAAGAACATTAGAGGAAGTTGTGCAACTCCAGTGGCAATCAAACTTATTTGCAGCCGTCACTTACCATGTGACGAAGTAAAAGTCGGTGACATTGACCTCACTTACAATGGAATAAAAGGTTCTATTACATCTCAATGCACGAATGTGAGACCCATCATTTCAGGAAAACAGAACCCTAAAATCTGTTCATCTCCTTATGCTTTAGCAAATGCATGGAAGGATGCATGCACGTCCAATCGTTCTAGTGCGATTGTTATTCCGGGAGGGATATTTAAAGTAAAGGAAGGGATATTTAAAGGACCTTGTAATAGCCCAATTGACTTTCAACTTGGAGGAACATTGCAGGCACCAAAAAGTCTTCAGGGAAATAATTGGATTACTTTTGAACGTATTGATAGATTGACATTATCAGGTGAAGGAGTTTTTGATGGCCAAGGAAAGGCAGCTTGGAAAAAGAATGATTGCCATAAACGCATAAATTGTGCCCAACTCCCCATTAGAATAACGTCACTTGATAGCAAGAACTTCCATATCAACGTCCTCGGCTGCAACAACCTCACATTCCATAATATCAATATAACTGCACCAGAAAACAGTCCCAACACGGATGGAATACACATCGGTCGATCAAATAGGATCGCAATCACAATGTCCAAAATTGCAACAGGAGATGATTGCATTTCTCTTGGAGATGGAAGCAAACAAATTAACATCACCAACGTGACATGTGGGCCAGGACATGGCATAAGCATCGGAAGTCTTGGAAGATACACTAACGAAGAACCCGTTGAAGGTGTCATCGTAAATAACTGCACGATAATTAACACCACTAATGGTGTTAGGATCAAAACGTGGCCAGCTTCTGCTGCTAGCGGCACCGCCACCAATATGCAGTTTTTGGACATTATAATGGTCAATGTTAGCAACCCTATTCTAATAGACCAAGAGTATTGTCCGTGGAATCAGTGCAATCGGAAGATTCCTTCGAAAATTAAGATTAGTAAAGTGAGCTTTAAGAACATTAGAGGAAGTTGTGCAACTCCAGTGGCAATCAAACTTATTTGCAGCCGTCACTTACCATGTGACGAAGTAAAAGTCGGTGATATTGACCTCACTTACAATGGAATAAAAGGTCCTATTACATCTCAATGCACGAATGTGAGACCCATCATTTCAGGAAAACAGAACCCTAAAATCTGTTCATCTCCTTATGCTTTAGCAAATGCATGGAAGGATGCATGCACGTCCAATCGTTCTAGTGTGATTGTTATTCCGGGAGGGATATTTAAAGTAAAGGAAGGGATATTTAAAGGACCTTGTAATAGCCCAATTGACTTTCAACTTGGAGGAACATTGCAGGCACCAAAAAGTCTTCAGGGAAATAATTGGATTACTTTTGAACGTATTGATAGATTGACATTATCAGGTGAAGGACAAGAACTTCCATATCAACGTCCTCGGCGGCAACAACCTCACTTCCATGATATCAATATAACTGCACCAGAAAACAGTCCCAACACTGATGGAATACACATCGGTCGATCAAATAGGATCGCAATCACAATGTCCAAAATTGCAACAGGAGATGATTGCATTTCTCTTGGAGATGGAAGCAAACAAATTAACATCACCAACGTGACATGTGGGCCAGGACATGGCATAAGCATCGGAAGTCTTGGAAGATACACTAACGAAGAACCCGTTGAAGGTGTCATCGTAAATAACTGCACGATAATTAACACCACTAATGGTGTCAGGATCAAAACGTGGCCAGCTTCTGCTGCTAGCGGCACCGCCACCAATATGCAGTTTTTGGACATTATAATGGTCAATGTTAGCAACCCTATTCTAATAGACCAAGAGTATTGTCCGTGGAATCAGTGCAATCGGAAGATTCCTTCGAAAATTAAGATTAGTAAAGTGAGCTTTAAGAACATTAGAGGAAGTTGTGCAACTCCAGTAGCAATCAAACTTATTTGCAGCCGTCACTTACCATGTGACGAAGTAAAAGTCGGTGACATTGACCTCACTTACAATGGAATAAAAGGTCCTATTACATCTCAATGCACGAATGTGAGACCCATCATTTCAGGAAAACAGAACCCTAAAATCTGTTCATCTTCTTAT
Homology
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BLAST of CmoCh13G003270 vs. Swiss-Prot
Match: PGLR_OENOR (Exopolygalacturonase (Fragment) OS=Oenothera organensis PE=2 SV=1)

HSP 1 Score: 405.6 bits (1041), Expect = 1.8e-111
Identity = 201/361 (55.68%), Postives = 245/361 (67.87%), Query Frame = 1 

Query: 485 SPYALANAWKDACTSNRSSAIVIPGGIFKVKEGIFKGPCNSPIDFQLGGTLQAP---KSL 544
           S  AL  AWK+AC S   S I++P G F V     +GPC S I  QL GTL+AP     +
Sbjct: 2   STQALTTAWKEACASASPSTILVPKGNFAVGLITLEGPCKSSIGLQLQGTLKAPADPSKI 61

Query: 545 QGNNWITFERIDRLTLSGEGVFDGQGKAAWKKNDCHKRIN-CAQLPIR------------ 604
           +G  WI   +ID LT+ G GVFDGQGK+AW +NDCHK    C  L +             
Sbjct: 62  KGLGWINLNKIDLLTIFGGGVFDGQGKSAWVQNDCHKNGPICKTLSMNLRLYAVTNSILR 121

Query: 605 -ITSLDSKNFHINVLGCNNLTFHNINITAPENSPNTDGIHIGRSNRIAITMSKIATGDDC 664
            +T+LDSKNFH+NV+GC NLTF    I+A E S NTDGIHIGRS+ + I  ++I TGDDC
Sbjct: 122 DVTTLDSKNFHVNVIGCKNLTFERFKISAAETSINTDGIHIGRSDGVNIINTEIKTGDDC 181

Query: 665 ISLGDGSKQINITNVTCGPGHGISIGSLGRYTNEEPVEGVIVNNCTIINTTNGVRIKTWP 724
           ISLGDGSK INITN+TCGPGHGIS+GSLGRY NEE V G+ V NCTI  + NGVRIKTWP
Sbjct: 182 ISLGDGSKNINITNITCGPGHGISVGSLGRYKNEESVVGIYVKNCTITGSQNGVRIKTWP 241

Query: 725 ASAASGTATNMQFLDIIMVNVSNPILIDQEYCPWNQCNRKIPSKIKISKVSFKNIRGSCA 784
            S   G A+ M F DI M +V  PILIDQ YCP+NQC  ++PS +K+SK+SFKNI+G+  
Sbjct: 242 KS-EPGEASEMHFQDITMNSVGTPILIDQGYCPYNQCTAEVPSSVKLSKISFKNIKGTST 301

Query: 785 TPVAIKLICSRHLPCDEVKVGDIDLTYNGIKGPITSQCTNVRPIISGKQNPKICSSPYAL 829
           T  A+KL+CS+  PC+ V++ DIDLTY+G  GP TS C N++P I GKQ P ICS   A 
Sbjct: 302 TKEAVKLVCSKSFPCNGVELADIDLTYSGKGGPATSVCENIKPTIKGKQIPAICSGSAAK 361

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BLAST of CmoCh13G003270 vs. Swiss-Prot
Match: PGLR_BRANA (Polygalacturonase OS=Brassica napus PE=2 SV=1)

HSP 1 Score: 383.6 bits (984), Expect = 7.2e-105
Identity = 183/356 (51.40%), Postives = 237/356 (66.57%), Query Frame = 1 

Query: 488 ALANAWKDACTSNRSSAIVIPGGIFKVKEGIFKGPCNSPIDFQLGGTLQAPK-SLQGNN- 547
           A+  A+  AC +   S ++IP G FK+ E +  GPC SPI+F L G ++    S QG + 
Sbjct: 38  AVLKAFTSACQAPAPSQVLIPKGDFKLGETVMTGPCKSPIEFTLQGNVKTDGGSTQGKDR 97

Query: 548 WITFERIDRLTLSGEGVFDGQGKAAWKKNDCHKRINCAQLPIRI-------------TSL 607
           W+ FE+I+   L+G G FDG+G AAWK N+CHK   C +LPI +             TSL
Sbjct: 98  WVVFEKINGFKLNGGGTFDGEGNAAWKANNCHKTFECKKLPISVRFDFVDNAEIKDVTSL 157

Query: 608 DSKNFHINVLGCNNLTFHNINITAPENSPNTDGIHIGRSNRIAITMSKIATGDDCISLGD 667
           D+KNFH NV+   N+TF NI I AP  SPNTDGIH+GR   + I  +KIATGDDCIS+GD
Sbjct: 158 DAKNFHFNVISGKNMTFDNIKIIAPAESPNTDGIHLGRCEGVKILNTKIATGDDCISVGD 217

Query: 668 GSKQINITNVTCGPGHGISIGSLGRYTNEEPVEGVIVNNCTIINTTNGVRIKTWPASAAS 727
           G K + I  V CGPGHGIS+GSLGRY  E+ V  + V NCT+  T+NG+RIKTWP++A +
Sbjct: 218 GMKNLLIEKVVCGPGHGISVGSLGRYGWEQDVTDITVKNCTLEGTSNGLRIKTWPSAACT 277

Query: 728 GTATNMQFLDIIMVNVSNPILIDQEYCPWNQCNRKIPSKIKISKVSFKNIRGSCATPVAI 787
            TA  + F DII+  VSNPILIDQEYCPWNQCN+  PS IK+  ++F+NIRG+     A+
Sbjct: 278 TTAAGIHFEDIILNKVSNPILIDQEYCPWNQCNKNKPSTIKLVDITFRNIRGTSENKDAV 337

Query: 788 KLICSRHLPCDEVKVGDIDLTYNGIKGPITSQCTNVRPIISGKQNPKICSSPYALA 829
           KL+CS+  PC+ V++GDI++ Y G  GP T +CTNV P + G QNPK C  P   A
Sbjct: 338 KLLCSKGHPCENVEIGDINIEYTGPDGPPTFECTNVTPKLVGAQNPKACVGPVVKA 393

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BLAST of CmoCh13G003270 vs. Swiss-Prot
Match: PGLR_TOBAC (Polygalacturonase OS=Nicotiana tabacum GN=PG1 PE=2 SV=1)

HSP 1 Score: 380.2 bits (975), Expect = 8.0e-104
Identity = 181/355 (50.99%), Postives = 246/355 (69.30%), Query Frame = 1 

Query: 488 ALANAWKDACTSNRSSAIVIPGGIFKVKEGIFKGPCNSPIDFQLGGTLQAPKS---LQGN 547
           AL NA+K+AC S   S IVIP G F + +   +GPC SP++ Q+  TL+AP     L+  
Sbjct: 43  ALLNAFKEACQSTSPSTIVIPKGTFTMNQVKLEGPCKSPLELQIQATLKAPSDPSQLKVG 102

Query: 548 NWITFERIDRLTLSGEGVFDGQGKAAWKKNDCHKRINCAQLPIR-------------ITS 607
            W+T  ++D+ T+SG G+ DGQ  AAW   +C +   C +LP               IT+
Sbjct: 103 EWLTVNKLDQFTMSGGGILDGQAAAAW---ECKQSKKCNKLPNNLSFNSLTNSTIKDITT 162

Query: 608 LDSKNFHINVLGCNNLTFHNINITAPENSPNTDGIHIGRSNRIAITMSKIATGDDCISLG 667
           LDSK+FH+NV  C NLTF   N++AP NSPNTDGIH+ RS+ + IT S  +TGDDCIS+G
Sbjct: 163 LDSKSFHVNVNQCKNLTFIRFNVSAPANSPNTDGIHVSRSSSVNITDSNFSTGDDCISVG 222

Query: 668 DGSKQINITNVTCGPGHGISIGSLGRYTNEEPVEGVIVNNCTIINTTNGVRIKTWPASAA 727
           D ++Q+ IT VTCGPGHGIS+GSLG   +E+PV GV V NCT  NT NGVRIKTWPAS  
Sbjct: 223 DETEQLYITRVTCGPGHGISVGSLGGNPDEKPVVGVFVRNCTFTNTDNGVRIKTWPAS-H 282

Query: 728 SGTATNMQFLDIIMVNVSNPILIDQEYCPWNQCNRKIPSKIKISKVSFKNIRGSCATPVA 787
            G   ++ F DII+ NVSNP++IDQ YCP+N+CN+ +PS++KISKVSF+NI+G+  T  A
Sbjct: 283 PGVVNDVHFEDIIVQNVSNPVVIDQVYCPFNKCNKDLPSQVKISKVSFQNIKGTSRTQDA 342

Query: 788 IKLICSRHLPCDEVKVGDIDLTYNGIKGPITSQCTNVRPIISGKQNPKICSSPYA 827
           + L+ S+ +PC+ ++VGDID+TY+G +GP  S C N++P + GKQNP +C++  A
Sbjct: 343 VSLLRSKGVPCEGIEVGDIDITYSGKEGPAKSSCENIKPSLKGKQNPPVCTASAA 393

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BLAST of CmoCh13G003270 vs. Swiss-Prot
Match: PGLR_GOSHI (Polygalacturonase OS=Gossypium hirsutum GN=G9 PE=2 SV=1)

HSP 1 Score: 376.7 bits (966), Expect = 8.8e-103
Identity = 179/350 (51.14%), Postives = 234/350 (66.86%), Query Frame = 1 

Query: 491 NAWKDACTSNRSSAIVIPGGIFKVKEGIFKGPCNSPIDFQLGGTLQAP---KSLQGNNWI 550
           +AWK+AC S   S +VIP G + + +   +GPC +PI+  + GT+QAP    + +  NW+
Sbjct: 51  DAWKEACASVTPSTVVIPKGTYLLSKVNLEGPCKAPIEINVQGTIQAPADPSAFKDPNWV 110

Query: 551 TFERIDRLTLSGEGVFDGQGKAAWKKNDCHKRINCAQLPIRI-------------TSLDS 610
            F  ++   + G G+FDGQG  A++KN C  R   ++LP+ I             TS DS
Sbjct: 111 RFYSVENFKMFGGGIFDGQGSIAYEKNTCENREFRSKLPVNIRFDFLTNALIQDITSKDS 170

Query: 611 KNFHINVLGCNNLTFHNINITAPENSPNTDGIHIGRSNRIAITMSKIATGDDCISLGDGS 670
           K FHINV  C N+T   + I AP+ SPNTDGIH+G+S  + I  S I TGDDCIS+GDG+
Sbjct: 171 KLFHINVFACKNITLERLKIEAPDESPNTDGIHMGKSEGVNIIASDIKTGDDCISIGDGT 230

Query: 671 KQINITNVTCGPGHGISIGSLGRYTNEEPVEGVIVNNCTIINTTNGVRIKTWPASAASGT 730
           K + I  +TCGPGHGISIGSLG++ NEEPVEG+ ++NCTI NT+NG RIKTWP     G 
Sbjct: 231 KNMVIKEITCGPGHGISIGSLGKFQNEEPVEGIKISNCTITNTSNGARIKTWPGEHG-GA 290

Query: 731 ATNMQFLDIIMVNVSNPILIDQEYCPWNQCNRKIPSKIKISKVSFKNIRGSCATPVAIKL 790
            + + F DI M NVS+PILIDQ+YCPWN+C +   SK+K+S +SFKNIRG+ A P AIK 
Sbjct: 291 VSEIHFEDITMNNVSSPILIDQQYCPWNKCKKNEESKVKLSNISFKNIRGTSALPEAIKF 350

Query: 791 ICSRHLPCDEVKVGDIDLTYNGIKGPITSQCTNVRPIISGKQNPKICSSP 825
           ICS   PC  V++ DID+ +NG + P TSQC NV+PI SGK NP  CS P
Sbjct: 351 ICSGSSPCQNVELADIDIKHNGAE-PATSQCLNVKPITSGKLNPIPCSGP 398

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BLAST of CmoCh13G003270 vs. Swiss-Prot
Match: PGLR_GOSBA (Polygalacturonase OS=Gossypium barbadense GN=G9 PE=2 SV=1)

HSP 1 Score: 374.4 bits (960), Expect = 4.4e-102
Identity = 178/350 (50.86%), Postives = 233/350 (66.57%), Query Frame = 1 

Query: 491 NAWKDACTSNRSSAIVIPGGIFKVKEGIFKGPCNSPIDFQLGGTLQAP---KSLQGNNWI 550
           +AWK+AC S   S +VIP G + + +   +GPC +PI+  + GT+QAP    + +  NW+
Sbjct: 51  DAWKEACASVTPSTVVIPKGTYLLSKVNLEGPCKAPIEINVQGTIQAPADPSAFKDPNWV 110

Query: 551 TFERIDRLTLSGEGVFDGQGKAAWKKNDCHKRINCAQLPIRI-------------TSLDS 610
            F  ++   + G G+FDGQG  A++KN C  R   ++LP+ I             TS DS
Sbjct: 111 RFYSVENFKMFGGGIFDGQGSIAYEKNTCENREFRSKLPVNIRFDFVTNALIQDITSKDS 170

Query: 611 KNFHINVLGCNNLTFHNINITAPENSPNTDGIHIGRSNRIAITMSKIATGDDCISLGDGS 670
           K FHINV  C N+T   + I AP+ SPNTDGIH+G+S  + I  S I TGDDCIS+GDG+
Sbjct: 171 KLFHINVFACKNITLERLKIEAPDESPNTDGIHMGKSEGVNIIASDIKTGDDCISIGDGT 230

Query: 671 KQINITNVTCGPGHGISIGSLGRYTNEEPVEGVIVNNCTIINTTNGVRIKTWPASAASGT 730
           K + I  +TCGPGHGISIGSLG++ NEEPVEG+ ++NCTI NT+NG RIKTWP     G 
Sbjct: 231 KNMVIKEITCGPGHGISIGSLGKFQNEEPVEGIKISNCTITNTSNGARIKTWPGEHG-GA 290

Query: 731 ATNMQFLDIIMVNVSNPILIDQEYCPWNQCNRKIPSKIKISKVSFKNIRGSCATPVAIKL 790
            + + F DI M NVS+PILIDQ+YCPWN+C +   SK+K+S +SFKNIRG+ A P AIK 
Sbjct: 291 VSEIHFEDITMNNVSSPILIDQQYCPWNKCKKNEESKVKLSNISFKNIRGTSALPEAIKF 350

Query: 791 ICSRHLPCDEVKVGDIDLTYNGIKGPITSQCTNVRPIISGKQNPKICSSP 825
           ICS   PC  V++ DID+ +NG + P TSQC NV+PI  GK NP  CS P
Sbjct: 351 ICSGSSPCQNVELADIDIQHNGAE-PATSQCLNVKPITIGKLNPIPCSGP 398

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BLAST of CmoCh13G003270 vs. TrEMBL
Match: A5BHX0_VITVI (Putative uncharacterized protein OS=Vitis vinifera GN=VITISV_002011 PE=3 SV=1)

HSP 1 Score: 578.6 bits (1490), Expect = 1.7e-161
Identity = 295/587 (50.26%), Postives = 385/587 (65.59%), Query Frame = 1 

Query: 269 LTFHNINITAPENSPNTDGIHIGRSNRIAITMSKIATGDDCISLGDGSKQINITNVTCGP 328
           +T   + I A  +S NTDGIH+GRS  + I+ + I TGDD +S+GDGS+ IN+  VTCGP
Sbjct: 1   MTLQYVTINATRDSLNTDGIHMGRSTGVNISDAIIKTGDDSLSIGDGSQHINVEKVTCGP 60

Query: 329 GHGISIGSLGRYTNEEPVEGVIVKNCTIINTTNGVRIKTWPASAASGTATNMQFLDIIMV 388
           GHGIS+GSLG+Y NEEPV GV VKNCT+INT NG+R+KTWP S AS  AT++ F DIIM 
Sbjct: 61  GHGISVGSLGKYHNEEPVVGVTVKNCTLINTMNGIRVKTWPDSPAS-VATDLHFEDIIMN 120

Query: 389 NVSNPILIDQEYCPWNQCNRKIPSKIKISKVSFKNIRGSCATPV-------AIKLICSRH 448
           NV NPILI+QEYCP++QC  K+PS++KIS VSF+ I     T            ++  R 
Sbjct: 121 NVGNPILINQEYCPYDQCQAKVPSQVKISDVSFQGICSMSGTQYKSVSKEWGFTIVAYRF 180

Query: 449 LPCDEVKVGDIDLTYNGIKGSITSQCTNVRPIIS---------GKQNPKICSSPYALANA 508
               + +  +I +  N    S+    T+V  +           G Q         AL  A
Sbjct: 181 YQTKKRETENIGMKLNIAAISLLLLLTSVAEVSGDTYFDVTKYGAQADGKTDISQALLTA 240

Query: 509 WKDACTSNRSSAIVIPGGIFKVKEGIFKGPCNSPIDFQLGGTLQAPKSLQG----NNWIT 568
           W+ AC S   S +VIP GI+ + +   +GPC +PI+  + GT++AP           W+ 
Sbjct: 241 WEAACASPIVSRVVIPAGIYALGQVTIEGPCKAPINLIVKGTVRAPVDTSRFKPQAGWVA 300

Query: 569 FERIDRLTLSGEGVFDGQGKAAWKKNDCHKRINCAQLPIR-------------ITSLDSK 628
           F+ +D+ TLSG GVFDGQG++ W +  C +   C QLPI              ITS DSK
Sbjct: 301 FQHLDQFTLSGYGVFDGQGQSVWGQK-CSRTKYCNQLPINLRFNFLTNSIIKDITSKDSK 360

Query: 629 NFHINVLGCNNLTFHNINITAPENSPNTDGIHIGRSNRIAITMSKIATGDDCISLGDGSK 688
            FHINVLGC N+TF  + ITAPE+S NTDGIHIGRS  + IT S I TGDDC+S+GDGS+
Sbjct: 361 QFHINVLGCRNITFFQVAITAPEDSQNTDGIHIGRSRGVNITHSTIQTGDDCVSIGDGSE 420

Query: 689 QINITNVTCGPGHGISIGSLGRYTNEEPVEGVIVNNCTIINTTNGVRIKTWPASAASGTA 748
           QI+IT V CGPGHGIS+GSLG Y NE PV G+ V NCT+ +TTNGVR+KT+P S+  GTA
Sbjct: 421 QIDITKVNCGPGHGISVGSLGLYKNEAPVIGIRVKNCTLSDTTNGVRVKTYP-SSPQGTA 480

Query: 749 TNMQFLDIIMVNVSNPILIDQEYCPWNQCNRKIPSKIKISKVSFKNIRGSCATPVAIKLI 808
           T M F DI+M NVSNPI+IDQEYCP NQCN ++PS++K+S +SFKNIRG+ +T +A+ L+
Sbjct: 481 TEMHFHDIVMNNVSNPIIIDQEYCPHNQCNLQVPSRVKLSNISFKNIRGTTSTELAVNLV 540

Query: 809 CSRHLPCDEVKVGDIDLTYNGIKGPITSQCTNVRPIISGKQNPKICS 823
           CS+  PC +V++G+IDL Y G +G  +SQC NV   + G Q PK C+
Sbjct: 541 CSKGAPCQKVELGNIDLKYTGPEGTASSQCKNVEATLWGTQQPKTCA 584

[Close]
BLAST of CmoCh13G003270 vs. TrEMBL
Match: A0A0A0K3B7_CUCSA (Uncharacterized protein OS=Cucumis sativus GN=Csa_7G037910 PE=3 SV=1)

HSP 1 Score: 555.8 bits (1431), Expect = 1.2e-154
Identity = 264/355 (74.37%), Postives = 296/355 (83.38%), Query Frame = 1 

Query: 488 ALANAWKDACTSNRSSAIVIPGGIFKVKEGIFKGPCNSPIDFQLGGTLQAPKSLQGNNWI 547
           AL +AW DAC S+R SA+VIP G FKV+EG FKGPC SPI+F++ GTLQAPK   G++WI
Sbjct: 49  ALKDAWNDACASDRPSAVVIPKGTFKVREGEFKGPCKSPIEFRVHGTLQAPKHPHGDSWI 108

Query: 548 TFERIDRLTLSGEGVFDGQGKAAWKKNDCHKRINCAQLPI-------------RITSLDS 607
           TF  +DR+ LSG GVFDGQGKA W+KNDCHKRI+CA+LPI             RITSLDS
Sbjct: 109 TFAYVDRMRLSGGGVFDGQGKAGWEKNDCHKRIDCAKLPISLRFDFITNSIVRRITSLDS 168

Query: 608 KNFHINVLGCNNLTFHNINITAPENSPNTDGIHIGRSNRIAITMSKIATGDDCISLGDGS 667
           KNFH+N+LGCNNLTF  +NI APENSPNTDGIHIGRS  I+I  S+IATGDDCISLGDGS
Sbjct: 169 KNFHVNILGCNNLTFQGVNIIAPENSPNTDGIHIGRSIGISILKSRIATGDDCISLGDGS 228

Query: 668 KQINITNVTCGPGHGISIGSLGRYTNEEPVEGVIVNNCTIINTTNGVRIKTWPASAASGT 727
           K+I + NV CGPGHGISIGSLG+Y NEEPVEGVIVNNCTIINTTNGVRIKTWPAS  +G 
Sbjct: 229 KRIKVNNVICGPGHGISIGSLGKYNNEEPVEGVIVNNCTIINTTNGVRIKTWPASPVAGI 288

Query: 728 ATNMQFLDIIMVNVSNPILIDQEYCPWNQCNRKIPSKIKISKVSFKNIRGSCATPVAIKL 787
           ATNM F DI MVNVSNPILIDQEYCPWNQCNR+IPS IKI+KVSFKNIRGS ATPVA+KL
Sbjct: 289 ATNMHFSDITMVNVSNPILIDQEYCPWNQCNREIPSNIKINKVSFKNIRGSSATPVAVKL 348

Query: 788 ICSRHLPCDEVKVGDIDLTYNGIKGPITSQCTNVRPIISGKQNPKICSSPYALAN 830
           ICS +LPC+EVKV +IDL YNGIKG ITS+C NV+PIISG QNP ICSS Y  A+
Sbjct: 349 ICSSNLPCEEVKVANIDLVYNGIKGSITSECMNVKPIISGIQNPPICSSSYTTAS 403

[Close]
BLAST of CmoCh13G003270 vs. TrEMBL
Match: A5BHW8_VITVI (Putative uncharacterized protein OS=Vitis vinifera GN=VITISV_002009 PE=3 SV=1)

HSP 1 Score: 521.9 bits (1343), Expect = 1.9e-144
Identity = 285/649 (43.91%), Postives = 389/649 (59.94%), Query Frame = 1 

Query: 488  ALANAWKDACTSNRSSAIVIPGGIFKVKEGIFKGPCNSPIDFQLGGTLQAPKSLQG---- 547
            A  +AWK ACT    S +V+ GG + V    F+GPC +P+ F++ GTL+AP  L      
Sbjct: 668  AFMSAWKVACTCTDPSTVVVXGGTYVVGPVQFQGPCRAPMGFRVQGTLKAPTDLNRFELQ 727

Query: 548  NNWITFERIDRLTLSGEGVFDGQGKAAWKKNDCHKRINCAQLPIRITSLDSKNFHINVLG 607
            + W+ F+ ID L +SG G F+GQG  AW +N+C +   C                     
Sbjct: 728  DGWVIFQDIDXLIISGGGTFBGQGHTAWGQNNCARTGTC--------------------- 787

Query: 608  CNNLTFHNINITAPENSPNTDGIHIGRSNRIAITMSKIATGDDCISLGDGSKQINITNVT 667
              NL    + I A  +S NTDGIH+GRS  + I+ + I TGDD +S+GDGS+ IN+  VT
Sbjct: 788  --NLLLVYVTINATGDSLNTDGIHMGRSTGVNISDAIIKTGDDSLSIGDGSQHINVEKVT 847

Query: 668  CGPGHGISIGSLGRYTNEEPVEGVIVNNCTIINTTNGVRIKTWPASAASGTATNMQFLDI 727
            CGPGHGIS+GSLG+Y NEEPV GV V NCT+INT NG+R+KTWP S AS  AT++ F DI
Sbjct: 848  CGPGHGISVGSLGKYHNEEPVVGVTVKNCTLINTMNGIRVKTWPDSPAS-VATDLHFEDI 907

Query: 728  IMVNVSNPILIDQEYCPWNQCNRKIPSKIKISKVSFKNIRGSCATPVAIKLICSRHLPCD 787
            IM NV NPILI+QEYCP++QC          +K        +CA+P+  +++    +P  
Sbjct: 908  IMNNVGNPILINQEYCPYDQCQ---------AKALLTAWEAACASPIVSRVV----IPAG 967

Query: 788  EVKVGDIDLTYNGIKGPITSQCTNVRPIISGKQNPKICSSPYALANAWKDACTSNRSSVI 847
               +G +      I+GP  +    +  I+ G     + +S +     W            
Sbjct: 968  IYALGQVT-----IEGPCKAP---INLIVKGTVRAPVDTSRFKPQAGW---VAFQHLDQF 1027

Query: 848  VIPGGIFKVKEGIFKGPCNSPIDFQLGGTL---QAPKSLQGNNWITFERIDRLTLSGEGQ 907
             + G       G+F G   S    +   T    Q P +L+ N ++T   I  +T S + +
Sbjct: 1028 TLSG------YGVFDGQGQSVWGQKCSRTKYCHQLPINLRFN-FLTNSIIKDIT-SKDSK 1087

Query: 908  ELPYQRPRRQQPHFHDINITAPENSPNTDGIHIGRSNRIAITMSKIATGDDCISLGDGSK 967
            +        +   F  + ITAPE+S NTDGIHIGRS  + IT S I TGDDC+S+GDGS+
Sbjct: 1088 QFHINVLGCRNITFFQVAITAPEDSQNTDGIHIGRSRGVNITHSTIQTGDDCVSIGDGSE 1147

Query: 968  QINITNVTCGPGHGISIGSLGRYTNEEPVEGVIVNNCTIINTTNGVRIKTWPASAASGTA 1027
            QI+IT V CGPGHGIS+GSLG Y NE PV G+ V NCT+ +TTNGVR+KT+P S+  GTA
Sbjct: 1148 QIDITKVNCGPGHGISVGSLGLYKNEAPVIGIRVKNCTLSDTTNGVRVKTYP-SSPQGTA 1207

Query: 1028 TNMQFLDIIMVNVSNPILIDQEYCPWNQCNRKIPSKIKISKVSFKNIRGSCATPVAIKLI 1087
            T M F DI+M NVSNPI+IDQEYCP NQCN ++PS++K+S +SFKNIRG+ +T +A+ L+
Sbjct: 1208 TEMHFHDIVMNNVSNPIIIDQEYCPHNQCNLQVPSRVKLSNISFKNIRGTTSTELAVNLV 1259

Query: 1088 CSRHLPCDEVKVGDIDLTYNGIKGPITSQCTNVRPIISGKQNPKICSSS 1130
            CS+  PC +V++G+IDL Y G +G  +SQC NV   + G Q PK C+ +
Sbjct: 1268 CSKGAPCQKVELGNIDLKYTGPEGTASSQCKNVEATLWGTQQPKTCAQA 1259

[Close]
BLAST of CmoCh13G003270 vs. TrEMBL
Match: F6HHK3_VITVI (Putative uncharacterized protein OS=Vitis vinifera GN=VIT_12s0057g00380 PE=3 SV=1)

HSP 1 Score: 480.3 bits (1235), Expect = 6.3e-132
Identity = 250/480 (52.08%), Postives = 318/480 (66.25%), Query Frame = 1 

Query: 290 IGRSNRIAITMSKIATGDDCISLGDGSKQINITNVTCGPGHGISIGSLGRYTNEEPVEGV 349
           +GRS  + I+ + I TGDD +S+GDGS+ IN+  VTCGPGHGIS+GSLG+Y NEEPV GV
Sbjct: 1   MGRSTGVNISDAIIKTGDDSLSIGDGSQHINVEKVTCGPGHGISVGSLGKYHNEEPVVGV 60

Query: 350 IVKNCTIINTTNGVRIKTWPASAASGTATNMQFLDIIMVNVSNPILIDQEYCPWNQCNRK 409
            VKNCT+INT NG+R+KTWP S AS  AT++ F DIIM NV NPILI+QEYCP++QC  K
Sbjct: 61  TVKNCTLINTMNGIRVKTWPDSPAS-VATDLHFEDIIMNNVGNPILINQEYCPYDQCQAK 120

Query: 410 IPSKIKISKVSFKNIRGSCATPVAIKLICSRHLPCDEVKVGDIDLTYNGIKGSITSQCTN 469
           +PS++KIS VSF+ I     T    K   + ++   ++ +  I L       +  S  T 
Sbjct: 121 VPSQVKISDVSFQGICSMSGTFYQTKKRETENIGM-KLNIAAISLLLLLTSVAEVSGDTY 180

Query: 470 VRPIISGKQNPKICSSPYALANAWKDACTSNRSSAIVIPGGIFKVKEGIFKGPCNSPIDF 529
                 G Q         AL  AW+ AC S  +S +VIP GI+ + +   +GPC +PI+ 
Sbjct: 181 FDVTKYGAQADGKTDISQALLTAWEAACASPIASRVVIPAGIYALGQVTIEGPCKAPINL 240

Query: 530 QLGGTLQAPKSLQG----NNWITFERIDRLTLSGEGVFDGQGKAAWKKNDCHKRINCAQL 589
            + GT++AP           W+ F+ +D+ TLSG GVFDGQG++ W +  C +   C QL
Sbjct: 241 IVKGTVRAPVDTSRFKPQAGWVAFQHLDQFTLSGYGVFDGQGQSVWGQK-CSRTKYCHQL 300

Query: 590 PIR-------------ITSLDSKNFHINVLGCNNLTFHNINITAPENSPNTDGIHIGRSN 649
           PI              ITS DSK FHINVLGC N+TF  + ITAPE+S NTDGIHIGRS 
Sbjct: 301 PINLRFNFLTNSIIKDITSKDSKQFHINVLGCRNITFFQVAITAPEDSQNTDGIHIGRSR 360

Query: 650 RIAITMSKIATGDDCISLGDGSKQINITNVTCGPGHGISIGSLGRYTNEEPVEGVIVNNC 709
            + IT S I TGDDC+S+GDGS+QI+IT V CGPGHGIS+GSLG Y NE PV G+ V NC
Sbjct: 361 GVNITHSTIQTGDDCVSIGDGSEQIDITKVNCGPGHGISVGSLGLYKNEAPVIGIRVKNC 420

Query: 710 TIINTTNGVRIKTWPASAASGTATNMQFLDIIMVNVSNPILIDQEYCPWNQCNRKIPSKI 753
           T+ +TTNGVR+KTWP S+  GTAT M F DI+M NVSNPI+IDQEYCP NQCN ++  +I
Sbjct: 421 TLSDTTNGVRVKTWP-SSPQGTATEMHFHDIVMNNVSNPIIIDQEYCPHNQCNLQMLQRI 476

[Close]
BLAST of CmoCh13G003270 vs. TrEMBL
Match: F6HHK2_VITVI (Putative uncharacterized protein OS=Vitis vinifera GN=VIT_12s0057g00370 PE=3 SV=1)

HSP 1 Score: 443.7 bits (1140), Expect = 6.6e-121
Identity = 236/485 (48.66%), Postives = 305/485 (62.89%), Query Frame = 1 

Query: 361 NGVRIKTWPASAASGTATNMQFLDIIMVNVSNPILIDQEYCPWNQCNRKIPSKIK----- 420
           NG+R+KTWP S AS  AT++ F DIIM NV NPILI+QEYCP++QC  K  S  K     
Sbjct: 2   NGIRVKTWPDSPAS-VATDLHFEDIIMNNVGNPILINQEYCPYDQCQAKYKSVSKEWGFT 61

Query: 421 ISKVSFKNIRGSCATPVAIKL-ICSRHLPCDEVKVGDIDLTYNGIKGSITSQCTNVRPII 480
           I    F   +      V +KL I +  L      V ++        G      T      
Sbjct: 62  IVAYRFYQTKKREKENVGMKLNIAAISLLLLLASVAEVS-------GDTYFDVTKYGAQA 121

Query: 481 SGKQNPKICSSPYALANAWKDACTSNRSSAIVIPGGIFKVKEGIFKGPCNSPIDFQLGGT 540
            GK +        AL  AW+ AC S  +S +VIP GI+ + +   +GPC +PI+  + GT
Sbjct: 122 DGKTDIS-----QALLTAWEAACASPIASRVVIPAGIYALGQVTIEGPCKAPINLIVKGT 181

Query: 541 LQAPKSLQG----NNWITFERIDRLTLSGEGVFDGQGKAAWKKNDCHKRINCAQLPIR-- 600
           ++AP           W+ F+ +D+ TLSG GVFDGQG++ W++  C +   C QLPI   
Sbjct: 182 VRAPVDTSRFKPQAGWVAFQHLDQFTLSGYGVFDGQGQSVWRQK-CSRTKYCHQLPINLR 241

Query: 601 -----------ITSLDSKNFHINVLGCNNLTFHNINITAPENSPNTDGIHIGRSNRIAIT 660
                      ITS DSK FHINVL C N+TF  + ITAPE+S NTDGIHIGRS  + IT
Sbjct: 242 FNFLTNSIIKDITSKDSKQFHINVLRCRNITFFQVAITAPEDSQNTDGIHIGRSRGVNIT 301

Query: 661 MSKIATGDDCISLGDGSKQINITNVTCGPGHGISIGSLGRYTNEEPVEGVIVNNCTIINT 720
            S I TGDDC+S+GDGS+QI+IT V CGPGHGIS+GSLG Y NE PV G+ V NCT+ +T
Sbjct: 302 HSTIQTGDDCVSIGDGSEQIDITKVNCGPGHGISVGSLGLYKNEAPVIGIRVKNCTLSDT 361

Query: 721 TNGVRIKTWPASAASGTATNMQFLDIIMVNVSNPILIDQEYCPWNQCNRKIPSKIKISKV 780
           TNGVR+KTWP S+  GTAT M F DI+M NVSNPI+IDQEYCP NQCN +IPS++K+S +
Sbjct: 362 TNGVRVKTWP-SSPQGTATEMHFHDIVMNNVSNPIIIDQEYCPHNQCNLQIPSRVKLSNI 421

Query: 781 SFKNIRGSCATPVAIKLICSRHLPCDEVKVGDIDLTYNGIKGPITSQCTNVRPIISGKQN 823
           SFKNIRG+ +T +A+ L+CS+  PC +V++G+IDL Y G +G  +SQC NV   + G Q 
Sbjct: 422 SFKNIRGTTSTELAVNLVCSKGAPCQKVELGNIDLKYTGPEGTASSQCKNVEATLWGTQQ 471

[Close]
BLAST of CmoCh13G003270 vs. TAIR10
Match: AT3G07820.1 (AT3G07820.1 Pectin lyase-like superfamily protein)

HSP 1 Score: 402.1 bits (1032), Expect = 1.1e-111
Identity = 191/354 (53.95%), Postives = 249/354 (70.34%), Query Frame = 1 

Query: 488 ALANAWKDACTSNRSSAIVIPGGIFKVKEGIFKGPCNSPIDFQLGGTLQAP-KSLQGNN- 547
           AL  A+  AC S+  S +VIP G FK+ E   +GPC +PI+  L GT++A   ++QG   
Sbjct: 38  ALLKAFTSACQSSSPSKVVIPKGEFKLGEIEMRGPCKAPIEVTLQGTVKADGNAIQGKEK 97

Query: 548 WITFERIDRLTLSGEGVFDGQGKAAWKKNDCHKRINCAQLPIRI-------------TSL 607
           W+ F  ID   L+G G FDG+G AAW+ N+CHK   C +LPI I             +S+
Sbjct: 98  WVVFGNIDGFKLNGGGAFDGEGNAAWRVNNCHKTFECKKLPISIRFDFILNSEIRDISSI 157

Query: 608 DSKNFHINVLGCNNLTFHNINITAPENSPNTDGIHIGRSNRIAITMSKIATGDDCISLGD 667
           D+KNFHINVLG  N+T +NI I APE+SPNTDGIH+GRS+ + I  S I+TGDDCIS+GD
Sbjct: 158 DAKNFHINVLGAKNMTMNNIKIVAPEDSPNTDGIHLGRSDGVKILNSFISTGDDCISVGD 217

Query: 668 GSKQINITNVTCGPGHGISIGSLGRYTNEEPVEGVIVNNCTIINTTNGVRIKTWPASAAS 727
           G K +++  VTCGPGHGIS+GSLGRY +E+ V G+ V NCT+  T NG+RIKTWP++A S
Sbjct: 218 GMKNLHVEKVTCGPGHGISVGSLGRYGHEQDVSGIKVINCTLQETDNGLRIKTWPSAACS 277

Query: 728 GTATNMQFLDIIMVNVSNPILIDQEYCPWNQCNRKIPSKIKISKVSFKNIRGSCATPVAI 787
            TA+++ F DII+ +VSNPILIDQEYCPWNQCN++  S IK+  +SFKNIRG+     A+
Sbjct: 278 TTASDIHFEDIILKDVSNPILIDQEYCPWNQCNKQKASTIKLVNISFKNIRGTSGNKDAV 337

Query: 788 KLICSRHLPCDEVKVGDIDLTYNGIKGPITSQCTNVRPIISGKQNPKICSSPYA 827
           KL+CS+  PC  V++GDID+ YNG  GP T  C+NV P I G Q+PK CS+P A
Sbjct: 338 KLLCSKGYPCQNVEIGDIDIKYNGADGPATFHCSNVSPKILGSQSPKACSAPAA 391

[Close]
BLAST of CmoCh13G003270 vs. TAIR10
Match: AT3G07840.1 (AT3G07840.1 Pectin lyase-like superfamily protein)

HSP 1 Score: 393.7 bits (1010), Expect = 3.9e-109
Identity = 186/351 (52.99%), Postives = 245/351 (69.80%), Query Frame = 1 

Query: 488 ALANAWKDACTSNRSSAIVIPGGIFKVKEGIFKGPCNSPIDFQLGGTLQAP-KSLQGNN- 547
           AL  A+  AC +  +S +VI  G FK+ E    GPC +P++  L GTL+A  K++QG   
Sbjct: 39  ALLKAFTSACQAPTASKVVITKGEFKLGEIEMTGPCKAPVEINLQGTLKADGKAIQGKER 98

Query: 548 WITFERIDRLTLSGEGVFDGQGKAAWKKNDCHKRINCAQLPIRI-------------TSL 607
           W+ F RI+   L+G G+FDG+G AAW+ N+CHK   C +LPI I             +S+
Sbjct: 99  WVVFLRINGFKLNGGGIFDGEGNAAWRVNNCHKTFECKKLPISIRFDFVENAEIRDISSI 158

Query: 608 DSKNFHINVLGCNNLTFHNINITAPENSPNTDGIHIGRSNRIAITMSKIATGDDCISLGD 667
           D+KNFHINVLG  N+TF N+ + AP  SPNTDGIH+GRS  + I  SKIATGDDCIS+GD
Sbjct: 159 DAKNFHINVLGAKNMTFDNVKVIAPAESPNTDGIHLGRSEGVKILNSKIATGDDCISVGD 218

Query: 668 GSKQINITNVTCGPGHGISIGSLGRYTNEEPVEGVIVNNCTIINTTNGVRIKTWPASAAS 727
           G K +++ NV CGPGHGIS+GSLGRY +E+ V G+ V NCT+  T NG+RIKTWP++A +
Sbjct: 219 GMKNLHVENVMCGPGHGISVGSLGRYVHEQDVTGITVVNCTLQGTDNGLRIKTWPSAACA 278

Query: 728 GTATNMQFLDIIMVNVSNPILIDQEYCPWNQCNRKIPSKIKISKVSFKNIRGSCATPVAI 787
            TA+ + F +II+ NVSNPILIDQEYCPWNQCN++ PS IK+  +SFKNIRG+     A+
Sbjct: 279 TTASGIHFENIILNNVSNPILIDQEYCPWNQCNKQKPSTIKLVDISFKNIRGTSGNKDAV 338

Query: 788 KLICSRHLPCDEVKVGDIDLTYNGIKGPITSQCTNVRPIISGKQNPKICSS 824
           KL+CS+  PC  V++G+I+L Y G  GP T  C+NV P + G QNPK CS+
Sbjct: 339 KLLCSKAHPCANVEIGNINLEYKGADGPPTFMCSNVSPKLVGTQNPKACSA 389

[Close]
BLAST of CmoCh13G003270 vs. TAIR10
Match: AT5G48140.1 (AT5G48140.1 Pectin lyase-like superfamily protein)

HSP 1 Score: 392.9 bits (1008), Expect = 6.7e-109
Identity = 183/351 (52.14%), Postives = 244/351 (69.52%), Query Frame = 1 

Query: 488 ALANAWKDACTSNRSSAIVIPGGIFKVKEGIFKGPCNSPIDFQLGGTLQAPKSLQGNN-W 547
           AL  A+ +AC     S ++IP G +K+ E +  GPC +PI   L GT++A  +  G   W
Sbjct: 39  ALLKAFNEACQFPTKSTVMIPKGEYKLGEIVMMGPCKAPIRIALLGTVKADGNANGKEKW 98

Query: 548 ITFERIDRLTLSGEGVFDGQGKAAWKKNDCHKRINCAQLPIRI-------------TSLD 607
           + F  I+   L+G GVFDG+G AAW+ N+CHK  NC +LPI I             TSLD
Sbjct: 99  VAFRNINGFKLNGGGVFDGEGNAAWRVNNCHKTFNCKKLPISIRFDFVTDAKIRGITSLD 158

Query: 608 SKNFHINVLGCNNLTFHNINITAPENSPNTDGIHIGRSNRIAITMSKIATGDDCISLGDG 667
           +K+FHINV+G  N+TF ++ I AP  SPNTDGIH+GRS+ I I  S I+TGDDC+S+GDG
Sbjct: 159 AKHFHINVIGAKNVTFEDVKIIAPAESPNTDGIHVGRSDGIKIINSFISTGDDCVSVGDG 218

Query: 668 SKQINITNVTCGPGHGISIGSLGRYTNEEPVEGVIVNNCTIINTTNGVRIKTWPASAASG 727
            K + +  VTCGPGHGISIGSLGRY++EE V G+ + NCT+  T NG+RIKTWP++A + 
Sbjct: 219 MKNLLVERVTCGPGHGISIGSLGRYSHEENVSGIKIINCTLQETDNGLRIKTWPSAACTT 278

Query: 728 TATNMQFLDIIMVNVSNPILIDQEYCPWNQCNRKIPSKIKISKVSFKNIRGSCATPVAIK 787
           TA+++ F +I++ NVSNPILIDQEYCPWNQCN++ PS IK++ +SFK IRG+     A+K
Sbjct: 279 TASDIHFENILLKNVSNPILIDQEYCPWNQCNKQKPSTIKLANISFKKIRGTSGNKDAVK 338

Query: 788 LICSRHLPCDEVKVGDIDLTYNGIKGPITSQCTNVRPIISGKQNPKICSSP 825
           L+CS+  PC  V+VGD+++ Y G  GP T QC+NV P + G Q PK CSSP
Sbjct: 339 LLCSKGYPCQNVEVGDVNIQYTGADGPATFQCSNVSPKLVGTQIPKACSSP 389

[Close]
BLAST of CmoCh13G003270 vs. TAIR10
Match: AT3G07830.1 (AT3G07830.1 Pectin lyase-like superfamily protein)

HSP 1 Score: 389.0 bits (998), Expect = 9.7e-108
Identity = 186/367 (50.68%), Postives = 249/367 (67.85%), Query Frame = 1 

Query: 481 KICSSP-----YALANAWKDACTSNRSSAIVIPGGIFKVKEGIFKGPCNSPIDFQLGGTL 540
           ++ SSP      AL  A+  AC S     +VIP G FK+ E +  GPC SP++  L GT+
Sbjct: 27  RLTSSPGSDITQALLRAFTTACQSPTPRKVVIPKGQFKLGEIMMSGPCKSPVEITLLGTV 86

Query: 541 QAP-KSLQGNN-WITFERIDRLTLSGEGVFDGQGKAAWKKNDCHKRINCAQLPIRI---- 600
            A   S+ G   W+ F+R+D   L+G G FDG+G AAW+ N+CHK   C +LPI I    
Sbjct: 87  LADGNSIHGKEKWVVFQRMDGFRLNGGGTFDGEGNAAWRVNNCHKTFECKKLPISIRFDF 146

Query: 601 ---------TSLDSKNFHINVLGCNNLTFHNINITAPENSPNTDGIHIGRSNRIAITMSK 660
                    +S+D+KNFHINV+G  N+TF N+ I AP  SPNTDGIH+GRS  ++I  S+
Sbjct: 147 VTNAEIRDISSIDAKNFHINVIGAKNMTFDNVKIMAPAESPNTDGIHLGRSVGVSIINSR 206

Query: 661 IATGDDCISLGDGSKQINITNVTCGPGHGISIGSLGRYTNEEPVEGVIVNNCTIINTTNG 720
           I+TGDDC+S+GDG   + + NV CGPGHGIS+GSLGRY +E+ V G+ V NCT+  T NG
Sbjct: 207 ISTGDDCVSVGDGMVNLLVKNVVCGPGHGISVGSLGRYGHEQDVSGIRVINCTLQETDNG 266

Query: 721 VRIKTWPASAASGTATNMQFLDIIMVNVSNPILIDQEYCPWNQCNRKIPSKIKISKVSFK 780
           +RIKTWP++A S TA+N+ F +II+ NVSNPILIDQEYCPWNQCN++  S IK++ +SF+
Sbjct: 267 LRIKTWPSAACSTTASNIHFENIILRNVSNPILIDQEYCPWNQCNKQKSSSIKLANISFR 326

Query: 781 NIRGSCATPVAIKLICSRHLPCDEVKVGDIDLTYNGIKGPITSQCTNVRPIISGKQNPKI 828
            IRG+     A+KL+CS+  PC+ V+VGDI++ Y G  GP T  C+NVRP + G Q PK 
Sbjct: 327 RIRGTSGNKDAVKLLCSKGYPCENVQVGDINIQYTGADGPATFMCSNVRPKLVGTQFPKA 386

[Close]
BLAST of CmoCh13G003270 vs. TAIR10
Match: AT3G14040.1 (AT3G14040.1 Pectin lyase-like superfamily protein)

HSP 1 Score: 367.9 bits (943), Expect = 2.3e-101
Identity = 185/390 (47.44%), Postives = 245/390 (62.82%), Query Frame = 1 

Query: 458 GIKGSITSQCTNVRP-------IISGKQNPKICSSPYALANAWKDACTSNRSSAIVIPGG 517
           G   S+ ++ T  +P         SG +         A A AWK+AC +   S I +P G
Sbjct: 52  GAAASVGAKVTGAKPGGASLDVKASGAKGDGKTDDSAAFAAAWKEACAAG--STITVPKG 111

Query: 518 IFKVKEGIFKGPCNSPIDFQLGGTLQAPKSLQGNN----WITFERIDRLTLSG-EGVFDG 577
            + V+   FKGPC  P+  +L G  +AP +++       WI FE +   TL+G + +FDG
Sbjct: 112 EYLVESLEFKGPCKGPVTLELNGNFKAPATVKTTKPHAGWIDFENLADFTLNGNKAIFDG 171

Query: 578 QGKAAWKKNDCHKRINCAQLPIRI-------------TSLDSKNFHINVLGCNNLTFHNI 637
           QG  AWK NDC K   C  LPI I             TS +SK FH+N+L C N+T  +I
Sbjct: 172 QGSLAWKANDCAKTGKCNSLPINIRFTGLTNSKINSITSTNSKLFHMNILNCKNITLTDI 231

Query: 638 NITAPENSPNTDGIHIGRSNRIAITMSKIATGDDCISLGDGSKQINITNVTCGPGHGISI 697
            I AP  S NTDGIHIGRSN + +  +KI TGDDC+S+GDG++ + + NV CGPGHGISI
Sbjct: 232 GIDAPPESLNTDGIHIGRSNGVNLIGAKIKTGDDCVSIGDGTENLIVENVECGPGHGISI 291

Query: 698 GSLGRYTNEEPVEGVIVNNCTIINTTNGVRIKTWPASAASGTATNMQFLDIIMVNVSNPI 757
           GSLGRY NE+PV+GV V  C I NT NGVRIKTWP S   G A+N+ F DI M NVS P+
Sbjct: 292 GSLGRYPNEQPVKGVTVRKCLIKNTDNGVRIKTWPGS-PPGIASNILFEDITMDNVSLPV 351

Query: 758 LIDQEYCPWNQCNRKIPSKIKISKVSFKNIRGSCATPVAIKLICSRHLPCDEVKVGDIDL 817
           LIDQEYCP+  C   +PSK+K+S V+ KNI+G+ AT VA+KL+CS+ +PC  + + DI+L
Sbjct: 352 LIDQEYCPYGHCKAGVPSKVKLSDVTIKNIKGTSATKVAVKLMCSKGVPCTNIALSDINL 411

Query: 818 TYNGIKGPITSQCTNVRPIISGKQNPKICS 823
            +NG +GP  S C+N++PI+SGK  P  C+
Sbjct: 412 VHNGKEGPAVSACSNIKPILSGKLVPAACT 438

[Close]
BLAST of CmoCh13G003270 vs. NCBI nr
Match: gi|147835151|emb|CAN65676.1| (hypothetical protein VITISV_002011 [Vitis vinifera])

HSP 1 Score: 578.6 bits (1490), Expect = 2.4e-161
Identity = 295/587 (50.26%), Postives = 385/587 (65.59%), Query Frame = 1 

Query: 269 LTFHNINITAPENSPNTDGIHIGRSNRIAITMSKIATGDDCISLGDGSKQINITNVTCGP 328
           +T   + I A  +S NTDGIH+GRS  + I+ + I TGDD +S+GDGS+ IN+  VTCGP
Sbjct: 1   MTLQYVTINATRDSLNTDGIHMGRSTGVNISDAIIKTGDDSLSIGDGSQHINVEKVTCGP 60

Query: 329 GHGISIGSLGRYTNEEPVEGVIVKNCTIINTTNGVRIKTWPASAASGTATNMQFLDIIMV 388
           GHGIS+GSLG+Y NEEPV GV VKNCT+INT NG+R+KTWP S AS  AT++ F DIIM 
Sbjct: 61  GHGISVGSLGKYHNEEPVVGVTVKNCTLINTMNGIRVKTWPDSPAS-VATDLHFEDIIMN 120

Query: 389 NVSNPILIDQEYCPWNQCNRKIPSKIKISKVSFKNIRGSCATPV-------AIKLICSRH 448
           NV NPILI+QEYCP++QC  K+PS++KIS VSF+ I     T            ++  R 
Sbjct: 121 NVGNPILINQEYCPYDQCQAKVPSQVKISDVSFQGICSMSGTQYKSVSKEWGFTIVAYRF 180

Query: 449 LPCDEVKVGDIDLTYNGIKGSITSQCTNVRPIIS---------GKQNPKICSSPYALANA 508
               + +  +I +  N    S+    T+V  +           G Q         AL  A
Sbjct: 181 YQTKKRETENIGMKLNIAAISLLLLLTSVAEVSGDTYFDVTKYGAQADGKTDISQALLTA 240

Query: 509 WKDACTSNRSSAIVIPGGIFKVKEGIFKGPCNSPIDFQLGGTLQAPKSLQG----NNWIT 568
           W+ AC S   S +VIP GI+ + +   +GPC +PI+  + GT++AP           W+ 
Sbjct: 241 WEAACASPIVSRVVIPAGIYALGQVTIEGPCKAPINLIVKGTVRAPVDTSRFKPQAGWVA 300

Query: 569 FERIDRLTLSGEGVFDGQGKAAWKKNDCHKRINCAQLPIR-------------ITSLDSK 628
           F+ +D+ TLSG GVFDGQG++ W +  C +   C QLPI              ITS DSK
Sbjct: 301 FQHLDQFTLSGYGVFDGQGQSVWGQK-CSRTKYCNQLPINLRFNFLTNSIIKDITSKDSK 360

Query: 629 NFHINVLGCNNLTFHNINITAPENSPNTDGIHIGRSNRIAITMSKIATGDDCISLGDGSK 688
            FHINVLGC N+TF  + ITAPE+S NTDGIHIGRS  + IT S I TGDDC+S+GDGS+
Sbjct: 361 QFHINVLGCRNITFFQVAITAPEDSQNTDGIHIGRSRGVNITHSTIQTGDDCVSIGDGSE 420

Query: 689 QINITNVTCGPGHGISIGSLGRYTNEEPVEGVIVNNCTIINTTNGVRIKTWPASAASGTA 748
           QI+IT V CGPGHGIS+GSLG Y NE PV G+ V NCT+ +TTNGVR+KT+P S+  GTA
Sbjct: 421 QIDITKVNCGPGHGISVGSLGLYKNEAPVIGIRVKNCTLSDTTNGVRVKTYP-SSPQGTA 480

Query: 749 TNMQFLDIIMVNVSNPILIDQEYCPWNQCNRKIPSKIKISKVSFKNIRGSCATPVAIKLI 808
           T M F DI+M NVSNPI+IDQEYCP NQCN ++PS++K+S +SFKNIRG+ +T +A+ L+
Sbjct: 481 TEMHFHDIVMNNVSNPIIIDQEYCPHNQCNLQVPSRVKLSNISFKNIRGTTSTELAVNLV 540

Query: 809 CSRHLPCDEVKVGDIDLTYNGIKGPITSQCTNVRPIISGKQNPKICS 823
           CS+  PC +V++G+IDL Y G +G  +SQC NV   + G Q PK C+
Sbjct: 541 CSKGAPCQKVELGNIDLKYTGPEGTASSQCKNVEATLWGTQQPKTCA 584

[Close]
BLAST of CmoCh13G003270 vs. NCBI nr
Match: gi|659111053|ref|XP_008455553.1| (PREDICTED: exopolygalacturonase-like [Cucumis melo])

HSP 1 Score: 558.1 bits (1437), Expect = 3.4e-155
Identity = 264/351 (75.21%), Postives = 297/351 (84.62%), Query Frame = 1 

Query: 150 ALANAWKDACTSNRSSAIVIPGGIFNVKEGIFKGPCNSPIDFQLGGTLQAPKSLQGNNWI 209
           AL +AW DAC S R SA+VIP G F V+EG FKGPC SP++ ++ GTLQAPK   G++WI
Sbjct: 50  ALKDAWNDACASLRPSAVVIPKGTFKVREGEFKGPCKSPVEVRVRGTLQAPKHPHGDSWI 109

Query: 210 TFERIDRLTLSGEGVFDGQGKAAWKKNDCHKRINCAQLPI-------------RITSLDS 269
           TF  +DR+TLSG GVFDGQGKA W+KNDCHK I+CA+LPI             RITSLDS
Sbjct: 110 TFAYVDRMTLSGGGVFDGQGKAGWEKNDCHKHISCARLPISLRFNFITNSIVRRITSLDS 169

Query: 270 KNFHINVLGCNNLTFHNINITAPENSPNTDGIHIGRSNRIAITMSKIATGDDCISLGDGS 329
           KNFH+N+LGCNNLTF  +NI APE+SPNTDGIHIGRS  I+I  S+IATGDDCISLGDGS
Sbjct: 170 KNFHVNILGCNNLTFDGVNIIAPEDSPNTDGIHIGRSIGISILKSRIATGDDCISLGDGS 229

Query: 330 KQINITNVTCGPGHGISIGSLGRYTNEEPVEGVIVKNCTIINTTNGVRIKTWPASAASGT 389
           K++ ITNVTCGPGHGISIGSLG+YTNEEPVEGVIVKNCTI+NTTNGVRIKTWPAS  +G 
Sbjct: 230 KRVKITNVTCGPGHGISIGSLGKYTNEEPVEGVIVKNCTIMNTTNGVRIKTWPASPVAGI 289

Query: 390 ATNMQFLDIIMVNVSNPILIDQEYCPWNQCNRKIPSKIKISKVSFKNIRGSCATPVAIKL 449
           ATNM FLDI MVNVSNPILIDQEYCPWNQCNRKIPSKIKI+KVSFKNIRGS ATPVA+KL
Sbjct: 290 ATNMHFLDITMVNVSNPILIDQEYCPWNQCNRKIPSKIKINKVSFKNIRGSSATPVAVKL 349

Query: 450 ICSRHLPCDEVKVGDIDLTYNGIKGSITSQCTNVRPIISGKQNPKICSSPY 488
           ICS +LPC+EVKV +IDL YNGIKGS+TS+C NV+PIISG QNP ICSS Y
Sbjct: 350 ICSSNLPCEEVKVANIDLVYNGIKGSLTSECMNVKPIISGTQNPPICSSSY 400

[Close]
BLAST of CmoCh13G003270 vs. NCBI nr
Match: gi|778730103|ref|XP_011659699.1| (PREDICTED: exopolygalacturonase-like [Cucumis sativus])

HSP 1 Score: 555.8 bits (1431), Expect = 1.7e-154
Identity = 264/355 (74.37%), Postives = 296/355 (83.38%), Query Frame = 1 

Query: 488 ALANAWKDACTSNRSSAIVIPGGIFKVKEGIFKGPCNSPIDFQLGGTLQAPKSLQGNNWI 547
           AL +AW DAC S+R SA+VIP G FKV+EG FKGPC SPI+F++ GTLQAPK   G++WI
Sbjct: 34  ALKDAWNDACASDRPSAVVIPKGTFKVREGEFKGPCKSPIEFRVHGTLQAPKHPHGDSWI 93

Query: 548 TFERIDRLTLSGEGVFDGQGKAAWKKNDCHKRINCAQLPI-------------RITSLDS 607
           TF  +DR+ LSG GVFDGQGKA W+KNDCHKRI+CA+LPI             RITSLDS
Sbjct: 94  TFAYVDRMRLSGGGVFDGQGKAGWEKNDCHKRIDCAKLPISLRFDFITNSIVRRITSLDS 153

Query: 608 KNFHINVLGCNNLTFHNINITAPENSPNTDGIHIGRSNRIAITMSKIATGDDCISLGDGS 667
           KNFH+N+LGCNNLTF  +NI APENSPNTDGIHIGRS  I+I  S+IATGDDCISLGDGS
Sbjct: 154 KNFHVNILGCNNLTFQGVNIIAPENSPNTDGIHIGRSIGISILKSRIATGDDCISLGDGS 213

Query: 668 KQINITNVTCGPGHGISIGSLGRYTNEEPVEGVIVNNCTIINTTNGVRIKTWPASAASGT 727
           K+I + NV CGPGHGISIGSLG+Y NEEPVEGVIVNNCTIINTTNGVRIKTWPAS  +G 
Sbjct: 214 KRIKVNNVICGPGHGISIGSLGKYNNEEPVEGVIVNNCTIINTTNGVRIKTWPASPVAGI 273

Query: 728 ATNMQFLDIIMVNVSNPILIDQEYCPWNQCNRKIPSKIKISKVSFKNIRGSCATPVAIKL 787
           ATNM F DI MVNVSNPILIDQEYCPWNQCNR+IPS IKI+KVSFKNIRGS ATPVA+KL
Sbjct: 274 ATNMHFSDITMVNVSNPILIDQEYCPWNQCNREIPSNIKINKVSFKNIRGSSATPVAVKL 333

Query: 788 ICSRHLPCDEVKVGDIDLTYNGIKGPITSQCTNVRPIISGKQNPKICSSPYALAN 830
           ICS +LPC+EVKV +IDL YNGIKG ITS+C NV+PIISG QNP ICSS Y  A+
Sbjct: 334 ICSSNLPCEEVKVANIDLVYNGIKGSITSECMNVKPIISGIQNPPICSSSYTTAS 388

[Close]
BLAST of CmoCh13G003270 vs. NCBI nr
Match: gi|700188231|gb|KGN43464.1| (hypothetical protein Csa_7G037910 [Cucumis sativus])

HSP 1 Score: 555.8 bits (1431), Expect = 1.7e-154
Identity = 264/355 (74.37%), Postives = 296/355 (83.38%), Query Frame = 1 

Query: 488 ALANAWKDACTSNRSSAIVIPGGIFKVKEGIFKGPCNSPIDFQLGGTLQAPKSLQGNNWI 547
           AL +AW DAC S+R SA+VIP G FKV+EG FKGPC SPI+F++ GTLQAPK   G++WI
Sbjct: 49  ALKDAWNDACASDRPSAVVIPKGTFKVREGEFKGPCKSPIEFRVHGTLQAPKHPHGDSWI 108

Query: 548 TFERIDRLTLSGEGVFDGQGKAAWKKNDCHKRINCAQLPI-------------RITSLDS 607
           TF  +DR+ LSG GVFDGQGKA W+KNDCHKRI+CA+LPI             RITSLDS
Sbjct: 109 TFAYVDRMRLSGGGVFDGQGKAGWEKNDCHKRIDCAKLPISLRFDFITNSIVRRITSLDS 168

Query: 608 KNFHINVLGCNNLTFHNINITAPENSPNTDGIHIGRSNRIAITMSKIATGDDCISLGDGS 667
           KNFH+N+LGCNNLTF  +NI APENSPNTDGIHIGRS  I+I  S+IATGDDCISLGDGS
Sbjct: 169 KNFHVNILGCNNLTFQGVNIIAPENSPNTDGIHIGRSIGISILKSRIATGDDCISLGDGS 228

Query: 668 KQINITNVTCGPGHGISIGSLGRYTNEEPVEGVIVNNCTIINTTNGVRIKTWPASAASGT 727
           K+I + NV CGPGHGISIGSLG+Y NEEPVEGVIVNNCTIINTTNGVRIKTWPAS  +G 
Sbjct: 229 KRIKVNNVICGPGHGISIGSLGKYNNEEPVEGVIVNNCTIINTTNGVRIKTWPASPVAGI 288

Query: 728 ATNMQFLDIIMVNVSNPILIDQEYCPWNQCNRKIPSKIKISKVSFKNIRGSCATPVAIKL 787
           ATNM F DI MVNVSNPILIDQEYCPWNQCNR+IPS IKI+KVSFKNIRGS ATPVA+KL
Sbjct: 289 ATNMHFSDITMVNVSNPILIDQEYCPWNQCNREIPSNIKINKVSFKNIRGSSATPVAVKL 348

Query: 788 ICSRHLPCDEVKVGDIDLTYNGIKGPITSQCTNVRPIISGKQNPKICSSPYALAN 830
           ICS +LPC+EVKV +IDL YNGIKG ITS+C NV+PIISG QNP ICSS Y  A+
Sbjct: 349 ICSSNLPCEEVKVANIDLVYNGIKGSITSECMNVKPIISGIQNPPICSSSYTTAS 403

[Close]
BLAST of CmoCh13G003270 vs. NCBI nr
Match: gi|147835149|emb|CAN65674.1| (hypothetical protein VITISV_002009 [Vitis vinifera])

HSP 1 Score: 521.9 bits (1343), Expect = 2.7e-144
Identity = 285/649 (43.91%), Postives = 389/649 (59.94%), Query Frame = 1 

Query: 488  ALANAWKDACTSNRSSAIVIPGGIFKVKEGIFKGPCNSPIDFQLGGTLQAPKSLQG---- 547
            A  +AWK ACT    S +V+ GG + V    F+GPC +P+ F++ GTL+AP  L      
Sbjct: 668  AFMSAWKVACTCTDPSTVVVXGGTYVVGPVQFQGPCRAPMGFRVQGTLKAPTDLNRFELQ 727

Query: 548  NNWITFERIDRLTLSGEGVFDGQGKAAWKKNDCHKRINCAQLPIRITSLDSKNFHINVLG 607
            + W+ F+ ID L +SG G F+GQG  AW +N+C +   C                     
Sbjct: 728  DGWVIFQDIDXLIISGGGTFBGQGHTAWGQNNCARTGTC--------------------- 787

Query: 608  CNNLTFHNINITAPENSPNTDGIHIGRSNRIAITMSKIATGDDCISLGDGSKQINITNVT 667
              NL    + I A  +S NTDGIH+GRS  + I+ + I TGDD +S+GDGS+ IN+  VT
Sbjct: 788  --NLLLVYVTINATGDSLNTDGIHMGRSTGVNISDAIIKTGDDSLSIGDGSQHINVEKVT 847

Query: 668  CGPGHGISIGSLGRYTNEEPVEGVIVNNCTIINTTNGVRIKTWPASAASGTATNMQFLDI 727
            CGPGHGIS+GSLG+Y NEEPV GV V NCT+INT NG+R+KTWP S AS  AT++ F DI
Sbjct: 848  CGPGHGISVGSLGKYHNEEPVVGVTVKNCTLINTMNGIRVKTWPDSPAS-VATDLHFEDI 907

Query: 728  IMVNVSNPILIDQEYCPWNQCNRKIPSKIKISKVSFKNIRGSCATPVAIKLICSRHLPCD 787
            IM NV NPILI+QEYCP++QC          +K        +CA+P+  +++    +P  
Sbjct: 908  IMNNVGNPILINQEYCPYDQCQ---------AKALLTAWEAACASPIVSRVV----IPAG 967

Query: 788  EVKVGDIDLTYNGIKGPITSQCTNVRPIISGKQNPKICSSPYALANAWKDACTSNRSSVI 847
               +G +      I+GP  +    +  I+ G     + +S +     W            
Sbjct: 968  IYALGQVT-----IEGPCKAP---INLIVKGTVRAPVDTSRFKPQAGW---VAFQHLDQF 1027

Query: 848  VIPGGIFKVKEGIFKGPCNSPIDFQLGGTL---QAPKSLQGNNWITFERIDRLTLSGEGQ 907
             + G       G+F G   S    +   T    Q P +L+ N ++T   I  +T S + +
Sbjct: 1028 TLSG------YGVFDGQGQSVWGQKCSRTKYCHQLPINLRFN-FLTNSIIKDIT-SKDSK 1087

Query: 908  ELPYQRPRRQQPHFHDINITAPENSPNTDGIHIGRSNRIAITMSKIATGDDCISLGDGSK 967
            +        +   F  + ITAPE+S NTDGIHIGRS  + IT S I TGDDC+S+GDGS+
Sbjct: 1088 QFHINVLGCRNITFFQVAITAPEDSQNTDGIHIGRSRGVNITHSTIQTGDDCVSIGDGSE 1147

Query: 968  QINITNVTCGPGHGISIGSLGRYTNEEPVEGVIVNNCTIINTTNGVRIKTWPASAASGTA 1027
            QI+IT V CGPGHGIS+GSLG Y NE PV G+ V NCT+ +TTNGVR+KT+P S+  GTA
Sbjct: 1148 QIDITKVNCGPGHGISVGSLGLYKNEAPVIGIRVKNCTLSDTTNGVRVKTYP-SSPQGTA 1207

Query: 1028 TNMQFLDIIMVNVSNPILIDQEYCPWNQCNRKIPSKIKISKVSFKNIRGSCATPVAIKLI 1087
            T M F DI+M NVSNPI+IDQEYCP NQCN ++PS++K+S +SFKNIRG+ +T +A+ L+
Sbjct: 1208 TEMHFHDIVMNNVSNPIIIDQEYCPHNQCNLQVPSRVKLSNISFKNIRGTTSTELAVNLV 1259

Query: 1088 CSRHLPCDEVKVGDIDLTYNGIKGPITSQCTNVRPIISGKQNPKICSSS 1130
            CS+  PC +V++G+IDL Y G +G  +SQC NV   + G Q PK C+ +
Sbjct: 1268 CSKGAPCQKVELGNIDLKYTGPEGTASSQCKNVEATLWGTQQPKTCAQA 1259

The following BLAST results are available for this feature:
BLAST of CmoCh13G003270 vs. Swiss-Prot
Match NameE-valueIdentityDescription
PGLR_OENOR1.8e-11155.68Exopolygalacturonase (Fragment) OS=Oenothera organensis PE=2 SV=1[more]
PGLR_BRANA7.2e-10551.40Polygalacturonase OS=Brassica napus PE=2 SV=1[more]
PGLR_TOBAC8.0e-10450.99Polygalacturonase OS=Nicotiana tabacum GN=PG1 PE=2 SV=1[more]
PGLR_GOSHI8.8e-10351.14Polygalacturonase OS=Gossypium hirsutum GN=G9 PE=2 SV=1[more]
PGLR_GOSBA4.4e-10250.86Polygalacturonase OS=Gossypium barbadense GN=G9 PE=2 SV=1[more]
BLAST of CmoCh13G003270 vs. TrEMBL
Match NameE-valueIdentityDescription
A5BHX0_VITVI1.7e-16150.26Putative uncharacterized protein OS=Vitis vinifera GN=VITISV_002011 PE=3 SV=1[more]
A0A0A0K3B7_CUCSA1.2e-15474.37Uncharacterized protein OS=Cucumis sativus GN=Csa_7G037910 PE=3 SV=1[more]
A5BHW8_VITVI1.9e-14443.91Putative uncharacterized protein OS=Vitis vinifera GN=VITISV_002009 PE=3 SV=1[more]
F6HHK3_VITVI6.3e-13252.08Putative uncharacterized protein OS=Vitis vinifera GN=VIT_12s0057g00380 PE=3 SV=... [more]
F6HHK2_VITVI6.6e-12148.66Putative uncharacterized protein OS=Vitis vinifera GN=VIT_12s0057g00370 PE=3 SV=... [more]
BLAST of CmoCh13G003270 vs. TAIR10
Match NameE-valueIdentityDescription
AT3G07820.11.1e-11153.95 Pectin lyase-like superfamily protein[more]
AT3G07840.13.9e-10952.99 Pectin lyase-like superfamily protein[more]
AT5G48140.16.7e-10952.14 Pectin lyase-like superfamily protein[more]
AT3G07830.19.7e-10850.68 Pectin lyase-like superfamily protein[more]
AT3G14040.12.3e-10147.44 Pectin lyase-like superfamily protein[more]
BLAST of CmoCh13G003270 vs. NCBI nr
Match NameE-valueIdentityDescription
gi|147835151|emb|CAN65676.1|2.4e-16150.26hypothetical protein VITISV_002011 [Vitis vinifera][more]
gi|659111053|ref|XP_008455553.1|3.4e-15575.21PREDICTED: exopolygalacturonase-like [Cucumis melo][more]
gi|778730103|ref|XP_011659699.1|1.7e-15474.37PREDICTED: exopolygalacturonase-like [Cucumis sativus][more]
gi|700188231|gb|KGN43464.1|1.7e-15474.37hypothetical protein Csa_7G037910 [Cucumis sativus][more]
gi|147835149|emb|CAN65674.1|2.7e-14443.91hypothetical protein VITISV_002009 [Vitis vinifera][more]
Annotated Terms
The following terms have been associated with this gene:
Vocabulary: INTERPRO
TermDefinition
IPR000743Glyco_hydro_28
IPR006626PbH1
IPR011050Pectin_lyase_fold/virulence
IPR012334Pectin_lyas_fold
Vocabulary: Molecular Function
TermDefinition
GO:0004650polygalacturonase activity
Vocabulary: Biological Process
TermDefinition
GO:0005975carbohydrate metabolic process
GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0071555 cell wall organization
biological_process GO:0005982 starch metabolic process
biological_process GO:0005985 sucrose metabolic process
biological_process GO:0005975 carbohydrate metabolic process
cellular_component GO:0005576 extracellular region
molecular_function GO:0004650 polygalacturonase activity
Relationships

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

Feature NameUnique NameType
CmoCh13G003270.1CmoCh13G003270.1mRNA


InterPro
Analysis Name: InterPro Annotations of Cucurbita moschata
Date Performed: 2017-05-19
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR000743Glycoside hydrolase, family 28PFAMPF00295Glyco_hydro_28coord: 497..809
score: 1.5E-88coord: 24..133
score: 4.2E-26coord: 159..471
score: 4.3E-88coord: 913..1114
score: 2.0
IPR000743Glycoside hydrolase, family 28PROSITEPS00502POLYGALACTURONASEcoord: 323..336
score: -coord: 966..979
score: -coord: 661..674
scor
IPR006626Parallel beta-helix repeatSMARTSM00710pbh1coord: 989..1010
score: 2.3coord: 316..336
score: 5600.0coord: 266..292
score: 36.0coord: 909..935
score: 2700.0coord: 654..674
score: 5600.0coord: 604..630
score: 36.0coord: 959..979
score: 5600.0coord: 346..367
score: 0.44coord: 684..705
score:
IPR011050Pectin lyase fold/virulence factorunknownSSF51126Pectin lyase-likecoord: 488..822
score: 9.11E-95coord: 826..1127
score: 2.04E-81coord: 25..146
score: 2.27E-28coord: 150..484
score: 1.23
IPR012334Pectin lyase foldGENE3DG3DSA:2.160.20.10coord: 150..485
score: 5.5E-99coord: 826..1127
score: 1.7E-79coord: 488..823
score: 4.7E-99coord: 25..147
score: 4.3
NoneNo IPR availablePANTHERPTHR31375FAMILY NOT NAMEDcoord: 488..857
score: 1.2E
NoneNo IPR availablePANTHERPTHR31375:SF37PECTIN LYASE-LIKE SUPERFAMILY PROTEIN-RELATEDcoord: 488..857
score: 1.2E

Synteny
The following gene(s) are orthologous to this gene:
GeneOrthologueOrganismBlock
CmoCh13G003270CmaCh13G003100Cucurbita maxima (Rimu)cmacmoB218
The following gene(s) are paralogous to this gene:

None

The following block(s) are covering this gene:
GeneOrganismBlock
CmoCh13G003270Cucumber (Chinese Long) v3cmocucB0221
CmoCh13G003270Watermelon (97103) v2cmowmbB198
CmoCh13G003270Wax gourdcmowgoB0259
CmoCh13G003270Cucumber (Gy14) v1cgycmoB0594
CmoCh13G003270Cucurbita maxima (Rimu)cmacmoB395
CmoCh13G003270Wild cucumber (PI 183967)cmocpiB192
CmoCh13G003270Cucumber (Chinese Long) v2cmocuB188
CmoCh13G003270Watermelon (Charleston Gray)cmowcgB179
CmoCh13G003270Cucurbita pepo (Zucchini)cmocpeB204
CmoCh13G003270Cucumber (Gy14) v2cgybcmoB057
CmoCh13G003270Melon (DHL92) v3.6.1cmomedB203