Sgr026613 (gene) Monk fruit (Qingpiguo) v1

Overview
NameSgr026613
Typegene
OrganismSiraitia grosvenorii (Monk fruit (Qingpiguo) v1)
DescriptionPyruvate decarboxylase
Locationtig00153033: 1840260 .. 1877799 (+)
RNA-Seq ExpressionSgr026613
SyntenySgr026613
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.
ATGGCTGCCGATACCCCCATGCTTAAGACTGTAACTAATGGCGTAGTAGGCGCCGATAAACTTTGCAGCCAACAACGCCGAAGCAATGGCGCATCAGTCGTCGTTATCCCAGCGCCCACCACCACCCCATCGACGCTGGGCCACTACCTTTCCCGCCGCCTCGTTCAGATCGGTGTCTCCGACATCTTTTCCGTTCCGGGAGACTCCAATCTTCTCCTCCTCGATTACTTCGTTGCAGAACAAGGGCTGAACCTCGTCGGCTGCTGTAGCGAGCTCAATGCTGGCTACGCCGCCGATGGCTACGCCAGGCGTCGCGGCGTCGGAGCCTGTGCTGTCACCTTCACCGTCGGTGGTCTCAGCCTCATCAACGCCATTGCCGGGGCTTACTGCGAGGATCTTCCGGTGGTTTGCATCGTCGGTGGCCCAAACTCGAATGATTATGGCAGTAAAAAGATTCTCCACCATACGATTGGGTTGCCGGATTTCAGCCAAGAACTCCGGTGCTTTCAAAATGTCACGTGTTATCAGGTAGTATTCGAAACGAGAAATAGATAAAAAGGGATGCGTACGTGAAATTAACTTCATCTGATTCTGGTGCTTTTTTTATCTCTACTTCTTGTGTGTAGGCCATTATCGATAATCTGGAAGACGCACAGTGGCAGATAGATACTGCAATTTCGAAGTGTTTGGAAGAGAGCAAGCCAGTTTACATTAGCATTTGCTGCAATTTGGTGGCCATTCCTCATCCTTCTTTCTCAATGAAACAACTCATCCCACTCTCTCTCTCTATCAAGTAATAATTCCTTCCACCCGTTCATGCTCTTATCTGTGAGAAAAAAATGGTGGTCGTTTTTAATCTTTATTTTCTGCTGAATGGTTTCTCAGACAAAGTAACCAGATGGGTTTGGAGGTAGCGGTGGAGAAGGCAGCTCAGCTGCTGAATAGTGCCGTAAAACCAGTGATGGTGGCGGGAAGAAGCTGCGACCCGCCAAAGCCCAGGCCGAGTTCGTCGAGCTGGCAGACGCTTGTGGGTATGCGGTCGCCGTTACGCCGTCGGCGAAAGGTATGTTCCCGGAGAACCACCCTCATTTCATCGGCACTTACTGGGGAGCAGTCAGCACCTCCTACTGCGGCGAGACGGTGGAAATAGCGACGCCTCGATCTTCGCCGGGGCAACTTTAGACGAACTGGAAACCGTAGGTTTCTCGCTTTCGTACAAGAGGAACAAGGCGATTATTGTAGAGCCAGAACGCGTTGTGTGTCCAAATGGGCCGAGTATTGGGCCGATTTTAATGAAGGAGTTCCTTCGGGCCCTAGCTAAGCGGCTGAAGCCCAATCCAAAGGCTTACGAGAACTATCGCCGGATTTATACTCCGGAGGCGGGTCCCCTCCAATCGGGTCCGGGCGAGGCCTTGCGGGTCAACGTTCTTTTCAAACATATCCAGAAAATGTTATTAGTAACATGGCTGTGATATCTGAGACGGGTGACTCTTGGTTTCAGTGTCAAAAACTTAAATTACCACAATATGCGGGTAAAAACCAGTTTTTTTACTAAATATTTTTTAATAATTCTTAGAATAAAAATATTTTTAATTGATAGGACTGGTTTGATAATAATTATATTTCTTTATTTTGTATAATCTTTTTAAAATCATTGGAAAATCTACAAACTAAAAAAAAAAAAAATCGATTTAATGATATTTTTTAGTTTTCAATATTTTAAAATTAAGTTTTTTTGCAAAAGATTTATTTGACTATGTGGTTGCACATATAGATATGCCACATAATATTTTGAGTATAATATGAAATGACATTGAAGAAATGTAGGTATGAGATGCAATTGCTATATGGATCTCTTGGATGGTCTTTGGGTGCCACTCTCGGATATACACAAGCTACACTGGACGAACGAGTGATTCTTTGCATCGGTGATGGAAGCTTTCAGGTCAACTTTCATTTTAATAGATTTAAATTCTTGTCTACTTGTTGAGTTTTCAAGCTTATTCTAATCTAAAATTCTTGTTTTTAATATGTTTTATTCTATTCTTTCACAAATTTTGATGGCAGGAACCAAAACAATTTTTTATGCTAAGTCTAAAAATTGCAATATGAATATTCAAAATAGAACTCTAACCCATTTAAATAGTTATCAATTTTTTTTATTTGAAATAAATGGAATGATTGTGGTGGTAGATGGCTCCACAAGATGTGTCAACAATGCTAAGGTTGGGACAAAAGAACATAATATTTTTGATAAATAACGGTGGATATACCATTGAAGTAGAGATTCACGATGGCCCTTACAATGTGATCAAGAATTGGGACTACACTGCCATTGTCAATGCCATGCACAATGGTGATGGCAACTGTTGGACTACCAAGGTAAAATCTCAGTATGTTTTTCACTTTTATCTTCATACATGCTATCACAATCTATGAGAAAACAACTTAAAAAAAATATAGTTGTATGAAAATAGGCATGTTTTCACAATTTTTTTTTTAAAAAAAAGTTCCAAAACAAGCATAGATTTCCTTAGGGCCATGCCACTAGTTTTTCTATATCAAATGCACAAGGACAAGTATTTTTCCAATTAAATTAGTTGAATATATATAAGTTAGTCAAGAGGGAGAAGGTATGTGTGTGTGTGTGAGTGAGCGTGTATATATATGTGTGTGTATGTATGTATATATGTTTGTATTTTTTAAAACTTTTTTTTATTTATAAATTTTGGGTTTGCATGTAGGTTCAAACAGAGGAAGAGTTGGTGAAAGCAATTGAAATAGCAATGGGAGATCGAAATGATTGCTTGTGCTTCATAGAGGCTATTGTTCATAGAGATGATACTAGTAAAGAGTTACTTGAATTTGGAAGCAAGATTGCTGCTATCAATAGTCGTCCTCCCAAACTTTTATGATTTTTTTTTTAAAAAAGAAACTTTTTGATTTGTCGACTTTTGAATGTTGACTATATGTGATGTTATCTCATTTTCAATCTAAGTGTCATGAATTTTGTCGTTCTTATATGCTGATTTGCTCTTATCTTAATTGAGATGGTTCAAATTCACTTGTTTAAAATAAAATTCAAAATATTAATTGCATGGCTAAAGTAGTTAAGTGGTGGAGATCATATAGTGGGTGGGACTACGTACATATACATACACGTGTACTAGGCTAAAAAAAAACCTATTTAATTTCTAAACTTTCCAAATATCTATTTTAGTATCTAAACTTTAAAAAAGGAAAATTTAGTTATTGCTATGGTTAAATTATAAGTTTGGTCCCTGAACTTTTAGAGTTATATCTAATAGGTCTACAAACTTTAAAAAGTGTGTTATAGGTCTGTAAACTTTCAATATTATATCTTATAAGTCATTGAACTTTAAAAGATGTTTAAAACTTTCAATAATGTGTCTAATAAATTCTTGAACTTTAAAAAGTGTTTAATAGGTCCTTAAACTCTTAATTTTGTATCTAATAAGTCCTAAACTTTCAATTTTGAGTCTAATAGATCTTTGAACTATTATTTTAAGTATCTAAACTTAGACATTTTTTAAAGTTGAGAGAACTTATTGGACACAAAATTGAAAGTTTAAGGACTTATTAGACATTTTTTAAAGTTTATGGACTTATTAGACACAAAACTGAAAGTATAAAGACTTATTAGACACTTTTAAAAGTTCAGAAACTTATTAGACACAACTCTTAAAATTTAGGGACCAACTTGTAATTTAACTATAACAATAACTAAAATTATTATTTCTTGGAAAGTTTAGATACTAAAATATATGTTTTGAAAATTTAGAAATTAAAATGATTATTTTTTTAAAAAATTTTGATACTAAAATAGACATTTTAAAAATATAGGACTAAAATAGAGACTAAAGTAGGACTTGAACCATAATTTTATTTCTTCTTCCTAATTTTGAGGCTGAAAACTGCACCAAAAAAAAAAAAGATTTTTTTTTTTTTAAAGAGACGAAACCAAACTGCAAATTTTCAATCCTTTCAAGCTCTGTTTTATCTAACTCTTGAGGGTTGGTTTTGAATGTTCCATTTAGATTTTTTTTTTTCCATTTTCTGAACTTCATTCATTATCCAAGAATTTTCCATTATGTGAAAAATCAAAACTTGAACACTTTGTTTGTCAATTAGTTCTTTAACCCATAAAATCAGTAAGAGTATATTGATCTTTGTCTCGATGTAAAATGATCATGTTCGATATTAATTTCAAAAAAGGATCAAGTGAGTAGGTTTGATTTTTATAATATATATATATATAATTTCAATCGAAATTCTCAAGAGGTGCTTGAAAACAAATTTGGGTTAGAAATGGGTCAAACTACTATAATATTATCGTGAAGTGCATATTAAATGTCAAAAAATTGAATAGGTATGATAACGATGAATTTTTTTTTTTTTTTTTTAAATTAACTTTAAGGAACTTTTTTGTTTAATTTTTTTCATGATAGAAAATAAGAGATAGTTACTAAGATATATTTATATGCTTCTTTTCTTTTGTTAGTAAACACAAAACAAAGAATAAGAGATGATAAAATGATTATCAAACATTTTTCTTTTTCAAAAAACAAGAAACCAAAAAGAAAAAAATCAAAAATAGAAAATGAGAAATAAGAATAGTATTCATATAGTAGATATTATCCAAGTTAGGACCATATTAATAATGACAATTAAAAAGCATTTAAAAAACTAACAATGCTAAAGCATTTCAAAAACTCAGAACGTACAACTATACATCTACATCAATGAAAAGGTAGATAAACAATCATGATGCAAAGTTCTAAACAATGAAACTAACAATTCAAAAGCATTTCAAAGACTCTATACATGTTTTGTTAACTTTTTGTTATGAAACACTCATGTTTACAAACTTGGGAAGATAGACACGTAAGTACGATTGTTCATACTTTTCTCCAATGGAAGAATAAAATATCTTGTTGGTACCCATCTAAATTGTAATGATATTTATAATTATGGTTCATATTTTCTGTCTCCAATGAAAAAAAAAATTGAAATATCTTGAGACTTTACCACTTGATCATGGGCATATCAAAAGTAACTTTAATAGAACAAGAAGTTGTTTGTAAGATATTGGGCTATGGGACAAAAATCTTTCATGTATTCTAACAACTCTCAAAATCAAAGGCTTGATTGAGGTAGCAAAATTAAGTGGAGGACACTTTGTTTTGCATTTTATGCGTCGAGCTAGAAAATTTTATAGAAAAATTTTACATTCTAATCTTTATATATATAATATAAACTTTTTAAAATAATAATTTTTAATTTAATACGAATTAAGGGACAATTTTCCTCTTCTTCCTTTTTTGTTCCGTCCTTGTTGCATTCTATTTATTCTTATAAAAAAGAAGGATACTTGGCTTCATGTCTTCTAAACTCTCTCTTGTAGCCTGTGGGTGATCCTTTGCTCCTTTTGAGTAAATTACAACATTTGTTGAGTAATTCATTTTCTTTTATTTGAAAATAATTTTTGGCGTTTAATATCGATTAAGTAATCGTATGGTACCAGCGGATAAAAAGATCTTAATATAATAAGTTCTCGTCAAAGCCGTTACTATATTTTTCGTTAAGATCGATTAAAAATAGTTAATATAGATGCACATCATCAAAAAATAATTATAAATCACATTTTTGTGCATTGTTTATTTTGGAAATTATACTATTATATTTTTTAAATGGTTTTAAACACCTGGAAATCTATAAATTGTACCATTCGGTTAAAATTTACTATTATTTTAAAAAGGATTGAAATAAAAAACTAAGAGAAGATCAAAATCATTATGGATCTTAGATGTGAGCCATATTTTAAAAACTAAAATAAAAGTTTTCAAAATTTTGTTTATTAATTAATATTTCAAAAGCGTCTTTAAAACAAATCATGAATAAACTATTTTACTTTCTAAAATAAAAAAGTAAAAAATAAAATTATTACAAATTTTAGATGTAATAATAAATTTAAAGTAAATTACACAAATCACCCATAAATGATAGTAATTGTTATAATTATATTAATCTTAGACTTGCATACATTGAAAAATCAGACCCTAACATTACTAATAAAAATTTTCCATTTGATGAAAGAGAAAAATATAGCTGCAATTTTTTTTAAAAAAAGTCTCTTTCCCCCTCTGCCACACTCAAAAAAACTCTCTCTCTCTAACATGCTACTCTTTCTAAAAAAAAGCCTCATTCTCTCTCTTACATGCGCATCTCTCTTAAAAAATCTCTCTTTCTCTCTTTATATATATATTTTAATATTTATGTAATAAGGATGAAATTATTGAATTATCTCAAATCGGGAGAAATTATTGGATGAGGCCGCTAATGTGGCTGCCTCCTCAATAATTGTTGGATGCAAATCTAAAAACTTCATGCCCTCTAATAATCGTTGGATATAAATTTAAAATACTTCTCTCTCATACATCCAACGGTATAAAACTATAAGCCACATTGTGGTGGCCTCATCCAATAATTTCTCCTCGAGTCAGTCACAAAAAATATTTTTAAGTGGAATTTTATATGTTGAGCTAGATTTTAGAGTTGAGAAATATCAATTCATGGGAGATTGGTTTATTATACAATTAATTTTATGGGAGAAACTAAAAAATAACTTAAAAAATTAATATATCATAAATGGCAAAAATAAAATACAAATAAAAAATGTATCTTACATTTCATACGTCGAAATCACACAATATACTAGTTTCAAAAAGAATAAAAGTATGTCAATTTGAATATAGTTCAATTGATAAGACACAAATTATCTTCTTCAATCGGATCAATCCCAATGTCATATTTAAAAAAATATTATTTTATTATGTTAATTGGTAAAATAATTGTTTTATGAGGGGTGTCTTGTATTTCTCCCTTCGTTGTCTTCGACTCTGGAATTTTATGTACGAAAATTTTGGATTCATTTGCATATATATTAAACTATTTAAAGTTTAAAAAATAGTTTAAATCCCATTTTGATCTATGAGCTTTTAAATTTATTTCATTTGGTCATAAATTTTTAAAATGTTTATTTTAGTACGTAAAACTATAAAAATAACATTTTGATCCCTCAATTTTAGAATAATAATTATTTGAAAAATATCAATTTTAACCCCTAAACTTTGCAATGTGTATCAATTTTCACCATAAATTTTTAATTTCATCAAATTACATCTTAAACTTAGATAAATGTTGCAATTTTTTACTTAAATTTGATTAAGTGTTGCAATTTTTACCCTTGGATAATTTTTTGTTTAAATCGTTAAAAAAAGTATTCTCATGTGCATTTAATGAATTATAAAACATATATCCGATATGAAATTAATAGGACTTCAGAGAAAAACGACATTAGAGCTAGTTTTTTGTTGACATTCGTAAGTTTTGATAGAGCTATTCAATGATCGATTTGTGCAATGATTAAACTTAATTTTGTGCAAAACTTGATTTTATTAAAATTAGTGAGTTTTTGGAGACTTTAACATTGCTATTTGTTAAAATTAGTGGATAAATTAGCGGAAATTGAACTGAAGGTAAAATTGCAACACTTATGTAAGTCTAGGCTCTAATTTGATGAAATTGAAAGTTTATGGTGAAAATTGATACATCTTGCCAGTTTAGGGGTAAAAAATGATTTTTTTTCTAATTATTTTGGTTTTTCAACTTTCAAAATGTCTATTTTAGCCCTCAAATTATAAAAAATTAACCATTTTAGTCCTTACTCTTATTCTCCCACCTAATATCTACCCATCCAATATACAGTATATATATATCTAAAGCCACGATATTTAAACAATTGATGATAAACTAACAATAAAGACCAAAATTATTATTTTTTAAAATTCATGACTAAAATAGATATTTTGAAGATTCATAGACTAAAATTGATGAAACTTGATAGTTTATGAACTAAAATAGACATTTTGAAAAATCAAATAGAATAAACTCAAAAGTTAAAAGTGATCAAAATAGAATTAAAAAAAACCTAAAAGATTGAAGAATAATATTGTGATTGTTTTGTTTAAAAGATGTCTCAAAGTTTAAAGTTTTTTTTTTCCTAAAAAAATAAATTTTTTAGGGGAAAAAAATATTTTGGAAGTAAATTTGAACCGACGATGCATAGTTTAAATCAATTTCATTTTATTAATAGAGTTGTTACAATTAGTTGGAGTTTTGAGTTTATGTGTTAAAATATTTATTCGATGTTTTTAAACTTTCCATATATATAAAAATAGAAACAGATAGATTAGAAAAAAATTCAATATGAGTGAGTTTCAGTTTATTTAAAGCTTCATTAATGTAAAAAAAAATTAACTATGAGTGAGTTTCGATTTATTTAAAGCCTCGATTAAAAAAAATTAAATATTTGCCTCTGTCATCATCTCCAATCACCTTTATTGAAAAAAAAAACTACATTAATCTATTCATGTTTTCTTCAAACTTTCATTTCCTGCCACAAGTAAATAAAAGCTGATTCTATTGATAATATCATATATTTTGATTGGTCTAATTATATAGTATTTAATAAACAAGTGGATCTCACTAATATACACCACATTATAAAGTAAAAATTCTTCTTGATTATGTGCAGGTAAGTATTATTTTTTTTTTCTGAAAAAAGGAAAAACAATCATTTCATTATTTATTTAATAAAATGTAAATAAAACAATATAAATAGAAGCTCCTATTGTGTAGAAGTTTTGTTCATGTGCTGATAATATTGACTGGTTTGTTTTTCTTGTTCTCTCTCTTCTTTTGAAAGCTATGTTTTGGATAGATAGCTTGAGCTGCAAACAACATTTTCCCATCATATCGATCTTCCCACTGCCCACTGATTCATCAGCTATGCCGATCAAGCCCGAAAATGGCTTCCGAACTAAACGTAGGTCTGCGGCACTAATTGCAGCAGCTAGCTCCATGCTTAAGCCTGCAACTAATGGCGTTGCCGGCGCTAATGGCGGCGTAGCAGGCGCTGATGAACTTTGCGGCCAACGTCGAAGCAATGGCATCCCATTCGTGAATACCCCAGTGCCCACCGCCACCCAATCGACGCTGGGCAACTACCTAGCCCGACGGCTCGTTGAAATTGGTGCCTCCGATATCTTTTCCGTTCCGGGAGACTCCAATCTACTCCTCCTCGATTATTCGTTGCAGAACAAGGGCTAACCCTCGTCGGCTGCTGCAGCGAGCTCAATGCTGGCTATGCGGCTGATGGCTACTCCAGGCGTCGCGGCGTCGGAGCCTGTGCTGTTACCTTCACCGTCGGTGGCCTCAGCCTCATCAACGCCATTGCCGGTGCTTACTCCGAGGATCTTCCCGTCATTTGCATCGTCGGTGGTCCAAACTCAAATGATTATGGCACTAAAAAGATTCTCCACCATACGATTGGGCTGCCGGATTTCAGTCAAGAACTGCGCTGCTTTCAAAATGTTATGTGTTATCAGGTAGTACTGTAAGCGAGAAAACGTTACGTGCTTTCAAAATGTTCGAATTTTATCTGATTTTGGTGCCTTGTTTCCCTCTTCTTTTGGTGTGTAGGACATTATCGATAATCTTGAAGACGCACAATGGCAGATAGATACTGCAATTTCGAAGTGTTTGGAAGAGAGCAAGCCAGTTTATATTAGCATTTGCTGCAATTTGGTGGCCATTCCTCATCCTTCTTTCTCAATGCAACAACGCATCCCATTCTCCCTCTTTTCCAAGTAATCTAATTTCTTATTTCTGAAAATACAACTGAAACGTCTTGAAACGTAAGATAGATGAAAAATTGATACATGTAAGATTTTCTATCGTTATTTTCTGCTGGATGATTTCGCAGAAAAGTAACCAGATGGGTTTGGAGGTGGCGGTGGAGAAGGCAGCTCAGCTGCTGAATAGTGCCGTAAAACCAGTAATGGTTGGCGGGAAGAAGCTGCGACCCGCCAAAGCCCAGGCGTCGTTCGTTGAGCTGGCTGACGCTTGTGGTTATGCGGTGGCCGTTACGCCGTCGGCGAAAGGTCTGTTCCCGGAGAGTCACCCTCGTTTCATCGGCACTTACTGGGGAGGCATCAGCACCGCCTACTGCGGCGAGACGGTGGAAAGAGCCGACGCCTCAATCTTCGCGGGGGCCACTTTAGACGAACTGGAAACCGTCGGCTTCTCGCTTTCGTACAAGAAGAACAAGGCGATTATTGTAGAGCCAGAACGCGTTGTGTTTCCAAATGGGCCGAGTATTGGGCCGATTTTAATGAAGGAGTTCCTTCGGGCCCTAGCTAAGCGGCTGAAGCCCAATCCAAGGCTTACGAGAACTATCGCCGGATTTATACTCCGGAGGCGGGTCCCCCCCAATCGGGTCGGGCGAGGCCTTGCGGGTCAACGTTCTTTTCAAACATATTCAGAAAATGTTTCGAGTAACATGACTGTGATATCTGAGACGGGTGACTCTTGATTTCAGTGTCAATGACTTAAATTACCACAATCATACGGTTAAAAATCAGTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTAATGTTTATAAGTTTTAAATAATAACTTTGAATTGATAACAATTGTTTGGTAACAATTTTATTTTTAATTTTCTGTTTAATAAAATTATGCTTATTTACTAGTGTTTTTTTTTTTAATTTTCTAGTCTATTTTTAAAAACCTTTTTAAAATCTAAAATAATATACAAAAGTAAAATGATGATACTTATGTTTTAAATTTTTTGTTTTCTAAAATTAAATTTGTTTACAAGGAATTTCTTTGACTAAATGTGCCACATGATCCTAACTTTTTTGTTTTTTTTAAATAGCTCATAATCCTCACTTGAATTCAATACTATGTCACATGTGACATGATATCTATGTGACATAGCACGAGGAAAAATTCTTATAGGATTTAACTCAATGACTAAAATATTTTGAGTGTAATACGAAATGACTTGAAGAAATGTAGGTATGAGATGCAACTGCTCTATGCATCCATTGGATGGTCTTTGGGTGCAACTCTCGGATATGCCCAATCCACACCAGAGAAGCGAGTTGTTCTTTGTATTGGTGATGGAAGCTTTCAAGTTAGTTTTCATCTTAATATATTTAAATATTATTTTATTTGGTGAACTTGCTTTCAAGTATTCTATTCTAACTTTTATATTTTTGAAATGTTATATTTTTAGTCTTTCATTAAAAAAAATGGATGGTAAAAACGAAAAAAAAATTATGCAAAGTTTCGAGACTACAATCATAATAATATTTGAAGTAGCATTCAAACCCATTTAAATAAATATCAAACTTTTTTTATGACATAAATGAAATGATTTTGGCGGGCAGATGGCTCCACAAGATATATCAACGATGCTAAGTTGGGACAAAGAAATAATATTTTTGATAAATAACGGTGGATATACCATTGAAGTAGAAATTCATGATGGCCCTTATAATGTCATCAAAAATTGGGACTACACTGCCCTCGTCAATGCCATGCACAATCTGATGGCAACTGTTGGACTACCAAGGTAAAATCTCAAATCCTTTTTACTTTTATTTTCATATACCTATCAGAATATAAGAAGAGAATTGAAAAAATAGTTGTATGAATAGACATGTTTTCACTATTTTTTTTATTTTTCTTTTGAAAATAATTCCAATTTAAGGTCATTCATTGAATGTGCAAGGACAAACAATTGTCTAATAAAATTAGTTGAAGTGCATAAATTCATCAAGTGAGAGATGTATTATAAAAAGGATATTTGGTTTGCATTTTTTTAACATGCTCCTTTGATATATATAAATTTTGGATTTTGGCATGTAGGTTCAAACAGAGGAAGAGTTGGTGAAAGCAATTGAAACAGTAATTGGAGATCGAAATAACAGCTTGTGCTTCATAGATGTTATTGTTCATAGAGATGATACTAGTAAAGAGTTACTTGAATTTGGAAACAAGATTGGTGCTATTAGTAGTTGTCCTCCAAACCTTTATGAAAAACGAAAAAACTTTTCCATTTGTCAACTTTTAATTTGAATATCGACAATGTGTCTCATTATATTAAATTTTCAATCAAGTGTCATGAATTAAGTCGTTTTTATCTTCATCCAGATGGTTGGAAATTCATTTGTTTAAAATAAATTCTGAAATAATAATTGTCATGATATAATTCTTTTAAGAGATATTTAATAAAGTTGTCTTCTTCTTGCAAAGTGTGAAAATTATTATATAAATATATTAAAATTAATATTTTTAATTTAATATATAATGAAAGAATATCATTTAACTCTTTTTTTTTTTAAATGGTTGCATGCATTTGAACAATGACTAATATATTTAAAATGTCAAAAATTACATCTATATCAAAACTATAGTAACTATATATTTATGTCTAAAAGTGAGACTCAACGAGAGAATTTTACCTTTATTTAACTATTAGTAAGAGAAAATAGAAAATATATAGAGAGAGAAACTAGTGGAACAAGATGAAATTTTCCGAAAAGCTAATCATAGGTTCTTCTTTCCATCAGAACAATAGGGATGTTATGCTCATTACTAAACTTGTTAAAGTGTCTAAAAAGAATAATTAAAGAAAGAAATTATGTGTCTTTTTTTAGAGAAGAAAATATGTGACATAAAGAGATTAATAGTAAATTTACTAATTTCTTTTTAAAATAGACTTTAAGTGTTTTTACTTGAAAGAATCTTCTAAATTGTGGCAAAATATAAACATTTTAGATGAAAAATGCGTTTAACATTTAAAAGTGATTTTGCCATAGTTAAACATACCAAGTACAATTTTTTTTCTTAAGAAAGAAAAGAACTTAGATTGAGGTTGAGAGAAGAATTTTTAAGTGAATGACTACAATTTTTGGAAAAAAAATTGATCAACTGTTTCTTCTTAAGTTTTTTATTTTTTATTTTCTGTTTTTAAAATATAAAGCTTATGAAATCTACTGGTTTTAATTTTTTTACATTAAAAAATACTTTTGAAATTCTAGTCAATTAAAAAAATTGATTTTTAAAACTATTTTTATCAGTTTTTAAAATAATTTGGCTAGGATTCAATAAACTTTTCTTAAAATTAGGTTAAAAAATAAAGAAAAATGTTAGTGAATGGGCACGATAAAAAAAAAACCAAAAACAAACAAGTTATCAAATGACCCTAATGCCAATTCGAGCATAACTCAGTAGATAAGACACATATTATCATTCCAAAGGTCGATGGTTCGATCCCCACCCCGCATCTGTTGAACTAAAAAAAAAAAAAATCAAATGGCCTTGAATGAACAACATCATTTAGTAAATTAGCTCATCTTAATTGTATTTAATCGTATCTATATATATACATTTTTTTTTTTAGTTTAACAAAGGGTGGGGTGAGGAGGCTTAACCAATTGAGCTATACTCTGTTTGGCATAAATATATTCATATATGATAATAAATTTTTTTCATTATTGATAATAATTTTAAATTAAATTACATTATTTATTTATATAGTTTCATGTTTGTGTCAATATTTTGAGATCAATAAATATAGGAGTGGAAGATTGAATTTTAAACCTCAAGGTAACATGTGCTTTATCCACTAAGTTGTGTTCGGATTAACTTCATGTTTGTGTCATTTAATTTAGATTAATTTACAAATTTAATTTCTAAACTTTGTTAGGTATGTCTATTAAATTCCTCTACTTGACAAAATTTCAATACATTCATAAATTACTTTTTGAATTGTGATTTTAATAGTCCTTGTCATAACTACAATTAATTTAATTAAATGATCACATGTGTTTAGTGGACAAATGTCCGGCTAATTTAACACGGCATAGTAAACCGAAGACAAAAAAAATTGACAATTGGACAAAATAAAATGACAGATATAACATACTTTCTTTTTAATTAACTAGTTTATTACCAACAGTGTGTATTTTTAAATTTATTTTATTTTATTATAAAATAAATTTGATTATATCTATTAAAAAGCAAGTTGTTTAACAAAATTATTGTATGTTTTAAATTTAAAATAAGTTTTTTAGATATGGTAAATGACAAATTTATTTTGTTATGCAATTTCTTTCTAATGATATAAATAATACCCATATAAAATATGAATCACATCAAATATTAATTAGTCAATCCGAGCATAGTTTAGTTGATAAGATACCTATTATCATCCCAAAAGTTAATGATTTGGTTCTCACCTTGTAATTGTTGAACTAAAAAAAACATCAAATATTAGTTAATATGACATTATTTATATTTTATTAAAAATTACAATTTGAAATAAATTATCAATATTTTATCCAATTTTAAGCATTTATTAACATTTAAAATACAAAAATAAAAAAATTTAACTAAAAATAAAATATTCAAATTATAAGCATGCCTGAACATTAAAAATACGTAAAATAATAATCTAAAAATGGAGGAGAATATCGAGGGGTGTGTAATACTTAGTTTTTTTTATAAAACAAAAAAAAAATAGGTTCGCTTTTCACCAATTATTGAGATCACTAATCAATACTGCTTTTTAGCTTTAATAAATTGGAACTGCTAGATATTTTCCGCACTGAATTTAAAATCTAAAAAATAAAAAATCATGAATGAATTTTAAACTTAGAACTATCTATATATATAATATATATATGAAAAGTCGTGAATTTTAAAGGCTTTTTTATTGGGAAATGTAGGAAGGTTTTTTTTAATATTTTTTTTAAAACATAATAAATATAATAGATAAGAAGGATTAAATTATTTTATGTTTAAACTATATAAAATTTAAAATTATAATATTTTACTAGTAATAGAAAAACCAAAAAAATATTTATATTTACGTGGGATGTGGAAATGTCAAAGGGATAAAGTCTTTAATAATCAATTACTCAAATTAACATGTATATAGAAATGAGAATGAAGAGTTAGAGGTATTATTACTCCATTATCATTTTTTTTTTACAGAATTCCATTATCACTCCATTACCGTAATTGGTAGTAGGTAAGAAATTAGATAATATAGGCATTATTACTCTATTATTACTCTATCACCATAACATGTAGTGAGTAATAATTAATTAATATATTTTTTTAGGCCAACAATTAAGAGTGGATGATCAAACCATCAATCTTTAAGATATTAATTGGTGCATTATCCATTAAGCTATGCTAGAATTGACAGTAATTAGTTAATATTAAAATACATTTAAAGGTACTTGGAATACCAATCTTATTTATTTATTTTTGAAATTGTAGGGTCACAAAGAAACTTAATTGAATAATAATTTAGATATTGTATAAAAAACAAGATTAATATGGTCTAAAAAAAAGTTTCTTAAACCTCCACACTTTATATATGTATTTTAGATGTATCAAATTTCTTTCTATGACACAAGCACATATCACTCTATATATTGTCAAAAACTGCTTACTGAAAAAATATTTTTAAAAGCGGTATCAAACTCACCCTTATTGTAATCTAACATCACTATATATCTATTCAATATATTGTTTCTATGCTTTTAGAGACTTCAGTAAATTATGTCAATATGAGCATAATTTAGTGGCTAAGACATTTTTACTTCATCTAAGAGGTCATAGTTCAAACGTCCCCTATCTCTATATTCGTGATGTAATATTCTAAAGAAAAAAAAAAAGAGAAGAGACTTCGATAAATTATCAACAAGTTATAATTAATTCATTATTTTCTTTATTTTTTTAGGATATCATATCATAAATGCATGAATGAGGATTCAACCCAGAACCTTTTAAAGGAAGTAAAAATATCTTAATCATAAACTCTATAGTTATGTTGGCATTCTTTTCTAATAATGTGATTTATTTTTAATAAATGAAAAATAATAATGCAATTCATTAACATATTAAATATGAAATAAATGAATCAACTAATTTACCTTTATTGTTTTGTTCTATAAAAGTATCAACCATCTATTATAACTCATACTGATACTACCAAGATATTAATCTTACCACCCTTATTCTAAATAATAATAAATAAATAAATAAAAATCTTATCACCTTTAAATTAATTGGGAGGGTAGGGTGGTTTTTGAAAAAAATTATAAAAAACAAATAGTTTTAAAGTTATTTAGTAAAATAGGGCTGGTTTTTTTTTTTTTGGTCTTTATTAGAATCCATCGGTTTGATAGACGTATTTGACTGATTTTGCTATTGCGTCTCTAAGAAAGACGCATTCCAAGTGATGCAGTACCATGGGTCCCTCGAGTTTTTGGATTTTGGAAAAGTTGATTGTGCCGTGCGTCCTTTGTTTTTTCTTTTTTTGAAATAAAGATATCATTTAGGTTTGTTTTGAGAAGATTATTTTAATAATTTTTTTTTTGATAAATATTTCAGTAAATAATTACCACATATCACAATTGTGATAAGAAAAATAGAATCTTCCTACTCCTACTCTTCAAAAATGATTGTGATATGTGGTCATTATTTACTAAAATAATCTTCTCAAAACAAAACTAAAAGGGATAGCTTTATTTCAAAAAAAAAAGAAAAAACAAAAGACGCATTGCACAATCAACTTTTCAAAATCCAAAAACCCGTAGGACCCACGGTAGAATTTAATGCAAAAATCACTGAAATTTGTCTGTCGAACAGACTGTATTCTAATAAAAACCAAAACAGCCCTATTTTACTAAATAACTTAAAAATCACTTGTTTTTTACAATTTTTTTCAGCAACCACCCTACCCTCTCAATTAATCATTCACGCTGCCTTGTGATTCCTCAGCAATGGCCACCACCCCATCGACGCTGGGCCACTACCTTGCTGGTCGGCTAGTTGAAATCGGCGTCTCCGATGTCTTCGCCGTTCCCGGAGACTCCATTCTTGTCCTCCTCGATTACTTTGTTGCAGAACAAGGGCTGACCCTCGTCGGCTGCTGCAGCGAGCTCAATGCTGGCTATGCTGCCGATGGCTACGCCAGGCGTCGCGGCGTCGGAGCCTGTGCTGTCACCTTCACTGTCGGTGGTCTCAGCCTCATCAACGCCATTGCGGTGCTTACAGCGACGATCTTCCTGTGGTTTGCATTGTCGGAGGCCCCAACACAAATGATTATGGCAGTAAAAAGATTCTCCACCATACGATTGGGTTGCCGGATTTCAGCCAAGAACTCCGGTGCTTTCAACATGTCACGTGTTATCAGGTATTATTCGAAACGAGATATAGATAAAAAGGGATGCGTACGTGAAATTGACTTCATCTGATTCTGGTGCTTTTCTTTAAATCTCTTTTTCTTGTGTGTAGGCCATTATCGATAATCTGGAGGACGCACAGTGGCAGATAGATACTGCAATTTCGAAGTGTTTGGAAGAGAGCAAGCCAGTTTACATTAGCATTTGCTGCAATTTGGTGGCCATTCCTCATCCTTCTTTCTCAATGAAACAACACATCCCAATCTCTCTCTCTATCAAGTAATTTCTTCCACCCGTTCATGCTCTCATCTGTGAGAAAAAAAAATGGTGGTCGTTTTTAATCTTTATTTTCTGCTGAATGGTTTCTCAGGCAAAGTAACCAGATGGGTTTGGAGGTAGCGGTGGAGAAGGCAGCTCAGCTGCTGAATAGTGCCGTAAAACCAGTGATGGTGGGCGGGAAGAAGCTGCGACCCGCCAAGGCCCAGGCGGCGTTCGTCGACCTGGCGGACGCTTGTGGGTATGCAGTCGCCGTTACGCCGTCGGCGAAAGGTCTGTTCCCGGAGATTCACCCTCGTTTCATCGGCACTTACTGGGGAGGCATCAGCACCGCCTACTGCGGCGAGACGGTGGAAATAGCCGACGCCTCGATCTTCGTCGGTGCCACTTTAGACGAACTGGAAACCGTCGGCTTCTCGCTTTCGTACAAGAAGAACAAGGCGATTCTTTTAGAGCCAGAACGCGTTGTGTTTCCAAATGGGCCAAGTTTTGGGCCAATTTTAATGAAGGATTTCCTTTGGGCCCTAGCTAAGCGCTTGAAGCCCAATCCAACGGCGTACGAGAACTACTGCCGGATTTATATTCCGGAGGCGGATCCCCTCCAAACGGGTACGGGCGAGGCTCTGCGGGTCAACGTTCTTTTCAAACATATTCAGAAAATGTTATCGAGTAACATGACTGTGATTTCTGAGACGGGCGATTCTTGGTTTCACTGTCAAAAACTGAAATTACCACATTCATGCGGGTAAAAACAATTTATTTTAAAATTTTTAAAATGTCATTCTATTTTTTAATTTTTATAATTTTACTAACAATTTTCTTTATCTTCTAGCCTATTTTTAGAAACCTTTTTAAAATCCTGTGAAAATCTAAAAAATTAAAAAATATTTGATTTGATTAGTATTTTTGTTAGTTTTATAATTTTTAGAATTAAGTTTGTTTGTAAAAGATTTCTTGGACTCTGTGGCTTAACATATAAATATGTCACAATAGTCTTAACTTGAATTCAATACTATGTCCACTAGTATTTGAAATGTAACTCAAGAATTAAATAGTCTAATATAATACGCGAAATGACAAATGAAGAAATGTAGGTATGAGATGCAATTGCTATATGGATCAATTGGATGGTCTCTAGGTGCAACCCTTGGTTGTGCACAAGCCGCACTGGAGGAGCGAGTGGTACTTTGCATCGGTGATGGGGGCTTTCAGGTCAAGCTTATTCTATTTGAGCCTTCTATTTTCAAAATGTTTTGATCTATAATCATTCAAAGATGAAAATAGTTTTTATGCAAAGTTTATAGATTACAATCAACACATTAGAATAAATAAGTGAAAAAATTTAGACACCAAGTAGAATTCAAACTTGTTTAAATAATTGATAATTTTTTTTTTTGCAATAAATGAAATAATTGTGATGAACAGATGGCTCCACAAGATGTGTCAACGATGATAAGGCTGGGACAAAAGAACATAATATTTTTGATAAATAATGGTGGATATACCATTGAAGTAGAGTTTCACGATGGGCCTTACACTATAATCAAGAATTGGGACTACACTGCTCTTGTCGATGCCATGCACAATCGTGATGGCAATTGTTGGACCACCAAGGTAAAATTTCAATTTCTTTTTCCTTTTATTTTCATATACATTATTTTAAAATAGTTAAAATAGTTATACAACCAAACATGCTTTCAATAAATTTTTATTTTAAAAAATAGAAAATTATTTTGAAAAAGGTTCCAAAACTAGCAAAATTTCTCATCGTGGCCATTTACCTAAATATCCTACTAGTTTTCGATGTCAAACAATGTTAATGAAATTAGTCAAAGTGTATAAGTTAGTTGAGAGCAATAAGGGAGGTATCATCAAAAAGTGGTATTCTTTCTTTTTAATTTTTTCATTTTTTAATATGGGTTTTTGATAAGTTTGAGTTTCAACATGAAGGTTCAAACGGAGGAAGAGTTGGTGAAAGCAATTGAGACAGCAATGGGAGACCGAAAGGACTGCTTGTGCTTCATTGAGGCTATCGTTCATAGAGATGATACAAGTAAAGGGTTACTTGAATTTGGAAACATGCTTGATACTATCATCAGTCGTCCTCCCAAACCTTTATATAAAGGAAAAAAAAATTGATTCATTAACTTTCGGATCTCATGACTTGTTTGAAATAAATTTCAAAATATTGATTGTGATGGATATGCTACTAAATAATGTAAGACATTTAATTAGTCATTTTGTTATAGCTCCATAGATAAAACATTAGTAATCTCTTTTATTGATTGGAGATTCAAATCTCCACTCTCGTATTTGTAATGTTATGTCCTCAAGAAAAAAAAAGGAGCTCCACTTTCTATTAAATACAATAAAATAGATCAATAAAATAAACTATATCAGAAAGTCAGTAAAAGTTTCTATTGACTGGTGTGTAGTCAAGTATTGTTCTAATTATACTTGAACGTGCACACAATTTTTTTCCCATCAAACCGCCCTTCCTAGTTACCTACTAATTCAACAGCTATGCCAATCAACCTCAAAAAATGGCTCCCAAACTAAAAGCAGGTTTGCCACACCAATGACAATCAGATAGCTCCATGATTAAGCTATAACTAATGGTGTATTGGGTGCACATAAAGTTTGAGGCATATCGAGTTTAAGAATATATCTGATAACTTAAAGGTTTAATAATTGAATGTTAATTAATAATATGCACATACTAAAAGAAAACAATCAAATATTCAAATATTTATAACAAGATTACAAAGCCTTAAGACATAATGGAGTAAATATTTCTTCTAAAATTGTTTTAGAATTTTAAAAATACTTTTAGTTAGGTGTCAAACATTATAATTAATCTTGTAAAAATATTTTTAATTAGTTCAAAATACTTTTGATTAATCAAAGGTTCTTTTATTAACTAAATATAGTTTTCAAAACTTTCATCTCCTTTGATTACATAACCAAAAGTATTAATTTCAAAGAAACTTAAAAGAACTTTACAATATTTTGATGAAATACTTGGGATGGATAATTTGATATGACGTTTAGTTAGCTTAAAATATATATTTTTTAATCTAAAATGGTACTTTTACCTTTTGATTAGCTTAAACAAAAAATAAAGAAAAAAAAGAGTAAAAACCCTTGAAATTCACTAATTTTGGCAATAATTAACCCTAACAAATTAATTCACAAAATTTAGCAGAAAATTAATGTACAAGATTAATCATTAAATAAATATTCCATAACTCACAAATTTCAAAAAAAAATTAATACATAATATCAATTTTTTTTCTAAAGCTCTATCAATTTCTTACTATACCTTTATTTGTACTAATTCTTAGTGATTAAGATATTTTTACTTCCTCTAAAAAATCGTATGTTCGAATTTTCACCCTATATTGTAATGTGATATTCTTAAAAAAAATCAATTGAATACACATGACAATTTTTTTAACGATTTTACATATGAAAGTTAAAAGAAGGTAAAAATTGCAATTTTTCATTAAACACAAAAACAAGTCTTTGAAACTGAAAACTACTTTTCTTGGTTTAGTTTTCATAAACATTTTTTAAAATTAGATTAGAAAACAAAAGAAAATTATTAGTGAATATGCACGATTTTAAAAAACAAAAAACTTGAAGAAAAAAAAAATTATCTATCCGCCCTAAATGAACATGTAATAGAACCCTACCGTGGAATGATTAATTATATTCTTTTTTTTTTTTTTTTTGAGAATAATGATAAATTATGTTCTATTGACTATCTTATTTGTATTTAATCGTATCTATAAATTAATAAATAACATTAAATGTGGATAAATATATTCATTTAGGATAATAAATTTAAGTTAAATTATATCATTTATTTAACTACTTTCATGTGTGTAATTTAATTTAAGTTAATTTACAAATTTAGTAACTTAACAAAATTCTAGTGCGCCCGTAAACTTTGAATTTTGATTTCATGTAGCTTTTGTCGTTAATATAGTTAAGTAAATGATAATGTATTATGTTTAGTGGATAAATATTGACTGATTTGACATGACAAAAAGATGACAAGAAAATGAATAATTAGATAAAATTAAATGATACGAGTAATATACATTTTTTAAAAACAAAAGATACAGATGTCTAACCATTTGAGTTATGCTTTTAGGCTTGCTATTAGACCTTTTCTCTTATAGCTGTTAAGAAATGCTTGAAATTTACCTACAATTTGTTAGACTTTATAAAATTTAATTAACTTTTAATTTAGACTTAAAATTAAAAAAGTTAAATCAGTCCTCATTAAAATTTAAAGATTAAATTTATACTTTAACCAAATTATAAAAAAAATAAAAAGAAAAAAAAGAAAAAACTTGCCTCCACACCAACATGTTAGAATTAATCTGTTCTATTAATGTGATTTATTTTTAATAAATGAAAAGTATAAATGCAATTCATTTACATATTAAATATGAAATAAATGAATCAATTTTGTTATTCTAAAAAAAATCAAGGCATAGAATTAATCTGTTCTATTAATGTGATTTATTTTTAATAAATGAAAAATATAAATGCAATTCATTTACATATTAAATATGAAATAAATGAATCAATTTTGTTATTCTAAAAAAAATCAAGTCAACATATATGTTTTAGTCCCTAATGTTTAGTGTTTTTTCAATTTGGTCCCTATTGTTTTAAAAGTTTTAATTTAGTCCCTAATGTTTTAGCATTTTTCATTTATACTTTTTTTGTCGGTGAATGTTAAAATTGGTTGATGATAAGCTTATATAACATGATACTTAGTGAGTTTGTAGAAATTTAGAGAAAAATTAGGCTACCTAAAAGGAGAAAAATCGTAATTTTAGCCAGTTTTTTGGAAATTTGAAATAGAAATTAGAAACTTTCCTCACTTAGGTGATCTAATTTTTCTTCTAAATTTCTATTAACTCAATAAATATCATGTAAATTTATTATCAACTAATTTTAACATTCATCAACGAGAAGAGTATAATTGAAAAATGTTAAAACATTAGGGACTGAATTGAAACATTTTAAACAATAAAAACCAAATTGAATAAACACCCAAATATTATGTACTAAAACATATATTTAGCCAAAAATCAATTTTGTTAGGTTTCCATTACATGTGAGCCTTCTTTTTTGGGAAAGTATTATAGGGTTTTTACATATTGGGCATAAATATTTACTAAAATGTCACAAGTTTTTAGATATTTACAAAACTAACTCATTGTATTACTTCCCCGTCAACAAACATACGTTGTTTTACTACAATATCCTCTTGTGGATTTGGGTGGTAATATTTTTAATTTTAAAAAAATCAATAAATTACAAATGGAGGTATGATATATAATTGATAGGGCTTTAGAGGGAAAAAAACCCACTTGAATATAATTTTGTTGAAATTAGTGAGTTTTGAGAGATTTATATTCAATAGTAGATTTTATTCATGGATTTGTTATAGTTTTATCTGATATTTGCATTAATTTGTTAAAAAATTGATTTTCATTGAAATTAGTAAATAAATATAAATTAAAATCTAACGAAAGATAAAAATTGCAATACTTATTAAAGTATAAAGTTGAATTAATTGAAATTAGAAGTTAAGGTAAATATTAACTCACCTGTTAAGTTGATGAATTTTTACTTTTTTTTTAATTTTTAAAAAGCACATTTTGTCTGTGTACTTTCATAAAAATAAAGATGTAATCTTAAACTTTAATATGTAATAATTTAGTTATTATAGTTTAAAATTTGTAACGATTTAACCCCTAAACTTTAATATGTAACGATTTAGTTTCTATAATTTAAAATTTGTAATGATTTAGTCTCTGTAATGAAAAATTCTATTAAGATGAAATATCAATTTTAGTAAATAACGATTTAGTCCATATAATTTTAAAACGCCTATAGTCCTTGAGAGATTTATCAATCTATATACTTAAGAAATCCTTAAAACAACTTAGTAGGATTTTTCAATGTAATGACTAACTTGTTACATATTAAAATTTAGGACTAAATTGTTATCAATTCTAAATTAAAAAGATTAAATTATTAGGTAATAAAGTTAAGAGAATAAATGGTAACCAATTTATTTATTATTTATTTATTTATTTTGTTCTATAAAGCCGTCAGCCATCTGTTAAACCTTGCAACTACGAAGATAGCAAATATTACCACCCTTCACGCTGCCTTGTGATCACTCAGCTATGACCACCGCCCGATCGACACTGGGCCACTACCTTGCCCGTCGGCTAGTTGAAATCGGTGTCTCCGATATCTTTTCCGTTCCGGGAGACTCCAATCTTCTCCTCCTCGATTACTTCGTTGACGAACAAGGGCTGACCCTCGTCGGCTGCTGCAGCGAGCTCAATGCTGGCTACGCGGCAGATGGCTACGCCAGGCGTCGCGGCGTCGGAGCCTGTTGTGTCACCTTCACCGTCGGTGGCCTCAGCCTCATCAACGCCATTGCCGGTGCTTACTCCGAGGATCTTCCTGTGATTTGCATCGTCGGTGGTCCAAACTCAAATGATTATGGCAGTAAAAAGATTCTCCACCATACGATTGGGCTGCCGGATTTCAGCCAAGAACTCCGGTGCTTTCAAAATGTTACGTGTTATCAGGTAGTATTGGAAGCGAGAAAAAGATAGAAAGGGATGCGTGAAAATTAACTTTATCTGATTCTGGTGTTTTGTTTTTCCTCTTCTTCTGGTGTGTGTAGGCCACTATCGATAAACTCGAAGACGCACAGTGGCAGATAGATACTGCAATTTCAAAATGTTTGGAAGAAAGCAAGCCAGTTTATATTAGCATTTGCTGCAATTTGGTGGCCATTCCTCATCCTTCTTTCTCAATGCAACGACTCATCCCACTCTCCCTCTCCCCCAAGTAATTTCTTATCTCTGAAAATACATCTGAAAAGAGAAACATATAAGATTTTCAACCGTTATTCTCTGCCGAATGATTTCACAGGCAAAGTAACCAGATGGGTTTGGAGGTGGTAGTGGAGATGGCAGCTCAGCTGCTAAATAGCGCCGTAAAACCGGTGATGGTGGGCGGGAAAAAGCTGCGACCCGCCAAAGCCCAGGCGGCGTTCGTCGACCTGGCGGACGCTTGTGGGTATGCGGTCGCCGTTACGCCGTCGGCGAAAGGTCTGTTTCCGGAGAACCACCCTCATTTTATCGGCACTTACTGGGGATCCATCAGCACCGCCTTCTGCAGCGAGATGGTGGAAATAGCCGACGCCTCGATCTTCGCCGGGGCCACTTTAGACGAACTGGAAACCGTCGGCTTCTCGCTTTTGTACAAGAGGAACAAGGCGATTCTTGTAGAACCAGAACGCGTTGTGTTTCCAAATGGGCCGAATTTTGGGCCGATTTTAATGCAGGAGTTCCTTTGGGCCCTAGCTAAGCGGCTGAAGCCCAATCCAACGGCTTACGAGAACTATTGCCGGATTTATATTCCGGAGGCGGATCCCCTCCAATCGGGTCCGGGCGAGACATTGCGGGTCAACATTCTTTTCAAACACATTCAAAAAATGTTATCGAGTAACATGACTGTGATATCTGAGACGGGTGACTCTTGGTTTCAATGTCAAAAACTGAAATTACCACAATCGTGCGGGTACAAACCATTTTTTTAATTTTTATAAATTTACTAGTAATTTTCTAGTCTACTTCTAGAAACCTCTTTAAAATCCTAAGAAAATCTAAAATATTAAAAAAAAAAATGTTTGTTTTGATTTTAATTGGTTGTTACCTGTTAGTTTTTGTGTTCTTGGAACGCTTTTGTTTTTCATTTTTTATGTCCACTTTTTAAATTTAGAGAAATATAAACATTTGGTAATTGTTCTCTATTTCTCGTATCTCATTTTTTAGAAACATTTCCAAAATTGTATATAAATTTTTAAAACATCATAATATGATTTTTCATTTCTTATTTTCGTTTCTTGGTTTTAAAAAGTATAAGTAAAAGTCTTATATTATTATTCTCAACTTTTAAAACTCATAATAAATATTAAAAACATGAATATAATATTCACAATTTTGTATAATTTTTTAAAATTTATTTTCAAATAAAATTTTGATTTTTGTAATGAAAATTTTGAGAAGACAAAAATCAGAAATAATTACAATGTTTTTTTTTTCCAATTAAAAATGGAGAGAAATTGGAAACATTATCCAACACAGTTTTATTTTTTTCTTAAAACGTTTTAAAATTAAGTTTGTTTGTAAAGGATTTCTTGAACTATGTGGCTTCACACATAATTAAATGTGCCACATAGTGCTAACTAGAATTCAAAACTATGTGATATGACATTTACATGGCATAACACAAGAAGAATTCTTACAACATTTAACTCAAGGGCTTAAAATGGTCCAAAGTATAATATGAAATGAGGTTGAAGAAATGTAGGTATGAGGTGCAGTTGCTATTTGCATCAATTGGATGGTCTCTAGGTGCAACTCTTGGATATGCACAAGCCACGCCGGAAGAGCGAGTGGTTCTTTGCATCGGCGATGGGAGCTTTCAGGTCAAACTTATTTCATTTTAACCCTCCTATTTTGAAAATATTTTATTTTGATCTCTAAACTTTTAATGGTCAAAATAATTTTTATACAAAATTTGTAAACTACAAATCAAAATATTTGAAACATACGAGAACCAATGGTCTAATAAATAAGTGTACCGAAACTTTAGAGACTAACTATAGTTCAAACCCCATTTAAATAATTGATCAAACTTTTTTTAAAAAAAATTATGAAATGATTGTGGTGTGTAGATGGCTCCACAAGATGTGTCAACGATGTTAAAGTTGGGACAAAAGAACATAATATTTTTGATAAATAATGGTGGATACACTATTGAAGTGAGATTCATGATGGCCCTTATAATGTCATCAAGAATTGGGATTACACTGCCCTTGTCGATGCCATGCACAATCGTGAAGGCAAGTGTTGGACCACCAAGGTAAAATCTCTGTATCATTTTTTCTTTTATTTTCATATATGCTATCTAAAAATAAGATAAAATAATTTTTAAAAATAGTACTAATACCACATGTTTTCACTAGATTTTTATTTTAAACAAATAGAAAATTATTTTGGAAAATGTTTCAAAACAAGCACAGATTTCTTTGGGGTCATCCACATTCAAACTAAGGTGATCACCTCCTTAAATATTTGACTTATTTCTTGATGCCAAATACATAAGGACAAACAATTGTCTAATAAAATTAGTGAAGTGCATAATTAATCAAGAGATGGAGGTATTATAAAAAAGCAACTTTGTTTGCATTTTTTAACACAATTTTTTTTCTTTTTATAATTTTGGGATTCTGACATATAGGTTCAAACAGAAGAAGAATTGTGAAAGCAATTGAAATAGCAATGAGTGATCAAAATGACTCATTGTGCTTTATAGAAGCTATTGTTCATAGAGATGATACAAGTAAAGAATTACTTGAATTTGGAAACAAGATTGCTGCTATCAGTAGCCGTCCTCCCAATCCTTTATGATTTTTTTTTTCAATTTGTCAATTTTGAATGTTGACATTATGTAACATTACCTTCAACTATTTTCAATCTAAGTGTCATAAATTATGCCATTTTTACCTATCTCATTGAAATCATCAAGATGTTTTTGACTTAGATATGACATATCTTTTTCATTAAAAGTCACGTCTCTACTTATCAAGTACTTTGTTCTTTTGGCCCTTCAAGCCGCCACAACTTATAACCTAGGACACTCAAGAAAACCCTATAAAGATGTGCCCTAAATCTAGCTTATAAAAATGTGCCCTCTAATCTAGCTTACCTTCCACATGTGCATGTGCTGCTCAACCAAACACCCTAAGATGCATCAAATTAAATCAACCAAACCCTTTAAGTTGTTTTTGTGAAGTTTGAAAGTTCAATCGTTGAGAATGGACTTCTATTTATCATATAGCATGTGGTGTGAGAAAACTCCCCCAAAATTTCCTTGGTAACCCAGCATGTGAGAGAAGACATCTATTCCTTTTAAGTATTGTATTAAGTTTTTAACACCTAAAAATTCACAAAATTAATTCTAGTAATAAATATATGACAATATATTAGGGTGAGTTTGATAATAAAAGCATATTACTTCAAAAAGATTCTATATTGCATGTGCCTATTTTTTAAATATAAGTTTCCATTTTCTTTTGTCATCTGTCTATTATGTCGTGTCAAATTAATTAATATTTGTCTAATTAGCATGTTATCTCATTATTTAATTTTTTTTTTGAAAAGTAATTATTTAGTTAACCGTGTTAATAACAAATACTACATAAAAGCACACTTCAAAGTTCAAAAACATAATTAAAATTTTTTAAAGTTTAAAAACTAAATAAATACAACATTATAGCGACATCAATTTTGACAAAAAAAAAACAAACCGAACAATTTACATCCTAATGACACTAGCGATGTGGAGGGTTTTTTTTCCTTTTTTTTTTAATTATATATATATATATATATACACTAAACGTCACGAAGGTTTTTTTTTAGTAGTAAATGTGAGGAACGTTGGATTTCTTAATATATCAGTTAAATTAAATAAATTAAGAAGTGTCAGTCTTGCGTGCGTTGGTGCAAGGGAGAGCACAATATATATATATATATATATATTTTATAAATATTGAGAGCACATGTTATTAAAAAATTGGCCCAGCCAAATTAATGATCATTAATTTCATAAATTACAAAATAAAAGTTCACACGTTCAACATACTTTTCAGTTTTTATATATTTCAAATTCTTTCTTATTGTCATTTGTGTCAAATCAATTAAATATATTATATTATTATTTAGTTAACGGTGCAGAATGTGTAACAATCATAATTCAAATTCCAAATATATAACTGAAATTATTAAAGTTGAGTAAAAAAAAACCCCCTTTACGTTGACAAGTAAGCATTCATCTTTGATCTATTTTTAATATAACTTATATGTCAAATATGAAATAAATAAATCAATTTGAACATAAGTTAGTGATTAAGATATCTATACCTGCTTTTCTTACAAAAAAATATATATATACCTGCTTTAAAAGTCTTAAGTTCGAATTTCATTTTCGTATTTTCTAAAAGATAATAATAATAATTGTGCATAATTAAAACTTTTCAATGTTTAAATAAAAACTAGGTTAAATTACAAATTTGATATCTGAACTTTTAAGATTGTGTCAAATATGTCTTTGAACTTTAAAAGTTTTTAATAAATCTTTAAATTTTTAATTTTATATCTAATAATCTCTGAATTTAAAAAAATGTCTAATAGATACCTAAACTTTTAATTTTGTGTCTAATGAATTCTTGACATATAAAACATATTTTAAATTACAAATCTATTAGACACAAAATTAAAAGTTAGAGACATATTAGACACATAATTAAATTTTATATTTAATAGGTTTGTAAATTAAAAAAAATTAATAGGTCCTACCTATCACAGAATTGAAGGTTCAGAATATACTGATACTTTTTAAAGTTTGTGGATCTATTAGACATTTTTAAAGTTTAAAACCTATCAAAACTCTAAATTAAGAAACTTATTTGGCACAATTTTAAAATTAGGGACCAAACTTATAATTTAACCTTAAAAACTAAATAGGAGACCTAAATTTGTAATTTAACCACAAATCAATCAATATAAGTAGAGCAAAGAAGAGAGGAAATATCTGTTCATATATCTTCTCGCTGCCGTTTGGTTCATCAGCTATGCCGATCAACCTCGATAATGGCTTCCAAGATGGAAGCTGGTCAGCCATACCAATGGCGGCGCTCGCTCCATGCTCAAGCCTGCTATAATGGCGCATATAAACTTTGTTGCCAATCCCCAAGCAATGGTACCACAATGCCCACCACCCCATCGACGCTGGGCCACTACCTTGCCCGTCGCCTCCTTGAAATCGGTGTCTCCGATATCTTCTCCGTTCCGGGAGACTCCAACCTTCTCCTCCTCGATTACTTCGTTGCAGAACAAGGGCTGACCCTCGTCGGCTGCTGCAGCGAGCTCAATGCTGGCTATGCGGCTGATGGCTACGCCAGGCGTCGCGGCGTCGGAGCCTGTGCTGTTACCTTCACCGTCGGTGGCCTCAACCTCATCAACGCCATTGCCGGTGCTTATTCCGAGGATCTTCCTGTCATTTGCATCATCGGTGGCCCAAACTCAAATGATTATGGCAGTAAAAAGATTCTCCACCATACCATTGGGCTGCCGGATTTCAGTCAAGAATTGCGGTGCTTTCAAAATGTTACGTGTTATCAGGTGGTACTGTCAGCGAGAAAACGTTACGTGCTTTCAAAACGTTCGAATTTCATCTGATTTTGGTGCTTTGTTTTTCCTTTCTTCTGGTGTGTGTAGGCCATTATCGATAATCTGGAAGACGCACAGTGGCAGATAGATACTGCAATTTCAAAATGTTTGGAAGAAGCAAGCCAGTTTATATTAGCATTTGCTGCAATTTGGTGGCCATTCCTCATCCTTCTTTCTCAATGCAACAACGCATCCCACTCTCCCTCTTTTCCAAGTAATCTAATTTCTTATCTCTGAAAATACAACTGAAACGTCTTGAAACGTAAGATATATGAAAAATGATACATATAGGATTTTCTATCGTTATTTTCTGCTTGATGGACTTCTCAGGCAAAGTAACCAGATGGGTCTGGAGGTGGCAGTGGAGAAGGCAGCTCAGCTGCTAAATAGTGCCGTAAAACCAGTGATGGTGGGGGGAAGAAGCTGCGACTCTCCAAAGCCCAGGCGGCGTTGTCGAGCTGGCGGACGCTTGTGGGTATGCGGTCGCCATTACGCCATCGGCGAAAGGTCTGTTTCCGGAGAACCACCCTCATTTCATTGGAACTTACTGGGGAGGCATCAGCACCTCCTACTGCGGGGAGACGGTGGAAATAGCCGACGCCTCTATCTTCGCCGGGGCAACTTTAGACGAACTGGAAACCGTAGGCTTCTCTCTTTCGTACAAGAAGAACAAGGCGATTATTGTAGAGCCAGAACGCGTTGTGTTTCCAAATGGGCCGAGTTTTGGGCCGATTTTAATGAAAGAGTTCCTTCGGGCCCTGGCTAAGCGGCTGAAGCCCAATCCAATGGCTTACGAGAATTATCGCCGGATTTTTATTCCTGAGGCGGGTCCAGTCCAATCGGAGCCGGGCGAGGCCTTGCGGGTCAACGTCCTTTTCAAACATATTCAGAAAATGTTAACGAGTAACATGACTGTGATATCTGAGGCGGGTGACTCTTGGTTTCAGTGTCAAAGACTGAAATTACCACAGTCATGCGGGTAAAAATCTCACCAATTTTAACTCAAGGATTAAATTATGAGTAAAATATAAAATGACATCAAAGAAATGTAGGTATGAGGTGCAGTTGCTATATGCATCCATTGGATGGTCTCTAGGTGCAACTCTCGGATATGCACAGGCTGCACGGAAGAGCGAGTGGTTCTTTGTATTGGTGATGGGAGCTTTCAAGTCAGTTTTCATTTTAACGAATTTAAATTATATTTTGATCTCTCAAATTTCAAATTTATTTTATTTAAAATATTCTATTTTGATATTTGGATTTTCATAAAATTAAATTGACAAAGTAAATTCAAACCCATTTAAACAATTTATTGATTCCTTGTTTGAAATAAATGGAATGATTATGGTGGGCAGATGGCTCCACAAGATTTATCAACCATGCTAAGGTTGGGACAAAGAAATGTAATATTTTTGATAAACAACGGTGGATACACTATTGAAGTAGAGATTCACGATGGCCCTTACAATGTCATAAGAATTGGGACTACACTGCCCTTGTCAATGCCATGCATAATCGTGATGGCAATTGTTGGAGCACCAAGGTAAAATCTCAACAGTATTTTTCCTTGTTTGTTGTACAACCAAACGTGTTTTGCTGAATTTTTATCTTGAGAAAATAGAAACAATTTTGAAAAACACTCCATACAAGCATATATAGATTTTGGGGTCATCCACATTCAAACCATGGTGACCACCTACTTAAATATCTTATATAGTTTCTCAATGCCAAGTACATATTGTCAAACAATTATACAATTAGATCAGTAGAGGTACATGAGTTAGTTGAGAGCAAAGAGAGAGGTACTATCAAAAGTAATTTTCTTTTTTTTTTTTTCCATTTTCTTTAATATGGGTCTTTGATAAGCTGTGAACTTGGAATGTAAAGGTTCAAACAGAAGAAGAATTGGTGAAAGCAATTGAGATAGCAATGGGAGATCGAAATGATTGTCTGTGCTTATAGAGGCTATCATTCATAGAGATGATACAAGTAAAGAATTACTTGAATTTGGAAACAAGCTTGCTGCTATCAATAGTCGTCCTCCCAAACCTTTATAAAAATATATATATATATATATGATTCATCAACTTTTGAATCTCACTATATGTAGTGTTACCTTAAATTTACCCATGAATTATGTCATTCTTGTCTACCCATTTGCTCCTATCTTCAAATGATTCATATTCACAACTTTGGTTTCTCCTTTTAAGTTTGTAGAATGTTTTAAATAAAATTTAAAGTCACAGTTTATTTGTGAATAATTATTATTACTGAATAAAGTTTAAAAAGATTATTATAAGTATATGTTAAAGTGGAATTGTAGTAATTCTTTTCTTAAAAAGAAAAATATAAGTCTAGTATAAAAATAATAAATAAAGAAACTATTATAGTAAAAAGAACAAAAAAAAAAAAATTATAATATATGTTGATTTCATGGCTTAGTGGGCTGCAGCCCAATAGGGTGGTGATTTTCAAATGGGCCGGCTTTAGTGTATTGGACTTACTGCAAAGAACTTGGTATTGCAACAGAACCACCACTGGCTACCTTCAAACAGTTATGATTGACAATTTCAATTATTTCCAACAAACAAGTTACTCATGAGAACTAATCAAGAGAAAATAAGAAAATATAATTTTTAAGAAAAGTCAATACTAAACACATTTCTACGAATTTTTCTGTTTCAAAAATATTTTTAGAGTGGTTTTTGAAAACAACTAAACGATCCTGTTGCTTTAGTACCTGAAACTTGATGTGTATCATAAGTCACTTTAGTTCTTGAAAAATGACATTATTAAATCTTGAAGTTTCGAAGAATATTAATTTGATATTGTTTTTTTAAATCACATTACCCAAATAACATTGATGAAAAAAACATGTCAATTTAGGTGGCCTTTTTTTTAATAAAAAAAATTACATGACAGGGAAATAAAAAGTTAAATAATCTTTATACATAAATTAAAAAATTGTAATTCTTGTTCTCTCTCAATAAGACTCCACTTTTCATTGTAATAAGAAACAATCAATAAAATGAAAGGAGACTGAAATATCCAACAAAAGAAAATAAATACATCAAATAATTAAGATTAAATTACGAATTTGGTCCTATAGTTAGAACTTAATCTCAATTTGGCTTTTACGGTTTTAAAAGTTTCAATCTTAGTTTTACTTTGGTCTCTATAGTTTTAAAACTTTTGATTTTATCTTTATAATTTTGTTAAATCTCACAAATCGTCCATAAATTGTCTTTTATCAACTCAAAACCCACCCATTTTTTCTTATTTTCTTACTCAGTTTCAAACTTTAATGTAATTAACTATCACAAAATAAAAAACATGTGTCACGTATTCAATATAGTAACGACAAGTACGATTTGTGAGATTTGACTAAACCATATAGACAAAATTATGAAATTTTTAATTAAAATTATAGGAACCAAATTGAAAATATGTCAAACCATAAGAAACAAATTTGTAATTTAACCAATAATTAAAAGAATCATTTTATTTCTTAGATTAAATTTATGTAGTATGGAGTATAAAGTCAGCACATATAGTTAGCATGCTAATTCCACAAGCTACATAATCAGGACTTCTTTCAAAGCTACACAGTTTACTTTGATGAATTACAAAACCCATAAACTAAATACAAAGTTACATAAACTCTGAGTTGGTTTTTCACTAATTCATTCAAACACACAAGGCTATTGTCGACCGAAGCTACCCACACGAACGTAAAGTTTATAAACTCTCGAGAGAATCGAGAACTGGTTAGAAGTTATTTGTGAGGAAGAGGAAAGAGAGCGAGGATAGAAAGGGAGAAAGAGGAAGAAAGCAACAAAAGGAGAGGAGACAAGAAGGACTGGATTTGTTTTATTGAGGTGATTGTTCATAGGGACTGATGAGTGATGGGGCAGCAAGCAACTGCTTCTGTGGGGCTCCCCTCCACCTCTGCCGCCATTGCCCGCCCACCAATGTCTCTCTCTCTCTCTCTACTCTCTTCATAGGACCATTGAGGTTTCCTTTGCTTTCCTTATTCATTTTTCTATTCCAATGGAACAATGTTTGGATTGTGAGTCAAGTTTTTAGTATCATTATATATATATATCTACAAAAACCCACTAGATTTTTTTTGGTATATAAAAGCTTCAATTCTTTGTTTTCCCTTTATAAATGTGCGACTAGAGAAGGAAGATTTGAGAAAATACGCGTATCCAAGAAATTGGGATGGTTGAAAATTTGAGGTTTGCGTTTGCGAGAAAATAAAGGCCTTGTTCGGTAATGTTTTCGTTTTTCGTTCTTTGTTTCTTTTGTTTTCCGCTCTTGAAAAGCTTATGTGTTCAATGACAAATTAATTTTGCTTCCCGTTTGTATTATCAAATTTTCAAGCATTATTAAAAGTACTGTTTCCTCTTTTTGACTTGTAGGTGCATAATAAATATCAATAAAGAAAATCATTTTTAGTCTATATAATTTATGGTTCGTTTTAATCTAGTCCTTGTAATTTTAAAATTTCAATTTATTTTTTTATAATTTGGTTCAATATCTAAAAATGTCTCTATTGTTATCAAATGTAAACAATTTTCTTACGTAACATGTTTTCTTTAGACGTGGTAGAGAGACATATAATTAGTGTGGCAGAGAGGGCAATGAGTTGGTCTTTAAAGAAAACGTGTCAATAAGAATTGTTAATATGTTGCAATAGCAAAGACATTTAGGGAGATTTAACCAAATCATAAGGACTAAATGGAAATATTTAAAACCGAAAGAATCAAATTGAAACAAACAAAACTCAAAATTGAAACCTAATTTAATTTGACAACTCGAGGTAGATCTCTATTTCTTTTAAAAGATCGTAGGTTCGAGAATCCTTATCCCGTATTTACGTGAATATAAAAAAGGAAAAGGAAATGTAATTGCAATATTGTGGGGAGTAGTAAAAGTAAGAGAATGATGATTTTTGCTGTTTAGGTCATAAATGTGGAAGTGAGAGAGGCAGCCAAATTGGTACCTTTAGGGTTAGAGGGTTTTAATTAGAATAACGGAAGAGAGTCGTTTTCTTCTACTGTTTTTGCATGTTTTACATTTATTGTCTTTCTGGTTGCAATTTGCAAAGACTAACGAATTGAATTGATATTCAATAAAACTGTGCTCTCTCTCTCCTCTCTCTCTCTCTCTGGTCATGATCAGCCCTTGTTCGTTTGGTACCTTATCATTTGTAGGGAAATTCCAACCCCAACCTGTCACTTGTTGGGAAAATTATGTGAGATTGAGACTTCTAGTTTGCACATCCACATCTAATCTTCTCTCTCAACTTTTTTTTTTTTTGTATATGTATAATTTTCCAATCATAATAATATAACATTGTCGTCTCTGCTTTTCACGTTTAATAATGTCAAATCCCATCGTCGACTATCTCATTTGATCTTGAGCATTCTATTTCTATATACACTTTAATTCAAATCGTACGGTTTTGCTAAATTTGCGTTCTCCTAAATAAAGTTTAAGCGAAGAAGATAATAGTACTTTGATTTAAATCCTATTTTGGTCTCTAAAATTTTCAAATATTCTCTTAGTATGATCTGAATATTGCATAAAATACCCTTTTAGTCTTTTATGTTAATTAATTTTTTTAATAAATTGTCTAAAGAGGTTTGGACATAGATATGACTTTAAAAATATATACTTATGTGGATAAGTGTTTCAAATCACGTATAGTTGATAGGGTATTAAGTTCTTAAATGGGTTAAAATTTTTATTGAACAATGATGATGGATGAAAATGAATAATAATGTCTAAAATAGTTTTTCCATGCAAGGGACTAAAAATCAAACCTTTGAAAGTTTAGAGACAAACAAAAATAGATATGAAAATTTAAGGATCAAAATAAAATTTAAATATATTTTTCTCATCATATGTGAAATCAGCCCTATACCAAAAAATTAAGTGGATTATTTGACATCTTTAATCATTTGTAATTCTTATAGCTCATTTTATCCGAACTAACGAAACTAGCATAAGTCATCCTGAACCGAGGATTATTAAAATTACCATAAAAAGAGTGCATAAAAGCCAATGTTTAAATACAAGATTATGATTTTGTAGATTTTGGAAAATGGAAAAAAAAGTGTAATTTACTAGCATTTAGAATTAAATATATCAGGTGAAAAGTTTCCTAGGAACATATTAAGCGGAAATTATGTAACATTTGAGACTTTCTATTTTAAGATTCTTTCATGTTACATATACAAACACATTTGTCTCCATCAATCATGATGTTCAAAAAACTATCTTATTCTCGTGGACATTAAGGCATCTTCGTGTCCCGAACACCCTTAACAGACGTGCCCAATGAATATTGTTATGTCTTAATTTCTTTTTTCCCTTAAAAAAAACCCCCACAAAAGTTTAGATGTTTGCATTTGCAACCCAAATTTGCAAAGATTTTTTTATAAAAGGACATTAATTAATTAAAACCAGCAATCTAACTAACAATTAACAAGTACAAATCAAAATTTTGTGTAATAGTGATTTTGTTTTTGTTTTAAAAGATTAAGGTTGTTAATACTCATTTATTTGTTTTGTTTTCTTGTTAGTAAAGAAATACAATTCTTGAACACTTTTTTCTTTTAGTTTTTAAAATTTAACCAAGATATTTAAATTTTTAAATAAATGCAATTTGAAAAAAACGAACAAAGAAATCAATAGTGAACAAGTCCAATTTTTTTAAAAATAGAACATTAAGTCAATATTTGATGAAGATTTTGTTGTTAAAAAGTAAGTTTACTAACAATTTCTCTGTGTTTTTTTACTATTAAGAAGTACTTTCCAAATCTTAACCAAATATTCAAATAAAAAGCATTTTTAAAAATTTTATTGTAAAACAAAAAGCTTATATATCAACAAATAAACAAATTTTTAAATACAAAATTTAAAAATCACATCGTTGTCCAATGGACCCTCAGCTGATTAAAGTGAGATTGAAGAGTTTGCCAATTTATCTTAAATACTATGAAATCTCCACCATTGAAAAGGGTGTGGTGGGAGGAGTTAAAAATGGAGATTAATATAATTAATAACTATTAATCCGAATTTGAGAGAAAAAAAAGACCATAGGATAAAATAATGAAACATTTTCTCTTAAATATGATAGTGATGGTTCATACAAACTAGTAAAGATTAAAAAGAGGAAAAAAAAAGAGTTGGGAAATGGTGAAATTTTCTTAAACAAAAGCTCAAAGACCCCAAATTTGTACTAATTAATTATAATAATAATAATGCACAGCCTTAACCCACTCTAAAATTTGCAAAATACATAGTAATTAACATAATTAAGTACGTACAAATCACAGGCAAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGCTAGAAGTTCATGTAAGCATCGTAAGAGCACATGAATTGGTCCTGTCCTGCGGGGAAGTAGTTGGGATCGAGCTGTGGCAAGAAGGGTTCCTCCATTTTGACGACGTCGTTTGGTGGGTAGAGAATGTTGTTGTCGTCACCGTCGTTTTGGTCGAGAGGGAGGAGGGAGGAATTTGCAGCGGCAGCGGCAGCGGCGTGGATGTACATGGAGGAAGAGGCGGCGGCGACGGCGGAAGGGTCGTCGTAATCGACAAAGTTGATCATGGTTTGATGAAGCCAAATCTGGGTTTTCAAGAACTTGACATAGTGAATGGCTTCGTCGAGCATGGAGACGGTGTCCATCTTTGTCCCGCCGGGAACTAA

mRNA sequence

ATGGCTGCCGATACCCCCATGCTTAAGACTGTAACTAATGGCGTAGTAGGCGCCGATAAACTTTGCAGCCAACAACGCCGAAGCAATGGCGCATCAGTCGTCGTTATCCCAGCGCCCACCACCACCCCATCGACGCTGGGCCACTACCTTTCCCGCCGCCTCGTTCAGATCGGTGTCTCCGACATCTTTTCCGTTCCGGGAGACTCCAATCTTCTCCTCCTCGATTACTTCGTTGCAGAACAAGGGCTGAACCTCGTCGGCTGCTGTAGCGAGCTCAATGCTGGCTACGCCGCCGATGGCTACGCCAGGCGTCGCGGCGTCGGAGCCTGTGCTGTCACCTTCACCGTCGGTGGTCTCAGCCTCATCAACGCCATTGCCGGGGCTTACTGCGAGGATCTTCCGGTGGTTTGCATCGTCGGTGGCCCAAACTCGAATGATTATGGCAGTAAAAAGATTCTCCACCATACGATTGGGTTGCCGGATTTCAGCCAAGAACTCCGGTGCTTTCAAAATGTCACGTGTTATCAGGCCATTATCGATAATCTGGAAGACGCACAGTGGCAGATAGATACTGCAATTTCGAAGTGTTTGGAAGAGAGCAAGCCAGTTTACATTAGCATTTGCTGCAATTTGGTGGCCATTCCTCATCCTTCTTTCTCAATGAAACAACTCATCCCACTCTCTCTCTCTATCAAGCAAAGTAACCAGATGGGTTTGGAGGTAGCGGTGGAGAAGGCAGCTCAGCTGCTGAATAGTGCCGTAAAACCAGTGATGGTGGGCGGGAAGAAGCTGCGACCCGCCAAGGCCCAGGCGGCGTTCGTCGACCTGGCGGACGCTTGTGGGTATGCAGTCGCCGTTACGCCGTCGGCGAAAGGTCTGTTCCCGGAGATTCACCCTCGTTTCATCGGCACTTACTGGGGAGGCATCAGCACCGCCTACTGCGGCGAGACGGTGGAAATAGCCGACGCCTCGATCTTCGTCGGTGCCACTTTAGACGAACTGGAAACCGTCGGCTTCTCGCTTTCGTACAAGAAGAACAAGGCGATTCTTTTAGAGCCAGAACGCGTTGTGTTTCCAAATGGGCCAAGTTTTGGGCCAATTTTAATGAAGGATTTCCTTTGGGCCCTAGCTAAGCGCTTGAAGCCCAATCCAACGGCGTACGAGAACTACTGCCGGATTTATATTCCGGAGGCGGATCCCCTCCAAACGGGTACGGGCGAGGCTCTGCGGGTCAACGTTCTTTTCAAACATATTCAGAAAATGTTATCGAGTAACATGACTGTGATTTCTGAGACGGGCGATTCTTGGTTTCACTGTCAAAAACTGAAATTACCACATTCATGCGGGTATGAGATGCAATTGCTATATGGATCAATTGGATGGTCTCTAGGTGCAACCCTTGGTTGTGCACAAGCCGCACTGGAGGAGCGAGTGGTACTTTGCATCGGTGATGGGGGCTTTCAGATGGCTCCACAAGATGTGTCAACGATGATAAGGCTGGGACAAAAGAACATAATATTTTTGATAAATAATGGTGGATATACCATTGAAGTAGAGTTTCACGATGGGCCTTACACTATAATCAAGAATTGGGACTACACTGCTCTTGTCGATGCCATGCACAATCGTGATGGCAATTGTTGGACCACCAAGGTTCAAACGGAGGAAGAGTTGGTGAAAGCAATTGAGACAGCAATGGGAGACCGAAAGGACTGCTTGTGCTTCATTGAGGCTATCGTTCATAGAGATGATACAACTATGACCACCGCCCGATCGACACTGGGCCACTACCTTGCCCGTCGGCTAGTTGAAATCGGTGTCTCCGATATCTTTTCCGTTCCGGGAGACTCCAATCTTCTCCTCCTCGATTACTTCGTTGACGAACAAGGGCTGACCCTCGTCGGCTGCTGCAGCGAGCTCAATGCTGGCTACGCGGCAGATGGCTACGCCAGGCGTCGCGGCGTCGGAGCCTGTTGTGTCACCTTCACCGTCGGTGGCCTCAGCCTCATCAACGCCATTGCCGGTGCTTACTCCGAGGATCTTCCTGTGATTTGCATCGTCGGTGGTCCAAACTCAAATGATTATGGCAGTAAAAAGATTCTCCACCATACGATTGGGCTGCCGGATTTCAGCCAAGAACTCCGGTGCTTTCAAAATGTTACGTGTTATCAGGCCACTATCGATAAACTCGAAGACGCACAGTGGCAGATAGATACTGCAATTTCAAAATGTTTGGAAGAAAGCAAGCCAGTTTATATTAGCATTTGCTGCAATTTGGTGGCCATTCCTCATCCTTCTTTCTCAATGCAACGACTCATCCCACTCTCCCTCTCCCCCAAGCAAAGTAACCAGATGGGTTTGGAGGTGGTAGTGGAGATGGCAGCTCAGCTGCTAAATAGCGCCGTAAAACCGGTGATGGTGGGCGGGAAAAAGCTGCGACCCGCCAAAGCCCAGGCGGCGTTCGTCGACCTGGCGGACGCTTGTGGGTATGCGGTCGCCGTTACGCCGTCGGCGAAAGGTCTGTTTCCGGAGAACCACCCTCATTTTATCGGCACTTACTGGGGATCCATCAGCACCGCCTTCTGCAGCGAGATGGTGGAAATAGCCGACGCCTCGATCTTCGCCGGGGCCACTTTAGACGAACTGGAAACCGTCGGCTTCTCGCTTTTGTACAAGAGGAACAAGGCGATTCTTGTAGAACCAGAACGCGTTGTGTTTCCAAATGGGCCGAATTTTGGGCCGATTTTAATGCAGGAGTTCCTTTGGGCCCTAGCTAAGCGGCTGAAGCCCAATCCAACGGCTTACGAGAACTATTGCCGGATTTATATTCCGGAGGCGGATCCCCTCCAATCGGGTCCGGGCGAGACATTGCGGGTCAACATTCTTTTCAAACACATTCAAAAAATGTTATCGAGTAACATGACTGTGATATCTGAGACGGGTGACTCTTGGTTTCAATGTCAAAAACTGAAATTACCACAATCGTGCGGGTATGAGGTGCAGTTGCTATTTGCATCAATTGGATGGTCTCTAGGTGCAACTCTTGGATATGCACAAGCCACGCCGGAAGAGCGAGTGGTTCTTTGCATCGGCGATGGGAGCTTTCAGCTATGCCGATCAACCTCGATAATGGCTTCCAAGATGGAAGCTGGTCAGCCATACCAATGGCGGCGCTCGCTCCATGCTCAAGCCTGCTATAATGGCGCATATAAACTTTGTTGCCAATCCCCAAGCAATGGTACCACAATGCCCACCACCCCATCGACGCTGGGCCACTACCTTGCCCGTCGCCTCCTTGAAATCGGTGTCTCCGATATCTTCTCCGTTCCGGGAGACTCCAACCTTCTCCTCCTCGATTACTTCGTTGCAGAACAAGGGCTGACCCTCGTCGGCTGCTGCAGCGAGCTCAATGCTGGCTATGCGGCTGATGGCTACGCCAGGCGTCGCGGCGTCGGAGCCTGTGCTGTTACCTTCACCGTCGGTGGCCTCAACCTCATCAACGCCATTGCCGGTGCTTATTCCGAGGATCTTCCTGTCATTTGCATCATCGGTGGCCCAAACTCAAATGATTATGGCAGTAAAAAGATTCTCCACCATACCATTGGGCTGCCGGATTTCAGTCAAGAATTGCGGTGCTTTCAAAATGTTACGTGTTATCAGGCCATTATCGATAATCTGGAAGACGCACAGTGGCAGATAGATACTGCAATTTCAAAATGTTTGGAAGAAGCAAGCCAGTTTATATTAGCATTTGCTGCAATTTGGTGGCCATTCCTCATCCTTCTTTCTCAATGCAACAACGCATCCCACTCTCCCTCTTTTCCAAAAGCTGCGACTCTCCAAAGCCCAGGCGGCGTTGTCGAGCTGGCGGACGCTTGTGGGTATGCGGTCGCCATTACGCCATCGGCGAAAGGTCTGTTTCCGGAGAACCACCCTCATTTCATTGGAACTTACTGGGGAGGCATCAGCACCTCCTACTGCGGGGAGACGGTGGAAATAGCCGACGCCTCTATCTTCGCCGGGGCAACTTTAGACGAACTGGAAACCGTAGGCTTCTCTCTTTCGTACAAGAAGAACAAGGCGATTATTGTAGAGCCAGAACGCGTTGTGTTTCCAAATGGGCCGAGTTTTGGGCCGATTTTAATGAAAGAGTTCCTTCGGGCCCTGGCTAAGCGGCTGAAGCCCAATCCAATGGCTTACGAGAATTATCGCCGGATTTTTATTCCTGAGGCGGGTCCAGTCCAATCGGAGCCGGGCGAGGCCTTGCGGGTCAACGTCCTTTTCAAACATATTCAGAAAATGTTAACGAGTAACATGACTGTGATATCTGAGGCGGGTGACTCTTGGTTTCAGTGTCAAAGACTGAAATTACCACAGTCATGCGGGTGCAACTCTCGGATATGCACAGGCTGCACGGAAGAGCGAGTGGTTCTTTGTATTGGTGATGGGAGCTTTCAAATGGCTCCACAAGATTTATCAACCATGCTAAGGTTGGGACAAAGAAATGTAATATTTTTGATAAACAACGGTGGATACACTATTGAAGTAGAGATTCACGATGGCCCTTACAATGTCATAAGAATTGGGACTACACTGCCCTTGTCAATGCCATGCATAATCGTGATGGCAATTGTTGGAGCACCAAGCATCGTAAGAGCACATGAATTGGTCCTGTCCTGCGGGGAAGTAGTTGGGATCGAGCTGTGGCAAGAAGGGTTCCTCCATTTTGACGACGTCGTTTGGTGGGTAGAGAATGTTGTTGTCGTCACCGTCGTTTTGGTCGAGAGGGAGGAGGGAGGAATTTGCAGCGGCAGCGGCAGCGGCGTGGATGTACATGGAGGAAGAGGCGGCGGCGACGGCGGAAGGGTCGTCGTAATCGACAAAGTTGATCATGGTTTGATGAAGCCAAATCTGGGTTTTCAAGAACTTGACATAGTGAATGGCTTCGTCGAGCATGGAGACGGTGTCCATCTTTGTCCCGCCGGGAACTAA

Coding sequence (CDS)

ATGGCTGCCGATACCCCCATGCTTAAGACTGTAACTAATGGCGTAGTAGGCGCCGATAAACTTTGCAGCCAACAACGCCGAAGCAATGGCGCATCAGTCGTCGTTATCCCAGCGCCCACCACCACCCCATCGACGCTGGGCCACTACCTTTCCCGCCGCCTCGTTCAGATCGGTGTCTCCGACATCTTTTCCGTTCCGGGAGACTCCAATCTTCTCCTCCTCGATTACTTCGTTGCAGAACAAGGGCTGAACCTCGTCGGCTGCTGTAGCGAGCTCAATGCTGGCTACGCCGCCGATGGCTACGCCAGGCGTCGCGGCGTCGGAGCCTGTGCTGTCACCTTCACCGTCGGTGGTCTCAGCCTCATCAACGCCATTGCCGGGGCTTACTGCGAGGATCTTCCGGTGGTTTGCATCGTCGGTGGCCCAAACTCGAATGATTATGGCAGTAAAAAGATTCTCCACCATACGATTGGGTTGCCGGATTTCAGCCAAGAACTCCGGTGCTTTCAAAATGTCACGTGTTATCAGGCCATTATCGATAATCTGGAAGACGCACAGTGGCAGATAGATACTGCAATTTCGAAGTGTTTGGAAGAGAGCAAGCCAGTTTACATTAGCATTTGCTGCAATTTGGTGGCCATTCCTCATCCTTCTTTCTCAATGAAACAACTCATCCCACTCTCTCTCTCTATCAAGCAAAGTAACCAGATGGGTTTGGAGGTAGCGGTGGAGAAGGCAGCTCAGCTGCTGAATAGTGCCGTAAAACCAGTGATGGTGGGCGGGAAGAAGCTGCGACCCGCCAAGGCCCAGGCGGCGTTCGTCGACCTGGCGGACGCTTGTGGGTATGCAGTCGCCGTTACGCCGTCGGCGAAAGGTCTGTTCCCGGAGATTCACCCTCGTTTCATCGGCACTTACTGGGGAGGCATCAGCACCGCCTACTGCGGCGAGACGGTGGAAATAGCCGACGCCTCGATCTTCGTCGGTGCCACTTTAGACGAACTGGAAACCGTCGGCTTCTCGCTTTCGTACAAGAAGAACAAGGCGATTCTTTTAGAGCCAGAACGCGTTGTGTTTCCAAATGGGCCAAGTTTTGGGCCAATTTTAATGAAGGATTTCCTTTGGGCCCTAGCTAAGCGCTTGAAGCCCAATCCAACGGCGTACGAGAACTACTGCCGGATTTATATTCCGGAGGCGGATCCCCTCCAAACGGGTACGGGCGAGGCTCTGCGGGTCAACGTTCTTTTCAAACATATTCAGAAAATGTTATCGAGTAACATGACTGTGATTTCTGAGACGGGCGATTCTTGGTTTCACTGTCAAAAACTGAAATTACCACATTCATGCGGGTATGAGATGCAATTGCTATATGGATCAATTGGATGGTCTCTAGGTGCAACCCTTGGTTGTGCACAAGCCGCACTGGAGGAGCGAGTGGTACTTTGCATCGGTGATGGGGGCTTTCAGATGGCTCCACAAGATGTGTCAACGATGATAAGGCTGGGACAAAAGAACATAATATTTTTGATAAATAATGGTGGATATACCATTGAAGTAGAGTTTCACGATGGGCCTTACACTATAATCAAGAATTGGGACTACACTGCTCTTGTCGATGCCATGCACAATCGTGATGGCAATTGTTGGACCACCAAGGTTCAAACGGAGGAAGAGTTGGTGAAAGCAATTGAGACAGCAATGGGAGACCGAAAGGACTGCTTGTGCTTCATTGAGGCTATCGTTCATAGAGATGATACAACTATGACCACCGCCCGATCGACACTGGGCCACTACCTTGCCCGTCGGCTAGTTGAAATCGGTGTCTCCGATATCTTTTCCGTTCCGGGAGACTCCAATCTTCTCCTCCTCGATTACTTCGTTGACGAACAAGGGCTGACCCTCGTCGGCTGCTGCAGCGAGCTCAATGCTGGCTACGCGGCAGATGGCTACGCCAGGCGTCGCGGCGTCGGAGCCTGTTGTGTCACCTTCACCGTCGGTGGCCTCAGCCTCATCAACGCCATTGCCGGTGCTTACTCCGAGGATCTTCCTGTGATTTGCATCGTCGGTGGTCCAAACTCAAATGATTATGGCAGTAAAAAGATTCTCCACCATACGATTGGGCTGCCGGATTTCAGCCAAGAACTCCGGTGCTTTCAAAATGTTACGTGTTATCAGGCCACTATCGATAAACTCGAAGACGCACAGTGGCAGATAGATACTGCAATTTCAAAATGTTTGGAAGAAAGCAAGCCAGTTTATATTAGCATTTGCTGCAATTTGGTGGCCATTCCTCATCCTTCTTTCTCAATGCAACGACTCATCCCACTCTCCCTCTCCCCCAAGCAAAGTAACCAGATGGGTTTGGAGGTGGTAGTGGAGATGGCAGCTCAGCTGCTAAATAGCGCCGTAAAACCGGTGATGGTGGGCGGGAAAAAGCTGCGACCCGCCAAAGCCCAGGCGGCGTTCGTCGACCTGGCGGACGCTTGTGGGTATGCGGTCGCCGTTACGCCGTCGGCGAAAGGTCTGTTTCCGGAGAACCACCCTCATTTTATCGGCACTTACTGGGGATCCATCAGCACCGCCTTCTGCAGCGAGATGGTGGAAATAGCCGACGCCTCGATCTTCGCCGGGGCCACTTTAGACGAACTGGAAACCGTCGGCTTCTCGCTTTTGTACAAGAGGAACAAGGCGATTCTTGTAGAACCAGAACGCGTTGTGTTTCCAAATGGGCCGAATTTTGGGCCGATTTTAATGCAGGAGTTCCTTTGGGCCCTAGCTAAGCGGCTGAAGCCCAATCCAACGGCTTACGAGAACTATTGCCGGATTTATATTCCGGAGGCGGATCCCCTCCAATCGGGTCCGGGCGAGACATTGCGGGTCAACATTCTTTTCAAACACATTCAAAAAATGTTATCGAGTAACATGACTGTGATATCTGAGACGGGTGACTCTTGGTTTCAATGTCAAAAACTGAAATTACCACAATCGTGCGGGTATGAGGTGCAGTTGCTATTTGCATCAATTGGATGGTCTCTAGGTGCAACTCTTGGATATGCACAAGCCACGCCGGAAGAGCGAGTGGTTCTTTGCATCGGCGATGGGAGCTTTCAGCTATGCCGATCAACCTCGATAATGGCTTCCAAGATGGAAGCTGGTCAGCCATACCAATGGCGGCGCTCGCTCCATGCTCAAGCCTGCTATAATGGCGCATATAAACTTTGTTGCCAATCCCCAAGCAATGGTACCACAATGCCCACCACCCCATCGACGCTGGGCCACTACCTTGCCCGTCGCCTCCTTGAAATCGGTGTCTCCGATATCTTCTCCGTTCCGGGAGACTCCAACCTTCTCCTCCTCGATTACTTCGTTGCAGAACAAGGGCTGACCCTCGTCGGCTGCTGCAGCGAGCTCAATGCTGGCTATGCGGCTGATGGCTACGCCAGGCGTCGCGGCGTCGGAGCCTGTGCTGTTACCTTCACCGTCGGTGGCCTCAACCTCATCAACGCCATTGCCGGTGCTTATTCCGAGGATCTTCCTGTCATTTGCATCATCGGTGGCCCAAACTCAAATGATTATGGCAGTAAAAAGATTCTCCACCATACCATTGGGCTGCCGGATTTCAGTCAAGAATTGCGGTGCTTTCAAAATGTTACGTGTTATCAGGCCATTATCGATAATCTGGAAGACGCACAGTGGCAGATAGATACTGCAATTTCAAAATGTTTGGAAGAAGCAAGCCAGTTTATATTAGCATTTGCTGCAATTTGGTGGCCATTCCTCATCCTTCTTTCTCAATGCAACAACGCATCCCACTCTCCCTCTTTTCCAAAAGCTGCGACTCTCCAAAGCCCAGGCGGCGTTGTCGAGCTGGCGGACGCTTGTGGGTATGCGGTCGCCATTACGCCATCGGCGAAAGGTCTGTTTCCGGAGAACCACCCTCATTTCATTGGAACTTACTGGGGAGGCATCAGCACCTCCTACTGCGGGGAGACGGTGGAAATAGCCGACGCCTCTATCTTCGCCGGGGCAACTTTAGACGAACTGGAAACCGTAGGCTTCTCTCTTTCGTACAAGAAGAACAAGGCGATTATTGTAGAGCCAGAACGCGTTGTGTTTCCAAATGGGCCGAGTTTTGGGCCGATTTTAATGAAAGAGTTCCTTCGGGCCCTGGCTAAGCGGCTGAAGCCCAATCCAATGGCTTACGAGAATTATCGCCGGATTTTTATTCCTGAGGCGGGTCCAGTCCAATCGGAGCCGGGCGAGGCCTTGCGGGTCAACGTCCTTTTCAAACATATTCAGAAAATGTTAACGAGTAACATGACTGTGATATCTGAGGCGGGTGACTCTTGGTTTCAGTGTCAAAGACTGAAATTACCACAGTCATGCGGGTGCAACTCTCGGATATGCACAGGCTGCACGGAAGAGCGAGTGGTTCTTTGTATTGGTGATGGGAGCTTTCAAATGGCTCCACAAGATTTATCAACCATGCTAAGGTTGGGACAAAGAAATGTAATATTTTTGATAAACAACGGTGGATACACTATTGAAGTAGAGATTCACGATGGCCCTTACAATGTCATAAGAATTGGGACTACACTGCCCTTGTCAATGCCATGCATAATCGTGATGGCAATTGTTGGAGCACCAAGCATCGTAAGAGCACATGAATTGGTCCTGTCCTGCGGGGAAGTAGTTGGGATCGAGCTGTGGCAAGAAGGGTTCCTCCATTTTGACGACGTCGTTTGGTGGGTAGAGAATGTTGTTGTCGTCACCGTCGTTTTGGTCGAGAGGGAGGAGGGAGGAATTTGCAGCGGCAGCGGCAGCGGCGTGGATGTACATGGAGGAAGAGGCGGCGGCGACGGCGGAAGGGTCGTCGTAATCGACAAAGTTGATCATGGTTTGATGAAGCCAAATCTGGGTTTTCAAGAACTTGACATAGTGAATGGCTTCGTCGAGCATGGAGACGGTGTCCATCTTTGTCCCGCCGGGAACTAA

Protein sequence

MAADTPMLKTVTNGVVGADKLCSQQRRSNGASVVVIPAPTTTPSTLGHYLSRRLVQIGVSDIFSVPGDSNLLLLDYFVAEQGLNLVGCCSELNAGYAADGYARRRGVGACAVTFTVGGLSLINAIAGAYCEDLPVVCIVGGPNSNDYGSKKILHHTIGLPDFSQELRCFQNVTCYQAIIDNLEDAQWQIDTAISKCLEESKPVYISICCNLVAIPHPSFSMKQLIPLSLSIKQSNQMGLEVAVEKAAQLLNSAVKPVMVGGKKLRPAKAQAAFVDLADACGYAVAVTPSAKGLFPEIHPRFIGTYWGGISTAYCGETVEIADASIFVGATLDELETVGFSLSYKKNKAILLEPERVVFPNGPSFGPILMKDFLWALAKRLKPNPTAYENYCRIYIPEADPLQTGTGEALRVNVLFKHIQKMLSSNMTVISETGDSWFHCQKLKLPHSCGYEMQLLYGSIGWSLGATLGCAQAALEERVVLCIGDGGFQMAPQDVSTMIRLGQKNIIFLINNGGYTIEVEFHDGPYTIIKNWDYTALVDAMHNRDGNCWTTKVQTEEELVKAIETAMGDRKDCLCFIEAIVHRDDTTMTTARSTLGHYLARRLVEIGVSDIFSVPGDSNLLLLDYFVDEQGLTLVGCCSELNAGYAADGYARRRGVGACCVTFTVGGLSLINAIAGAYSEDLPVICIVGGPNSNDYGSKKILHHTIGLPDFSQELRCFQNVTCYQATIDKLEDAQWQIDTAISKCLEESKPVYISICCNLVAIPHPSFSMQRLIPLSLSPKQSNQMGLEVVVEMAAQLLNSAVKPVMVGGKKLRPAKAQAAFVDLADACGYAVAVTPSAKGLFPENHPHFIGTYWGSISTAFCSEMVEIADASIFAGATLDELETVGFSLLYKRNKAILVEPERVVFPNGPNFGPILMQEFLWALAKRLKPNPTAYENYCRIYIPEADPLQSGPGETLRVNILFKHIQKMLSSNMTVISETGDSWFQCQKLKLPQSCGYEVQLLFASIGWSLGATLGYAQATPEERVVLCIGDGSFQLCRSTSIMASKMEAGQPYQWRRSLHAQACYNGAYKLCCQSPSNGTTMPTTPSTLGHYLARRLLEIGVSDIFSVPGDSNLLLLDYFVAEQGLTLVGCCSELNAGYAADGYARRRGVGACAVTFTVGGLNLINAIAGAYSEDLPVICIIGGPNSNDYGSKKILHHTIGLPDFSQELRCFQNVTCYQAIIDNLEDAQWQIDTAISKCLEEASQFILAFAAIWWPFLILLSQCNNASHSPSFPKAATLQSPGGVVELADACGYAVAITPSAKGLFPENHPHFIGTYWGGISTSYCGETVEIADASIFAGATLDELETVGFSLSYKKNKAIIVEPERVVFPNGPSFGPILMKEFLRALAKRLKPNPMAYENYRRIFIPEAGPVQSEPGEALRVNVLFKHIQKMLTSNMTVISEAGDSWFQCQRLKLPQSCGCNSRICTGCTEERVVLCIGDGSFQMAPQDLSTMLRLGQRNVIFLINNGGYTIEVEIHDGPYNVIRIGTTLPLSMPCIIVMAIVGAPSIVRAHELVLSCGEVVGIELWQEGFLHFDDVVWWVENVVVVTVVLVEREEGGICSGSGSGVDVHGGRGGGDGGRVVVIDKVDHGLMKPNLGFQELDIVNGFVEHGDGVHLCPAGN
Homology
[Close]
BLAST of Sgr026613 vs. NCBI nr
Match: XP_038881352.1 (pyruvate decarboxylase 1-like isoform X1 [Benincasa hispida])

HSP 1 Score: 1013.1 bits (2618), Expect = 2.8e-291
Identity = 494/584 (84.59%), Postives = 530/584 (90.75%), Query Frame = 0 

Query: 8   LKTVTNGVVGADKLCSQQRR--SNGA---SVVVIPAPTTTPSTLGHYLSRRLVQIGVSDI 67
           +K + NGV  ADKL SQ R   +NGA   S V+IP PTTTPSTLGHYL+RRLVQIG+SDI
Sbjct: 20  IKPIANGVAAADKLRSQSRSIDNNGAAAPSPVIIPPPTTTPSTLGHYLARRLVQIGISDI 79

Query: 68  FSVPGDSNLLLLDYFVAEQGLNLVGCCSELNAGYAADGYARRRGVGACAVTFTVGGLSLI 127
           FSVPGDSNL+L DYFVAE+GLNLVGCC+ELNAGYAADGYARRRGVGACAVTFTVG LSLI
Sbjct: 80  FSVPGDSNLVLFDYFVAERGLNLVGCCNELNAGYAADGYARRRGVGACAVTFTVGSLSLI 139

Query: 128 NAIAGAYCEDLPVVCIVGGPNSNDYGSKKILHHTIGLPDFSQELRCFQNVTCYQAIIDNL 187
           NAIAGAY EDLPV+CIVGGPNSNDYGSKKILHHTIGLPDFSQELRCFQNVTCYQAIIDNL
Sbjct: 140 NAIAGAYSEDLPVICIVGGPNSNDYGSKKILHHTIGLPDFSQELRCFQNVTCYQAIIDNL 199

Query: 188 EDAQWQIDTAISKCLEESKPVYISICCNLVAIPHPSFSMKQLIPLSLSIKQSNQMGLEVA 247
           EDAQWQID AISKCLEE KPVYISICCNLVAIPHPSFS +QLIPLSLS K+SNQM LEVA
Sbjct: 200 EDAQWQIDRAISKCLEERKPVYISICCNLVAIPHPSFSAQQLIPLSLSPKKSNQMALEVA 259

Query: 248 VEKAAQLLNSAVKPVMVGGKKLRPAKAQAAFVDLADACGYAVAVTPSAKGLFPEIHPRFI 307
           VEKAAQLLNSA+KPVM+GGKKLRPAKAQ AF++LADAC YAVAVTPSAKG+FPE HP FI
Sbjct: 260 VEKAAQLLNSAIKPVMIGGKKLRPAKAQEAFMELADACRYAVAVTPSAKGMFPEYHPHFI 319

Query: 308 GTYWGGISTAYCGETVEIADASIFVGATLDELETVGFSLSYKKNKAILLEPERVVFPNGP 367
           GTYWG +STAYCGETVEIADASIF GATLDELETV FSL+YKKNKAI++E +RVVFPNGP
Sbjct: 320 GTYWGTVSTAYCGETVEIADASIFAGATLDELETVAFSLTYKKNKAIIVEADRVVFPNGP 379

Query: 368 SFGPILMKDFLWALAKRLKPNPTAYENYCRIYIPEADPLQTGTGEALRVNVLFKHIQKML 427
           SFGPILMKDFL A+AKRL PNPTAYENY RIYI E+ PLQ+  GEALRVNVLFKHIQKML
Sbjct: 380 SFGPILMKDFLSAIAKRLNPNPTAYENYRRIYIAESGPLQSNPGEALRVNVLFKHIQKML 439

Query: 428 SSNMTVISETGDSWFHCQKLKLPHSCGYEMQLLYGSIGWSLGATLGCAQAALEERVVLCI 487
           SSN+ VISETGDSWF CQKLKLP SCGYE+QLLY SIGWSLGATLG AQAA E+R+VLCI
Sbjct: 440 SSNIVVISETGDSWFQCQKLKLPKSCGYEIQLLYASIGWSLGATLGYAQAAPEKRMVLCI 499

Query: 488 GDGGFQMAPQDVSTMIRLGQKNIIFLINNGGYTIEVEFHDGPYTIIKNWDYTALVDAMHN 547
           GDG FQM PQDVSTMI L Q NIIFLINNGGYTIEVE HDGPY +IKNWDYTA+V+AMHN
Sbjct: 500 GDGSFQMTPQDVSTMITLKQNNIIFLINNGGYTIEVEIHDGPYNVIKNWDYTAIVNAMHN 559

Query: 548 RDGNCWTTKVQTEEELVKAIETAMGDRKDCLCFIEAIVHRDDTT 587
           RDGNCWTTK+ TEEELV AIE AMGD+KDCLCFIE I+HRDDT+
Sbjct: 560 RDGNCWTTKIHTEEELVNAIEKAMGDQKDCLCFIEVIIHRDDTS 603

[Close]
BLAST of Sgr026613 vs. NCBI nr
Match: XP_008464213.1 (PREDICTED: pyruvate decarboxylase 1-like [Cucumis melo] >KAA0037741.1 pyruvate decarboxylase 1-like [Cucumis melo var. makuwa])

HSP 1 Score: 995.0 bits (2571), Expect = 8.0e-286
Identity = 479/586 (81.74%), Postives = 522/586 (89.08%), Query Frame = 0 

Query: 2   AADTPMLKTVTNGVVGADKLCSQQRRSN-GASVVVIPAPTTTPSTLGHYLSRRLVQIGVS 61
           A+ +P +K + NG+  ADKL SQ R +N     V IP PTTTPSTLGHYL+RRLVQIG+S
Sbjct: 35  ASHSPTVKPLANGIAAADKLRSQSRINNHNNGAVTIPTPTTTPSTLGHYLARRLVQIGIS 94

Query: 62  DIFSVPGDSNLLLLDYFVAEQGLNLVGCCSELNAGYAADGYARRRGVGACAVTFTVGGLS 121
           DIFSVPGDSNL++ DYFVAE+GLNLVGCC+ELNAGYAADGYARRRGVGACAVTFTVG LS
Sbjct: 95  DIFSVPGDSNLVMFDYFVAEKGLNLVGCCNELNAGYAADGYARRRGVGACAVTFTVGSLS 154

Query: 122 LINAIAGAYCEDLPVVCIVGGPNSNDYGSKKILHHTIGLPDFSQELRCFQNVTCYQAIID 181
           LINAIAGAY EDLPV+CIVGGPNSNDYGSKKILHHTIGLPDF QELRCFQNVTCYQAIID
Sbjct: 155 LINAIAGAYSEDLPVICIVGGPNSNDYGSKKILHHTIGLPDFGQELRCFQNVTCYQAIID 214

Query: 182 NLEDAQWQIDTAISKCLEESKPVYISICCNLVAIPHPSFSMKQLIPLSLSIKQSNQMGLE 241
           NLEDAQW+IDTAISKCLEE KP+YISICCNLVAIPHPSFS + LIPLSLS KQSNQM LE
Sbjct: 215 NLEDAQWKIDTAISKCLEEGKPIYISICCNLVAIPHPSFSAQPLIPLSLSPKQSNQMALE 274

Query: 242 VAVEKAAQLLNSAVKPVMVGGKKLRPAKAQAAFVDLADACGYAVAVTPSAKGLFPEIHPR 301
            AVEKAAQLLN+A+KPVM+GGKKLRP K+Q  F++LA+ACGY VAVTPSAKG+FPE HP 
Sbjct: 275 AAVEKAAQLLNTAIKPVMIGGKKLRPTKSQEPFIELANACGYPVAVTPSAKGMFPESHPH 334

Query: 302 FIGTYWGGISTAYCGETVEIADASIFVGATLDELETVGFSLSYKKNKAILLEPERVVFPN 361
           FIG YWG +S+AYCGETVEIADASIFVGATLDELETV F+L+YKKNKAI++E +RVVFPN
Sbjct: 335 FIGIYWGTVSSAYCGETVEIADASIFVGATLDELETVAFTLTYKKNKAIMVEADRVVFPN 394

Query: 362 GPSFGPILMKDFLWALAKRLKPNPTAYENYCRIYIPEADPLQTGTGEALRVNVLFKHIQK 421
           GPSFGPILMKDFLWALAKRLKPN TAYENY RIYI E+ PL++G GEALRVN+LFKHIQK
Sbjct: 395 GPSFGPILMKDFLWALAKRLKPNSTAYENYRRIYIAESGPLESGPGEALRVNILFKHIQK 454

Query: 422 MLSSNMTVISETGDSWFHCQKLKLPHSCGYEMQLLYGSIGWSLGATLGCAQAALEERVVL 481
           MLSSNM VISE GDSWFHCQ+LKLP SCGYE+QLLY SIGWSLGATLG AQAA EERVVL
Sbjct: 455 MLSSNMVVISEAGDSWFHCQRLKLPKSCGYEVQLLYASIGWSLGATLGYAQAAPEERVVL 514

Query: 482 CIGDGGFQMAPQDVSTMIRLGQKNIIFLINNGGYTIEVEFHDGPYTIIKNWDYTALVDAM 541
           CIGDG FQM PQDVSTMI L Q NIIFLINNGGYTIEVE HDGPY +IKNWDYTA+V AM
Sbjct: 515 CIGDGSFQMTPQDVSTMITLKQNNIIFLINNGGYTIEVEIHDGPYNVIKNWDYTAIVKAM 574

Query: 542 HNRDGNCWTTKVQTEEELVKAIETAMGDRKDCLCFIEAIVHRDDTT 587
           HN DG CWTTKV TEEEL+ AIE  + +RKD LCFIE IVHRDDT+
Sbjct: 575 HNHDGYCWTTKVHTEEELMNAIEIVLEERKDYLCFIEVIVHRDDTS 620

[Close]
BLAST of Sgr026613 vs. NCBI nr
Match: TYK29657.1 (pyruvate decarboxylase 1-like [Cucumis melo var. makuwa])

HSP 1 Score: 994.6 bits (2570), Expect = 1.0e-285
Identity = 479/586 (81.74%), Postives = 522/586 (89.08%), Query Frame = 0 

Query: 2   AADTPMLKTVTNGVVGADKLCSQQRRSN-GASVVVIPAPTTTPSTLGHYLSRRLVQIGVS 61
           A+ +P +K + NG+  ADKL SQ R +N     V IP PTTTPSTLGHYL+RRLVQIG+S
Sbjct: 35  ASHSPTVKPLANGIAAADKLRSQSRINNHNNGAVTIPTPTTTPSTLGHYLARRLVQIGIS 94

Query: 62  DIFSVPGDSNLLLLDYFVAEQGLNLVGCCSELNAGYAADGYARRRGVGACAVTFTVGGLS 121
           DIFSVPGDSNL++ DYFVAE+GLNLVGCC+ELNAGYAADGYARRRGVGACAVTFTVG LS
Sbjct: 95  DIFSVPGDSNLVMFDYFVAEKGLNLVGCCNELNAGYAADGYARRRGVGACAVTFTVGSLS 154

Query: 122 LINAIAGAYCEDLPVVCIVGGPNSNDYGSKKILHHTIGLPDFSQELRCFQNVTCYQAIID 181
           LINAIAGAY EDLPV+CIVGGPNSNDYGSKKILHHTIGLPDF QELRCFQNVTCYQAIID
Sbjct: 155 LINAIAGAYSEDLPVICIVGGPNSNDYGSKKILHHTIGLPDFGQELRCFQNVTCYQAIID 214

Query: 182 NLEDAQWQIDTAISKCLEESKPVYISICCNLVAIPHPSFSMKQLIPLSLSIKQSNQMGLE 241
           NLEDAQW+IDTAISKCLEE KP+YISICCNLVAIPHPSFS + LIPLSLS KQSNQM LE
Sbjct: 215 NLEDAQWKIDTAISKCLEEGKPIYISICCNLVAIPHPSFSAQPLIPLSLSPKQSNQMALE 274

Query: 242 VAVEKAAQLLNSAVKPVMVGGKKLRPAKAQAAFVDLADACGYAVAVTPSAKGLFPEIHPR 301
            AVEKAAQLLN+A+KPVM+GGKKLRP K+Q  F++LA+ACGY VAVTPSAKG+FPE HP 
Sbjct: 275 AAVEKAAQLLNTAIKPVMIGGKKLRPTKSQEPFIELANACGYPVAVTPSAKGMFPENHPH 334

Query: 302 FIGTYWGGISTAYCGETVEIADASIFVGATLDELETVGFSLSYKKNKAILLEPERVVFPN 361
           FIG YWG +S+AYCGETVEIADASIFVGATLDELETV F+L+YKKNKAI++E +RVVFPN
Sbjct: 335 FIGIYWGTVSSAYCGETVEIADASIFVGATLDELETVAFTLTYKKNKAIMVEADRVVFPN 394

Query: 362 GPSFGPILMKDFLWALAKRLKPNPTAYENYCRIYIPEADPLQTGTGEALRVNVLFKHIQK 421
           GPSFGPILMKDFLWALAKRLKPN TAYENY RIYI E+ PL++G GEALRVN+LFKHIQK
Sbjct: 395 GPSFGPILMKDFLWALAKRLKPNSTAYENYRRIYIAESGPLESGPGEALRVNILFKHIQK 454

Query: 422 MLSSNMTVISETGDSWFHCQKLKLPHSCGYEMQLLYGSIGWSLGATLGCAQAALEERVVL 481
           MLSSNM VISE GDSWFHCQ+LKLP SCGYE+QLLY SIGWSLGATLG AQAA EERVVL
Sbjct: 455 MLSSNMVVISEAGDSWFHCQRLKLPKSCGYEVQLLYASIGWSLGATLGYAQAAPEERVVL 514

Query: 482 CIGDGGFQMAPQDVSTMIRLGQKNIIFLINNGGYTIEVEFHDGPYTIIKNWDYTALVDAM 541
           CIGDG FQM PQDVSTMI L Q NIIFLINNGGYTIEVE HDGPY +IKNWDYTA+V AM
Sbjct: 515 CIGDGSFQMTPQDVSTMITLKQNNIIFLINNGGYTIEVEIHDGPYNVIKNWDYTAIVKAM 574

Query: 542 HNRDGNCWTTKVQTEEELVKAIETAMGDRKDCLCFIEAIVHRDDTT 587
           HN DG CWTTKV TEEEL+ AIE  + +RKD LCFIE IVHRDDT+
Sbjct: 575 HNHDGYCWTTKVHTEEELMNAIEIVLEERKDYLCFIEVIVHRDDTS 620

[Close]
BLAST of Sgr026613 vs. NCBI nr
Match: XP_038881465.1 (pyruvate decarboxylase 1-like [Benincasa hispida])

HSP 1 Score: 990.7 bits (2560), Expect = 1.5e-284
Identity = 481/586 (82.08%), Postives = 525/586 (89.59%), Query Frame = 0 

Query: 1   MAADTPMLKTVTNGVVGADKLCSQQRRSNGASVVVIPAPTTTPSTLGHYLSRRLVQIGVS 60
           MAA  P ++ VT+  + +DKL   + RSN    V+IP PTT PSTLGHYL+RRLVQIGVS
Sbjct: 17  MAAYCPGIQPVTSASIASDKLICSKPRSNNGPRVIIPPPTTVPSTLGHYLARRLVQIGVS 76

Query: 61  DIFSVPGDSNLLLLDYFVAEQGLNLVGCCSELNAGYAADGYARRRGVGACAVTFTVGGLS 120
           DIFSVPGDSNL+L DYFVAE+GLNLVGCC+ELNAGYAADGYARRRGVGACAVTFTVG LS
Sbjct: 77  DIFSVPGDSNLMLFDYFVAEKGLNLVGCCNELNAGYAADGYARRRGVGACAVTFTVGSLS 136

Query: 121 LINAIAGAYCEDLPVVCIVGGPNSNDYGSKKILHHTIGLPDFSQELRCFQNVTCYQAIID 180
           LIN+IAGAY EDLPV+CIVGGPNSNDY SKKILHHTIGLPDF+QE RCFQNVTC+Q IID
Sbjct: 137 LINSIAGAYSEDLPVICIVGGPNSNDYRSKKILHHTIGLPDFTQEFRCFQNVTCHQVIID 196

Query: 181 NLEDAQWQIDTAISKCLEESKPVYISICCNLVAIPHPSFSMKQLIPLSLSIKQSNQMGLE 240
           NLEDAQWQID AISKCLEESKPVYISICCNLVAIPHPSFS +QLIPLSLS KQSNQ+ L+
Sbjct: 197 NLEDAQWQIDRAISKCLEESKPVYISICCNLVAIPHPSFSAQQLIPLSLSPKQSNQLCLK 256

Query: 241 VAVEKAAQLLNSAVKPVMVGGKKLRPAKAQAAFVDLADACGYAVAVTPSAKGLFPEIHPR 300
           +AVEKA+ LLN+AVKPVM+GGKKLR AKAQA F++LADACGYAVAVTPSAKG+FPE HP 
Sbjct: 257 MAVEKASDLLNTAVKPVMIGGKKLRLAKAQAVFLELADACGYAVAVTPSAKGMFPENHPH 316

Query: 301 FIGTYWGGISTAYCGETVEIADASIFVGATLDELETVGFSLSYKKNKAILLEPERVVFPN 360
           FIGTYWG ISTA+CGETVEIADASIF+GATLDELET+G+SL+YKKNKAI++EP RV+FPN
Sbjct: 317 FIGTYWGTISTAFCGETVEIADASIFIGATLDELETIGYSLTYKKNKAIIVEPNRVMFPN 376

Query: 361 GPSFGPILMKDFLWALAKRLKPNPTAYENYCRIYIPEADPLQTGTGEALRVNVLFKHIQK 420
           G  FG ILMKDFL AL KRLKPN TAYENY RIYIPE+DP Q+  GEALRVNVLFKHIQK
Sbjct: 377 GSCFGLILMKDFLQALTKRLKPNLTAYENYRRIYIPESDPPQSELGEALRVNVLFKHIQK 436

Query: 421 MLSSNMTVISETGDSWFHCQKLKLPHSCGYEMQLLYGSIGWSLGATLGCAQAALEERVVL 480
           ML++NMTVISETGDSWFH QKLKLP SCGYE+QLLY SIGWSLGATLG AQAA +ERVVL
Sbjct: 437 MLTNNMTVISETGDSWFHSQKLKLPKSCGYEIQLLYASIGWSLGATLGYAQAAPKERVVL 496

Query: 481 CIGDGGFQMAPQDVSTMIRLGQKNIIFLINNGGYTIEVEFHDGPYTIIKNWDYTALVDAM 540
           CIGDG FQM PQDVSTM+RLGQ NIIFLINNGGYTIEVE HDGPY +IKNWDYTA+VDAM
Sbjct: 497 CIGDGSFQMTPQDVSTMLRLGQNNIIFLINNGGYTIEVEIHDGPYNVIKNWDYTAIVDAM 556

Query: 541 HNRDGNCWTTKVQTEEELVKAIETAMGDRKDCLCFIEAIVHRDDTT 587
            NR+GNCWTTKV TEEELV AIE A GDR DCLCFIE IVHRDDT+
Sbjct: 557 DNREGNCWTTKVHTEEELVNAIEIATGDRNDCLCFIEVIVHRDDTS 602

[Close]
BLAST of Sgr026613 vs. NCBI nr
Match: XP_022144001.1 (pyruvate decarboxylase 1-like [Momordica charantia])

HSP 1 Score: 988.0 bits (2553), Expect = 9.7e-284
Identity = 482/583 (82.68%), Postives = 517/583 (88.68%), Query Frame = 0 

Query: 4   DTPMLKTVTNGVVGADKLCSQQRRSNGASVVVIPAPTTTPSTLGHYLSRRLVQIGVSDIF 63
           +TP  K +TNG                   + I   +  P TLGHYL+RRLV+IGV DIF
Sbjct: 14  ETPTPKPLTNGAAAPTN-----------KPIQIQTQSPPPWTLGHYLARRLVEIGVGDIF 73

Query: 64  SVPGDSNLLLLDYFVAEQGLNLVGCCSELNAGYAADGYARRRGVGACAVTFTVGGLSLIN 123
           SVPGD NLLLLDYFVAE GLNLVGCCSELNAGYAADGYARRRGVGACAVTFTVGGLSLIN
Sbjct: 74  SVPGDXNLLLLDYFVAEXGLNLVGCCSELNAGYAADGYARRRGVGACAVTFTVGGLSLIN 133

Query: 124 AIAGAYCEDLPVVCIVGGPNSNDYGSKKILHHTIGLPDFSQELRCFQNVTCYQAIIDNLE 183
           A+AGAY EDLPV+CIVGGPNSNDYGSKKI+HHTIGLPDFSQELRCFQNVTCYQAIIDN+E
Sbjct: 134 AVAGAYSEDLPVLCIVGGPNSNDYGSKKIIHHTIGLPDFSQELRCFQNVTCYQAIIDNVE 193

Query: 184 DAQWQIDTAISKCLEESKPVYISICCNLVAIPHPSFSMKQLIPLSLSIKQSNQMGLEVAV 243
           + QW+ID AI KCL E KPVYISICCNLVAIPHPSFSM++LIPLSL  KQSNQMGLEVA 
Sbjct: 194 ETQWEIDRAICKCLGERKPVYISICCNLVAIPHPSFSMERLIPLSLHPKQSNQMGLEVAA 253

Query: 244 EKAAQLLNSAVKPVMVGGKKLRPAKAQAAFVDLADACGYAVAVTPSAKGLFPEIHPRFIG 303
           EKAAQLLNSAVKPVMV GKKLRPAKAQAAFV+LADACGYAVAVTPSAKGLFPE HP FIG
Sbjct: 254 EKAAQLLNSAVKPVMVAGKKLRPAKAQAAFVELADACGYAVAVTPSAKGLFPENHPHFIG 313

Query: 304 TYWGGISTAYCGETVEIADASIFVGATLDELETVGFSLSYKKNKAILLEPERVVFPNGPS 363
           TYWG +STA+CGETVEIADASIF GATLDELETV FSL+YKKNKAI++EPERVVFPNGPS
Sbjct: 314 TYWGAVSTAFCGETVEIADASIFAGATLDELETVAFSLTYKKNKAIIVEPERVVFPNGPS 373

Query: 364 FGPILMKDFLWALAKRLKPNPTAYENYCRIYIPEADPLQTGTGEALRVNVLFKHIQKMLS 423
           FGPILMKDFL ALA+RLKPNPTAYENY RIY+PE+ PLQ+  GEALRVNVLFKHIQKMLS
Sbjct: 374 FGPILMKDFLRALAQRLKPNPTAYENYRRIYVPESGPLQSEPGEALRVNVLFKHIQKMLS 433

Query: 424 SNMTVISETGDSWFHCQKLKLPHSCGYEMQLLYGSIGWSLGATLGCAQAALEERVVLCIG 483
           SNMTVISE GDSWFHCQKLKLP SCGYE+QLLY SIGWSLGATLG AQAA ++RVVLCIG
Sbjct: 434 SNMTVISEAGDSWFHCQKLKLPKSCGYEVQLLYASIGWSLGATLGYAQAAPQQRVVLCIG 493

Query: 484 DGGFQMAPQDVSTMIRLGQKNIIFLINNGGYTIEVEFHDGPYTIIKNWDYTALVDAMHNR 543
           DG FQM+PQDVSTM+RLGQKNIIFLINNGGYTIEVE HDGPY +IKNWDYTA+V+AMHN+
Sbjct: 494 DGSFQMSPQDVSTMLRLGQKNIIFLINNGGYTIEVEIHDGPYNVIKNWDYTAMVNAMHNQ 553

Query: 544 DGNCWTTKVQTEEELVKAIETAMGDRKDCLCFIEAIVHRDDTT 587
           DG CWT KV TEEELVKAIETA  DR DCLCFIEAI+HRDDT+
Sbjct: 554 DGKCWTAKVHTEEELVKAIETATKDRNDCLCFIEAILHRDDTS 585

[Close]
BLAST of Sgr026613 vs. ExPASy Swiss-Prot
Match: A2Y5L9 (Pyruvate decarboxylase 1 OS=Oryza sativa subsp. indica OX=39946 GN=PDC1 PE=2 SV=1)

HSP 1 Score: 787.7 bits (2033), Expect = 2.5e-226
Identity = 371/555 (66.85%), Postives = 451/555 (81.26%), Query Frame = 0 

Query: 32  SVVVIPAPTTTPSTLGHYLSRRLVQIGVSDIFSVPGDSNLLLLDYFVAEQGLNLVGCCSE 91
           +V+  P  +   +TLG +L+RRLVQIG +D+F+VPGD NL LLDY +AE GL L+GCC+E
Sbjct: 31  AVIHPPVTSAAGATLGRHLARRLVQIGATDVFAVPGDFNLTLLDYLIAEPGLKLIGCCNE 90

Query: 92  LNAGYAADGYARRRGVGACAVTFTVGGLSLINAIAGAYCEDLPVVCIVGGPNSNDYGSKK 151
           LNAGYAADGYAR RGVGACAVTFTVGGLS++NAIAGAY E+LPV+CIVGGPNSNDYG+ +
Sbjct: 91  LNAGYAADGYARARGVGACAVTFTVGGLSVLNAIAGAYSENLPVICIVGGPNSNDYGTNR 150

Query: 152 ILHHTIGLPDFSQELRCFQNVTCYQAIIDNLEDAQWQIDTAISKCLEESKPVYISICCNL 211
           ILHHTIGLPDFSQELRCFQ +TCYQA+I+NL+DA  QIDTAI+  L ESKPVYIS+ CNL
Sbjct: 151 ILHHTIGLPDFSQELRCFQTITCYQAVINNLDDAHEQIDTAIATALRESKPVYISVGCNL 210

Query: 212 VAIPHPSFSMKQLIPLSLSIKQSNQMGLEVAVEKAAQLLNSAVKPVMVGGKKLRPAKAQA 271
             + HP+FS ++ +PL +S + SN+  LE AVE AA  LN AVKPVMVGG K+R AKA+ 
Sbjct: 211 AGLSHPTFS-REPVPLFISPRLSNKANLEYAVEAAADFLNKAVKPVMVGGPKIRVAKAKK 270

Query: 272 AFVDLADACGYAVAVTPSAKGLFPEIHPRFIGTYWGGISTAYCGETVEIADASIFVGATL 331
           AF  +A++ GY +AV PSAKGL PE HPRFIGTYWG +ST +C E VE ADA +F G   
Sbjct: 271 AFAGIAESSGYPIAVMPSAKGLVPEHHPRFIGTYWGAVSTTFCAEIVESADAYLFAGPIF 330

Query: 332 DELETVGFSLSYKKNKAILLEPERVVFPNGPSFGPILMKDFLWALAKRLKPNPTAYENYC 391
           ++  +VG+SL  K+ KA++++P+RVV  NGP+FG ILM +FL ALAKRL  N TAY+NY 
Sbjct: 331 NDYSSVGYSLLLKREKAVIVQPDRVVVGNGPAFGCILMTEFLDALAKRLDRNTTAYDNYR 390

Query: 392 RIYIPEADPLQTGTGEALRVNVLFKHIQKMLSSNMTVISETGDSWFHCQKLKLPHSCGYE 451
           RI+IP+ +P      E LRVN+LFKHI++MLS +  VI+ETGDSWF+CQKL+LP  CGYE
Sbjct: 391 RIFIPDREPPNGQPDEPLRVNILFKHIKEMLSGDTAVIAETGDSWFNCQKLRLPEGCGYE 450

Query: 452 MQLLYGSIGWSLGATLGCAQAALEERVVLCIGDGGFQMAPQDVSTMIRLGQKNIIFLINN 511
            Q+ YGSIGWS+GATLG AQAA ++RV+ CIGDG FQM  QDVSTM+R GQK+IIFLINN
Sbjct: 451 FQMQYGSIGWSVGATLGYAQAAKDKRVISCIGDGSFQMTAQDVSTMLRCGQKSIIFLINN 510

Query: 512 GGYTIEVEFHDGPYTIIKNWDYTALVDAMHNRDGNCWTTKVQTEEELVKAIETAMGDRKD 571
           GGYTIEVE HDGPY +IKNWDYT L+DA+HN DGNCWT KV+TEEEL++AI TA G +KD
Sbjct: 511 GGYTIEVEIHDGPYNVIKNWDYTGLIDAIHNSDGNCWTKKVRTEEELIEAIATATGAKKD 570

Query: 572 CLCFIEAIVHRDDTT 587
           CLCFIE IVH+DDT+
Sbjct: 571 CLCFIEIIVHKDDTS 584

[Close]
BLAST of Sgr026613 vs. ExPASy Swiss-Prot
Match: Q0DHF6 (Pyruvate decarboxylase 1 OS=Oryza sativa subsp. japonica OX=39947 GN=PDC1 PE=2 SV=1)

HSP 1 Score: 786.2 bits (2029), Expect = 7.4e-226
Identity = 371/555 (66.85%), Postives = 450/555 (81.08%), Query Frame = 0 

Query: 32  SVVVIPAPTTTPSTLGHYLSRRLVQIGVSDIFSVPGDSNLLLLDYFVAEQGLNLVGCCSE 91
           +V+  P  +   +TLG +L+RRLVQIG +D+F+VPGD NL LLDY +AE GL L+GCC+E
Sbjct: 31  AVINPPVTSAAGATLGRHLARRLVQIGATDVFAVPGDFNLTLLDYLIAEPGLKLIGCCNE 90

Query: 92  LNAGYAADGYARRRGVGACAVTFTVGGLSLINAIAGAYCEDLPVVCIVGGPNSNDYGSKK 151
           LNAGYAADGYAR RGVGACAVTFTVGGLS++NAIAGAY E+LPV+CIVGGPNSNDYG+ +
Sbjct: 91  LNAGYAADGYARARGVGACAVTFTVGGLSVLNAIAGAYSENLPVICIVGGPNSNDYGTNR 150

Query: 152 ILHHTIGLPDFSQELRCFQNVTCYQAIIDNLEDAQWQIDTAISKCLEESKPVYISICCNL 211
           ILHHTIGLPDFSQELRCFQ +TCYQA+I+NL+DA  QIDTAI+  L ESKPVYIS+ CNL
Sbjct: 151 ILHHTIGLPDFSQELRCFQTITCYQAVINNLDDAHEQIDTAIATALRESKPVYISVGCNL 210

Query: 212 VAIPHPSFSMKQLIPLSLSIKQSNQMGLEVAVEKAAQLLNSAVKPVMVGGKKLRPAKAQA 271
             + HP+FS ++ +PL +S + SN+  LE AVE AA  LN AVKPVMVGG K+R AKA+ 
Sbjct: 211 AGLSHPTFS-REPVPLFISPRLSNKANLEYAVEAAADFLNKAVKPVMVGGPKIRVAKAKK 270

Query: 272 AFVDLADACGYAVAVTPSAKGLFPEIHPRFIGTYWGGISTAYCGETVEIADASIFVGATL 331
           AF  +A++ GY  AV PSAKGL PE HPRFIGTYWG +ST +C E VE ADA +F G   
Sbjct: 271 AFAGIAESSGYPFAVMPSAKGLVPEHHPRFIGTYWGAVSTTFCAEIVESADAYLFAGPIF 330

Query: 332 DELETVGFSLSYKKNKAILLEPERVVFPNGPSFGPILMKDFLWALAKRLKPNPTAYENYC 391
           ++  +VG+SL  K+ KA++++P+RVV  NGP+FG ILM +FL ALAKRL  N TAY+NY 
Sbjct: 331 NDYSSVGYSLLLKREKAVIVQPDRVVVGNGPAFGCILMTEFLDALAKRLDRNTTAYDNYR 390

Query: 392 RIYIPEADPLQTGTGEALRVNVLFKHIQKMLSSNMTVISETGDSWFHCQKLKLPHSCGYE 451
           RI+IP+ +P      E LRVN+LFKHI++MLS +  VI+ETGDSWF+CQKL+LP  CGYE
Sbjct: 391 RIFIPDREPPNGQPDEPLRVNILFKHIKEMLSGDTAVIAETGDSWFNCQKLRLPEGCGYE 450

Query: 452 MQLLYGSIGWSLGATLGCAQAALEERVVLCIGDGGFQMAPQDVSTMIRLGQKNIIFLINN 511
            Q+ YGSIGWS+GATLG AQAA ++RV+ CIGDG FQM  QDVSTM+R GQK+IIFLINN
Sbjct: 451 FQMQYGSIGWSVGATLGYAQAAKDKRVISCIGDGSFQMTAQDVSTMLRCGQKSIIFLINN 510

Query: 512 GGYTIEVEFHDGPYTIIKNWDYTALVDAMHNRDGNCWTTKVQTEEELVKAIETAMGDRKD 571
           GGYTIEVE HDGPY +IKNWDYT L+DA+HN DGNCWT KV+TEEEL++AI TA G +KD
Sbjct: 511 GGYTIEVEIHDGPYNVIKNWDYTGLIDAIHNSDGNCWTKKVRTEEELIEAIATATGAKKD 570

Query: 572 CLCFIEAIVHRDDTT 587
           CLCFIE IVH+DDT+
Sbjct: 571 CLCFIEIIVHKDDTS 584

[Close]
BLAST of Sgr026613 vs. ExPASy Swiss-Prot
Match: A2XFI3 (Pyruvate decarboxylase 2 OS=Oryza sativa subsp. indica OX=39946 GN=PDC2 PE=2 SV=2)

HSP 1 Score: 785.0 bits (2026), Expect = 1.6e-225
Identity = 370/551 (67.15%), Postives = 446/551 (80.94%), Query Frame = 0 

Query: 37  PAPTTT-PSTLGHYLSRRLVQIGVSDIFSVPGDSNLLLLDYFVAEQGLNLVGCCSELNAG 96
           PAP +   ++LG +L+RRLVQ+GVSD+F+VPGD NL LLD+ +AE GL LVGCC+ELNAG
Sbjct: 36  PAPVSAGEASLGRHLARRLVQVGVSDVFAVPGDFNLTLLDHLIAEPGLRLVGCCNELNAG 95

Query: 97  YAADGYARRRGVGACAVTFTVGGLSLINAIAGAYCEDLPVVCIVGGPNSNDYGSKKILHH 156
           YAADGYAR RGVGACAVTFTVGGLS++NAIAGAY E+LPV+CI GGPNSNDYG+ +ILHH
Sbjct: 96  YAADGYARARGVGACAVTFTVGGLSVLNAIAGAYSENLPVICIAGGPNSNDYGTNRILHH 155

Query: 157 TIGLPDFSQELRCFQNVTCYQAIIDNLEDAQWQIDTAISKCLEESKPVYISICCNLVAIP 216
           TIGLPDFSQELRCFQ VTC+QA++ NLEDA  QIDTAI+  L ESKPVY+SI CNL  +P
Sbjct: 156 TIGLPDFSQELRCFQTVTCHQAVVTNLEDAHEQIDTAIATALRESKPVYLSISCNLPGLP 215

Query: 217 HPSFSMKQLIPLSLSIKQSNQMGLEVAVEKAAQLLNSAVKPVMVGGKKLRPAKAQAAFVD 276
           HP+FS +  +P  L+ + SN+MGLE AVE   + LN AVKPV+VGG KLR AKA  AFVD
Sbjct: 216 HPTFS-RDPVPFFLAPRLSNKMGLEAAVEATVEFLNKAVKPVLVGGPKLRVAKAGKAFVD 275

Query: 277 LADACGYAVAVTPSAKGLFPEIHPRFIGTYWGGISTAYCGETVEIADASIFVGATLDELE 336
           L DA GYA AV PSAKGL PE HP FIGTYWG +STA+C E VE ADA +F G   ++  
Sbjct: 276 LVDASGYAYAVMPSAKGLVPETHPHFIGTYWGAVSTAFCAEIVESADAYLFAGPIFNDYS 335

Query: 337 TVGFSLSYKKNKAILLEPERVVFPNGPSFGPILMKDFLWALAKRLKPNPTAYENYCRIYI 396
           +VG+S   KK+KAI+++PERV+  NGP+FG ++MK+FL  LAKR+  N TAYENY RI++
Sbjct: 336 SVGYSFLLKKDKAIIVQPERVIVGNGPAFGCVMMKEFLSELAKRVNKNTTAYENYKRIFV 395

Query: 397 PEADPLQTGTGEALRVNVLFKHIQKMLSSNMTVISETGDSWFHCQKLKLPHSCGYEMQLL 456
           PE  PL++   E LRVNVLFKH+QKML+S+  VI+ETGDSWF+CQKLKLP  CGYE Q+ 
Sbjct: 396 PEGQPLESEPNEPLRVNVLFKHVQKMLNSDSAVIAETGDSWFNCQKLKLPEGCGYEFQMQ 455

Query: 457 YGSIGWSLGATLGCAQAALEERVVLCIGDGGFQMAPQDVSTMIRLGQKNIIFLINNGGYT 516
           YGSIGWS+GA LG AQ A ++RV+ CIGDG FQ+  QDVSTMIR  Q +IIFLINNGGYT
Sbjct: 456 YGSIGWSVGALLGYAQGAKDKRVIACIGDGSFQVTAQDVSTMIRCAQNSIIFLINNGGYT 515

Query: 517 IEVEFHDGPYTIIKNWDYTALVDAMHNRDGNCWTTKVQTEEELVKAIETAMGDRKDCLCF 576
           IEVE HDGPY +IKNW+YT LVDA+HN +G CWT+KV+ EEEL +AI  A+G++KDCLCF
Sbjct: 516 IEVEIHDGPYNVIKNWNYTGLVDAIHNGEGKCWTSKVKCEEELTEAIGMALGEKKDCLCF 575

Query: 577 IEAIVHRDDTT 587
           IE I H+DDT+
Sbjct: 576 IEVIAHKDDTS 585

[Close]
BLAST of Sgr026613 vs. ExPASy Swiss-Prot
Match: Q9M040 (Pyruvate decarboxylase 4 OS=Arabidopsis thaliana OX=3702 GN=PDC4 PE=2 SV=1)

HSP 1 Score: 780.4 bits (2014), Expect = 4.0e-224
Identity = 378/561 (67.38%), Postives = 446/561 (79.50%), Query Frame = 0 

Query: 28  SNGASVVVIPAP--TTTPSTLGHYLSRRLVQIGVSDIFSVPGDSNLLLLDYFVAEQGLNL 87
           SN  + +   AP  TT+ STLG +LSRRLVQ GV+D+FSVPGD NL LLD+ +AE  LN 
Sbjct: 23  SNAVATIQDSAPITTTSESTLGRHLSRRLVQAGVTDVFSVPGDFNLTLLDHLIAEPELNN 82

Query: 88  VGCCSELNAGYAADGYARRRGVGACAVTFTVGGLSLINAIAGAYCEDLPVVCIVGGPNSN 147
           +GCC+ELNAGYAADGYAR RGVGAC VTFTVGGLS++NAIAGAY E+LPV+CIVGGPNSN
Sbjct: 83  IGCCNELNAGYAADGYARSRGVGACVVTFTVGGLSVLNAIAGAYSENLPVICIVGGPNSN 142

Query: 148 DYGSKKILHHTIGLPDFSQELRCFQNVTCYQAIIDNLEDAQWQIDTAISKCLEESKPVYI 207
           D+G+ +ILHHTIGLPDFSQELRCFQ VTCYQA+++NLEDA  QID AI+  L+ESKPVYI
Sbjct: 143 DFGTNRILHHTIGLPDFSQELRCFQTVTCYQAVVNNLEDAHEQIDKAIATALKESKPVYI 202

Query: 208 SICCNLVAIPHPSFSMKQLIPLSLSIKQSNQMGLEVAVEKAAQLLNSAVKPVMVGGKKLR 267
           SI CNL A PHP+F+ +  +P  L+ + SN MGLE AVE   + LN AVKPVMVGG KLR
Sbjct: 203 SISCNLAATPHPTFA-RDPVPFDLTPRMSNTMGLEAAVEATLEFLNKAVKPVMVGGPKLR 262

Query: 268 PAKAQAAFVDLADACGYAVAVTPSAKGLFPEIHPRFIGTYWGGISTAYCGETVEIADASI 327
            AKA  AF++LADA GY +AV PS KGL PE HP FIGTYWG +ST +C E VE ADA I
Sbjct: 263 VAKASEAFLELADASGYPLAVMPSTKGLVPENHPHFIGTYWGAVSTPFCSEIVESADAYI 322

Query: 328 FVGATLDELETVGFSLSYKKNKAILLEPERVVFPNGPSFGPILMKDFLWALAKRLKPNPT 387
           F G   ++  +VG+SL  KK KAI++ P+RVV  NGP+FG +LM DF   LAKR+K N T
Sbjct: 323 FAGPIFNDYSSVGYSLLLKKEKAIIVHPDRVVVANGPTFGCVLMSDFFRELAKRVKRNET 382

Query: 388 AYENYCRIYIPEADPLQTGTGEALRVNVLFKHIQKMLSSNMTVISETGDSWFHCQKLKLP 447
           AYENY RI++PE  PL+   GE LRVN +F+HIQKMLSS   VI+ETGDSWF+CQKLKLP
Sbjct: 383 AYENYERIFVPEGKPLKCKPGEPLRVNAMFQHIQKMLSSETAVIAETGDSWFNCQKLKLP 442

Query: 448 HSCGYEMQLLYGSIGWSLGATLGCAQAALEERVVLCIGDGGFQMAPQDVSTMIRLGQKNI 507
             CGYE Q+ YGSIGWS+GATLG AQA  E+RV+  IGDG FQ+  QD+STMIR GQK I
Sbjct: 443 KGCGYEFQMQYGSIGWSVGATLGYAQATPEKRVLSFIGDGSFQVTAQDISTMIRNGQKAI 502

Query: 508 IFLINNGGYTIEVEFHDGPYTIIKNWDYTALVDAMHNRDGNCWTTKVQTEEELVKAIETA 567
           IFLINNGGYTIEVE HDGPY +IKNW+YT LVDA+HN +G CWTTKV+ EEELV+AI+TA
Sbjct: 503 IFLINNGGYTIEVEIHDGPYNVIKNWNYTGLVDAIHNGEGKCWTTKVRYEEELVEAIKTA 562

Query: 568 MGDRKDCLCFIEAIVHRDDTT 587
             ++KD LCFIE IVH+DDT+
Sbjct: 563 TTEKKDSLCFIEVIVHKDDTS 582

[Close]
BLAST of Sgr026613 vs. ExPASy Swiss-Prot
Match: Q10MW3 (Pyruvate decarboxylase 2 OS=Oryza sativa subsp. japonica OX=39947 GN=PDC2 PE=2 SV=1)

HSP 1 Score: 779.6 bits (2012), Expect = 6.9e-224
Identity = 370/551 (67.15%), Postives = 445/551 (80.76%), Query Frame = 0 

Query: 37  PAPTTT-PSTLGHYLSRRLVQIGVSDIFSVPGDSNLLLLDYFVAEQGLNLVGCCSELNAG 96
           PAP +   ++LG +L+RRLVQ+GVSD+F+VPGD NL LLD+ +AE GL LVGCC+ELNAG
Sbjct: 36  PAPVSAGEASLGRHLARRLVQVGVSDVFAVPGDFNLTLLDHLIAEPGLRLVGCCNELNAG 95

Query: 97  YAADGYARRRGVGACAVTFTVGGLSLINAIAGAYCEDLPVVCIVGGPNSNDYGSKKILHH 156
           YAADGYAR RGVGACAVTFTVGGLS++NAIAGAY E+LPV+CI GGPNSNDYG+ +ILHH
Sbjct: 96  YAADGYARARGVGACAVTFTVGGLSVLNAIAGAYSENLPVICIAGGPNSNDYGTNRILHH 155

Query: 157 TIGLPDFSQELRCFQNVTCYQAIIDNLEDAQWQIDTAISKCLEESKPVYISICCNLVAIP 216
           TIGLPDFSQELRCFQ VTC+QA++ NLEDA  QIDTAI+  L ESKPVY+SI CNL  +P
Sbjct: 156 TIGLPDFSQELRCFQTVTCHQAVVTNLEDAHEQIDTAIATALRESKPVYLSISCNLPGLP 215

Query: 217 HPSFSMKQLIPLSLSIKQSNQMGLEVAVEKAAQLLNSAVKPVMVGGKKLRPAKAQAAFVD 276
           HP+FS +  +P  L+ + SN+MGLE AVE   + LN AVKPV+VGG KLR AKA  AFVD
Sbjct: 216 HPTFS-RDPVPFFLAPRLSNKMGLEAAVEATVEFLNKAVKPVLVGGPKLRVAKAGKAFVD 275

Query: 277 LADACGYAVAVTPSAKGLFPEIHPRFIGTYWGGISTAYCGETVEIADASIFVGATLDELE 336
           L DA GYA AV PSAKGL PE HP FIGTYWG +STA+C E VE ADA +F G   ++  
Sbjct: 276 LVDASGYAYAVMPSAKGLVPETHPHFIGTYWGAVSTAFCAEIVESADAYLFAGPIFNDYS 335

Query: 337 TVGFSLSYKKNKAILLEPERVVFPNGPSFGPILMKDFLWALAKRLKPNPTAYENYCRIYI 396
           +VG+S   KK+KAI+++PERV+  NGP+FG ++MK+FL  LAKR+  N TAYENY RI++
Sbjct: 336 SVGYSFLLKKDKAIIVQPERVIVGNGPAFGCVMMKEFLSELAKRVNKNTTAYENYKRIFV 395

Query: 397 PEADPLQTGTGEALRVNVLFKHIQKMLSSNMTVISETGDSWFHCQKLKLPHSCGYEMQLL 456
           PE  PL++   E LRVNVLFKH+QKML+S+  VI+ETGDSWF+CQKLKLP  CGYE Q+ 
Sbjct: 396 PEGQPLESEPNEPLRVNVLFKHVQKMLNSDSAVIAETGDSWFNCQKLKLPEGCGYEFQMQ 455

Query: 457 YGSIGWSLGATLGCAQAALEERVVLCIGDGGFQMAPQDVSTMIRLGQKNIIFLINNGGYT 516
           YGSIGWS+GA LG AQ A ++RV+ CIGDG FQ+  QDVSTMIR  Q +IIFLINNGGYT
Sbjct: 456 YGSIGWSVGALLGYAQGAKDKRVIACIGDGSFQVTAQDVSTMIRCAQNSIIFLINNGGYT 515

Query: 517 IEVEFHDGPYTIIKNWDYTALVDAMHNRDGNCWTTKVQTEEELVKAIETAMGDRKDCLCF 576
           IEVE HDGPY +IKNW+YT LVDA+HN +G CWT+KV+ EEEL +AI  A+G+ KDCLCF
Sbjct: 516 IEVEIHDGPYNVIKNWNYTGLVDAIHNGEGKCWTSKVKCEEELTEAIGMALGE-KDCLCF 575

Query: 577 IEAIVHRDDTT 587
           IE I H+DDT+
Sbjct: 576 IEVIAHKDDTS 584

[Close]
BLAST of Sgr026613 vs. ExPASy TrEMBL
Match: A0A5A7T827 (Pyruvate decarboxylase OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold141G00370 PE=3 SV=1)

HSP 1 Score: 995.0 bits (2571), Expect = 3.9e-286
Identity = 479/586 (81.74%), Postives = 522/586 (89.08%), Query Frame = 0 

Query: 2   AADTPMLKTVTNGVVGADKLCSQQRRSN-GASVVVIPAPTTTPSTLGHYLSRRLVQIGVS 61
           A+ +P +K + NG+  ADKL SQ R +N     V IP PTTTPSTLGHYL+RRLVQIG+S
Sbjct: 35  ASHSPTVKPLANGIAAADKLRSQSRINNHNNGAVTIPTPTTTPSTLGHYLARRLVQIGIS 94

Query: 62  DIFSVPGDSNLLLLDYFVAEQGLNLVGCCSELNAGYAADGYARRRGVGACAVTFTVGGLS 121
           DIFSVPGDSNL++ DYFVAE+GLNLVGCC+ELNAGYAADGYARRRGVGACAVTFTVG LS
Sbjct: 95  DIFSVPGDSNLVMFDYFVAEKGLNLVGCCNELNAGYAADGYARRRGVGACAVTFTVGSLS 154

Query: 122 LINAIAGAYCEDLPVVCIVGGPNSNDYGSKKILHHTIGLPDFSQELRCFQNVTCYQAIID 181
           LINAIAGAY EDLPV+CIVGGPNSNDYGSKKILHHTIGLPDF QELRCFQNVTCYQAIID
Sbjct: 155 LINAIAGAYSEDLPVICIVGGPNSNDYGSKKILHHTIGLPDFGQELRCFQNVTCYQAIID 214

Query: 182 NLEDAQWQIDTAISKCLEESKPVYISICCNLVAIPHPSFSMKQLIPLSLSIKQSNQMGLE 241
           NLEDAQW+IDTAISKCLEE KP+YISICCNLVAIPHPSFS + LIPLSLS KQSNQM LE
Sbjct: 215 NLEDAQWKIDTAISKCLEEGKPIYISICCNLVAIPHPSFSAQPLIPLSLSPKQSNQMALE 274

Query: 242 VAVEKAAQLLNSAVKPVMVGGKKLRPAKAQAAFVDLADACGYAVAVTPSAKGLFPEIHPR 301
            AVEKAAQLLN+A+KPVM+GGKKLRP K+Q  F++LA+ACGY VAVTPSAKG+FPE HP 
Sbjct: 275 AAVEKAAQLLNTAIKPVMIGGKKLRPTKSQEPFIELANACGYPVAVTPSAKGMFPESHPH 334

Query: 302 FIGTYWGGISTAYCGETVEIADASIFVGATLDELETVGFSLSYKKNKAILLEPERVVFPN 361
           FIG YWG +S+AYCGETVEIADASIFVGATLDELETV F+L+YKKNKAI++E +RVVFPN
Sbjct: 335 FIGIYWGTVSSAYCGETVEIADASIFVGATLDELETVAFTLTYKKNKAIMVEADRVVFPN 394

Query: 362 GPSFGPILMKDFLWALAKRLKPNPTAYENYCRIYIPEADPLQTGTGEALRVNVLFKHIQK 421
           GPSFGPILMKDFLWALAKRLKPN TAYENY RIYI E+ PL++G GEALRVN+LFKHIQK
Sbjct: 395 GPSFGPILMKDFLWALAKRLKPNSTAYENYRRIYIAESGPLESGPGEALRVNILFKHIQK 454

Query: 422 MLSSNMTVISETGDSWFHCQKLKLPHSCGYEMQLLYGSIGWSLGATLGCAQAALEERVVL 481
           MLSSNM VISE GDSWFHCQ+LKLP SCGYE+QLLY SIGWSLGATLG AQAA EERVVL
Sbjct: 455 MLSSNMVVISEAGDSWFHCQRLKLPKSCGYEVQLLYASIGWSLGATLGYAQAAPEERVVL 514

Query: 482 CIGDGGFQMAPQDVSTMIRLGQKNIIFLINNGGYTIEVEFHDGPYTIIKNWDYTALVDAM 541
           CIGDG FQM PQDVSTMI L Q NIIFLINNGGYTIEVE HDGPY +IKNWDYTA+V AM
Sbjct: 515 CIGDGSFQMTPQDVSTMITLKQNNIIFLINNGGYTIEVEIHDGPYNVIKNWDYTAIVKAM 574

Query: 542 HNRDGNCWTTKVQTEEELVKAIETAMGDRKDCLCFIEAIVHRDDTT 587
           HN DG CWTTKV TEEEL+ AIE  + +RKD LCFIE IVHRDDT+
Sbjct: 575 HNHDGYCWTTKVHTEEELMNAIEIVLEERKDYLCFIEVIVHRDDTS 620

[Close]
BLAST of Sgr026613 vs. ExPASy TrEMBL
Match: A0A1S3CKZ0 (Pyruvate decarboxylase OS=Cucumis melo OX=3656 GN=LOC103502148 PE=3 SV=1)

HSP 1 Score: 995.0 bits (2571), Expect = 3.9e-286
Identity = 479/586 (81.74%), Postives = 522/586 (89.08%), Query Frame = 0 

Query: 2   AADTPMLKTVTNGVVGADKLCSQQRRSN-GASVVVIPAPTTTPSTLGHYLSRRLVQIGVS 61
           A+ +P +K + NG+  ADKL SQ R +N     V IP PTTTPSTLGHYL+RRLVQIG+S
Sbjct: 35  ASHSPTVKPLANGIAAADKLRSQSRINNHNNGAVTIPTPTTTPSTLGHYLARRLVQIGIS 94

Query: 62  DIFSVPGDSNLLLLDYFVAEQGLNLVGCCSELNAGYAADGYARRRGVGACAVTFTVGGLS 121
           DIFSVPGDSNL++ DYFVAE+GLNLVGCC+ELNAGYAADGYARRRGVGACAVTFTVG LS
Sbjct: 95  DIFSVPGDSNLVMFDYFVAEKGLNLVGCCNELNAGYAADGYARRRGVGACAVTFTVGSLS 154

Query: 122 LINAIAGAYCEDLPVVCIVGGPNSNDYGSKKILHHTIGLPDFSQELRCFQNVTCYQAIID 181
           LINAIAGAY EDLPV+CIVGGPNSNDYGSKKILHHTIGLPDF QELRCFQNVTCYQAIID
Sbjct: 155 LINAIAGAYSEDLPVICIVGGPNSNDYGSKKILHHTIGLPDFGQELRCFQNVTCYQAIID 214

Query: 182 NLEDAQWQIDTAISKCLEESKPVYISICCNLVAIPHPSFSMKQLIPLSLSIKQSNQMGLE 241
           NLEDAQW+IDTAISKCLEE KP+YISICCNLVAIPHPSFS + LIPLSLS KQSNQM LE
Sbjct: 215 NLEDAQWKIDTAISKCLEEGKPIYISICCNLVAIPHPSFSAQPLIPLSLSPKQSNQMALE 274

Query: 242 VAVEKAAQLLNSAVKPVMVGGKKLRPAKAQAAFVDLADACGYAVAVTPSAKGLFPEIHPR 301
            AVEKAAQLLN+A+KPVM+GGKKLRP K+Q  F++LA+ACGY VAVTPSAKG+FPE HP 
Sbjct: 275 AAVEKAAQLLNTAIKPVMIGGKKLRPTKSQEPFIELANACGYPVAVTPSAKGMFPESHPH 334

Query: 302 FIGTYWGGISTAYCGETVEIADASIFVGATLDELETVGFSLSYKKNKAILLEPERVVFPN 361
           FIG YWG +S+AYCGETVEIADASIFVGATLDELETV F+L+YKKNKAI++E +RVVFPN
Sbjct: 335 FIGIYWGTVSSAYCGETVEIADASIFVGATLDELETVAFTLTYKKNKAIMVEADRVVFPN 394

Query: 362 GPSFGPILMKDFLWALAKRLKPNPTAYENYCRIYIPEADPLQTGTGEALRVNVLFKHIQK 421
           GPSFGPILMKDFLWALAKRLKPN TAYENY RIYI E+ PL++G GEALRVN+LFKHIQK
Sbjct: 395 GPSFGPILMKDFLWALAKRLKPNSTAYENYRRIYIAESGPLESGPGEALRVNILFKHIQK 454

Query: 422 MLSSNMTVISETGDSWFHCQKLKLPHSCGYEMQLLYGSIGWSLGATLGCAQAALEERVVL 481
           MLSSNM VISE GDSWFHCQ+LKLP SCGYE+QLLY SIGWSLGATLG AQAA EERVVL
Sbjct: 455 MLSSNMVVISEAGDSWFHCQRLKLPKSCGYEVQLLYASIGWSLGATLGYAQAAPEERVVL 514

Query: 482 CIGDGGFQMAPQDVSTMIRLGQKNIIFLINNGGYTIEVEFHDGPYTIIKNWDYTALVDAM 541
           CIGDG FQM PQDVSTMI L Q NIIFLINNGGYTIEVE HDGPY +IKNWDYTA+V AM
Sbjct: 515 CIGDGSFQMTPQDVSTMITLKQNNIIFLINNGGYTIEVEIHDGPYNVIKNWDYTAIVKAM 574

Query: 542 HNRDGNCWTTKVQTEEELVKAIETAMGDRKDCLCFIEAIVHRDDTT 587
           HN DG CWTTKV TEEEL+ AIE  + +RKD LCFIE IVHRDDT+
Sbjct: 575 HNHDGYCWTTKVHTEEELMNAIEIVLEERKDYLCFIEVIVHRDDTS 620

[Close]
BLAST of Sgr026613 vs. ExPASy TrEMBL
Match: A0A5D3E0N5 (Pyruvate decarboxylase OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold669G00060 PE=3 SV=1)

HSP 1 Score: 994.6 bits (2570), Expect = 5.0e-286
Identity = 479/586 (81.74%), Postives = 522/586 (89.08%), Query Frame = 0 

Query: 2   AADTPMLKTVTNGVVGADKLCSQQRRSN-GASVVVIPAPTTTPSTLGHYLSRRLVQIGVS 61
           A+ +P +K + NG+  ADKL SQ R +N     V IP PTTTPSTLGHYL+RRLVQIG+S
Sbjct: 35  ASHSPTVKPLANGIAAADKLRSQSRINNHNNGAVTIPTPTTTPSTLGHYLARRLVQIGIS 94

Query: 62  DIFSVPGDSNLLLLDYFVAEQGLNLVGCCSELNAGYAADGYARRRGVGACAVTFTVGGLS 121
           DIFSVPGDSNL++ DYFVAE+GLNLVGCC+ELNAGYAADGYARRRGVGACAVTFTVG LS
Sbjct: 95  DIFSVPGDSNLVMFDYFVAEKGLNLVGCCNELNAGYAADGYARRRGVGACAVTFTVGSLS 154

Query: 122 LINAIAGAYCEDLPVVCIVGGPNSNDYGSKKILHHTIGLPDFSQELRCFQNVTCYQAIID 181
           LINAIAGAY EDLPV+CIVGGPNSNDYGSKKILHHTIGLPDF QELRCFQNVTCYQAIID
Sbjct: 155 LINAIAGAYSEDLPVICIVGGPNSNDYGSKKILHHTIGLPDFGQELRCFQNVTCYQAIID 214

Query: 182 NLEDAQWQIDTAISKCLEESKPVYISICCNLVAIPHPSFSMKQLIPLSLSIKQSNQMGLE 241
           NLEDAQW+IDTAISKCLEE KP+YISICCNLVAIPHPSFS + LIPLSLS KQSNQM LE
Sbjct: 215 NLEDAQWKIDTAISKCLEEGKPIYISICCNLVAIPHPSFSAQPLIPLSLSPKQSNQMALE 274

Query: 242 VAVEKAAQLLNSAVKPVMVGGKKLRPAKAQAAFVDLADACGYAVAVTPSAKGLFPEIHPR 301
            AVEKAAQLLN+A+KPVM+GGKKLRP K+Q  F++LA+ACGY VAVTPSAKG+FPE HP 
Sbjct: 275 AAVEKAAQLLNTAIKPVMIGGKKLRPTKSQEPFIELANACGYPVAVTPSAKGMFPENHPH 334

Query: 302 FIGTYWGGISTAYCGETVEIADASIFVGATLDELETVGFSLSYKKNKAILLEPERVVFPN 361
           FIG YWG +S+AYCGETVEIADASIFVGATLDELETV F+L+YKKNKAI++E +RVVFPN
Sbjct: 335 FIGIYWGTVSSAYCGETVEIADASIFVGATLDELETVAFTLTYKKNKAIMVEADRVVFPN 394

Query: 362 GPSFGPILMKDFLWALAKRLKPNPTAYENYCRIYIPEADPLQTGTGEALRVNVLFKHIQK 421
           GPSFGPILMKDFLWALAKRLKPN TAYENY RIYI E+ PL++G GEALRVN+LFKHIQK
Sbjct: 395 GPSFGPILMKDFLWALAKRLKPNSTAYENYRRIYIAESGPLESGPGEALRVNILFKHIQK 454

Query: 422 MLSSNMTVISETGDSWFHCQKLKLPHSCGYEMQLLYGSIGWSLGATLGCAQAALEERVVL 481
           MLSSNM VISE GDSWFHCQ+LKLP SCGYE+QLLY SIGWSLGATLG AQAA EERVVL
Sbjct: 455 MLSSNMVVISEAGDSWFHCQRLKLPKSCGYEVQLLYASIGWSLGATLGYAQAAPEERVVL 514

Query: 482 CIGDGGFQMAPQDVSTMIRLGQKNIIFLINNGGYTIEVEFHDGPYTIIKNWDYTALVDAM 541
           CIGDG FQM PQDVSTMI L Q NIIFLINNGGYTIEVE HDGPY +IKNWDYTA+V AM
Sbjct: 515 CIGDGSFQMTPQDVSTMITLKQNNIIFLINNGGYTIEVEIHDGPYNVIKNWDYTAIVKAM 574

Query: 542 HNRDGNCWTTKVQTEEELVKAIETAMGDRKDCLCFIEAIVHRDDTT 587
           HN DG CWTTKV TEEEL+ AIE  + +RKD LCFIE IVHRDDT+
Sbjct: 575 HNHDGYCWTTKVHTEEELMNAIEIVLEERKDYLCFIEVIVHRDDTS 620

[Close]
BLAST of Sgr026613 vs. ExPASy TrEMBL
Match: A0A6J1CS04 (Pyruvate decarboxylase OS=Momordica charantia OX=3673 GN=LOC111013786 PE=3 SV=1)

HSP 1 Score: 988.0 bits (2553), Expect = 4.7e-284
Identity = 482/583 (82.68%), Postives = 517/583 (88.68%), Query Frame = 0 

Query: 4   DTPMLKTVTNGVVGADKLCSQQRRSNGASVVVIPAPTTTPSTLGHYLSRRLVQIGVSDIF 63
           +TP  K +TNG                   + I   +  P TLGHYL+RRLV+IGV DIF
Sbjct: 14  ETPTPKPLTNGAAAPTN-----------KPIQIQTQSPPPWTLGHYLARRLVEIGVGDIF 73

Query: 64  SVPGDSNLLLLDYFVAEQGLNLVGCCSELNAGYAADGYARRRGVGACAVTFTVGGLSLIN 123
           SVPGD NLLLLDYFVAE GLNLVGCCSELNAGYAADGYARRRGVGACAVTFTVGGLSLIN
Sbjct: 74  SVPGDXNLLLLDYFVAEXGLNLVGCCSELNAGYAADGYARRRGVGACAVTFTVGGLSLIN 133

Query: 124 AIAGAYCEDLPVVCIVGGPNSNDYGSKKILHHTIGLPDFSQELRCFQNVTCYQAIIDNLE 183
           A+AGAY EDLPV+CIVGGPNSNDYGSKKI+HHTIGLPDFSQELRCFQNVTCYQAIIDN+E
Sbjct: 134 AVAGAYSEDLPVLCIVGGPNSNDYGSKKIIHHTIGLPDFSQELRCFQNVTCYQAIIDNVE 193

Query: 184 DAQWQIDTAISKCLEESKPVYISICCNLVAIPHPSFSMKQLIPLSLSIKQSNQMGLEVAV 243
           + QW+ID AI KCL E KPVYISICCNLVAIPHPSFSM++LIPLSL  KQSNQMGLEVA 
Sbjct: 194 ETQWEIDRAICKCLGERKPVYISICCNLVAIPHPSFSMERLIPLSLHPKQSNQMGLEVAA 253

Query: 244 EKAAQLLNSAVKPVMVGGKKLRPAKAQAAFVDLADACGYAVAVTPSAKGLFPEIHPRFIG 303
           EKAAQLLNSAVKPVMV GKKLRPAKAQAAFV+LADACGYAVAVTPSAKGLFPE HP FIG
Sbjct: 254 EKAAQLLNSAVKPVMVAGKKLRPAKAQAAFVELADACGYAVAVTPSAKGLFPENHPHFIG 313

Query: 304 TYWGGISTAYCGETVEIADASIFVGATLDELETVGFSLSYKKNKAILLEPERVVFPNGPS 363
           TYWG +STA+CGETVEIADASIF GATLDELETV FSL+YKKNKAI++EPERVVFPNGPS
Sbjct: 314 TYWGAVSTAFCGETVEIADASIFAGATLDELETVAFSLTYKKNKAIIVEPERVVFPNGPS 373

Query: 364 FGPILMKDFLWALAKRLKPNPTAYENYCRIYIPEADPLQTGTGEALRVNVLFKHIQKMLS 423
           FGPILMKDFL ALA+RLKPNPTAYENY RIY+PE+ PLQ+  GEALRVNVLFKHIQKMLS
Sbjct: 374 FGPILMKDFLRALAQRLKPNPTAYENYRRIYVPESGPLQSEPGEALRVNVLFKHIQKMLS 433

Query: 424 SNMTVISETGDSWFHCQKLKLPHSCGYEMQLLYGSIGWSLGATLGCAQAALEERVVLCIG 483
           SNMTVISE GDSWFHCQKLKLP SCGYE+QLLY SIGWSLGATLG AQAA ++RVVLCIG
Sbjct: 434 SNMTVISEAGDSWFHCQKLKLPKSCGYEVQLLYASIGWSLGATLGYAQAAPQQRVVLCIG 493

Query: 484 DGGFQMAPQDVSTMIRLGQKNIIFLINNGGYTIEVEFHDGPYTIIKNWDYTALVDAMHNR 543
           DG FQM+PQDVSTM+RLGQKNIIFLINNGGYTIEVE HDGPY +IKNWDYTA+V+AMHN+
Sbjct: 494 DGSFQMSPQDVSTMLRLGQKNIIFLINNGGYTIEVEIHDGPYNVIKNWDYTAMVNAMHNQ 553

Query: 544 DGNCWTTKVQTEEELVKAIETAMGDRKDCLCFIEAIVHRDDTT 587
           DG CWT KV TEEELVKAIETA  DR DCLCFIEAI+HRDDT+
Sbjct: 554 DGKCWTAKVHTEEELVKAIETATKDRNDCLCFIEAILHRDDTS 585

[Close]
BLAST of Sgr026613 vs. ExPASy TrEMBL
Match: A0A0A0L1C6 (Pyruvate decarboxylase OS=Cucumis sativus OX=3659 GN=Csa_4G312250 PE=3 SV=1)

HSP 1 Score: 977.2 bits (2525), Expect = 8.3e-281
Identity = 470/586 (80.20%), Postives = 522/586 (89.08%), Query Frame = 0 

Query: 1   MAADTPMLKTVTNGVVGADKLCSQQRRSNGASVVVIPAPTTTPSTLGHYLSRRLVQIGVS 60
           M A +P ++ VTN  + +DK+ S   ++NG+ +V++P PTT PSTLGHYL+ RLV+IGVS
Sbjct: 34  MVAYSPRIERVTNASLASDKIISS--KNNGSPLVIVPPPTTAPSTLGHYLASRLVEIGVS 93

Query: 61  DIFSVPGDSNLLLLDYFVAEQGLNLVGCCSELNAGYAADGYARRRGVGACAVTFTVGGLS 120
           DIFSVPGDSNL+L DYFVAE+GLNLVGCC+ELNAGYAADGYAR RGVGACAVTFTVG LS
Sbjct: 94  DIFSVPGDSNLVLFDYFVAEKGLNLVGCCNELNAGYAADGYARSRGVGACAVTFTVGSLS 153

Query: 121 LINAIAGAYCEDLPVVCIVGGPNSNDYGSKKILHHTIGLPDFSQELRCFQNVTCYQAIID 180
           LINAIAGAY EDLPV+CIVGGPNSNDYGSKKILHHTIGLPDFSQELRCFQNVTCYQAIID
Sbjct: 154 LINAIAGAYSEDLPVICIVGGPNSNDYGSKKILHHTIGLPDFSQELRCFQNVTCYQAIID 213

Query: 181 NLEDAQWQIDTAISKCLEESKPVYISICCNLVAIPHPSFSMKQLIPLSLSIKQSNQMGLE 240
           +LEDAQWQID AI KCLEESKPVYISICCNLVAIPHPSFS + LIPLSLS KQSNQMGLE
Sbjct: 214 SLEDAQWQIDKAICKCLEESKPVYISICCNLVAIPHPSFSAQPLIPLSLSPKQSNQMGLE 273

Query: 241 VAVEKAAQLLNSAVKPVMVGGKKLRPAKAQAAFVDLADACGYAVAVTPSAKGLFPEIHPR 300
           +AVEKAA LLN+A+KPVM+GGKKLRPAKA+AAF++LAD+CGYAVAVTPSAKG+FPE HP 
Sbjct: 274 MAVEKAADLLNTAIKPVMIGGKKLRPAKAEAAFLELADSCGYAVAVTPSAKGMFPENHPH 333

Query: 301 FIGTYWGGISTAYCGETVEIADASIFVGATLDELETVGFSLSYKKNKAILLEPERVVFPN 360
           FIGTYWG +STA+CGETVEIADASIFVGA LDELETVG+SL+YKKNKAI+++P+ VVFPN
Sbjct: 334 FIGTYWGTVSTAFCGETVEIADASIFVGANLDELETVGYSLAYKKNKAIIVKPDSVVFPN 393

Query: 361 GPSFGPILMKDFLWALAKRLKPNPTAYENYCRIYIPEADPLQTGTGEALRVNVLFKHIQK 420
           G S+G + MKDFLWAL KRLKPN  AYENY RIYI E+ P ++  GE LRVNVLFKHIQK
Sbjct: 394 GESYGAVQMKDFLWALGKRLKPNSRAYENYRRIYIAESSPPESEAGEELRVNVLFKHIQK 453

Query: 421 MLSSNMTVISETGDSWFHCQKLKLPHSCGYEMQLLYGSIGWSLGATLGCAQAALEERVVL 480
           MLSSNMTVI+ETGDSWFH QKLKLP SCGYE+QLLY SIGWSLGATLG AQAA  +R++L
Sbjct: 454 MLSSNMTVIAETGDSWFHSQKLKLPKSCGYEVQLLYASIGWSLGATLGYAQAAPHKRLLL 513

Query: 481 CIGDGGFQMAPQDVSTMIRLGQKNIIFLINNGGYTIEVEFHDGPYTIIKNWDYTALVDAM 540
           CIGDG FQMAPQDVSTM++LGQKNIIFLINNGGYTIEVE HDGPY II NWDYTA VDA+
Sbjct: 514 CIGDGSFQMAPQDVSTMLKLGQKNIIFLINNGGYTIEVEIHDGPYNIINNWDYTAFVDAV 573

Query: 541 HNRDGNCWTTKVQTEEELVKAIETAMGDRKDCLCFIEAIVHRDDTT 587
           +N   NCWTTKV TEEELV AIE AM DR DCLCFIE I HRDDT+
Sbjct: 574 NNHQSNCWTTKVHTEEELVNAIEIAMKDRNDCLCFIEVIAHRDDTS 617

[Close]
BLAST of Sgr026613 vs. TAIR 10
Match: AT5G01320.1 (Thiamine pyrophosphate dependent pyruvate decarboxylase family protein )

HSP 1 Score: 780.4 bits (2014), Expect = 2.9e-225
Identity = 378/561 (67.38%), Postives = 446/561 (79.50%), Query Frame = 0 

Query: 28  SNGASVVVIPAP--TTTPSTLGHYLSRRLVQIGVSDIFSVPGDSNLLLLDYFVAEQGLNL 87
           SN  + +   AP  TT+ STLG +LSRRLVQ GV+D+FSVPGD NL LLD+ +AE  LN 
Sbjct: 23  SNAVATIQDSAPITTTSESTLGRHLSRRLVQAGVTDVFSVPGDFNLTLLDHLIAEPELNN 82

Query: 88  VGCCSELNAGYAADGYARRRGVGACAVTFTVGGLSLINAIAGAYCEDLPVVCIVGGPNSN 147
           +GCC+ELNAGYAADGYAR RGVGAC VTFTVGGLS++NAIAGAY E+LPV+CIVGGPNSN
Sbjct: 83  IGCCNELNAGYAADGYARSRGVGACVVTFTVGGLSVLNAIAGAYSENLPVICIVGGPNSN 142

Query: 148 DYGSKKILHHTIGLPDFSQELRCFQNVTCYQAIIDNLEDAQWQIDTAISKCLEESKPVYI 207
           D+G+ +ILHHTIGLPDFSQELRCFQ VTCYQA+++NLEDA  QID AI+  L+ESKPVYI
Sbjct: 143 DFGTNRILHHTIGLPDFSQELRCFQTVTCYQAVVNNLEDAHEQIDKAIATALKESKPVYI 202

Query: 208 SICCNLVAIPHPSFSMKQLIPLSLSIKQSNQMGLEVAVEKAAQLLNSAVKPVMVGGKKLR 267
           SI CNL A PHP+F+ +  +P  L+ + SN MGLE AVE   + LN AVKPVMVGG KLR
Sbjct: 203 SISCNLAATPHPTFA-RDPVPFDLTPRMSNTMGLEAAVEATLEFLNKAVKPVMVGGPKLR 262

Query: 268 PAKAQAAFVDLADACGYAVAVTPSAKGLFPEIHPRFIGTYWGGISTAYCGETVEIADASI 327
            AKA  AF++LADA GY +AV PS KGL PE HP FIGTYWG +ST +C E VE ADA I
Sbjct: 263 VAKASEAFLELADASGYPLAVMPSTKGLVPENHPHFIGTYWGAVSTPFCSEIVESADAYI 322

Query: 328 FVGATLDELETVGFSLSYKKNKAILLEPERVVFPNGPSFGPILMKDFLWALAKRLKPNPT 387
           F G   ++  +VG+SL  KK KAI++ P+RVV  NGP+FG +LM DF   LAKR+K N T
Sbjct: 323 FAGPIFNDYSSVGYSLLLKKEKAIIVHPDRVVVANGPTFGCVLMSDFFRELAKRVKRNET 382

Query: 388 AYENYCRIYIPEADPLQTGTGEALRVNVLFKHIQKMLSSNMTVISETGDSWFHCQKLKLP 447
           AYENY RI++PE  PL+   GE LRVN +F+HIQKMLSS   VI+ETGDSWF+CQKLKLP
Sbjct: 383 AYENYERIFVPEGKPLKCKPGEPLRVNAMFQHIQKMLSSETAVIAETGDSWFNCQKLKLP 442

Query: 448 HSCGYEMQLLYGSIGWSLGATLGCAQAALEERVVLCIGDGGFQMAPQDVSTMIRLGQKNI 507
             CGYE Q+ YGSIGWS+GATLG AQA  E+RV+  IGDG FQ+  QD+STMIR GQK I
Sbjct: 443 KGCGYEFQMQYGSIGWSVGATLGYAQATPEKRVLSFIGDGSFQVTAQDISTMIRNGQKAI 502

Query: 508 IFLINNGGYTIEVEFHDGPYTIIKNWDYTALVDAMHNRDGNCWTTKVQTEEELVKAIETA 567
           IFLINNGGYTIEVE HDGPY +IKNW+YT LVDA+HN +G CWTTKV+ EEELV+AI+TA
Sbjct: 503 IFLINNGGYTIEVEIHDGPYNVIKNWNYTGLVDAIHNGEGKCWTTKVRYEEELVEAIKTA 562

Query: 568 MGDRKDCLCFIEAIVHRDDTT 587
             ++KD LCFIE IVH+DDT+
Sbjct: 563 TTEKKDSLCFIEVIVHKDDTS 582

[Close]
BLAST of Sgr026613 vs. TAIR 10
Match: AT4G33070.1 (Thiamine pyrophosphate dependent pyruvate decarboxylase family protein )

HSP 1 Score: 775.0 bits (2000), Expect = 1.2e-223
Identity = 369/543 (67.96%), Postives = 442/543 (81.40%), Query Frame = 0 

Query: 44  STLGHYLSRRLVQIGVSDIFSVPGDSNLLLLDYFVAEQGLNLVGCCSELNAGYAADGYAR 103
           +TLG +L+RRLVQ GV+D+FSVPGD NL LLD+ +AE  LNL+GCC+ELNAGYAADGYAR
Sbjct: 45  ATLGRHLARRLVQAGVTDVFSVPGDFNLTLLDHLMAEPDLNLIGCCNELNAGYAADGYAR 104

Query: 104 RRGVGACAVTFTVGGLSLINAIAGAYCEDLPVVCIVGGPNSNDYGSKKILHHTIGLPDFS 163
            RGVGAC VTFTVGGLS++NAIAGAY E+LP++CIVGGPNSNDYG+ +ILHHTIGLPDFS
Sbjct: 105 SRGVGACVVTFTVGGLSVLNAIAGAYSENLPLICIVGGPNSNDYGTNRILHHTIGLPDFS 164

Query: 164 QELRCFQNVTCYQAIIDNLEDAQWQIDTAISKCLEESKPVYISICCNLVAIPHPSFSMKQ 223
           QELRCFQ VTCYQA+++NL+DA  QID AIS  L+ESKPVYIS+ CNL AIPH +FS + 
Sbjct: 165 QELRCFQTVTCYQAVVNNLDDAHEQIDKAISTALKESKPVYISVSCNLAAIPHHTFS-RD 224

Query: 224 LIPLSLSIKQSNQMGLEVAVEKAAQLLNSAVKPVMVGGKKLRPAKAQAAFVDLADACGYA 283
            +P SL+ + SN+MGLE AVE   + LN AVKPVMVGG KLR AKA  AFV+LADA GYA
Sbjct: 225 PVPFSLAPRLSNKMGLEAAVEATLEFLNKAVKPVMVGGPKLRVAKACDAFVELADASGYA 284

Query: 284 VAVTPSAKGLFPEIHPRFIGTYWGGISTAYCGETVEIADASIFVGATLDELETVGFSLSY 343
           +A+ PSAKG  PE HP FIGTYWG +ST +C E VE ADA IF G   ++  +VG+SL  
Sbjct: 285 LAMMPSAKGFVPEHHPHFIGTYWGAVSTPFCSEIVESADAYIFAGPIFNDYSSVGYSLLL 344

Query: 344 KKNKAILLEPERVVFPNGPSFGPILMKDFLWALAKRLKPNPTAYENYCRIYIPEADPLQT 403
           KK KAI+++P+R+   NGP+FG ILM DF   L+KR+K N TAYENY RI++PE  PL+ 
Sbjct: 345 KKEKAIVVQPDRITVANGPTFGCILMSDFFRELSKRVKRNETAYENYHRIFVPEGKPLKC 404

Query: 404 GTGEALRVNVLFKHIQKMLSSNMTVISETGDSWFHCQKLKLPHSCGYEMQLLYGSIGWSL 463
            + E LRVN +F+HIQKMLSS   VI+ETGDSWF+CQKLKLP  CGYE Q+ YGSIGWS+
Sbjct: 405 ESREPLRVNTMFQHIQKMLSSETAVIAETGDSWFNCQKLKLPKGCGYEFQMQYGSIGWSV 464

Query: 464 GATLGCAQAALEERVVLCIGDGGFQMAPQDVSTMIRLGQKNIIFLINNGGYTIEVEFHDG 523
           GATLG AQA+ E+RV+  IGDG FQ+  QD+STM+R GQK IIFLINNGGYTIEVE HDG
Sbjct: 465 GATLGYAQASPEKRVLAFIGDGSFQVTVQDISTMLRNGQKTIIFLINNGGYTIEVEIHDG 524

Query: 524 PYTIIKNWDYTALVDAMHNRDGNCWTTKVQTEEELVKAIETAMGDRKDCLCFIEAIVHRD 583
           PY +IKNW+YT LVDA+HN +GNCWT KV+ EEELV+AI TA  ++KDCLCFIE I+H+D
Sbjct: 525 PYNVIKNWNYTGLVDAIHNGEGNCWTAKVRYEEELVEAITTATTEKKDCLCFIEVILHKD 584

Query: 584 DTT 587
           DT+
Sbjct: 585 DTS 586

[Close]
BLAST of Sgr026613 vs. TAIR 10
Match: AT5G54960.1 (pyruvate decarboxylase-2 )

HSP 1 Score: 773.5 bits (1996), Expect = 3.5e-223
Identity = 375/565 (66.37%), Postives = 447/565 (79.12%), Query Frame = 0 

Query: 28  SNGASVVVIPAP----TTTP--STLGHYLSRRLVQIGVSDIFSVPGDSNLLLLDYFVAEQ 87
           + G S V   +P    T +P  +TLG YL+RRLV+IGV+D+FSVPGD NL LLD+ +AE 
Sbjct: 23  NGGVSTVQNTSPLHSTTVSPCDATLGRYLARRLVEIGVTDVFSVPGDFNLTLLDHLIAEP 82

Query: 88  GLNLVGCCSELNAGYAADGYARRRGVGACAVTFTVGGLSLINAIAGAYCEDLPVVCIVGG 147
            L L+GCC+ELNAGYAADGYAR RGVGAC VTFTVGGLS++NAIAGAY E+LP++CIVGG
Sbjct: 83  NLKLIGCCNELNAGYAADGYARSRGVGACVVTFTVGGLSVLNAIAGAYSENLPLICIVGG 142

Query: 148 PNSNDYGSKKILHHTIGLPDFSQELRCFQNVTCYQAIIDNLEDAQWQIDTAISKCLEESK 207
           PNSNDYG+ +ILHHTIGLPDF+QELRCFQ VTC+QA+I+NLE+A   IDTAIS  L+ESK
Sbjct: 143 PNSNDYGTNRILHHTIGLPDFTQELRCFQAVTCFQAVINNLEEAHELIDTAISTALKESK 202

Query: 208 PVYISICCNLVAIPHPSFSMKQLIPLSLSIKQSNQMGLEVAVEKAAQLLNSAVKPVMVGG 267
           PVYISI CNL AIP P+FS +  +P  L +K SNQ+GL+ AVE AA+ LN AVKPV+VGG
Sbjct: 203 PVYISISCNLPAIPLPTFS-RHPVPFMLPMKVSNQIGLDAAVEAAAEFLNKAVKPVLVGG 262

Query: 268 KKLRPAKAQAAFVDLADACGYAVAVTPSAKGLFPEIHPRFIGTYWGGISTAYCGETVEIA 327
            K+R AKA  AFV+LADA GY +AV PSAKG  PE H  FIGTYWG +STA+C E VE A
Sbjct: 263 PKMRVAKAADAFVELADASGYGLAVMPSAKGQVPEHHKHFIGTYWGAVSTAFCAEIVESA 322

Query: 328 DASIFVGATLDELETVGFSLSYKKNKAILLEPERVVFPNGPSFGPILMKDFLWALAKRLK 387
           DA +F G   ++  +VG+SL  KK KAI+++P+RV   NGP+FG +LMKDFL  LAKR+K
Sbjct: 323 DAYLFAGPIFNDYSSVGYSLLLKKEKAIIVQPDRVTIGNGPAFGCVLMKDFLSELAKRIK 382

Query: 388 PNPTAYENYCRIYIPEADPLQTGTGEALRVNVLFKHIQKMLSSNMTVISETGDSWFHCQK 447
            N T+YENY RIY+PE  PL+    E+LRVNVLF+HIQ MLSS   V++ETGDSWF+CQK
Sbjct: 383 HNNTSYENYHRIYVPEGKPLRDNPNESLRVNVLFQHIQNMLSSESAVLAETGDSWFNCQK 442

Query: 448 LKLPHSCGYEMQLLYGSIGWSLGATLGCAQAALEERVVLCIGDGGFQMAPQDVSTMIRLG 507
           LKLP  CGYE Q+ YGSIGWS+GATLG AQA    RV+ CIGDG FQ+  QDVSTMIR G
Sbjct: 443 LKLPEGCGYEFQMQYGSIGWSVGATLGYAQAMPNRRVIACIGDGSFQVTAQDVSTMIRCG 502

Query: 508 QKNIIFLINNGGYTIEVEFHDGPYTIIKNWDYTALVDAMHNRDGNCWTTKVQTEEELVKA 567
           QK IIFLINNGGYTIEVE HDGPY +IKNW+YTA V+A+HN +G CWT KV+ EEELVKA
Sbjct: 503 QKTIIFLINNGGYTIEVEIHDGPYNVIKNWNYTAFVEAIHNGEGKCWTAKVRCEEELVKA 562

Query: 568 IETAMGDRKDCLCFIEAIVHRDDTT 587
           I TA  + K+  CFIE IVH+DDT+
Sbjct: 563 INTATNEEKESFCFIEVIVHKDDTS 586

[Close]
BLAST of Sgr026613 vs. TAIR 10
Match: AT5G01330.1 (pyruvate decarboxylase-3 )

HSP 1 Score: 761.5 bits (1965), Expect = 1.4e-219
Identity = 372/565 (65.84%), Postives = 441/565 (78.05%), Query Frame = 0 

Query: 28  SNGASVVVIPAPT------TTPSTLGHYLSRRLVQIGVSDIFSVPGDSNLLLLDYFVAEQ 87
           SNG + +   APT      ++ +TLG +LSRRLVQ GV+DIF+VPGD NL LLD  +A  
Sbjct: 8   SNGVATIQDSAPTAATILGSSAATLGRHLSRRLVQAGVTDIFTVPGDFNLSLLDQLIANP 67

Query: 88  GLNLVGCCSELNAGYAADGYARRRGVGACAVTFTVGGLSLINAIAGAYCEDLPVVCIVGG 147
            LN +GCC+ELNAGYAADGYAR RGVGAC VTFTVGGLS++NAIAGAY E+LPV+CIVGG
Sbjct: 68  ELNNIGCCNELNAGYAADGYARSRGVGACVVTFTVGGLSVLNAIAGAYSENLPVICIVGG 127

Query: 148 PNSNDYGSKKILHHTIGLPDFSQELRCFQNVTCYQAIIDNLEDAQWQIDTAISKCLEESK 207
           PNSND+G+ +ILHHTIGLPDFSQELRCFQ VTCYQA++++LEDA  QID AI+  L ESK
Sbjct: 128 PNSNDFGTNRILHHTIGLPDFSQELRCFQTVTCYQAVVNHLEDAHEQIDKAIATALRESK 187

Query: 208 PVYISICCNLVAIPHPSFSMKQLIPLSLSIKQSNQMGLEVAVEKAAQLLNSAVKPVMVGG 267
           PVYISI CNL AIPHP+F+    +P  L+ + SN+  LE AVE   + LN AVKPVMVGG
Sbjct: 188 PVYISISCNLAAIPHPTFA-SYPVPFDLTPRLSNKDCLEAAVEATLEFLNKAVKPVMVGG 247

Query: 268 KKLRPAKAQAAFVDLADACGYAVAVTPSAKGLFPEIHPRFIGTYWGGISTAYCGETVEIA 327
            KLR AKA+ AFV+LADA GY VAV PSAKG  PE HP FIGTYWG +ST +C E VE A
Sbjct: 248 PKLRVAKARDAFVELADASGYPVAVMPSAKGFVPENHPHFIGTYWGAVSTLFCSEIVESA 307

Query: 328 DASIFVGATLDELETVGFSLSYKKNKAILLEPERVVFPNGPSFGPILMKDFLWALAKRLK 387
           DA IF G   ++  +VG+SL  KK KAI++ P+ VV  NGP+FG + M +F   LAKR+K
Sbjct: 308 DAYIFAGPIFNDYSSVGYSLLLKKEKAIIVHPDSVVVANGPTFGCVRMSEFFRELAKRVK 367

Query: 388 PNPTAYENYCRIYIPEADPLQTGTGEALRVNVLFKHIQKMLSSNMTVISETGDSWFHCQK 447
           PN TAYENY RI++PE  PL+    E LR+N +F+HIQKMLS+   VI+ETGDSWF+CQK
Sbjct: 368 PNKTAYENYHRIFVPEGKPLKCKPREPLRINAMFQHIQKMLSNETAVIAETGDSWFNCQK 427

Query: 448 LKLPHSCGYEMQLLYGSIGWSLGATLGCAQAALEERVVLCIGDGGFQMAPQDVSTMIRLG 507
           LKLP  CGYE Q+ YGSIGWS+GATLG AQA  E+RV+  IGDG FQ+  QDVSTMIR G
Sbjct: 428 LKLPKGCGYEFQMQYGSIGWSVGATLGYAQATPEKRVLSFIGDGSFQVTAQDVSTMIRNG 487

Query: 508 QKNIIFLINNGGYTIEVEFHDGPYTIIKNWDYTALVDAMHNRDGNCWTTKVQTEEELVKA 567
           QK IIFLINNGGYTIEVE HDGPY +IKNW+YT LVDA+HN +G CWTTKV+ EEELV+A
Sbjct: 488 QKTIIFLINNGGYTIEVEIHDGPYNVIKNWNYTGLVDAIHNGEGKCWTTKVRYEEELVEA 547

Query: 568 IETAMGDRKDCLCFIEAIVHRDDTT 587
           I TA  ++KD LCFIE IVH+DDT+
Sbjct: 548 INTATLEKKDSLCFIEVIVHKDDTS 571

[Close]
BLAST of Sgr026613 vs. TAIR 10
Match: AT3G48560.1 (chlorsulfuron/imidazolinone resistant 1 )

HSP 1 Score: 46.2 bits (108), Expect = 3.0e-04
Identity = 29/102 (28.43%), Postives = 45/102 (44.12%), Query Frame = 0 

Query: 1084 PTTPSTLGHYLARRLLEIGVSDIFSVPGDSNLLLLDYFVAEQGLTLVGCCSELNAGYAAD 1143
            P  P      L   L   GV  +F+ PG +++ +         +  V    E    +AA+
Sbjct: 93   PDQPRKGADILVEALERQGVETVFAYPGGASMEIHQALTRSSSIRNVLPRHEQGGVFAAE 152

Query: 1144 GYARRRG-VGACAVTFTVGGLNLINAIAGAYSEDLPVICIIG 1185
            GYAR  G  G C  T   G  NL++ +A A  + +P++ I G
Sbjct: 153  GYARSSGKPGICIATSGPGATNLVSGLADALLDSVPLVAITG 194

The following BLAST results are available for this feature:
BLAST of Sgr026613 vs. NCBI nr
Match NameE-valueIdentityDescription
XP_038881352.12.8e-29184.59pyruvate decarboxylase 1-like isoform X1 [Benincasa hispida][more]
XP_008464213.18.0e-28681.74PREDICTED: pyruvate decarboxylase 1-like [Cucumis melo] >KAA0037741.1 pyruvate d... [more]
TYK29657.11.0e-28581.74pyruvate decarboxylase 1-like [Cucumis melo var. makuwa][more]
XP_038881465.11.5e-28482.08pyruvate decarboxylase 1-like [Benincasa hispida][more]
XP_022144001.19.7e-28482.68pyruvate decarboxylase 1-like [Momordica charantia][more]
BLAST of Sgr026613 vs. ExPASy Swiss-Prot
Match NameE-valueIdentityDescription
A2Y5L92.5e-22666.85Pyruvate decarboxylase 1 OS=Oryza sativa subsp. indica OX=39946 GN=PDC1 PE=2 SV=... [more]
Q0DHF67.4e-22666.85Pyruvate decarboxylase 1 OS=Oryza sativa subsp. japonica OX=39947 GN=PDC1 PE=2 S... [more]
A2XFI31.6e-22567.15Pyruvate decarboxylase 2 OS=Oryza sativa subsp. indica OX=39946 GN=PDC2 PE=2 SV=... [more]
Q9M0404.0e-22467.38Pyruvate decarboxylase 4 OS=Arabidopsis thaliana OX=3702 GN=PDC4 PE=2 SV=1[more]
Q10MW36.9e-22467.15Pyruvate decarboxylase 2 OS=Oryza sativa subsp. japonica OX=39947 GN=PDC2 PE=2 S... [more]
BLAST of Sgr026613 vs. ExPASy TrEMBL
Match NameE-valueIdentityDescription
A0A5A7T8273.9e-28681.74Pyruvate decarboxylase OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold1... [more]
A0A1S3CKZ03.9e-28681.74Pyruvate decarboxylase OS=Cucumis melo OX=3656 GN=LOC103502148 PE=3 SV=1[more]
A0A5D3E0N55.0e-28681.74Pyruvate decarboxylase OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold6... [more]
A0A6J1CS044.7e-28482.68Pyruvate decarboxylase OS=Momordica charantia OX=3673 GN=LOC111013786 PE=3 SV=1[more]
A0A0A0L1C68.3e-28180.20Pyruvate decarboxylase OS=Cucumis sativus OX=3659 GN=Csa_4G312250 PE=3 SV=1[more]
BLAST of Sgr026613 vs. TAIR 10
Match NameE-valueIdentityDescription
AT5G01320.12.9e-22567.38Thiamine pyrophosphate dependent pyruvate decarboxylase family protein [more]
AT4G33070.11.2e-22367.96Thiamine pyrophosphate dependent pyruvate decarboxylase family protein [more]
AT5G54960.13.5e-22366.37pyruvate decarboxylase-2 [more]
AT5G01330.11.4e-21965.84pyruvate decarboxylase-3 [more]
AT3G48560.13.0e-0428.43chlorsulfuron/imidazolinone resistant 1 [more]
InterPro
Analysis Name: InterPro Annotations of Monk fruit (Qingpiguo) v1
Date Performed: 2022-08-01
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR012000Thiamine pyrophosphate enzyme, central domainPFAMPF00205TPP_enzyme_Mcoord: 243..349
e-value: 1.8E-19
score: 69.8
coord: 1286..1364
e-value: 2.4E-10
score: 40.2
coord: 792..901
e-value: 9.9E-20
score: 70.7
NoneNo IPR availableGENE3D3.40.50.970coord: 589..766
e-value: 7.0E-58
score: 197.2
coord: 41..219
e-value: 6.2E-57
score: 194.1
coord: 1085..1253
e-value: 3.6E-50
score: 172.1
NoneNo IPR availableGENE3D3.40.50.1220coord: 780..943
e-value: 2.9E-36
score: 126.5
coord: 232..395
e-value: 1.6E-36
score: 127.4
coord: 1278..1408
e-value: 1.1E-26
score: 95.4
NoneNo IPR availableGENE3D3.40.50.970coord: 1416..1546
e-value: 1.9E-21
score: 78.4
coord: 404..588
e-value: 4.8E-51
score: 174.9
NoneNo IPR availableGENE3D3.40.50.970coord: 950..1049
e-value: 4.5E-21
score: 77.0
NoneNo IPR availablePIRSRPIRSR036565-2PIRSR036565-2coord: 593..1038
e-value: 6.2E-133
score: 441.7
coord: 45..586
e-value: 1.2E-158
score: 526.6
NoneNo IPR availablePANTHERPTHR43452:SF25PYRUVATE DECARBOXYLASE 1coord: 1285..1527
coord: 25..586
coord: 1073..1247
NoneNo IPR availablePANTHERPTHR43452:SF25PYRUVATE DECARBOXYLASE 1coord: 590..1039
NoneNo IPR availableCDDcd07038TPP_PYR_PDC_IPDC_likecoord: 1093..1243
e-value: 9.47423E-75
score: 243.556
NoneNo IPR availableCDDcd02005TPP_PDC_IPDCcoord: 408..586
e-value: 1.17176E-69
score: 229.728
NoneNo IPR availableCDDcd07038TPP_PYR_PDC_IPDC_likecoord: 49..209
e-value: 1.88545E-82
score: 265.512
NoneNo IPR availableCDDcd07038TPP_PYR_PDC_IPDC_likecoord: 597..757
e-value: 7.29539E-83
score: 266.668
IPR012001Thiamine pyrophosphate enzyme, N-terminal TPP-binding domainPFAMPF02776TPP_enzyme_Ncoord: 45..212
e-value: 6.0E-32
score: 110.6
coord: 1089..1242
e-value: 2.3E-29
score: 102.2
coord: 593..760
e-value: 7.7E-33
score: 113.5
IPR011766Thiamine pyrophosphate enzyme, C-terminal TPP-bindingPFAMPF02775TPP_enzyme_Ccoord: 453..576
e-value: 9.6E-15
score: 54.7
coord: 1458..1514
e-value: 3.2E-7
score: 30.2
IPR012110Thiamine pyrophosphate (TPP)-dependent enzymePANTHERPTHR43452PYRUVATE DECARBOXYLASEcoord: 1073..1247
IPR012110Thiamine pyrophosphate (TPP)-dependent enzymePANTHERPTHR43452PYRUVATE DECARBOXYLASEcoord: 1285..1527
coord: 25..586
IPR012110Thiamine pyrophosphate (TPP)-dependent enzymePANTHERPTHR43452PYRUVATE DECARBOXYLASEcoord: 590..1039
IPR029061Thiamin diphosphate-binding foldSUPERFAMILY52518Thiamin diphosphate-binding fold (THDP-binding)coord: 1419..1524
IPR029061Thiamin diphosphate-binding foldSUPERFAMILY52518Thiamin diphosphate-binding fold (THDP-binding)coord: 1089..1241
IPR029061Thiamin diphosphate-binding foldSUPERFAMILY52518Thiamin diphosphate-binding fold (THDP-binding)coord: 410..588
IPR029061Thiamin diphosphate-binding foldSUPERFAMILY52518Thiamin diphosphate-binding fold (THDP-binding)coord: 45..219
IPR029061Thiamin diphosphate-binding foldSUPERFAMILY52518Thiamin diphosphate-binding fold (THDP-binding)coord: 957..1039
IPR029061Thiamin diphosphate-binding foldSUPERFAMILY52518Thiamin diphosphate-binding fold (THDP-binding)coord: 593..767
IPR029035DHS-like NAD/FAD-binding domain superfamilySUPERFAMILY52467DHS-like NAD/FAD-binding domaincoord: 238..385
IPR029035DHS-like NAD/FAD-binding domain superfamilySUPERFAMILY52467DHS-like NAD/FAD-binding domaincoord: 1286..1398
IPR029035DHS-like NAD/FAD-binding domain superfamilySUPERFAMILY52467DHS-like NAD/FAD-binding domaincoord: 780..933

Relationships

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

Feature NameUnique NameType
Sgr026613.1Sgr026613.1mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
molecular_function GO:0000287 magnesium ion binding
molecular_function GO:0004737 pyruvate decarboxylase activity
molecular_function GO:0030976 thiamine pyrophosphate binding
molecular_function GO:0016831 carboxy-lyase activity
molecular_function GO:0003824 catalytic activity