Chy12G213400 (gene) Cucumber (hystrix) v1

Overview


Name	Chy12G213400
Type	gene
Organism	Cucumis hystrix (Cucumber (hystrix) v1)
Description	Fatty acyl-CoA reductase
Location	chrH12: 11290706 .. 11339671 (+)
RNA-Seq Expression	Chy12G213400
Synteny	Chy12G213400

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.

ATGTACATGAAAATTGCAGTCATGGTGGAGAAGATCTTAAGAGTTCAACCAAATGTGAAGAAGCTTTATCTACTTATAAGGGCAGCGGACGAGAAAGCTGCGACACAACGCCTTAACACTGACGTGATTGGGAAGGAGTTGTTCAGGATATTGAAGGAAAAATGGGGAGAAAATTTTAGATCTATGATATCAGAGAAGCTCGTGGCGGTGGCTGGAGATATCTCCGACGAACTTTTGGTTCTCAAAGAGTACTCTAAATTGAGAGAAGAATTGTATGACCAAATCGATGTCATAGTGAACTTGGCTGCAACTACCAACTTCGATGAGAGGTACAAATTGAATGAAATACACATAATTTTGATTCAACATATATTCGTATACCTTTATACATTTGAGATACTTAAATCAAACAAATAATTATATTAAATGTTTTTTTCTAGCTCTAATTAAATACTATTTTGGCTTTCAATATTGAGCAATTTTAGTCTATTTAGTTTCATTAAAAATAGTTTTCATACAAATTTATAATAAAAATATTTACAAATATAACAAAAATATCACAATTTATCTATGATAAATCAGAAAGATTACTATCTATGTAGATCATGATACATATAGACATAAATACTAGTTTATCTTCTATCACGATTTGTAGATAGACGGTGATATTTTGTTATATTATGTAAATATTTTTGTTCGTTTTGGTATATATGAAAATAACTCTTATTATAAGGGTATTTTAACAAATCAGTATGGAAAAAAATTATAAATTAAACGAAAGCATATAAATTAAAAGTGAACAATTAAGATATTGTTTGACAACCATTTCGTTTTTTGTTTTTGAAAATTAAACTTATTTTCATCTCATTTTTTATAATAATTTGTATCTTTCTTAAGTATAATAGTAGTTGAATGCTTAACCAAATTGCAAAAATAAAAACTTGTTTCTAAAAGCTATTTTTGTAAAAAAAAAAGTTTAAAATTTGTTTGATTTTTTAAACTATTGGTAAATATAGATAATAAGGAAAGAATTTCGAAGGTGAAAATAGTATCGTAAGCTTAATTTTTAAGAAATAAAAAATGAAAATCAAATGGTTACTACATGTATAAAAACTAAAATTAAATAACCTTTCAAACTACAAAAACTAAAACCATACTTTAACTTTCTTTTCTTGTTTTTAGATATGACGTTGCTCTTCATGTCAACACTTTGGGAGCTAAGCATGTTATAAACTTTGCTAAAAATTGTGTGAAATTGAAGGCATTCGTTCATGTGTCCACAGGTTTTTCCTCTTCGAACCATCTCTTGCTAATTTACTTATTTGAAGCGAAAATAAATATCAAACTAACTGAGTTTATGTTTAGATGAATCATATTATAAAAATCTCATTAATTAAGCACGACTTTTAATAATAATGGTAAGAAATTTAATTTGATACAACAAATTTCAATGCACATAGAAAAGATGATGTTAGTTGGAAAATTCATTTAATGATTTTTGAAGCATAATATATTTATTCATAAAAGAGAAAAAATATGTTTTTTGTTTGATTGAGATGCCAATAAATGCATTCACGACTAAATATTAATTAGTTCGTTGTGATTAGATTGTTGGAAGATCCGGGTTTTGGAGTTATTTGTTATTTGTTTGAACCCATAGTTTTAATTAATGCTCAACTTAATTTGACCATTATTTGGCTTAGATTTTATAAGATAAGAATGTTTTCAATTGTACCAAAATAAGTGATCATTTCATAATAGATATGGATAGATGTTCATTTAAATCTGTTATCATCTTTTTCTTATTTGTTTTCCTTTCTCCTATCTCTCATTATTTTGGACGGTTTGCAGAAACTTGTTTTAATCCCAATTTTCAACCACTTTTTTCTTTTAAATCTGTTTTTAGCTTTTGTATTAAAAAAATTCTCGGTGTCTAAGTTGTGGTTTTTGTTAACCAAGAGAAGTTGAAATAGTAATTTAGTTAATTTAGTGAAACTATTTTTATACCATCACAATGTTGATGTTTAACTCTAAAATTTTTAGAAGTGATTTCTATGATTTTAAATTATCATGTTTGATTTCTAAAGTGATTTTAGAATTATGAACATCTCATTTAACAACCAATTGATTTTTGGTTTTTTGGTTTTTAAAATTAAGTCTATAAACATTCAATTTATTTTTAAATTTTTTTAATTGCTATCCATTTTTTATTCTTTTAGAAGTAATGACAATTTTTGAAAAAAAATAGTTTTCTTTTCTTGAAATTTGAGATAAAAAATTAAACTCTTGTATTTAAAAAATGGTATACATGTCTTCTAATCACTAAAATCAATTTAATATAGTGTAATTTTCATGTCATCAAAGTTGATTTTAAAATAGCAAGATAATAAATGCAAATGTAAAAATAAAAACATCGAAATTCAACCATGAAAACCACACCCACAATAAATGAAAGTGAGTCCTACCAAATATATATGTTTATATTTGTTTATATCATTAATATTTTGTCTACTACAAATACATTTCTTCTTCCAACTAAAATAAATGAGCATTGTAACCTCTATCCAGTAGGATAATACACCTATGTATATGGTTAATTAACCAAATATTTCTTTCTCTCATGCCTAGTTGAGTACTAGCTAGGGTATAACTCAAACCTGGATTTAATTTCTAGTCCAATGTAGATTTCGAATAATTTGTTCAATATTGACTATACTAAATGAATTTTTTACAACAATATCATGATTATTTTAAAATTTAATTGTTGATTTTGTTTGGTTAGCTTATGTTAGTGGCGTGAAGGAAGAGCTAATACTTGAATCCCCATACGTTATGGGAGACACTCTTAATGGAAAATGTGGCCTACAAATTGAAGATGAGTTAAAGCTTGTGGATCACAAACTATCTGACCTTCGGGCTGAAGGAGCTACCCAGATTTCCATCACTTTGACCATGAAAGATTTGGGTATACAAAGGTTGGTATATCACTGTGTATGGATTTTTTTGTTGTATTTTGTAAATTGTTTCAATTTTTTATGTCATATTTAAAAATGCTCAAAAAAATAATTATGTCCGTATAATCCATACTTATTATTTTTGTAAAAATAATAAAAAAGAAAAAAAAACCACACAATGTCAAAAAAATAAGTATGAATACACTTTATACAAACTTGAAACACACGATACATACTCTTTAATATACACTTAATATTCGAAAAAATGTACCACACACTCTAAAAAGACAAGAGGTAAATATGAGTTTATAAATTTGTATGGTTTAAGCTAAAAGGTTATTTGAAGGAATCATATATGATTCAATTGAACAGGTCACAAAATTATGGATGGACAAACACATACGTATTTACAAAAGCAATGGGAGAAATGTTGATATCCGAATTAAAGGAAAATATTCCTGTGGTTATTATACGTCCCACTATTGTTTCAAGTACTTACAAAGAACCATTTCCTGGCTGGGTCGAAGGTGTAAGGTATGCATTTTACCTTTCCAAAAACTTCATTACACTACAAGAATTTTCGTCTCTGTCGATGCAGAAAAACGTAGACGGTTCTTATGAAAAATATGGACAGACCTTCTGTCGTTTTTACGTGGGCACATTGCGTGGCTGAAACACTGTCGTCTTTTCCTTTGCCTACGTTTTTGACGTTGCGTCGGCAAAAATGTCCATGCAAATTAAAATCGTGAGCATAAAAATATTTCTAGCCACGAAAAAGCGTCGACAGAAAGATATTTTTGTCCACGATCATCATCACGTCGGCAAAAATAAATTTTCTGGCCACGTTTGTTTCATGGGCAAAAACTGATTCTGCCAACGAAAAGATCTTTGTCGGCAAAAATAAAATTTCATTTAGGAGAAAATGAAATTTTTGGAGAAAAATATCAATTTCATTATTATAAATTATTTTAAATCATGAAACTACTTGAAAATATTTACGAATATAACATAATATAATTAATAGGGACATCAATAGTAGTCTATCAATGGTTTATATGGCAAGCATACTGATATTTTTCTATATTTGAAAAAACAAAACCATTTAATTATATACCTTCAAAGAACAAGGGTTGTATGGATTTAAACTCTGAGCTAATGACTCTGTCATTTTAAACCCTAGAATTTTGTATTAGTAACAATTTACACCCTATTTTACATTTTTAATGTTTGAAAAAATTATTATTATGTAAGACTTACAATCAATTTAATTCAACTATTAACTTTAAGAAGGCTTCTTACATATTAATGTGAATATGATTTTCAAAGGTAACCATAACAAAGAGTCTAAATTGATTGGCTTGTTTGAAAATTTGGGAGCTTAATTAACTAAAATTATAAGTTTAACACCATATACTTGATCAATAAATATGAAAGATGGTATAAATAGATATATTCACAAAAAAAAAAATCAAAGTTTACATTATTAATCAAATTATCAATTTAATCATCATGGATTGACCTGGTAGTAAAAAGATGAGATACAGTCTCAATAGCTAATTAAGATGTTATGAGTTCAATCTGGTGGTTACTATCTAAGAATTAATTTTCTAGAAATTTTCTTAATATCATATAAATAAAATCAATATCATGTTGAATCTAGAGAAGAAACAAATAAGAGAACACAAAACACAATAGAAAAGCATAACTAATTAACCTATATATTTATACATTAATAAAAGTATAAGTTAATTTAAGAACTATTCTACCTTAAATAATTTTACAACAATATAATTGAAACGGTCAAAATACTTTGATAGTTTAAAACTTTAAAAAATAACCTTAAATTTGTAATGTGTATATATATAAACATACTCCGACTATTAGTTTTGATGAAAAATGTTATTATTTTGTGTAAAAAATATTCTTAAATTTTTTAAAATTTAAAATATACCTTTGAAATTAAGAAAGAAGTTAAAAATAGTTTAATTTTCATAAATATAACAAACAGACAATATTTTTGGCCCATGTAACAAAATGAAAAAGTTCATGAAACTGACCGTTTTTTTAATTCCAGAGTTGCCCTTTCTTATAATCGTTTTTCTTCTCTTCTATTCTGCCATGTTTTTTCTTTCCATCATCTTTTTCTTTTCTTTTAAATTTTTTTTAAAATATTTTCATTTTTCCTTCATTTCCGCAATTTTTCTTTTCCTTCTCATAGTTTTTTTCTCTTCTTCTATAATTTTTTCTCAAACTGTTATTTGGTTCAATATCGTGTACCAAATATAAAATATCTATTTTTTTTTTCAAACTGTTATTTGGTTGTTTTAGATTGTGTGTCAAATATAAAAGATCTTGAAAAAAAATTGTTGGAATATTGGATTGCCAAGTGTAAACGATCGTGTACAAAAAATAGCTAAATCTAAACGATCGTATTCCAAATATAAACGATAGTGTGTATCAAATCTAAACGATCGTGTACCGAAAAAATCTAAAAAAAGTCGTTGAAATTTGACTATCCAAATTTAAACGATCTTGTGCCAAATGTAAACGATCGTGTGTTAAATCTAAACGATCGCGTACCAAAAAATCTTGAAAACAATCGTTGATATTTGGCTATCCAAATTGAAAGGATAAAAAAATCGTTTAGATTTGACCGCTATCCAAATTTAAATTAGTAAATTAAACAATCGTGTGTCAAATTTAAACGATCACGTACCAAAAACTTTTGGAAAAATCATTTAGATTTGGGTAGCCAAATCTAAAGTATAGGGAAGAATAATAGTGAAATCTAAATCAAATATATTACGTATTGGATGCGAATTAATCACGGGGCATTTTTAGTATTTTTCATTGTAGGCATTATATTTTCGAAATTGTTTTATGCTATATTTTGCCGCATTGTTATATTTTTTAAAAGACCCCTTAAAAATATTTGCGATTGTATTTGTATATGAACCACTCTCACTTCTTTATTTATCTTTTTTTTTCTTCTCTCTTTTCTTCAATACTCCACCCATTTTTATTAATTGGTCGACTCTTTTATCTTCAAAATAAATAAATAACTAAAACTAAGTGTCCACTTTTAATTAAGGATAAATAGATTATAAAATTAGTAAGAATAATAATGAAAGCACCAAAAAAATTTAATTAGATTTTAAATGTTTTAACAAGGTTGTAAATTAGTAGATTATCTGAGCTCAAATTAATAGCTATATACATAGTTTTAACTCAACTATTTATCTTTTTGGTAAGTTTTAAGGAGGGATTTTGATCTTGGAATTTTGTGAGGATTTGTTGTAATTTTGTGTTTCAAGTTAAAGTTTAAATTTTTGTTTTGGTTGCTAAGAAAATTAGTGTTAAAGAAACAGACAAATAGGAGAAAAATTAGTATCTATATAGAAAAGATAATGAGGATATATATAATTTGTCTTAAAATTAGTTCTTTTTTAACTCAAGAAAATTCAAACAAATTGATCATTTAACTCAAGCCCACATTGAGTCCATACCACTGCTAGTGCATAAAGGAATCTTCGGTTCATTGCTAAGGAACCAAGGGTTTTTAAAAGCATACACCCTTGTACCGTTTTCCACCACCATCCATCTATAGGTAAGGGATGGGTTGCTCCCAAGAAAAGCATTCCAAAAATCACCATCTTTAAAATATCTTCCTTTGAAACATGAGCCAATAGACTCTATGGGTATCTAGTAATTATCTAATTTTGATTGGTAAAGATAGCTTGATTGAAGATCTGCAAAATCACGAAACCGAAGGCCATCAACATCCTTACTTAAACATATCTTTTTCTAGTTGATCTAGTGGGCTCTTTCTGGTTCACCCAAAACAAACCCTATTAGTATCATCGCACAATCCACTGGGAAACTTAAAACAACTCATATTTGATGAAGACCTCCTTCTCGTTAAAAGAAAAAAGTTTTCTTTGTCGATGATCATGAATTGTTTGGTTGAAGCCTTGAGAAAGATAAGACTGCCATCAGAAGAAGAAAAAAAAGGTAAGAAATAGAGGGACAATGCTTATTTAGACGAAAGCTATGGATAGGAGAAAGAGAGACTATTCCTTGTAAATGAGAGCCGACAAACCTTCAGCACAAATGAGAAAAGGTTAGGGGAGAAAAAGGGTTCTTCTACGACTGACTGAGGCCCACCAAAAGACACATGGTATTAAGAAAAGACCACTCCACCCTATATCGTAGATTTGCTCATATCCAGCTTCAGAGCCACCCAACCATCCTTCCCCAATCTCTTATTATTAATAGTGTGAAAGCATTCGAAACCCAAGATGGCTTTATCAATGATCAACTTCCTCATAAAAAAGGTAGTTTGAGTTTAAGATATGATGTCATTAAGCACATTCTTTAACATGTCAGCTAAAGATTTTGCAATAAACTTGTAGATCACGTTGAAGAAAAACATAACAGGTGCAGCGAAAGTACGGGTCAAAAAAATTACTCTAATTGCATCTAACTAATTAGAGATTAACATGCTTAATAACTACCCTACTTAAACTAAATTAAGGTTAAAGGAATACATACCCTTGAAGACTCTCGTTCCTCGTAATCTCCTCATGAACTCGAATCGAGGACCACCACTAGAGTTGACCCGCTATTCTTCAAACTTAAAACTGGGTTGTGGAACCCGATTAGGTGAAGGGAAAAATGAGAGAAGGATGGAAATTGGAGGTGAAGTTTGGTTGAGATTTTTAGAGAAAAAATTAAAATAATTTTTTAATTTCATAAATTACTAAAAATGGCAAAAGTCTTTTTAATATGAAAAATGGCCTATTTATAACCTAATTACATGCAACATTGCATGTAATTAGTTGGCTAAATCTCAACACCTAGCATCCCACTAAACATTAGTGGAACTTAGGTATCTACATCTCATGTAGTCAATTATCTCACTAAGGGTTAGTGGAATTATCCAACAAAATGTTGGATTTTTTCACTAACTTAGTCGAAGAGCAATATGGTCATTTGACCATTCAAGTTACAGTCAAACTTTGATTTTTTCAAGTCAAAAGTCAACATTTTGACTTTTTACTATTTTGTCCGTCTTGACTAATTACGATCTCCCGAGCATGATGTTGCATTCATTTTTTTGAAATTCAAATCACATTTGAATATAAAGTCGATCAAAGTTTGACTTTGAAAAGTCAAAAGTCAACATTTTGACTTGTTACCACTCTGACCATTTTCATCAATTTTAAGCTTCAGAATATGAATCTGCATTCATATTCACATTTAAATATAAAGCTCTATATCAAACTTATAGCCGACAACTATATCACATAAATTCATCGGTTTCTCTGTTTACCTAATTCGAACAATTTGAATTATTCCAACATATTGTTCTAAGTTAATTTTATATGAGCTAGCAGGGGAACCTAATGGACTTATAGATCATGGGCTCCAACGATTCAAGATTAACTGGCTAAACCCTTTTGGACAGAGCTAATCAACTTTCGTTAACGACTAATAACATGTCATTTCACTAAAGTCCCGTAGTTGCACTCCCCTCACTATAGATATATTTGTGTCCATCTAATATAACCATGATTAGTAAGTTAATCCTTCACAAGTTTTTCGTAACCTCGGTTGGGTCAAAATACGGTTTTACCTTTGAGATTACATCTTGCTCTTTAAGTTCCATTGATCCACTATTGAACAATTGGTTTAAGGTCCAACCTATAAACCGAATCCCTCTCGAGCCAATGAGAGGGTGAAGCCTCTTATTCAAGACCTAGATTCAGTCCTTAAAAGAACAACGTATCTATTAACCCTAAAGCGGGTAGGAGTGAATTCCTTCTTGCATCCTATGTCTCTAGCCATCCACCCGGTCTTATCCCTGAAATGGAAGGCTTATTGGGCCAGTGCTATTGAGCTACTGTCACCTATGCAGATCTAAAGATAATTTTGTGTGAATAGAAGTTCATAGTTAGCTTAGGATCAAGATTAAGTTACCTAGGTTATCAATAAACGAAATAGTCAGTTTTATACAGCCAACGGTGTTATAACCTAAAAGTGACTATTTCATGGTTACAATCTTATGTAAACTCTTTACATAGGATGCCTCCACTTCCACATCTCTACATGAACGATTCAGGATCACATCGTTTGTACTAAGTACAAAGCGGGCCACATCCGTAGTGTCCCTAGAATAAGGTGCCCAACCTTATCCATACACTATAGACCGTTTGGGCTATATACTCGAACTTGATCCATACATTTATGTCTCTACATAAAGTTCAAGTCTACACTAGATAGCGTTGGGACCTTAGTTTATTGGATTCAAGATTATAGTATTTTATTTTCACTAATAAGTCCTTAATAACCACTTTATTGAATACAATATAATTTTCAACTACAAACTACGAGTTTTAGGACATAAATTCCAACACATGTTACACGAGCTTATGGGCCTAAACTCAGCCATATACTTAGGCTACTTAACATTGGGGATTAAAAATATGTAAATTTTGTTCACCGAGCTCACATTCTCCACCTCATTGAGCACACCCAAACATGTTTTGATTGTATCTTTGCCAATAATGTCCCAATAGTTTTGATAGAACATTTACTGCCTGACGTTTCACATAGCCAAACTCTAAATTTATGCTCTTCACCGATTTTATCATCTTTCATCTCACATTCTTGCAAAACATGCCCCAACTTGCCACAAGCATAAAAATATCAAGGTATTAACAATAAAACTATTAATTACTTATAACAGTTTGTTACAAAGATTAGTTGAATTTTGTTTGTAAATACTACCTGTTAGTTAACTTTCAACGATCAAAGTTCTTCTATAAAAGAGAACTTGGATTCTGTAAATACCATAAGTGAAGTTAATAAAGAATTTCTTTCCATACCTCTCTCATTTTAATATGGTATCAGAGCATTTCTGCAAAAGAGAGGGTTAAAATACCATATGAACGTCACGGTACCCTCGTGCAGCCTTCATCATGGCAACACCAGAGAGTTCAACGTCTGACGACCGTAATTCTTCATCTCTGATTACTTCTTTTGATCTTGATGCCCAACTGAATCTCTTTATCCTTCACCATTTGATTATTCCGACCACTAATCTGGTGTCTACACCACTTGCAGGATCAAGTAACTACTCTTCATGGAGCAGAGCCATGAAACTTACACTATCAAGAAAGAATAAAATCAGATTTATCTTAGGTACGATTGAAAAACCAGCAGAAGGTAATCTTCTTTCAGCATGGAAATGTAACAATGATGTAATAGCCTCTTGGATCATTAATTCCATCTCAAAGGAAATTGCAACCAACTTAGCTTACAATGGAAGTGTCAAAGAGATATGGGATAAATTAAAAGAGACATACCGACAGTCTAATGGGTCACATATATATCAACTGCGAAAGGACGTTATGACTACCATCCAGGGAAACCTTTCAGTTGAATATATTAAGCAAAAATCACTACCATATGGCAAGAACTTATTGAATATAGACCCTTGGATGAATCTACTTGTGAAAGGTCAAAAAAGATGATTGAGTTTCTGAATGCGGAATTTGTGATGACATTTCTTATGGGCCTGAATGAGTCATATTCTCATATTAGAGTACAAATTTTACTTATTGATCCTCTGTCACCAATAAACAAGGTATTTTCTCTCATCATCAAAGAAGAAAGACAAAGATCCATTGGTTCTACTCCTTCCATTGAAAGTATCACTCTAATGAGCAATACATAAAAGAGATTTGCGCCTGAAAGATGGAAGAAGAAAGACACTCGACTAGTATGTACAAATTGTGGATATAGGAGACATATTGTTGATAAATGTTATAAACTACATGGCTATCCACCAGGGCACAGTTTGGCGAATAACAATTCAGTTCACCAACATAGGTAGACCAACCCTATACAAACTGGAAATGAGAAGTTGACAGAAGTTCCTAAGGCTACTCAATCCGCATTCTTTGCAAGTCTCAATAATGACCAATATTCACAACTTTGAAGTATGCTACAGACACATCTAAATACTTCACATATTGATGAGAGTTCCAAGACAGAAACCACCCACATAGCAAGTACTTGTCTTCCTACTTCACTCATCAATTCTTCGTGGATCATAGATTCTGGTGCTTCTTCTCATATATGCCATGATAAATCCATGTTTAAAGAACTCCGCAGCACACAGAATATGTCAGTCATACTGCCTACTAAAGCACGTTTGAAAGTTGAGTATATAGGTGATATCTCAATAGCAAAACAGATTATATTGAAAGTTGTTCCTTACATTCCTGAATTTAAGGTGCTCTGTTGAAGGATGGAAGATATGTTGTATCGTTTACTAATTTTGATTGTATATCATTCAGGACAAGTCAGTTTTGAAAACGATTGGGAAGGTTGAACTAATCAGTGGCCTCTACTTACTCAATGTAAATGATGAATTAAAGATTGCTCTATTGAATCTACTGTTTTTTTGTGTAAAGCTTCTGTAGCTACTTGGCATAATCGTATGGGACATCGTTCTGTTAGTAGAATAAAAGAATTGTCACAAATAATAGAGATTTCTAATTCCTTAAACTGTAAAAAAAATGTGTCACATTTGTCCCTTAGCCAAACAGAGCGTCTGTCTTTTCCTTCTCTAAATAATATTTCAGAAAACTCCTTTGACCTTATACATTGTGATATATAGGGTCTTTTTAAAAGCTAAACACATGCAGGGCATTCTTATTTTGCCACTGTTGTTGATGATATGTCAAGGTACACATGGATACATCTTTTGAAAAATAAAAAGGACATTCTACAAGTCATTCCCAATTTTTTAAAACTTATTAAGACCCAATTCTCAAATAAAATCAAGACTTTTCATTCTGATAATGCTCCTGAACTAAACTTTAGATACTTTTTTGCCAGCACTGGAACCAATCACTAGTTTTCTTGTACATACACTCCTCAGCAGAATTCACTTGTTGAGAGGAAACATCATCTCCTCCTTAATATTGCAAGAGCCTTGATGTTTCAATCCAAGGTCCCTCTTACTTTCAGGGGGAATGTATCCTAAATGCAACTTATTTAATTAACATAACACCTATGGTTATGTTATCTAACAGCACACCTTTTGTCACTTTATTCAATAAAGCTGCAGATTATAACATCATAAAGACATTTGTCTACCTTGCTTATGCCACCACACCATCAATGAACAGATCAAAATTTGATCTAAGAGAAAAGCCTTGTGTCTTCATGGGATACCCATCAGGTATGAAAGGCTACAAGTTATATGATGTAACTGAAAGAAAGTTTTTTCTTTCCATTCCAGTCCATCAAAGAAGACAACAAGCTTATCTCACATGACTTTATTGATCAATTTGTCATATCTTGCCCCTTATTTGATCACCTTGAAAGTAAAGATACTGTTGGAAGTCCTGTTGATAATTTTTCAGAGAACATATGTGAAGATAGCCACGTAATGATCCAAACCACTACAATGAAACCATTGAAGAGACCAATAACACAGCCTAAACAACCATCTTTGTAGCCTTTAGAAGGTCGTCTCGACCTCATTGCCCACCTTCCTACCAAAAATACTTTCACTGCAACCTTATATCCCAAATACCTCCTACATCCCACAGAAAATCATCCTTTCCTCTTACCAAATACCTATCCTACAATACCTATACTCAAAGCCATAAAAACTTCCTTCTAAATGTCACTACCATATATGAACCCTTTTATTATCACCAAGCCATGAGCCATCAGAATTGGAGGACAGCTATGGCAGAAGAAATAGAAGCCATGGAAAGAACCAACACATGGTCTGTTGTCTCTCTTCCAAAGGATCATCACACTGTTGGCAGCAAATGGGTTTATAAAGTAAAATATAAATTTGAGGGCACGGTAGACAGATACAAGACGAGACTTGTAGCTAAAGTCTATAGCCAACAAGAAAGAATTGATTTTTTAGATACCTTCTCACCTCTCGCCAAAATTGTCGCTATCAAGATATTTTTAGCCCTTGCTACATCATACAACTGGTCTCTTACTCAAATGGATATTAATAATGTCTTCTTAAATGGAGACTTATTTGAAGAAGTACATATATCTTTACTATTGGGATATAAAACCTCACAAGTACCACGAAAAGGTGAGAATTTAGCTTGCAAATTTAACAAATCCATATATGGATTAAAGCAAGCATCAAGGCAATGGTTTCTAAAGTTTGCAACAACCTTGATTATCTTCACATGGCTTTTACCAATCCAAGTCTGATTATTCTCTATTTACTAGAGGAAGTGGGAGTGACTTTATAACGTTGCTAGTATATGTTGATGACATACTACTAACCGGACTCTCTCCTCAAATGATAAGTTCAGTAAAAGAAATCCTCAAAGGGCACTTCAAGCTTAAAGACTTGGGTCAAGCAAAATATTTTCTGGGATTGGAATTATCAAGGTCCCAACAGGGAATCATGATCTCCCAAAGGAAATATTGTCTTCAAATTCTTATAGATACTGACCTTCTTGAGGCCAAACCAGCTAAAACACCTATGGACCCTAATTTGAAGCTATCGAAGGACAAATGAGAGTTTGTAAAAGAAGATGATGTTACTTGCTATAGAAGACTAATTGGAAGACTTATATATCTTCAGACATCTTGACCAGATATATGTTTTGTTGTCCACCGACTTAGCCAATTTATCCAAAGTCCTACAAAGGTTCACTTAGATGCTGCTTATCACTTCCTAAAATATCTAAAAAGGTATCACGAACAAGTTGTTCTGATTAGTCCTATTACCTCTTTTCATCTAAAAGCCTTTGTAGATGATGATTGGGGATCATGCCTTGATACTAGAAGATCCATTACTAGTTTCTGTATATTTCTAGGAGAATCCATAATATCGTGGAAGTAGAAGAAGCTGAGTACAGAGGACTGGCTTCAGTCACCAGCGTGTTGGTGTGGATTTCCCAACTTCTTAAGGATCTTCATGTCCAGACCTTACCGTCCACTACTGTCTTCTGTGACAATCGAGCAACCATTGCTATTGCTTCTAATCCTATATTTCATGAAAGAACGAAGCATTTAGAAATTGACTGTCACTTTGTTAGAGACAAGATCGCTGATGGATTTCTCAAAGTTCTCCCTATCAAGGCCTACAACTAGCATATATGTTTACTAAAGTTTTACCTATTTCTACCTTGTTTAAACTAATATCCAAGTTGGAAATCATTAACATTCATCGTCTAACTTGAGGAGGATTATTAACAATAAAACTGTTAATTAGTTATAACAGTTTGTTACAAAGATTAGTTGAATTCTGTTTGTAAATACCACCTGTTAGTTAACTTTCAACCATCAAAGTTCTTCTATAAAAGAGAACTTGAATTCTGTAATAAATACAATAAGTGAAGTTAATAAAGAATTTCTTTACATACCTCTCTCATTTTAATACAAGGAGTTCTCATATGAAATCGGGATCCACTTTTCCTTAGCCATGGCTCCCAACTTGATATTCGTTCTCCACTTCAACAGAATTTAGGTATCAATTTTTAACTCTAACTCTATACACTTTCCACTATATTGCCCGGATTCATTAGCTTAAGATACTTCAAACTCTATTATTGAAATTGCAAGAGCAGAAACATATTTCCTACAAAAACAAACCAGAGGAAGATTGTGAAAATGAATCCTAAATAAGGAGTACTTGAACTCCACATATAAAAAGGTGTTATTTCCTCTCGATTCTTCAAAGAGAAGCAAAGTATTATGGAAACTCCAAGGCCTGCCTTTGGTTACTCTGTTTTTGTCACTAATAGTCTAGAATTTGCTTATTGGTTAAGATCTTGCATACACCAACATTTTGGAGATCTTTGCTTGAATCGTTAATGTCATCACTGATGTGTATCACCCAAGTGTGCATGGACAAGGAGTAATAAAATGGTGTAAGATACCAAGTATTGTTCATAGGGATCACTTTTAATTTGTTGATTTATACTTAACTAGTTTAGAATCAAAGTAATTTTAGCTAAGGGAATTAGAAATTGGTTTTAAGTGTGGTTCACTTTCAATTTAAACAAGAAGGGAGATAGATTGGAAAGAAATAAATAAGATTTTTTATGATGATGAATCCATTACATAACTCATTGATTAATAAGTTGTTGTTTCTTAGAATTTTGTATTAAGACAAATACAAAGCTTATGTCTAGAAACTTTGATTCGAATTATTATCTTTTACCTCCGATTGTTAATTTAATCATCACATTAAATCTAATAAAATTAACTAATTGTATCTATAAGTTTGTAAATTACTATTTTGTGATAGTAGTGGTAGTGAATCCAACTTAAATCACTAATAAATCTTAAAGTCTATCAACCTCAAACTAATAGATGGTAGAAAATTTGGCATTTATATAGTTTTTTTTTTTTATTAAGGTATTGAATTGCTAAAACAAGAACAAGACGTCACAACCTAACTGTAGTCAAGGTACAAACAAAATACTATAAGAAACAGAAAATGAGTAATGACAAAGTCAAATCAAACCTAAAAATAAAGAATATATAACTCAAAGAAAAACGTTTCGTTGGTCCTAGCTACCATAGAAACTCTGAGCCATTAAAAACAACAAAGTAAAAATTCAAAGCAAACAACTTGACTAACCACCTAGAGAGAACACCAACGAAAAGTATATTATGTTCACTCCAAACGTTACAAATAGCACATCAAACACTTTGACAGACCTTATGCTTCAACTACTTAATTACCTCTGCTAAAGTTGCATAAAGTACGCATATTTTTAGCGGTAGTTAATAATAGCAATGATTAACAATATTTTTTGCCTTTATGCAACAGAACCATTGATAGCCTTGCTGTTGCATATGGTAAAGGGAAAATAACATGTTTCCTTGGAGATGTCAATGCATTGGTAGATGTTGTAAGTAATAACTCAAAGGCTTTCATATCCCTCTTAAACTCTTCTTTTCATGTTTTTCTTATCATTCAAATAGGGAATACAACACTACTCAAACAATTTGATACTACCTTTTGTGTGTATGTATTATTGCACAATATATAGATTCCAGCTGATATGGTCGTGAATGCGATGCTCGTAGCAATGGTAGCTCATGCAAGCCAACTGTCATCATACGCTATTTATCATGTGAGTTCCTCCATGAGAAATCCAGTAATGTATAGGAAGCTTCAAGAGTATGGATTTCACTACTTTAGTGCAAACCCATGGATCAACAAAGATGGGCAACCTGTTAAGGTTGGAAAGGTCACAATTTTGAACGACATGGCTAGCTTCCATAGATATATGACCATTCGGTATTTGGTATTTCTGAAGGTTTGTTTTCTATCACCATTATCATTTAATAAGGATATATAAAATATATACTTGCATGAGAAAATCTATTTTTTTAGTCTAACGATATGGGATAGGATTGAATCATTAATTTTTGAAATTACTATTTGAATGGTTTATTCACTAAAAACGTATATTTGACTAGAAAAGCCAATCTAAATCAATTTATATTTAAATAAAACATGTTTAGTAACATATTTTAGTGACCGCATTTTATATAAGATTTTTGACATATGTTGCAAGAAATTAATTTTATTCTAAATTATTTAACTTTTTTTATAAAAAAAATTAGATCATATTCATTCTAGCCTCTCTTAAGGTTATATTTATTATAGGTTGAATCATTAATTTTCTGTCGGTATAGTTCAAGGTATAAGGTATTGATGTGGGCTAATATTAGTTTGTTTTTAATTGTTTATTATATAACTTGTTTGACAACATTTTTATTTTTCATTTTTTGTTTTTCTTTAACTAGAAACGTAAACATATTTTATAACTATTTTATTTTTTTTAATTGAAAAAGAATCAAAAACAAAAATGTGCGTTCTTGTTTTTCTAATTGAAATAAATTTCAATACCGTATATGTAATAAAAAAAATGTAGATTAAAACTGGTATAAAACAATTATAAAGAGTTATTGTATTTAATATAAAATTTTAGCACCAAAGAAATATTTTCTTAAATCATTTTAATAAATTTAAGGGTTCTTTAAGGATGATAAAAAAAACAAAAACAAAATATCAAAAACTTACTAAAGGACAAAAATAATCCACTACACACAATATTTACATGAACATGAAACGTAAATATTTTGTCAACTTTACCATTTTTGACAATTCTTCTAAATAAATTGTAAATTCTTCACAATTTTATTCTTACAATAACGTTCAAAATTTATCTATCATTTCTCATTCCAATCAATTCATGAAAATATTGAAGATATGCATAAAAGAGGAGGATGAGAGAGAAATATGACCTAGTTTTTTTTTCTTTTAGATAAAATGTAAGGTAAGGGATCTAAAAAACAGTAGTACAAAAGTTATGATAGATGAACTATGCTTGTATTGCCCTAAAATATGTATGAAAATGTAAAACAAGATTTATAGTTAGTTTCTTAAATTTAATCTCTTTTTTATTTAAAATAAATCTAAAAAATTACAAATAAAAATAGAATGATTAAGAAGACATGTTTGTTTCCTAAGAAATAATGAAAAATTAGATAAGGGATACTGAACATTATCAAACAAGTTCTTTATTTTCAACTAAAAAGTTTTACGTCTTTTTATATATTCTTCTATATATGTTGTTGAATTAAAAAGTTTAGTATATTTTTTATTAGTTTAATATTTTATTGAATTAAAACCAAAGCAATGTATAATTCAATAATTATTAATTGTTAAATTTATTGAAGAAAATCAAATCTTCATATATCTTTGTATTTATTTATCCTTGTTTTTTATTTTACAGGGATTGGAAGTGCTAAATATTGCACTTTGCCACTACTTTGATGGAATATTGTTCAATTTCAACCGTAAGATCAAATATGTTCTACGATTAGTCGACCTCTACGGCCCTTACTTGTTCTTCAAAGGAGTGTATGTATTCTTTCCACTACTCTTTTATTTACTTATTTAGAATCAATTAAAAAGAAAAAAGAAAGAGTCAATTTGGTCTATAATTTAAAACTTTAAATCAATAACTAATTCATCTACTTCAATTTATTTTTCTTTCTTTTAATTTTTAGTGAAAGTATAGGGCTGAATTTGGTCCCTAGTCTCGACCCAATCTCCATTTGATGTGTTGACTAAAGATCAACAATTAATGGTAGCAACTAGGATCAACAATTAACGGTAGCAACTAGGACCAATGACTTGTGATTGATATTAAGGGTGATCATCAATCAGTTAAAGTCAGTTTTTTACAAAACTGACTTCGAACCGACCATAGCCGATTTAGTAAATGTTCAAACCGAACTCAACATTGATGAGTAAGGGTCGGTCGGTTTTTGTCAGGTCAATCAGTTTGGTCGAGTCGGTTTAACATTTAGAAATACCTTTTGAAAATTCTCAATTTGAAACTTTTTGAAACCGACTCCGACTGACCTCTCTCATTTTTTGATCGACTGACTTCAGTTTGGTCGGTCGGCTTAGTTTTTCGGTCTATCATGCTCACCCCTAGTTGATACCATGACAATGGGCCCACAACTGGAACATGGATAAAAAACTAGCAATTGAGGCTAATGAATAATGACTAGCAATCACTATTTGGGAGATGACCAATAACCAAACAATCAGGTCAAGGGACTAGATGTTGATGAATGGTGATTAAGACCAATGGCCAATAACCATCACTAAAATAGTCGTTAGTCATGAATCTTTAGTCTCAATTGTTGGTCGCTAGATATGGCAATGACCTAGTCTTCAACTGAGATTCAAAATCAAGGACTAATGACTAAGGAGAATAACTAATTTAAGGTTAGTAGCCATAGACCATGCTTGAATGGTTGTTGGTCACTCATTCCAATCGCAAGTGTTTAGTGGAGTTAATAGCAGTTGCTAATAGGTGGAGGAATTAGATTGAAGATTCGCAATCCAATCATTGAGTGTCAATCGACAAGATAATCACTAATCACCAATATCAAGTCCTTATCTCCACCTTTCAGTCCTCGATCATTTAGTGTTAGTTGATATTCGAAGTGCACGTCTCAAATTATAATGTAGTTTTAAATGTCCTTTCTCAAGTATCATCCTTAGATAAGAATCATGTTTATAATACTTTTAGCTATTTTAGAGATCATTTTGATTTTATATATGAAACCAACTTTTGATAAGAACATAAAGTAAACCTAAGAAAGCAAATAAATGGTGAAAAACACGAAAAGAAAAAAAAAACTAGATAGTGGCACATCGCACATCCTAAGGTAATAACATCATTAATGGATTAACTGAACCAATTGTTATTCTTACGCTTGTTGCTATTGCTAAGTGACCCTTACATTAGCTTGATGTGAAAAACGCTTTCCTACACGAACATTTACAAGAGGTTATCTATATGGCTCTATTTTCTGTTTTGTTGCTCTAACATATCTCACTCATGTTTGCTTCCTTCGTAGATGAATTAGTAATAACTTATCCAAATTATATCCTTATGTTAAGACATTCAAACAAGAGTTATCTTTTATGTTTCAAATTTTATACTTGTCGATCAAGGAAAATATCTTATTAATTTACTCTCTACCACCTACATGTCGTCTTCTACAAAGCTTGTCTTACACCTATGTCAACAAGTATTGATCTTCATGCCTCTACTCTGCCCTTTAGAGATGTCATCTTGTACCAATAGTCGGTGGGATCATTGCAATATCTCACATTTACAAGTCCAATTATCACCTTTGTTGTCAACCATGTAAGTCAATTTATGCAGCAACCCTTTATCATTCACTATACAGCTGTGAAACGTATCTTATGGTATCACGGTGGCACACCTTTGGTATTTTGTCTCATTCTTGTGCACTGACTCTTCTAGCATTTTCTGATGTTGATTGGGCTAACGATACTGTAGACCACTGCTCTACTACTGGCTATGTTATTTTTCTCAAATTCACTCCAAAATCGTTGTGTGCGATACATGTGGAGGCATGACAGCCTAGACATTCAACGTGAATCTCTCTACATGATAGCATGCAAAATGCCTAGTAAGCGAAATAAACAAACATTTGCAATAAAACACACTTCATTGATATTTGAATAAAGAGAGTACATTTAAAGCAAGTACAAAGTTTCTTCAAACTAAAATATACAAGTGTCAAGACAGTAACTTGACCATCTCTTCTAAGGCACTTCATGTTATGCAAGCTAACTGAAAATACTAACAAGTTGATGCGATGCAATTATGGCACGACAGGAGTTCAATTTGGCAAGTCAAACATTTGTTTTCCTTTGCTACCTAGAGAGGTGAAAATAAAACAAAACATTTGAAATATTAGACAAAAATGTTTAGTGAGGGGTTTTTCATCAACACATTTATAATAAGTAAGTTTTGCCATAAGGCGTTATTGTTCTTTTCTACAAATCATGCAATATAAACAGTTATGCATTCCAATAATACAACATTGAGTTCAAATCAAATCACCTCAACCCTTTAGGTGATTTACACAATCCAAATTTCATTAATCAAACTTTTCTAAATCATACGAAAATCACTTCTTTTCTAGTCATTCATAATGACTCATATCGTATAAGAATGTATCTTACATAATGGATCATATAAATCATATCGCAAAATCATTTTATAGGTTTTATTACATCTTTGTACTCTTTCCTCAGCTCAAGCGTTTACAATCCTCTTTTGTTGGGTTGCGACTATGCGGAGTGATCTCAACGCAACAACAATTCACCATCAATTCCATTACGGATAACACGTCTTCCAATGCCAGATCACACAATAAGCAATGGAAATTCCATACCAGATCATCAGGAAGTATGAGACGTTCTATTCCAGATCACACATCAAGAATAAAGCATCCCACACCAGAACAAACAACAAGTATGAGGTTTCCAATCGCATAAGGTACCAAAGGTCATTTCATCATAACATTTCAGTTTATTTCAAACCCAATCCATTTTTAAATCAAATGCATTTTAAGAATTTAAGACATAATAGAAATCAAGCAACTCAAAAATTCAATAGAAGAATATATACATATATAAGGATTCAAAATTAATTGCAACTACTTTTAGTTTGAAAACACTTTTAAGAAGAAACCAGTCATAATCACTTTACTTCCTCGCCTAAGATCCTTAGCCAAAGGTCCCTTGCACCTTCTTGCCAAACTCAAGCTTGTGATAGATCTCTGAAAGTATTTGGAATTCTTCAATTCTAATATAAGTGAACACAAGATAAACAGCTCTAAAAATGGTCGAACTTCTTCTATTTATAAGTCTCTCAGGTGAAACTTTCCATGTGGGAATGATTACCTCTGTCCGGAGGTGAAACTCATCCAATATCAAAATGTCACATGTTGCTACCACCACCTTATCCCAAATTCATTTGGGTGGCAAGGTCAAATCAGCTCACTGATCTTCTCACACAAGAATGATGTCAACTACTTCCCAATGAAAGAAGCTCATATCGTCTTCAAGTTCAACGCATAGCTCATTCGCGTCACCTTACCAGAAGGCTATATGCAAAGTACTTTGTAAACTATATCCACTTATCAGCTTCTATTGCGTGTTATTTTAACGCATTACCCATTCTTGTCACATTTAGGCTTAACGTGTAGTGCAGATTGCGTTTGGGGTCTCGCACAATAAATTATAGTATTAACAACTCATTATTATACTAAAGATTAATGGGAAACAAATAATTTCTAATACAAATTTTCTTCTAATACGACACTAGAAAATTCTCTTCCTTACATATATACAACTGAAAATCCGTTATTATAATTTACTTAATTAGACTTTTTCTTATCTCAACTATTCAATGGTGGCACTACCACATATGTAACTACACCTCTATTTCTCTACATCATAAAATTAGTTACACTAGTTTCAAAAAGTTTTGCATCTAGATTGTTTTAGATTTATGAAAAATAGAAATAACAAAACTATTTTGAATCTATATCCAGTAGTGGAATGCAACTATATTATGGTTGTCATGTTCAATAGTAAATGGACATAAATTGTTATAAATCAAATATTACAAAGCTCTGGTATCTATTACCAATCAAAATTGGACCATAATGGAAGTTCGGCCTATATTGGCACCATAATATCTAAATGGGAAGGAAGATTAGAACTATTAGAGATTGATCGAAAAGTAAAGATATGGGCTCATATGGTATAAAATAAAAAATATCTATTATGGTTCTATCATCAGCTATGAGTTTGAATCTAAGAGAAATTCTTGAGAATGTTTGCTACCTTGAAATTTTTTTGTCTTTTCTAATTTATAAAGAGAAAAAAAAATGGATCAAAAGAAAATATCATTTTAGAGTTTTATCAACAATTTTCTTGTCTAGGTGGAAAACTGATATTTTCCAACTCCTTATGTAAGGAGTAACAAAAGAAATTGTTCAACAATTGATTTTATTTCTCACTCAAATGATTCTTCAAAATCTTTTCTAGATTCATTTAGATAGTTCCAAATTTAGTTTTTATACTATAATTAATCCTTTGATAGTAAAAACCATGGTTTTATTGCATTGTTTATGAAGTAAATGTTAGGTTTTATTGATGACTTTGTTTGTCACACCTCCACCCAAACGTATCCTTCTTGCGTTCCAGGTGTGGTCGAGACTTGGACAACCCCAACACTTTTAAGTGAAATGCCAAAGTGCCCAAGCTTAGACTTAAACCCAACTTCTTAAGAACATGCATGACGTGAAGAAATAGTACACTTCAAACATAGCATAACTTAACGACTTTATTATCTTTAAACAACTTGTTACATATACGAATAACACTTTTTAAGGAATTAAAACTAAAGCTTTAGGCTCTAAGTGCCTAGCAACTCCTAACGTCTGTCTTAATGCTTGATAGCTCGACTCTTCTTACAACCTCAATGCTTTATTTCTCTTGTCTGGGAAGGAAAACTTAAAACATAAGCGTAATGCTTAGTGAGCGATAACTTAGAAAAAAACCTTTAAGGGAAAACAAGTACATAGAATAAAATCATTTACTACGCCTCACCACCTTAATACTCATTGAGTATATCAAATATCACATTAGCTTCTACTTATTCCTCTCACCTAAACATTGAACTTCCTCAAAGCATGGACTACTGTTATGATTCTCATTTCATCATCAGTATCTCTGCGAACCCTTGTTCAATTCAAATTTATCAAGTGATATACTTGAACACGGACCACTCAATGCGTTTAGCCGTCCTTCTACCAAGCGGCCACTCAACTCAAGGCAGCCTCTACTCTTATATGCACATAATAGCTAGCTCTTGACAAGAATAAAGCTAATAGTGTATAGACTTACATCCAAGCATCATAAGAAATATATGTTTTAACTCGTAAATATACTTTTAAAAGCCATGCTTTTCATATAAATCATAAGTAAGGTTACAACATGTAATACACTATACATAACATGACATGACTTGAAAAAAAACTTCTCTATTTTATTTGGAAGTCACTCAGAAAGCTAAACTTCCTTTACTCCCTCTTCTTCTTATTGCCTAAACCTTCTCTTCTTCCCTCATGCCACCTGGACTTCTTTGATAGAGTTTTTCTTAGAACTTCTTTGTAAGTTTTTCTTTTGAACTCCTAAGCTATTTATACTAACACTAAACTAGATTAGTCATCTTTAAACTCATCTTAGCTTGCCAGCTTCTTCTTTGTTTCTTACACGTGTAGGTTTAATATTTATTTTAAGCATGTTTAACTCAAACCTAACACTTGCTAACTAATCAAGATTTAAGAGTCCTTGCTGAATCCCAACTTCTTTTCCTCGCCTAGCCCTTCCGCACCTAGCTTAAAATGTAACTTTTCCTCATATCACCTAATTAGAATGCTTAACTCTTCCTCATGTCAATAGCCAAAACTCATACTTCCTCCAAAACACCAGAATGAGAAATCGGAAGATCAATCGACATCGGAATGAGACCATCCATAGCTAGGGAGTCAGCAGCGAGAAAGAAAGAGTGATCGTACAAAAGGTAAGGAATCCATCCTCGTGGAAGGAGTCTGCCGCCCACAAGGAAGCTCGAACTAAGGGCTAGGTCATTTTCTCATACGAGGATCAATGGTCAAGACCAGGGTAGACCCTTTCTCATTTACCGTGTAGTCGGCTTTCAAGCTCAGCACTCTTTTTCTGGTCCGATGACGAAGGTCTTCTAGCCCGCTACGTAGGGAATTGAGATTTGATCTAGAGCAAAGAATATTGCGAGACCGGTCCGGAGTCCGCAGGATTCAAACAACAATGGTCCAGGGTCCGCAGGATTTATCCGGAGGACTATCCATATAGAAGTAGGACTTTTCGTAATTAACCGAAATAGTCTGGAGTCCGCAAGATTCATCCGGAGTCCGCATGATATATCTGTAGGACTTTTCGTAATTAACCGAAGGAGGACTCAAGGCGCAATGAAATATGCGGAGAATTTAGGAGCTATTCCAAAACGAGCTGTTAAATTCCCCCACGGAGCGGTATCTAATGTTTCAGACGTTAGGTGCAAAGAATATTGCGAGACCGCGTAGAAGGAGTCTTATTCCAATAATATCCGTCATGATCCTTTCTTTATAAAGCCGTTTTTTTTTTTTTTTGGAGTATTAGGAACCGGCTTAAATAGGCAACTCATGATTCCACTAAATAGTTAGGCTCATAGTTGTACTTAATTCTTACAAATTCCTTCTTCTCAATCCTTTCATTCCAGAACACGGGTTTCACATTGTCCTCATACCATAAATGGATGAATCTAAGTATTTAGTATCTTCAAATGAGTTGAATTTGTTATATGGCGCTTCAAATGACTGGAGTCTAGCTTTGCAACATTCTTTCCAATAAAATTGTTTCTTTCTTCTCTGTGGGTGTAGCTAAGACACTAAAAGAGAACCACATAAATTTTTATGTCGCTTTTCCTCTATTTTTCATTGTCTATATTCTTTGTCTAGTGATTTGTTAATACAATAATTATTATCAACTATTTCTAAATGAAGTACTTAGGGAAGTGAATGAGATTACTATCAAATGAAGTAACTATCACTACTAGCTATCGAAGGAAAAAAAATTAAAGATCTTGGTTTTATCTAAGTAGTTACTATGCAAATTAAATTTAAATGTAACTTTTGTTGGATATAATAAGAACTAAAGTAAAGATTTGGGTGAGAGATTTGATGATTTTCAAACAATTCTGGTTGATCTCAATAACATCAATGAGAAGTTATCCTGAAAATCAAGCCGTTCATCTTTTGAATTATTCTTTATTTCATTTTTTTTTGGTGAAGTTAGGGTAGTCATAAAAAATGAAAGAAATTTTTTTACCATGGATATCGTGTTGGATAACATGGAGAAACCTTAAAATTTTGAAATTAAGAAGGAAAAGGGGAATGAGGTTATGCCAAGAGGCAAATACATGAAAATGAATTGGAAAGATAAGAATCAAGAACGAAGACTGGATTCACAGAGAAAGTTAGAAAATAATTTTTGTACCACAGGAAGACATTTTAAGCAACAATATATGCTAATTGAATGAGAATTAATAAGTTTTTAATAACGATAAAGGTGAATCTAGTGAAGCGAATGTAACTAATATGTTCATATTGTTGAAACAAAAGTTATAATAATTGATGTTGAAGGGCGACCATCTACCATTTCAAATGAATAAGTTATAATTGTGTGACCACTAGTTTTGCAAGTAGAGCCTCAACAACAATCTCTATCTTCTAGTAGAAAATTTCAATAAGAAATTATTTGATTGATGATTAACTTATATACATTTTTTACCCTAGGGTTTAGATAAGTGCAATATATAAACTCTCCCACCCAATGGCGTCGTATTGTATTCTGAAACATTCTCTTTAATAATATTTATTCTCTCTCTGTTCGTGGATATAGCCAATGTATTGTTAGTGAACCACGTATATCTATGTGTCGAACTTTTCATTCTTCGTATTGTTCAATTATTGATTACGTGACAAATTGATATCAAAGCCTACTCGTTAGATTATTTGAAATTCTGCATTTGATTTGTTCAACAATATAGGATGTATGATGTAAACATGAAAATAAAAAAAAAAATCACTCGGAGGAACATTTTTTGTTTTATAGCGAATAAAGATGCAATCTATACTTAAGCAGCAAAAGTTGTAGGCACTATTGGCTAATAAGTCGAAGAAGGCAGTCGCAGATGACAAGAAATAGCAAACTCTTAAGGATAAGGCGTGTTCGAAAATCATGTTGTGTTTGGCTGATAATTATCATTAAGGTCACAGATGAAGAAATCACTAGTTTGTGGTTGAAGTTGGAGTCTCTATATGACAATATCTAGTTTGTGGTTTTATTTTATGGCAGATCAAGATGCAATCTATGCTTAAACAACAAGCGTGGTTGGCATCGTTGACTAGTAAATTGAAGAAGCCTGTCACATATGACGACAAATGGGAGGCTCTTGAGGAGAATGTGCATTTGATGATCATACTGTGTTTGGCCGATGTGTCATCATCAAGGTCGCAGATGAAGAAACTACCTCTGGTTTGTGGTTGAAGTTGGACAGTCTCTATCTGACGAAATCTTTAACCAAGAAGTTGTTTCTAAAGATGAAATCTTCAAGATCGTTTTGATCAATTGAATAAAATACTATTAGATCTGCTTAACATAGAAGTTAAAGTTCACGATAAGGATGATTTCTTAATTTTCTTGATGTCTTTGCCCCTATCGTATGAAACTTTCATTGATTCTTATATTGGAGGGAAAGAAACTCTGAACTTAGAAGATACTAAGTCCACGTTGTTGATGAAAGGAAACCGTCAGAATGTAGTAAGCCCGATTACAGAAAATCAGACATCTGGGCTAGCTGTTACAAGGAACAAGAGGCATAGAAACTTTGGTAAGCAAAAGTCGTATCAGAATCATTAATCTATGAAGTCCAAGGGAACTAAGTCGAATGATGCATACAATTACTGTAAAGAAAAGGGCATTGGAAAATCAAATGCCTTAAGCTAAAAGTATATCAAGAAAAGAAAGAAAAAAGTGATTAGAAGGAAGCATCTGTCTCTGTTGCACAAGTTGAGGTTCATGCTCAAGAAGTTGAGATTGATCCTGAAGAAGTTGAGATTGATTATGCAGAAGACCTAGTTTTAGTTGTGAATCAACATTCACATTTTGATAATGTGTGGGTTCTTAATTATGAGGAATTTTATCATATGTGCCCAAATAAATAGTGGCTCTCAATGTATCAGAAAATAGATGAAGGGAATGTTAGCATGATATATGGCATTGCATGCAAGATAGTTGGAATCAGCTCAGTAAAGGTGGAGCAATATATGTCTACAAGGGTTATAAGGTACTTTTAAGAGGCACAAGACGTGGAACATTATATCTTCTATCAAATGCCATTATAACAGGCGATGTTATTGTTGCATCGTATGTCATTCACAAGGATGATATGACTAAGTTATGGCATATGAGTCTTGGTCATATGAGTGAAAATGGAATATGAATTTAGTCAAATAGGGATATTATATGTGGGCACAGGTACAACATGTTGAATTCTATAAGCATTGTGTATTTGAGAAGCTTTATCGTAGCAAGTTCCCAAGGGGTGTTCATTGTACAAAAAAAATGTTTGATTATATCCATTTGAATTGTTGTGGACCTTTAAGAGTTGAGTCTATTGGAGGCAACATGTATTTCTTGTTTATTATTCACGACCGAGAATTACTTGAATTTTATGATGAAAATAAAAGTAAAGCCTTCAAGAATTTCAAGCAATGAAAGATATTAATTGAGAATCAAACTAGGAAGATGATCAAAAGACTATGAACTTATAAGGTTTGGAATTTGGTTTTAAGTTTGATGGTTTTTGTAAAGTTGAAGGGATTGTTCGTCATCATACTATCAAGGATACTCCACAACTGAATAGGGTTACAGAATGTATGAATCAGACATTGTTGGAAAGAGCGAGATGCAAGCTTTCTAATGCAGGGTTGTCTAAAAGATTTTAGGCAGAAGCTATAGATACAACATGTTATCTAATTAATTGTGGATCTCACACAGGTATTGATTGAAAAACACCTTACAAGGTATGGTCAGGTAAGCCAATAGATTATTCTTCATTAAGAGGTTTTGGTTGTACTATCTAGTATTATGTAAATGAGGGTAAATTAGAATTGAGAACTAAAAAGGTTAGATTTATGGGTTTTGGGAATGGAGTTAAGGGATATAGAGTTTGGTTACCTTCTTAGTAGGAATCTGGTTTTTTTTTTAATTCTATGCTTAACTTTTTGTGAAGCTTGTTCTAATGCCTAATGATGTGGGAGGCAACATTAGTGTTGAAAAATGGGTGGAGATGCAATTCACTTCAGATGTGAATGAATTACAGCACCAAGGTGGGGAAGATCAACATGTTTGTACAAAAACTTTTTATTTTTTGCAAGAAACTGGAGTGACTAAAACTTCAGAAGTTGTGCCTGAGAGTTCTAGTTTATAAGTAGATCAACCAAGTATAGTTCTTGACAAAGCTAAAAGTGTTGATATTGGACCTCCAAAGAAGTATGATTTTGATGATATGGTTACTTTTGCATTGCAAGTTGCTGAAGAAGTGGATTCTCATGAGCCATCGACCAATAAAAAGTTTGTTTCGTGTAGTAAGTCTACTCATTGTCTTTCTACTATGGAGGATGAGATGGAATTTCTTGACAAGAATTAGACTTGGAAATTAGTTAAATAGCTTAAGAAAAGAAAATTTGTCACTTGTAAATGAGTCTACAAGAAAAATTAGGGAATAGACCTTAAGAAGGCATCAAGTATAAAGCTTAAGTTGTTGTTAAAGGGTTCACACAAAGAGAATAAGTTTATTATAATAATATTTTCTCACCAGTAGTCAGACATACTTCTATTAGGATCTTGCTAGCTATGGAAGCTCATTAGAATTTGGAACTTGAACAATTAGATGTGAAGACAACTTTCTTAAATAGAGAATTAGAAGAAGAGATTTACATGACCCAACCAAATGGGTTCCAAAGTCGAGGTAAAGAAGATTATGTTTACAAGATGAATAAGTCTTTGTATGGGCGAAAGCAATCTCCAATGCAATAGCACAATAAGGTTGATGATGGTTCGTTGACTTATCTACTTTTACATGTAAATGAGTTGCTCATAGTTGTGAAGTCTAAGTTTGATGTTCAGAAGCTAAATGACCTTCTGAGTGCTAAGTTTGATATGAAGAATTTGGTATTGCTAAAAAAATTTTAGGTATAGAGATCTATAAAACAGGGATAAAAAGAAGCTCTTCCAATCATCAAAAAAGCTATATTTACAAAATTTTGTCAGGTTTGGTATGTCATCAACTAAGCCTTTAGATATTCTCAATTCTGCAAATGCTCATTTGTCATCAGTGCTTTCTCCATAGTCTGAAACTAAGGAGTATACGTCTCGAGTTCCTTACACTAGTGCAGAGGGAAGTTTGATGTAAGTTGTGGTTTGCATTAGGCCTAATCTTTTCCATGCTATTAGTGTTGTTATTAGGTTCATGAGTAATCCTGGGAAGGAGCATTTACAAGTTGTTAAGATAATTTTTCGTTATCTTAAAAGTACATCTAATGTTGGCCTAGTTTATAGGAATGACACAAAATGTATGGTGACCGATTATTTTGATTTTGACTATGCTAGAGATGTTGACAGCATGAGATCTATGATTGAATATGTGTTCACTCTGGGTGATTCAGTTGTTAGTTTGTCTATGCTAGAAAGTCAGCGTACAACCTACAGTTACTTTGTCTACTACTAAAGTAGATTACATGGCCTTGACAGAAGCTGATAAAGATGGAATATGGTTGAGAGGGCTAGTTGGTAACCTTGGTTTGCATCATGACCAAATTATTGTATATTGTGATATGCTCAATTTTTAAGAAATGAATAAAGTGTTGAAGTGATGAAAATTGGTATTGTTGATGACCTTGCTAATATGTTCAGAAAACCTATTCCACAGGGTAAGTTCCAACATTTTTTAGACTTGTTAAATGTTTTGAGTTGTTAGTGGTCCCTTATAGGACACTTTTTAGGCATGAGGGAGAAGTCTGCGTATGTCTAGCTATGTTGTTTATATTGCATTTGGTACTTTCTAGTCTCCAAGATTTTTTTTTCAAAATAATTATTCAATCAAAGTAGTTTTATTAAATCAAACTAGGTATAGTAAGGGTGAGTATCAGTCGGACAATGTCAGATTTTGAACAAAAATCGTCGTTGCAACTAACATTTTGATTACTGACGATCGATGTTTGTCCGTATGAGAGTAGGTGGATTTGTCAATCTATTAATTGCACAGGCGGGTGGGTCTCCTTTTTAGTTTAACATCTTGGCGAGCATTGAAGAGGAGAAGAAAAAAAAAAAAAAAGAAAGCCAAAAGAGGAGAAGAAGAAAAAAGAGAAAGATGACTACATGAGGAACCAAAGAGAGGAAGGAAAAAGAAAAAATTTAAAAGGGAGCGAGAAACGAGAAAGAAGGTGAAAAGTTTTTTTCAAATATATATATATATATTAAAATTAATTATGATTACTTAGGTAATCATTATTTATACCTATAAAGGAGGGAAATACGCAATTAATGATCACTGATCATTGATCAGTGTACATTGGGCAATGGGCATGAGATTAATAAGTTATTATTATTAATTTTTAAATCGGACGGTTCAACTTTTTTGGTCGGTGGTAGTTTGATTTGAGAAAAAACCAATCCAAGCTGAATTCAACAGAAAAATCATCAGCTTTCTTCGATTCAACCATTTGACTCGGTTTGCTCACCCCTAGATATAAGAGATAACAAGCCTAGGTATAAAGTTTTTAAAAGCTATGGGCCAAGTGTCATACTCAAATGAAGAGAGTTGGTTTGGAATTTGGTTTTCACAGGTTTTCTCTCCGTTTATGGGTTGACATTCATTTGTTTGACTAAATTTGTCTATTTCTCTTAGTGTAATGTTCTTGGAAGCATAACTATGATTTGGGTTATTCAACGATCATGATAAGAAGGTTTATATCCTATGAATAAGCATCGGAATACAGGTAAATGAGTGTTATAGTATTTGAAAAGTGCTTCACATGTATCTATCTTTTGAACAAAGGTTACAATCAAGCAACAATATTGAAAGGATTCACACGTGTGGATTATGTTGCAAACTTAGAAGAAAAACCTTTATGAGTTCACATTTTTCGTAAGTGGTTAGTTGGAAGGTTTCGCTACGACCAATACTTGATTTGTTGGCCATTGAATTGAGAATACGTTTTAGATGGTAAATAACATAATAAAGTAGTGTGGTTGAACACAAATTGTTGGAGAGGTATTATCTTAAGAATTGTCACGCCTCGCCTTAAATGTCATTTCATGCAACTAGTTAGGGGTATGCCGCCTAGACACTCATCTCACATCTCTCCGCGAGATGATGCATTGAAATATGCCTAGTAAGCGGAACAATTTAACTTGCCTCGAGTCTAGACTTACTTATCGCAGCAGAAATTTAAACCTTACTTCATCGACTAGTACTCTTCACATACTACAAATTAACTCTAACCACTAGGTAGTAAGATCAAATAACAATAGTAATAATAATGATGCAGCGAAATAATATAACTTCTTCTCTTTATTAACTTAACACTTTATAGAGTACATACTTTACAATTACATGCGTTTTCTCGTGAAACCACATAATTAAAACTGAGTTATGATCCACTTTTCTTCCTCCACCACCTAACACTGCTCCTTGTGGCGAGGGGCATTTAGAGATGTAAGGGCCTCTTTCTCCTCGATCGCCCAACAACCATTTCAAAGAAAACCTTTAGGGCTTCGTTCGCCTGGCTCAGTTCTTTGGCTCTTTTGCTCATTGAATTTAATCTCACCAACCTAGGTTCTTTTGCTCACTGAATTTGGTCTCCAACCTTTTCTTCTGAACTGAGTGGCAACCCTCAATGTTAAGGAGTGAAGTCCTTAACTACCGATTCATTAAATGCAAGATAGGATGACACGGCTCACATGTCTCACAAGCTTAAATAACTACCCACCTTTTCCTCTTTTACTTGGCCTTTACGCCTAAGGTCCATTCCTTACTTGGCTTCAACCCCTAACAACCTGGGGAGAAAAAACTTAAAACGTAAGTCAACGACGTAGTGAGTAATGGGCTTAGGAAATACCTTTTTGGAGAATACAACAATTTAAGACATTATAACCACAAGGTCATTTCATATGCAAATATATATAGATCTCATCACATCAAACATAATAACAAGCTTTAACACAGCTACAACAATTGCAACAATTTCACGCAGATCAAGTCATCAAGCATTCACTACTCATCGCCTAGACCTGGGATTCTCCCATTGCCTGCACCTAGGATTTGCTTTCACCAACGTCTCATCTTCTAGACCTGGGATTCACTTCACCAGAGTCACGCGATGGATCTAGGATTCACTTTCACCAGCATCACGCGATTTTCCTTTGATTTCCAATAGCGCGTTGTAATACAAATTCTTTCTCATACCTGGATTCGCTTTCACCATCATCTAGACCTAAGATTCACATTCACAGACATCATGTAATGGACCTGGGATTCGCTTTCACCAGCGTCTCTCATAAAATTCCTCATCTAGATCTAGGATTCATATTCACCTGCATCCAACATCAATAACACATCTCATACTCGCTCAGACCTGGGATTCACCTTCACTAGCATCTCATTGCATAGACCTGGGATTCAGATTCACCAGCATCATCACGCTATAGACCTGATATTCACTTTCACTAGCGTCATGCGATAGATCAAACATCACTACATCGTACAATTATTACAGACCATAACGAATATTAACTCAGAAGCTTTTCATATAACACATCGTAGCACATTAGTAACAGTTCTAACAATAACATCAAACATAAGATCTTAAGATTCACAATTAATCATAAAACATTACTTTCATTGACAAAAGAACCATTTATTCATTTACAAGATCATTTACGAAATACCTTGCTTTACTCATGGAAAACCATTCATAACAAACATTAGTTTATAAGGATCAGTCACGAAAATACTTAGCCTCAACTCTTTCTCCCTTTGTCTTTCGGCTTCTTCTTCTTGTCCAATGGTTTCTCTCAACCAGTCGTTCAACACCCAGAACTTTCTTTAGACAATTTATCAGAATGTCTAAATCTCATGCTCTTTCTTTCAGCCTCATTGGTTTTATTTATAGTGACCTTTCACATCTAAAAGTTATTTTCATGATTTACATGTGTCACTTTCCCATTTTGCCACGCTATCTAGCCAATTCGAACTTGACACGTAAGCCAATGTCAGTTATGAATAGACACTTTCCTTGATTCACCAACCTTATCTCCTTGGAAAGCCAAACTTCTTATCGTCATCTGACTCTCTTCTCAGAAAGTCATAGAACATTTACTTCGCCTCAAAGGGTTGTATAGTTAGCTCGTACAGACATCCCAACCTCTCAGCAGAATGCCTACATCATTGTGACCATACTTAGGTGCAAACACTTCTCCACATATTACTATACCCAATGCCTAGTTCTTAGCATCCGTCGTGGCCTTCTACCTCGCAAGCTAATCTCATCACGTCACTTACTCTAACACGATAGCACTTAGACTCACATGCTTCTCTTTGCATCGCCCTTTCTCCTATTGCATCCTTCTTCACATAATGCCTCTTAGCAAAACTTTGTTCGACATAACTCTTCTTCAATAGGACTCCCTTTTTTGGATCCGGGCCTCACAAAAAAAATTTCCTATCATTCCATTATGATACTATAGTACATATTCTTCATCTACCGAATAATCGATCTCACCATGGATGCTTTCAATATAGTGATGTTATATTCCACTTTATATGAGAAGATTATTACTCAAAATGACACTATATCAAATTGACTGTAAATATATTTTTTTAAAAACAGTAAAATGAAACTATATATAGTTTGAATAAATCTAACATTTTGCTTTATATTTGTATAGCTTTGATGACATTAATACAGAAAAGTTGAGAATAGCTGCAAAAGCCAATGGAATTGAGACAGATTTGTTCTACTTTGATCCAAAAGGCATCGATTGGGATGATTATTTTATGAATATTCACATTCCAGGAGTTGTTCGGTATGTTTTTAGATAATTATTTACAATATATATTATATATTAGTTTGTTTGTTATGACATTTTACCATTTGCAAACCAATAAAATGTCCTCATACTTGTAATGTCTTTAATTCCTCACCCCTATTGATATAATTATAATTATTGTAAAAGGATTATCTATTACCTCAATTCTAGTGAATAAATATTTATTTGATTTATTTTCCAGTCTTATTAACTAGTAAATTTTGGGTTAAAAAAATGTATCTCTAAGGCCATGTTTGGTTTTATTACCATATAGGTTTTTATTTTTTGTTTTTAAAAATTAATCTTATAAATACCCTTTTTCATCTTTTTGCTTTATTATTTATTTTAGCCAGCGTTTACAAAAATAAGCAAGGTTTTGAAAAGTAAAAAATATATATTAAAATATATTTATTTATTTTGAAATTTAGCTCTAAATTCAACAAAAAAAAAATCAGGTAAGAAATTGAGAAAATAAACTTAATTTTAAAAATCGAAATAGTAACTAAACAAGGCCTATGTGTATACTAAAGTGCCAATTTAGTCTTTGCTTCGATATGTGATGATTTAGTTTGTATATTAATTTTAATTTTGTAACAATATAGTCTCTTAACTAATTTAGTATATAATACTATTTTAATTTTTATATTTTAAAATTTGTAATGATATAGTATTTACTGTGAGATTAATGACACATAAGAGATAGGTAAGATTCGTTGAATAATTTTCCTTTACGATTTATTTAGACTTTGTTGTAGTGCTTTTTATATAATATACAATTGTGATAATCTTTAATTATAAACACTGTTATTTCTAAGTACCTAAAGTTACAACAATGATATCTATCATTAAAGAAATGAGAGTGGATTTTTTTTTTTTTTTTACTTTCTTACTTTTGTAGTTCTTAATTTTATTTTTAAAGAAAATCAAAGAACTTTTTTTTCTTTTTTAGAATTTTAAAATTTGATTAATATGCAGCAGTTGGTAAAAACTAATCATATACTATACTTTTACACTATTTAATTCATAAATAATACCAAGTTTTTTTCATCTTTCCACATTAAATTCAATAGATTTTATTACTATGTTCCATGGTTTATTAATAAATTAATGGTTTCCAAAATTTTCTTAATTGAAACATTTATTACATCCTACAATTCTAGCATATATTTATTCTTTTTTTTTCCTCTTCTTCATTTTTCTTAAATCTCACTAATTGGTTTTCAAACTTTCTTCATTCTCTCACTCCATATTTCCTCTAACCATCGTCGATCGCTTATGTACCGAATATATATTCATTTTTTACGTTTGCTTTTATAGATATGTGTGTGATTGATTTTAACCATGATGCTAGTCACATGAAACAATGTAGCATAATTAAGTTAAGAAATATAAAATAGTCTCTTAGTCTTCTCAAATTATTTTAAATCAAATAAATATTATCCACAACCTATATAGATTACTAATTTCATAAAGCTCTCATTCAATGACAATAACATATTCATAAACATGTACTTATTGTAAATATAATAATAATATTATAAATGTAGATAAACATGACCTACATAAGTTACTAATGTAACGACCCAACTTTTCTAACTAAGTCAAAGTCATTAATTTCAAACAAAGATCTGAGTTTACACAAAAATACCAAATCCAAATTAAAATCAAACTCTCAAGAAAACAAAATTTAAGTTCGGGCCTTGTTTAAAATAACCAAAAAAAAAACTTTCAAAGAAACGCTTACAAATCATCAGTTCATGAATACCGTTAAACCACAATTTTTTCTAAACAGTCTCAAGTACTAAAACGAAATAAGAAAACAAAACATTAAGCGGAAGAAAATTTAAAAAAAATGTCCCTTATGGCAATTACGCTTTCTTTCTGCCCCTCGTCGGTCTGCCACCCTTGTTACCTTTGCCTGAAAAATTTAAACATAAACAGATGAGTATAAACATACTCAGTAAGAGACCCATTACTGGTCCAGTTAGGGGAAAAATAAATTATTAACTTCCTATGGAGTACCCTGCACGGTCACAGTCTTGTGATCCCGTAGGATACACATAATCAGTCTAACGCCCGAGGGACGCATAAATCAGTCTAAAACACATATCAGTCTAGTGCTCCCGAAGGATGCACAAAAAGTGGTGATCCCGTAAGACACCTGCAAGGTAACTACCCCAATAGGAAACTAATAATTTTCTCCTCAGTCCATTCTAAACATCTTAACAGTCATTTACAATCCAGTTAAATGTCCTCATTACATAAACTTTTCATTTAACCTCAAACAACCATTTTATTCTAATTTAGCTCAAGGTCAGTCAAAAACATATCAGTACATCAGTCAACAAACTAAATAATCATAACATCTTCCTCAGTCTACAAGGACACAACTATGACGTCTCCTTCGTTCACAAGCACACAGCCATAACAGTATATCATACATTCAGCCTAAACAACAATCTACGAGTTAAAATCCACACGTTATATAAGCAACATCTACGAGATTCAGTCATTTCCACATCCTTATGTTTGTACATATACATAACCAGTCAATCACAACATACACTCAACCGCAAGTCCACATCAATCCATGCATATATATATAAATTTTCTCCAAGTCAAACACGGTATACATTAAACATTCAGTCCACATCCAAACATACATCATAACCGTCATCCCTACTCAATCCAGATATAACATTACGGTCCATACAGTCAATACATCTTAATTTTGTTATTGAGTCCAGTAGAAAGTCACTTACTTTAAGGTTAGGTAAGCTCCTTTGATGTATTGGGTTGAATTCTAAAATGAATGTTGATTTTTTTATAGGTATTGTGCAATTATATAGAAGTGAAGAAACCACACCTAATAAGTAATGTACATGTGTTTTGTTTTTGTTGGGATAATGCCAAACTTTTTTTGCAACACTCATTATATTTAGTTTCTTTTTGAAAATAACTTACCATAGAGTTCTTCTATAATTAGTTTAATTTCAACATCATTGTCTTAATGGGAGAAAATTTTTTCCTGTCATTGAGCCAACTGTTTCAAAAACAGCTTGTTTTTGTATCTTAGTATGAAGTTATCATTTGTGGATTTAGTAATTTGTATTACCGCTCGAAGAAGATCTGTTAGTATTTCCTTTCTCATCTACAACTCCATTGTAAACTGCCATGTACTACTTTTATCAATAATCAAATCTTCTTTCATCTTTAAAAAGATTGAATGGAACCAGTGGATAATGCTAGACATTTGGTATCTCATGCTTGGCACATACTCCAAGAGTTTAAGTTGAAGAATATATGTTGAGGTAAATTCCAACACTAAAAAGAAATGTCATTGAACTTATGATGAAAGCCCGCTAAGTCCTTCGATTTTTAGTGATAATATGTTTATGCCTGCATTCCTTCTGATTATGTTTGTGTTATTTGAGTTTATGCAGCTCTAGGGTTTTGCTCATGCTTCACAATATGTTTCTTGATGATGATGGGATGGAATGTTTTGGAGTTTGTATTACATTAAATCATAAATTAAAGATAAGTTTAGGCAATTCTTTTCCTAATGGTGAAGCTAAACAAATTCAGTTCAGTTGCAATGAATTGTATGCTTACCCTTTTCTTTTCAGTTTGGTATTTTGGCTGTAACATTTGCGTAACATGTCTTTGGTTAATAGAAAGTGCTCCAAGACTGCACAATAAATGTAGAAAAACTAACTTACAAATCCATGCAGTCTTTTACTTGAATCTTATTTTTTATTTTTCCCTTCTGTGGTTCTAAGATTGAAGATAAACTCTCCTTTTTCTTTAGTGTTTCTTTCCCAATTTTGCATTTGGTCTCATTCCCATATGAGCAAGATAAAAAAAAAGTTATGAACGTTTTCACTATGAGCAAGAAATAAACTTTTTATGTTGCTAATGAACTTATCTTGATTTATAGGAAGCTCTAACAAACAATCAATTTAAGCAATTGTTTTGACCTGTTGATAGTTCCCTATGATTTTTTAAATTGAGAAATATACCTCATAACTTGTACGCACATGATTTATGTCAATTCTATTTCCTTTCTTCTGTTGATGGCTTGGGTTTGTGAATTCTATGTTATTGTTAGCTTGTAAAAGAAATAAAGAATACTGCTTGTTGTAATGACAAACAATTAAGTACAATAAAGAATGTGGATCTTGGTCTGCATATATGATTTTTTTTTTAATTTTGCAAATTGAGATTGTATTTGTAATAGTTAGGGGTGTAAACGGATTGGGTTGGGTTGAGGGACATTCTCAACTCAACCCATATTTTCTGGTTATTTGGGTTGACAACCCTAATAACCTGAATTAAGTTTCCAACTCAACCCAACCCAACTCGTGAAATATGGATTGGGTTGGGTTGGGTTGTCAGGTTATATTGTACCCGTTAGGATGTTGGAACACATAAGCGAAATAGACGGATGGAGAAGATGACAGTTGGATGGCCGTCGAAATCTAAGGAGACGGACGACAAAGAGAGGGAGGACATTGATAGCGAAAACGAATGGCGAAAGTCAGAGGCAAAGACAAATGGTGAAAATTCGACACATGGTGAGATACGGTGGAAAGGAGAGGAAGAAGTTGAACTGAGATAGTGAAATTTCAAATGAGAAAAGGCAGAGAGGAGAAGAAAACGTGAAATGGAGAAAGAGGAATCAGGAAAGGGAAAGTGAAAAGGAAGGGCACTGTACTCCTTTTTTTAACCTAATTGTTTTTAAATGTTAAATAAAATTAAAAAATTTCAACCCAATCCAACCCTTATAATATGGGTTGGGTAGTCCGGGTTATTCGAGTTAAACTCAAATTCTTACACCCCTAGTAATGGTATAGGAAGTTGAGCCTCATAAGATTTATAATTTTTTGTTGACAAGTTTTAATCCTTCTAGTTTTACTTAATTTTGTGACACAGACTTCTTAGACTTCTTATATGATTGATCTAGAAGAGTATCTTAGACGTTATGCTGTGTTTTTTTATTCTAAAATTGATGGTTATGATTGTAGGAGGTTTCCTTACAGTCATTTGGCTCAATTTAAGTTTATTTTACCTAAAGAAATTATGCTTAAGAAAGTTGTGGTCTTTGATGAGCGTACCAACTGCATGAAGCTAAATCTTCATATTTCTTTCAATTTTGGTGTCTTAGTAGAGAGTAAGGAGGATTAGTATATGCAATCAGAATTTGTTAGTCCCATCCAGAGGTATGCCACCATTTTCCTTCTATGATTTGGAGAGATCTATTTATTTGTATGTGTTAAAAAATCTTAGAATGTTGGTTCTCTCTATAGACAATGGCCTGAAATGTGAAAACCTGAATGCTGGTTCTCTCTATAGAGATTGCTAGTCCTCGCTCTGTTTTCAACTGGACATGAAGACTTAAAACAAACTATGTTGATGCTTGCAGTATTTTGGTTTTTTCTGTACCTTCAAATTTTCTATGTTCTAAGGCATGCTTTCGTATTCAGGTTGATGAAAACTTTAAATCAATTTCTCCAATTACGTCTTATTTATTTATTTTGGCTTTGAAATTGGAATATGTTACTACACTAATAGCATGAATCTAAAATGTTGGTAGACAATTTTATATGACGTTATGGCCGCTTTTACTATCAAACTTCCCCCAAATTCCAAGTTACCAAGTAAGTGATTGTAGGCCATTTTTCTTGTAGTGGTATATCATTTCTTTACCTTGTCTATTTTAACTATATTTGTTTACTTGTGAATTGATTTGTTTAGATAATGTTCTTTAGTCATACTCTAAAATGAGATTTTGTTTTCTTACTAGGTTTGGAAAAATCCATTGGAGCAGTAAAGCCAACATAGAGCAATGGATTGATATAGGACTTTTTGTATGGTTGGTAGAAAAATCTTGGTTCCAATGTACTGATTTTAGGCTTGTTGGTACCTAAAGATGTTAATGTTTATTCTTTTTGTATGCAAACTACCTTTTAACAAAAAAATGATTATTAGCCAATGGTTGTACGAATATTACAAAGTGCATTATAAGGATGAACAAGGTATCACATCGATAATTATGGATGAACAAGGTGTCCATGCAAGAGATGTATGAACTCAATTTGGGACTCATTCGAGGGTGTAGAGCGACATTTATTAACAATTGGAACATCCCACTCCTATATAGGCTAGGTGTATCATTGAGAGCTTGTGAATTTGCATAGTAGGTATACAAAGAATTGATGCAGGAACTAGCAGTAGTAACCTTTTTTATGAAGGAACTAGCAACAACCCTTGTCCTGAAGAAAATGAAATGTTGGGTATGTTTCATGATTTGCAAGCTTCGATTGAACCCGAAGAAAAAATGGAGGAAGGTTTGGAGAATGACATGTCATTTAATAGTAGGGCAGATATAAAACAAGAGACAACAAATATATTTTAGGACTTACTGAATGAAGCACATAGTGAGCTATACTCTGGTTGTTCAAAATTTTCCTCTTTCAACTTTTTGGTTAAGATGATGCATGTAACGGTTCTCAACGGTTGGAGTAACAAGTACTTTAACATGTTATTAGAGTAACAACTGTGTATTGTACTAGAAGGAGTTTGACGATTTGCAACATTGTCCAACTTGTGATGAGTCATGATACAAGATTGATCTTAACAAAAGAAAAAGAATTATGCATAAGGTATTGCACCACTTTCCATTGATACCGAGATTACAATGTTTGTTTGTATAGCAAGAAGGCCCGTCCAACATGAGATAGCATAAGGATAAACGAGTTGAAAAAGAGGATGTGTTGATACATCCAACTAATGTAGAGGGATGGAAGCATTGTGATTGTGAATTTCCTGATTTTGCTTCAGATTCATGGAACATTCGTTCGGGGTTAGCTTCAGATGGGTTTCATCTGTTATGTCATTTGAGTACCTCGTACAGTATATGGCATGTGGTGTTAATTACTTACAATTTGCCACCTTAAAAATGCAAGAAAGAGTCAAACTTCTTTATGTCATTGCTCATACTCGATCCAAGATCTCCTGGTAGGGAAATTGATGCTTACCTCTAACCATTGATTGAGGAGCTGAAAGAGTTATGGACTTTTGGTGTGCGTATGCATGATTCTCTTATCGGTCAATTCTTTTCAGTTGTATGCAACCTTGTTGTGGACAATTAATGACTTTTCGGTATATGGTGACTTATTCGAGTGGAGTACGAAATGGTATTAGGCATGCCCCATAAGCATAGGAGATAGATCGTTATTTGGGATAAGAGAAAAAATATCTTTCACATGACATCGATGCTATCTTCCAGAGAACCACATTTGGTATAGAAGTAAGCTACACGATGTAAAGATAGAGCATAATGCTCCTCCAGTGGCAATGAATGGGCATGAAATCTTTAAACAACTAGATTTTTTAGAGTTTTCAGTTATGAGTAAGCATCCTTCATTAAAAGAGAAGAAAAAAAAAGAGCTCTTAATTGAACTAAGATAAGTATTTTCTTCGAACTTCCTTACTGGTCAAGACTACTATTATGTCACAAACTTGATGTAATGCATATTGAGATGAATGTTTATGACAACTTAATTGGTACGTTGTTGAATATTGAAGAAAATACCAAGGATACCACGAATGCTCGGTTGGACCTATAAGATTTAAAAATAAGAAAGGATTTACACCTAATAGAAGTTGATAATAGATTGATGAATTCGTTGTTGAATATTGAAGGAAAACCCAAGAAGTTACACGTTGACTAGCAATGAGCGAGTTCCATTTTGCTAGTACCTGAAATCAGTTAAATTTCTCGATGGATTTGGTTCTAATATTTCACGATGAGTGGATAACAAAGATGGAAAAATATCAAATCTCAAAACACATGAATGTCATGTTTTGCTACATCGACTGCTACATATTGGTGTTCGAGCATACTTACTTATTACAAGCATATATTATAATCATACTTTGCAAGTTGAAACGAATATTTTCACATGCCTTCTTCAGTGTAATGGTACACCTTGATGTTCACCTACCATATGAAACCAAGGTTGTTGGTTTGGTTTCTTACAATTGAATGTAACAGTAAAATAGTTTGATTGGTACATTAAAAGAAGTCTATGCACATTAAAACAGTTTGTTCGTAACAAAGTACATTTTAAAAGGTCTATTGCAGACACATATCTAATGAATGAATCAGAAACTTTTTGTTCGAGGTATCTAAGTTGGATTGAGACCCGATTGATTCACTAGAGATTAACAAAATGATGATAGCATTCCAGAGGACAATGTGATTGGTGACTTCGAAGTGTTCGTTCATAAAGTACGACCATTGGGAGTGTCGAGTTTACAAAGCATATCACAGGAAGAGAAACACCTTTTTCATTCGTACATCCTCAATAATGTAGATGAAATAGCGGACTACTGCAAGTACGCATTTTCAACTTTATACTTCATTTGCTATCTTAAGTCTTTGTTATTGTGTCACACAAACTCACAATTATGTACTTTCGAAAACATTTAAGGTTGACATGTCGTCAGGGTCAAAGTGTTTCTGACTTATTTAAAACGAGCATTTTCTGATTGGTCAATAGCTCAAGTATATAGAGTAAATGAATTTGAGAATTGGTATATGCTTATTTCATAATTTATATATATTCATTTACATCAATTTCAGGTTTTAGACATGCGTGAGAGAGAAAACTTTTCTCATGATTTCTTCTCACTCACGATAGAACCTTCACTTGAGGTTCGCTCTTACAGTGGATGCATTATCGGTGGGGTACGATTTCATACGTTGGAGCGCGATTTCCGACGCACTACACAAAATAGTGGAGTCATGGTAGTTGGTAAAAATAGTAGTGTAACTGCCAATAATAATTTCTATGATGTTTTAGATGGAATGTTACACATTTAATATCTACTGGGACGATGTGCTTGGCTATTCAAGTGTAGATGGTTTGACACAAACAGCAACAAAAATCATAGGACACACGTGGAATTAGACTACAAATGAATCAACACGTCATGTTTTTTGTTCGTTGAGGAATCGATGATTCTTACGATCCAGGCACATCAAGTCTTTTACCTCTATGACCCAAAAAATGGTATCAATTGGAAAGTTGTTCAAGTGGTCTAAAATAAACGTATATGGAAAGTGCCTAAAGTGAAAGATATTAAGAATGAGCAACTTAATGTATTGGAAATCGTTGTCGAACATCGTGTGGACAAACATGTTGAGGATGACACTTTATGCAGGTCTGAAGTTGATCCTATAGTGGTGGAAGGACCTGATGTGTGTCATGTCACCGACGACTTCATAGAAGATGATGATGAACAATTATCATCACCTCAAAGTGAATCAAGCGACAATGAATTATAATGCCTTTTTCACATATACACATTAGTCATTCTTCTATACATTCTAATTGATGTATTGATCACATTTGTTTAACGTTTGTTGGTTTTTATGTCTATAGATATTATATCATTTTTCAGGGGTTTTCATAAGGCAAATATGTACCTGAAGTTGGACGATGTGTTCAATAACGCGGGAGGATCATCTTCGATCGACAACACTTCAAGTTAGTTTCGTTACATAAACACTTGAATCAGTAATTAAGTTTCTATTTTTGATAGTGTTCTTTTTTTGTAGATGGCCCTTAACCCACTCCCACTCCTTCTTCGAGGAGATGCCAAAAGTCTCAAAACTTGAAGTTGGATAGATATGTACAGCAAAGTAGGAAGAATCCCATATCAATCACTCTAGGAGGGGACAAGCCTATCTCACCACATTTCGTTCGATTCAACAACACCATCACTGTGTTAACATGAGACACGTTTCCAATCCAGGCCCTCAAGTGGGTTGATGTACCTCCAAAGTACATTTAGGTCGTTAAGGGCGGCCAACAGATAAGTTCGTAAATTACCTTACATATATGTTAAACCTATATATGCAGAAAACTAATCCTTATGTATTTTCCTTTTGTAGCGTTGGTTCGTGCTCAATTTCATTGATCGAGCACTTACTCATTTTTGTGGGCATCAAATGCTCAGCACGTAGAAGGAATTTAGGGAAAACAACCACCGACATTTCAAGTAGTTTAGCGACCTTTAAGAAGTACGTGTGAAGCCACCGCTGAGATTGATGAATCGTGTGGAAGATTGGCATTTCCTCTGTGATCATTACATGACTCAAAAATTTCAAGTGATTTATATCTTCTGCTTTTACTTCACAGTACTTCATTTTTGTTGTTTTGATGTAAAATTTTGATTGTTTGCATGTAAGAGCAATCAAGGATAAACAAGGCTGCTAGAGCAAAGCAGTCTTACAACCACATAAGCGGATCCAAGTCGTTCCTACAACGACAACACGAGCTCCCTGAAGAACGCAATCGCCCAGTGGACCGTGTCAAGTTATTCAAAGAAACACACATCAGTAGGACTAACAAGTTGGTTTCACAGGCAGCAACGGATGTGCATATATGATTATTGAAACTTTTTCTTGTACTTTCTATTTTTAATTGGGAAATTGCATCAAATGTCAAAACATTTAGAAACCAACAGCTCGTGGCACCACTTTTTTTCATATTGTGAATATGGCAAAATTAGTGATATCCGACGGCTATCAGACAGTAATCATAAGGCTATTGGAGGGTTATCAGACGATAATAATAGGGCTATCAGAGGGTCATCACTTTTAAATTTGCTACTTTTGCAAATTTAGAAAATGTTGTGACATGTGCTCTATTATCATAATTTTTTTTGTTATTTTTGCAAAAACCCCTTTTTAATTCTTATCTCACAACTTAAAACTTTTATGGTGCATAATCAAATGTTGGAACTCCAATCCCAACCCATCTCAAAAGGTTTTCAACCACTCTTTGAAGACGAGATATGCAAGACCATTTTGGGTAGGCGATCAAACTACTCAAAAAATGATCTTGGTTGAGGCCTCAAGCTCAAGTCCCGAAAGAGTATTGCTTCCAGCTCTTCCTCTTCCTATGACCAAGAGATGCACTCCATAGATGTTAGCAAACTAAGGGCTAGCCTTGAAAACGCTAACCGCTTAACTGAAGAACAACGAATAAGGTCAGAGGAGAGTGACTAACAAATGGAAGAGAGTGCTCAAAAAATGGAAGAAAGTGCTCGAAAAATAGAAGAGATGAGGAAGATGAATGAGAAAATGAGTCGGGCACAGAGAAGACAGTGAACACTTGGGGTACATATTTTTTAATTTTTAATTTGTTTAATTTCTCGTGGTGATATATACCCAACTTTACTTTTCTGTCATTTGTAGGTTTGGAATTCTTTGAATTGTACGTTCGCGGTTGTGTTTTAGGAGATAGTGTAGTTTTTTTTCTTTTCATTCAATTGTTTTGAACAACTAAACAACTTATAATTTTTGTTATACATTCGAATTTAGTATTTAATTTTATAAATTGCAAATTTATTATTTTAATATTTTGTTATAAATTTTGTTAGTTGCCTTGCGAAGTGGAACCCAAAACAATATCTCACGACAACAAAATAATAATAAAATAAAATAAAAAATAAATTAATTAAAAACTATCTTGGGAGCCATGGTTTCCCCATGACATCGGGGAAAACTTCTCCCTACGTGGTGTCAGGGCAACATTACGCTTGACGCACAGATGAGACGTCGAGCATACGCCACTGTCGACATCAGCCATCCGTCGGCATTGATGACGTCACAGATAAGGCAATTCCGACATTGTCCCATTCGTGCGTTAGAAAATGTTCCCCCGACGTTGTACGCCCAACGTCCTTCCCAACGAAGCTTCCTCTTTCGACTCATTTTTTATTAACTAACACATTATGGCATCGGTAATGCCCCAAATTCTTGTAGTGGTTTGAAGGTTGTGAAGATGCTTTTTCGGTGAGCCTCTTACGCGTAAGCTATTTCGCCGAACGTTTTCAAAAAGATTTTGAATGTTTTGAAGCTCTTCCATGCTTACTATCTCGCCGTAAGCTCTTCCACGTTTTGAAGTGACCGCTGCCGAATTTCTGTTTTGAAAATGGGGTGGTTTTGATGGAGATGAAATTGGGCTTTTGGGAGGAAATTTGGGATTTTATGTGTTTTAATTGATTTTAATGTTTCGGTAAGGAAAAATTAAGAGATAGTTGTAATCATTGTTCGTTGAAGATTGAATCAATTACGAGATATTTGAGATTTTTGAATAATTGTATCTGAGATGATAGTTTTTTCAATCAATTAGGTGCATGTAATAATTTTTTATTATTTTTTAGGATTTTGCTATTTCACCTATTTAAATTAAAATTTCGCTAAACCTTTGAGTTGTGCGTTGTAATGGAATGGGAAGGCCAGTTGTAATGGAATGGGAAGGCCAGTTGTAGTGGGGCACTCGGCACTGGGCCTGGTTTTGTATTCCATACCACTCCATTTTGCATTTCCTCTTGTTATAATTCATCTCTCCCTTCTCTTTGCCTTCCTCTTCAGAAACTTCTCCAAATTCCAATTTACTTATCAACCTTATCCTCTAAATCCTATGTACCAATCAAATTCGAGCCCCTCTACGACCGATTCACCATCTCTAAGAAAGAAAAAACTTCGGGTTGCTCATGTCGGTGGCGCCAAAGAGAAACCACAGGTTTTTTTTGTTCTTTTTCTTTAAAAAAAAAAAACCTCATGAAGTTACTTAATAATGGTGTTTATGACGTTTTTCTTCTAATTAAAAAATAAAATCGTGTTGCATCTGTTATTAATCAAGAAGAAAAGTTGATGAAATGGAGACAAAGAAGATTTAAAGAATGCATAGTGGCTTCTCTAGTTTAATTCAATTGAAAAATGCATTCTAATTTCTAGTTGCGTGTCAAAACTAGCTTACTCTGTCATATGCCACTTTGAAAATACATAAATCCGCCCACTGTTTATTCTTAAGTCAAAAGCAGTGGCCTTCCCTGATTTTAAACAAGGATTCCTTCACCGCAGCTGATAACTCAACAATTGGTGTGCTCACAATCAACACCTCAATTTTTGGTACATAGAACAACAATCATATAATTCTTTCAAACATAGAGTAGTACGTTGTTTTGTTCCTCCCATAAGCCATAAGTGCAAAGTTTCCAACTTCTCCATCTTCTGATTCCTACTTTCTTAGCAGGAACTATGTGTATTGCAGCATTTGTTTGGCAGTCTCATTCACTATACTCTCTCATTCTCTTCCAGAACAGAGATGAATATCACAACAGGCAAATAAATTTATATTTCTCTGTACCCTTCCTCCCTCCCCCCTTAAATGCAATAGAGATTATGTATGATGACCATATGAGATTATACTTACAGGCCTACGAAACCGATGTCATGGTGGGAGGACAATGAGATAGCAGGAGGGAGAGACGAGGTTGGGGGCGGAACTTGGTTAGGTTGTTCAAGGAAAGGCAAGGTTGCATTTGTTACTAATGTGTTGGAACCTCATGAAATCCCTGACGCTAAAAGCCGTGGACACCTTCCTCTTCTCTTTCTGCAGGTTAAATAGCATAATCATGTCTTTGTATGATATATCATTGGAAGGGCTTTCAATGCATGATGAGGAATTAGAGATTGTTTACCTATTGAGCTAATTTTAATTTCACACTTCATCCTTAATTTCTTAATTTTTATCATGCTTTCTTTTTCGTATTATTTTCTGCACATACTATCTACTAACTTTTCTAAGAAGGAATTTGCTCTTACCAACTTATCAATTTTCTCTACATACCTTTGCTTCCCAATCTCTCATCAACACACACCCACCTCTCATTATACGCATATAGTTCATCTCATTCTTCTGTTTCAAACTTATCTCACTCAATTTTTTTCTTGTAATTTAAATTTTTCAAATACAAAAACAAAACAACTGCAAAATGTTAAAATACTTTTTGTTAAAAAAACACTTTTTATAGAACTTCTACAAAAGCATTTATAAACAGCTTGCTGTTGAAGTCATGTTCAACTCTGGAATCTATGATCTATCTCAAAATCTTCTAATTGAATCCATTTACAGTTATCATCCATTTTTAACAAAAGAATAGTGAAATAACAGAGCACAAAGAGTCCAAAGGAATTTGCAGAGGAGATAAAGGCAGAAGCGTATCAATATAATGGATTTAACCTAATAGTAGCTGATATAAGTACTAAAACCATGATTTATATCTCCAACAGAACAAAAGGGGATCATATTCTCATTCAGGAGGTACCTCCTGGTTTACATGTGTTATCTAATGCAGAACTTGATACCGCTTGGCATAAGGTTTGTAACTCCTAATCTACATTATTCAAGGCATGCATGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGCATATAAACATATATACATATATGCATATATGCATATATATATAGACGCACATATGAAAAGGAAACTAACCTGGAAGAAACAAAAAGTGAAGAAAGATCGAATAGTGAGAGACTGAAGGCTTCGACTTACATGCAGGTGCAGCGCTTGAGGCTAAAATTTAATGAACAGCTTTGTATATATGCTGAAGGTGAAATACCTGAGAAAGAGATGGTTGAGAGATTAATGAGGGACCAGGTTAAAGCTGATGAAAGTAAACTTCCTCGTATATCCTCCCCTCACTGGGAGTACAATACAAGCTCTGTCTTTGTCCAATTTCAGACACCTCTGGTAAGCAGACAATTTGTTTTCATTCACGGCTGAAATTTTGACTTAGTTTTTAATCATTTTCAACACACAGGGATGTTTTGGTACCAGAAGCACATCTGTATTGACTATAACTAAAACGGGAATGGTACACTTTTATGAGACTTATCTAGAAACAGGTACTTGGAAGGAAAAGGCATTGAGTTACTTCATTGAATAG

mRNA sequence

ATGTACATGAAAATTGCAGTCATGGTGGAGAAGATCTTAAGAGTTCAACCAAATGTGAAGAAGCTTTATCTACTTATAAGGGCAGCGGACGAGAAAGCTGCGACACAACGCCTTAACACTGACGTGATTGGGAAGGAGTTGTTCAGGATATTGAAGGAAAAATGGGGAGAAAATTTTAGATCTATGATATCAGAGAAGCTCGTGGCGGTGGCTGGAGATATCTCCGACGAACTTTTGGTTCTCAAAGAGTACTCTAAATTGAGAGAAGAATTGTATGACCAAATCGATGTCATAGTGAACTTGGCTGCAACTACCAACTTCGATGAGAGATATGACGTTGCTCTTCATGTCAACACTTTGGGAGCTAAGCATGTTATAAACTTTGCTAAAAATTGTGTGAAATTGAAGGCATTCGTTCATGTGTCCACAGCTTATGTTAGTGGCGTGAAGGAAGAGCTAATACTTGAATCCCCATACGTTATGGGAGACACTCTTAATGGAAAATGTGGCCTACAAATTGAAGATGAGTTAAAGCTTGTGGATCACAAACTATCTGACCTTCGGGCTGAAGGAGCTACCCAGATTTCCATCACTTTGACCATGAAAGATTTGGGTATACAAAGGTCACAAAATTATGGATGGACAAACACATACGTATTTACAAAAGCAATGGGAGAAATGTTGATATCCGAATTAAAGGAAAATATTCCTGTGGTTATTATACGTCCCACTATTGTTTCAAGTACTTACAAAGAACCATTTCCTGGCTGGGTCGAAGGTGTAAGAACCATTGATAGCCTTGCTGTTGCATATGGTAAAGGGAAAATAACATGTTTCCTTGGAGATGTCAATGCATTGGTAGATGTTATTCCAGCTGATATGGTCGTGAATGCGATGCTCGTAGCAATGGTAGCTCATGCAAGCCAACTGTCATCATACGCTATTTATCATGTGAGTTCCTCCATGAGAAATCCAGTAATGTATAGGAAGCTTCAAGAGTATGGATTTCACTACTTTAGTGCAAACCCATGGATCAACAAAGATGGGCAACCTGTTAAGGTTGGAAAGGTCACAATTTTGAACGACATGGCTAGCTTCCATAGATATATGACCATTCGGTATTTGGTATTTCTGAAGGGATTGGAAGTGCTAAATATTGCACTTTGCCACTACTTTGATGGAATATTGTTCAATTTCAACCGTAAGATCAAATATGTTCTACGATTAGTCGACCTCTACGGCCCTTACTTGTTCTTCAAAGGAGTCTTTGATGACATTAATACAGAAAAGTTGAGAATAGCTGCAAAAGCCAATGGAATTGAGACAGATTTGTTCTACTTTGATCCAAAAGGCATCGATTGGGATGATTATTTTATGAATATTCACATTCCAGGAGTTGTTCGACAATTTTATATGACGTTATGGCCGCTTTTACTATCAAACTTCCCCCAAATTCCAAGTTACCAAGCCAGTTGTAATGGAATGGGAAGGCCAGTTGTAGTGGGGCACTCGGCACTGGGCCTGGTTTTGTATTCCATACCACTCCATTTTGCATTTCCTCTTGTTATAATTCATCTCTCCCTTCTCTTTGCCTTCCTCTTCAGAAACTTCTCCAAATTCCAATTTACTTATCAACCTTATCCTCTAAATCCTATGTACCAATCAAATTCGAGCCCCTCTACGACCGATTCACCATCTCTAAGAAAGAAAAAACTTCGGGTTGCTCATGTCGGTGGCGCCAAAGAGAAACCACAGTGGCCTTCCCTGATTTTAAACAAGGATTCCTTCACCGCAGCTGATAACTCAACAATTGGTGTGCTCACAATCAACACCTCAATTTTTGGAACTATGTGTATTGCAGCATTTGTTTGGCAGTCTCATTCACTATACTCTCTCATTCTCTTCCAGAACAGAGATGAATATCACAACAGGCCTACGAAACCGATGTCATGGTGGGAGGACAATGAGATAGCAGGAGGGAGAGACGAGGTTGGGGGCGGAACTTGGTTAGGTTGTTCAAGGAAAGGCAAGGTTGCATTTGTTACTAATGTGTTGGAACCTCATGAAATCCCTGACGCTAAAAGCCGTGGACACCTTCCTCTTCTCTTTCTGCAGAGCACAAAGAGTCCAAAGGAATTTGCAGAGGAGATAAAGGCAGAAGCGTATCAATATAATGGATTTAACCTAATAGTAGCTGATATAAGTACTAAAACCATGATTTATATCTCCAACAGAACAAAAGGGGATCATATTCTCATTCAGGAGGTACCTCCTGGTTTACATGTGTTATCTAATGCAGAACTTGATACCGCTTGGCATAAGGTGCAGCGCTTGAGGCTAAAATTTAATGAACAGCTTTGTATATATGCTGAAGGTGAAATACCTGAGAAAGAGATGGTTGAGAGATTAATGAGGGACCAGGTTAAAGCTGATGAAAGTAAACTTCCTCGTATATCCTCCCCTCACTGGGAGTACAATACAAGCTCTGTCTTTGTCCAATTTCAGACACCTCTGGGATGTTTTGGTACCAGAAGCACATCTGTATTGACTATAACTAAAACGGGAATGGTACACTTTTATGAGACTTATCTAGAAACAGGTACTTGGAAGGAAAAGGCATTGAGTTACTTCATTGAATAG

Coding sequence (CDS)

ATGTACATGAAAATTGCAGTCATGGTGGAGAAGATCTTAAGAGTTCAACCAAATGTGAAGAAGCTTTATCTACTTATAAGGGCAGCGGACGAGAAAGCTGCGACACAACGCCTTAACACTGACGTGATTGGGAAGGAGTTGTTCAGGATATTGAAGGAAAAATGGGGAGAAAATTTTAGATCTATGATATCAGAGAAGCTCGTGGCGGTGGCTGGAGATATCTCCGACGAACTTTTGGTTCTCAAAGAGTACTCTAAATTGAGAGAAGAATTGTATGACCAAATCGATGTCATAGTGAACTTGGCTGCAACTACCAACTTCGATGAGAGATATGACGTTGCTCTTCATGTCAACACTTTGGGAGCTAAGCATGTTATAAACTTTGCTAAAAATTGTGTGAAATTGAAGGCATTCGTTCATGTGTCCACAGCTTATGTTAGTGGCGTGAAGGAAGAGCTAATACTTGAATCCCCATACGTTATGGGAGACACTCTTAATGGAAAATGTGGCCTACAAATTGAAGATGAGTTAAAGCTTGTGGATCACAAACTATCTGACCTTCGGGCTGAAGGAGCTACCCAGATTTCCATCACTTTGACCATGAAAGATTTGGGTATACAAAGGTCACAAAATTATGGATGGACAAACACATACGTATTTACAAAAGCAATGGGAGAAATGTTGATATCCGAATTAAAGGAAAATATTCCTGTGGTTATTATACGTCCCACTATTGTTTCAAGTACTTACAAAGAACCATTTCCTGGCTGGGTCGAAGGTGTAAGAACCATTGATAGCCTTGCTGTTGCATATGGTAAAGGGAAAATAACATGTTTCCTTGGAGATGTCAATGCATTGGTAGATGTTATTCCAGCTGATATGGTCGTGAATGCGATGCTCGTAGCAATGGTAGCTCATGCAAGCCAACTGTCATCATACGCTATTTATCATGTGAGTTCCTCCATGAGAAATCCAGTAATGTATAGGAAGCTTCAAGAGTATGGATTTCACTACTTTAGTGCAAACCCATGGATCAACAAAGATGGGCAACCTGTTAAGGTTGGAAAGGTCACAATTTTGAACGACATGGCTAGCTTCCATAGATATATGACCATTCGGTATTTGGTATTTCTGAAGGGATTGGAAGTGCTAAATATTGCACTTTGCCACTACTTTGATGGAATATTGTTCAATTTCAACCGTAAGATCAAATATGTTCTACGATTAGTCGACCTCTACGGCCCTTACTTGTTCTTCAAAGGAGTCTTTGATGACATTAATACAGAAAAGTTGAGAATAGCTGCAAAAGCCAATGGAATTGAGACAGATTTGTTCTACTTTGATCCAAAAGGCATCGATTGGGATGATTATTTTATGAATATTCACATTCCAGGAGTTGTTCGACAATTTTATATGACGTTATGGCCGCTTTTACTATCAAACTTCCCCCAAATTCCAAGTTACCAAGCCAGTTGTAATGGAATGGGAAGGCCAGTTGTAGTGGGGCACTCGGCACTGGGCCTGGTTTTGTATTCCATACCACTCCATTTTGCATTTCCTCTTGTTATAATTCATCTCTCCCTTCTCTTTGCCTTCCTCTTCAGAAACTTCTCCAAATTCCAATTTACTTATCAACCTTATCCTCTAAATCCTATGTACCAATCAAATTCGAGCCCCTCTACGACCGATTCACCATCTCTAAGAAAGAAAAAACTTCGGGTTGCTCATGTCGGTGGCGCCAAAGAGAAACCACAGTGGCCTTCCCTGATTTTAAACAAGGATTCCTTCACCGCAGCTGATAACTCAACAATTGGTGTGCTCACAATCAACACCTCAATTTTTGGAACTATGTGTATTGCAGCATTTGTTTGGCAGTCTCATTCACTATACTCTCTCATTCTCTTCCAGAACAGAGATGAATATCACAACAGGCCTACGAAACCGATGTCATGGTGGGAGGACAATGAGATAGCAGGAGGGAGAGACGAGGTTGGGGGCGGAACTTGGTTAGGTTGTTCAAGGAAAGGCAAGGTTGCATTTGTTACTAATGTGTTGGAACCTCATGAAATCCCTGACGCTAAAAGCCGTGGACACCTTCCTCTTCTCTTTCTGCAGAGCACAAAGAGTCCAAAGGAATTTGCAGAGGAGATAAAGGCAGAAGCGTATCAATATAATGGATTTAACCTAATAGTAGCTGATATAAGTACTAAAACCATGATTTATATCTCCAACAGAACAAAAGGGGATCATATTCTCATTCAGGAGGTACCTCCTGGTTTACATGTGTTATCTAATGCAGAACTTGATACCGCTTGGCATAAGGTGCAGCGCTTGAGGCTAAAATTTAATGAACAGCTTTGTATATATGCTGAAGGTGAAATACCTGAGAAAGAGATGGTTGAGAGATTAATGAGGGACCAGGTTAAAGCTGATGAAAGTAAACTTCCTCGTATATCCTCCCCTCACTGGGAGTACAATACAAGCTCTGTCTTTGTCCAATTTCAGACACCTCTGGGATGTTTTGGTACCAGAAGCACATCTGTATTGACTATAACTAAAACGGGAATGGTACACTTTTATGAGACTTATCTAGAAACAGGTACTTGGAAGGAAAAGGCATTGAGTTACTTCATTGAATAG

Protein sequence

MYMKIAVMVEKILRVQPNVKKLYLLIRAADEKAATQRLNTDVIGKELFRILKEKWGENFRSMISEKLVAVAGDISDELLVLKEYSKLREELYDQIDVIVNLAATTNFDERYDVALHVNTLGAKHVINFAKNCVKLKAFVHVSTAYVSGVKEELILESPYVMGDTLNGKCGLQIEDELKLVDHKLSDLRAEGATQISITLTMKDLGIQRSQNYGWTNTYVFTKAMGEMLISELKENIPVVIIRPTIVSSTYKEPFPGWVEGVRTIDSLAVAYGKGKITCFLGDVNALVDVIPADMVVNAMLVAMVAHASQLSSYAIYHVSSSMRNPVMYRKLQEYGFHYFSANPWINKDGQPVKVGKVTILNDMASFHRYMTIRYLVFLKGLEVLNIALCHYFDGILFNFNRKIKYVLRLVDLYGPYLFFKGVFDDINTEKLRIAAKANGIETDLFYFDPKGIDWDDYFMNIHIPGVVRQFYMTLWPLLLSNFPQIPSYQASCNGMGRPVVVGHSALGLVLYSIPLHFAFPLVIIHLSLLFAFLFRNFSKFQFTYQPYPLNPMYQSNSSPSTTDSPSLRKKKLRVAHVGGAKEKPQWPSLILNKDSFTAADNSTIGVLTINTSIFGTMCIAAFVWQSHSLYSLILFQNRDEYHNRPTKPMSWWEDNEIAGGRDEVGGGTWLGCSRKGKVAFVTNVLEPHEIPDAKSRGHLPLLFLQSTKSPKEFAEEIKAEAYQYNGFNLIVADISTKTMIYISNRTKGDHILIQEVPPGLHVLSNAELDTAWHKVQRLRLKFNEQLCIYAEGEIPEKEMVERLMRDQVKADESKLPRISSPHWEYNTSSVFVQFQTPLGCFGTRSTSVLTITKTGMVHFYETYLETGTWKEKALSYFIE*

Homology

[Close]

BLAST of Chy12G213400 vs. ExPASy Swiss-Prot
Match: Q93ZB9 (Fatty acyl-CoA reductase 3 OS=Arabidopsis thaliana OX=3702 GN=FAR3 PE=1 SV=1)

HSP 1 Score: 558.9 bits (1439), Expect = 1.0e-157
Identity = 274/465 (58.92%), Postives = 350/465 (75.27%), Query Frame = 0


Query: 7   VMVEKILRVQPNVKKLYLLIRAADEKAATQRLNTDVIGKELFRILKEKWGENFRSMISEK 66
           + VEKILRV PNVKKLYLL+RA+  K+ATQR N +++ K+LF++LKEK+G N   + SEK
Sbjct: 31  IFVEKILRVAPNVKKLYLLLRASKGKSATQRFNDEILKKDLFKVLKEKYGPNLNQLTSEK 90

Query: 67  LVAVAGDISDELLVLKEYSKLREELYDQIDVIVNLAATTNFDERYDVALHVNTLGAKHVI 126
           +  V GDI  E L L+++  L  E+  Q+D IVNLAATT FDERYDVAL +NTLGA +V+
Sbjct: 91  ITIVDGDICLEDLGLQDFD-LAHEMIHQVDAIVNLAATTKFDERYDVALGINTLGALNVL 150

Query: 127 NFAKNCVKLKAFVHVSTAYVSGVKEELILESPYVMGDTLNGKCGLQIEDELKLVDHKLSD 186
           NFAK C K+K  VHVSTAYV G K  LI+E+PY MG+TLNG  GL I  E KLV  KL  
Sbjct: 151 NFAKRCAKVKILVHVSTAYVCGEKSGLIMETPYRMGETLNGTTGLDINYEKKLVQEKLDQ 210

Query: 187 LRAEGATQISITLTMKDLGIQRSQNYGWTNTYVFTKAMGEMLISELKENIPVVIIRPTIV 246
           LR  GA   +IT TMKDLG++R++ YGW NTYVFTKAMGEM++   +EN+ +V++RP+I+
Sbjct: 211 LRVIGAAPETITETMKDLGLRRAKMYGWPNTYVFTKAMGEMMVGTKRENLSLVLLRPSII 270

Query: 247 SSTYKEPFPGWVEGVRTIDSLAVAYGKGKITCFLGDVNALVDVIPADMVVNAMLVAMVAH 306
           +ST+KEPFPGW EG+RTIDSLAV YGKGK+TCFL D++A+ DV+PADMVVN++LV+M A 
Sbjct: 271 TSTFKEPFPGWTEGIRTIDSLAVGYGKGKLTCFLCDLDAVSDVMPADMVVNSILVSMAAQ 330

Query: 307 ASQLSSYAIYHVSSSMRNPVMYRKLQEYGFHYFSANPWINKDGQPVKVGKVTILNDMASF 366
           A +     IYHV SS+RNP+   K  E  + YFS  PW NK+G+ VKVG + IL+ M SF
Sbjct: 331 AGK-QEEIIYHVGSSLRNPMKNSKFPELAYRYFSIKPWTNKEGKVVKVGAIEILSSMRSF 390

Query: 367 HRYMTIRYLVFLKGLEVLNIALCHYFDGILFNFNRKIKYVLRLVDLYGPYLFFKGVFDDI 426
           HRYMTIRYL+ LKGLE++NI LC  F+     FN+KI ++ RLVDLY PYLFF G+FDD 
Sbjct: 391 HRYMTIRYLIALKGLELVNIILCKLFEKEFQYFNKKINFIFRLVDLYQPYLFFYGIFDDS 450

Query: 427 NTEKLRIAAKANGIETDLFYFDPKGIDWDDYFMNIHIPGVVRQFY 472
           NTEKLR      G+E ++FYFDPK +DWDDYF+N H+ G+++  +
Sbjct: 451 NTEKLRKMVSKTGVENEMFYFDPKVLDWDDYFLNTHVIGLLKYVF 493

[Close]

BLAST of Chy12G213400 vs. ExPASy Swiss-Prot
Match: Q9XGY7 (Alcohol-forming fatty acyl-CoA reductase OS=Simmondsia chinensis OX=3999 PE=1 SV=1)

HSP 1 Score: 542.0 bits (1395), Expect = 1.3e-152
Identity = 264/462 (57.14%), Postives = 349/462 (75.54%), Query Frame = 0


Query: 7   VMVEKILRVQPNVKKLYLLIRAADEKAATQRLNTDVIGKELFRILKEKWGENFRSMISEK 66
           + VEK+LR QPNVKKLYLL+RA D++ A  RL  +V GKELF++LK+  G NF S +SEK
Sbjct: 28  IFVEKVLRSQPNVKKLYLLLRATDDETAALRLQNEVFGKELFKVLKQNLGANFYSFVSEK 87

Query: 67  LVAVAGDISDELLVLKEYSKLREELYDQIDVIVNLAATTNFDERYDVALHVNTLGAKHVI 126
           +  V GDI+ E L LK+ + L+EE++ +IDV+VNLAAT NF ERYDV+L +NT GAK+V+
Sbjct: 88  VTVVPGDITGEDLCLKDVN-LKEEMWREIDVVVNLAATINFIERYDVSLLINTYGAKYVL 147

Query: 127 NFAKNCVKLKAFVHVSTAYVSGVKEELILESPYVMGDTLNGKCGLQIEDELKLVDHKLSD 186
           +FAK C KLK FVHVSTAYVSG K  LILE PY MG++LNG+ GL I  E KLV+ K+++
Sbjct: 148 DFAKKCNKLKIFVHVSTAYVSGEKNGLILEKPYYMGESLNGRLGLDINVEKKLVEAKINE 207

Query: 187 LRAEGATQISITLTMKDLGIQRSQNYGWTNTYVFTKAMGEMLISELKENIPVVIIRPTIV 246
           L+A GAT+ SI  TMKD+GI+R++++GW N YVFTKA+GEML+ + K +IP+ IIRPTI+
Sbjct: 208 LQAAGATEKSIKSTMKDMGIERARHWGWPNVYVFTKALGEMLLMQYKGDIPLTIIRPTII 267

Query: 247 SSTYKEPFPGWVEGVRTIDSLAVAYGKGKITCFLGDVNALVDVIPADMVVNAMLVAMVAH 306
           +ST+KEPFPGWVEGVRTID++ V YGKG++ C L   + ++D+IPADMVVNA +VAMVAH
Sbjct: 268 TSTFKEPFPGWVEGVRTIDNVPVYYGKGRLRCMLCGPSTIIDLIPADMVVNATIVAMVAH 327

Query: 307 ASQLSSYAI-YHVSSSMRNPVMYRKLQEYGFHYFSANPWINKDGQPVKVGKVTILNDMAS 366
           A+Q     + YHV SS  NP+    L E    YF+ NPWIN D  PV VG+  + +  ++
Sbjct: 328 ANQRYVEPVTYHVGSSAANPMKLSALPEMAHRYFTKNPWINPDRNPVHVGRAMVFSSFST 387

Query: 367 FHRYMTIRYLVFLKGLEVLNIALCHYFDGILFNFNRKIKYVLRLVDLYGPYLFFKGVFDD 426
           FH Y+T+ +L+ LK LE+ N   C +F G   +  RK + +LRLVD+Y PYLFF+G+FDD
Sbjct: 388 FHLYLTLNFLLPLKVLEIANTIFCQWFKGKYMDLKRKTRLLLRLVDIYKPYLFFQGIFDD 447

Query: 427 INTEKLRIAAKANGIETDLFYFDPKGIDWDDYFMNIHIPGVV 468
           +NTEKLRIAAK + +E D+FYFDP+ I+W+DYF+  H PGVV
Sbjct: 448 MNTEKLRIAAKESIVEADMFYFDPRAINWEDYFLKTHFPGVV 488

[Close]

BLAST of Chy12G213400 vs. ExPASy Swiss-Prot
Match: Q9LXN3 (Probable fatty acyl-CoA reductase 4 OS=Arabidopsis thaliana OX=3702 GN=FAR4 PE=1 SV=1)

HSP 1 Score: 479.9 bits (1234), Expect = 6.0e-134
Identity = 239/463 (51.62%), Postives = 333/463 (71.92%), Query Frame = 0


Query: 7   VMVEKILRVQPNVKKLYLLIRAADEKAATQRLNTDVIGKELFRILKEKWG-ENFRSMISE 66
           V VEKILR+QP VKKL+LL+RAAD ++A QR +++V+ K+LFR+LK   G EN ++ I+E
Sbjct: 26  VFVEKILRIQPKVKKLFLLLRAADNESAMQRFHSEVLEKDLFRVLKNALGDENLKAFITE 85

Query: 67  KLVAVAGDISDELLVLKEYSKLREELYDQIDVIVNLAATTNFDERYDVALHVNTLGAKHV 126
           K+V + GDIS + L +K  S L + ++++ID+IVN+AATTNFDERYDV L VNT G  +V
Sbjct: 86  KVVPIPGDISVDNLGVKG-SDLLQHMWNEIDIIVNVAATTNFDERYDVGLSVNTFGPLNV 145

Query: 127 INFAKNCVKLKAFVHVSTAYVSGVKEELILESPYVMGDTLNGKCGLQIEDELKLVDHKLS 186
           +NFAK CVK +  +HVSTAYV G K  L+ E  + MG+TLNG   L IE E++L+  KL 
Sbjct: 146 LNFAKKCVKGQLLLHVSTAYVRGEKSGLLHEKTFHMGETLNGHRKLVIETEMELMKQKLK 205

Query: 187 DLRAEGATQISITLTMKDLGIQRSQNYGWTNTYVFTKAMGEMLISELKENIPVVIIRPTI 246
           +L+ +  ++  I+ +MKDLG+ R++ +GW NTYVFTK+MGEML+   +EN+P+VIIRPT+
Sbjct: 206 ELQKQNCSEEEISQSMKDLGMSRAKLHGWPNTYVFTKSMGEMLLGNYRENLPIVIIRPTM 265

Query: 247 VSSTYKEPFPGWVEGVRTIDSLAVAYGKGKITCFLGDVNALVDVIPADMVVNAMLVAMVA 306
           ++ST+ EPFPGW+EG+RTIDS+ VAYGKG++ CFL D N+++D+IP DMV NAM+ A   
Sbjct: 266 ITSTFSEPFPGWIEGLRTIDSVIVAYGKGRLKCFLADPNSVLDLIPVDMVANAMVTAAAI 325

Query: 307 HASQLSSYAIYHVSSSMRNPVMYRKLQEYGFHYFSANPWINKDGQPVKVGKVTILNDMAS 366
           HA +L S  +YHV SS +NP+ + ++ +    YF+ NP + +DG  + V K TIL+ MA 
Sbjct: 326 HAGKLGSQTVYHVGSSCKNPITFEQIHDLAASYFTKNPLVRRDGSSILVSKGTILSTMAQ 385

Query: 367 FHRYMTIRYLVFLKGLEVLNIALCHYFDGILFNFNRKIKYVLRLVDLYGPYLFFKGVFDD 426
           F  YMT+RY + L+ L ++ +    +      + +RKIK  +RLVDLY PY+ FKG+FDD
Sbjct: 386 FSFYMTLRYKLPLQMLRLIYVIYPWWNGNKYKDIDRKIKLAMRLVDLYRPYVLFKGIFDD 445

Query: 427 INTEKLRIAAKANGIET-DLFYFDPKGIDWDDYFMNIHIPGVV 468
            NTEKLR+  K    E   LF FDPK IDW+DY   IHIPG++
Sbjct: 446 TNTEKLRLKRKEINKEMYGLFEFDPKSIDWEDYMTTIHIPGLI 487

[Close]

BLAST of Chy12G213400 vs. ExPASy Swiss-Prot
Match: Q39152 (Fatty acyl-CoA reductase 1 OS=Arabidopsis thaliana OX=3702 GN=FAR1 PE=1 SV=1)

HSP 1 Score: 474.2 bits (1219), Expect = 3.3e-132
Identity = 241/463 (52.05%), Postives = 334/463 (72.14%), Query Frame = 0


Query: 7   VMVEKILRVQPNVKKLYLLIRAADEKAATQRLNTDVIGKELFRILKEKWGE-NFRSMISE 66
           V+VEKILR+QPNVKK+YLL+RA DEK+A QRL ++V+  +LF++L+   GE N  +++ E
Sbjct: 26  VLVEKILRLQPNVKKIYLLLRAPDEKSAMQRLRSEVMEIDLFKVLRNNLGEDNLNALMRE 85

Query: 67  KLVAVAGDISDELLVLKEYSKLREELYDQIDVIVNLAATTNFDERYDVALHVNTLGAKHV 126
           K+V V GDIS + L LK+ + L + ++ +ID+I+N+AATTNFDERYD+ L +NT GA +V
Sbjct: 86  KIVPVPGDISIDNLGLKD-TDLIQRMWSEIDIIINIAATTNFDERYDIGLGINTFGALNV 145

Query: 127 INFAKNCVKLKAFVHVSTAYVSGVKEELILESPYVMGDTLNGKCGLQIEDELKLVDHKLS 186
           +NFAK CVK +  +HVSTAY+SG +  L+LE P+ MG+TL+G   L I  E  L+  KL 
Sbjct: 146 LNFAKKCVKGQLLLHVSTAYISGEQPGLLLEKPFKMGETLSGDRELDINIEHDLMKQKLK 205

Query: 187 DLRAEGATQISITLTMKDLGIQRSQNYGWTNTYVFTKAMGEMLISELKENIPVVIIRPTI 246
           +L  +  +   I+ TMKD G+ R++ +GW NTYVFTKAMGEML+ + +EN+P+VIIRPT+
Sbjct: 206 EL--QDCSDEEISQTMKDFGMARAKLHGWPNTYVFTKAMGEMLMGKYRENLPLVIIRPTM 265

Query: 247 VSSTYKEPFPGWVEGVRTIDSLAVAYGKGKITCFLGDVNALVDVIPADMVVNAMLVAMVA 306
           ++ST  EPFPGW+EG++T+DS+ VAYGKG++ CFL D N++ D+IPADMVVNAM+ A  A
Sbjct: 266 ITSTIAEPFPGWIEGLKTLDSVIVAYGKGRLKCFLADSNSVFDLIPADMVVNAMVAAATA 325

Query: 307 HASQLSSYAIYHVSSSMRNPVMYRKLQEYGFHYFSANPWINKDGQPVKVGKVTILNDMAS 366
           H+      AIYHV SS +NPV + +L ++   YF+  P I ++G P+ V K TIL+ MA 
Sbjct: 326 HSGDTGIQAIYHVGSSCKNPVTFGQLHDFTARYFAKRPLIGRNGSPIIVVKGTILSTMAQ 385

Query: 367 FHRYMTIRYLVFLKGLEVLNIALCHYFDGILFNFNRKIKYVLRLVDLYGPYLFFKGVFDD 426
           F  YMT+RY + L+ L ++NI           + +RKIK  +RLV+LY PYL FKG+FDD
Sbjct: 386 FSLYMTLRYKLPLQILRLINIVYPWSHGDNYSDLSRKIKLAMRLVELYQPYLLFKGIFDD 445

Query: 427 INTEKLRIAAKANGIETD-LFYFDPKGIDWDDYFMNIHIPGVV 468
           +NTE+LR+  K N  E D  F FDPK IDWD+Y  N HIPG++
Sbjct: 446 LNTERLRMKRKENIKELDGSFEFDPKSIDWDNYITNTHIPGLI 485

[Close]

BLAST of Chy12G213400 vs. ExPASy Swiss-Prot
Match: Q0WRB0 (Probable fatty acyl-CoA reductase 5 OS=Arabidopsis thaliana OX=3702 GN=FAR5 PE=1 SV=1)

HSP 1 Score: 452.2 bits (1162), Expect = 1.3e-125
Identity = 234/467 (50.11%), Postives = 331/467 (70.88%), Query Frame = 0


Query: 7   VMVEKILRVQPNVKKLYLLIRAADEKAATQRLNTDVIGKELFRILKEKWG-ENFRSMISE 66
           V VEKILRVQPNVKKLYLL+RA+D +AAT+RL T+V  KELF++L++  G E   +++ E
Sbjct: 26  VFVEKILRVQPNVKKLYLLVRASDNEAATKRLRTEVFEKELFKVLRQNLGDEKLNTLLYE 85

Query: 67  KLVAVAGDISDELLVLKEYSKLREELYDQIDVIVNLAATTNFDERYDVALHVNTLGAKHV 126
           K+V+V GDI+ + L + + S LRE +  +ID++VN+AATTNFDERYDV L +NT GA +V
Sbjct: 86  KVVSVPGDIATDQLGIND-SHLRERMQKEIDIVVNVAATTNFDERYDVGLGINTFGALNV 145

Query: 127 INFAKNCVKLKAFVHVSTAYVSGVKEELILESPYVMGDTLNGKCGLQIEDEL--KLVDHK 186
           +NFAK CVK++  +HVSTAYV G K  LI E P++M + +  + GLQ++  L  +L+  +
Sbjct: 146 LNFAKKCVKVQLLLHVSTAYVCGEKPGLIPEKPFIM-EEIRNENGLQLDINLERELMKQR 205

Query: 187 LSDLRAEGATQISITLTMKDLGIQRSQNYGWTNTYVFTKAMGEMLISELKENIPVVIIRP 246
           L +L  +  ++  ITL+MK+LG++R++ +GW NTYVFTK+MGEML+ + KEN+P+VIIRP
Sbjct: 206 LKELNEQDCSEEDITLSMKELGMERAKLHGWPNTYVFTKSMGEMLLGKHKENLPLVIIRP 265

Query: 247 TIVSSTYKEPFPGWVEGVRTIDSLAVAYGKGKITCFLGDVNALVDVIPADMVVNAMLVAM 306
           T+++ST  EPFPGW+EG+RT+DS+ +AYGKG + CFL DVN++ D+IP DMV NAM+ A 
Sbjct: 266 TMITSTLSEPFPGWIEGLRTVDSVIIAYGKGVLKCFLVDVNSVCDMIPVDMVANAMITAA 325

Query: 307 VAHASQLSSYAIYHVSSSMRNPVMYRKLQEYGFHYFSANPWINKDGQPVKVGKVTILNDM 366
             HA     + +YHV SS +NPV + ++ E    YF+ NP  +++G  + V KV  +  M
Sbjct: 326 AKHAGGSGVHMVYHVGSSHQNPVTFGEIHEIAVRYFTKNPLRSRNGSLITVSKVRFIPTM 385

Query: 367 ASFHRYMTIRYLVFLKGLEVLNIALCHYFDGILFNFNRKIKYVLRLVDLYGPYLFFKGVF 426
           A F  YMT+RY + L+ L++++I           + NRKI+ V+RLV+LY PY+ FKG+F
Sbjct: 386 ALFSLYMTLRYKLPLQLLKLVDIIYPWRNGDKYGDKNRKIELVMRLVELYEPYVLFKGIF 445

Query: 427 DDINTEKLRIAAKANGI---ETDLFYFDPKGIDWDDYFMNIHIPGVV 468
           DD NT+ L    K   I   E  +F FDPKGI+W DY  NIHI G+V
Sbjct: 446 DDRNTKSLCANQKEEEIKNTEKLMFDFDPKGINWGDYLTNIHISGLV 490

[Close]

BLAST of Chy12G213400 vs. ExPASy TrEMBL
Match: A0A1S3CGS1 (Fatty acyl-CoA reductase OS=Cucumis melo OX=3656 GN=LOC103500564 PE=3 SV=1)

HSP 1 Score: 869.0 bits (2244), Expect = 1.7e-248
Identity = 435/465 (93.55%), Postives = 451/465 (96.99%), Query Frame = 0


Query: 7   VMVEKILRVQPNVKKLYLLIRAADEKAATQRLNTDVIGKELFRILKEKWGENFRSMISEK 66
           VMVEKILRVQPNVKK+YLLIRAADEKAATQRLNTDVIGKELFRILKEKWGENFR+MISEK
Sbjct: 27  VMVEKILRVQPNVKKIYLLIRAADEKAATQRLNTDVIGKELFRILKEKWGENFRTMISEK 86

Query: 67  LVAVAGDISDELLVLKEYSKLREELYDQIDVIVNLAATTNFDERYDVALHVNTLGAKHVI 126
           LVAVAGDISDELLVLKEYS+LREELYDQIDVIV+LAATTNFDERYD+ALHVNTLGAKHVI
Sbjct: 87  LVAVAGDISDELLVLKEYSQLREELYDQIDVIVHLAATTNFDERYDIALHVNTLGAKHVI 146

Query: 127 NFAKNCVKLKAFVHVSTAYVSGVKEELILESPYVMGDTLNGKCGLQIEDELKLVDHKLSD 186
           NFAKNCVKLKAF+HVSTAYV GVKE LILES Y MGDTLNGKCGLQIEDEL LVD+K+SD
Sbjct: 147 NFAKNCVKLKAFLHVSTAYVCGVKEGLILESQYNMGDTLNGKCGLQIEDELNLVDYKISD 206

Query: 187 LRAEGATQISITLTMKDLGIQRSQNYGWTNTYVFTKAMGEMLISELKENIPVVIIRPTIV 246
           LRA+GATQ SITLTMK++G++RSQNYGWTNTYVFTKAMGEMLISELKENIPVVIIRPTIV
Sbjct: 207 LRAKGATQQSITLTMKEMGLERSQNYGWTNTYVFTKAMGEMLISELKENIPVVIIRPTIV 266

Query: 247 SSTYKEPFPGWVEGVRTIDSLAVAYGKGKITCFLGDVNALVDVIPADMVVNAMLVAMVAH 306
           SSTYKEPFPGWVEGVRTIDSLAVAYGKGKITCFLGDVNALVDVIPADMVVNAMLVAMVAH
Sbjct: 267 SSTYKEPFPGWVEGVRTIDSLAVAYGKGKITCFLGDVNALVDVIPADMVVNAMLVAMVAH 326

Query: 307 ASQLSSYAIYHVSSSMRNPVMYRKLQEYGFHYFSANPWINKDGQPVKVGKVTILNDMASF 366
           ASQ SSYAIYHVSSSMRNPVMY KLQEYGFHYFSANPWINKDGQPV+VGKVTIL DMASF
Sbjct: 327 ASQPSSYAIYHVSSSMRNPVMYGKLQEYGFHYFSANPWINKDGQPVRVGKVTILKDMASF 386

Query: 367 HRYMTIRYLVFLKGLEVLNIALCHYFDGILFNFNRKIKYVLRLVDLYGPYLFFKGVFDDI 426
           HRYMTIRYLVFLKGLEVLNIALCHYFDGILFNFNRKIKYVLRLVDLYGPYLFFKGVFDDI
Sbjct: 387 HRYMTIRYLVFLKGLEVLNIALCHYFDGILFNFNRKIKYVLRLVDLYGPYLFFKGVFDDI 446

Query: 427 NTEKLRIAAKANGIETDLFYFDPKGIDWDDYFMNIHIPGVVRQFY 472
           NTEKLR AAK NGIETDLFYFDPK I+WDDYFMNIHIPGVVR  +
Sbjct: 447 NTEKLRTAAKDNGIETDLFYFDPKSINWDDYFMNIHIPGVVRYVF 491

[Close]

BLAST of Chy12G213400 vs. ExPASy TrEMBL
Match: A0A1S3CGA9 (Fatty acyl-CoA reductase OS=Cucumis melo OX=3656 GN=LOC103500564 PE=3 SV=1)

HSP 1 Score: 868.6 bits (2243), Expect = 2.2e-248
Identity = 435/462 (94.16%), Postives = 450/462 (97.40%), Query Frame = 0


Query: 7   VMVEKILRVQPNVKKLYLLIRAADEKAATQRLNTDVIGKELFRILKEKWGENFRSMISEK 66
           VMVEKILRVQPNVKK+YLLIRAADEKAATQRLNTDVIGKELFRILKEKWGENFR+MISEK
Sbjct: 27  VMVEKILRVQPNVKKIYLLIRAADEKAATQRLNTDVIGKELFRILKEKWGENFRTMISEK 86

Query: 67  LVAVAGDISDELLVLKEYSKLREELYDQIDVIVNLAATTNFDERYDVALHVNTLGAKHVI 126
           LVAVAGDISDELLVLKEYS+LREELYDQIDVIV+LAATTNFDERYD+ALHVNTLGAKHVI
Sbjct: 87  LVAVAGDISDELLVLKEYSQLREELYDQIDVIVHLAATTNFDERYDIALHVNTLGAKHVI 146

Query: 127 NFAKNCVKLKAFVHVSTAYVSGVKEELILESPYVMGDTLNGKCGLQIEDELKLVDHKLSD 186
           NFAKNCVKLKAF+HVSTAYV GVKE LILES Y MGDTLNGKCGLQIEDEL LVD+K+SD
Sbjct: 147 NFAKNCVKLKAFLHVSTAYVCGVKEGLILESQYNMGDTLNGKCGLQIEDELNLVDYKISD 206

Query: 187 LRAEGATQISITLTMKDLGIQRSQNYGWTNTYVFTKAMGEMLISELKENIPVVIIRPTIV 246
           LRA+GATQ SITLTMK++G++RSQNYGWTNTYVFTKAMGEMLISELKENIPVVIIRPTIV
Sbjct: 207 LRAKGATQQSITLTMKEMGLERSQNYGWTNTYVFTKAMGEMLISELKENIPVVIIRPTIV 266

Query: 247 SSTYKEPFPGWVEGVRTIDSLAVAYGKGKITCFLGDVNALVDVIPADMVVNAMLVAMVAH 306
           SSTYKEPFPGWVEGVRTIDSLAVAYGKGKITCFLGDVNALVDVIPADMVVNAMLVAMVAH
Sbjct: 267 SSTYKEPFPGWVEGVRTIDSLAVAYGKGKITCFLGDVNALVDVIPADMVVNAMLVAMVAH 326

Query: 307 ASQLSSYAIYHVSSSMRNPVMYRKLQEYGFHYFSANPWINKDGQPVKVGKVTILNDMASF 366
           ASQ SSYAIYHVSSSMRNPVMY KLQEYGFHYFSANPWINKDGQPV+VGKVTIL DMASF
Sbjct: 327 ASQPSSYAIYHVSSSMRNPVMYGKLQEYGFHYFSANPWINKDGQPVRVGKVTILKDMASF 386

Query: 367 HRYMTIRYLVFLKGLEVLNIALCHYFDGILFNFNRKIKYVLRLVDLYGPYLFFKGVFDDI 426
           HRYMTIRYLVFLKGLEVLNIALCHYFDGILFNFNRKIKYVLRLVDLYGPYLFFKGVFDDI
Sbjct: 387 HRYMTIRYLVFLKGLEVLNIALCHYFDGILFNFNRKIKYVLRLVDLYGPYLFFKGVFDDI 446

Query: 427 NTEKLRIAAKANGIETDLFYFDPKGIDWDDYFMNIHIPGVVR 469
           NTEKLR AAK NGIETDLFYFDPK I+WDDYFMNIHIPGVVR
Sbjct: 447 NTEKLRTAAKDNGIETDLFYFDPKSINWDDYFMNIHIPGVVR 488

[Close]

BLAST of Chy12G213400 vs. ExPASy TrEMBL
Match: A0A6J1DJ29 (Fatty acyl-CoA reductase OS=Momordica charantia OX=3673 GN=LOC111020507 PE=3 SV=1)

HSP 1 Score: 745.3 bits (1923), Expect = 2.8e-211
Identity = 372/468 (79.49%), Postives = 420/468 (89.74%), Query Frame = 0


Query: 7   VMVEKILRVQPNVKKLYLLIRAADEKAATQRLNTDVIGKELFRILKEKWGENFRSMISEK 66
           VMVEKILRVQPNVKKLYLLIRAAD+KAA QRL ++VI KELFR+LKEKW  NF SMISEK
Sbjct: 27  VMVEKILRVQPNVKKLYLLIRAADDKAAAQRLKSEVIEKELFRVLKEKWRANFGSMISEK 86

Query: 67  LVAVAGDISDE-LLVLKEYSKLREELYDQIDVIVNLAATTNFDERYDVALHVNTLGAKHV 126
           +VAVAGDISDE LLVL+E +KLR+ELY QI+VIVNLAATTNFDERYDVAL +NT+GAKHV
Sbjct: 87  VVAVAGDISDERLLVLEESAKLRQELYSQINVIVNLAATTNFDERYDVALDINTMGAKHV 146

Query: 127 INFAKNCVKLKAFVHVSTAYVSGVK--EELILESPYVMGDTLNGKCGLQIEDELKLVDHK 186
           +NFAK CV+LKAF+HVSTAYV G +  EELILESPY MGDTLNGK GLQIE+E KLV+H 
Sbjct: 147 LNFAKKCVELKAFIHVSTAYVCGEREEEELILESPYNMGDTLNGKLGLQIEEERKLVNHT 206

Query: 187 LSDLRAEGATQISITLTMKDLGIQRSQNYGWTNTYVFTKAMGEMLISELKENIPVVIIRP 246
           ++ LRAEGATQ SITL +KDLGI+R++ YGW NTYVFTKAMGEMLIS+LKE++PV+IIRP
Sbjct: 207 VTKLRAEGATQKSITLMLKDLGIERAKYYGWPNTYVFTKAMGEMLISDLKEDLPVIIIRP 266

Query: 247 TIVSSTYKEPFPGWVEGVRTIDSLAVAYGKGKITCFLGDVNALVDVIPADMVVNAMLVAM 306
           TIVSSTYKEPFPGWVEGVRTIDSLAVAYGKGK+TCFLGDV  ++DVIP DMVVNAMLVAM
Sbjct: 267 TIVSSTYKEPFPGWVEGVRTIDSLAVAYGKGKLTCFLGDVKTIIDVIPVDMVVNAMLVAM 326

Query: 307 VAHASQLSSYAIYHVSSSMRNPVMYRKLQEYGFHYFSANPWINKDGQPVKVGKVTILNDM 366
            AHASQ  SY IYHVSSSMRNP++Y K+Q YGFHYF+A PWINKDGQ V+VGKVTILNDM
Sbjct: 327 TAHASQ-PSYNIYHVSSSMRNPLLYGKIQSYGFHYFTAKPWINKDGQAVRVGKVTILNDM 386

Query: 367 ASFHRYMTIRYLVFLKGLEVLNIALCHYFDGILFNFNRKIKYVLRLVDLYGPYLFFKGVF 426
            SFHRYMT+RYL+FLKGLEV+N ALCHYFDGI    +RKIKYV+RLV+LY PYLFFKGVF
Sbjct: 387 PSFHRYMTLRYLIFLKGLEVVNTALCHYFDGIYMELDRKIKYVMRLVELYRPYLFFKGVF 446

Query: 427 DDINTEKLRIAAKANGIETDLFYFDPKGIDWDDYFMNIHIPGVVRQFY 472
           DDINTEKL++AA+ N IE DLFYFDPK I+WD+YFMNIH+PGVVR  +
Sbjct: 447 DDINTEKLQMAARDNKIEIDLFYFDPKSINWDNYFMNIHLPGVVRHVF 493

[Close]

BLAST of Chy12G213400 vs. ExPASy TrEMBL
Match: A0A2P5EFP1 (Fatty acyl-CoA reductase OS=Trema orientale OX=63057 GN=TorRG33x02_198990 PE=3 SV=1)

HSP 1 Score: 652.1 bits (1681), Expect = 3.2e-183
Identity = 318/465 (68.39%), Postives = 388/465 (83.44%), Query Frame = 0


Query: 7   VMVEKILRVQPNVKKLYLLIRAADEKAATQRLNTDVIGKELFRILKEKWGENFRSMISEK 66
           + VEKILRVQPNVKKLYLL+RAAD K+ATQR+N +VIGK+LFR+LKEK G NF S + EK
Sbjct: 27  IFVEKILRVQPNVKKLYLLLRAADAKSATQRMNNEVIGKDLFRVLKEKLGANFNSFVREK 86

Query: 67  LVAVAGDISDELLVLKEYSKLREELYDQIDVIVNLAATTNFDERYDVALHVNTLGAKHVI 126
           +  +AGDI+ E L LK+ + L+EE+  Q+DVIVNLAATTNFDERYDV++ +NTLGAK+V+
Sbjct: 87  VSVMAGDITSEDLGLKDLN-LKEEMLSQLDVIVNLAATTNFDERYDVSIFLNTLGAKNVL 146

Query: 127 NFAKNCVKLKAFVHVSTAYVSGVKEELILESPYVMGDTLNGKCGLQIEDELKLVDHKLSD 186
           NFAK C  LK  VH+STAYVSG +  LILE+PY MGDTLNG  GL I +EL+LV+ KL +
Sbjct: 147 NFAKQCANLKVLVHISTAYVSGERGGLILENPYHMGDTLNGATGLDINNELRLVEEKLKE 206

Query: 187 LRAEGATQISITLTMKDLGIQRSQNYGWTNTYVFTKAMGEMLISELKENIPVVIIRPTIV 246
           L+AE AT+  ITL MKD GI+R++ +GW NTYVFTKAMGEM++  LK N  VVI+RPTIV
Sbjct: 207 LQAEEATEPEITLAMKDFGIERAKKFGWPNTYVFTKAMGEMVLEHLKGNTNVVIVRPTIV 266

Query: 247 SSTYKEPFPGWVEGVRTIDSLAVAYGKGKITCFLGDVNALVDVIPADMVVNAMLVAMVAH 306
           +STYKEPFPGWVEGVRTIDSLAV YGKGK+TCFLGD+NA+VD IPAD VVNA++VAM AH
Sbjct: 267 TSTYKEPFPGWVEGVRTIDSLAVGYGKGKLTCFLGDLNAIVDAIPADFVVNAIIVAMAAH 326

Query: 307 ASQLSSYAIYHVSSSMRNPVMYRKLQEYGFHYFSANPWINKDGQPVKVGKVTILNDMASF 366
           A+Q S   IY V SSMRNP+ Y  LQE+GF YFS  PWINKDG+PVKV KV +L++MASF
Sbjct: 327 ANQPSD-RIYQVGSSMRNPLRYVDLQEFGFGYFSKKPWINKDGKPVKVAKVFVLSNMASF 386

Query: 367 HRYMTIRYLVFLKGLEVLNIALCHYFDGILFNFNRKIKYVLRLVDLYGPYLFFKGVFDDI 426
           HRYMT RYL+FLKGLE++N A C YF G+  + NRKIK+V+RLV+LY PYLFFKGVFDD+
Sbjct: 387 HRYMTFRYLLFLKGLELVNTAFCQYFQGMYLDLNRKIKFVMRLVELYRPYLFFKGVFDDM 446

Query: 427 NTEKLRIAAKANGIETDLFYFDPKGIDWDDYFMNIHIPGVVRQFY 472
           NTE+LR+ AK +GIETD+FYFDPK I+W++YF++IHIPGVV+  +
Sbjct: 447 NTERLRLEAKESGIETDIFYFDPKSINWEEYFLSIHIPGVVKYVF 489

[Close]

BLAST of Chy12G213400 vs. ExPASy TrEMBL
Match: M5WHQ7 (Fatty acyl-CoA reductase OS=Prunus persica OX=3760 GN=PRUPE_6G126900 PE=3 SV=1)

HSP 1 Score: 649.8 bits (1675), Expect = 1.6e-182
Identity = 316/465 (67.96%), Postives = 379/465 (81.51%), Query Frame = 0


Query: 7   VMVEKILRVQPNVKKLYLLIRAADEKAATQRLNTDVIGKELFRILKEKWGENFRSMISEK 66
           + VEKILRVQPNVKKLYLL+RAAD+K+ATQRL+ ++IGK+LFR+L+EKWG    S++SEK
Sbjct: 27  IFVEKILRVQPNVKKLYLLLRAADKKSATQRLHNEIIGKDLFRVLREKWGAGMNSIVSEK 86

Query: 67  LVAVAGDISDELLVLKEYSKLREELYDQIDVIVNLAATTNFDERYDVALHVNTLGAKHVI 126
           L  V GDIS E L LK+ S LREE+  QIDVIVNLAATTNFDERYDVAL +NTLGAKHV+
Sbjct: 87  LTVVPGDISLEDLGLKD-SNLREEMLSQIDVIVNLAATTNFDERYDVALDINTLGAKHVL 146

Query: 127 NFAKNCVKLKAFVHVSTAYVSGVKEELILESPYVMGDTLNGKCGLQIEDELKLVDHKLSD 186
           NFAK CVKLK  VHVSTAYV G K+ L+LE+PY MG+TLNG  GL I+ E++ V  KL +
Sbjct: 147 NFAKQCVKLKVLVHVSTAYVCGEKDGLLLENPYHMGETLNGTSGLDIDSEIRQVQEKLRE 206

Query: 187 LRAEGATQISITLTMKDLGIQRSQNYGWTNTYVFTKAMGEMLISELKENIPVVIIRPTIV 246
           LRAEG T+ +IT  +KD G++R+  YGW NTYVFTKAMGEMLI +LKEN+P+VI+RPTI+
Sbjct: 207 LRAEGLTEQTITSDLKDFGLKRANIYGWPNTYVFTKAMGEMLIGDLKENLPLVIVRPTII 266

Query: 247 SSTYKEPFPGWVEGVRTIDSLAVAYGKGKITCFLGDVNALVDVIPADMVVNAMLVAMVAH 306
           +STYKEPFPGWVEGVRTIDSLAV YGKGK+T FL D+NA+ DVIPADMVVNA++ AM AH
Sbjct: 267 TSTYKEPFPGWVEGVRTIDSLAVGYGKGKLTFFLCDINAIADVIPADMVVNAIIAAMAAH 326

Query: 307 ASQLSSYAIYHVSSSMRNPVMYRKLQEYGFHYFSANPWINKDGQPVKVGKVTILNDMASF 366
           A+Q     IY V SSMRNPV Y    +YGF +F+  PWINKDG PVKVGKV ++  M +F
Sbjct: 327 ANQ-PGEVIYQVGSSMRNPVKYSNFHDYGFRFFTEKPWINKDGTPVKVGKVAVMGSMTTF 386

Query: 367 HRYMTIRYLVFLKGLEVLNIALCHYFDGILFNFNRKIKYVLRLVDLYGPYLFFKGVFDDI 426
           HRYMTIRYL+ LKGLEV+N A C YF G   + NRKIK+V+RLV+LY PYLFFKGVFDD+
Sbjct: 387 HRYMTIRYLLLLKGLEVVNTAFCQYFKGTYVDLNRKIKFVMRLVELYRPYLFFKGVFDDM 446

Query: 427 NTEKLRIAAKANGIETDLFYFDPKGIDWDDYFMNIHIPGVVRQFY 472
           NTEKL++A + N  E D+FYFDP  I+WDDYFMNIH+PGVV+  +
Sbjct: 447 NTEKLQMAVRENTTEADMFYFDPSCINWDDYFMNIHLPGVVKYVF 489

[Close]

BLAST of Chy12G213400 vs. NCBI nr
Match: XP_004139568.1 (LOW QUALITY PROTEIN: fatty acyl-CoA reductase 3 [Cucumis sativus])

HSP 1 Score: 900 bits (2326), Expect = 0.0
Identity = 455/462 (98.48%), Postives = 457/462 (98.92%), Query Frame = 0


Query: 7   VMVEKILRVQPNVKKLYLLIRAADEKAATQRLNTDVIGKELFRILKEKWGENFRSMISEK 66
           VMVEKILRVQPNVKKLYLLIRAADEKAATQRLNTDVIGKELFRILKEKWGENFRSMISEK
Sbjct: 27  VMVEKILRVQPNVKKLYLLIRAADEKAATQRLNTDVIGKELFRILKEKWGENFRSMISEK 86

Query: 67  LVAVAGDISDELLVLKEYSKLREELYDQIDVIVNLAATTNFDERYDVALHVNTLGAKHVI 126
           LVAVAGDISDELLVLKEYSKLREELYDQIDVIVNLAATTNFDERYDVALHVNTLGAKHVI
Sbjct: 87  LVAVAGDISDELLVLKEYSKLREELYDQIDVIVNLAATTNFDERYDVALHVNTLGAKHVI 146

Query: 127 NFAKNCVKLKAFVHVSTAYVSGVKEELILESPYVMGDTLNGKCGLQIEDELKLVDHKLSD 186
           NFAKNCVK KAFVHVSTAYVSGVKE LILESPYVMGDTLNGKCGLQIEDELKLVDHKLSD
Sbjct: 147 NFAKNCVKXKAFVHVSTAYVSGVKEGLILESPYVMGDTLNGKCGLQIEDELKLVDHKLSD 206

Query: 187 LRAEGATQISITLTMKDLGIQRSQNYGWTNTYVFTKAMGEMLISELKENIPVVIIRPTIV 246
           LRAEGATQ SITLTMKDLGIQRSQNYGWTNTYVFTKAMGEMLISELKENIPVVIIRPTIV
Sbjct: 207 LRAEGATQQSITLTMKDLGIQRSQNYGWTNTYVFTKAMGEMLISELKENIPVVIIRPTIV 266

Query: 247 SSTYKEPFPGWVEGVRTIDSLAVAYGKGKITCFLGDVNALVDVIPADMVVNAMLVAMVAH 306
           SSTYKEPFPGWVEGVRTIDSLAVAYGKGKITCFLGDVNALVDVIPADMVVNAMLVAMVAH
Sbjct: 267 SSTYKEPFPGWVEGVRTIDSLAVAYGKGKITCFLGDVNALVDVIPADMVVNAMLVAMVAH 326

Query: 307 ASQLSSYAIYHVSSSMRNPVMYRKLQEYGFHYFSANPWINKDGQPVKVGKVTILNDMASF 366
           ASQLSSY IYHVSSSMRNP+MYRKLQEYGFHYFSANPWINKDGQPVKVGKVTILNDMASF
Sbjct: 327 ASQLSSYTIYHVSSSMRNPIMYRKLQEYGFHYFSANPWINKDGQPVKVGKVTILNDMASF 386

Query: 367 HRYMTIRYLVFLKGLEVLNIALCHYFDGILFNFNRKIKYVLRLVDLYGPYLFFKGVFDDI 426
           HRYMTIRYLVFLKGLEVLNIALCHYFDGILFNFNRKIKYVLRLVDLYGPYLFFKGVFDDI
Sbjct: 387 HRYMTIRYLVFLKGLEVLNIALCHYFDGILFNFNRKIKYVLRLVDLYGPYLFFKGVFDDI 446

Query: 427 NTEKLRIAAKANGIETDLFYFDPKGIDWDDYFMNIHIPGVVR 468
           NTEKLRIAAKANGIETDLFYFDPK I+WDDYFMNIHIPGVVR
Sbjct: 447 NTEKLRIAAKANGIETDLFYFDPKSINWDDYFMNIHIPGVVR 488

[Close]

BLAST of Chy12G213400 vs. NCBI nr
Match: KGN64901.2 (hypothetical protein Csa_022764 [Cucumis sativus])

HSP 1 Score: 870 bits (2247), Expect = 2.06e-310
Identity = 444/462 (96.10%), Postives = 446/462 (96.54%), Query Frame = 0


Query: 7   VMVEKILRVQPNVKKLYLLIRAADEKAATQRLNTDVIGKELFRILKEKWGENFRSMISEK 66
           VMVEKILRVQPNVKKLYLLIRAADEKAATQRLNTDVIGKELFRILKEKWGENFRSMISEK
Sbjct: 27  VMVEKILRVQPNVKKLYLLIRAADEKAATQRLNTDVIGKELFRILKEKWGENFRSMISEK 86

Query: 67  LVAVAGDISDELLVLKEYSKLREELYDQIDVIVNLAATTNFDERYDVALHVNTLGAKHVI 126
           LVAVAGDISDELLVLKEYSKLREELYDQIDVIVNLAATTNFDERYDVALHVNTLGAKH  
Sbjct: 87  LVAVAGDISDELLVLKEYSKLREELYDQIDVIVNLAATTNFDERYDVALHVNTLGAKH-- 146

Query: 127 NFAKNCVKLKAFVHVSTAYVSGVKEELILESPYVMGDTLNGKCGLQIEDELKLVDHKLSD 186
                     AFVHVSTAYVSGVKE LILESPYVMGDTLNGKCGLQIEDELKLVDHKLSD
Sbjct: 147 ----------AFVHVSTAYVSGVKEGLILESPYVMGDTLNGKCGLQIEDELKLVDHKLSD 206

Query: 187 LRAEGATQISITLTMKDLGIQRSQNYGWTNTYVFTKAMGEMLISELKENIPVVIIRPTIV 246
           LRAEGATQ SITLTMKDLGIQRSQNYGWTNTYVFTKAMGEMLISELKENIPVVIIRPTIV
Sbjct: 207 LRAEGATQQSITLTMKDLGIQRSQNYGWTNTYVFTKAMGEMLISELKENIPVVIIRPTIV 266

Query: 247 SSTYKEPFPGWVEGVRTIDSLAVAYGKGKITCFLGDVNALVDVIPADMVVNAMLVAMVAH 306
           SSTYKEPFPGWVEGVRTIDSLAVAYGKGKITCFLGDVNALVDVIPADMVVNAMLVAMVAH
Sbjct: 267 SSTYKEPFPGWVEGVRTIDSLAVAYGKGKITCFLGDVNALVDVIPADMVVNAMLVAMVAH 326

Query: 307 ASQLSSYAIYHVSSSMRNPVMYRKLQEYGFHYFSANPWINKDGQPVKVGKVTILNDMASF 366
           ASQLSSY IYHVSSSMRNP+MYRKLQEYGFHYFSANPWINKDGQPVKVGKVTILNDMASF
Sbjct: 327 ASQLSSYTIYHVSSSMRNPIMYRKLQEYGFHYFSANPWINKDGQPVKVGKVTILNDMASF 386

Query: 367 HRYMTIRYLVFLKGLEVLNIALCHYFDGILFNFNRKIKYVLRLVDLYGPYLFFKGVFDDI 426
           HRYMTIRYLVFLKGLEVLNIALCHYFDGILFNFNRKIKYVLRLVDLYGPYLFFKGVFDDI
Sbjct: 387 HRYMTIRYLVFLKGLEVLNIALCHYFDGILFNFNRKIKYVLRLVDLYGPYLFFKGVFDDI 446

Query: 427 NTEKLRIAAKANGIETDLFYFDPKGIDWDDYFMNIHIPGVVR 468
           NTEKLRIAAKANGIETDLFYFDPK I+WDDYFMNIHIPGVVR
Sbjct: 447 NTEKLRIAAKANGIETDLFYFDPKSINWDDYFMNIHIPGVVR 476

[Close]

BLAST of Chy12G213400 vs. NCBI nr
Match: XP_008462145.1 (PREDICTED: fatty acyl-CoA reductase 3-like isoform X2 [Cucumis melo])

HSP 1 Score: 865 bits (2236), Expect = 1.30e-308
Identity = 435/462 (94.16%), Postives = 450/462 (97.40%), Query Frame = 0


Query: 7   VMVEKILRVQPNVKKLYLLIRAADEKAATQRLNTDVIGKELFRILKEKWGENFRSMISEK 66
           VMVEKILRVQPNVKK+YLLIRAADEKAATQRLNTDVIGKELFRILKEKWGENFR+MISEK
Sbjct: 27  VMVEKILRVQPNVKKIYLLIRAADEKAATQRLNTDVIGKELFRILKEKWGENFRTMISEK 86

Query: 67  LVAVAGDISDELLVLKEYSKLREELYDQIDVIVNLAATTNFDERYDVALHVNTLGAKHVI 126
           LVAVAGDISDELLVLKEYS+LREELYDQIDVIV+LAATTNFDERYD+ALHVNTLGAKHVI
Sbjct: 87  LVAVAGDISDELLVLKEYSQLREELYDQIDVIVHLAATTNFDERYDIALHVNTLGAKHVI 146

Query: 127 NFAKNCVKLKAFVHVSTAYVSGVKEELILESPYVMGDTLNGKCGLQIEDELKLVDHKLSD 186
           NFAKNCVKLKAF+HVSTAYV GVKE LILES Y MGDTLNGKCGLQIEDEL LVD+K+SD
Sbjct: 147 NFAKNCVKLKAFLHVSTAYVCGVKEGLILESQYNMGDTLNGKCGLQIEDELNLVDYKISD 206

Query: 187 LRAEGATQISITLTMKDLGIQRSQNYGWTNTYVFTKAMGEMLISELKENIPVVIIRPTIV 246
           LRA+GATQ SITLTMK++G++RSQNYGWTNTYVFTKAMGEMLISELKENIPVVIIRPTIV
Sbjct: 207 LRAKGATQQSITLTMKEMGLERSQNYGWTNTYVFTKAMGEMLISELKENIPVVIIRPTIV 266

Query: 247 SSTYKEPFPGWVEGVRTIDSLAVAYGKGKITCFLGDVNALVDVIPADMVVNAMLVAMVAH 306
           SSTYKEPFPGWVEGVRTIDSLAVAYGKGKITCFLGDVNALVDVIPADMVVNAMLVAMVAH
Sbjct: 267 SSTYKEPFPGWVEGVRTIDSLAVAYGKGKITCFLGDVNALVDVIPADMVVNAMLVAMVAH 326

Query: 307 ASQLSSYAIYHVSSSMRNPVMYRKLQEYGFHYFSANPWINKDGQPVKVGKVTILNDMASF 366
           ASQ SSYAIYHVSSSMRNPVMY KLQEYGFHYFSANPWINKDGQPV+VGKVTIL DMASF
Sbjct: 327 ASQPSSYAIYHVSSSMRNPVMYGKLQEYGFHYFSANPWINKDGQPVRVGKVTILKDMASF 386

Query: 367 HRYMTIRYLVFLKGLEVLNIALCHYFDGILFNFNRKIKYVLRLVDLYGPYLFFKGVFDDI 426
           HRYMTIRYLVFLKGLEVLNIALCHYFDGILFNFNRKIKYVLRLVDLYGPYLFFKGVFDDI
Sbjct: 387 HRYMTIRYLVFLKGLEVLNIALCHYFDGILFNFNRKIKYVLRLVDLYGPYLFFKGVFDDI 446

Query: 427 NTEKLRIAAKANGIETDLFYFDPKGIDWDDYFMNIHIPGVVR 468
           NTEKLR AAK NGIETDLFYFDPK I+WDDYFMNIHIPGVVR
Sbjct: 447 NTEKLRTAAKDNGIETDLFYFDPKSINWDDYFMNIHIPGVVR 488

[Close]

BLAST of Chy12G213400 vs. NCBI nr
Match: XP_008462137.1 (PREDICTED: fatty acyl-CoA reductase 3-like isoform X1 [Cucumis melo])

HSP 1 Score: 865 bits (2236), Expect = 1.52e-308
Identity = 435/462 (94.16%), Postives = 450/462 (97.40%), Query Frame = 0


Query: 7   VMVEKILRVQPNVKKLYLLIRAADEKAATQRLNTDVIGKELFRILKEKWGENFRSMISEK 66
           VMVEKILRVQPNVKK+YLLIRAADEKAATQRLNTDVIGKELFRILKEKWGENFR+MISEK
Sbjct: 27  VMVEKILRVQPNVKKIYLLIRAADEKAATQRLNTDVIGKELFRILKEKWGENFRTMISEK 86

Query: 67  LVAVAGDISDELLVLKEYSKLREELYDQIDVIVNLAATTNFDERYDVALHVNTLGAKHVI 126
           LVAVAGDISDELLVLKEYS+LREELYDQIDVIV+LAATTNFDERYD+ALHVNTLGAKHVI
Sbjct: 87  LVAVAGDISDELLVLKEYSQLREELYDQIDVIVHLAATTNFDERYDIALHVNTLGAKHVI 146

Query: 127 NFAKNCVKLKAFVHVSTAYVSGVKEELILESPYVMGDTLNGKCGLQIEDELKLVDHKLSD 186
           NFAKNCVKLKAF+HVSTAYV GVKE LILES Y MGDTLNGKCGLQIEDEL LVD+K+SD
Sbjct: 147 NFAKNCVKLKAFLHVSTAYVCGVKEGLILESQYNMGDTLNGKCGLQIEDELNLVDYKISD 206

Query: 187 LRAEGATQISITLTMKDLGIQRSQNYGWTNTYVFTKAMGEMLISELKENIPVVIIRPTIV 246
           LRA+GATQ SITLTMK++G++RSQNYGWTNTYVFTKAMGEMLISELKENIPVVIIRPTIV
Sbjct: 207 LRAKGATQQSITLTMKEMGLERSQNYGWTNTYVFTKAMGEMLISELKENIPVVIIRPTIV 266

Query: 247 SSTYKEPFPGWVEGVRTIDSLAVAYGKGKITCFLGDVNALVDVIPADMVVNAMLVAMVAH 306
           SSTYKEPFPGWVEGVRTIDSLAVAYGKGKITCFLGDVNALVDVIPADMVVNAMLVAMVAH
Sbjct: 267 SSTYKEPFPGWVEGVRTIDSLAVAYGKGKITCFLGDVNALVDVIPADMVVNAMLVAMVAH 326

Query: 307 ASQLSSYAIYHVSSSMRNPVMYRKLQEYGFHYFSANPWINKDGQPVKVGKVTILNDMASF 366
           ASQ SSYAIYHVSSSMRNPVMY KLQEYGFHYFSANPWINKDGQPV+VGKVTIL DMASF
Sbjct: 327 ASQPSSYAIYHVSSSMRNPVMYGKLQEYGFHYFSANPWINKDGQPVRVGKVTILKDMASF 386

Query: 367 HRYMTIRYLVFLKGLEVLNIALCHYFDGILFNFNRKIKYVLRLVDLYGPYLFFKGVFDDI 426
           HRYMTIRYLVFLKGLEVLNIALCHYFDGILFNFNRKIKYVLRLVDLYGPYLFFKGVFDDI
Sbjct: 387 HRYMTIRYLVFLKGLEVLNIALCHYFDGILFNFNRKIKYVLRLVDLYGPYLFFKGVFDDI 446

Query: 427 NTEKLRIAAKANGIETDLFYFDPKGIDWDDYFMNIHIPGVVR 468
           NTEKLR AAK NGIETDLFYFDPK I+WDDYFMNIHIPGVVR
Sbjct: 447 NTEKLRTAAKDNGIETDLFYFDPKSINWDDYFMNIHIPGVVR 488

[Close]

BLAST of Chy12G213400 vs. NCBI nr
Match: XP_038893773.1 (fatty acyl-CoA reductase 3-like [Benincasa hispida])

HSP 1 Score: 830 bits (2145), Expect = 9.82e-295
Identity = 414/462 (89.61%), Postives = 436/462 (94.37%), Query Frame = 0


Query: 7   VMVEKILRVQPNVKKLYLLIRAADEKAATQRLNTDVIGKELFRILKEKWGENFRSMISEK 66
           VMVEKILRVQPNVKK+YLLIRAADEK+ATQRLN +VI KELF++LKEKWGENFRSMISEK
Sbjct: 27  VMVEKILRVQPNVKKIYLLIRAADEKSATQRLNAEVIEKELFKVLKEKWGENFRSMISEK 86

Query: 67  LVAVAGDISDELLVLKEYSKLREELYDQIDVIVNLAATTNFDERYDVALHVNTLGAKHVI 126
           LVAVAGDISDE LVLKEYSKLREELY QIDVIVNLAATTNFDERYDVALHVNTLGAKHVI
Sbjct: 87  LVAVAGDISDEFLVLKEYSKLREELYGQIDVIVNLAATTNFDERYDVALHVNTLGAKHVI 146

Query: 127 NFAKNCVKLKAFVHVSTAYVSGVKEELILESPYVMGDTLNGKCGLQIEDELKLVDHKLSD 186
           NFAK CVKLK F+HVSTAYV GVKE LILESPY MGDTLNGKCGLQIEDELKLVDH +SD
Sbjct: 147 NFAKQCVKLKTFIHVSTAYVCGVKEGLILESPYKMGDTLNGKCGLQIEDELKLVDHTISD 206

Query: 187 LRAEGATQISITLTMKDLGIQRSQNYGWTNTYVFTKAMGEMLISELKENIPVVIIRPTIV 246
           LRA GATQ SIT  MKDLG+QRSQNYGWTNTY+FTKAMGEMLI+ELKENIPVVIIRPTIV
Sbjct: 207 LRAHGATQRSITSIMKDLGLQRSQNYGWTNTYIFTKAMGEMLIAELKENIPVVIIRPTIV 266

Query: 247 SSTYKEPFPGWVEGVRTIDSLAVAYGKGKITCFLGDVNALVDVIPADMVVNAMLVAMVAH 306
           SSTYKEPFPGWVEGVRTIDSLAVAYGKGKITCFLGDV AL+DVIPADMVVNA+LVAMVAH
Sbjct: 267 SSTYKEPFPGWVEGVRTIDSLAVAYGKGKITCFLGDVKALIDVIPADMVVNAILVAMVAH 326

Query: 307 ASQLSSYAIYHVSSSMRNPVMYRKLQEYGFHYFSANPWINKDGQPVKVGKVTILNDMASF 366
           ASQ SSY IYHVSSSMRNPV+Y KLQEYGFHYF ANPWINK+GQPV+VGKVTILNDMASF
Sbjct: 327 ASQPSSYTIYHVSSSMRNPVLYGKLQEYGFHYFRANPWINKEGQPVRVGKVTILNDMASF 386

Query: 367 HRYMTIRYLVFLKGLEVLNIALCHYFDGILFNFNRKIKYVLRLVDLYGPYLFFKGVFDDI 426
           HRYMTIRYL+FLKGLEV+N ALCHYFDG+LFN +RK+KYVLRLVDLYGP+LFFKGVFDDI
Sbjct: 387 HRYMTIRYLIFLKGLEVVNSALCHYFDGMLFNLDRKVKYVLRLVDLYGPFLFFKGVFDDI 446

Query: 427 NTEKLRIAAKANGIETDLFYFDPKGIDWDDYFMNIHIPGVVR 468
           NTEKLR AAK N IE DLFYFDPK I+WDDYFMNIHIPGVVR
Sbjct: 447 NTEKLRRAAKDNAIEADLFYFDPKIINWDDYFMNIHIPGVVR 488

[Close]

BLAST of Chy12G213400 vs. TAIR 10
Match: AT4G33790.1 (Jojoba acyl CoA reductase-related male sterility protein )

HSP 1 Score: 558.9 bits (1439), Expect = 7.2e-159
Identity = 274/465 (58.92%), Postives = 350/465 (75.27%), Query Frame = 0


Query: 7   VMVEKILRVQPNVKKLYLLIRAADEKAATQRLNTDVIGKELFRILKEKWGENFRSMISEK 66
           + VEKILRV PNVKKLYLL+RA+  K+ATQR N +++ K+LF++LKEK+G N   + SEK
Sbjct: 31  IFVEKILRVAPNVKKLYLLLRASKGKSATQRFNDEILKKDLFKVLKEKYGPNLNQLTSEK 90

Query: 67  LVAVAGDISDELLVLKEYSKLREELYDQIDVIVNLAATTNFDERYDVALHVNTLGAKHVI 126
           +  V GDI  E L L+++  L  E+  Q+D IVNLAATT FDERYDVAL +NTLGA +V+
Sbjct: 91  ITIVDGDICLEDLGLQDFD-LAHEMIHQVDAIVNLAATTKFDERYDVALGINTLGALNVL 150

Query: 127 NFAKNCVKLKAFVHVSTAYVSGVKEELILESPYVMGDTLNGKCGLQIEDELKLVDHKLSD 186
           NFAK C K+K  VHVSTAYV G K  LI+E+PY MG+TLNG  GL I  E KLV  KL  
Sbjct: 151 NFAKRCAKVKILVHVSTAYVCGEKSGLIMETPYRMGETLNGTTGLDINYEKKLVQEKLDQ 210

Query: 187 LRAEGATQISITLTMKDLGIQRSQNYGWTNTYVFTKAMGEMLISELKENIPVVIIRPTIV 246
           LR  GA   +IT TMKDLG++R++ YGW NTYVFTKAMGEM++   +EN+ +V++RP+I+
Sbjct: 211 LRVIGAAPETITETMKDLGLRRAKMYGWPNTYVFTKAMGEMMVGTKRENLSLVLLRPSII 270

Query: 247 SSTYKEPFPGWVEGVRTIDSLAVAYGKGKITCFLGDVNALVDVIPADMVVNAMLVAMVAH 306
           +ST+KEPFPGW EG+RTIDSLAV YGKGK+TCFL D++A+ DV+PADMVVN++LV+M A 
Sbjct: 271 TSTFKEPFPGWTEGIRTIDSLAVGYGKGKLTCFLCDLDAVSDVMPADMVVNSILVSMAAQ 330

Query: 307 ASQLSSYAIYHVSSSMRNPVMYRKLQEYGFHYFSANPWINKDGQPVKVGKVTILNDMASF 366
           A +     IYHV SS+RNP+   K  E  + YFS  PW NK+G+ VKVG + IL+ M SF
Sbjct: 331 AGK-QEEIIYHVGSSLRNPMKNSKFPELAYRYFSIKPWTNKEGKVVKVGAIEILSSMRSF 390

Query: 367 HRYMTIRYLVFLKGLEVLNIALCHYFDGILFNFNRKIKYVLRLVDLYGPYLFFKGVFDDI 426
           HRYMTIRYL+ LKGLE++NI LC  F+     FN+KI ++ RLVDLY PYLFF G+FDD 
Sbjct: 391 HRYMTIRYLIALKGLELVNIILCKLFEKEFQYFNKKINFIFRLVDLYQPYLFFYGIFDDS 450

Query: 427 NTEKLRIAAKANGIETDLFYFDPKGIDWDDYFMNIHIPGVVRQFY 472
           NTEKLR      G+E ++FYFDPK +DWDDYF+N H+ G+++  +
Sbjct: 451 NTEKLRKMVSKTGVENEMFYFDPKVLDWDDYFLNTHVIGLLKYVF 493

[Close]

BLAST of Chy12G213400 vs. TAIR 10
Match: AT3G44540.1 (fatty acid reductase 4 )

HSP 1 Score: 479.9 bits (1234), Expect = 4.2e-135
Identity = 239/463 (51.62%), Postives = 333/463 (71.92%), Query Frame = 0


Query: 7   VMVEKILRVQPNVKKLYLLIRAADEKAATQRLNTDVIGKELFRILKEKWG-ENFRSMISE 66
           V VEKILR+QP VKKL+LL+RAAD ++A QR +++V+ K+LFR+LK   G EN ++ I+E
Sbjct: 26  VFVEKILRIQPKVKKLFLLLRAADNESAMQRFHSEVLEKDLFRVLKNALGDENLKAFITE 85

Query: 67  KLVAVAGDISDELLVLKEYSKLREELYDQIDVIVNLAATTNFDERYDVALHVNTLGAKHV 126
           K+V + GDIS + L +K  S L + ++++ID+IVN+AATTNFDERYDV L VNT G  +V
Sbjct: 86  KVVPIPGDISVDNLGVKG-SDLLQHMWNEIDIIVNVAATTNFDERYDVGLSVNTFGPLNV 145

Query: 127 INFAKNCVKLKAFVHVSTAYVSGVKEELILESPYVMGDTLNGKCGLQIEDELKLVDHKLS 186
           +NFAK CVK +  +HVSTAYV G K  L+ E  + MG+TLNG   L IE E++L+  KL 
Sbjct: 146 LNFAKKCVKGQLLLHVSTAYVRGEKSGLLHEKTFHMGETLNGHRKLVIETEMELMKQKLK 205

Query: 187 DLRAEGATQISITLTMKDLGIQRSQNYGWTNTYVFTKAMGEMLISELKENIPVVIIRPTI 246
           +L+ +  ++  I+ +MKDLG+ R++ +GW NTYVFTK+MGEML+   +EN+P+VIIRPT+
Sbjct: 206 ELQKQNCSEEEISQSMKDLGMSRAKLHGWPNTYVFTKSMGEMLLGNYRENLPIVIIRPTM 265

Query: 247 VSSTYKEPFPGWVEGVRTIDSLAVAYGKGKITCFLGDVNALVDVIPADMVVNAMLVAMVA 306
           ++ST+ EPFPGW+EG+RTIDS+ VAYGKG++ CFL D N+++D+IP DMV NAM+ A   
Sbjct: 266 ITSTFSEPFPGWIEGLRTIDSVIVAYGKGRLKCFLADPNSVLDLIPVDMVANAMVTAAAI 325

Query: 307 HASQLSSYAIYHVSSSMRNPVMYRKLQEYGFHYFSANPWINKDGQPVKVGKVTILNDMAS 366
           HA +L S  +YHV SS +NP+ + ++ +    YF+ NP + +DG  + V K TIL+ MA 
Sbjct: 326 HAGKLGSQTVYHVGSSCKNPITFEQIHDLAASYFTKNPLVRRDGSSILVSKGTILSTMAQ 385

Query: 367 FHRYMTIRYLVFLKGLEVLNIALCHYFDGILFNFNRKIKYVLRLVDLYGPYLFFKGVFDD 426
           F  YMT+RY + L+ L ++ +    +      + +RKIK  +RLVDLY PY+ FKG+FDD
Sbjct: 386 FSFYMTLRYKLPLQMLRLIYVIYPWWNGNKYKDIDRKIKLAMRLVDLYRPYVLFKGIFDD 445

Query: 427 INTEKLRIAAKANGIET-DLFYFDPKGIDWDDYFMNIHIPGVV 468
            NTEKLR+  K    E   LF FDPK IDW+DY   IHIPG++
Sbjct: 446 TNTEKLRLKRKEINKEMYGLFEFDPKSIDWEDYMTTIHIPGLI 487

[Close]

BLAST of Chy12G213400 vs. TAIR 10
Match: AT5G22500.1 (fatty acid reductase 1 )

HSP 1 Score: 474.2 bits (1219), Expect = 2.3e-133
Identity = 241/463 (52.05%), Postives = 334/463 (72.14%), Query Frame = 0


Query: 7   VMVEKILRVQPNVKKLYLLIRAADEKAATQRLNTDVIGKELFRILKEKWGE-NFRSMISE 66
           V+VEKILR+QPNVKK+YLL+RA DEK+A QRL ++V+  +LF++L+   GE N  +++ E
Sbjct: 26  VLVEKILRLQPNVKKIYLLLRAPDEKSAMQRLRSEVMEIDLFKVLRNNLGEDNLNALMRE 85

Query: 67  KLVAVAGDISDELLVLKEYSKLREELYDQIDVIVNLAATTNFDERYDVALHVNTLGAKHV 126
           K+V V GDIS + L LK+ + L + ++ +ID+I+N+AATTNFDERYD+ L +NT GA +V
Sbjct: 86  KIVPVPGDISIDNLGLKD-TDLIQRMWSEIDIIINIAATTNFDERYDIGLGINTFGALNV 145

Query: 127 INFAKNCVKLKAFVHVSTAYVSGVKEELILESPYVMGDTLNGKCGLQIEDELKLVDHKLS 186
           +NFAK CVK +  +HVSTAY+SG +  L+LE P+ MG+TL+G   L I  E  L+  KL 
Sbjct: 146 LNFAKKCVKGQLLLHVSTAYISGEQPGLLLEKPFKMGETLSGDRELDINIEHDLMKQKLK 205

Query: 187 DLRAEGATQISITLTMKDLGIQRSQNYGWTNTYVFTKAMGEMLISELKENIPVVIIRPTI 246
           +L  +  +   I+ TMKD G+ R++ +GW NTYVFTKAMGEML+ + +EN+P+VIIRPT+
Sbjct: 206 EL--QDCSDEEISQTMKDFGMARAKLHGWPNTYVFTKAMGEMLMGKYRENLPLVIIRPTM 265

Query: 247 VSSTYKEPFPGWVEGVRTIDSLAVAYGKGKITCFLGDVNALVDVIPADMVVNAMLVAMVA 306
           ++ST  EPFPGW+EG++T+DS+ VAYGKG++ CFL D N++ D+IPADMVVNAM+ A  A
Sbjct: 266 ITSTIAEPFPGWIEGLKTLDSVIVAYGKGRLKCFLADSNSVFDLIPADMVVNAMVAAATA 325

Query: 307 HASQLSSYAIYHVSSSMRNPVMYRKLQEYGFHYFSANPWINKDGQPVKVGKVTILNDMAS 366
           H+      AIYHV SS +NPV + +L ++   YF+  P I ++G P+ V K TIL+ MA 
Sbjct: 326 HSGDTGIQAIYHVGSSCKNPVTFGQLHDFTARYFAKRPLIGRNGSPIIVVKGTILSTMAQ 385

Query: 367 FHRYMTIRYLVFLKGLEVLNIALCHYFDGILFNFNRKIKYVLRLVDLYGPYLFFKGVFDD 426
           F  YMT+RY + L+ L ++NI           + +RKIK  +RLV+LY PYL FKG+FDD
Sbjct: 386 FSLYMTLRYKLPLQILRLINIVYPWSHGDNYSDLSRKIKLAMRLVELYQPYLLFKGIFDD 445

Query: 427 INTEKLRIAAKANGIETD-LFYFDPKGIDWDDYFMNIHIPGVV 468
           +NTE+LR+  K N  E D  F FDPK IDWD+Y  N HIPG++
Sbjct: 446 LNTERLRMKRKENIKELDGSFEFDPKSIDWDNYITNTHIPGLI 485

[Close]

BLAST of Chy12G213400 vs. TAIR 10
Match: AT3G44550.1 (fatty acid reductase 5 )

HSP 1 Score: 452.2 bits (1162), Expect = 9.5e-127
Identity = 234/467 (50.11%), Postives = 331/467 (70.88%), Query Frame = 0


Query: 7   VMVEKILRVQPNVKKLYLLIRAADEKAATQRLNTDVIGKELFRILKEKWG-ENFRSMISE 66
           V VEKILRVQPNVKKLYLL+RA+D +AAT+RL T+V  KELF++L++  G E   +++ E
Sbjct: 26  VFVEKILRVQPNVKKLYLLVRASDNEAATKRLRTEVFEKELFKVLRQNLGDEKLNTLLYE 85

Query: 67  KLVAVAGDISDELLVLKEYSKLREELYDQIDVIVNLAATTNFDERYDVALHVNTLGAKHV 126
           K+V+V GDI+ + L + + S LRE +  +ID++VN+AATTNFDERYDV L +NT GA +V
Sbjct: 86  KVVSVPGDIATDQLGIND-SHLRERMQKEIDIVVNVAATTNFDERYDVGLGINTFGALNV 145

Query: 127 INFAKNCVKLKAFVHVSTAYVSGVKEELILESPYVMGDTLNGKCGLQIEDEL--KLVDHK 186
           +NFAK CVK++  +HVSTAYV G K  LI E P++M + +  + GLQ++  L  +L+  +
Sbjct: 146 LNFAKKCVKVQLLLHVSTAYVCGEKPGLIPEKPFIM-EEIRNENGLQLDINLERELMKQR 205

Query: 187 LSDLRAEGATQISITLTMKDLGIQRSQNYGWTNTYVFTKAMGEMLISELKENIPVVIIRP 246
           L +L  +  ++  ITL+MK+LG++R++ +GW NTYVFTK+MGEML+ + KEN+P+VIIRP
Sbjct: 206 LKELNEQDCSEEDITLSMKELGMERAKLHGWPNTYVFTKSMGEMLLGKHKENLPLVIIRP 265

Query: 247 TIVSSTYKEPFPGWVEGVRTIDSLAVAYGKGKITCFLGDVNALVDVIPADMVVNAMLVAM 306
           T+++ST  EPFPGW+EG+RT+DS+ +AYGKG + CFL DVN++ D+IP DMV NAM+ A 
Sbjct: 266 TMITSTLSEPFPGWIEGLRTVDSVIIAYGKGVLKCFLVDVNSVCDMIPVDMVANAMITAA 325

Query: 307 VAHASQLSSYAIYHVSSSMRNPVMYRKLQEYGFHYFSANPWINKDGQPVKVGKVTILNDM 366
             HA     + +YHV SS +NPV + ++ E    YF+ NP  +++G  + V KV  +  M
Sbjct: 326 AKHAGGSGVHMVYHVGSSHQNPVTFGEIHEIAVRYFTKNPLRSRNGSLITVSKVRFIPTM 385

Query: 367 ASFHRYMTIRYLVFLKGLEVLNIALCHYFDGILFNFNRKIKYVLRLVDLYGPYLFFKGVF 426
           A F  YMT+RY + L+ L++++I           + NRKI+ V+RLV+LY PY+ FKG+F
Sbjct: 386 ALFSLYMTLRYKLPLQLLKLVDIIYPWRNGDKYGDKNRKIELVMRLVELYEPYVLFKGIF 445

Query: 427 DDINTEKLRIAAKANGI---ETDLFYFDPKGIDWDDYFMNIHIPGVV 468
           DD NT+ L    K   I   E  +F FDPKGI+W DY  NIHI G+V
Sbjct: 446 DDRNTKSLCANQKEEEIKNTEKLMFDFDPKGINWGDYLTNIHISGLV 490

[Close]

BLAST of Chy12G213400 vs. TAIR 10
Match: AT3G44560.1 (fatty acid reductase 8 )

HSP 1 Score: 441.4 bits (1134), Expect = 1.7e-123
Identity = 228/467 (48.82%), Postives = 327/467 (70.02%), Query Frame = 0


Query: 7   VMVEKILRVQPNVKKLYLLIRAADEKAATQRLNTDVIGKELFRILKEKWG-ENFRSMISE 66
           V VEKILRVQPNV KLYL++RA+D +AAT+RL T+   K+LF++L++  G E   +++SE
Sbjct: 26  VFVEKILRVQPNVNKLYLVVRASDNEAATKRLRTEAFEKDLFKVLRDNLGDEKLNTLLSE 85

Query: 67  KLVAVAGDISDELLVLKEYSKLREELYDQIDVIVNLAATTNFDERYDVALHVNTLGAKHV 126
           K+V VAGDI+ + L +K+ S LRE +  +ID++VN+AATTNFDERYD+ L +NT GA +V
Sbjct: 86  KVVPVAGDIAMDHLGMKD-SNLRERMQKEIDIVVNVAATTNFDERYDIGLGINTFGALNV 145

Query: 127 INFAKNCVKLKAFVHVSTAYVSGVKEELILESPYVMGDTLNGKCGLQIEDEL--KLVDHK 186
           +NFAK CVK +  +HVSTAYV G K  L+ E P+VM +  N + GLQ++  L  +L+  +
Sbjct: 146 LNFAKKCVKAQLLLHVSTAYVCGEKPGLLPEKPFVMEEICN-ENGLQLDINLERELMKQR 205

Query: 187 LSDLRAEGATQISITLTMKDLGIQRSQNYGWTNTYVFTKAMGEMLISELKENIPVVIIRP 246
           L +L  +G ++   T  MK+LG++R++ +GW NTYVFTK+MGEML+   KEN+P+VIIRP
Sbjct: 206 LKELNEQGCSEEGTTFYMKELGMERAKLHGWPNTYVFTKSMGEMLLGNHKENLPLVIIRP 265

Query: 247 TIVSSTYKEPFPGWVEGVRTIDSLAVAYGKGKITCFLGDVNALVDVIPADMVVNAMLVAM 306
           T+++ST  EPFPGW+EG+RT+DS+ +AYGKG + CFL DVN++ D+IPADMV NAM+ A 
Sbjct: 266 TMITSTLFEPFPGWIEGLRTVDSVIIAYGKGVLKCFLVDVNSVCDMIPADMVANAMIAAA 325

Query: 307 VAHASQLSSYAIYHVSSSMRNPVMYRKLQEYGFHYFSANPWINKDGQPVKVGKVTILNDM 366
             HA     + +Y V SS +NP++Y +++E  F YF+ N   +++G  + V K+ ++  +
Sbjct: 326 ATHAGGSKVHMVYQVGSSHQNPIIYGEIREILFCYFTKNSLRSRNGSMITVSKMKLIPTL 385

Query: 367 ASFHRYMTIRYLVFLKGLEVLNIALCHYFDGILFNFNRKIKYVLRLVDLYGPYLFFKGVF 426
           A F  YMTIRY + ++ L++++I           N NRKI  V+RLV LY PY+ FKG+F
Sbjct: 386 ALFSLYMTIRYKLPVQLLKLVDIIYPSREGDEYKNKNRKIDMVMRLVKLYEPYVLFKGIF 445

Query: 427 DDINTEKLRIAAKA---NGIETDLFYFDPKGIDWDDYFMNIHIPGVV 468
           DD NT+ L    K       E  +F FDPK I W DY +N+HIPG++
Sbjct: 446 DDRNTKNLCAKQKEEDNRNSENFMFDFDPKIIKWKDYLINVHIPGLI 490

The following BLAST results are available for this feature:

BLAST of Chy12G213400 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q93ZB9	1.0e-157	58.92	Fatty acyl-CoA reductase 3 OS=Arabidopsis thaliana OX=3702 GN=FAR3 PE=1 SV=1	[more]
Q9XGY7	1.3e-152	57.14	Alcohol-forming fatty acyl-CoA reductase OS=Simmondsia chinensis OX=3999 PE=1 SV...	[more]
Q9LXN3	6.0e-134	51.62	Probable fatty acyl-CoA reductase 4 OS=Arabidopsis thaliana OX=3702 GN=FAR4 PE=1...	[more]
Q39152	3.3e-132	52.05	Fatty acyl-CoA reductase 1 OS=Arabidopsis thaliana OX=3702 GN=FAR1 PE=1 SV=1	[more]
Q0WRB0	1.3e-125	50.11	Probable fatty acyl-CoA reductase 5 OS=Arabidopsis thaliana OX=3702 GN=FAR5 PE=1...	[more]

BLAST of Chy12G213400 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A1S3CGS1	1.7e-248	93.55	Fatty acyl-CoA reductase OS=Cucumis melo OX=3656 GN=LOC103500564 PE=3 SV=1	[more]
A0A1S3CGA9	2.2e-248	94.16	Fatty acyl-CoA reductase OS=Cucumis melo OX=3656 GN=LOC103500564 PE=3 SV=1	[more]
A0A6J1DJ29	2.8e-211	79.49	Fatty acyl-CoA reductase OS=Momordica charantia OX=3673 GN=LOC111020507 PE=3 SV=...	[more]
A0A2P5EFP1	3.2e-183	68.39	Fatty acyl-CoA reductase OS=Trema orientale OX=63057 GN=TorRG33x02_198990 PE=3 S...	[more]
M5WHQ7	1.6e-182	67.96	Fatty acyl-CoA reductase OS=Prunus persica OX=3760 GN=PRUPE_6G126900 PE=3 SV=1	[more]

BLAST of Chy12G213400 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_004139568.1	0.0	98.48	LOW QUALITY PROTEIN: fatty acyl-CoA reductase 3 [Cucumis sativus]	[more]
KGN64901.2	2.06e-310	96.10	hypothetical protein Csa_022764 [Cucumis sativus]	[more]
XP_008462145.1	1.30e-308	94.16	PREDICTED: fatty acyl-CoA reductase 3-like isoform X2 [Cucumis melo]	[more]
XP_008462137.1	1.52e-308	94.16	PREDICTED: fatty acyl-CoA reductase 3-like isoform X1 [Cucumis melo]	[more]
XP_038893773.1	9.82e-295	89.61	fatty acyl-CoA reductase 3-like [Benincasa hispida]	[more]

BLAST of Chy12G213400 vs. TAIR 10


Match Name	E-value	Identity	Description
AT4G33790.1	7.2e-159	58.92	Jojoba acyl CoA reductase-related male sterility protein	[more]
AT3G44540.1	4.2e-135	51.62	fatty acid reductase 4	[more]
AT5G22500.1	2.3e-133	52.05	fatty acid reductase 1	[more]
AT3G44550.1	9.5e-127	50.11	fatty acid reductase 5	[more]
AT3G44560.1	1.7e-123	48.82	fatty acid reductase 8	[more]

InterPro

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

Position :

Zoom :

x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR033640	Fatty acyl-CoA reductase, C-terminal	PFAM	PF03015	Sterile	coord: 382..468 e-value: 3.4E-14 score: 52.8
IPR033640	Fatty acyl-CoA reductase, C-terminal	CDD	cd09071	FAR_C	coord: 395..472 e-value: 1.63084E-15 score: 70.6623
IPR013120	Fatty acyl-coenzyme A reductase, NAD-binding domain	PFAM	PF07993	NAD_binding_4	coord: 7..299 e-value: 4.7E-70 score: 235.7
IPR008551	Transport and Golgi organisation protein 2	PFAM	PF05742	TANGO2	coord: 617..865 e-value: 5.3E-68 score: 229.8
None	No IPR available	GENE3D	3.40.50.720		coord: 6..353 e-value: 1.6E-61 score: 210.6
None	No IPR available	PANTHER	PTHR11011:SF89	FATTY ACYL-COA REDUCTASE	coord: 6..469
None	No IPR available	CDD	cd05236	FAR-N_SDR_e	coord: 7..343 e-value: 2.34792E-108 score: 334.651
IPR026055	Fatty acyl-CoA reductase	PANTHER	PTHR11011	MALE STERILITY PROTEIN 2-RELATED	coord: 6..469
IPR036291	NAD(P)-binding domain superfamily	SUPERFAMILY	51735	NAD(P)-binding Rossmann-fold domains	coord: 44..344

Relationships

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


Feature Name	Unique Name	Type
Chy12G213400.1	Chy12G213400.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0006629	lipid metabolic process
biological_process	GO:0035336	long-chain fatty-acyl-CoA metabolic process
biological_process	GO:0010345	suberin biosynthetic process
cellular_component	GO:0016021	integral component of membrane
cellular_component	GO:0043231	intracellular membrane-bounded organelle
molecular_function	GO:0102965	alcohol-forming fatty acyl-CoA reductase activity
molecular_function	GO:0080019	fatty-acyl-CoA reductase (alcohol-forming) activity