Chy12G212650 (gene) Cucumber (hystrix) v1

Overview


Name	Chy12G212650
Type	gene
Organism	Cucumis hystrix (Cucumber (hystrix) v1)
Description	NAD(P)-binding Rossmann-fold superfamily protein
Location	chrH12: 9571082 .. 9608315 (-)
RNA-Seq Expression	Chy12G212650
Synteny	Chy12G212650

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideexonCDS

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

ATGAGTATCCAATTGCTTCCCGCCATTGCAAGAAGGTTTACTCATTATTTTACTCTTTTAACTTCTCCAAAACACACATATTATTGTGTGATTATGATTTCTACAACCAATAAAACTTTATTTATTTCTTTACTTCTATATATATTAGACTTGAAGGTAAGGTAGCCGTAATCACTGGTGGGGCTAGAGGAATTGGGGAACAAACAGCGAAGCTCTTCTTCAAGCATGGAGCCAAAGTGGTTATTGCAGACATTCAAGACCATTTAGGTCAAACAATATGTAACGATCTCGGTCAGTCATCTTCTGTATTCGTTCATTGCGACGTAACGAAAGAGAAAGACGTTGAAACTGCGATTGACACGGCAGTCTCCAAGTACGGAAAGTTAGACATCATGTTGAACAATGCAGGAGTTTTCGAAGAATCTCCAAACTTCAACATTCTGAAAGATGATCTATTAACCTTTCAGAGAGTGGTGAACGTCAACCTCGTTGGGGCCTTTCTCGGAACGAAACACGCAGCACGAGTAATGAAACCGGCGGGTCGAGGGAGCATCGTGACGACAGCGAGTATATGCTCGGTGATTGGGGGAATTGGGACGCATGCTTATACGAGCTCGAAGCATGGGGTGTTGGGATTGATGAGGAATGCAGCTGTGGATTTGGGAAGATATGGGATTAGGGTAAATTGTGTTTCACCAAGTGTAGTGCCAACTGAAATGGGAAGGAAGTTGTTAAAGGTTAAAGATGGTGGGGAATTTCCAAGTTTCTACTGGAATTTAAAAAATGGAGATACTTTAAGGGAAGAAGATGTGGGTGAAGCTGTTGTGTATTTGGGGAGTGACGAGTCCAAGTGTGTGAGTGGACTCAACTTGATTGTTGATGGAGGCTTTACTGTTGTCAACCAAGCTCTTTGTTCCTATCGATCATCTCATTGATCGATCATAAGTTTGAGTCAAGAATAAATGGAATCCCACCCCATGTAGTAAAATAGAGAAGGCACCTTATACGTCTCATTCTCTAATTGTTGTACTATATATTTTTTTTTATAGCACTAGGATTTCTCACGTTTGAAGTAATATTATTAATAGAAAAACTACTGTAAACGATATATAAAATTGTTGAAAGTATTACTAATAAACTGTCACACTCCCTCCCAAGCCCTCCTCATACAATCAAGTGAAGTTTGTCTGCCTAGACACTTAACATCTATCTCACCATAAGATAATACGTTGGACACTTAGTAAGCGAATTTTACTACTCATTTACTCTTTCAGGCGTGTCATAGACTAAGCTAACTCAACGGAAGACTTCATTCAAAGGAACTCTTATTCTAACCGAAGGCTATATTGCCTAATGGTTATACTGCATACAACAACTCCAACATTAGTCATGTGACGTAGTTGAATGACTAATTCAAAATGCATTAAACGTTTAAACCAGAAAACATAAGAAAGAAAGTACTTCATGAATATGTATTAAGAGTTTACAAAATGTCAATGTCTAGGTAAAATGCAAGTACCAAAGGCTTAAGTACAAATAATTGAATTACAAAATATCCCTCCCCTTCTCTTAACAAATTTAGATGCTATGCGACCAAACTAGTGGTTACTAACAAAAAAATGTTGTGTAACAAGGCACAACAGGCGATCAAGACGGCAAGTCAAGCTGAATGTCCTTCGCTACCTAGAAGGAAAGGAAACAAAACATTTCAAGAATTAGACAAAATGTCCCGTGAGTGAGGATTTCTTCAATACATTTCATTTTAATAAATGGTTTTCAATACTTAGCTTAGAGTTCAAATTAAGCTCTAAAACTTGCCCCGAACTCCTTACTTATATACTTCTCCCGTGAGAATTTTTATGCTGGAATGATTACTTCTACATGACGGTGAGTTTTCAACAAATCGCGTTCGGTGTTGATATTTTATTAGTTTTCAACAAAAAAAATTTCTTCAAATGTTTCATAATTCAAAATAATAATAATAGTAATAAATTAAACTCAAAGTAAAATTGTAATATTTTATAACCGATGTAAATGAAGTACAAACTAGAAAAAAAAGTTCTCTTTTTCAGTGTTTTACCTTCATTATGTATATAAATAGTATATCTAATATACTGTAAATATGACAATAAGTAAACCAACTTAGATAAAAATTATAACTATATAGCTAGGTAATTGATAAACCAAATTCACATTTTATATACCAAAATTTTTAGTCTCAATAATGGCCGGTGTGCATTTGATATTATTTGTGGACATAAAGTTGACACTTATTGCATAAGTTATTTTGTTACGACTTCAAACCTATGAAAAATGTGAATAATAAGGTAACAAAGATAACTGCAAATTATTGAAAGGAATCTTTTAATCAAGAGTTGATTGAATTTTGAGGATATTGAAAATTCTAAGAAAGTAGGAATGTTTACACCACACTCAACCTTGGATTCCTAATCTATTGGATATGCAATTTTGAGATAGAATTTTATTTATTATGAAATGTTTTCATTATTTACAAGATTATAATATAGTGTTCAATTTTAGTCCAAGTCGGTACTCTCAAATATTTAATTTTAATTCTTTTATTTTTAATAAATTTTATATTTAATTTTTTTTGGAAGTTAATATTTATTAAATAATCACAATAATTTTCATCCAAAGAAACATGAATATACTTAATGAAAAAATCTATAATAAACTAATAGATTATTCTAAATTTAAAATTATGTAAATTTAAAGTTAAAAAAGAGAGAAACTAAAATTGAACAAAGAGGAAAGGAAAACAAGGAGTGAGAAGGGAAGAGTTTTTAAGGTGGGAATTTTGGGTGTTAGTGAAGAAAAGATATTTGCTTGTGGGAATTAAGGTGAACCACACAAAATGATTGAAACCCCTTCTCTCCCTACATTTTCTTTCTTATCCACATGTACTTTTTCATTTTTCCAAAAACTTAATCAATCTAAAATTGAGACACTATCACTACTTAAGGTTTGTTTGGTTTAAATTTTTAATGATGCTTGAAAATATAAATCTCAGTTTTTTTGTTTGCATGGAAAATGATAACATAATATTATACACAAATTTTGTTTTTAAACTTAATTTATGAAATTAACCATGAAAATTTTATATAATTTTGGATCTCTTAAAGAATATAACAAAATGGAAAAATATTTGAACAATTTCGAAAATAGAAAAAGCTCACAAACCCATAATGAGAAATACCAAAAATGATATGTGATTAATTGGCATTGAGCGCACGTAATATATTTGGTAAACTATCGTTTTGATTTGACTATTCTTTCGTACACAATCGTTTAAATTTGAGTAGTCAAATCTAAACGATTATTTTTCAAGATCATTTATACTTGGTTATTTTGGTAAATGATCATTTAAATTTGGACAATCAAATCTAAACAATTTTTTTCAAGATTTTTTTGTACACGATGGTTTAGATTTGGCTATTTAATATCCAATGATTTTTTTCACCATCTTTTATATTTGACGTTTGAAAAAAAGTAAAAAAAATATATATCTTTTATATTTTGTACACAATCTTAAACCAAATAACAATTTGAAAAAAAAATAAAAGAAAAATTGCATAAAAAGAGAAAAAGACGATGAAAAATGAATGACAAACTTGAAATTTTTTTAAAAAGATGACCAACCTAATGAATTTTTTCATTTTGTTGTACTTGCCTTAAATATTTTGTCGTTTTATTATATTGATGAAAATTAACATATAATTTTTATAGATTAATTAATTAAACAATTTATCTTATTTAATACAAATTTTTATTCTAAAACTAAGTTAAGTAAATATTGTAATAGATGATTATCTTTTATTTATTAAAATAATATTTATATTAATTTTGTTAAATTAATATTGATTAATTAACTATATTCCATATGAATCGATATATAAATTGAAAAACAAATGGAGTGGGGAAAAGATAAACCCCTAGTTTTGAAAATAAATAAATAAATTTTGGTCTATGAAAAATAAACATGTCTGGAAATAACTTATTCACAACAAAGATTGAAAACTTTGAAACAAAATCTGAGATTTGGATGTCTATATTAATTTCTACGTAGAAAATCCTCCAATCAAAAAATGAGCTATAGAGAGAAAAAAAAACATCATTTTAGAGAATGAATCAAAGACATGAGATTGAATCCATGACAATTGACAAACCAAGGTTGATTAACTAATTAATGCTATGAAAATTGCACCAAATAGCACAATATAGAAAATACATATAATCTATGGTACAAGAGAACAATATTTGCAAAAATAGAAATTTTCTACTGTTATATGATAAATAATTCTTAAAATGTCAATTCTATACTTTAGTTTACTTTCTCTCATGCTATCAATGACAACATGCATAATATGTCAATGTGTTTTCATGAATTTATCAATCATAACTTGAACTTCGATATTCTATATGATATAAATGTTGATAGCATAACCTAAAATTAATAATTTATTTCAACAAAATTTGCAACTATATCAATTTTTATTTATACTATTAACGATAAAAGCTATCAATGACAACTATATCATTATATAGTATGTTATTAGTGATTTAAAGCTATTACCGATAGCATACTAATCTGATCTCTTTTCTTTGTCCATTTGTGCTTAAAAAAAAACAATCACAATATCACTTTATAGTTGCATTACCTTGATATCATTGATATATAATAGCTTATTAGGGATATTACTTATAAATGCTATCAATGATATCACTCATTTGCTATAAGTTGTAAATATTTTGTAAAATCTACTATTTTTAAAAATTACCCTTGGTTAAATTAAGGGAGATTTTTAAAAATAAAAGAATTGATAAACAATTTACGGGCCATAGCAAAATTTTAATCCTAACCCAAAATGGATAACCAAAATTTTAACCCAAGCCCAAAGTATTCATTTTTTTTTTTGCTATAGAATGTAAATATTTTCTATTTTCTTCTATTTATGTAAATTCCCCTTAAATTAATATAAAACTATAAGATATTGGAGAGATATTCATTCAATGATTGATTAATAGTTAATTAATTAGTAGATTTGAAATTTCTATTAGTTTAATGTTTTTTAAATTAATAGAATCTCATGATTCTCTCCTACTCCCTTTCCTATTCCAAGAAGAAAAGAGGGTTATAAATATCTAGAATAAAACAGTTTTCTTTAAAATGAATTAATCAAGAAAAAAAGTCAATGCTTTTGCTCTCTGTAAAAGAAAATAGTTTGTCTCTAAACTTTTTTCCATCCCAATTGGTTCCTACAAACCAATCTCATCCTAGAGAATAAGAAGGTATCCGATGGGTGGTGTCCTAATTTGGAGATTCACTTTGTAGATTCAGAGACATAAACAAGTAAGATTTTATTTCTCTAATCTACAATTAAAAAGCATGCTTAGCCTTTTTAAGTCTTAATAAGAAAAGTAGTTTATTAATTATTTTTGCCAATGTACTTGTATTTTGGAAATTTCAAATTAATTTGAGGAATGACTTTGTAAAATCTTTCGTTACCATGGGCTTTTATCCCTTCAAAAGTATGATAAAATGGAAGATTAAGTGAACTAACTTGCATGTGAGAGAGAAGCGTGAAGGAAGGTTTACGCACTATTAAGCAATTAAGGAAAGCAAGAACTTCAATGCAATATAACATGCATAATTAGCTCATGATTAAGGTGACCTTCTCTCGAAGTGTTTAGACACCACACTTACTCACCTTTCAGGATGCAAATGACTGTGCTTGATTAAGCAAGATATATCTAGAAGACTTCACTTATAACACTTATAGAACTTCTCGTTTAAGGATAGAAACCACTCAGTGCCTAATGTCCGCACTTGTTCGCCTTTCGGGAGACAAATATTGGAAGTTATCTCGCTAAGGTGGAGTTTGTTACCAAACTCCTCCTTGAGCGCATTAACCATATCCTTACTACTTGTCCTCTTGAGTAGTTGGTGGTTGACACTGGCCAAGTGATGAATATAGCTCAATTAATGCGATAAGTCGTATAAGCTAGACTCCTTATTGAGAACTTACCACAAACCTAACTAATAATACCACCGTGACAAGTGAAAGGTCAAGAAATAATGGATTGAAAAGGTATAAACATGTAATATATATATATATATATGTATATATGTATATATATATATGTAAAGAATGTAAGCCTTAAGCCATTGTACAATATGAACAATATATATTACAATGAAATGCAAAAATGGAAGGAAAGAAGAGTTGATTGAAACACAAGTTAAGGGGAAACGAGGGATGACTCTGCTCCTCTCAAAATCTAAGCTTTCGCTTTACACTTTGATTAGAGAAGATGAAGAAGTGTCGTGCATTCGGTGGCTAGGCTAATCCTTGCCACTAACTCTCTAGGTTTTTTCCCATACAAACCCTATTTTTGGTCTATCTGGGCCTCTTACCCCTTCAGGCGTCTTTTGTGTGGTGGCCCATTCAGACGTCACTCTCCTTTGACTTGGTAAAGATGGAGTGCTTTTGTAGGCAACTTGGGGCAAAAAAAAATTGTTCCTGTTTTCGGTCTTAGAATGTCACATCACTCCAACTATCATTTTTATCTTGTAGTGAGCTTTCGTCGCATGATGACATGGTTCCTTGCCTAAAGGTGTTAGTCGCCAGGTGAGTTCCCATCGCATGACCTATGTGCGAGATGTCCTCTGCGATTTGCTCCTTTCTTGTCCACTTGTTCTGCATTTAAACATGATAATCGCTTAAAACAGGCATGATGCTTATGTAAGTTATATTTCTAAATACTTATGTATTTACAACAAAAGTTACGCAATCCGATCATCTTCTTATGCGTTTTGACCTCATTATTCTAATACAAAGGGCTATAATAACAAACATTTCTGCACGTTATCACACCCCCAAATTTAGAAAAATGCTTGTCCTCAAGCATCGCTCTGTATTATGCTTGCCCAAAATCACCATTTCTCCTTAAAGATTTACCTTCCCCTTTTGCATCTGTATACTTCTTAAAATGCAAGCAAGTTTTATTCGTTATTTAGGGTTGACTCTCATCGTGTACTTCTTGCTCTGAAAGTATTTTTAAGTTCAGAATGTGGCAAGTTTAATACTCAAAATGACCTTGTTCATTCCCCACAGTAAATCTTATTTTCAACTTCAGAAATGGCTAAATTTTTTTAAAAATTTTCGAATCTTTTTATTTGGCGAAAGGATGCTTTTTATTATATTTACATTAGACTTGGCGTTGAGTGGAAAATCATAGGTACTCTATTAGTCTATTTCTCTCCTCAATTGTAACTCTTATCGCCTCTTATTACTCAACTCTCTAAATTTATACATTTGAAGCTTTGCTTCTTTTATTTTTTCGAGAGGAGGCAACAACAAAGTCGTTATTAGTCAACAAATGTTGGATTTTTTAAAAAATTTCACTTTTGGCTTAGTGTAAACTTTTGTTAAGACGCCTTATCTTTGTATGCCTTTAGAAGTTTTCAAAAAGGTTTCAAGAGTTTTAACGCAGATCCTCCACACCCCCAAATTTAGAGGCTAGTAAAGTCCTCATTACTAAAAGTGAATAATAAGATTAGTCTCGAAAAAATTTTACAAAAGTGGTTTGAGGTAAAGCTTGCGAAACTAGAGAAATATTTTCTAAGTAAGGTTCCTTAACAAGTTAAACGCATAGATAACAAATGAAACTTTATTTCGCATACTTTATTTCACTGAAGTATTATTGAATCGCAAAGACAAATTAGAATACTACAAGGTGGGGAGCCAAGCTTGTGATAAGAAAGATAAAACAAACAAAAATTATATCAAAATTTGTAACTTGTACAGTAAAGAACATAAATTAAAAGAAATAAAAATTACATAAGGTATAATTAAAATTTGAAGCAGTTGTTACAAAATTCTAAAGAGGTCTTAATTCTGCTTGCAGAGGCGGTACGTACTAACGCTGCTTTTAACTCACCTATGCGATCATTTGTGGCCGACCTCTTTTCTCCTCCGTTAAAATTTTAGTATTGGCATCCCTTTGTTATTGACCATCATCTCTTTTAAGTTGTATTTTCATTTTTCCTTCTTCCATGTAGTCCCACTAATATATTTTGCTATATTTTCGGTCCTAGGACATCACATCACTCCAACTACCATTTTTGTCTTGTAGTGAGCTTTTCTCGTGTGATGACATGGTTCCTTACCTGGAGGTGTTAGTCGCCAGATGAGTTCCCATCACGTGACCTATGAGCGAGGTGTCCTTTGCGATTTACTCATTTCTTGTCCACTTATTCTGCATTTAAACATGATAATCGCGTAAAACAGGCATGATGCTTATGTAAGTTATATTTCTAAATACTTATGTGTTTACAACAAAAGTTACACGTTCTAATCATCTTCTTATGTGTTTTGACCTCATTATTCTAATATAAAGAGCTATAATAATAAAAAAAAATTCTCATATGGGCCGAGTCCTATATGAGTCAAGGTGTAGAGAGAAGGGCATGAAGGAATAGACTTTTTGTAAGCTGTAAAGTGTTTCTTCTTCTTCTCTGGTCATACTATAACTAAGAGCATAGATTTTGAATGTAGAAAAGTTCATCTTCCCGTTCCCCTAACTTGTATTCTTTCCCATTCTTCTGCCTTCCATCTTTTTATTCTTTGTGTAATATTTATACTGGTCATATTATACCATGCCCGAAGGCCTACATTCTTTATATATATTACATGTTTATACCTTTTCAATCCATTCTGCCTCTACTTTTCATCAGTCAATGTGTTATTGATAATTTAAGTTGTTGATAAGTTTTGATACGAAGTTTCGCTTAACAGTTTTATCGCATTAGTTGAGTTATTCTCATTGCTTGGCCAACGTAAGTCGCCAATTATCCAAGAGTGTAAGTAAGGACATGGTTAACGCACGCAAGTAAGAGTTCTCTTCCTTTGCAAGACAACTTTCATCACTTGTATCCTGAAAGGTGAACAAGTGTGGGCACTAGGCATCGAGAGGTTGTTGTCCTTAATTGTGAAGTCCTATATGATTTATAAGTGAACTCTTCTAGATATATCTCACCTGATCATATTTAGTCATATGGATCCCGAAAGGTGACCATGTGTGGCGTATAATAACTTTGAGAGAAGCACACCTTAATCATAAGCATGATTGAGTAGGTTAAATCGCATCAAGATTGATCGTGTTATAATGCATAGACATTCCTTCACTCATTTCTCACATACAAGTTAGTTCACATATTCATTTCGCATTCATTTCCACATTTTTATAGATTCTCTAGGCATATGCAAGTAGTCTTCTTTCCAGTTCTTATCCTTTTATATGTTAATTGTTTATTCTTTTATAACCCCTAATTGAGAAGTAGATTCTAGAACTAAAATTTATATAAATTTTCTGTGTTCGACCTTGGATCACCCATGTAAACCTCCTATTTCACTTGCACTTGGACAAGCAGTAGGATAACTTGTGCTCAACGATAACCTGGTAGTTGTGCGATAAAGAGGTACATAGCGAGTATCTTCTATACAGTGACCATGACCAATGACTTATCAAATACACACACTAACAAAGAACCTACCCCACATACTCAAAACACCACAAGCCAAATGATCATAAACATGAATCTAGGATGAAGATAAATCAAACAAAAAATACCACCATCGACAAATTCAAAAAGGAAGACACTACTGGGTCTTGGCCAGAGGATCAATTTGTGAAAGATAAAGAAGATAGTATTGATCGAGGTCCTCACCCATCAAGGATCCAAGATAAAGAGTCTCATCGACCATGGTCAAACAAGGGTTGATCGAAAGAGACATTTGAACCTCAAGGATGGGGAGTGAGCAAATTAGATCTCCACGACTCCAAACTAGAGAAACTAAAGATTTTAAAGTTACTCGGTGAAGCAGTGGACAAGGAAGTGTTAGGATTTATATGTTCTAAAACTCGCAAGTTGTGAATGTTAAAATATTCTATAATTTAATAATGTTGTTGTTGAAGTATCGTTCAAAAATTGTTATTGAATAAGATGTTTGCTCATGATAATACTCAGAATTCAATCAACAATGTTTCTTGACTATAATATGAGTACTTGAACTTTATTTAGAAAAATAAACCTGGATCAAGTTCGAGTAATTAATAGAGTAAATGGTCTATAATATAGGAATAAGGTCGGGAACCTTATTCTCGAGACACTATAGATGCGGCCCATTTTGTAGTTAGTATAAGAGGTGTGATCCGAAGACGCTCATGTACAGACATGTGAGCGGAGACATCCTATGAAATGAAATTGTATAAGATCAATCCATCAAATGATCACTTTTACATTATAACATTGTTAGCTGATTAAAATTGACTATTTTGATTATTTATGACCTAGGTAACTCAACCTTAATTTTAAGGTAACTACGAACTTCTATTCAAATAGGATTATCATCTTAGACTAGATAGGTAAAAGGTAGTGAAGGGATTAGAGCCCTTACGTAACAGAATAATTTAACTCAACCTTTCTCAAGTTAATCTAACATGTGTGCACACGGTACCATATAGCCTAAAACTCAACATCTCAATCATGTAGTTAACAGAAATCTCAGAAAGTCATATGAAAACATTAAAACATGTCTGCTATCTTTATCTTTCATAAAACTCAAGCTTACTCAAATTGCTCATGGAAAACTGAAAATCTAAAAAAAAAAAAAAAAAAAAAAAAAAGCAATATTTGCTTAAAATGGTATTGTTTCAACTACTCTTCAGAAAGTCGCTAATAGTGTGCTCACATATAAATTTCATCATAAAACCTAAGCTTGAAGCTATGGCTTGAAACAGTTCATAGAAATCATATACTATTCATAAAATCATATTCAAGCTTAGAACCATAATCATCGATAACAGCTTAGACATTTGTTTTGTCACTCACAGCCTCAGGCTAGTTCCCTGGTGTGTAGAATCGACCTATTTTCTCTTGGCCTGTCAAACAAACCAAAATCGAGCTTCAGAACCTTATATAGTCTTGTATGTTTATACTAAAGTTAAGATGACGGACAAAAGATGACATTCATTAATTCTAAACTTAAGTATAAAAGAACATTTCAAAAAATTTCCCAACATTTTTCAGATTCAATAACCTAACTTCAAAACATCATAACTTTCTCAATACTTGATTAAAATTAATTTTCTTTATATTAAAATCTTCATTTTCAACTCCTATACAACTTACTTGAAGGAAAGAAAATGAAATTTTCAATAGATTGCTATAGATATCGCTCATAACAGAGATAGTCCAAATCAGGTCTTCTACTAACCTCTGAATTGTTCCTGAAATTAGACTTACTTCTAGTCATTTTGGCCTCACAATTTATTCATAAAAGTTGTAGAAAATTTAATAAGGTTTTTAACCATATCTAATAGAGCTTCTAACTCGCTTTGTACAATCTAGAAAACCCAAAAAACTAGATGCTTCATGATTTCATACACCAAACTGTGACCTGAATGCCTCTTCGAAAACATTAATCTAACTTCAAAATTTGTTCATGCTTCCTTCACAAAACTTGTTAAAAATTGAATAAAACTTCAAACAAAATAAACCTTACCTTTTAATTCCTCTTGAGCAGTTCAAACCAACTCAAAACCCAGAGGATATCAGTGTGAATTCAATCTGTCAAGAGAAATGACTTGAGCTTGTAGTTTCTTATCTTCTTCAACCTCCAAACTACATAATCTCTACTTTCAATCTTCTCAAACCCTCCCTCAATATAGCTCTGAAGTTGATGAACCAAAAAAAGAAGAGAAATGTAAGAAGAAATTTCGGGTGATGAAGAAGATGAGTGAAAAAAATAATGCACCGAAGTGTCCTTTCACCTTCTCTTCCTTTTTTTTTTTAAATACCATTTTAAATAAACTTTTCTTCTCTTTTTTCTTTCCTTTTTTTTTTGTTTAATCCTAAATATATAAATAGTAATAAACAAAATTTCACCTTCTTTTTCTTTTTCCTTTTTTTTTTATAAAACAAATTTGAAAATGATTAACACAACTTGAACAAAAAACTTTGTCATTTTTCTTTAACAACTTAAATTCAACTTCCTATATTGTTTGACAATAGCAAAGAACCCAAGGAAAATCTCACGTTTACAATAGGGTTGACGAGTCTATAGTTTATGGGCCATTAGGAAGGGTATATTTATTTATGCCTTAAATGAGGAGGATTACAGTGAAAATTGTTTCCTATCGACTATTCTATCTTAGGAGGAAGAGGTTTAATACTGCCTGTGGCTATGGAACATTGTCTTACAAAAACTATTCAAATGTTCAAGTACCATGTTATGAAATGACTATTCATTGATAAACGTATTTAAAGCTTTAGTTTTATATTAAACTGTTTATGAAAACTTGTTTTATAAAACCGTTGCTCACTAAATCTTTCGACATACTCATTCAAAGTATTTTCCCTCTTTCCACGTACAGATTGTGACTCTCCACGTGTTGAACATACTACTGTCAGACCAAGTTAATTTTCAGACATGAAAGAATACATTTTAGTAAAAGTATTGTTATGTTTTACTAAAAGTCTATACTTTCATGTTTTATACAAATTACTTGGTATTTATAAAAGACATTTCAAGTGAGTTACATTACGACTTTTCAGTTATTTCAAAGTTTAAAGACTTCTGTTGGTGAATGTTTTATGTTTTCATGTTTTCATGTCAAAGGGTCAGTTGAAATTGTTTAAGAATTAAATGGCTTCAGCTGACATCATGCCACATCTTGGGCCAAGCAAGCAGGCGCTCAGGGTGGGGTGTAACAACTTGGTATCAGAGCAAAAGGTTATTTCCTCGGGAAAAGAAAAGTAGATTTTAAATAGAATTTAAAATAAAACTCGATTGGCAGGCAGCGTATGTAAGCAGCCATCGGGGCACAATCTTGGATTCCGAGACTAAGATTAGCGAAATGGTTTATATCTAGTAATACTTATTTATTCTACTTAGAGTGCTTCATGTTTAAGGACAACAGCCTCTCGGTGTTTATAAGCCACACTTGTTTGCCTTTCGAGATACAAATGAACGATGTCCTCCTATAAGGTTGAGAAAACTCTTCCTTACGTGTGTTAGCCACGTCCTTGCTACTCACCCTCTCGAGAAGTTGGCGACATACACTGACCAAGTGTAGAATGTAGCTCACCTAACACACTAAGTGGTATAAATAAATATTACTTACCAAGAATACATCATAGACCTAAACTAAAAATAACATAAAAACAGGTGAACAGTAGAGGCATGGATAGATTGAAAAGTGTATAAAGATACATTTTATTAAGGAATGAAGGCCTTCGGCCATTATACAATGTAAAAATAATAATAAAATGGAAAGTGGAAGAAAATGATATACAAGTTAGGGGGAATGGGGGATGGACTCTTCTCTTTTCAAACTATAAGCTTTCACATTACAATTTGATCAGAAAAGATGAAGGAGAACGGTACAAATGGTGGGGAGGCTAATCCTTGCTACCAACTCTCTAGGTTTTAGCCCATGCAGGCCCCTTTTTGGTGTATTTGAACCACTCTTTATGGTGGAGGTGGAGTTCTTTTTATAGGCAACTTTCGACGGGAAATTTCTATTCTTCTGAGTATGTCAGCATCGTCCGTTGAAACGTGTCTGTTGCGAGTCACATCATCTCCAACTCCCACTCTTAGTTCTCTAGTGAACCTTCCTCGAGTGATAACATCGTTCCTCGTCTGAAGACGTTAATCGCCAAATGAGTTCACATCGTGTAGTTCTTGCACAAGATGTCTCCTTTGCTTCATTAATTTTTTCCTTTCTATTCATCCTGCGTTTAGGCATGAAAACCATGTAAAACAGGCATAATGCTTATGTAAAGTGTATTTCTAAATACTTATGTATTTATAACATAAGTTACGCTCTTTGATCCTCTTCTTATGCGTTTTGGCCTCGTTATTCTATATAAGAGGCTATAATAACGAATATGTTTACACGTTATCAGATACATAGGGTGAGAAAGTGTTTTGAGATATTAGTTGTGATGAAGATATAAAGGTGGTGTTAATTGAGACTATGCTTATTGATGATGCGAAAGAATGCGGTTTACGTTAAGAAGAGATTCGACTAAAGAAGCAAGACAAGATTGGAAATTATTCCAAAGTATGTTTGGAGTCAACACCACTACTTAGAGACCTTCATATCCTCTGAGTGATTGAGGTTGATGGCTTGTGGAACCAAAATTTGGATTAGGAATCAGAAGACTTTTTCCCTTTTCTTTTTCTTCCATGAGATTACGCAAAACTCTGTTCTTTCAAAATCTCACAGTCCCTCGATAACTCCTACATAAAGGAGTTAATAAATTAAATTAAATTAAAATTAATTCATAAATGTTAGACTAATAATAGTAAGTTAGTCTTTCACAAGTATTCATAATGCTGGCTAGACCAAATTATCGTGTTACCCCTATGTTACTTTGAGTTTTTAAATATCAGTGCTTCTCGAATGAACTTGTGTTTATGGTCTAACCAATAAAAACCCCTCTCGTGCCATAGAGAGGGTAGGACCCTTTGTCCAAGTCCCGGAGATACCATTCAAAGAAACACTCTTCTACTTACCCTATAGTGGAGAAGGAGTGAATTTCATCTTATGTGATTATGTTCCTTAAGGAATAAAAGCCCTATGCAGTGGAAGAATTTAAACATAAACATTAACTCAAATTAATTGGGAACCTAACAATACCATTGCATTGGAAAAAGAATTACAGAAACTAAGGCTATGCATGCTTTCTAAATAATATAGAAATTAGAGAGAAGATTACAGAATTCTTACATTGTTGACGACTCTATATCTGCTAAAACACCAAATTATGGCAACACCACTTGAAAACCTCCCTATTCTCTAAGAATGAAATTTTTGGTTTTTGGGAACCAAAATTGCAATGAAAATTTTTTAGAGAGAAAAACAAAATTCCAAAGAGTACTTAGAGTTACAGAAGCAGCACACTTCTATGTTGTACATCACCACCCCCTTTTCTTCACTGGAGAAGAGGGAGTTAAAAAGAATATGGGATACGTGGAAAAACTACCCACGTTCCCTAAATAACTCCCTTACTTAATTGAGTTATTGATTTATTTTAAATTAAATTAATTTTAGTATTAAAATATTTAATTTAATTTAATTAATTAATTAAATGGAGTCTTTTTAAAAATATAACAAAGCGGCGTATAAAAAAAATTCAAAAACGGAAAAAGCCCATAGGTCCACAATGGGAAGTACCAAAAATGTTTGAGATTAATTGGCATCTGCCGCGTGCAATATATTTGGGAAACGATTGTTTAGATTTGGTTATTCTTTCATACACAATCGTTTAGATTTAGAGCCAAATCTAAACGACTTTTTTCAATATTTTTTGGTACACGATTGTTTACATTTGATCGCTTAAATTTAGGTACTCAAATCTAAACGACTTTTTTCATAATTTTTTAGTACACGATCGTTTAGATTTGATCGTTTAAATTTAGGTAGCCAAATCTCAATGGTTTTTTTTTCCAAGATTTTTATTTGGAAAACAATCGTTTATATTTGGAAAACGATTTTTTATATTTGGAAAATGATCTTTTATATTTGGAAAACGATCGTTTATATTTGGAAAAAGATCGTTTAGATTTGATCGTTTAAATTTGGTTACCCAAATCTTAACGATTTTTTTAAAGATTTTTTGGTACACTATAAACGATCGTTTATATTTGAAAGACGATTGTTTAGATTTGGTACGAAATCGTTTAGATTTGATCGTTTAAATTTGGCTACTCAAATCTAAATGATTTTTTTAAGATTATTTGTACACGATCGTTTAGACTTGGTTATTTACACGGTCGTTTAAATTTGGTTTTTTTTTCACGATCTTTTATATTTGAAACAACCAAATAACAATTTGAAAAAAAAAACAGATTTTTTATATTTGGTACACAATCTTGAACCAAATAACAGTTTGAAAAAAAAAATTAAGTTGCTAAGAAGAGAAAAAGATGATGGAAAGAAAAAAAACACATAAGAGGAAAAGAAGAAAGATGATGAAAAGGAATGGCAAACCTGTAATATTTAAAAAAATGGTTAGTGTCATGAACTTTTTCATTTTATTACACGGGTCGTAAATATTTTGCCGGTTTGTTATATTTATTAAAATTAACCTAATTAAATTATATTTAATCAATATTTCATTTAAATCATATTTAAATGAATATCTCTCTCCCATAACCAATAGTTTTAATTTAATTAATTTAATTAGATCAAATTAAACTAAAAATATTAATTAATTCTCCAATTAAACAATTGCTAAATTAAATATCTATATTTAATTTAATCCAAATTTGAATCATATTCAAATATAAATTTCTCTCATAATTTATAGTTTTATTGTGTATCATATAGACATTAAATTTTATCCTATAGTTTTGATAAATCTAATTCACATTAAATTAATATTTGAACTCATTCAAATATTTTATTCTCTCGTAAATTAATTTTGAATCATATCTAAAATTAAATTTTTATAGTAAAGTTTAATTAAAATATAAACTTTATAATGTAATGTATCACCATACATTATATTAATTCCCAAAGTAAATATGAACATTTCAAATTACAACTAATATAAACACCATTACTTTTTATGAGCTAAGAAGATGACCTAATGGACCTACAAATCAGAAGTTACAACGATATAAGATTAATTGACTAAACTCATTAATCACATTAATCAATATTCGTTAATTGTGTACACTCCACAAAAAATTCATAGTTGAACTCTTCTTACTGTAGATATATTTTCGTCCATGGATATAGACCAATAAAAGTAAGTTAGTCACCTTCACAAATGTTCGTAACACCAGCTAGGTCAAATTACCGTTTTACTTCTAAGTTACTTCTAGTCCTTAAATTCCAATGCCCGTCTAATGAACAACATGTTTATGGTCCCATCACTAAACAAAAATTCTCTCGTGCCATAGAGAGGGTAAGACCCTTTGTTCAAGTCCTAAAGACACAATTTAAAGGAACACTCATCTACTTACCCTAAAGTTGGGAAGGAGTGAATTCCCATCTTGTGTGGTTATATTGCCAACTTCCCACTCGGTCTTGTCCACAAAATGATAAGAATATTTAGTCGATAATCTGGACACTCTTACTCGTACAAATCAAAGAACAATCCCTCACGAACATGAGTTCATAATACACTCAGATTAAAACTGAGTTACCTAGGTCATCCTAATGAAATAGAAATCTAACTAGTTAACGGAGTTACATCTAGTGGTTATTATTTCACGGTTCGATCTTATGCAAACTCATTGCATAGGATACCCTCACTCTCATGCACCTCCACGAACTCATTGGATCATTACATTTGTATCAAATACAAACTGAGTTGTATCCATAGTGTTACCAGAATAAGGTACCAAGTCTTATCCATATACTATAGACCCTTTAAGATGTATCTTGAACATTGATCCCTATATGTCTCCACATGTTATTCAAGACTCATCAAACAGCTTAGGATGTTAGTTTATAGGATTTAGGTTATTAAGACTAATCAATAACGCTTTATTGAAATTATAATAATAATACTTTATTAATAACGGTCAACGGATTACATTTACTATCTATGAGTTTTAGGACATAGAACTCAACAGTTTTCAGCTCCCCACTGGGTCTTGTTCCCAAAATGATAAGCTTATTGAATCGACAATCTGGCTACTCTCACTTGTACAAATCAAAGGACAATCCCTTGCTAACAGGAGTTCTAATACACTCAGGATTAATACTAAGTCATTTAGGTCATCCTAATGAAATAGAAACTTAACTAGTTAACGAAGTGGTTTAGGGAACACTGGGTCTTTTGTTTGAGTGTTCCCTTTAGGGTTACTAGATAGGGTGTTCCCTTAAATGCTGACTCTCTAGGTCTTGAATAAAGGGGCCCCACTCTCTCTTTGGTTTGAGAGAGATTCAGTTTATAGGTTGGACCTTAAACCAATTGTTCATTAGAGAATCTTAGGCTTAAAGAACAAGATGTACTCTCAGACGTAAAATGGTAAAATGACCAAACCAAAATTACAAACAACTTGTAAAGGATAGATTTACTAATTATGGTTATAACAAGTGGATACAAATATATATCTATAGTGAGGAGAGTACAACTATGGGATATAGTGGACAATCTCGATTAATTAATGAATGCCGATATACTCGATTAAAAGAGTTTAGTTAGTTAATCTTGGATCGTTGGACCCCATGATCTGTAGGTCCATTAGGTCCTTCTACTAGCTTGTTAGGGATATAAACTTGGAATAGAGTGATCGAAATTTTGAATTGTTCAAATTAGTTGAGAAAATAAATCATTAATAATATTCAATATAATTAACGATTTCAAATTGAGAAAGAAATGGTATTTAAATGAGATTTAAATATAAAAAATTCAAATAGGGATTCGAATTAGGTCAATAGGATTAATCGAGATTAGGTGAAATTTAATTAATTAAAATTATTTATTTATTTTATTTAAATTAATTGTATTTAGATTAAATTAAATTAAATTAATCAAGTTGAAAAAGAGGAATTTTGATTTTTTTTTTTTTTTTGTCAAAAGTTAAAAGCCAAAATGTTGTTTTGAAACTTGAAGTCATGTGTTGACTTTGACCATGTATTAGTGGATAATTCCACGATGAGTGGAATCATCCCTTGGTTGATGAATAAGCTATATGCGTATGGTGTTGTTCATCAAGCTTTCTACCACCTAATCCACTAACTAATTGCATGTTAAATGTTAAATTGTAATGCAAATGTGGTTTGCATTTGTATTGGCTTTACAATGCACACATTAGTTGGATAATTTAGATGATGAATCTTGTTGAATTTTGGAGAAGATTCATCTCAAGTGTTTATAAACTCATTTCTCTCAAAAACTCACAAAATTGGACACTTTCTTGATCCCACAGTCAAGTTCTAAGCATTGTGGATATTAGAGAAGATTCTGTGTGGTTGTTCATACTTGATTTCATCCAATTTCATCAAGAATTGAGGGAGAATTTTGAGCTTCAAAAGTAAGTGTTCAAAATCTCATTTTCTTTCAGTTTTCCTAACACGCTTAATCCTCATGAAATCTAGAGTGTTTTAGTTTGATTCTCTTCCGCTAGCATGTTTATTTAACTTTCAGAAAGACGGTGAAGTGAGCCAAAACATGTTATTTTTGTTGAGGCCAAATTTGACAAGAAAGAAAAATGCATATAAAAAAAGATTATGCATGGTTCCCTTCAAAGAAAAGAAAACGATCATTTTTTTTGTAAGAGGAAAAAAAGGCAAGGTCGAGACTGGGGTCGTTCCTTGAGTTTTAAAGAGAGGAAGACTCAGATCGAAAGAAAATATCAAATCCTAAAAACAAAAAAGAAGGAATGATCAAATCCTCAATCGAAGGGAGGAAGCCGAGGCTGACCTGGAAATTTTCACGGAAGGTAGATCTGAATCCGAAGAAAGTATGAAATCCTTGAAAGAAAGAAGTAAGGAACAAATCTCCAACAAAAGAAGAGAGGTTCACACCAACATCGAGGGCAAGACAAAAAAGCCAGCAAGTAGAAACTTTGGAACCAATCTCACTCACCAAGGAGGATAAAAGCGTAAATATTAGAACCAAAACTGAAGCTAAACAAATAAAAGAACTTGATCAAATTCTTAAGGAAGAATACTGATGTATTTGTTTGGTCACACGAGGATATGCCTAAAATTGATCCCAACATCGCCTCAATGTGCATAAGTATTTAAACTAGTAAAGTAAAAGCGAAAAATGTTTAATCAATAGCAGAATGAGATAATAGCAATTCAGATTAATGATTTCTTAAAAGCTAAATTTATTAGAGAAGTTTATTACCCTCAATGGTTGTCTGATGTAGTGTTTGTAAAAAAAGCGAATAGTATGTGGTGGATGAACTTCATTTATCTTAATAAAGCTTGTCTAAATGACATTTTTCTTTTTCTCATGACATATTAGTTAGCAAATGCAACAGTTGGCCACGATATGTTGAGTTTCATGAATGCATATTTAGAATAGAACCAGATCAAGATGAATGAGGCATACCAAGAGAAAGCTTCCTTCATTACAAGTAAAGGTGCACTACTGCATGGTCATGGCCATTTGAACTTAAGAATGCAAAAGCTACATATCAAAGATTGGTAGATAACATGTTTGCTCCACTTAATTATTGAAAAAAACATGAAACTATACGTAGATGATAGGTTAATAAAAAGCATTAAAGCTAGACAACATAATAGGAAGCTACACACCTTACCAAACGTACTTTTGGGGTAGCATTAGGGAAATTTCTAGGCTTTATGGTTCAGCAAAGAGGTATAAAAGCCAATCGAGATAAAATTCAAACGATTGTCGATATGTCCACTCCAACCAATTTAGAGCAACTTCAAAGTCTCAATGACAAGATAGCAACTTTAAATAGATTTGTCGGTAGAGCAACTGACTGTTGTCTCCCTTTTTTAAAATTTGAAAAAGGGATTCTAGTTTGAATTAATAGAAAAATATGACAAAATTAAAAAATTTCATAACGGATGACATACTTGAGTAAAGTTCCACTTCTTGCCAATCTGATTTTCCAGAGACGAATTACTCTTCTATTTACCAATTAACAATGTTGCCTCTCTTTCCTTGCAAGGCGAGCCTCTCTTTACCTAAAGTACAAATTTACTGTTGTTGCTCCGTGGAGATAAAACACATCTTGTTTGGTTAAAATTTGGCATCAACAGAAATAAAATCATATAAACATAATTTAATTTCTATTTTGTCTCTGGTCTCTAAAAATGACATATCTAAAGATGTTTTTGGTGATGATAGAGTGGAGGACAAATGCAGAAGAGTAAAATAATTGAATGGATGGATGAGAACAAAGTAGGTACACTCTGACTCATCAGCTAATTTAGACATCATTATTCCTGATATATATTTAAAGAGTTTATATAGTAATTGTATTTGAGAACAAGTAATATTACTTTTGGACAAAGAAGCAGCAAGCCATAGCCATGGGCGTCCCCTTGCTTCCAGCCGCTGCAAGAAGGTATGTCTACTCTCTTCCAAAAACTTTGCAATCCTTTTATTATCAAAAAGAAAAAAGGTTTTGATTTTTGGTTTTATGATTATCTGATTAGCTTCCTTTGAAATATTCTTTCTAGACAACATGTAAAGTTGGGTTGAACTTTTGAATCTTTGACGTTTAAGTTGACTAATACACGTTAAACCTTTCCTTTGAAATAGTGGTTTACGGTTTCTAAATTAAAGTCTATGAACTATTGGAATTCTCAACAAGGAAGGAGTAATGTAGCCTTACCCAGTTTACCATTGGAAGGAAAAAATAGTTTTACACCGATTTATTTTAATTTTAGATTTTTTCTTTAAAAAAAAAAAGACAAACAAACAAATTGTATGCTTTGCAATTTGGACCATTTTTATCTTTTCTCAAAGCACATTTCGTTTTTTTTAATTAATTTTTCAAAGTATGTAGAACAATTTCAAAAACAAAAAACAAAACCCACATAACCCATAATAAAATAATACCAAAAATGTTCCAAGATTAATAAGAAATATAAAAAATGCTCTGGAATTAATTAACATGCAGAGCCTAATATATTTAAGAAACAATCGTTTAGATTTGACTATTCTTTGGTACATGGTCGTTTAAATTAGCCAAATATAAACGATTTTTTCACTATTTTTAGTACACGATCGTTTATATTTGGTACAATCGTTTAAATTTGAATAGTCAAATCTCAACAATTTTTCTAAGATTTTTTTAGTAGATTCGATCTTTTAAATTTAATTTAACTAACCAAATCTAAAGGATTTTGTCAAATCTAAACAATTTTTTTAAGATTATTTGGTATACGATGGTTTAGATTTTACTATTTTTTTTATACAAACTATGTTTTTTTTTCAAGATCCTTTATATTTGGTAGACGATTTTGAAAATCAATAGTTTGGAAAAAAAATAGATCTTTTATACTTGTACACGATCTTGGACCAAATAACAATTTGGAAAAAAAAAATGGCAAAAGAAAAAAGTAAAATGGCAGAAGAAGAAAAGAAGGATGATTGAAAGAGAGAAAAATCGTAGAAGAAAGAAAAAGAATCGCTAGGAAGATTAGAAAGACGGCAAAAAGAAGGATAAATCTGAAATATTTTAAGAAGATGGTCAACTTAATGGATTTTTTTCATTTTGTTACCCGAACTGTAAATATTTTGATTGTTTGTTATATTTATGAAAATTAACCTTTTTCAAAATAAATGAATTTTTTTAAAAAAGATTGAAAATATTTTTGTGCATTGTATTTAGAATATACCTTCTAGGTGTTTACTTCTAAAAATGAGTTATTTTGGAATAAATTTGAGTATTTAAAAATGATTTAAAATAGTTATTTTTCATTATTTTAAGGGATATTTTTAAAAATATCAAAATAAATTAAAATATTTATAAGCTATAGCAAAATTTTGGATTCTATCACTATAACATACCAATAACTATCGGTGATAGATTTTAAAAATTCCCCTTATTTTAAATGAGACATTTTAAAATAATATAGCAAAATAAATCAAAATATTTACATAAATATAACAAAATTTTAGATTTTATTGAACGTTCATCGACTTCTATTATATATTAAATGTTTATGGTGCTAGTCAGTAGCGGATCCAGAAATTTTATGTAGGAAATACTACATAACAAAAAGAAATAATAATTGTAGTAAGCAAGAATCAACTAAAACCTTCCCAGAAACAAAATTTAATAACAATAAAATATTATTTAATGTATATTGTAATCTAACACTTCAAAATTAAAATTAAAATACAAAAATCGAGAATACAAGAGACACGTCCCCATAGCTCCTTAATAAATCCGCTCCTAGTGCTAGTCGAAATTTAAATTGAAGTTTTTGTTTTATTTTATTTTATTTAGTTAGGAGTTGTGTGCCTCAAGATTTTGGGTTAGATTTGGACCACAACCGTAGTTTAAACTTCTTTCTTGATACTAAGAAATTTGACTTGAATTCCACCAAAGATATGAGAGAGCTATTAAATTAGTTAAGGAGATTCTCTCAGTTCCACAATAACCCATATTCTTCTCCATCATCAAAATTTGTAATTTTTACTGGGGTTTTGCTGTATAAGTGTCATCCGTCCCTCCATTTCTTTTATTCCAAATATAATTAAAACCCTAACAACTTCCACACAAGATCAATACACAAAATCCAATTACATCTAACATTTACTTTGTCATCAATCTCCTCCAAGAATCGTACCTTTTCAATTTTCAGATTTATGGGGGCTTGGGACTAAGAGCTAAAAGAAAAAGCAGCAAAAAGAAGACAAAAAATAAAAGCAAGCAGTACATATAGGAACAAACTGAAAAAAAAAAAAATTGCATATCTCATGGTCAGGAAGAAAAGGGGAGCGATGAGGGTGTAGCTGCAAAGTGGGAGAAAAAAAATAAAACATAAGATAAAATGAAATGAAAAATGAAAGGTTGATATTTGCAAAAGAAGAGAAGTTGCAAAGAAACAAAGAAACAAATAAAACAAATAAAAGAAAGATTAAGGCTGGAGCACAGCCTGCATCTATCTTTCGATATCGAGTCAAATGTCTTCCTCAATTCTTAGGAACTGATCTCCATAAATAAATAGGGAAAAATAGGTTGGAATGTCAAAATTAAATTTAAAAAATAAAAAAAATGAACTAATTACCAAACAAACTAGGATTTTAGAGAAATAAAAAAGAAGCCAAAACTCCCAGGATGCAAGTAAGAGCAACATTGCTCAATATCTCACAATTCGTATTGCAGAATGCTTTAAAATTCATTTTTCACATTCATAATTAATAATATCTAACAATTCAAACATTTGGTGCACTGTATGTTAGACTAGAAGGCAAAGTGGCAATAATCACAGGTGGAGCAAGAGGAATAGGAGAGTCCATTGCAAAACACTTCTTTAAGCATGGAGCAAAAGTTGTAATTGCAGACATCCTAGACGATTTAGGTAACTCTCTTTCCAACCATCTCTCCTCTTCATCTACTTCCTTCGTCCACTGCAACGTAACGAAAGAAACCGATGTCGAAAATGTCGTTAACACCGCCGTTTCCAAATACGGAAAGCTAGACATCATGTTCAACAACGCAGGCATTCCAGGAGCTCTCAAGTTCAACATACTCGAAAACGAATATTCAGACTTCCAAAACGTACTCAATGTCAACCTAGTTGGAGCATTTTTAGGCACAAAACATGCAGCAAAAGCGATGATTCCAGCAGGTCAAGGCAGCATAATTATAAGTGCAAGTGTTTGTTCAAGCATTGGTGGGATTGGGCCATATGCTTACACAAGTTCAAAGCATGGGTTGTTGGGATTAATGAGGAATGCAACTATTGATTTGGGAAGATATGGAATAAGGGTGAATTGTGTGTCACCTCATGTAGTCCCAACTCAAATGACAAGAGAACTTTTTAAGTTGAAAGATGGTGATGAGTTTCCTGATGTTTATTCTCATAATTTCAAATGTGGAGATATTTTATGGAAAGAAGATGTAGCTGAAGTTGGTTTGTATTTAGCTAGTGATGCATCTAGATTTGTTAGTGGACATAACTTTGTTCTTGATGGAGGCTTCACTGCAGGAAACCAAGGTCTTTGCTCCTATCAACAATTTGGTAACTGAAATATACTTAATTATTAAACCCAAAGAACAAAAGTTGATCCTTTTCAAAATTCTCTAATTCCTGTAGTTTCCTTTTTGTGTGGTTTTATGTCCCAATTAAGTCATTACTACTTGTTTTAGTTGTACCTTTCATTTCTCTATGTTTGACATTATTATAAGAATATCCAATAATTATAAAAGCTTTGGGTTCTTGAACTGTTTTTAAGTTTATTGCATACTCTTTTTAATAAATGTATTTTAATATTTTTAGGGTAATTGCATTTTGTCATCCCCTTTAATTTTAAACTAATAATTAAATATATAACAATGATTTTTATAAAATGATAAATATAGTATAATCTATCAATATGATAAACTCATATAAACACCTATCAATGAGATAGATATATTAGTGCTTGCTAGACTTCTATTAGCTATAAAGTCTATTAGTAACTAGGTTTTGATAGTTGGATCTAAAGTTGGATGCTATTCATAATTATTTTAAGAAATAATTTTTTATATGTCTTCTAATTCATGATTGTTGTATTTGCAATTATTTCTTATTTTAGATATTAAAATTTAAAGTACTCATGAAAATAGCTCTCCGTACAAATCAATTGACATACCTCTTAGTAGACATTCAAGATCATTTTTTTCTAATATTTAATCATAGTTTTTATCAATAAATAAATTTTTAAAGAGAGATTAAATCTTTTATATATGATACTTTCTTTCACGTGTTTGCACATATTTGAACTATTTTGATCAAATTATTACTACAAAAAATTCATTATTTAATGACAAAATTTTAGTGACGCAAGTAATTTTTGTCAGTGTATAGCAATGTATAGAAAATGTGTCACAAAATATTATCATTAACAACACGTTTTTAATATGCACCACTAAAAGAATTTGTAACAAAGCAATAATGCCACTAAATATTTAATAATTTTAGCAAGAAACATAAATGAGAAATTGCAAAAGTAGTAAACTTTTGGTTTTCGTTTTCAAGAGTAGCACATTTTTTTAAAACTCGTAACAGCGTTTTTCTCAGTCAATCTCTAGCGAGATCGACCACTAAAATTTTCTAAAATATTAAAAAAATTTCAACTTATCGATTGTTTTGGGGTTTTTCCGGTTCATCTTGTGTAAACCTTGAATCCTATTGAACTTAGATCTTTCCAAGAGTTTGGAAGGATTAGTTTTAAGTGAAGTTAGGACAAGGAAGTAAGCTTGTGAAGTGATATTTTTAAGTATGTCGTGGAAGGAGGAAAGAAGAAAAATTAAGCAGTAATGATTTTGAAAGATAAAGAAAAGTTAAGTAGGAAATAAGAGAAAATTTGGCTAAGTATGAAAGTTGGGTATTTGGCTATGGTTTAAGCGTTAGAGGTTTGTTGAGCTGCTAGAAGGGAAGGAAAACCTCTTAAGCGGTTAGTGTGGGAGAATAGGGTGCTTGCTAGGCGGCAAAGGAGGAGAAGATAACCTCCCTCTTAAGAGGTTATCTTTGCGTTTTGATGTGTGGTCGAAAAGGACAAAGTGAACCTCTAAGAGTTGGCATTTTGGTTGTGTCTAGGCCAGAAGAAGGCTTGTTTAGTGGTTAGCTAGGCGTTTGAAGATTTGCAGCAAGGCTAGACAGGTTAGTTGGAAGTTAGGACTTGGTGAAGAGCATGGCATGGGAGAAGGACATGGAGGTTAGCTATGCAAAGTAAGGTTAGAGGCCATGCAATGAGAGGTTAGTTGGTCGTTTGGCTAGGTGTTTGGCATGTCCTTGACACTTTGGCGTTTTGATTAGGTGAGGAGAGAAAGAGGTGGATTCATTCAAGTGGAGTCCAGAAGAGGTCGATTCATTCAAGTGGAGTCCAGGTGTCATGTGTATGCATAGATTAAATTTCGGCTGAAGGAGGTGTCAATAAAGTTTCACGCAAGCTCCAGTATTAATAGGTTACTTTAGACGTGCATTTCTCTCAACCACTCGTGCATTTTGAGTAAAATTACTCCAAAAATATTCTAAATTGAGTCTATTTTCTATATTGGGGCTATCGGTTTAATTTGAGTAAAGGAAGATTGATTTTAAGTTGAAGAAAGTGAGGAAGGTCGGAATTTAGGTGATTCTGAGCAAGGTGGACTTCTAGAGGGTTGTAGAGTTCATCAGTTGAAATTTGAAATTGAAATGTTGAAGTGAGATTATTAAATTTTCAACAACTTTATAGAAGAAAGTATTTTCATTTGAGTTATGCATTTATAGTTACTAAACTCTAAATTGGAAATAAGGTTCTGGCCTAAAATGAGTTTCTGAGCAATAGAGACAAGGTAAGACTAGGTGAGTTGGGCATGGCGTTTTAGATCAGAGAGGTTATTGGGTCAGGAGGTTGGCATTGGATGCACGACCTGTGCGCAAGACTCACGCGAGGAGGGTTGCATGAGATGCCGAACATGCAGCCAGGTGAGGCGCATGGCGTGTCTGTGTGCAAGCATGCCCAACGCGCATGGTAAACCTCTTGTGAGGTTAGCGCAAGCAGCCCAACACGCGCGGGCAGGGCCCTACCGCCCACCCTTGCGCACCAGCCGTATCAAAGCAATGTTTTTAAGTTGTTTTTTATATTTTGGAAAATTTTAAGTAAAGTTCTGCTATTTTTCTAATTAAAGAAAATTAAATGGAATTATTTCCCGTTATTTCAGGTCAAGAGAAGATCGGACACATTTATAGACCAAGGGTCTAAGCTACTATCTGTGATTGATAAAATGAAAGTTGATTTTTTAATCTAATTATCTATCAAATGTTTTAAGCATGTTTTGATGTATGAATTACTTGAGTTTACTATTTTAGCAAAATGTTTCCAAAGCATGAGATTTAAAATGTTTGACAAGTATTTAAGTAAAGAATGATTTTAGAATATTTTAGACTATACCATACGATGTATATATATAGTAACCCTTTCGGGGGGATATGGCATGTGCATAGAGGTTCTTATGATAAAGGTTATAAGTGAATACCTATGTATGCTATCACTGGGATAGATTTCTAAGAAGAGTGTGCTACATTTCTTGAGATAAAGATATGTAGGTTACCTACCTCATTGTAGCTATAACAAGATGAGGACCGCCAGAGGGTCCACCTTATGTTGTATATGGTATAGGAAGTAAATTGACTTAACTATGTTGAAGACGAAGTTTAAAACTAAATTATTTTTCTAAAAAAGTATGGTTTAATAAAACCATCACTCATTGGGCTATTTTAGCTCACTCTTTCCAAATGTTTTCCCCACTTTTCAGGTAGTGGTCGTGATCTGCAAGCTTGACCGTTGTCTTCAAGTCTGCTGTACAGAAATTGTGATTAGTTTAGTTACTGAGGTCAGTTTTAGTTTAAACCTTATCATGTACATGGTTTTGCATAAGGTTAAGTGCAGTTGTTAAATTTTTGTTTGGTCTGTAAGTATAGTTTGTAATCAATGGCATCTAGCCTCAACTACTTGTTAAAAAGTATAAGAAGTTGTTGAAGTTTGTTTCTCTTAATTTTTGTTGCATATGTTTTAAATTATTTGGGTTGTTTAGCATTGTAAAAGATCAGTAGTCAGGGTCAACTGATATTGTTCAAAGAGGGAGCAATGACTGTTGGCTTCACGCCACGTCTCGGGACGAGCAAGCAAGTGTGTCCTGGGCGGGGTGTGACATCTTACTAGACAAGTAGACCAAGATTCTACAATTTTTTAAATTTTTTCCAAAATATATTTAGAAAAAAAAATTATTCAAACTTTCCTAAATCTTCCACCAAATCTTAACTAAATTTTGCTACTTTTTTCAATCTTCTTATTAATTTTTTTTATCTTTCAAAAAAATTATTCAAATCTTCCCAAATCTTCCCAAATCTTCAACCAAATCTTAACTAATTTTTGCTCCAATTTTTTAACTATTTCTTGTAAATCAACATTTTTTTTTCTTTTCCTAATTCATTCCCTTTCTTTAGTCAATTCAATTATCTTATCGTAAGATCAAACTGAAACGCCAAGAAATTGGAAAAGAGAAAAAGAAGAAAGAAGTAAGAGAAAAAATATCGTTGATGAGAGATGGAGGAATTGATTGGGCAGAAGCAAGAAAGAAAGGGAGTTGCAACGTTTGTTGTGGCTGAGTAATGTGAAAGAATTATGTTTTAGGTCAAAGAAGAGAGGAATTAGGAAAAGAAAAAATGGTAGTTTACAAGAGATAGTTGGAGAAATTGACAAAAAGTAGTTAAGATTTGGTGGAAGATTTAGAAAGGTTTGAATAACTTTTTTGAAAAAGAAAAAAAAAAGATTGGGGAAGATTTGAAAAATGGGTGGAATCTCGGTCTAATTGTCTATCGAGATGCACCAAGAAAACCCAAAATAATTGATAAGTTGAAACTTTTAATATTTTAGGAAAATCTCAGTGGTTGATCTCACTCGAAATTTACCGAGAAAAACAATTTTGCGAGTTTTAAAAAAATGTGCTACTTTTTCCAATTTTCCAACATAAACGTTGCTAAAACATTACAAAATTCTTAAATTTTTCCCATTTATTTCTAATTTTCCTCCAACACTTCTCCTTAAATAATTCATTAAATACAAACTCATTTTTCTCTTCCCCTTTCTCTCAATCTCCACAAAAAACAAACCTAAAACCCCACTTTCTCTCTATCTCCACGCTTCGCCCCGGCACACAAAACCCTTATTTTCTTATCGACGACAAACGATGACAGCTGACGATGACCCATGATAGAAACCCACAACTAACAATGACCTACAATAATGAATGGCTCAACTCCATTTGAAAGACTCAGTGATTCTCCCTCCCCGATCTTCTAGTTCAACTTCTACTAGTGAACAACTCCAATCCACTCTGAAAAGGCTAGCAAACAGTGCCCATTGCACACAAACTCGAACTTAATCAACCCAATCTCCAACTTCTACTCTTAAATGCGCATTGCACTTTTAGGTGGTTAAAGCTCTAACTCACAAAAGGTATCAACCTTACCCAATCTGCATAATATGTTTTCTCTTTCCTTGCATTGTGGTATAATTATGAAGTCTATTTTTTATGTGAATGAAATTTGTTTCTCAAAGTGAGAGGAGAACTTTATATATTGAGAAAAAATTAATACAAGTTAGTTATTTAGTAACTAACTAATCAGTTTTAACAAACTATAATAGTAAAATAGTACATAGTTGGCTTTAGTTGTTTAGGTTTTTTGAATTACATCATTCCATGCCCTAGCTTTACAATCTTCCTCGAGTTGGGTTAGTAAGTTGGATTCCATTAGGAGTGTGGTACGTTTCAAGTTTGTGATGTTGGAAAATAGGATTGATGTTGATTCCTTCTGGCAGCTCAAGCTACACATTGTATTTAGTTAAGATTTTACAAGGATCAATTTGTCTGACCTTTAGTTTTCCATACGTTACAGCTAGGAACCTTTTCTTCCGTAACTGGGCCATCACTAAGTCACCAATTTGAAAGTTGACTTTCCTTATCTTCTCATCTTTCTCCTCTTTGTAGGATTATGTAGTCTTGGTTAGATGCTTTATGACTTCTTTGTGGAGTTTTTGGATGTGTTTGGCCATGTCTTTAGCTTCATCTTGAAGTTCTACTTTCTTAGGTAGATTAGTTAAATTAAAGGTAAGCCTCGAGGTTGTAGTTCTATTCTTCATGTTATTAAATGCAAATTCAGCTTTTGTAAGGTTCATATTCCATTGTTTAGGATGAGTCCCACTTAGGCATCAAATCAAATTCCCCAATCATTGGTTAGTTACCTCTGTCTAGCCATTTGTTTGGAGATGTGTAGTAGTACTAAATTTTAGGGTGGTATCGAACTTCTTCCAAAGAGTCTTCCATAAGTTACTTAGAAATTTGTCATCTCTATCTATGTAAACTGCATCAGTAGTTTTCTTGCAAGCCAGAAAGTGCACCATTTTATTGAATCTATAAATAACTACCATTACTGCATCGTAGCCTCTTTGAGTTTTAGGTAGGCTTATAACAAAGTCAATTGATAAATCTTCCCATATGTTTTTATGAATTGACAGAGGTGTATAAAGGTCCACATTTGTTGAACTCCCTTTTGCCTTTTGACAAATAGCACTTCTTTTAAAAAAAATGTTGGTGTTAATAATATGGAAGGTCTTGTCTTGACCAAAATGGCCAGCCAATCCTCTCGAGTGAGCTTCTTTTATCAAGGCTTCCCTTAAGGAAGTATGAGGGATACATAATAGGTCTCCTTTAAAGAGGAACCCTTCAATTAGGTGATAGTCTTTTTCTTGAATATATTTAGAGCAATTACTCCAAACCTCCTCAAATTCTTCTATCATTTTCATATAATCTTGGGAGATGGTTGAAAGTTGCAATCTCGGCGGAAAGGATAGTCAATAAGGTTCCTTTTCTACTTAATGCATCAGCAACCCTATTCTCTTTTCCAACTTGATGTTTGATTGTAAAGTCAAAACGTTGGATGTAAGATACCCATGCATCATGTTGATGCTTTTTTGTGCTTGTAGATATTTCAAGGAGAAATGGTCAATGAGGAGAATAAACTCCTTGGATAAAAGATAATGCTCTCGTTGCTTTAAGGCTCTTACAAGTGCATATAACTCTTGTTCATATGTGTACTTCAAGCTTGTCTAGAAGAGCTTAGCTTCTCACTAAAAACTCCACTGGATGTCCTTCATAAGATAAGACTGCCCTAGCATCTACTGTCACTTCAAATGGATTATTGAATTATGGTAACTTAAGCAGTTTCTTTTTTATCAAGTCAAAGCTTTGTTGTTGATTCTTCCCCCATGAAAACCCACATTTCTTTAAGCAATCAGTTATTGTAGCTGTTATGGAGTAGAAGTTTTTAATAAAATTTCTATAGAATGATGCTAGCTCTATGGGGGCTTGGACTTCACTTAATTAGGAATTGGCCAATTTACAACAACTTTAGCTTTGGATTCATCCATCCTTATTTGGTTTTAACAAATGATACAACCTAGGAATGAGATTCTTCCTGTGCAGAAATTACATTTCTTCAAGTTAATATATAGTTCAATCTAGGGGTGTTAATGGTTCGGTTTAGTTTAGTTTGAAGCTAAAACCGCATCGAACCAAAAAATACAAAAAAAATCTCATCCAAAATCAAATCGAATCGCTCATCTGTGTCAAACTAAATTGAAAATCGAACCATTTATGCATAAATAAAACCGAATTAAAACCGAACCGCTTATGCATAAATATTATAATCGAAATCCTCTATGAACATTATACAGAAATAAAAGTCTTACAAAGTTATAAACATAGATTACATTTATTTGTTCAGTAATTAAGTACAAAACATAGAAGTTTGAAAGTCCATCAAAATAATTCCTACAAAGATATAAAGATACAGTTATACATTACCCTAAGTTAGACTTTTATATTTAGTTATATATATATAAGTATGTATACGATTTTTTTAAAATAAAGCGGTTAGGCTCGGTTTTAGAATCGGTTTAGTGTCTTAAACCAAACCGAAAGACATAAGAATCAATTTTAATTTAACATAAACCCAATCAAATCGTATGCATTTGATTTTGGTTCGGTTTTTTTTCAACTATTTGTTTAATGTCATACTGCGGTTTTCAACTCTTTAGGGCTTCAAAGACTATTTTTAGGTGTTGTAATTGTTCTTCCTCATTTCTACTGTACACCAAGATGTCATCAAAGTAGACAACCACAAATTTTTTTAAGAAAGAATGAAGCACTTGATGCATTAGACACATGAAAGTGCTTGGGGCATTGGAAAGGTCGAAAGGCTTCACTAGCCACTCAAATAACCCTTCATTGTCTTGAAGGCAGTCTTCCATTCATCTCTCGACCTTATTTGGATTTGATCGTAGCCACTATTTAAGTCTACCTTTGAGAAAATGAGAGCTCTTCCCAATTGGTCAAATAGGTCACTTATCCGGGGGAAAGGAAAATGATACTTCATAGTTATCTTGTTGATGGCTCGACTGTCAACACACATTCTCCAATTGTCATCCTTCTTTGGTGCTGGGACTGCACAAGGGCTGATACTTGGCTATATATGTCCCTTTTTCATAAGCTCTTCATGTTGATGCAAGATCTCATATTCCATTGGACTCATTACATAGTGAGGAGGTTTAGTTGGCTCTTCTTTGATGCTTGGAAATTGATCTAACAATTCTTAAACTTTCGAAGGCACATGCTTGGATCAATCTGTGGAAGAACCTAAAACAATAACACCTAAAATATCATATTCTTTTTCTTTAATAAATATCTCACTACTTATAGAGATGAAGAGATGGTTATTGGACAACTTTGAATTGATGCCTTATTCATTCTTCTTGCTAAGAGGCAATAAGATAATCTTCTTATTCATTCATTGAAACTTATAGGTATTTTCTCTTCCTTTATGATCTGCTTGAATGTCATACTACCATGGTCTCCCAAACAAGATATGGCAGGCATCCATATCGTACATCACAAACGATTTTGTCTTTATAGCTTCCTCCAATAGATAAAGGCACCGAGCAAATTTCATTTATCTGTGTATCTCCACCCTTTTTTATCCAGCCTATTTTGTAAGGATTGGGATGAGATTCTATCCTGAGATTAAGAGTAGAACCCAACTTCTTAGATACAAAATTCTCACTGCTGCTATTGCTGATGATCATGTTACATACATTGTTTTGAATAGTGCATCGAGTCTTAAAAAGACCATGTCTTTGTTGTGTGGGAGTTATCACTTTTAGGTGCAATCAACACTTTTTGAAGTACACAAGAGAGTCTTTCCCCTTCATCAGGTTCAAGGATTTTTTCATCTTGATCAAAATTCCCTTCTGGTTCATTATTAAGATCACAGTCTTTCTTTTAGGGCAAGAATTAGAGAGGTGGCAATTTGGCTACAACGAAAACATTTATTCGATTAGGCCTTTGGAACACATTTTCTATTTGTTTCTTGGGATTTGCTTAAGCTTTCTTCCCATTTGAATCAAGTGTCTTATGTTTCACTTGCTCTTTAGTGGCTTGAGTAAAAAGAATTTACAACCATGGCTTTATTGCTACTAGAGACAGTCCATGGGGTTCGCCTAGTAGTCTTTCTTGAATTAAGTTCAATTTTCTTCAACGAATTTTGCATATGTGATATCATTAGATAGAGTTAGGAAAGGTTGAACTTTAACCTTTTCTTTTATGTCAAACCGTAGTCCTTCTATAAATTGTGCAATTAGGTATTTTTCATTCTCCATCAGATTTGTTCTAGCTCCTAGTTAGTGGAATTCTTCAATGTATTCAGCCATAGATCGAATCCCTTGTTGAAAACTTTGATATTGGTTGTAGAGAGTTTGTTCATAGTTAGGTGGAAGGAGCCTAGCTTTCATTAATTTCCTCATTTTCTCCCAAGAGAATTTGGTTTGAGTCAATACACAAAAGCTTTAAAGTCTACTAGAGTGGGACATTTGTAAACAAAGGAGGTGGGCTCCTTTTATAGGTTTAGAGTCATCCACCTTTCTACAAAATAGCTAACGAGGGATTCCCACATCCCACATCTTGCCAAATCCAATTGAACTAACATAAATTTCTTTAGTTCATTTGCAGAAAAAATTAAAGCAGAATTTGATATCCTTTCATTCATCATCTTCCTTGTCGGTAACGAGTTTAATTTCATCGTGGGTAGAGAAAAATCAAAAGAAATAAAAATTTACATATACAAAACACAACGCAAAAATATTTACGGCTCATATAACAAAAAAAAAGTGAAGTAACCATTGTTTTTCCATAAATTCCAGATTTTTCCTTGTTGGTTTTGAATTTCTTGGAACAAGTGTTGAATTCTTACGCATCTTCTTCATATTATTACTTCTCCTTCTTCATATTCCCACTTATTCTTGTTCGCAATTTTTCATCTCCTCTTTCAGAATTTCTTCCTTGTTCGTTATATGTCATCTTCTTTTTTCACTACAAGATCGTGTACCAAAATCTAAACGATCAGTCATCTATCTCAGATAGACAGAGATAAATCACTATTACCATCTATCCTACATAGATAAGCAATAGATCTAAATGATCGTTTGCAAAGATCCAAGCGATCGTTTACCAAGATCTAAACGATTATTTACCAAATTTAAACAATTGTGTATAATATCTAAACAATCTTTGTACAAAATCATTTAGATTTGGTATAAGATCGTGTACCAAAATCATGTACCAAAATCGTTTAGATTTTGTACAAGATTATGTACCAAGATTGTTTAGATATTGGTACATGTTGTCTATCCCAAATAGATAGAGATAGATCACTATTAATGTCTATCCCAAATAGATAAGTGATAGATTCAAATGATCGTTTACCAAAATCTGAACGATCGTGTACCAATATATAAACCATCGTTTTAACTAGAATTTTTTCGTGAGTGTGTGTGGCCGATTAATCGAGGGGTATTTTTTATTTCACTTTGTGGGTTTTTTCCTTTCTCAAAATTGTTATATATACGATATAAATATTTTTTCGCTTTGTTTTATTTTTTAAAAAATCCTTGATATAATCTAAAATTTTACCATATTTTGTAAATATTTTAAATTTTTTTTGCTACTTATGATCATTTAACACAAAAATACATGTAAACAAGAATAAACTAAATAATTTGTTATTAAGAAGAAAGGTAAATGGCATTCGAAGAAGAAAGATGTTGGGCAAATAAGAGATACCAAAACCGACTGGTTCGGTTTAAGAATTCGTTCATATCCAACCGAACCGGGTTTTTTTTATATATATAAGCTTTAGGGTTTCTTTCTTCAACACTTCAGCCGCATCGTTCCTCTTCTCTAGGGCCATAGAGAAACCAGTGCGCCATTGCAGCGCTTAGTAACTTTCCTCCTCACTATCTTCATCCTTTGCTTCACTACTACGGTAAGTCGCTCTTACCAGTTCTAGTCTTTTGCTCTTTTGTTATTGTTTTCCTTTGGAGTTTTTCACTGTTGTAGTTTACTTTGATGCCCAATTCTATCACGTTTTCAGCTTGTGTTTTGTTTCGTTGCCAGTAGCTGGTGGGTTCTTGAGTTTTGTTGTTTTTGATATGTGCAGTAATTGATTGAAATATTAGAATACTCTAGATCTGTTAACGTTACTCTTGCTCATTTGAGTACCATTGTACTTGTTTATATCTATTTATAAAGTCCTGTTTTTATTAGTCTATTGTTGGTGAATTGAATAACAACAAGTTGATTTTTATCTGTCTAATTTCAGTTCGGATTTACAACTTCTATGGAGATGCTCGATTTCATTGCTAATCCGTTAATTTATCTTGGTTGTTTTTTTTTCCTCTCTTTCTGTTTTTCCTCTCATTAAGTTCTTCATTATGAATGGGGAATGTGGTTAGTTTACTTTAAGGGAAGGCGAGGATTGGCGCTGTTCAGTTTCCTTGCTTTTATAATTTTGTCTGTTGAATAATTGTATTTGGCTTCTCTTTGCAACTTTTATGCCGCAACCTTGTCTTGTGATTCCAATTTTAGGAAAATTTTGGATAATAGATTACCTCAACTGATTGATCCTTCCTATCAATTGGTTTCTTGGGTGTTCTCTCTCTGCCTTGGTGTGACAGATGGGAAAATGTGGAGTTCTTGATCGGAAATGGTCCTATTCTTATGATTTTCTCATTTTATCAACACATCTATGATCTACCTCTGCTGCTCCCATTTACATTTGAAATGTACGAGGTTTTAAATTTCCAAATGTTGTGTGTATTATTTTAGGAAAATGCAGCCTTTTAATTTAAGACTAGAGAGTTTAGCCATCTAATTTGAGGATGGGGAATATGAAAATGATTAGGTATCTGGATATGCCTAACATGTTTGATCGAATTAGTGCTCACTTTCTTTGTGTAAATAAATGGTCTACAGGAATAATGGCTGTTGAAGTTGATGTGGCAAACCAGGAACTGACCCAGTCTCATCACGATGTGAAGCTGTTCAACCGCTGGACCTTTGATGATGTCCAGGTGAACGACATCTCTTTGGTTGATTACATTGGGGTTGCACCTGCCAAGCATGCCACCTATGTCCCCCACACTGCTGGGAGGTATTCTGTCAAGCGCTTTCGGAAAGCTCAGTGCCCAATTGTGGAGAGGCTCACAAATTCACTTATGATGCATGGTAGAAACAATGGGAAGAAGCTTATGGCAGTCCGGATTATTAAGCATGCAATGGAGATCATTCATCTTCTAACTGATCTCAACCCAATTCAAGTTATTGTCGACGCTGTTGTTAACAGTGGGCCACGTGAAGATGCTACTCGAATCGGTTCAGCCGGTGTTGTTAGGCGTCAGGCTGTGGATATATCCCCTCTGCGTCGTGTTAACCAAGCAATCTATCTCCTTACGACTGGTGCCCGTGAGGCTGCTTTCAGAAATATCAAGACAATTGCAGAATGCTTAGCTGATGAACTGATTAATGCAGCAAAGGGTTCATCAAACAGTTATGCAATCAAGAAAAAGGATGAGATTGAGAGAGTTGCAAAGGCTAATCGTTGA

mRNA sequence

ATGAGTATCCAATTGCTTCCCGCCATTGCAAGAAGACTTGAAGGTAAGGTAGCCGTAATCACTGGTGGGGCTAGAGGAATTGGGGAACAAACAGCGAAGCTCTTCTTCAAGCATGGAGCCAAAGTGGTTATTGCAGACATTCAAGACCATTTAGGTCAAACAATATGTAACGATCTCGGTCAGTCATCTTCTGTATTCGTTCATTGCGACGTAACGAAAGAGAAAGACGTTGAAACTGCGATTGACACGGCAGTCTCCAAGTACGGAAAGTTAGACATCATGTTGAACAATGCAGGAGTTTTCGAAGAATCTCCAAACTTCAACATTCTGAAAGATGATCTATTAACCTTTCAGAGAGTGGTGAACGTCAACCTCGTTGGGGCCTTTCTCGGAACGAAACACGCAGCACGAGTAATGAAACCGGCGGGTCGAGGGAGCATCGTGACGACAGCGAGTATATGCTCGGTGATTGGGGGAATTGGGACGCATGCTTATACGAGCTCGAAGCATGGGGTGTTGGGATTGATGAGGAATGCAGCTGTGGATTTGGGAAGATATGGGATTAGGGTAAATTGTGTTTCACCAAGTGTAGTGCCAACTGAAATGGGAAGGAAGTTGTTAAAGGTTAAAGATGGTGGGGAATTTCCAAGTTTCTACTGGAATTTAAAAAATGGAGATACTTTAAGGGAAGAAGATGTGGGTGAAGCTGTTGTGTATTTGGGGAGTGACGAGTCCAAAGAGGAAGACTCAGATCGAAAGAAAATATCAAATCCTAAAAACAAAAAAGAAGGAATGATCAAATCCTCAATCGAAGGGAGGAAGCCGAGGCTGACCTGGAAATTTTCACGGAAGGTAGATCTGAATCCGAAGAAAAGTGGAGGACAAATGCAGAAGAGTAAAATAATTGAATGGATGGATGAGAACAAACAGCAAGCCATAGCCATGGGCGTCCCCTTGCTTCCAGCCGCTGCAAGAAGACTAGAAGGCAAAGTGGCAATAATCACAGGTGGAGCAAGAGGAATAGGAGAGTCCATTGCAAAACACTTCTTTAAGCATGGAGCAAAAGTTGTAATTGCAGACATCCTAGACGATTTAGGTAACTCTCTTTCCAACCATCTCTCCTCTTCATCTACTTCCTTCGTCCACTGCAACGTAACGAAAGAAACCGATGTCGAAAATGTCGTTAACACCGCCGTTTCCAAATACGGAAAGCTAGACATCATGTTCAACAACGCAGGCATTCCAGGAGCTCTCAAGTTCAACATACTCGAAAACGAATATTCAGACTTCCAAAACGTACTCAATGTCAACCTAGTTGGAGCATTTTTAGGCACAAAACATGCAGCAAAAGCGATGATTCCAGCAGGTCAAGGCAGCATAATTATAAGTGCAAGTGTTTGTTCAAGCATTGGTGGGATTGGGCCATATGCTTACACAAGTTCAAAGCATGGGTTGTTGGGATTAATGAGGAATGCAACTATTGATTTGGGAAGATATGGAATAAGGGTGAATTGTGTGTCACCTCATGTAGTCCCAACTCAAATGACAAGAGAACTTTTTAAGTTGAAAGATGGTGATGAGTTTCCTGATGTTTATTCTCATAATTTCAAATGTGGAGATATTTTATGGAAAGAAGATGTAGCTGAAGTTGGTTTGTATTTAGCTAGTGATGCATCTAGATTTGTTAGTGGACATAACTTTGTTCTTGATGGAGGCTTCACTGCAGGAAACCAAGGTAAATGGCATTCGAAGAAGAAAGATGTTGGGCAAATAAGAGATACCAAAACCGACTGGTTCGGTTTAAGAATTCGTTCATATCCAACCGAACCGGGAATAATGGCTGTTGAAGTTGATGTGGCAAACCAGGAACTGACCCAGTCTCATCACGATGTGAAGCTGTTCAACCGCTGGACCTTTGATGATGTCCAGGTGAACGACATCTCTTTGGTTGATTACATTGGGGTTGCACCTGCCAAGCATGCCACCTATGTCCCCCACACTGCTGGGAGGTATTCTGTCAAGCGCTTTCGGAAAGCTCAGTGCCCAATTGTGGAGAGGCTCACAAATTCACTTATGATGCATGGTAGAAACAATGGGAAGAAGCTTATGGCAGTCCGGATTATTAAGCATGCAATGGAGATCATTCATCTTCTAACTGATCTCAACCCAATTCAAGTTATTGTCGACGCTGTTGTTAACAGTGGGCCACGTGAAGATGCTACTCGAATCGGTTCAGCCGGTGTTGTTAGGCGTCAGGCTGTGGATATATCCCCTCTGCGTCGTGTTAACCAAGCAATCTATCTCCTTACGACTGGTGCCCGTGAGGCTGCTTTCAGAAATATCAAGACAATTGCAGAATGCTTAGCTGATGAACTGATTAATGCAGCAAAGGGTTCATCAAACAGTTATGCAATCAAGAAAAAGGATGAGATTGAGAGAGTTGCAAAGGCTAATCGTTGA

Coding sequence (CDS)

ATGAGTATCCAATTGCTTCCCGCCATTGCAAGAAGACTTGAAGGTAAGGTAGCCGTAATCACTGGTGGGGCTAGAGGAATTGGGGAACAAACAGCGAAGCTCTTCTTCAAGCATGGAGCCAAAGTGGTTATTGCAGACATTCAAGACCATTTAGGTCAAACAATATGTAACGATCTCGGTCAGTCATCTTCTGTATTCGTTCATTGCGACGTAACGAAAGAGAAAGACGTTGAAACTGCGATTGACACGGCAGTCTCCAAGTACGGAAAGTTAGACATCATGTTGAACAATGCAGGAGTTTTCGAAGAATCTCCAAACTTCAACATTCTGAAAGATGATCTATTAACCTTTCAGAGAGTGGTGAACGTCAACCTCGTTGGGGCCTTTCTCGGAACGAAACACGCAGCACGAGTAATGAAACCGGCGGGTCGAGGGAGCATCGTGACGACAGCGAGTATATGCTCGGTGATTGGGGGAATTGGGACGCATGCTTATACGAGCTCGAAGCATGGGGTGTTGGGATTGATGAGGAATGCAGCTGTGGATTTGGGAAGATATGGGATTAGGGTAAATTGTGTTTCACCAAGTGTAGTGCCAACTGAAATGGGAAGGAAGTTGTTAAAGGTTAAAGATGGTGGGGAATTTCCAAGTTTCTACTGGAATTTAAAAAATGGAGATACTTTAAGGGAAGAAGATGTGGGTGAAGCTGTTGTGTATTTGGGGAGTGACGAGTCCAAAGAGGAAGACTCAGATCGAAAGAAAATATCAAATCCTAAAAACAAAAAAGAAGGAATGATCAAATCCTCAATCGAAGGGAGGAAGCCGAGGCTGACCTGGAAATTTTCACGGAAGGTAGATCTGAATCCGAAGAAAAGTGGAGGACAAATGCAGAAGAGTAAAATAATTGAATGGATGGATGAGAACAAACAGCAAGCCATAGCCATGGGCGTCCCCTTGCTTCCAGCCGCTGCAAGAAGACTAGAAGGCAAAGTGGCAATAATCACAGGTGGAGCAAGAGGAATAGGAGAGTCCATTGCAAAACACTTCTTTAAGCATGGAGCAAAAGTTGTAATTGCAGACATCCTAGACGATTTAGGTAACTCTCTTTCCAACCATCTCTCCTCTTCATCTACTTCCTTCGTCCACTGCAACGTAACGAAAGAAACCGATGTCGAAAATGTCGTTAACACCGCCGTTTCCAAATACGGAAAGCTAGACATCATGTTCAACAACGCAGGCATTCCAGGAGCTCTCAAGTTCAACATACTCGAAAACGAATATTCAGACTTCCAAAACGTACTCAATGTCAACCTAGTTGGAGCATTTTTAGGCACAAAACATGCAGCAAAAGCGATGATTCCAGCAGGTCAAGGCAGCATAATTATAAGTGCAAGTGTTTGTTCAAGCATTGGTGGGATTGGGCCATATGCTTACACAAGTTCAAAGCATGGGTTGTTGGGATTAATGAGGAATGCAACTATTGATTTGGGAAGATATGGAATAAGGGTGAATTGTGTGTCACCTCATGTAGTCCCAACTCAAATGACAAGAGAACTTTTTAAGTTGAAAGATGGTGATGAGTTTCCTGATGTTTATTCTCATAATTTCAAATGTGGAGATATTTTATGGAAAGAAGATGTAGCTGAAGTTGGTTTGTATTTAGCTAGTGATGCATCTAGATTTGTTAGTGGACATAACTTTGTTCTTGATGGAGGCTTCACTGCAGGAAACCAAGGTAAATGGCATTCGAAGAAGAAAGATGTTGGGCAAATAAGAGATACCAAAACCGACTGGTTCGGTTTAAGAATTCGTTCATATCCAACCGAACCGGGAATAATGGCTGTTGAAGTTGATGTGGCAAACCAGGAACTGACCCAGTCTCATCACGATGTGAAGCTGTTCAACCGCTGGACCTTTGATGATGTCCAGGTGAACGACATCTCTTTGGTTGATTACATTGGGGTTGCACCTGCCAAGCATGCCACCTATGTCCCCCACACTGCTGGGAGGTATTCTGTCAAGCGCTTTCGGAAAGCTCAGTGCCCAATTGTGGAGAGGCTCACAAATTCACTTATGATGCATGGTAGAAACAATGGGAAGAAGCTTATGGCAGTCCGGATTATTAAGCATGCAATGGAGATCATTCATCTTCTAACTGATCTCAACCCAATTCAAGTTATTGTCGACGCTGTTGTTAACAGTGGGCCACGTGAAGATGCTACTCGAATCGGTTCAGCCGGTGTTGTTAGGCGTCAGGCTGTGGATATATCCCCTCTGCGTCGTGTTAACCAAGCAATCTATCTCCTTACGACTGGTGCCCGTGAGGCTGCTTTCAGAAATATCAAGACAATTGCAGAATGCTTAGCTGATGAACTGATTAATGCAGCAAAGGGTTCATCAAACAGTTATGCAATCAAGAAAAAGGATGAGATTGAGAGAGTTGCAAAGGCTAATCGTTGA

Protein sequence

MSIQLLPAIARRLEGKVAVITGGARGIGEQTAKLFFKHGAKVVIADIQDHLGQTICNDLGQSSSVFVHCDVTKEKDVETAIDTAVSKYGKLDIMLNNAGVFEESPNFNILKDDLLTFQRVVNVNLVGAFLGTKHAARVMKPAGRGSIVTTASICSVIGGIGTHAYTSSKHGVLGLMRNAAVDLGRYGIRVNCVSPSVVPTEMGRKLLKVKDGGEFPSFYWNLKNGDTLREEDVGEAVVYLGSDESKEEDSDRKKISNPKNKKEGMIKSSIEGRKPRLTWKFSRKVDLNPKKSGGQMQKSKIIEWMDENKQQAIAMGVPLLPAAARRLEGKVAIITGGARGIGESIAKHFFKHGAKVVIADILDDLGNSLSNHLSSSSTSFVHCNVTKETDVENVVNTAVSKYGKLDIMFNNAGIPGALKFNILENEYSDFQNVLNVNLVGAFLGTKHAAKAMIPAGQGSIIISASVCSSIGGIGPYAYTSSKHGLLGLMRNATIDLGRYGIRVNCVSPHVVPTQMTRELFKLKDGDEFPDVYSHNFKCGDILWKEDVAEVGLYLASDASRFVSGHNFVLDGGFTAGNQGKWHSKKKDVGQIRDTKTDWFGLRIRSYPTEPGIMAVEVDVANQELTQSHHDVKLFNRWTFDDVQVNDISLVDYIGVAPAKHATYVPHTAGRYSVKRFRKAQCPIVERLTNSLMMHGRNNGKKLMAVRIIKHAMEIIHLLTDLNPIQVIVDAVVNSGPREDATRIGSAGVVRRQAVDISPLRRVNQAIYLLTTGAREAAFRNIKTIAECLADELINAAKGSSNSYAIKKKDEIERVAKANR*

Homology

[Close]

BLAST of Chy12G212650 vs. ExPASy Swiss-Prot
Match: Q9ZUT9 (40S ribosomal protein S5-1 OS=Arabidopsis thaliana OX=3702 GN=RPS5A PE=1 SV=1)

HSP 1 Score: 358.2 bits (918), Expect = 2.4e-97
Identity = 181/207 (87.44%), Postives = 194/207 (93.72%), Query Frame = 0


Query: 613 MAVEVDVANQELTQSHHDVKLFNRWTFDDVQVNDISLVDYIGVAPAKHATYVPHTAGRYS 672
           MA   ++  +   Q  ++VKLFNRW+FDDV V DISLVDYIGV P+KHAT+VPHTAGRYS
Sbjct: 1   MAASAEIDAEIQQQLTNEVKLFNRWSFDDVSVTDISLVDYIGVQPSKHATFVPHTAGRYS 60

Query: 673 VKRFRKAQCPIVERLTNSLMMHGRNNGKKLMAVRIIKHAMEIIHLLTDLNPIQVIVDAVV 732
           VKRFRKAQCPIVERLTNSLMMHGRNNGKKLMAVRI+KHAMEIIHLL+DLNPIQVI+DA+V
Sbjct: 61  VKRFRKAQCPIVERLTNSLMMHGRNNGKKLMAVRIVKHAMEIIHLLSDLNPIQVIIDAIV 120

Query: 733 NSGPREDATRIGSAGVVRRQAVDISPLRRVNQAIYLLTTGAREAAFRNIKTIAECLADEL 792
           NSGPREDATRIGSAGVVRRQAVDISPLRRVNQAI+LLTTGAREAAFRNIKTIAECLADEL
Sbjct: 121 NSGPREDATRIGSAGVVRRQAVDISPLRRVNQAIFLLTTGAREAAFRNIKTIAECLADEL 180

Query: 793 INAAKGSSNSYAIKKKDEIERVAKANR 820
           INAAKGSSNSYAIKKKDEIERVAKANR
Sbjct: 181 INAAKGSSNSYAIKKKDEIERVAKANR 207

[Close]

BLAST of Chy12G212650 vs. ExPASy Swiss-Prot
Match: O65731 (40S ribosomal protein S5 (Fragment) OS=Cicer arietinum OX=3827 GN=RPS5 PE=2 SV=1)

HSP 1 Score: 357.1 bits (915), Expect = 5.4e-97
Identity = 180/190 (94.74%), Postives = 188/190 (98.95%), Query Frame = 0


Query: 630 DVKLFNRWTFDDVQVNDISLVDYIGVAPAKHATYVPHTAGRYSVKRFRKAQCPIVERLTN 689
           +VKLFNRW+FDDVQ++D+SL+DYIGV P+KHATYVPHTAGRYSVKRFRKAQCPIVERLTN
Sbjct: 8   EVKLFNRWSFDDVQLSDVSLIDYIGVVPSKHATYVPHTAGRYSVKRFRKAQCPIVERLTN 67

Query: 690 SLMMHGRNNGKKLMAVRIIKHAMEIIHLLTDLNPIQVIVDAVVNSGPREDATRIGSAGVV 749
           SLMMHGRNNGKKLMAVRIIKHAMEIIHLLTD NPIQVIVDAVVNSGPREDATRIGSAGVV
Sbjct: 68  SLMMHGRNNGKKLMAVRIIKHAMEIIHLLTDQNPIQVIVDAVVNSGPREDATRIGSAGVV 127

Query: 750 RRQAVDISPLRRVNQAIYLLTTGAREAAFRNIKTIAECLADELINAAKGSSNSYAIKKKD 809
           RRQAVDISPLRRVNQAIYLLTTGAREAAFRNIK+IAECLADELINAAKGSSNSYAIKKKD
Sbjct: 128 RRQAVDISPLRRVNQAIYLLTTGAREAAFRNIKSIAECLADELINAAKGSSNSYAIKKKD 187

Query: 810 EIERVAKANR 820
           EIERVAKANR
Sbjct: 188 EIERVAKANR 197

[Close]

BLAST of Chy12G212650 vs. ExPASy Swiss-Prot
Match: P51427 (40S ribosomal protein S5-2 OS=Arabidopsis thaliana OX=3702 GN=RPS5B PE=1 SV=2)

HSP 1 Score: 354.8 bits (909), Expect = 2.7e-96
Identity = 181/207 (87.44%), Postives = 192/207 (92.75%), Query Frame = 0


Query: 613 MAVEVDVANQELTQSHHDVKLFNRWTFDDVQVNDISLVDYIGVAPAKHATYVPHTAGRYS 672
           MA   DV  +      ++VKLFNRWT+DDV V DISLVDYIGV  AKHAT+VPHTAGRYS
Sbjct: 1   MATAADVDAEIQQALTNEVKLFNRWTYDDVTVTDISLVDYIGVQAAKHATFVPHTAGRYS 60

Query: 673 VKRFRKAQCPIVERLTNSLMMHGRNNGKKLMAVRIIKHAMEIIHLLTDLNPIQVIVDAVV 732
           VKRFRKAQCPIVERLTNSLMMHGRNNGKKLMAVRI+KHAMEIIHLL+DLNPIQVI+DA+V
Sbjct: 61  VKRFRKAQCPIVERLTNSLMMHGRNNGKKLMAVRIVKHAMEIIHLLSDLNPIQVIIDAIV 120

Query: 733 NSGPREDATRIGSAGVVRRQAVDISPLRRVNQAIYLLTTGAREAAFRNIKTIAECLADEL 792
           NSGPREDATRIGSAGVVRRQAVDISPLRRVNQAI+L+TTGAREAAFRNIKTIAECLADEL
Sbjct: 121 NSGPREDATRIGSAGVVRRQAVDISPLRRVNQAIFLITTGAREAAFRNIKTIAECLADEL 180

Query: 793 INAAKGSSNSYAIKKKDEIERVAKANR 820
           INAAKGSSNSYAIKKKDEIERVAKANR
Sbjct: 181 INAAKGSSNSYAIKKKDEIERVAKANR 207

[Close]

BLAST of Chy12G212650 vs. ExPASy Swiss-Prot
Match: Q5E988 (40S ribosomal protein S5 OS=Bos taurus OX=9913 GN=RPS5 PE=2 SV=3)

HSP 1 Score: 310.5 bits (794), Expect = 5.8e-83
Identity = 154/190 (81.05%), Postives = 174/190 (91.58%), Query Frame = 0


Query: 630 DVKLFNRWTFDDVQVNDISLVDYIGVAPAKHATYVPHTAGRYSVKRFRKAQCPIVERLTN 689
           D+KLF +W+ DDVQ+NDISL DYI V   K+A Y+PH+AGRY+ KRFRKAQCPIVERLTN
Sbjct: 16  DIKLFGKWSTDDVQINDISLQDYIAV-KEKYAKYLPHSAGRYAAKRFRKAQCPIVERLTN 75

Query: 690 SLMMHGRNNGKKLMAVRIIKHAMEIIHLLTDLNPIQVIVDAVVNSGPREDATRIGSAGVV 749
           S+MMHGRNNGKKLM VRI+KHA EIIHLLT  NP+QV+V+A++NSGPRED+TRIG AG V
Sbjct: 76  SMMMHGRNNGKKLMTVRIVKHAFEIIHLLTGENPLQVLVNAIINSGPREDSTRIGRAGTV 135

Query: 750 RRQAVDISPLRRVNQAIYLLTTGAREAAFRNIKTIAECLADELINAAKGSSNSYAIKKKD 809
           RRQAVD+SPLRRVNQAI+LL TGAREAAFRNIKTIAECLADELINAAKGSSNSYAIKKKD
Sbjct: 136 RRQAVDVSPLRRVNQAIWLLCTGAREAAFRNIKTIAECLADELINAAKGSSNSYAIKKKD 195

Query: 810 EIERVAKANR 820
           E+ERVAK+NR
Sbjct: 196 ELERVAKSNR 204

[Close]

BLAST of Chy12G212650 vs. ExPASy Swiss-Prot
Match: P46782 (40S ribosomal protein S5 OS=Homo sapiens OX=9606 GN=RPS5 PE=1 SV=4)

HSP 1 Score: 310.5 bits (794), Expect = 5.8e-83
Identity = 154/190 (81.05%), Postives = 174/190 (91.58%), Query Frame = 0


Query: 630 DVKLFNRWTFDDVQVNDISLVDYIGVAPAKHATYVPHTAGRYSVKRFRKAQCPIVERLTN 689
           D+KLF +W+ DDVQ+NDISL DYI V   K+A Y+PH+AGRY+ KRFRKAQCPIVERLTN
Sbjct: 16  DIKLFGKWSTDDVQINDISLQDYIAV-KEKYAKYLPHSAGRYAAKRFRKAQCPIVERLTN 75

Query: 690 SLMMHGRNNGKKLMAVRIIKHAMEIIHLLTDLNPIQVIVDAVVNSGPREDATRIGSAGVV 749
           S+MMHGRNNGKKLM VRI+KHA EIIHLLT  NP+QV+V+A++NSGPRED+TRIG AG V
Sbjct: 76  SMMMHGRNNGKKLMTVRIVKHAFEIIHLLTGENPLQVLVNAIINSGPREDSTRIGRAGTV 135

Query: 750 RRQAVDISPLRRVNQAIYLLTTGAREAAFRNIKTIAECLADELINAAKGSSNSYAIKKKD 809
           RRQAVD+SPLRRVNQAI+LL TGAREAAFRNIKTIAECLADELINAAKGSSNSYAIKKKD
Sbjct: 136 RRQAVDVSPLRRVNQAIWLLCTGAREAAFRNIKTIAECLADELINAAKGSSNSYAIKKKD 195

Query: 810 EIERVAKANR 820
           E+ERVAK+NR
Sbjct: 196 ELERVAKSNR 204

[Close]

BLAST of Chy12G212650 vs. ExPASy TrEMBL
Match: A0A6N2LW37 (Uncharacterized protein OS=Salix viminalis OX=40686 GN=SVIM_LOCUS244872 PE=3 SV=1)

HSP 1 Score: 602.1 bits (1551), Expect = 3.6e-168
Identity = 323/578 (55.88%), Postives = 397/578 (68.69%), Query Frame = 0


Query: 2   SIQLLPAIARRLEGKVAVITGGARGIGEQTAKLFFKHGAKVVIADIQDHLGQTICNDLGQ 61
           SI L+ A  RRLEGKVA+ITGG+ GIGE TA+LF KHGAKVVIADIQD LG ++CNDL  
Sbjct: 3   SISLVSAALRRLEGKVALITGGSSGIGESTARLFAKHGAKVVIADIQDELGHSVCNDLKT 62

Query: 62  SSSVFVHCDVTKEKDVETAIDTAVSKYGKLDIMLNNAGVFEESPNFNILKDDLLTFQRVV 121
            S+ FVHCDVT+EKDVE A+ TAVS++GKLDIM NNAG+ E++P  NIL +D   F++VV
Sbjct: 63  ESASFVHCDVTQEKDVENAVSTAVSRHGKLDIMFNNAGIIEKTPKPNILDNDKAEFEKVV 122

Query: 122 NVNLVGAFLGTKHAARVMKPAGRGSIVTTASICSVIGGIGTHAYTSSKHGVLGLMRNAAV 181
            VNLVGAFLGTKHAARVM PA RGSI++TAS+C  IGG+ THAYTSSKHG++GLMRN AV
Sbjct: 123 GVNLVGAFLGTKHAARVMIPARRGSIISTASVCGTIGGVATHAYTSSKHGIIGLMRNTAV 182

Query: 182 DLGRYGIRVNCVSPSVVPTEMGRKLLKVKDGGEFPSFYWNLKNGDTLREEDVGEAVVYLG 241
           +LG++GIRVNCVSP +V T + R   K+ +  E    Y NLK+   L+ ED+ EAV++LG
Sbjct: 183 ELGQHGIRVNCVSPYLVSTPLARDFFKLDEDDEEKRVYSNLKDA-VLKAEDIAEAVLFLG 242

Query: 242 SDESKEEDSDRKKISNPKNKKEGMIKSSIEGRKPRLTWKFSRKVDLNPKKSGGQMQKSKI 301
           SDESK                                                       
Sbjct: 243 SDESK------------------------------------------------------- 302

Query: 302 IEWMDENKQQAIAMGVPLLPAAARRLEGKVAIITGGARGIGESIAKHFFKHGAKVVIADI 361
                                    LEGKVA+ITGGARGIGE+ A+HFFKHGA+VVIADI
Sbjct: 303 -------------------------LEGKVAVITGGARGIGEATARHFFKHGARVVIADI 362

Query: 362 LDDLGNSLSNHLSSSSTSFVHCNVTKETDVENVVNTAVSKYGKLDIMFNNAGIPGALKFN 421
            D+L +S+   LSS S SF+HC+VT+ETDVEN VNTAVS++GKLDIMFNNAGI G +K +
Sbjct: 363 QDELAHSVCKDLSSESASFIHCDVTRETDVENAVNTAVSRHGKLDIMFNNAGIRGVVKTD 422

Query: 422 ILENEYSDFQNVLNVNLVGAFLGTKHAAKAMIPAGQGSIIISASVCSSIGGIGPYAYTSS 481
           ++E   S+F++V+ VNLVGAFLGTKHAA+ M  A QGSII ++SVC  +GG   +AYTS+
Sbjct: 423 MVEVSMSEFEDVVRVNLVGAFLGTKHAARVMKLARQGSIITTSSVCGVLGGFASHAYTST 482

Query: 482 KHGLLGLMRNATIDLGRYGIRVNCVSPHVVPTQMTRELFKLKDGDEFPDVYSHNFKCGDI 541
           KHG+LGLMRN+ ++LG++GIRVNCVSP+ V T+M+R   K+ D DE    YS N K G I
Sbjct: 483 KHGVLGLMRNSAVELGQFGIRVNCVSPYTVATEMSRNFLKMTD-DEIRSGYS-NLK-GAI 496

Query: 542 LWKEDVAEVGLYLASDASRFVSGHNFVLDGGFTAGNQG 580
           L  EDVAE  L+LASD SR+VSGHN V+DGGFT  N G
Sbjct: 543 LRPEDVAEAALFLASDDSRYVSGHNLVVDGGFTIVNNG 496

[Close]

BLAST of Chy12G212650 vs. ExPASy TrEMBL
Match: A0A3S3P3S7 (Glucose/ribitol dehydrogenase OS=Cinnamomum micranthum f. kanehirae OX=337451 GN=CKAN_01101500 PE=4 SV=1)

HSP 1 Score: 522.3 bits (1344), Expect = 3.6e-144
Identity = 281/569 (49.38%), Postives = 378/569 (66.43%), Query Frame = 0


Query: 12  RLEGKVAVITGGARGIGEQTAKLFFKHGAKVVIADIQDHLGQTICNDLGQSSSVFVHCDV 71
           RLEGKVA+ITGGA GIG +TAKLF ++GAKVVIAD+ + +GQ +C +LG   + F+HCDV
Sbjct: 272 RLEGKVALITGGAGGIGSRTAKLFSQNGAKVVIADLNEEIGQAVCKELGPQGATFIHCDV 331

Query: 72  TKEKDVETAIDTAVSKYGKLDIMLNNAGVFEESPNFNILKDDLLTFQRVVNVNLVGAFLG 131
           TKE +V+ A+D  VSKYGKLDIM NNAG+  E P  +I++ +   F+RV++ N++G FLG
Sbjct: 332 TKEDNVQNAVDATVSKYGKLDIMFNNAGII-ELPKPSIVETEKSDFERVLSTNVIGVFLG 391

Query: 132 TKHAARVMKPAGRGSIVTTASICSVIGGIGTHAYTSSKHGVLGLMRNAAVDLGRYGIRVN 191
           TKHAARVM PA RGSI+ T+S  S++GGI  HAYTSSKH V+GL  NAA++LG++G+RVN
Sbjct: 392 TKHAARVMIPARRGSIINTSSNASIMGGITPHAYTSSKHAVVGLTINAAIELGQFGVRVN 451

Query: 192 CVSPSVVPTEMGRKLLKV-KDGGEFPSFYWNLKNGDTLREEDVGEAVVYLGSDESKE--E 251
           CV+P +VPT M   L K+ ++     +   ++  G +L+ ED+ EA ++LGSDES+   E
Sbjct: 452 CVAPHLVPTPMTTSLFKMGEEELAERAASCSILKGISLKAEDIAEAALFLGSDESRNFTE 511

Query: 252 DSDRKKISNPKNKKEGMIKSSIEGRKPRLTWKFSRKVDLNPKKSGGQMQKSKIIEWMDEN 311
             +RK            +KS I G    L+                              
Sbjct: 512 HGERKATD---------LKSKIMGSSSALS------------------------------ 571

Query: 312 KQQAIAMGVPLLPAAARRLEGKVAIITGGARGIGESIAKHFFKHGAKVVIADILDDLGNS 371
                           RRLEGKVA+ITGGA GIG   AK F ++GAKVVIAD+ +++G +
Sbjct: 572 -------------LVTRRLEGKVALITGGAGGIGSRTAKLFSQNGAKVVIADLNEEIGRA 631

Query: 372 LSNHLSSSSTSFVHCNVTKETDVENVVNTAVSKYGKLDIMFNNAGIPGALKFNILENEYS 431
           +   L     +F+HC+VTKE +V+N V+  VSKYGKLDIMFNNAGI    K +I+E E S
Sbjct: 632 VCKELGPQGATFIHCDVTKEDNVQNAVDATVSKYGKLDIMFNNAGIMELPKPSIVETEKS 691

Query: 432 DFQNVLNVNLVGAFLGTKHAAKAMIPAGQGSIIISASVCSSIGGIGPYAYTSSKHGLLGL 491
           DF+ VL+ N++G FLGTKHAA+ MIPA +GSII ++SV S +GGI P+AYTSSKH ++GL
Sbjct: 692 DFERVLSTNVIGVFLGTKHAARVMIPARRGSIINTSSVASIMGGITPHAYTSSKHAVVGL 751

Query: 492 MRNATIDLGRYGIRVNCVSPHVVPTQMTRELFKLKDGDEFPDVYSHNFKCGDILWKEDVA 551
             NA I+LG++G+RVNCV+PHVVPT M+  LFK+ + +    V+S +   G  L  ED+A
Sbjct: 752 TTNAAIELGQFGVRVNCVAPHVVPTPMSTSLFKMGEEELAERVHSCSILKGISLKAEDIA 787

Query: 552 EVGLYLASDASRFVSGHNFVLDGGFTAGN 578
           E  L+L SD SR+V+GHN V+DGG+T  N
Sbjct: 812 EAALFLGSDESRYVNGHNLVVDGGYTVTN 787

[Close]

BLAST of Chy12G212650 vs. ExPASy TrEMBL
Match: A0A4D6LHH5 (Momilactone-A synthase OS=Vigna unguiculata OX=3917 GN=DEO72_LG3g2553 PE=4 SV=1)

HSP 1 Score: 516.5 bits (1329), Expect = 2.0e-142
Identity = 305/590 (51.69%), Postives = 385/590 (65.25%), Query Frame = 0


Query: 5   LLPAIARRLEGKVAVITGGARGIGEQTAKLFFKHGAKVVIADIQDHLGQTICNDLGQSSS 64
           +L A+ +RLEGKVA+ITGGA GIGE TA+LF +HGA VV+ADIQD +G ++CN+L   S+
Sbjct: 6   VLSAVVKRLEGKVAIITGGASGIGEATARLFSQHGAHVVVADIQDDVGLSLCNEL--ESA 65

Query: 65  VFVHCDVTKEKDVETAIDTAVSKYGKLDIMLNNAGVFEESPNFNILKDDLLTFQRVVNVN 124
           ++VHCDVTKE+D+E  +DTAVSK+GKLDIM NNAG  +E    +IL +    F+RV+ VN
Sbjct: 66  IYVHCDVTKEEDIEKCVDTAVSKFGKLDIMFNNAGTGDEFKR-SILDNTKSDFERVIRVN 125

Query: 125 LVGAFLGTKHAARVMKPA--GRGSIVTTASICSVIGGIGTHAYTSSKHGVLGLMRNAAVD 184
           LVG FLGTKHAARVM P   GRG I+ TAS+   IGG  THA TSSKH ++GL +N AV+
Sbjct: 126 LVGPFLGTKHAARVMIPGRRGRGGIINTASVAGCIGGGATHASTSSKHALVGLTKNTAVE 185

Query: 185 LGRYGIRVNCVSPSVVPTEMGRKLLKVKDGGEFPSFYWNLKNGDTLREEDVGEAVVYLGS 244
           LG++GIRVNCVSP  + T +  K   + + G     Y NLK    +   DV EA +YL S
Sbjct: 186 LGQFGIRVNCVSPFAIVTPLLNKYFNLDEEG-VRKTYMNLKGWYPV-PNDVAEAALYLAS 245

Query: 245 DESKEEDSDRKKISNPKNKKEGMIKSSIEGRKPRLTWKFSRK-------------VDLNP 304
           DESK   S    I        G+I S++      +   +  K              + N 
Sbjct: 246 DESKFVSSHNLVIDG------GLINSNVGFPMFEIKRHYYEKNHMFLSILYLISIFERNL 305

Query: 305 KKSGGQMQKSKIIEWMDENKQQAIAMGVPLLPAAARRLEGKVAIITGGARGIGESIAKHF 364
               G +  S  + +   +K   +A G  +L  A +RLEGKVAIITGGA GIGE+ A+ F
Sbjct: 306 AFLNGHL-FSHFVRFFIYSKTSLMANG-SVLSVAVKRLEGKVAIITGGASGIGEATARLF 365

Query: 365 FKHGAKVVIADILDDLGNSLSNHLSSSSTSFVHCNVTKETDVENVVNTAVSKYGKLDIMF 424
            +HGA VV+ADI DD+G SL N L S+   +VHC+VTKE DVEN VN AVSK+GKLDIMF
Sbjct: 366 SQHGAHVVVADIQDDVGLSLCNELESA--IYVHCDVTKEEDVENCVNIAVSKFGKLDIMF 425

Query: 425 NNAGIPGALKFNILENEYSDFQNVLNVNLVGAFLGTKHAAKAMIPAGQGSIIISASVCSS 484
           NNAG     K +IL+N  SDF+ V++VNLVG FLGTKHAA+ MIPA +G II +ASV   
Sbjct: 426 NNAGTGDEFKRSILDNTKSDFERVISVNLVGPFLGTKHAARVMIPARKGCIINTASVAGC 485

Query: 485 IGGIGPYAYTSSKHGLLGLMRNATIDLGRYGIRVNCVSPHVVPTQMTRELFKLKDGDEFP 544
           IGG   +AYTSSKH L+GL +N  ++LG++GIRVNCVSP  V T +  + F L D +   
Sbjct: 486 IGGGATHAYTSSKHALVGLTKNTAVELGQFGIRVNCVSPFAVATPLLSKYFNL-DEEGVR 545

Query: 545 DVYSHNFKCGDILWKEDVAEVGLYLASDASRFVSGHNFVLDGGFTAGNQG 580
           + YS N K G  L   DVAE  LYLASD S++VS HN VLDGG T  N G
Sbjct: 546 EAYS-NLK-GSYLVPNDVAEAALYLASDESKYVSAHNLVLDGGLTNSNVG 577

[Close]

BLAST of Chy12G212650 vs. ExPASy TrEMBL
Match: A0A0A0LT69 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_1G168890 PE=4 SV=1)

HSP 1 Score: 513.5 bits (1321), Expect = 1.7e-141
Identity = 257/265 (96.98%), Postives = 260/265 (98.11%), Query Frame = 0


Query: 315 MGVPLLPAAARRLEGKVAIITGGARGIGESIAKHFFKHGAKVVIADILDDLGNSLSNHLS 374
           MGVPLLPAAARRLEGK AIITGGARGIGESIAKHFF  GAKVVIADILDDLGNSLSNHLS
Sbjct: 1   MGVPLLPAAARRLEGKAAIITGGARGIGESIAKHFFNPGAKVVIADILDDLGNSLSNHLS 60

Query: 375 SSSTSFVHCNVTKETDVENVVNTAVSKYGKLDIMFNNAGIPGALKFNILENEYSDFQNVL 434
           SSSTSFVHCNVTKETDVENVVNTAVSKYGKLDIMFNNAGIPGALKFNILENEYSDFQNVL
Sbjct: 61  SSSTSFVHCNVTKETDVENVVNTAVSKYGKLDIMFNNAGIPGALKFNILENEYSDFQNVL 120

Query: 435 NVNLVGAFLGTKHAAKAMIPAGQGSIIISASVCSSIGGIGPYAYTSSKHGLLGLMRNATI 494
           NVNLVGAFLGTKHAAKAMIPAGQGSI+I+ASVCSSIGGIGPYAYTSSKHGLLGLMRNATI
Sbjct: 121 NVNLVGAFLGTKHAAKAMIPAGQGSIVITASVCSSIGGIGPYAYTSSKHGLLGLMRNATI 180

Query: 495 DLGRYGIRVNCVSPHVVPTQMTRELFKLKDGDEFPDVYSHNFKCGDILWKEDVAEVGLYL 554
           DLGRYGI+VNCVSPHVVPTQMTRE FKLKDGDEFPDVYSHNFKCGDIL KEDVAEVGLYL
Sbjct: 181 DLGRYGIKVNCVSPHVVPTQMTREHFKLKDGDEFPDVYSHNFKCGDILRKEDVAEVGLYL 240

Query: 555 ASDASRFVSGHNFVLDGGFTAGNQG 580
           ASDASRFVSGHNFVLDGGFTAGNQG
Sbjct: 241 ASDASRFVSGHNFVLDGGFTAGNQG 265

[Close]

BLAST of Chy12G212650 vs. ExPASy TrEMBL
Match: A0A118JYF1 (Glucose/ribitol dehydrogenase OS=Cynara cardunculus var. scolymus OX=59895 GN=Ccrd_000197 PE=4 SV=1)

HSP 1 Score: 511.5 bits (1316), Expect = 6.4e-141
Identity = 274/566 (48.41%), Postives = 362/566 (63.96%), Query Frame = 0


Query: 12  RLEGKVAVITGGARGIGEQTAKLFFKHGAKVVIADIQDHLGQTICNDLGQSSSVFVHCDV 71
           RLE KVA++TGGA+GIGE   + F KHGAKVVI DI+D LG+ IC DLG     F+HCDV
Sbjct: 15  RLENKVAIVTGGAQGIGECIVRSFVKHGAKVVIVDIKDDLGELICKDLGAEFVSFIHCDV 74

Query: 72  TKEKDVETAIDTAVSKYGKLDIMLNNAGVFEESPNFNILKDDLLTFQRVVNVNLVGAFLG 131
           + E DVE AI+T + ++GKLDIM+NNAG+  ++P  +IL +D   F+RV++VNL+GAFLG
Sbjct: 75  SVESDVENAINTTIGRHGKLDIMVNNAGI-GDAPKLSILDNDKADFERVISVNLIGAFLG 134

Query: 132 TKHAARVMKPAGRGSIVTTASICSVIGGIGTHAYTSSKHGVLGLMRNAAVDLGRYGIRVN 191
           TKHAARVM P   GSI+TTAS+CS+ GG+ +HAYTSSKHGV+GL +N A +LG+Y IRVN
Sbjct: 135 TKHAARVMIPKCSGSIITTASVCSITGGVASHAYTSSKHGVVGLAKNVAAELGKYQIRVN 194

Query: 192 CVSPSVVPTEMGRKLLKVKDGGEFPSFYWNLKNGDTLREEDVGEAVVYLGSDESKEEDSD 251
           C+SP  +PT +  K     D  E  + Y NLK G TL  +DV  A V+L SDES      
Sbjct: 195 CISPHFIPTLLAMKFF---DMDENSTVYSNLK-GKTLGPQDVANAAVFLASDES------ 254

Query: 252 RKKISNPKNKKEGMIKSSIEGRKPRLTWKFSRKVDLNPKKSGGQMQKSKIIEWMDENKQQ 311
                                                              E+M      
Sbjct: 255 ---------------------------------------------------EYM-SGHNL 314

Query: 312 AIAMGVPLLPAAARRLEGKVAIITGGARGIGESIAKHFFKHGAKVVIADILDDLGNSLSN 371
            +  G  +L  +   LE KVAI+TGGA+GIGE I + F KHGAKVVI D+ DDLG  +  
Sbjct: 315 VVDGGYSVLNPSFGLLENKVAIVTGGAQGIGECIVRSFVKHGAKVVILDVKDDLGQLVCQ 374

Query: 372 HLSSSSTSFVHCNVTKETDVENVVNTAVSKYGKLDIMFNNAGIPGALKFNILENEYSDFQ 431
            L     SFVHC++T E+DVEN +NT V+++GKLDIM NNAGI    K +IL+N+ +DF+
Sbjct: 375 DLGVECVSFVHCDITLESDVENAINTTVARHGKLDIMVNNAGIVDEPKLSILDNDKADFE 434

Query: 432 NVLNVNLVGAFLGTKHAAKAMIPAGQGSIIISASVCSSIGGIGPYAYTSSKHGLLGLMRN 491
            V++VNL+G FLGTKHAA+ MIP   GSII +AS+CS  GG+  +AYTSSKHG++GL +N
Sbjct: 435 RVISVNLIGVFLGTKHAARVMIPKCSGSIITTASICSITGGVASHAYTSSKHGVVGLAKN 494

Query: 492 ATIDLGRYGIRVNCVSPHVVPTQMTRELFKLKDGDEFPDVYSHNFKCGDILWKEDVAEVG 551
              +LG+Y IRVNC+SP+V+PT +  + FK+   DE   V+S+    G  L  +D+A   
Sbjct: 495 VVAELGKYQIRVNCISPYVIPTPLAIKFFKM---DENSTVFSN--LNGKTLGPQDIANAA 512

Query: 552 LYLASDASRFVSGHNFVLDGGFTAGN 578
           ++LASD S ++SGHN V+DGG++  N
Sbjct: 555 VFLASDESEYMSGHNLVVDGGYSVLN 512

[Close]

BLAST of Chy12G212650 vs. NCBI nr
Match: KAE8652818.1 (hypothetical protein Csa_022860 [Cucumis sativus])

HSP 1 Score: 873 bits (2255), Expect = 1.39e-312
Identity = 457/505 (90.50%), Postives = 464/505 (91.88%), Query Frame = 0


Query: 315 MGVPLLPAAARRLEGKVAIITGGARGIGESIAKHFFKHGAKVVIADILDDLGNSLSNHLS 374
           MGVP         EGK AIITGGARGIGESIAKHFF  GAKVVIADILDDLGNSLSNHLS
Sbjct: 1   MGVPCFQLLQE--EGKAAIITGGARGIGESIAKHFFNPGAKVVIADILDDLGNSLSNHLS 60

Query: 375 SSSTSFVHCNVTKETDVENVVNTAVSKYGKLDIMFNNAGIPGALKFNILENEYSDFQNVL 434
           SSSTSFVHCNVTKETDVENVVNTAVSKYGKLDIMFNNAGIPGALKFNILENEYSDFQNVL
Sbjct: 61  SSSTSFVHCNVTKETDVENVVNTAVSKYGKLDIMFNNAGIPGALKFNILENEYSDFQNVL 120

Query: 435 NVNLVGAFLGTKHAAKAMIPAGQGSIIISASVCSSIGGIGPYAYTSSKHGLLGLMRNATI 494
           NVNLVGAFLGTKHAAKAMIPAGQGSI+I+ASVCSSIGGIGPYAYTSSKHGLLGLMRNATI
Sbjct: 121 NVNLVGAFLGTKHAAKAMIPAGQGSIVITASVCSSIGGIGPYAYTSSKHGLLGLMRNATI 180

Query: 495 DLGRYGIRVNCVSPHVVPTQMTRELFKLKDGDEFPDVYSHNFKCGDILWKEDVAEVGLYL 554
           DLGRYGI+VNCVSPHVVPTQMTRE FKLKDGDEFPDVYSHNFKCGDIL KEDVAEVGLYL
Sbjct: 181 DLGRYGIKVNCVSPHVVPTQMTREHFKLKDGDEFPDVYSHNFKCGDILRKEDVAEVGLYL 240

Query: 555 ASDASRFVSGHNFVLDGGFTAGNQGKWHSKKKDVGQIRDTKTDWFGLRIRSYPTEPGIMA 614
           ASDASRFVSGHNFVLDGGFTAGNQG                       + SY  + GIMA
Sbjct: 241 ASDASRFVSGHNFVLDGGFTAGNQG-----------------------LCSYQ-QFGIMA 300

Query: 615 VEVDVANQELTQSHHDVKLFNRWTFDDVQVNDISLVDYIGVAPAKHATYVPHTAGRYSVK 674
           VEVDVA+QELTQSHHDVKLFNRWTFDDVQVNDISLVDY+GVAPAKHATYVPHTAGRYSVK
Sbjct: 301 VEVDVASQELTQSHHDVKLFNRWTFDDVQVNDISLVDYVGVAPAKHATYVPHTAGRYSVK 360

Query: 675 RFRKAQCPIVERLTNSLMMHGRNNGKKLMAVRIIKHAMEIIHLLTDLNPIQVIVDAVVNS 734
           RFRKAQCPIVERLTNSLMMHGRNNGKKLMAVRIIKHAMEIIHLLTDLNPIQVIVDAVVNS
Sbjct: 361 RFRKAQCPIVERLTNSLMMHGRNNGKKLMAVRIIKHAMEIIHLLTDLNPIQVIVDAVVNS 420

Query: 735 GPREDATRIGSAGVVRRQAVDISPLRRVNQAIYLLTTGAREAAFRNIKTIAECLADELIN 794
           GPREDATRIGSAGVVRRQAVDISPLRRVNQAIYLLTTGAREAAFRNIKTIAECLADELIN
Sbjct: 421 GPREDATRIGSAGVVRRQAVDISPLRRVNQAIYLLTTGAREAAFRNIKTIAECLADELIN 479

Query: 795 AAKGSSNSYAIKKKDEIERVAKANR 819
           AAKGSSNSYAIKKKDEIERVAKANR
Sbjct: 481 AAKGSSNSYAIKKKDEIERVAKANR 479

[Close]

BLAST of Chy12G212650 vs. NCBI nr
Match: KAG6583702.1 (hypothetical protein SDJN03_19634, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 589 bits (1518), Expect = 3.66e-201
Identity = 316/497 (63.58%), Postives = 372/497 (74.85%), Query Frame = 0


Query: 1   MSIQLLPAIARRLEGKVAVITGGARGIGEQTAKLFFKHGAKVVIADIQDHLGQTICNDLG 60
           M I LLP  ARRLEGKVAVITG ARGIGE TAKLFFKHGAKVV+ADI D +G ++   L 
Sbjct: 1   MGISLLPVAARRLEGKVAVITGAARGIGESTAKLFFKHGAKVVLADILDDVGHSLSRHLC 60

Query: 61  QSSSVFVHCDVTKEKDVETAIDTAVSKYGKLDIMLNNAGVFEESPNFNILKDDLLTFQRV 120
            SSS FVHCDVTKEKD+E A++TA+SKYGKLDIMLNNAG+   +  FNIL+++L  FQ+V
Sbjct: 61  SSSSSFVHCDVTKEKDIENAVNTAISKYGKLDIMLNNAGI-SGTLKFNILENELSDFQKV 120

Query: 121 VNVNLVGAFLGTKHAARVMKPAGRGSIVTTASICSVIGGIGTHAYTSSKHGVLGLMRNAA 180
           +NVNL+GAFLGTKHAA+ M PA +GSI+  AS CS+IGGIG +AYTSSKHG+LGLM+NA 
Sbjct: 121 LNVNLLGAFLGTKHAAKAMIPARQGSIIIMASGCSIIGGIGPYAYTSSKHGLLGLMKNAT 180

Query: 181 VDLGRYGIRVNCVSPSVVPTEMGRKLLKVKDGGEFPSFYWNLKNGDTLREEDVGEAVVYL 240
           +DLGRYGIRVNCVSP VVP++M R L K++DG EFP+ Y + K GD LR ED+ EA +YL
Sbjct: 181 IDLGRYGIRVNCVSPHVVPSQMTRDLFKLEDGDEFPNVYSHFKCGDILRPEDIAEAALYL 240

Query: 241 GSDESKEEDSDRKKISNPKNKKEGMIKSSIEGRKPRLTWKFSRKVDLNPKKSGGQMQKSK 300
            SD S+                       + G    +   F+     N K     ++K  
Sbjct: 241 ASDASR----------------------FVSGHNLIVDGGFTSANQDNNK-----VEK-- 300

Query: 301 IIEWMDENKQQAIAMGVPLLPAAARRLEGKVAIITGGARGIGESIAKHFFKHGAKVVIAD 360
                +  ++   AMGV LLPAAAR LEGKV +ITG ARGIGES AK FFKHGAKVV+AD
Sbjct: 301 -----ERRRRTRAAMGVSLLPAAARWLEGKVDVITGAARGIGESTAKLFFKHGAKVVLAD 360

Query: 361 ILDDLGNSLSNHLSSSSTSFVHCNVTKETDVENVVNTAVSKYGKLDIMFNNAGIPGALKF 420
           ILDD+G+SLS H  S+S+SF+HC+VTKE D++N VNT +SK GKLDIM NN GI G LKF
Sbjct: 361 ILDDVGHSLSRHQCSTSSSFIHCDVTKEKDIKNTVNTVISKDGKLDIMLNNVGISGTLKF 420

Query: 421 NILENEYSDFQNVLNVNLVGAFLGTKHAAKAMIPAGQGSIIISASVCSSIGGIGPYAYTS 480
           NILENE SDFQ VLNVNL+GAFLGTKHA +AMIPA QGSIII AS  S IGGIGPYAYTS
Sbjct: 421 NILENELSDFQKVLNVNLLGAFLGTKHATRAMIPAHQGSIIIMASGFSIIGGIGPYAYTS 462

Query: 481 SKHGLLGLMRNATIDLG 497
           SKHGLLGLM+NAT+DLG
Sbjct: 481 SKHGLLGLMKNATVDLG 462

[Close]

BLAST of Chy12G212650 vs. NCBI nr
Match: CBI28275.3 (unnamed protein product, partial [Vitis vinifera])

HSP 1 Score: 582 bits (1499), Expect = 1.54e-192
Identity = 323/577 (55.98%), Postives = 398/577 (68.98%), Query Frame = 0


Query: 1   MSIQLLPAIARRLEGKVAVITGGARGIGEQTAKLFFKHGAKVVIADIQDHLGQTICNDLG 60
           +S  LL ++ARRLEGKVAVITGGA GIG  TAKLF +HGAKV+IADIQ   G +IC DLG
Sbjct: 2   VSSSLLSSVARRLEGKVAVITGGAGGIGSCTAKLFCQHGAKVLIADIQYEKGHSICKDLG 61

Query: 61  QSSSVFVHCDVTKEKDVETAIDTAVSKYGKLDIMLNNAGVFEESPNFNILKDDLLTFQRV 120
            +S+ FVHCDVTKE DV  AID A+SKYGKLDIM NNAG+       NIL +D   F+  
Sbjct: 62  PTSASFVHCDVTKELDVGNAIDKAISKYGKLDIMFNNAGILGPYRP-NILDNDADEFENT 121

Query: 121 VNVNLVGAFLGTKHAARVMKPAGRGSIVTTASICSVIGGIGTHAYTSSKHGVLGLMRNAA 180
           + VN++G FLGTKHAARVM PAGRGSI+ TAS+CSV+GG+ TH+YTSSKH +LGL RN A
Sbjct: 122 MRVNVLGTFLGTKHAARVMAPAGRGSIINTASVCSVVGGVATHSYTSSKHAILGLTRNTA 181

Query: 181 VDLGRYGIRVNCVSPSVVPTEMGRKLLKVKDGGEFPSFYWNLKNGDTLREEDVGEAVVYL 240
           V+LG++GIRVNCVSP +VPT + RK + + +   F   Y NLK G +L  EDV EAV+Y+
Sbjct: 182 VELGKFGIRVNCVSPYLVPTSLSRKFMNLGEDDPFVKVYSNLK-GVSLEVEDVAEAVLYM 241

Query: 241 GSDESKEEDSDRKKISNPKNKKEGMIKSSIEGRKPRLTWKFSRKVDLNPKKSGGQMQKSK 300
           GSD+SK                       + G    L   F     +           + 
Sbjct: 242 GSDDSK----------------------YVSGHNLVLDGSFILISGIQ----------AS 301

Query: 301 IIEWMDENKQQAIAMGVPLLPAAARRLEGKVAIITGGARGIGESIAKHFFKHGAKVVIAD 360
           I  W    K Q +  G+         L GKVA+ITGGA GIGES A+ F +HGAKVVIAD
Sbjct: 302 IYLWQVFLKSQLLLEGM---------LNGKVALITGGASGIGESTARLFSRHGAKVVIAD 361

Query: 361 ILDDLGNSLSNHLSSSSTSFVHCNVTKETDVENVVNTAVSKYGKLDIMFNNAGIPGALKF 420
           I D+LG S+   LS +S SFVHC+VT E +VEN VN AV+ +GKLDIMFNNAGI G  K 
Sbjct: 362 IQDNLGLSVCKDLSPTSASFVHCDVTNEKEVENAVNLAVATHGKLDIMFNNAGIAGEAKP 421

Query: 421 NILENEYSDFQNVLNVNLVGAFLGTKHAAKAMIPAGQGSIIISASVCSSIGGIGPYAYTS 480
           +IL+N+ ++F+ VLNVN+VGAFLGTKHAA+ MIPAG GSII +ASVCS++GG   +AYTS
Sbjct: 422 HILDNDKTEFERVLNVNVVGAFLGTKHAARVMIPAGNGSIITTASVCSTVGGGASHAYTS 481

Query: 481 SKHGLLGLMRNATIDLGRYGIRVNCVSPHVVPTQMTRELFKLKDGDEFPDVYSHNFKCGD 540
           SKH ++GL RNA ++LG+YGIRVNCVSP++V T + ++LFKL D D    VYS N K G 
Sbjct: 482 SKHAVVGLARNAAVELGKYGIRVNCVSPYLVATPLAKDLFKL-DDDGVSGVYS-NLK-GK 532

Query: 541 ILWKEDVAEVGLYLASDASRFVSGHNFVLDGGFTAGN 577
           +L  EDVAE  LYLA D S++VSGHN ++DGGFT  N
Sbjct: 542 VLNAEDVAEAALYLAGDESKYVSGHNLLVDGGFTVVN 532

[Close]

BLAST of Chy12G212650 vs. NCBI nr
Match: KAG4980001.1 (hypothetical protein JHK85_033959 [Glycine max] >KAG4985635.1 hypothetical protein JHK86_033326 [Glycine max] >KAG5118817.1 hypothetical protein JHK82_033237 [Glycine max] >KAG5139808.1 hypothetical protein JHK84_033576 [Glycine max])

HSP 1 Score: 532 bits (1371), Expect = 6.23e-177
Identity = 311/601 (51.75%), Postives = 405/601 (67.39%), Query Frame = 0


Query: 2   SIQLLPAIARRLEGKVAVITGGARGIGEQTAKLFFKHGAKVVIADIQDHLGQTICNDLGQ 61
           ++  + A  RRLEGKVA+ITGGA GIGE TA+LF KHGA VVIADIQD LG ++C  L  
Sbjct: 3   TVSAVSAPIRRLEGKVAIITGGASGIGEATARLFSKHGAHVVIADIQDDLGLSLCKHLES 62

Query: 62  SSSVFVHCDVTKEKDVETAIDTAVSKYGKLDIMLNNAGVFEESPNFNILKDDLLTFQRVV 121
           +S  +VHCDVTKE+DVE  ++TAVSKYGKLDIMLNNAG+ +E    +IL ++   F+ V+
Sbjct: 63  AS--YVHCDVTKEEDVENCVNTAVSKYGKLDIMLNNAGICDEIKT-SILDNNKSDFESVI 122

Query: 122 NVNLVGAFLGTKHAARVMKPAGRGSIVTTASICSVIGGIGTHAYTSSKHGVLGLMRNAAV 181
           +VNLVG FLGTKHAARVM  A RGSI+ TAS+   +GG+ THAYTSSKH ++GLM++ AV
Sbjct: 123 SVNLVGPFLGTKHAARVMIAAKRGSIINTASVAGTLGGVATHAYTSSKHALIGLMKSTAV 182

Query: 182 DLGRYGIRVNCVSPSVVPTEMGRKLLKVKDGGEFPSFYWNLKNGDTLREEDVGEAVVYLG 241
           +LG++GIRVNCVSP VVPT + +K   + + G     Y NLK G  L   DV EA +YL 
Sbjct: 183 ELGQFGIRVNCVSPYVVPTPLTKKHANIDEEG-VREIYSNLK-GVHLVPNDVAEAALYLA 242

Query: 242 SD-------------ESKEEDSDRKKISNPKNKKEGMI---KSSIEGRKPRLTWK----- 301
                          E+K ED +   ++  +     ++   K+  E +  ++        
Sbjct: 243 GGVEELIVEVLREGKEAKVEDLEVVDVTQEEVLMGDVVAVAKTECEDKLLKVEMSEGNGV 302

Query: 302 FSRKVDLNPKKSGGQMQKSKIIEWMDENKQQAIAMGVPLLPAAA--RRLEGKVAIITGGA 361
           +   V  N KKS     KS +I  +  +    +   VPL  AAA  RRLEGKVA+ITGGA
Sbjct: 303 WEAVVAGNLKKSLSSPTKSMMI--LAASLSSRLMGSVPLASAAALARRLEGKVALITGGA 362

Query: 362 RGIGESIAKHFFKHGAKVVIADILDDLGNSLSNHLSSSSTSFVHCNVTKETDVENVVNTA 421
            GIGE  A+ F KHGAKVVIADI D+LG+S+   L SSS +++HC+VTKE ++E+ VNT 
Sbjct: 363 SGIGECTARLFSKHGAKVVIADIQDELGHSICKDLDSSSATYIHCDVTKEENIEHAVNTT 422

Query: 422 VSKYGKLDIMFNNAGIPGALKFNILENEYSDFQNVLNVNLVGAFLGTKHAAKAMIPAGQG 481
           VSKYGKLDIM ++AGI GA   +IL N+ S F+ V++VNLVG FLG KHAA+ MIP+G+G
Sbjct: 423 VSKYGKLDIMHSSAGIVGAWNPSILHNKKSHFEQVISVNLVGTFLGIKHAARVMIPSGRG 482

Query: 482 SIIISASVCSSIGGIGPYAYTSSKHGLLGLMRNATIDLGRYGIRVNCVSPHVVPTQMTRE 541
           SI+  AS+C  IGG+  +AYTSSKHG++GL+RN  ++LG  GIRVN VSP+ VPT M++ 
Sbjct: 483 SIVAMASICGRIGGVASHAYTSSKHGIVGLVRNTAVELGTLGIRVNSVSPYAVPTPMSKT 542

Query: 542 LFKLKDGDEFPDVYSHNFKCGDILWKEDVAEVGLYLASDASRFVSGHNFVLDGGFTAGNQ 579
            F   D +    +YS N K G +L  +DVAE  LYL SD S++VSGH+ V+DGGFT  N 
Sbjct: 543 -FLNTDDEGIAALYS-NLK-GTVLKPQDVAEAVLYLGSDESKYVSGHDLVVDGGFTVVNP 593

[Close]

BLAST of Chy12G212650 vs. NCBI nr
Match: KAG8387456.1 (hypothetical protein BUALT_Bualt02G0023200 [Buddleja alternifolia])

HSP 1 Score: 522 bits (1344), Expect = 2.33e-174
Identity = 292/579 (50.43%), Postives = 369/579 (63.73%), Query Frame = 0


Query: 1   MSIQLLPAIARRLEGKVAVITGGARGIGEQTAKLFFKHGAKVVIADIQDHLGQTICNDLG 60
           M   LL AIARRLEGKVA+ITGGA G+G  TAKLF +HGAKV+IADIQD  G+ IC +  
Sbjct: 1   MGSSLLSAIARRLEGKVALITGGAGGLGSVTAKLFHEHGAKVMIADIQDDQGRPICKNPS 60

Query: 61  QSSSVFVHCDVTKEKDVETAIDTAVSKYGKLDIMLNNAGVFEESPNFNILKDDLLTFQRV 120
             ++ F+HCDVT E  ++ A++ A+S +GKLDIM NNAG+ +     +I   ++  F+RV
Sbjct: 61  LENASFIHCDVTNESHMQNAVEKALSMHGKLDIMFNNAGIMDTIIP-DIFNYNVSDFERV 120

Query: 121 VNVNLVGAFLGTKHAARVMKPAGRGSIVTTASICSVIGGIGTHAYTSSKHGVLGLMRNAA 180
           ++VN +G FLGTKHAARVMK A +G+I+  AS CSVIGG+GTHAY SSKH VLGL RN A
Sbjct: 121 LHVNTIGTFLGTKHAARVMKRAQQGTIINMASTCSVIGGVGTHAYVSSKHAVLGLTRNTA 180

Query: 181 VDLGRYGIRVNCVSPSVVPTEMGRKLLKVKDGGEFPSFYWNLKNGDTLREEDVGEAVVYL 240
           V+LG+YGIRVNCVSP V P+ M R  L  +D       Y +LK G TL+  DV  AV+YL
Sbjct: 181 VELGQYGIRVNCVSPHVFPSAMSRNALGREDDDPLDDIYSSLK-GATLKPHDVARAVLYL 240

Query: 241 GSDESKEEDSDRKKISNPKNKKEGMIKSSIEGRKPRLTWKFSRKVDLNPKKSGGQMQKSK 300
            SDE+                                                       
Sbjct: 241 ASDEA------------------------------------------------------- 300

Query: 301 IIEWMDENKQQAIAMGVPLLPAAARRLEGKVAIITGGARGIGESIAKHFFKHGAKVVIAD 360
                                    RLEGKVA+ITG ARGIGES A+ F KHGAKVVIAD
Sbjct: 301 -------------------------RLEGKVAVITGAARGIGESTARLFHKHGAKVVIAD 360

Query: 361 ILDDLGNSLSNHLSSSSTSFVHCNVTKETDVENVVNTAVSKYGKLDIMFNNAGIPGALKF 420
           IL +LG  +S  L  S+T FV C+VTKE D+EN VNTAV+ YGKLDIMFNNA I G  K 
Sbjct: 361 ILVELGQKVSQDLGESAT-FVRCDVTKEPDIENAVNTAVALYGKLDIMFNNAAIIGTNKP 420

Query: 421 NILENEYSDFQNVLNVNLVGAFLGTKHAAKAMIPAGQGSIIISASVCSSIGGIGPYAYTS 480
           NIL+N+  +F+ ++NVNL+GAFLGTKHAA+ MIP G+GSII + SVC++ GG+  + YTS
Sbjct: 421 NILDNDLLEFEKIINVNLIGAFLGTKHAARVMIPNGRGSIITNGSVCTTTGGVANHGYTS 480

Query: 481 SKHGLLGLMRNATIDLGRYGIRVNCVSPHVVPTQMTRELFKLKDGDEFPDVYSHNFKCGD 540
           SKHG++GL +N  ++LGR+GI VNC+SP++V T ++ + F+L D     DVY  N K   
Sbjct: 481 SKHGVVGLTKNTVVELGRHGIHVNCLSPYLVATPLSMDFFELNDQG-VRDVY-RNLK--G 492

Query: 541 ILWKEDVAEVGLYLASDASRFVSGHNFVLDGGFTAGNQG 579
           +L  EDVAE  L+LASD S++VSGHN ++DGGFT  N G
Sbjct: 541 VLTVEDVAEAALFLASDESKYVSGHNLMVDGGFTMMNSG 492

[Close]

BLAST of Chy12G212650 vs. TAIR 10
Match: AT2G37270.1 (ribosomal protein 5B )

HSP 1 Score: 358.2 bits (918), Expect = 1.7e-98
Identity = 181/207 (87.44%), Postives = 194/207 (93.72%), Query Frame = 0


Query: 613 MAVEVDVANQELTQSHHDVKLFNRWTFDDVQVNDISLVDYIGVAPAKHATYVPHTAGRYS 672
           MA   ++  +   Q  ++VKLFNRW+FDDV V DISLVDYIGV P+KHAT+VPHTAGRYS
Sbjct: 1   MAASAEIDAEIQQQLTNEVKLFNRWSFDDVSVTDISLVDYIGVQPSKHATFVPHTAGRYS 60

Query: 673 VKRFRKAQCPIVERLTNSLMMHGRNNGKKLMAVRIIKHAMEIIHLLTDLNPIQVIVDAVV 732
           VKRFRKAQCPIVERLTNSLMMHGRNNGKKLMAVRI+KHAMEIIHLL+DLNPIQVI+DA+V
Sbjct: 61  VKRFRKAQCPIVERLTNSLMMHGRNNGKKLMAVRIVKHAMEIIHLLSDLNPIQVIIDAIV 120

Query: 733 NSGPREDATRIGSAGVVRRQAVDISPLRRVNQAIYLLTTGAREAAFRNIKTIAECLADEL 792
           NSGPREDATRIGSAGVVRRQAVDISPLRRVNQAI+LLTTGAREAAFRNIKTIAECLADEL
Sbjct: 121 NSGPREDATRIGSAGVVRRQAVDISPLRRVNQAIFLLTTGAREAAFRNIKTIAECLADEL 180

Query: 793 INAAKGSSNSYAIKKKDEIERVAKANR 820
           INAAKGSSNSYAIKKKDEIERVAKANR
Sbjct: 181 INAAKGSSNSYAIKKKDEIERVAKANR 207

[Close]

BLAST of Chy12G212650 vs. TAIR 10
Match: AT2G37270.2 (ribosomal protein 5B )

HSP 1 Score: 358.2 bits (918), Expect = 1.7e-98
Identity = 181/207 (87.44%), Postives = 194/207 (93.72%), Query Frame = 0


Query: 613 MAVEVDVANQELTQSHHDVKLFNRWTFDDVQVNDISLVDYIGVAPAKHATYVPHTAGRYS 672
           MA   ++  +   Q  ++VKLFNRW+FDDV V DISLVDYIGV P+KHAT+VPHTAGRYS
Sbjct: 1   MAASAEIDAEIQQQLTNEVKLFNRWSFDDVSVTDISLVDYIGVQPSKHATFVPHTAGRYS 60

Query: 673 VKRFRKAQCPIVERLTNSLMMHGRNNGKKLMAVRIIKHAMEIIHLLTDLNPIQVIVDAVV 732
           VKRFRKAQCPIVERLTNSLMMHGRNNGKKLMAVRI+KHAMEIIHLL+DLNPIQVI+DA+V
Sbjct: 61  VKRFRKAQCPIVERLTNSLMMHGRNNGKKLMAVRIVKHAMEIIHLLSDLNPIQVIIDAIV 120

Query: 733 NSGPREDATRIGSAGVVRRQAVDISPLRRVNQAIYLLTTGAREAAFRNIKTIAECLADEL 792
           NSGPREDATRIGSAGVVRRQAVDISPLRRVNQAI+LLTTGAREAAFRNIKTIAECLADEL
Sbjct: 121 NSGPREDATRIGSAGVVRRQAVDISPLRRVNQAIFLLTTGAREAAFRNIKTIAECLADEL 180

Query: 793 INAAKGSSNSYAIKKKDEIERVAKANR 820
           INAAKGSSNSYAIKKKDEIERVAKANR
Sbjct: 181 INAAKGSSNSYAIKKKDEIERVAKANR 207

[Close]

BLAST of Chy12G212650 vs. TAIR 10
Match: AT3G11940.1 (ribosomal protein 5A )

HSP 1 Score: 354.8 bits (909), Expect = 1.9e-97
Identity = 181/207 (87.44%), Postives = 192/207 (92.75%), Query Frame = 0


Query: 613 MAVEVDVANQELTQSHHDVKLFNRWTFDDVQVNDISLVDYIGVAPAKHATYVPHTAGRYS 672
           MA   DV  +      ++VKLFNRWT+DDV V DISLVDYIGV  AKHAT+VPHTAGRYS
Sbjct: 1   MATAADVDAEIQQALTNEVKLFNRWTYDDVTVTDISLVDYIGVQAAKHATFVPHTAGRYS 60

Query: 673 VKRFRKAQCPIVERLTNSLMMHGRNNGKKLMAVRIIKHAMEIIHLLTDLNPIQVIVDAVV 732
           VKRFRKAQCPIVERLTNSLMMHGRNNGKKLMAVRI+KHAMEIIHLL+DLNPIQVI+DA+V
Sbjct: 61  VKRFRKAQCPIVERLTNSLMMHGRNNGKKLMAVRIVKHAMEIIHLLSDLNPIQVIIDAIV 120

Query: 733 NSGPREDATRIGSAGVVRRQAVDISPLRRVNQAIYLLTTGAREAAFRNIKTIAECLADEL 792
           NSGPREDATRIGSAGVVRRQAVDISPLRRVNQAI+L+TTGAREAAFRNIKTIAECLADEL
Sbjct: 121 NSGPREDATRIGSAGVVRRQAVDISPLRRVNQAIFLITTGAREAAFRNIKTIAECLADEL 180

Query: 793 INAAKGSSNSYAIKKKDEIERVAKANR 820
           INAAKGSSNSYAIKKKDEIERVAKANR
Sbjct: 181 INAAKGSSNSYAIKKKDEIERVAKANR 207

[Close]

BLAST of Chy12G212650 vs. TAIR 10
Match: AT3G11940.2 (ribosomal protein 5A )

HSP 1 Score: 354.8 bits (909), Expect = 1.9e-97
Identity = 181/207 (87.44%), Postives = 192/207 (92.75%), Query Frame = 0


Query: 613 MAVEVDVANQELTQSHHDVKLFNRWTFDDVQVNDISLVDYIGVAPAKHATYVPHTAGRYS 672
           MA   DV  +      ++VKLFNRWT+DDV V DISLVDYIGV  AKHAT+VPHTAGRYS
Sbjct: 1   MATAADVDAEIQQALTNEVKLFNRWTYDDVTVTDISLVDYIGVQAAKHATFVPHTAGRYS 60

Query: 673 VKRFRKAQCPIVERLTNSLMMHGRNNGKKLMAVRIIKHAMEIIHLLTDLNPIQVIVDAVV 732
           VKRFRKAQCPIVERLTNSLMMHGRNNGKKLMAVRI+KHAMEIIHLL+DLNPIQVI+DA+V
Sbjct: 61  VKRFRKAQCPIVERLTNSLMMHGRNNGKKLMAVRIVKHAMEIIHLLSDLNPIQVIIDAIV 120

Query: 733 NSGPREDATRIGSAGVVRRQAVDISPLRRVNQAIYLLTTGAREAAFRNIKTIAECLADEL 792
           NSGPREDATRIGSAGVVRRQAVDISPLRRVNQAI+L+TTGAREAAFRNIKTIAECLADEL
Sbjct: 121 NSGPREDATRIGSAGVVRRQAVDISPLRRVNQAIFLITTGAREAAFRNIKTIAECLADEL 180

Query: 793 INAAKGSSNSYAIKKKDEIERVAKANR 820
           INAAKGSSNSYAIKKKDEIERVAKANR
Sbjct: 181 INAAKGSSNSYAIKKKDEIERVAKANR 207

[Close]

BLAST of Chy12G212650 vs. TAIR 10
Match: AT3G51680.1 (NAD(P)-binding Rossmann-fold superfamily protein )

HSP 1 Score: 236.1 bits (601), Expect = 9.9e-62
Identity = 131/266 (49.25%), Postives = 177/266 (66.54%), Query Frame = 0


Query: 325 RRLEGKVAIITGGARGIGESIAKHFFKHGAKVVIADILDDLGNSLSNHLSSSSTS----F 384
           +RLEGKVAIITGGA GIG++    F +HGA VVIAD+ +  G+SL+  LSS  TS    F
Sbjct: 30  KRLEGKVAIITGGAHGIGKATVMLFARHGATVVIADVDNVAGSSLAKSLSSHKTSPMVAF 89

Query: 385 VHCNVTKETDVENVVNTAVSKYGKLDIMFNNAGIPGALK--FNILENEYSDFQNVLNVNL 444
           + C+V+ E DVEN+VN  V++YG+LDI+FNNAG+ G  K   +IL+ +  +F +V+ VN+
Sbjct: 90  ISCDVSVEADVENLVNVTVARYGRLDILFNNAGVLGDQKKHKSILDFDADEFDHVMRVNV 149

Query: 445 VGAFLGTKHAAKAMIPAG-QGSIIISASVCSSIGGIGPYAYTSSKHGLLGLMRNATIDLG 504
            G  LG KH A+AMI  G +G II +ASV   +GG+GP+AYT+SKH ++GL +NA  +LG
Sbjct: 150 RGVGLGMKHGARAMIKRGFKGCIISTASVAGVMGGMGPHAYTASKHAIVGLTKNAACELG 209

Query: 505 RYGIRVNCVSPHVVPTQMTRELFKLKDGDEFPD---------VYSHNFKCGDILWKEDVA 564
           +YGIRVNC+SP  V T M    ++   G +  D         V S     G+ L   D+A
Sbjct: 210 KYGIRVNCISPFGVATSMLVNAWRKTSGGDVEDDDVEEMEEFVRSLANLKGETLRANDIA 269

Query: 565 EVGLYLASDASRFVSGHNFVLDGGFT 575
           E  LYLASD S++V+GHN V+DGG T
Sbjct: 270 EAALYLASDESKYVNGHNLVVDGGVT 295

The following BLAST results are available for this feature:

BLAST of Chy12G212650 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q9ZUT9	2.4e-97	87.44	40S ribosomal protein S5-1 OS=Arabidopsis thaliana OX=3702 GN=RPS5A PE=1 SV=1	[more]
O65731	5.4e-97	94.74	40S ribosomal protein S5 (Fragment) OS=Cicer arietinum OX=3827 GN=RPS5 PE=2 SV=1	[more]
P51427	2.7e-96	87.44	40S ribosomal protein S5-2 OS=Arabidopsis thaliana OX=3702 GN=RPS5B PE=1 SV=2	[more]
Q5E988	5.8e-83	81.05	40S ribosomal protein S5 OS=Bos taurus OX=9913 GN=RPS5 PE=2 SV=3	[more]
P46782	5.8e-83	81.05	40S ribosomal protein S5 OS=Homo sapiens OX=9606 GN=RPS5 PE=1 SV=4	[more]

BLAST of Chy12G212650 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6N2LW37	3.6e-168	55.88	Uncharacterized protein OS=Salix viminalis OX=40686 GN=SVIM_LOCUS244872 PE=3 SV=...	[more]
A0A3S3P3S7	3.6e-144	49.38	Glucose/ribitol dehydrogenase OS=Cinnamomum micranthum f. kanehirae OX=337451 GN...	[more]
A0A4D6LHH5	2.0e-142	51.69	Momilactone-A synthase OS=Vigna unguiculata OX=3917 GN=DEO72_LG3g2553 PE=4 SV=1	[more]
A0A0A0LT69	1.7e-141	96.98	Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_1G168890 PE=4 SV=1	[more]
A0A118JYF1	6.4e-141	48.41	Glucose/ribitol dehydrogenase OS=Cynara cardunculus var. scolymus OX=59895 GN=Cc...	[more]

BLAST of Chy12G212650 vs. NCBI nr


Match Name	E-value	Identity	Description
KAE8652818.1	1.39e-312	90.50	hypothetical protein Csa_022860 [Cucumis sativus]	[more]
KAG6583702.1	3.66e-201	63.58	hypothetical protein SDJN03_19634, partial [Cucurbita argyrosperma subsp. sorori...	[more]
CBI28275.3	1.54e-192	55.98	unnamed protein product, partial [Vitis vinifera]	[more]
KAG4980001.1	6.23e-177	51.75	hypothetical protein JHK85_033959 [Glycine max] >KAG4985635.1 hypothetical prote...	[more]
KAG8387456.1	2.33e-174	50.43	hypothetical protein BUALT_Bualt02G0023200 [Buddleja alternifolia]	[more]

BLAST of Chy12G212650 vs. TAIR 10


Match Name	E-value	Identity	Description
AT2G37270.1	1.7e-98	87.44	ribosomal protein 5B	[more]
AT2G37270.2	1.7e-98	87.44	ribosomal protein 5B	[more]
AT3G11940.1	1.9e-97	87.44	ribosomal protein 5A	[more]
AT3G11940.2	1.9e-97	87.44	ribosomal protein 5A	[more]
AT3G51680.1	9.9e-62	49.25	NAD(P)-binding Rossmann-fold superfamily protein	[more]

InterPro

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


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR002347	Short-chain dehydrogenase/reductase SDR	PRINTS	PR00080	SDRFAMILY	coord: 145..153 score: 40.77 coord: 89..100 score: 47.55 coord: 165..184 score: 31.91
IPR002347	Short-chain dehydrogenase/reductase SDR	PRINTS	PR00081	GDHRDH	coord: 17..34 score: 47.46 coord: 165..184 score: 36.68 coord: 139..155 score: 31.35 coord: 223..243 score: 25.79 coord: 89..100 score: 55.25 coord: 186..203 score: 41.71
None	No IPR available	GENE3D	3.40.50.720		coord: 321..585 e-value: 3.4E-71 score: 241.4 coord: 8..249 e-value: 5.3E-67 score: 227.7
None	No IPR available	PFAM	PF13561	adh_short_C2	coord: 336..574 e-value: 4.3E-60 score: 203.2 coord: 22..246 e-value: 4.9E-55 score: 186.6
None	No IPR available	PIRSR	PIRSR000095-1	PIRSR000095-1	coord: 333..538 e-value: 1.7E-13 score: 48.2 coord: 19..212 e-value: 1.0E-15 score: 55.4
None	No IPR available	PIRSR	PIRSR000094-3	PIRSR000094-3	coord: 327..574 e-value: 1.7E-16 score: 57.9
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 241..268
None	No IPR available	PANTHER	PTHR43180	3-OXOACYL-(ACYL-CARRIER-PROTEIN) REDUCTASE (AFU_ORTHOLOGUE AFUA_6G11210)	coord: 322..578
None	No IPR available	PANTHER	PTHR43180:SF30	MOMILACTONE A SYNTHASE	coord: 7..246
None	No IPR available	PANTHER	PTHR43180:SF30	MOMILACTONE A SYNTHASE	coord: 322..578
None	No IPR available	PANTHER	PTHR43180	3-OXOACYL-(ACYL-CARRIER-PROTEIN) REDUCTASE (AFU_ORTHOLOGUE AFUA_6G11210)	coord: 7..246
IPR023798	Ribosomal protein S7 domain	PFAM	PF00177	Ribosomal_S7	coord: 674..819 e-value: 1.2E-35 score: 122.3
IPR036823	Ribosomal protein S7 domain superfamily	GENE3D	1.10.455.10	Ribosomal protein S7 domain	coord: 612..819 e-value: 3.0E-95 score: 319.4
IPR036823	Ribosomal protein S7 domain superfamily	SUPERFAMILY	47973	Ribosomal protein S7	coord: 632..819
IPR005716	Ribosomal protein S5/S7, eukaryotic/archaeal	TIGRFAM	TIGR01028	TIGR01028	coord: 631..819 e-value: 1.3E-88 score: 293.5
IPR005716	Ribosomal protein S5/S7, eukaryotic/archaeal	CDD	cd14867	uS7_Eukaryote	coord: 632..819 e-value: 4.164E-134 score: 394.228
IPR020904	Short-chain dehydrogenase/reductase, conserved site	PROSITE	PS00061	ADH_SHORT	coord: 152..180
IPR020606	Ribosomal protein S7, conserved site	PROSITE	PS00052	RIBOSOMAL_S7	coord: 685..711
IPR036291	NAD(P)-binding domain superfamily	SUPERFAMILY	51735	NAD(P)-binding Rossmann-fold domains	coord: 14..246
IPR036291	NAD(P)-binding domain superfamily	SUPERFAMILY	51735	NAD(P)-binding Rossmann-fold domains	coord: 328..575

Relationships

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


Feature Name	Unique Name	Type
Chy12G212650.1	Chy12G212650.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0006412	translation
cellular_component	GO:0015935	small ribosomal subunit
molecular_function	GO:0016491	oxidoreductase activity
molecular_function	GO:0003723	RNA binding
molecular_function	GO:0003735	structural constituent of ribosome