Cucsa.149750 (gene) Cucumber (Gy14) v1

Overview
NameCucsa.149750
Typegene
OrganismCucumis sativus (Cucumber (Gy14) v1)
DescriptionTetratricopeptide repeat (TPR)-like superfamily protein
Locationscaffold01110 : 608424 .. 642199 (-)
Genome Viewer
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

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

mRNA sequence

CGAGGAGAGAAAATGGGACCGAGACTATCTTGCTTTAAGATAAAATTAGCTTGATACACCCTCCGTTTGCTTCTTTTTGTAACATTGCCTCAGAATTCCACTAGTCTGATTCTCACTCCGCCCGTTTTTACTGTTACCTGACCCCAAAATGTTCGCTACGGTGGTTCCTCGATTCTCAATTCTCCTAATGCAGAGCCGCTCCGATTCTAACCCTCGCCGTGGTTTTGGAAACAAGGAAGACAATAAAGCTGACAAAGCCGGCAGCTCGGGCAAGGAGAAGGGTAGGGTGTATCAACCAAGGAAACCCATTCCAAAACAATCTAGTACAGTACCCACACAGGCACCTGCTGTGAGTTTCCGTAATGATGGAAATTCTTATAACAAATCTTTGGACCTTCAATTCGAAGAGCGACTTGAAGCAGTTAAAAGATCAGCACTTGAAAAGAAAAAGGCAGACATTAAAAAAGAATTTGGAGCAATTGACTATGATGCACCGGTGGAATCGGAAGAGAAAACAATTGGACTTGGTACCAAGGTTGGAATAGGTGTCGCTGTTTTGGTCTTTGGCTTTGTTTTTGCGCTCGGAGACTTTCTGCCCTCTGGAAGTACCGGTCCTGTTAAGGATTCTGTGGTGGAAAATATCAAACTATCGAGAGAAGAAGAAAGTAATCTTAAGAATATGCTCAAAGAATACGAGGTTACACTTCGTAGCAACCCAAAAGATCCAACTGCTTTGGAAGGTGCGGCAGTTACCTCAGCTGAATTAGGTGAATATGCACAAGCAGCCTCTTTGCTTGAAGACTTGATAAAGGAGAAGTCGGATGATTCTGACATTTTCCGCTTGCTTGGGGAAGTAAAATATAAGCTTAAAGATTATGATGGGAGTGTTGCGGCTTACAAGAGTGCCACAAAGTTATTTGAAGATGTCAATTTTGAGGTTCTACGTGGCCTTACAAATTCACTACTTGCTGCCGGGAAACCAGATGAGGCTGTTCAATTCCTTTTGGACTATCGGGACAATCTTAACAATGTAAAATTAGGAGAGGGCAAGGAAATGGAAACAAAATTATCGATTGATCCTGTACAAGTTGACTTACTACTTGGAAAATCGTACTCAGATTGGGGACATGTTAGTGATGCTGTATCTGTTTATGATCAGCTTATCTCCAGCCACCCTAATGACTTCCGTGGTTACTTAGCTAAGGGAATTATTCTAAAGGAAAATGGTAGGTCTGGAGATGCTGAGAGGATGTTCATCCAAGCCCGATTCTTTGCTCCTGAGAATGCCAAGATGCTTGTAGATCGGTATTCTAGATGACCTTAGCATCTCCTACATTACGTTTATAGTTTGTATACACAATTATCATTTATCACCATAAGTTTTGGTTCTACGATGTGAAAATCTGAAACGCAGAATGTGCGTTTTGCTGATGTACAAAAGAAATTTGTAAAAAAGTTGTATTTCATGTATATAATACATATATGTATG

Coding sequence (CDS)

ATGTTCGCTACGGTGGTTCCTCGATTCTCAATTCTCCTAATGCAGAGCCGCTCCGATTCTAACCCTCGCCGTGGTTTTGGAAACAAGGAAGACAATAAAGCTGACAAAGCCGGCAGCTCGGGCAAGGAGAAGGGTAGGGTGTATCAACCAAGGAAACCCATTCCAAAACAATCTAGTACAGTACCCACACAGGCACCTGCTGTGAGTTTCCGTAATGATGGAAATTCTTATAACAAATCTTTGGACCTTCAATTCGAAGAGCGACTTGAAGCAGTTAAAAGATCAGCACTTGAAAAGAAAAAGGCAGACATTAAAAAAGAATTTGGAGCAATTGACTATGATGCACCGGTGGAATCGGAAGAGAAAACAATTGGACTTGGTACCAAGGTTGGAATAGGTGTCGCTGTTTTGGTCTTTGGCTTTGTTTTTGCGCTCGGAGACTTTCTGCCCTCTGGAAGTACCGGTCCTGTTAAGGATTCTGTGGTGGAAAATATCAAACTATCGAGAGAAGAAGAAAGTAATCTTAAGAATATGCTCAAAGAATACGAGGTTACACTTCGTAGCAACCCAAAAGATCCAACTGCTTTGGAAGGTGCGGCAGTTACCTCAGCTGAATTAGGTGAATATGCACAAGCAGCCTCTTTGCTTGAAGACTTGATAAAGGAGAAGTCGGATGATTCTGACATTTTCCGCTTGCTTGGGGAAGTAAAATATAAGCTTAAAGATTATGATGGGAGTGTTGCGGCTTACAAGAGTGCCACAAAGTTATTTGAAGATGTCAATTTTGAGGTTCTACGTGGCCTTACAAATTCACTACTTGCTGCCGGGAAACCAGATGAGGCTGTTCAATTCCTTTTGGACTATCGGGACAATCTTAACAATGTAAAATTAGGAGAGGGCAAGGAAATGGAAACAAAATTATCGATTGATCCTGTACAAGTTGACTTACTACTTGGAAAATCGTACTCAGATTGGGGACATGTTAGTGATGCTGTATCTGTTTATGATCAGCTTATCTCCAGCCACCCTAATGACTTCCGTGGTTACTTAGCTAAGGGAATTATTCTAAAGGAAAATGGTAGGTCTGGAGATGCTGAGAGGATGTTCATCCAAGCCCGATTCTTTGCTCCTGAGAATGCCAAGATGCTTGTAGATCGGTATTCTAGATGA

Protein sequence

MFATVVPRFSILLMQSRSDSNPRRGFGNKEDNKADKAGSSGKEKGRVYQPRKPIPKQSSTVPTQAPAVSFRNDGNSYNKSLDLQFEERLEAVKRSALEKKKADIKKEFGAIDYDAPVESEEKTIGLGTKVGIGVAVLVFGFVFALGDFLPSGSTGPVKDSVVENIKLSREEESNLKNMLKEYEVTLRSNPKDPTALEGAAVTSAELGEYAQAASLLEDLIKEKSDDSDIFRLLGEVKYKLKDYDGSVAAYKSATKLFEDVNFEVLRGLTNSLLAAGKPDEAVQFLLDYRDNLNNVKLGEGKEMETKLSIDPVQVDLLLGKSYSDWGHVSDAVSVYDQLISSHPNDFRGYLAKGIILKENGRSGDAERMFIQARFFAPENAKMLVDRYSR*
Homology
[Close]
BLAST of Cucsa.149750 vs. TrEMBL
Match: A0A061G9M3_THECC (Tetratricopeptide repeat (TPR)-like superfamily protein isoform 1 OS=Theobroma cacao GN=TCM_027744 PE=4 SV=1)

HSP 1 Score: 490.3 bits (1261), Expect = 2.1e-135
Identity = 251/380 (66.05%), Postives = 306/380 (80.53%), Query Frame = 1 

Query: 18  SDSNPRRGFGNKEDN-KADKAGSSGKEKGRVYQPRKPIPKQSSTVPTQAPAVSFRNDGNS 77
           SDS  +RGFG+K+ N KA+K  +S +EKG   Q RK   KQS   P QAP +S + DG S
Sbjct: 26  SDSKAKRGFGSKKPNQKANKVSASREEKGMKLQQRKSTSKQSGPSPAQAPGLSAQFDGKS 85

Query: 78  YNKSLDLQFEERLEAVKRSALEKKKADIKKEFGAIDYDAPVESEEKTIGLGTKVGIGVAV 137
            + SLD+ FEERLEA++R+A+++KKA+ +KEFG IDYDAP ES++KTIGLGT++G+GVAV
Sbjct: 86  NSSSLDIDFEERLEAIRRAAVQQKKAEEQKEFGPIDYDAPAESDKKTIGLGTQIGVGVAV 145

Query: 138 LVFGFVFALGDFLPSGSTGPVKDSVVENIKLSREEESNLKNMLKEYEVTLRSNPKDPTAL 197
           +VFG VFALGDFLPSGST P +++ V + KLS EE++ L+  LK++E  L  +PKDPTAL
Sbjct: 146 VVFGLVFALGDFLPSGSTNPPEEAAVIDKKLSNEEKATLQTRLKQFEAMLSISPKDPTAL 205

Query: 198 EGAAVTSAELGEYAQAASLLEDLIKEKSDDSDIFRLLGEVKYKLKDYDGSVAAYKSATKL 257
           EGAAVT  ELG+YA+AASLL+DL KEK+ D D+FRLLGEVKY LKDYDGS AAYK +  +
Sbjct: 206 EGAAVTLTELGDYARAASLLQDLAKEKTSDPDVFRLLGEVKYALKDYDGSAAAYKLSAMV 265

Query: 258 FEDVNFEVLRGLTNSLLAAGKPDEAVQFLLDYRDNLNNVKL------GEGKEMETKL-SI 317
            +DVNFEVLRGLTN+LLAA +PDEAVQFLL  R+ +N+ +L       +  +MET+L  +
Sbjct: 266 SKDVNFEVLRGLTNALLAAKRPDEAVQFLLSSRERMNSERLNRPNLKADSNKMETELQKV 325

Query: 318 DPVQVDLLLGKSYSDWGHVSDAVSVYDQLISSHPNDFRGYLAKGIILKENGRSGDAERMF 377
           DP+QVD LLGK+YSDWGHVSDAV+VYDQLISSHPNDFRGYLAKGIILKENG  GDAERMF
Sbjct: 326 DPIQVDFLLGKAYSDWGHVSDAVAVYDQLISSHPNDFRGYLAKGIILKENGNVGDAERMF 385

Query: 378 IQARFFAPENAKMLVDRYSR 390
           IQARFFAPE AK LVDRYSR
Sbjct: 386 IQARFFAPEKAKALVDRYSR 405

[Close]
BLAST of Cucsa.149750 vs. TrEMBL
Match: A0A067JYF7_JATCU (Uncharacterized protein OS=Jatropha curcas GN=JCGZ_22575 PE=4 SV=1)

HSP 1 Score: 487.3 bits (1253), Expect = 1.8e-134
Identity = 259/390 (66.41%), Postives = 301/390 (77.18%), Query Frame = 1 

Query: 3   ATVVPRFSILLMQSRSDSNPRRGFGNKED---NKADKAGSSGKEKGRVYQPRKPIPKQSS 62
           +T  PRF +      +DS PRRGFG K D   NK  K  +S +EKG   Q RK   +QS 
Sbjct: 11  STSFPRFRVQC----ADSKPRRGFGAKNDPNNNKTKKVTASREEKGMALQQRKSTSRQSG 70

Query: 63  TVPTQAPAVSFRNDGNSYNKSLDLQFEERLEAVKRSALEKKKADIKKEFGAIDYDAPVES 122
             PTQAP +SFR DG    KS+DL+FEERLEAV+RSALE+KKAD  KEFG IDYDAPVES
Sbjct: 71  PSPTQAPGLSFRIDGKP--KSMDLEFEERLEAVRRSALEQKKADEIKEFGPIDYDAPVES 130

Query: 123 EEKTIGLGTKVGIGVAVLVFGFVFALGDFLPSGSTGPVKDSVVENIKLSREEESNLKNML 182
           ++KTIGLGTK+G+GVAVLVFG VFALGDFLPSGS  P +++   + KLS+EE++ L   L
Sbjct: 131 DKKTIGLGTKIGVGVAVLVFGLVFALGDFLPSGSDSPPEEAATVDKKLSKEEKAILLTQL 190

Query: 183 KEYEVTLRSNPKDPTALEGAAVTSAELGEYAQAASLLEDLIKEKSDDSDIFRLLGEVKYK 242
           K+YE TL  +PKDP ALEGAAVT +ELG+Y QAASLL+DL KEK +D D+FRLLGEVKY+
Sbjct: 191 KQYETTLAVSPKDPVALEGAAVTLSELGKYTQAASLLQDLAKEKPNDPDVFRLLGEVKYE 250

Query: 243 LKDYDGSVAAYKSATKLFEDVNFEVLRGLTNSLLAAGKPDEAVQFLLDYRDNLNNVKLGE 302
           LKDY+GS  AY+S+  + ++ NFEVLRGLTN+LLAA KPDEAVQ LL  R+ LN+ K   
Sbjct: 251 LKDYEGSANAYRSSAMVSKEANFEVLRGLTNALLAAKKPDEAVQVLLTSRERLNSKKPSN 310

Query: 303 GKEMETKLSIDPVQVDLLLGKSYSDWGHVSDAVSVYDQLISSHPNDFRGYLAKGIILKEN 362
                    +DPVQVDLLLGK+YSDWGHVSDAVSVYDQLISSHP DFRGYLAKGIILKEN
Sbjct: 311 MDVKGDIEVVDPVQVDLLLGKAYSDWGHVSDAVSVYDQLISSHPTDFRGYLAKGIILKEN 370

Query: 363 GRSGDAERMFIQARFFAPENAKMLVDRYSR 390
           G  GDAERMFIQARFFAPE AK LVDRY+R
Sbjct: 371 GNVGDAERMFIQARFFAPEKAKALVDRYAR 394

[Close]
BLAST of Cucsa.149750 vs. TrEMBL
Match: D7SS20_VITVI (Putative uncharacterized protein OS=Vitis vinifera GN=VIT_09s0054g00720 PE=4 SV=1)

HSP 1 Score: 486.9 bits (1252), Expect = 2.3e-134
Identity = 254/382 (66.49%), Postives = 299/382 (78.27%), Query Frame = 1 

Query: 18  SDSNPRRGFGNK---EDNKADKAGSSGKEKGRVYQPRKPIPKQSSTVPTQAPAVSFRNDG 77
           SDS P RGFG +    DNK  K+ +S + KG V Q RK   KQS +VPTQAP +S R+ G
Sbjct: 36  SDSKPTRGFGPQPPQRDNKMSKSTTSKEGKGGVLQQRKSTSKQSGSVPTQAPGLSSRSGG 95

Query: 78  NSYNKSLDLQFEERLEAVKRSALEKKKADIKKEFGAIDYDAPVESEEKTIGLGTKVGIGV 137
            S + ++DL FEERLEAV+R+ALE+KKAD KKE+GAIDYD PVESEEKTIGLGTK+G+GV
Sbjct: 96  KSNDAAIDLDFEERLEAVRRTALEQKKADEKKEYGAIDYDTPVESEEKTIGLGTKIGVGV 155

Query: 138 AVLVFGFVFALGDFLPSGSTGPVKDSVVENIKLSREEESNLKNMLKEYEVTLRSNPKDPT 197
           AV+VFG VFALGDFLPSGS  P +++ V + KLS EE+S L+  L++YE TL S+PKD T
Sbjct: 156 AVVVFGLVFALGDFLPSGSDSPSEEATVVSKKLSEEEKSTLQARLQQYEATLSSSPKDQT 215

Query: 198 ALEGAAVTSAELGEYAQAASLLEDLIKEKSDDSDIFRLLGEVKYKLKDYDGSVAAYKSAT 257
           ALE AAVT  ELGEY +AASLLED +KEK +D + FRLLGEVK+ LKDY+GS AAY+S+ 
Sbjct: 216 ALEAAAVTLVELGEYTRAASLLEDFVKEKPNDPEAFRLLGEVKFALKDYEGSAAAYRSSA 275

Query: 258 KLFEDVNFEVLRGLTNSLLAAGKPDEAVQFLLDYRDNLN-------NVKLGEGKEMETKL 317
           K+ E V+FEVLRGLTN+LLAA KPDEAVQ LL  R+ LN       N+K   G +     
Sbjct: 276 KVSETVDFEVLRGLTNALLAAKKPDEAVQVLLASRERLNKEKSSNLNIKSDSGTKETESQ 335

Query: 318 SIDPVQVDLLLGKSYSDWGHVSDAVSVYDQLISSHPNDFRGYLAKGIILKENGRSGDAER 377
            +DPVQV+LLLGK+YSDWGH+SDAVS+YDQLISSHP DFRGYLAKGIILKENG  GDAER
Sbjct: 336 EVDPVQVELLLGKAYSDWGHISDAVSLYDQLISSHPEDFRGYLAKGIILKENGNIGDAER 395

Query: 378 MFIQARFFAPENAKMLVDRYSR 390
           MFIQARFFAPE AK  VDRYSR
Sbjct: 396 MFIQARFFAPEKAKSFVDRYSR 417

[Close]
BLAST of Cucsa.149750 vs. TrEMBL
Match: B9HK22_POPTR (Uncharacterized protein OS=Populus trichocarpa GN=POPTR_0008s00440g PE=4 SV=2)

HSP 1 Score: 476.9 bits (1226), Expect = 2.4e-131
Identity = 251/389 (64.52%), Postives = 303/389 (77.89%), Query Frame = 1 

Query: 14  MQSRSDSNPRRGFGNKEDNKAD----KAGSSGKEKGRVYQPRKPIPKQS-STVPTQAPAV 73
           +Q   +S+PRRGFG+K DN  +    ++ SS +EKG   Q RK   KQS +++P+QAP +
Sbjct: 23  VQCSDNSSPRRGFGSKSDNNTNNKKVRSSSSREEKGMALQQRKSTTKQSGASLPSQAPGL 82

Query: 74  SFRNDGNSYNKSLDLQFEERLEAVKRSALEKKKADIKKEFGAIDYDAPVESEEKTIGLGT 133
           S R DG S   S D  FEERL+AV+RSALE+KK +  KEFG IDYD PV++E KTIGLGT
Sbjct: 83  SSRFDGKSSRNSADTDFEERLQAVRRSALEQKKTEAIKEFGPIDYDEPVKTENKTIGLGT 142

Query: 134 KVGIGVAVLVFGFVFALGDFLPSGSTGPVKDSVVENIKLSREEESNLKNMLKEYEVTLRS 193
           K+G+GVAVLVFG VFALGDFLPSGS GP +++ V N KLS EE++ L+  LK+YE+TL +
Sbjct: 143 KIGVGVAVLVFGLVFALGDFLPSGSDGPTEEATVVNKKLSEEEQNTLRARLKQYELTLST 202

Query: 194 NPKDPTALEGAAVTSAELGEYAQAASLLEDLIKEKSDDSDIFRLLGEVKYKLKDYDGSVA 253
            PKD  ALEGAAVT AELGEY +AASLL+DL KEK  D D+FRLLGE+KY+LKDYDGS A
Sbjct: 203 APKDSIALEGAAVTLAELGEYTRAASLLQDLAKEKPGDPDVFRLLGEIKYELKDYDGSAA 262

Query: 254 AYKSATKLFEDVNFEVLRGLTNSLLAAGKPDEAVQFLLDYRDNLNNVKL--------GEG 313
           AY+ +  + ++V+FEVLRG  N+LLAA KPDEAVQ LL  R  LN+ K         G G
Sbjct: 263 AYRISAAVSKNVDFEVLRGHANALLAAKKPDEAVQVLLASRAKLNSGKSSSVDIKVDGNG 322

Query: 314 KEMETKLSIDPVQVDLLLGKSYSDWGHVSDAVSVYDQLISSHPNDFRGYLAKGIILKENG 373
            E+E++  +DP+QVDLLLGK+YSDWGHVSDAVSVYDQLISSHP+DFRGYLAKGIILKENG
Sbjct: 323 MEIESQ-EVDPIQVDLLLGKAYSDWGHVSDAVSVYDQLISSHPDDFRGYLAKGIILKENG 382

Query: 374 RSGDAERMFIQARFFAPENAKMLVDRYSR 390
             GDAERMFIQARFFAPE AK+LVDRY+R
Sbjct: 383 NVGDAERMFIQARFFAPEKAKVLVDRYAR 410

[Close]
BLAST of Cucsa.149750 vs. TrEMBL
Match: A0A059AJJ2_EUCGR (Uncharacterized protein OS=Eucalyptus grandis GN=EUGRSUZ_J03184 PE=4 SV=1)

HSP 1 Score: 475.7 bits (1223), Expect = 5.4e-131
Identity = 250/379 (65.96%), Postives = 302/379 (79.68%), Query Frame = 1 

Query: 16  SRSDSNPRRGFGNKEDNKADKAGSSGKEKGRVYQPRKPIPKQSSTVPTQAPAVSFRNDGN 75
           S S+SNPRRGFG K+ NK  K G    +K      RK    Q   +P+QAP VS R DGN
Sbjct: 60  SSSESNPRRGFGTKKTNKISKDGDPSSQK------RKSTLDQPGRLPSQAPGVSSRFDGN 119

Query: 76  SYNKSL--DLQFEERLEAVKRSALEKKKADIKKEFGAIDYDAPVESEEKTIGLGTKVGIG 135
            Y KS   DL FEERL+AV+RSA+E+KK D  K FGAIDYDAPVE+++KTIGLGTK+G+G
Sbjct: 120 -YRKSTSTDLDFEERLKAVRRSAIEQKKVDEMKGFGAIDYDAPVETDDKTIGLGTKIGVG 179

Query: 136 VAVLVFGFVFALGDFLPSGSTGPVKDSVVENIKLSREEESNLKNMLKEYEVTLRSNPKDP 195
           +AV++FG VFALGDFLPSGS  P +++VV N KLS EE++ L+  L+E+E TL ++P+D 
Sbjct: 180 LAVVIFGLVFALGDFLPSGSDSPSEEAVVANKKLSEEEKATLQKRLQEFEATLTASPRDT 239

Query: 196 TALEGAAVTSAELGEYAQAASLLEDLIKEKSDDSDIFRLLGEVKYKLKDYDGSVAAYKSA 255
           T LEGAAVT AELGEY +AA+ LE+L KEKS+D D FRLLG+VK++LKDY+GS AAY++A
Sbjct: 240 TVLEGAAVTLAELGEYTKAAARLEELTKEKSNDPDAFRLLGDVKFELKDYEGSAAAYRTA 299

Query: 256 TKLFEDVNFEVLRGLTNSLLAAGKPDEAVQFLLDYRDNLNNVK---LGEGKEME-TKLSI 315
           +KL  D+NFEVLRGLTN+LLAA KPDEAV+ LL  RD +N+ K     +G  ME +K ++
Sbjct: 300 SKLSTDINFEVLRGLTNALLAAKKPDEAVRVLLASRDLMNSKKPNVEADGNTMERSKQNV 359

Query: 316 DPVQVDLLLGKSYSDWGHVSDAVSVYDQLISSHPNDFRGYLAKGIILKENGRSGDAERMF 375
           DP+QVDLLLGK+YSDWGHVSDAVSVYD LISSHPNDFRGYLAKGIILKENGR+GDAERMF
Sbjct: 360 DPIQVDLLLGKAYSDWGHVSDAVSVYDGLISSHPNDFRGYLAKGIILKENGRAGDAERMF 419

Query: 376 IQARFFAPENAKMLVDRYS 389
           IQARFFAPE AK LVDRY+
Sbjct: 420 IQARFFAPEKAKALVDRYA 431

[Close]
BLAST of Cucsa.149750 vs. TAIR10
Match: AT1G78915.3 (AT1G78915.3 Tetratricopeptide repeat (TPR)-like superfamily protein)

HSP 1 Score: 424.5 bits (1090), Expect = 7.2e-119
Identity = 220/400 (55.00%), Postives = 287/400 (71.75%), Query Frame = 1 

Query: 11  ILLMQSR-SDSNPRRGFGNKEDNKADKAGSSGKEKGRVYQPRKPIPKQSSTVPTQAPAVS 70
           +LL + R SDSNP+RGFG+K++           EK    Q RK   KQS +VP +AP ++
Sbjct: 17  LLLFRIRCSDSNPKRGFGSKKE-----------EKDPALQQRKSSSKQSVSVPRKAPGLN 76

Query: 71  FRNDGNSYNKSLDLQFEERLEAVKRSALEKKKADIKKEFGAIDYDAPVESEEKTIGLGTK 130
            + +G S  +S D+ F+ERLE ++RSALE+KK ++ KEFG IDYDAPV+S++KTIGLGTK
Sbjct: 77  TQFEGKS-GRSFDIDFDERLENIRRSALEQKKTEVVKEFGPIDYDAPVKSDQKTIGLGTK 136

Query: 131 VGIGVAVLVFGFVFALGDFLPSGST--------------------GPVKDSVVENIKLSR 190
           VG+G+AV+VFG VFALGDFLP+G                       P K++ V   ++S 
Sbjct: 137 VGVGIAVVVFGLVFALGDFLPTGRCVKISWVGFRNFTFLSYQVIDSPTKNTTVVKNQISE 196

Query: 191 EEESNLKNMLKEYEVTLRSNPKDPTALEGAAVTSAELGEYAQAASLLEDLIKEKSDDSDI 250
           EE++ L+  LKE+E TL   P+D  ALEGAAVT  ELG+Y++AA+ LE L KE+  D D+
Sbjct: 197 EEKATLQQRLKEFETTLNGTPQDQAALEGAAVTLTELGDYSRAAAFLEKLAKERPTDPDV 256

Query: 251 FRLLGEVKYKLKDYDGSVAAYKSATKLFEDVNFEVLRGLTNSLLAAGKPDEAVQFLLDYR 310
           FRLLGEV Y+L +Y+GS+AAYK + K+ + ++ EV RGL N+ LAA KPDEAV+FLLD R
Sbjct: 257 FRLLGEVNYELNNYEGSIAAYKISEKVSKGIDLEVTRGLMNAYLAAKKPDEAVKFLLDTR 316

Query: 311 DNLNNVKLGEGKEMETKLSIDPVQVDLLLGKSYSDWGHVSDAVSVYDQLISSHPNDFRGY 370
           + LN  K      +  + ++DP+QV+LLLGK+YSDWGH+SDA++VYDQLIS+HP DFRGY
Sbjct: 317 ERLNTKKTSTTDSVTDETNLDPIQVELLLGKAYSDWGHISDAIAVYDQLISAHPEDFRGY 376

Query: 371 LAKGIILKENGRSGDAERMFIQARFFAPENAKMLVDRYSR 390
           LAKGIIL+ENG  GDAERMFIQARFFAP  AK LVDRYS+
Sbjct: 377 LAKGIILRENGSRGDAERMFIQARFFAPNKAKALVDRYSK 404

[Close]
BLAST of Cucsa.149750 vs. TAIR10
Match: AT5G02590.1 (AT5G02590.1 Tetratricopeptide repeat (TPR)-like superfamily protein)

HSP 1 Score: 55.8 bits (133), Expect = 6.7e-08
Identity = 60/236 (25.42%), Postives = 98/236 (41.53%), Query Frame = 1 

Query: 150 PSGSTGPVKDSVVENIKLSREEESNLKNMLKEYEVTLRSNPKDPTALEGAAVTSAELGEY 209
           PS +     D +    K   EE +  K++ K        NP D  AL+       +    
Sbjct: 94  PSTAADLTSDQISSRPKEEEEEAALEKHLTK--------NPNDVEALQSLMKIKFQTKNI 153

Query: 210 AQAASLLEDLIKEKSDDSDIFRLLGEVKYKLKDYDGSVAAYKSATKLFEDV------NFE 269
             A  +L  LI+ + ++ + +R+L   K +++ Y G    + SATK FE+V        E
Sbjct: 154 DHALEILNRLIEIQPEEQE-WRIL---KAQVQTYGGD---FDSATKGFEEVLSKDPFRVE 213

Query: 270 VLRGLTNSLLAAGKPDEAVQFLLDYRDNLNNVKLGEGKEMETKLSIDPVQVDLLLGKSYS 329
              GL  +        E+   L +    +N     E  + E K         LL+ +   
Sbjct: 214 AYHGLVMAY------SESESKLSEIESRINEAI--EKCKKENKKDFRDFM--LLIAQIRV 273

Query: 330 DWGHVSDAVSVYDQLISSHPNDFRGYLAKGIILKENGRSGDAERMFIQARFFAPEN 380
             G+  +A+ VY +L+   P DFR YL +G+I     +  +AE+ F + R   PEN
Sbjct: 274 IKGNPIEALRVYQELVKDEPKDFRPYLCQGLIYTLMKKKDEAEKQFAEFRRLVPEN 304

[Close]
BLAST of Cucsa.149750 vs. TAIR10
Match: AT2G37400.1 (AT2G37400.1 Tetratricopeptide repeat (TPR)-like superfamily protein)

HSP 1 Score: 53.1 bits (126), Expect = 4.4e-07
Identity = 52/219 (23.74%), Postives = 99/219 (45.21%), Query Frame = 1 

Query: 164 NIKLSREEESNLKNMLKEYEVTLRSNPKDPTALEGAAVTSAELGEYAQAASLLEDLIKEK 223
           N+    EE S     L+EY   L S+P D  AL        +  +  +A  L++ LI+ +
Sbjct: 109 NVSFEEEERS-----LEEY---LASHPDDVEALRSLMEVRIKSRKLLEAIELIDRLIELE 168

Query: 224 SDDSDIFRLLGEVKYKLKDYDGSVAAYKSATK--LFED-VNFEVLRGLTNSLLAAGKPDE 283
            ++ +   L    K  +  Y G + + K+  +  L +D +  E   GL  +   +G    
Sbjct: 169 PEEKEWPML----KANIFSYSGDLESAKTGFEEILVKDPLRVEAYHGLVMAYSDSGDDLN 228

Query: 284 AVQFLLDYRDNLNNVKLGEGKEMETKLSIDPVQVDLLLGKSYSDWGHVSDAVSVYDQLIS 343
           AV+  ++  + +   K  + ++      +   Q+ ++ GK        ++A+ +Y++L+ 
Sbjct: 229 AVEKRIE--EAMVRCKKEKNRKDLRDFKLLVAQIRVIEGKH-------NEALKLYEELVK 288

Query: 344 SHPNDFRGYLAKGIILKENGRSGDAERMFIQARFFAPEN 380
             P DFR YL +GII     +  +AE+ F + R   P+N
Sbjct: 289 EEPRDFRPYLCQGIIYTVLKKENEAEKQFEKFRRLVPKN 306

[Close]
BLAST of Cucsa.149750 vs. NCBI nr
Match: gi|449453336|ref|XP_004144414.1| (PREDICTED: uncharacterized protein LOC101220521 [Cucumis sativus])

HSP 1 Score: 760.0 bits (1961), Expect = 2.0e-216
Identity = 389/389 (100.00%), Postives = 389/389 (100.00%), Query Frame = 1 

Query: 1   MFATVVPRFSILLMQSRSDSNPRRGFGNKEDNKADKAGSSGKEKGRVYQPRKPIPKQSST 60
           MFATVVPRFSILLMQSRSDSNPRRGFGNKEDNKADKAGSSGKEKGRVYQPRKPIPKQSST
Sbjct: 1   MFATVVPRFSILLMQSRSDSNPRRGFGNKEDNKADKAGSSGKEKGRVYQPRKPIPKQSST 60

Query: 61  VPTQAPAVSFRNDGNSYNKSLDLQFEERLEAVKRSALEKKKADIKKEFGAIDYDAPVESE 120
           VPTQAPAVSFRNDGNSYNKSLDLQFEERLEAVKRSALEKKKADIKKEFGAIDYDAPVESE
Sbjct: 61  VPTQAPAVSFRNDGNSYNKSLDLQFEERLEAVKRSALEKKKADIKKEFGAIDYDAPVESE 120

Query: 121 EKTIGLGTKVGIGVAVLVFGFVFALGDFLPSGSTGPVKDSVVENIKLSREEESNLKNMLK 180
           EKTIGLGTKVGIGVAVLVFGFVFALGDFLPSGSTGPVKDSVVENIKLSREEESNLKNMLK
Sbjct: 121 EKTIGLGTKVGIGVAVLVFGFVFALGDFLPSGSTGPVKDSVVENIKLSREEESNLKNMLK 180

Query: 181 EYEVTLRSNPKDPTALEGAAVTSAELGEYAQAASLLEDLIKEKSDDSDIFRLLGEVKYKL 240
           EYEVTLRSNPKDPTALEGAAVTSAELGEYAQAASLLEDLIKEKSDDSDIFRLLGEVKYKL
Sbjct: 181 EYEVTLRSNPKDPTALEGAAVTSAELGEYAQAASLLEDLIKEKSDDSDIFRLLGEVKYKL 240

Query: 241 KDYDGSVAAYKSATKLFEDVNFEVLRGLTNSLLAAGKPDEAVQFLLDYRDNLNNVKLGEG 300
           KDYDGSVAAYKSATKLFEDVNFEVLRGLTNSLLAAGKPDEAVQFLLDYRDNLNNVKLGEG
Sbjct: 241 KDYDGSVAAYKSATKLFEDVNFEVLRGLTNSLLAAGKPDEAVQFLLDYRDNLNNVKLGEG 300

Query: 301 KEMETKLSIDPVQVDLLLGKSYSDWGHVSDAVSVYDQLISSHPNDFRGYLAKGIILKENG 360
           KEMETKLSIDPVQVDLLLGKSYSDWGHVSDAVSVYDQLISSHPNDFRGYLAKGIILKENG
Sbjct: 301 KEMETKLSIDPVQVDLLLGKSYSDWGHVSDAVSVYDQLISSHPNDFRGYLAKGIILKENG 360

Query: 361 RSGDAERMFIQARFFAPENAKMLVDRYSR 390
           RSGDAERMFIQARFFAPENAKMLVDRYSR
Sbjct: 361 RSGDAERMFIQARFFAPENAKMLVDRYSR 389

[Close]
BLAST of Cucsa.149750 vs. NCBI nr
Match: gi|659130317|ref|XP_008465106.1| (PREDICTED: uncharacterized protein LOC103502794 [Cucumis melo])

HSP 1 Score: 728.8 bits (1880), Expect = 5.1e-207
Identity = 373/389 (95.89%), Postives = 380/389 (97.69%), Query Frame = 1 

Query: 1   MFATVVPRFSILLMQSRSDSNPRRGFGNKEDNKADKAGSSGKEKGRVYQPRKPIPKQSST 60
           M +TVVPRF ILLMQSRSDSNPRRGFGNKEDNKADKAGSSG +KGRVYQPRKPIPKQSST
Sbjct: 1   MLSTVVPRFQILLMQSRSDSNPRRGFGNKEDNKADKAGSSGNQKGRVYQPRKPIPKQSST 60

Query: 61  VPTQAPAVSFRNDGNSYNKSLDLQFEERLEAVKRSALEKKKADIKKEFGAIDYDAPVESE 120
           VPTQAPAVS RNDGNSYNKSLDLQFEERLEAVKRSALEKKKADIKKEFGAIDYDAPVESE
Sbjct: 61  VPTQAPAVSSRNDGNSYNKSLDLQFEERLEAVKRSALEKKKADIKKEFGAIDYDAPVESE 120

Query: 121 EKTIGLGTKVGIGVAVLVFGFVFALGDFLPSGSTGPVKDSVVENIKLSREEESNLKNMLK 180
           EKTIG GTK+GIGVAVLVFGFVFALGDFLPSGSTGP KDSVVENIKLSREEESNLKNMLK
Sbjct: 121 EKTIGFGTKIGIGVAVLVFGFVFALGDFLPSGSTGPDKDSVVENIKLSREEESNLKNMLK 180

Query: 181 EYEVTLRSNPKDPTALEGAAVTSAELGEYAQAASLLEDLIKEKSDDSDIFRLLGEVKYKL 240
           EYEVTLRSNPKDPTALEGAAVTSAELGEYAQAASLLEDLIKEKSDDSDIFRLLGEVKYKL
Sbjct: 181 EYEVTLRSNPKDPTALEGAAVTSAELGEYAQAASLLEDLIKEKSDDSDIFRLLGEVKYKL 240

Query: 241 KDYDGSVAAYKSATKLFEDVNFEVLRGLTNSLLAAGKPDEAVQFLLDYRDNLNNVKLGEG 300
           KDYDGSVAAYKSATKL EDVNFEVLRGLTNSLLAAGKPDE+VQFLLD R++L +VKLGEG
Sbjct: 241 KDYDGSVAAYKSATKLSEDVNFEVLRGLTNSLLAAGKPDESVQFLLDCREHLKSVKLGEG 300

Query: 301 KEMETKLSIDPVQVDLLLGKSYSDWGHVSDAVSVYDQLISSHPNDFRGYLAKGIILKENG 360
           KEMETKLSIDPVQVDLLLGKSYSDWGHVSDAVSVYDQLISSHPNDFRGYLAKGIILKENG
Sbjct: 301 KEMETKLSIDPVQVDLLLGKSYSDWGHVSDAVSVYDQLISSHPNDFRGYLAKGIILKENG 360

Query: 361 RSGDAERMFIQARFFAPENAKMLVDRYSR 390
           RSGDAERMFIQARFFAPENAKMLVDRYSR
Sbjct: 361 RSGDAERMFIQARFFAPENAKMLVDRYSR 389

[Close]
BLAST of Cucsa.149750 vs. NCBI nr
Match: gi|1009113967|ref|XP_015873431.1| (PREDICTED: uncharacterized protein LOC107410514 [Ziziphus jujuba])

HSP 1 Score: 491.1 bits (1263), Expect = 1.8e-135
Identity = 261/398 (65.58%), Postives = 313/398 (78.64%), Query Frame = 1 

Query: 3   ATVVPRFSILLMQSRSD--SNPRRGFGNK-----EDNKADKAGSSGKEKGRVYQPRKPIP 62
           AT   RF +L ++      S+PRRGFG K     ++NK +K  +S ++KG + Q RK   
Sbjct: 8   ATTTSRFLLLPIRCSDSKPSSPRRGFGTKTNDDNKNNKKNKTSNSREQKGMMLQQRKSTA 67

Query: 63  KQSSTVPTQAPAVSFRNDGNSYNKSLDLQFEERLEAVKRSALEKKKADIKKEFGAIDYDA 122
           K SS VPTQAP +S  + G S + SLD++FEERL+AVKRSALE+KK D +KEFGAIDYDA
Sbjct: 68  KGSSAVPTQAPGLSPPSGGRSRSTSLDIEFEERLKAVKRSALEQKKTDEEKEFGAIDYDA 127

Query: 123 PVESEEKTIGLGTKVGIGVAVLVFGFVFALGDFLPSGSTGPVKDSVVENIKLSREEESNL 182
           PVE+E+KTIGLGTK+G+GVAV+VFG VFALGDFLPSGS GP  D+ V + KLS EE+S L
Sbjct: 128 PVETEKKTIGLGTKIGVGVAVVVFGLVFALGDFLPSGSVGPSDDAAVVDDKLSEEEKSTL 187

Query: 183 KNMLKEYEVTLRSNPKDPTALEGAAVTSAELGEYAQAASLLEDLIKEKSDDSDIFRLLGE 242
           K  LKEY+ TLR++PKDPTALEGAAVT AELGEY+QAAS+LEDL KEK  D D+FRLLGE
Sbjct: 188 KTRLKEYQTTLRNSPKDPTALEGAAVTLAELGEYSQAASMLEDLTKEKPGDPDVFRLLGE 247

Query: 243 VKYKLKDYDGSVAAYKSATKLFEDVNFEVLRGLTNSLLAAGKPDEAVQFLLDYRDNL--- 302
           VKYKLKDY+GS  AYKS+  + + +NFE+LRG TN+LLAA KPDEAV FLL  +  L   
Sbjct: 248 VKYKLKDYEGSANAYKSSALVSKYLNFELLRGRTNALLAAKKPDEAVNFLLASQQQLQAQ 307

Query: 303 NNVKLGEGKEMETKL-SIDPVQVDLLLGKSYSDWGHVSDAVSVYDQLISSHPNDFRGYLA 362
           N+    E +  E ++  +DPVQVDLLLGK+YSDWGHVSDAV+VYDQLIS++P+DFR YLA
Sbjct: 308 NSEVRSESRTKEAEVQKVDPVQVDLLLGKAYSDWGHVSDAVAVYDQLISAYPDDFRAYLA 367

Query: 363 KGIILKENGRSGDAERMFIQARFFAPENAKMLVDRYSR 390
           KGIILKENG+ GDAERMFIQARFFAPE AK LVDRYSR
Sbjct: 368 KGIILKENGKVGDAERMFIQARFFAPEKAKALVDRYSR 405

[Close]
BLAST of Cucsa.149750 vs. NCBI nr
Match: gi|590616926|ref|XP_007023644.1| (Tetratricopeptide repeat (TPR)-like superfamily protein isoform 1 [Theobroma cacao])

HSP 1 Score: 490.3 bits (1261), Expect = 3.0e-135
Identity = 251/380 (66.05%), Postives = 306/380 (80.53%), Query Frame = 1 

Query: 18  SDSNPRRGFGNKEDN-KADKAGSSGKEKGRVYQPRKPIPKQSSTVPTQAPAVSFRNDGNS 77
           SDS  +RGFG+K+ N KA+K  +S +EKG   Q RK   KQS   P QAP +S + DG S
Sbjct: 26  SDSKAKRGFGSKKPNQKANKVSASREEKGMKLQQRKSTSKQSGPSPAQAPGLSAQFDGKS 85

Query: 78  YNKSLDLQFEERLEAVKRSALEKKKADIKKEFGAIDYDAPVESEEKTIGLGTKVGIGVAV 137
            + SLD+ FEERLEA++R+A+++KKA+ +KEFG IDYDAP ES++KTIGLGT++G+GVAV
Sbjct: 86  NSSSLDIDFEERLEAIRRAAVQQKKAEEQKEFGPIDYDAPAESDKKTIGLGTQIGVGVAV 145

Query: 138 LVFGFVFALGDFLPSGSTGPVKDSVVENIKLSREEESNLKNMLKEYEVTLRSNPKDPTAL 197
           +VFG VFALGDFLPSGST P +++ V + KLS EE++ L+  LK++E  L  +PKDPTAL
Sbjct: 146 VVFGLVFALGDFLPSGSTNPPEEAAVIDKKLSNEEKATLQTRLKQFEAMLSISPKDPTAL 205

Query: 198 EGAAVTSAELGEYAQAASLLEDLIKEKSDDSDIFRLLGEVKYKLKDYDGSVAAYKSATKL 257
           EGAAVT  ELG+YA+AASLL+DL KEK+ D D+FRLLGEVKY LKDYDGS AAYK +  +
Sbjct: 206 EGAAVTLTELGDYARAASLLQDLAKEKTSDPDVFRLLGEVKYALKDYDGSAAAYKLSAMV 265

Query: 258 FEDVNFEVLRGLTNSLLAAGKPDEAVQFLLDYRDNLNNVKL------GEGKEMETKL-SI 317
            +DVNFEVLRGLTN+LLAA +PDEAVQFLL  R+ +N+ +L       +  +MET+L  +
Sbjct: 266 SKDVNFEVLRGLTNALLAAKRPDEAVQFLLSSRERMNSERLNRPNLKADSNKMETELQKV 325

Query: 318 DPVQVDLLLGKSYSDWGHVSDAVSVYDQLISSHPNDFRGYLAKGIILKENGRSGDAERMF 377
           DP+QVD LLGK+YSDWGHVSDAV+VYDQLISSHPNDFRGYLAKGIILKENG  GDAERMF
Sbjct: 326 DPIQVDFLLGKAYSDWGHVSDAVAVYDQLISSHPNDFRGYLAKGIILKENGNVGDAERMF 385

Query: 378 IQARFFAPENAKMLVDRYSR 390
           IQARFFAPE AK LVDRYSR
Sbjct: 386 IQARFFAPEKAKALVDRYSR 405

[Close]
BLAST of Cucsa.149750 vs. NCBI nr
Match: gi|802742387|ref|XP_012087305.1| (PREDICTED: uncharacterized protein LOC105646135 isoform X1 [Jatropha curcas])

HSP 1 Score: 487.3 bits (1253), Expect = 2.6e-134
Identity = 259/390 (66.41%), Postives = 301/390 (77.18%), Query Frame = 1 

Query: 3   ATVVPRFSILLMQSRSDSNPRRGFGNKED---NKADKAGSSGKEKGRVYQPRKPIPKQSS 62
           +T  PRF +      +DS PRRGFG K D   NK  K  +S +EKG   Q RK   +QS 
Sbjct: 11  STSFPRFRVQC----ADSKPRRGFGAKNDPNNNKTKKVTASREEKGMALQQRKSTSRQSG 70

Query: 63  TVPTQAPAVSFRNDGNSYNKSLDLQFEERLEAVKRSALEKKKADIKKEFGAIDYDAPVES 122
             PTQAP +SFR DG    KS+DL+FEERLEAV+RSALE+KKAD  KEFG IDYDAPVES
Sbjct: 71  PSPTQAPGLSFRIDGKP--KSMDLEFEERLEAVRRSALEQKKADEIKEFGPIDYDAPVES 130

Query: 123 EEKTIGLGTKVGIGVAVLVFGFVFALGDFLPSGSTGPVKDSVVENIKLSREEESNLKNML 182
           ++KTIGLGTK+G+GVAVLVFG VFALGDFLPSGS  P +++   + KLS+EE++ L   L
Sbjct: 131 DKKTIGLGTKIGVGVAVLVFGLVFALGDFLPSGSDSPPEEAATVDKKLSKEEKAILLTQL 190

Query: 183 KEYEVTLRSNPKDPTALEGAAVTSAELGEYAQAASLLEDLIKEKSDDSDIFRLLGEVKYK 242
           K+YE TL  +PKDP ALEGAAVT +ELG+Y QAASLL+DL KEK +D D+FRLLGEVKY+
Sbjct: 191 KQYETTLAVSPKDPVALEGAAVTLSELGKYTQAASLLQDLAKEKPNDPDVFRLLGEVKYE 250

Query: 243 LKDYDGSVAAYKSATKLFEDVNFEVLRGLTNSLLAAGKPDEAVQFLLDYRDNLNNVKLGE 302
           LKDY+GS  AY+S+  + ++ NFEVLRGLTN+LLAA KPDEAVQ LL  R+ LN+ K   
Sbjct: 251 LKDYEGSANAYRSSAMVSKEANFEVLRGLTNALLAAKKPDEAVQVLLTSRERLNSKKPSN 310

Query: 303 GKEMETKLSIDPVQVDLLLGKSYSDWGHVSDAVSVYDQLISSHPNDFRGYLAKGIILKEN 362
                    +DPVQVDLLLGK+YSDWGHVSDAVSVYDQLISSHP DFRGYLAKGIILKEN
Sbjct: 311 MDVKGDIEVVDPVQVDLLLGKAYSDWGHVSDAVSVYDQLISSHPTDFRGYLAKGIILKEN 370

Query: 363 GRSGDAERMFIQARFFAPENAKMLVDRYSR 390
           G  GDAERMFIQARFFAPE AK LVDRY+R
Sbjct: 371 GNVGDAERMFIQARFFAPEKAKALVDRYAR 394

The following BLAST results are available for this feature:
BLAST of Cucsa.149750 vs. TrEMBL
Match NameE-valueIdentityDescription
A0A061G9M3_THECC2.1e-13566.05Tetratricopeptide repeat (TPR)-like superfamily protein isoform 1 OS=Theobroma c... [more]
A0A067JYF7_JATCU1.8e-13466.41Uncharacterized protein OS=Jatropha curcas GN=JCGZ_22575 PE=4 SV=1[more]
D7SS20_VITVI2.3e-13466.49Putative uncharacterized protein OS=Vitis vinifera GN=VIT_09s0054g00720 PE=4 SV=... [more]
B9HK22_POPTR2.4e-13164.52Uncharacterized protein OS=Populus trichocarpa GN=POPTR_0008s00440g PE=4 SV=2[more]
A0A059AJJ2_EUCGR5.4e-13165.96Uncharacterized protein OS=Eucalyptus grandis GN=EUGRSUZ_J03184 PE=4 SV=1[more]
BLAST of Cucsa.149750 vs. TAIR10
Match NameE-valueIdentityDescription
AT1G78915.37.2e-11955.00 Tetratricopeptide repeat (TPR)-like superfamily protein[more]
AT5G02590.16.7e-0825.42 Tetratricopeptide repeat (TPR)-like superfamily protein[more]
AT2G37400.14.4e-0723.74 Tetratricopeptide repeat (TPR)-like superfamily protein[more]
BLAST of Cucsa.149750 vs. NCBI nr
Match NameE-valueIdentityDescription
gi|449453336|ref|XP_004144414.1|2.0e-216100.00PREDICTED: uncharacterized protein LOC101220521 [Cucumis sativus][more]
gi|659130317|ref|XP_008465106.1|5.1e-20795.89PREDICTED: uncharacterized protein LOC103502794 [Cucumis melo][more]
gi|1009113967|ref|XP_015873431.1|1.8e-13565.58PREDICTED: uncharacterized protein LOC107410514 [Ziziphus jujuba][more]
gi|590616926|ref|XP_007023644.1|3.0e-13566.05Tetratricopeptide repeat (TPR)-like superfamily protein isoform 1 [Theobroma cac... [more]
gi|802742387|ref|XP_012087305.1|2.6e-13466.41PREDICTED: uncharacterized protein LOC105646135 isoform X1 [Jatropha curcas][more]
Annotated Terms
The following terms have been associated with this gene:
Vocabulary: INTERPRO
TermDefinition
IPR011990TPR-like_helical_dom_sf
IPR013026TPR-contain_dom
IPR019734TPR_repeat
Vocabulary: Molecular Function
TermDefinition
GO:0005515protein binding
GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0008150 biological_process
cellular_component GO:0005575 cellular_component
molecular_function GO:0005515 protein binding
Relationships

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

Feature NameUnique NameType
Cucsa.149750.1Cucsa.149750.1mRNA


InterPro
Analysis Name: InterPro Annotations of cucumber (Gy14)
Date Performed: 2017-01-17
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR011990Tetratricopeptide-like helical domainGENE3DG3DSA:1.25.40.10coord: 173..383
score: 7.9
IPR011990Tetratricopeptide-like helical domainunknownSSF48452TPR-likecoord: 194..372
score: 9.49
IPR013026Tetratricopeptide repeat-containing domainPROFILEPS50293TPR_REGIONcoord: 159..379
score: 15
IPR019734Tetratricopeptide repeatSMARTSM00028tpr_5coord: 346..379
score: 33.0coord: 227..260
score: 0.23coord: 312..345
score: 220.0coord: 193..226
score: 4
IPR019734Tetratricopeptide repeatPROFILEPS50005TPRcoord: 346..379
score: 5.251coord: 193..226
score: 5.133coord: 312..345
score: 8.201coord: 227..260
score: 7
NoneNo IPR availableunknownCoilCoilcoord: 165..185
scor
NoneNo IPR availablePANTHERPTHR26312FAMILY NOT NAMEDcoord: 106..386
score: 1.5
NoneNo IPR availablePANTHERPTHR26312:SF0TETRATRICOPEPTIDE REPEAT PROTEIN 5coord: 106..386
score: 1.5
NoneNo IPR availablePFAMPF13432TPR_16coord: 233..291
score: 1.6E-4coord: 179..226
score: 0