Chy1G012160 (gene) Cucumber (hystrix) v1

Overview


Name	Chy1G012160
Type	gene
Organism	Cucumis hystrix (Cucumber (hystrix) v1)
Description	protein GIGANTEA-like isoform X1
Location	chrH01: 14423205 .. 14456733 (+)
RNA-Seq Expression	Chy1G012160
Synteny	Chy1G012160

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonCDSpolypeptide

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

ATGGCAACTTCGAGTGAGAGATGGATCGATAGACTTCAATTATCCTCTTTGTTTTGGCCTCCCCCAGATGATGATCAGCAAAGGAAGGTACAGAAGTTTTCATGTTTTACATATAAATCAATTTTTGGGATTGTACTTTTTCGCAAATTATGACATTGTTTTTCATATAGTCCAAGTTGATTAGTCTGTTTGTGTGTCAGCCTGAAGTTGTATTTATCATTCTTCTGAAAGCTGCTGAATCATAGCTCTTAAATAATGTTCTATTGGTTTCCTTGATTTTTTCTTCGTTGATAACGTTGTATGATGTGTTTTAGATTTTTAATCCTTTATCATGTGGAGAATTGCTTAAATTGCTCACAGAATTAGAATATGCTTCAAATTTGCCAAAATGATAGTGCTCTATCTGCTTTTCTCATTGGAACGAATTCTCCATTAGCTTCAGAGGTTCTCCTCCCTTTTGTATATTTAGTTTAATTAATGAAATGTTGTACTTGTAGGCTATTTCCTTTAAAAAAAAGAAAAAAGAAAAAAGAAGAAGAAGTAGCAAGCAAGCAATTCATATAGTTTTAGTTAGCTACTATCAAAACTAAACACGATAAAGGATTATATACGTGTGAACTTATGCTGGAAAATGTTTAATCTATGTATATCATACGTAATGGATGCATGAATAGATCTTAATTAGATATTCACACATATAGTGTTTTGAGGTCCCTAAATGTCGATATATGTATGTATGTGATGTGCTCAATTTGGGAGACTTAGAAAACAGAGTTTGCGTTTTATGAAGGATTTCAGTACAAGGGACTTAATATTTTTGCTTAATTTTCATTTGTGACTGTCGGCCACATGCTTCTAACTACCTACTAACTTTGCTTGTAACGGGTTCACCTAAAGAGTAGATTATTAAAGGGGCTGCCCTCTTACCATGTGTGTGTTTTAAATTAAAAAAATGGAAGCAAAAACTTTTTCATTGATCTAATGCCAAAAGGCAAGTAACCCCAAAGGGGAAAGAAATACATAACAAACATAGAAACAATAGAAAAGAAAATATAATGGAAATATAAAAGCGTTCCAATTAAGACAAATATCCTGAATTCATGTGTATCAGATAGAATAGACCACCGCAGGTGAAGATGATATTGAAAAATACTATATGAATGGCCTTAGTGGCCTTTAGGGCCTTCTTTTCTTGTGTAAATGCTGGGCTGTGGTGATATCAAATGCAAAATAATCTAGACACCTTAGTTTAATAGTGTGGCATTGAACGTAAGGGATTTGACCTATAGCTTCTAAGTGTTATGCCAAGCCTTAGGAAAGTTGAACCTAATTATGTTCTTTAGAAATTAAAAATTAAAAGTAGATTGAGAAAAAGTTTTGTGTTTTTTTAAATGGATTTAACATGTTTTAGTACCAAATGGGAATAAATTTTGATCTATGAGGCCTCTTATCGTGCAAACTTCGAAAAAAATGGATCTAGTTAAAGACAGCTAGTGAGTGGGGCAAGGGAGACTTTGCATAGTATGGGAAAGGAAGGGGAAAGGAGGTGAAGGCATTGTGGAATTTTGTGGTTGAACTGCTTGGGAGTAGAGGTTCCCAACTCTTTAGTATTAGGCTGTTGTTGTGGTCTTTTGTTATTTTTTCTTGGTGCATTTAAAAAGTCAGAGCCGCTTTCTTGAGCCTTATTTTGTATCTATTATTTGAAACATGAGGAAATTTCTGCCTTGCAATTGCTTTGGGAGATTCTTGCTTCTTTGAAGGTTGGCTCTTGTAAAGATTCTAAACTTGGACTCTTGGTGCATCAAAACTGTTTTTGTTGAAGTCTTAGACTCGGCATTTAGCTTAGGATCTCCTATGCAAAAAGACTTATACTGAGCTCTTTGAAAATCAAAGAGCTCCAAAAGTGATGTAGCCTAAGTAACCTCAAGGAGAAATCCTTCCAGAACCAAGATTGTAGATCTTTTATTAGAATGAATAATATGTTTCATACAAGAGGAGAAGACTCTTATTTATAGAGTTCTATTACAATTGGGGTAAAAAGGGAATTAACCTAGAATATTATGTAATTACCCAATTAACCCTTAGTCTTCTTACATAAAAAAGAGTTAATATTTTTGTTTGAATTATGCCAAATGGAAGTCTTAACTCTTGTTAGAAATAGTGGCTTGGGTCATGTTGAAAGCACAAGGGCAGTTTAGATTTACTTTGCCCTAATTTTTTATTATTTTAGTTAGGCTCGTGTTGCCTATAAATATTTTCCCCTTTGTACCTTTATTATCATAAGAAAATAATAAGAGATATCGGCATCGTGGTTTTTCTTCTTGTACTAGGGTTTCTGTGTAAATTTGTGTTCGTTCTACAGCTCTACTTTTAATATGGTATCAAAGCGGGATATCGAAGAGACCCTAGACAATCAAGCACTTAATGGAACCCTAGCAGAAGGGACAACCATCGACATCAATGCAGTCGTCGCCACCGTAGTTGGCATCTTCAGAACCCATCGGCCAGCCTTCCTGCCCAGCCACAATCGTCTGGCAACCAGCAGCCTTCAGCTGCACAAGTCCCACACTCGCAGCCAACTTGGATTCCCTCATACGCGTTGCCAGACATTCATGCACTGCTGCCCACGGCTACACCTTCACTATATGCACCACCACACACACTGTTGCATACGCTACTGCACGTGCCACCGTTAGGACTTGCCTAGCCGCCGACCTTGGTTCAGTCTTCTACTGCTGGTGTGATTGTGCCGCCTCCTGCTAGGTTAGTTGCAAACCCTAGTGGTTGTCCCGAGGTTGGAAATCCAGCCGAGTCGACCTTTGAGGTAGGTGAGTCCTAGCGCAGTCAAGGGCCCATGAGCAGGGTTCATCTCTCAGTATTGCTCAACATCAGCAGGACATGCTACACAACAAATTGTAGCGATTGAAGCAATGCTAGGGGCTCCGTTCAACAACCGTTTGACCTCACCGATGTACTCTGAAAATCCGATAATCTTGCTCCTTGCTTTGGCCTCTTTTTAGATGTTAAATCTAGTGGCACAATCTATAGGATATTTTCTAGAGGAGAAATTGAATGGTCAAAACTATTCTTCGTAGTCCTAGTCTATTAAAATGATCCTTGAAGGGTGCCACAAGTTTGGTTTCTTGACAGGGGAGATACCTCGTCCTACATCGGGAGACCTTTAGGAACAATACTAGAAATGGGACGACTCTCTTATTTGGTTCACATTTATCAACAATATGGATGCACATATTGGCAAGCTCTTACGGTATGCTGCAACCACTAAGGACATTTGGGATACGACTTAACAATTGTATTCCAAGTGTCAGAATGCCTCTCATTTATACACTCTGCAAAAACAAGTTCATGACTGCAAACAGGGGACAATGGATGTGACATGCTTCTGTAACAGACTTTCCCTGATCTAGCAGGAAATGGACCTATGCAGATTACTCCAGGATTGAGGAGGTTGACAGGATATATGTTTTTCTTGCAGGTCTCAACCCTAGATTCGATATTGTTTGCGGACATATACTGGGCCAGAGACCTATACCCTTCCTGATGGAGGTTTGTTATGAGGCTCACCTTGAGTAGGATCGTACCAGTGCTATGAGTAGTCTAACAAACCAATCTCGGTCTGTAAACACTGCAAGAAACAGTGGCATACCAAGGAGCAATGTTGGGAACTACATGGTCGTCTCCCAGGAGGTAAGAAATGCCCCTCCAGTGACAAATAGAACACAGGACGAGCTTATGTGAGTGCCTCTGCTAGCCCTTCTCAGCTATCTGGGGATCCCAGTCCGACTACACTAGGAGCTATTGCCTAGTCAGGTATACCTTAGTCCTTCAATCTTATTAGTGGTGATGAGAAGAATCCCTGAATTCTGGACTTTGGCGCCACTGATCATTTGATAGGATCCTCAAAACATTTTGTGTTCTATATTCCATGTGCTGGTAATGAGAAGATACGAATAGCAGATGGTTCCTTGGTTCCCATTGCCGGGATGGGGCTGATTTTTCCTTTTGAAGGATTGACTTTACATAATGTGTTACACGTGCCCCGAATTTTCTATAATCTACTGTGTATAAGCAAGCTTACTCATGAATTAAAATGCAAAGTGATATTCTTACCTGATTCTGTTTCATTTTAGGACTTGAGCTCGGGGAGGATGATTGGCACTGCCCAACACAGTAGAGAACTCTACCTGCTTGATGATGACGCTTTCTCTAGTAGGGATCTTTAGGACTAGTCTTTTATCTTCGTATCTTACTACTTTAGAAAAAGGCTCTATGTTGTGGCATTTCCGTTTAGACCACCCCAACTTCAATATATGAAATACTCATTTCCTCATCTTTTTGCTAAAGTTGATATTTCTACCTTGTCTTGTGATGTGTATTCGGGCTAAACAGCATCGAGTCTCCTTTCCCTCACAACTATATAGCCAACCCAACCTTTCACTCGTGTCCATAGTGATGTTGGGGGACAGTCCAAGGTCACTACCTCCTCTGGCAAACGGTGGTTTGTTATCTTCATTGTTGACCACACCCGCCTTACTTGGGTTTTCATTATGTTCGACAAATCCAAAGTCACCTCCACATTATGGAACTTCTATCACACCGTAGAAATGCAATTCAATGCAAAAATTGCAATCCTCCGCAGTTATAATGGTTGCTAGTTTCAAAACCACACCCTTCATGAGTTTTTGTCCTCTAAGGGAATTGTCCACTAGAGTTACTGTGCTTACACTCCTCATCAAAATTGGGTTGCTGAGAGAAAGAACCGTCACCTTTTGGAAGTTTTCCGTTCATTTATGTTGTCTACTTTCCTTCCTTCTTATCTATTCTGCAATGTTGTTCTCATTGCAGCTCATCTCATCAACCAAATGCCTTCTCGTATCCTACACCTCCAAACCCCCTTAGAATTTTCTCAAAGAATTATATCCCTCTACTCGTCTCATTTCTGATGTCCCCCTTCAGGTGTTCGGATGCATAACCTATGTTCATAACCATGGTCCTAACCATGTTGAATTCACCTCTCGGGCTCAAACTTACGTATTTGTTGGATACTCTTTGCACCAATGAGGCTATAAATGCTTTTGCCCATCCTCACGTATTTACTTTGTCTCCATGGATGTCACCTTTCTTGAGGATCATCCCTTCTTTCCTATTAGCCTACTCTAAGGGGTGAGTGTGTGCAGAGTCTAACTATGTGGTTCCTTAGAGTCTACCTATCCTACTTCGGTTACCTTGCCTGACCCAAATTCTAACACTACAATCCTACCTACAGATCAAGTTCCCGAGAAAACCTACTATAGGAGGAATCTCAAAAAGGAAGTTGGGTCTCCTGCTGTTCAGCCAACTCCGGTTCAGGATTCTGAACCTTTACGATATCAAGGTATGACTGATTCCATTGACTCACATATTAATAACAGAATGAGTGAGACTGACAAGTCCGAGATGAACTCCACTAATGCACATACCGACAGTAAGATGGGTGAGAATGATAGGTCCGAAAATAACAGGTCTGAAACAGCTGTCCCTGAAGATATGGTTGATAAGGGTGGTGTTCATGAGGTCATTATAGATAGAGAGGACATGGTTAATGAGAATGAGGTCGTCGTAGAATCTACTGAAAACGAAACCAAGCAGGATCATTCAGGAAACATCAGTAATACGATCCTTCTCTAGATCTTCCTATTGGGCTGTGAATAGGTACCGGTCCTATACAAAGCACTCCATTTCTAATTATGTTTTGTACGAGAACGTCTCACCCTAGTTCAGAGCCTTCGTTGCTAGCCTTGACTCTCCTACGATATCCAAGCATATCCACCTTGCCTTAGAGTGTCCTAAGTGAAAGACTGTTGTCAATGAAGAAATGAGAGCCCTGAAAAAAACAAGACTTGGGATCTCTGGACACTCCCCAAGGAACACAAGACTGTGAGATGCAAATGGGTGTTTGCACTCAAGTATAGAGCAGATGGTACCCTTGACAGCCATAAGGTTGGGTTAGTTGCAAAAGGGTTCACTCAAACTTATGGGGTTGACTATTCTGAGACATCATCATCTGTTGCAAAATTGAACATTGTTAGAGTCTTGTTGTCAGTTGCTATAAATAAAGATTGGCTCCTATATCAACTTGATGTTAAGAATGCGTTCTTGAATGGAGATTTAGAAGATGAAGTGTATATGAGTCCTCCTCCAAGATTTGAAGCTCAGTTTGATAATCAGGTTTGCAAGATTTGAAAGTCTTTGTACGGGTTGAAACAATCATTGAGAGCTTGATTTGATAGGTTTACGATTTTTGTCAAGTCTCAGGGATTTAATCAACTTTGATCACACTTGGCTCACCAAAGTCTCCAAGACGAAGAAAATTGTAGTATCGATTGTCTATGTTGATGACATTGTGCTATCTGGGGATGAAACAGTTGAGATCATCCAACTAAGAAAGAATTGGAGAATCTGAAGTACTTCCTTGGGATGGAGATTGCTAGGTCCAGAGAGGGCATCTCCATGTACACCCTTGATTTATTAGCTGAAACAGGTATGATGGGATGTCGTCCTGCTGATACATTCATTGAGTTCAATGCCAAACTAAAAAATTCAAGTGATAGGATTCCTGTTGATAAATAGACATATCAACGCCTTGTGGGAAAGTTGATTTACTTGTCTCACACTAAGCCTGACATCTCCTATGCTGTGAGTACTGTCAGTCAGTTCATGCAAACTCCTTATGAAGACCACATGGAGGCAGTTAATAGAATTCTAAGGTATTTAAAAGCAACTCCGGGCAAAGGGTTAAGGTTCAAGTAGACTAACAGAAGGTGTATTGAGGCCTATACTACTGACTTTGACTGAGCAAAGTCTATTGTTGATAGAAAATCCACCTCGGGATACTGCACCTTTGTGTGGTTGGAAAAGTAAGAAGCAAGGAGTTGTGGCTCGAAGCTTGAAGTCGAATACAGGGCTATGAGCTTGGGAATCTCTGAGGAAATCTGGCTTCAGAAGGTGTTGTTTGATCTTCATTTTGACTATGAGGTACCTGTGAAACTATTATGCGATAACAAGACAGCTATTAGCATTGCCAATAACCCGATCCAACATGACATACACTTTATCAAAGAGAGACTAGACAGTGGTAGCATCTGCATCCCTTACATACCCTCGAGCCAACAGATTGCTGATATACTCACAAAGGGGCTCAGCGAAAACTTTGGTTCATGTTTTAGCAAGTTGGATATTTGCGACATTTACGTTCCAACTTGAGAGGGTGTGTTAGAAATAGTCGGCTTGGGTCATGTTGAAAGCCCAAGGGTAGTTGAGATTTACTTTGCCCTAATTTTTTATTATTTTAATTAGGCTCGTGTTGCCTATAAATATCTTCCCCTTTGTACCTTTGTTATCACAAGAAAATAATAAAAAATATCAGCATCATGGGTTTTTTCTATGTACTAGGGTTTCCACGTAAATTTGTGTTTGTTCTACATCTCTACTTTCAATAACTCTTTTTTTTTTTTTTTTTTTTGAAGGAAACCAGAAATTTCGTTAAGATAATGAATGAACAGAACAATACAAGGACGAGATATAACAAAGATACAAACAACCTCAGGATCAACATACATATTTGGGTACCTCAACTTGGTTGACACCCCCTTAGCACCCTCATCACTTTCAATATCTAAAAGAACAAAATCAAAAATAAAATCAATCCAAAAGTTACAGCAAACTTTCACGAGAACATTGATAAAGAAAAAAAGATGATAAGAAGACCAATAAAGGAATATGTGTGACAACTTAAACTGGAAAAAGAAAAGCATGCCAATTTAAAATAAGTCTTGAATGAAGACGTCTTCAAATGGCTTGGAAGAAGTGCATCAAGAAGAAACATTTAAACGATCTACTTCAAATCGATCCATCCATCCAATATTTTTGTCATGAAACACCCGTTGATTCATTTCAAACCATTTTCGCAAGCAACGCCTTGACAACATTAACCCATAGTATCCAAGGGCCTTTTTTCAGAGCTGGACCAATGAGGATCTGCCTTACATTATACCGAGAATCATTGCTAAAGCCCCTAGCAACATCGAAGATAGAAAACATCTTCCACCAGCATCTAGCAGCATAAATGTCCATTGTATTGTAGTCCCTCCAGATTTGAGCCATTGTTGCTTTCCCAGATTTCTCTCGTGTGGGTGGATGAGTTTAAGCCTTGCTGTTTGTGGTAGCCTGCTTGTTATGGCTTTTGTGTTTTGGTCTCCGTTTTTATGGCTTGCCAAAGGGGAGTATTTTTTGGGGAGTTCTTTTGGAATCAGTTTCTATTTGTTTTGGAAGATCTTTTCGAGTTTTTTGGGGTTCTTGTTGCCACTAACAAGAACAGTTTTGAGGCAACTGGCTACTTCTCCTTGGAACTTCTCTTTGTCCTCTCATATAGAAGATTTGGGTTTGCAAGTTATCATATTCGAATGGGCTGCTCTTGATAGAGTTGTCAAGTTTTGCTTTGTATTTAGCTTTCTTCAGTTTGTTTCGCCTTGAAAAGCTTTTATTCTGTTTGTTACGTTTCTGTTTAACTTCGTTTGTTTAGGTTGTCTTCTTCTTGTTGCCTAAGTTTTCACTTTAGTTTGTATTCTCCCCTAATTCTTTTGCTCTTAGTACAATACTCTTGTACTTTTGAGCTTAAGTCTCATATTTTGAGACGTGTCACCGTGTCAAAAAAAAAAAAAAAAAACAATAGAAATACAAATGTTGCAGGTCTTCACCAGCCACTTCAAAGGGAACAAATGGATGGAGATAGGCAATGTGAAGGTAACTTCATTTGTGTTACCAAGGAAAGTTACCCTCGCATATTTGGGAATCGATTTCTGGTCTGACATATAGGTCTGTGACATCCCCCTTAATCTTCAACTCCTAAAGCTATTTAGAATTGCATTGCTACCCAGTGGTTCTGTCACACCAAACTGAGTTCGAATTTCATTATGGAAATTGCATAGATGAGAAAGTAACTCAGAATGATCTTTCGTAAAAGTAACCAAATCATGCGAGAGTGGTTATTAACAAAGGTAACAAAATATCAAAATCCAGTTTTGGACACAACTGGACATTGACCCCAAATATTAGAATGAATGTGCGGAGGGGGAATTTGCCGTTTATCAACTCTAGGATTGGAGTTAAGACAATGAAATTTGGCGAACTGACATGAGAGTCACAATTCAATGAAGCCAAGTTATGAAACTGTGGACTAGGCTTTCTTTAAACTGAGAGATGGATGACCAAGATGGCAATGGGCATAAAAAAGAGAAACAACTCTAAAACAAGCAAAGATTGTTGATGTCGATACTTGGTGATAAAAAATGTAAAATCCTCGTAATTCATGTCCTTTCTCAATAATCTTCTTTGTTACAGGATCATGAAACAAGCAATAGCCAAGATAAAATGAGACACAACAATTAAGGTCACGAGTGATTTGACTAATAGAGATCAAGTTAAATGACAATGGAGGTAAATATTCCCTTATTTACCACTAGGCCAACCCATGATGGTTCACGTGTATCTTATTAAAAAAGTTAATTACGTAGCGAGATTATCATATTTGCAGCAGTAACTATCTGAAAGTGGACATGCATACATGTTGAATTGTAAATTTAACCTAATTTATTGCCGATATAAGTTTAAAACCAAATAACAAGAACATAAAACACTTGCACCTCTATACCATTTGTTTTATTAACCAGAAACAAAAGTGTCATTGATAAATGAAAAGATAGAGCTGTTGATATAATATATTTCTTGGGTACTTTCTTGTATTGCATGAAATGTTCCTTGTAGCTTTGTATTTGTTTCTTGGCTGTTCTTTTGTTAAGTTCTTCTGGCTTGGTTAAATATTGTTATATTAAACTGGTTAACTTTGAACTATAGGATTTACTCACTTGGTTTGTTGTTTTAGCCGTTTTGTTGGTTTTGGCTTTGTAAAGGTGCTGTCCAGCCTATAAATACTTGTAAACACAAGCTATTTTGGCTAATTACAAATTCAATAGCGAAGTTTCTTTGTTGTTTTACGTCAGCTGTTCTTGAATATTGTTAGGAATGGTTGATGCATGAGATAAGATGCATTTACTTGTTTCTTACTTTCTTAGTGCACTTGCTCTTTCTATTTACAGGTTCAGTGTTCTGCATATGTTGAGTACTTGGGTCAGTTTACATCAGAACGATTCTCAGAGGACATTGCTGAGGTGTGCTATGTGTTTTTGAGCAGAAATTCTGTTTTTACCAGATTAGAACGGGATCTAACTCAAATTATTTCCATCATTTGATTCATTGGGGAGATTGTTCACTTCTATGATAACAAAGAAGATACTTGAGACCCTTGAGACAACTTTTGTTGTTTTTATTTTATTTTATTTTTAGTACAAGGCTTTAGTAGTAGATATATGCAGACTACTGACTGTTATTTAATTAACAGCTGATTCGGATCCGTTTCCAATCGAAGGAAAAACGCCTGTTTGATGATGTTTTAGGTATCAACACTTTAATTCGTGCAATCTTATTTTTTAAATGTGTAATTGTCTATTGATGAGTATTCTATTTCATATGTTCTTTTTCCAGCTTTGTTTGTTCTTCATCATCCGGAGAATGGGCATGCTATTATTCTTCCAATAATTTCTTGTATATTTGATGGCGCCCTGGAATATAACAGAAATGATCCTCCATTTGCCTCTTTTATATCCTTATTCTGCCCTGGCATTGAGGTAAATTTTCGCATTGTATGTAAGACTTCTTCCCTATGTATAATTTTTGTGAGAAACTAAAGTTCTTTTCATAAATAAGATGCGTTGTTAGTTAGCTACGTGGAAAAAAACTTAATGAGGAGAAACTGTGTTTTGTTATTATTGAAAATAAAGACGAAGAACAAACACCAATTTTACGTGGAAACCTAGTTCAGGGAGAAATACCATGGTGCAAATCTCTCTTATTATTTTCTATGTTAACAAATGATACAAGTTGGGAAATAAATAGACTACAGTGAGGAATAAAAAAAGGAAAGAATATTAGGTCAAATCTTTCCTTGGGCTAAGCTCACTAAATCTAACACTCCCCTCAAGTTAGGACGTAGATATCAATGAGCCCAATTTGCTAACACAAAAATCAAAGTTCTGTCTGAGAAGTCCCTTGGTGAGGACATTAGCAACCTGTTGACTTGAAGGAATGTATGAAATGCATATGCTATCATTGTCCAACCTCTCTTTGATGAAGTGTCGATCAATCTCAACATGTTTAGTTCTATCATGTTGAACTGGATTGTTGGCGATGCTAATGGCTGCCTTGTTATCACATAATAATTTCATTAGTATCTCATAATTCTGATGAAGTTGAGACAAAACTTTCTAAAGCCAAGTTTTCTCACATATCCCCAAACTCATAGCCTTATACTCAGCTTCAACATTGCTTCTTACTCCTCTAAGTTACAAGATTGTCCTATACAAAGGTACAATAACCGGAAGTAGATTTCCTATCAACAACAGACCTTGCCCAGTCTGAATCAGCATAAGCCTCAATATTTTCTGTTTGTCTTTCTAAACATCAATTCTTTACCTGGAGTTTTTTTTTAGGTATCTCAGGATTTTTTTATAGTCTCCATGTGTTTCTTATAGGGAGCCTGCATGAACTGGCTCGCAGCACTCACAGCAAATGAAATATATGGTCAATAATGGGACAAGTAAATCAACTTACTCACTCTTTATCAACTGGAATTTTATCACCTGAATTTCCCAGTTTATAGTTGAATTCAATGGGAGTATCAGCAGGACGACACCTCCAGATACTTGTCTCGGTCAACGAATCAAGGGTATACTTCCTCTGAGATACGGAAATACCTTCTTTAGATTTGGCTACCTCTATTCAAAGGAAATATTTCAGATTTTCCAAGTCTTTGATTTTAAACTCATCACCCATCCTTTTTTTCAGTTGGATGATTTCAGCATGGTCGTCCCTAGATAGAATGATGTCATCAACATAAACAATCAATACTGCGATCTTCCCCGCCTTGGAGACCTTTGTAAACAAAGAATGGTTAGAGTGTCCTTGATGACCGAACTAAGCTTCAAGCCCTGGGGACTCATGTAGACTTCCTCCTCTAGGTCCCTATTCAGGAACGCAATCTTAACATCCAGCTAATAAAGATGCCAGTCTTTGTTCACAGCAACATATAGTAGGACTAACTGTATTCAGTTTAGCAACTGAGGAAAAAGTTTTTTAACAATCAACACCATAGGTTTGAGTATACCCTTTTGCAACTAACCTCGCCTCGTGTCTGTCAAGAGTTCCATCTGCCTTGTATTTGAGAGTGAACACATATTTGCATCCCACAGTTCTAAAGCAAAGGATGGAAATTTTATGATAATTCTTCAAGATATGATTTTATTAATGAATGTGAGAGCCTTTTATAGGCTGCAAGCTTAACAAGAATCAGTCAGGAGTTAGTTATTTTGTGAACTAACTTTGTTATGAGTTAGCTATTTTTGAACTAACTCAAGATACAAGAATAATAAACCTAAACTAAAATTAAGGAGCTTAAGAAATAGTTAAAGAAACATCAAGAATCTAAGATGTTCTACATCAGACCCCTCCCTTAGCAAAAAACTCATCCTCAAGTGCAAGTTAAGAGGCCAAAGAAAAGGAATCAGGAGCATGGTAAGGAGAAAGGTCAGAAACGTTGAATGATGAATTGATCCTCATGGTAGCTGGGAGATCTAATCGGTAAGCATTGGGGCCGAGTCTCTCCAAAATTTGAAACGGACCAATGCGCTTGTTGGTCATTTTAGAATGATGACCAGCAGGAAGACGTGATTTGTGGAGATATACCATAACAAGGTCACTCACTTGATACTCCTTAAAACACTTGTGAGAGTTGGCGGCCATTTTATAAGAATCATTAGCGAGCTCTAGATGATTCTTTACTTCTTAGTACAACTTGGAAATATGGTCAGCCATGGCTTCAGCCTCCATACTGACATCAACAACAGAAGGAAGATGAGCTAAATCAAAAGTAACCCGAGGGAGACTAGTATATACAACCTCAAATGGAGACTTCCCTGTTGAGCAATTTGCCATGTGATTGAAGGTGAATTCAGCTTGAGGCAATGATAGGACCCTTTGTTTAGGCTTATCCCTGCTAAGACATCGAATGGGGTTGCCAAGAGTACGGTTAGTAACCTCTGTTTGACCGTCAGTTTGGGGGTGGCTGGCTGTATTAAACAGTAAATTGGTGTCAAATTTCTTCCATAAGGATCTCCAAAAGTGGCTCAAGAACTTGACATCACGATATGAGACTGTTGTAATAGGAATTCTGTGTAATCTAACAATTTCTTGAAAAAACAGATTAGCAATATTCAAAGCATCAAAAGTTTTTTAGCAAGGGATAAAATGAGCCATTTTGCTAAAACGGTCTACAACTACAAAAATCGAATCATGACCCCTCTGAGTTCTTGGTAAGCCTAACACAATGTCCATGGCTAAATCTTCCCAAATAGTGGTGTTAGCCTAACACAATGTCCATAACTACACATCTACTCATCCAATCAAACTCAATAGTGTTAGCTCTACCCTTATGAACATAATTTGTGTCATACTGCCAAGGACGTCCTAAAAGGATATGGCAAGCATCCATTCTAGAACATCGCATATGATTTGGTCTTTATAGTGCTGTCCTATTGATAAAGACATTGTGCAAACCTCACTAACAATAGCTTCTCCCCCCTTTTTTATCCAACTAACCTTATAGGGGTTTGGGTGGGGTTCAGTTTTTAAATTTAGGGCAGTAACAAGCTTTTTAGATTCTAAATTTTCACTGCTGCCACTATCAATAATAACTTGACACACTTTATCGTTAATTGTGCATCTTGTTCTCAAAAGAGAGTTTCTTTGAGGTATGCAATCAACTATTGGAGTGAGAAGTATTCTTTGAACTACACAAGATAATTGATCTCCTTCATCCGAGGTTAAAACTTCATGGACATTGTCATCCGAATCATCATCTTCTTGCCCTTCTTCAATTGTCAAAGCTCTTCTTTGATGGCACTCATTGGAGAGATGTCCTTGTTGCTCACACTTGAAACATTTACCCAAAGTAGGACAATTATAGATGTTGTCACCTTTCTTTTTACTAGAGATTTCACATGGTTTTGTGGCGTTACTTTTGGGTGTAATGTCATCCTTCTTGATGGGCTGTGAGAGTGTGGATGAGCTTCGTTGTTGAAAATTTCTAAATGAGTCAGTGGGATTAGGTCTTTGTTGTTGTTTATCCCAATTGTTCTTTCTTTGATAAGTCTTGGTTTTCTCGATCTCGTCACTCTCTTCAATCTTGGACGCCAAAAAACTAGCATCTAAAAGAAAAGTAAGTGGATGTAAGTTGACAATGTCTTTAATTTCATCATGCAAACCGTGAACAAATCTAGAAATTTGTTGGTGTTCAGTTTCAGGAAGATTGTTGTGAGCACCTAGTCTATAGAACTCTTCTGTGTCATCCATGATATTTTGAGAGCCTTGGTGACATTGTTGATATTTCTTGTAGAGTAGTTGGTAGTTGATCTGCAAAAATCGTTTTTTCATGAGCCTTAGCATCTTTGGTCAACTTCTAATAGGTTGTTTACGAAATAGCCGCTTGTTATTTTGTAGTTGATCCCACCAAGCACTAGCCTCACCTTGGGGCTTGAAGGCCACCAACTGAACTTTCTTGTGTTATGGGGTATTAGCGTAGTCCAAAACAATTTCTACATTCTTGATCTAATCAAGAAATTTTTCCATGTTCATTCGGCCATTAAAAGTAGGAAGATCCACCTTCATTCTTATTTCTTGATCTTCTTGAATATATGGTCGAAAATCGAGTCCTCTTTGTGGATCTTGATGAACAATCAGCAAATTGTCTTCATTGGAAGAGTTGGAATCATTCATCAACTATCATGGTAAGTTGTTCAGATAGAGTTGATTGTTGTGGAAGTGAATAGCTTGGTTTCTTGGATGGTCTTGATTTACTGCAGCTTGGTTTCTTGGAGGTTGAATTGGTTCTTCGAAGGGTTGTACATGATTTCGAGTGATGAGGTTAGTCAAATCTACTATTGATTGTTGCACATCCGATTGTTCCTTTCGGATTTCTTCAATGGCTTGTTCCACCAACTGCAAGCGTCGGTTTATGGAGGCTTTCACGTCCATGGTTGGGAATGGTGAAGATCCAAGTTTCTTTGGAAGGAAGTGAGCTAGGATCGAGCTCTCTAATACCATTTGATGCAAAGCATGGAAAGTTTTATGATACTTCTTCAAGATATGATTTTATTAATGAATGTGGGAGCCTTTTATAGGCTGAAAGCTTAACAAGAATCAGTTAGGAGTTAGTTATTTTGTGAACTAACTTTGTTATGAGTTAGTTATCAAGATACAAGAATAATAAAACTAAACTAAAATCAAGAAACTTAAGAAATAGTTAAAGAAACATCAAGAATCTAAGATGTTCTACATTAATGTCCCTTAGGTAAAGCGCAGATCTCCCAAGTCTTGTTCTTCTCAAGGGCCCTCATCTCTTCCATTACAACATTTTTCCACTCAGGACACTCTAAAGCAATGTGGATATTTTTTGGTATCATGGTAGAGTCAAGGCTGGTTGTGAAGGCTATGAACTGAGTAGATAGGTTCTTATAAGAAACATAGTTAGCAATAGAGTGTCTTGTGTAGGACTTGGTATCCTTCCTTAGTGCAATAGGCAGATCAAGAGACGGATCATACTTACTGACATTTTCTGAACGATCTTCCCTAATTTCATTTTCAGTAACTCTTGCACTGACCTTATTCTCATCATTATTGCCATTTCCATCTAAGATGACTTTAGTATCCACACTACCCTATTCACCTATATTTTCAGGAATAGCTGTCTTGAACCTGTCACTTTCACTTATTTTACTGTCAATATGTGAGTAATAAAATTAGTCATACTTTGATCTCGTAAAGGTTCAGAATCTTGAATCGGAGCCGACTGATTAGCAGGAAACCCAACTTCCTCTCTAAGATTCCTCCTATAGTAGGTTTTTCAAGGAACTTGGTTCGTAGGTAGGACCGTGTTGTGAGGATATGGGCTCGGTAGGTTAACGAGAGTAGGACTGGTAGACTCTTAGGATATTACCCAGTTAGAGTTAGACTCTTCACTCTCACTTTCCAAAAGAGAACGAGCAACTTCCAAAAGGTGGCAACTTTTGCGCTCGGCTACCCCATTTTGTTGGAGGCATAGGAACCTTGGTGGACAATGCGTTTGGAGGACAAAAACTCATTGAGGGTGTGGTTTTGGAACTCACGACCATTGTCACTTTGTACAATAGCTATCTTTGCTTTGAGCTGCGTTTCTACGGTGTGATAGAAGTCCCTGAACGCAGAGGTAACCTCAGATTTTTCGGAGACGAGAAAGACCCAGGTAAGACGGGTATGAACATCAATACAGGTTACAAACAACCGTTTTCCAGGTGAGGTAGTTATCTTGGATGATCCCCAAACATCACTATGAATAAGTGTGAAAGAGTGGGTTGGTTTGCATGGTTGTGAAGGAAAAGAAACCCGATGTTGTTTAGCCCGAATATATACATCACAAGATAAGCTAGACATATCAAGTTTAGAGAAAAGATGAAGAAATAAATGTTTCATATATTGAAAATTAGGGTGGCCTAAATGAAAATGCCACAACATACAATCTTGTTAAGAAGTAGTAAAGTAGGAAGATAAAAGACTAGTCCTAGAAATGCTACTAGAAGAGGTGTCGTCATCAAGGAGGTAGAGTCCCCTACTATGCCGAGCAGTGCCAACCATCTTCTTCGAGCTGAAATCCTTAAAAGAGACAGAATTAGGTAAGAATATTGCTTTGCAGTTTAACTCATGAGTAATCTTGCTTATAGATAGCAAATTATAAGAAATTTTGAACACATGCAAAACATTATGTAAGGCGAGCCCTACATAAGGAGAAATATTCCCCTTTCCAGCAATGGGGGCCAAGGAGTCATGTGCAATTCTAATTGTTTCGTTATCAGCACATGGAATACAGAACACAAAATGTTTAGAGGACCAGTCAAATGATCTGTGACACCATAATCCAGAATTCAGGGGTTCTTCCCATCAACACTAATAAGACTGAAGTACTGAGGTATACCTAATTAGACAATGACACCTAAAGTATCCGGACTGGGATCGATTTCGTTTCCATGTGGATCGGGTGGTTGAGAAGGTGCAGCAGCTCACTCACATACGCCCGCCTTGTGTTCTGTTTCTCGTTGGGAGAGTGTTTCTTATCTCCTGGGGAATGACCACGTAACTTCCAACCCTGTTCCTTGGTATGCCATTGTTTTTTGCAGTGCTCACAGACAGGAACTGGTTTTCCATCGTGCTTGTCACTGCCACTGGTAAAGGACCTTATACTAAAAGCAGCGACGTCAATAGTAGCAGTAATTGAAATACTCATAGCAGTTGTACGATCCTCCTCAAGGCGGATTTCAGAACAAACTTTCATTAGAGAGGGAATCTATCTTTGGCTTACATTAAACTTAGGATTAAGACCAGCAAGAAAGTCATAAATCCTGTCAATCTCTTCAATTCTAGGGTATTGCAAACCATCACTAGGATTGCTCTAGATTAGTTCTCTGCATGGGTCTATTTCCTACCATATAAGAGAGCTTGTTAAAAAACGATGTGACATCTATGGTTCCTTGCTTGCATTCATGAACCTGTTTCTGTAGTATGTATAAGCGAGAGGCATTTTGACATTTGGAATATAGTTTATGGGCTGTGTCCCAAATATCCTTAGCAGTTGCAGTGCATGGTAAGGGTTTGTCGATTTGTGCCTCCATACTATTGATCAATGTGGATCGAAGAAGAGAGTCCTCCCTTTTCCAATACCATTCCTGTAGGTCTCTCGGTGGAGGACGTGGTATTTTTCCTAGCGGAAAATCAAATTTATGTCGTCGTTCAAGGACCATTTGACTGAGACCATGAGAAATAGTTATTGCCGTTCAATTTTTTCTTTGAAAAATATCCTATAGAATGTGCCACTGTATTAGTCACATAAGAAGAGGATAATGTGGGGAATGAGGTTACCAAATTCTCATAATACATCGGTACAGGTGTATGAAAGCCATGTAGAAGTGTTGGATGTCTCCCCTAAGATAGCCTCAATTGCTGCAATCTGTTGTCGAAGCCCTGTCAGTTGCTGGTAAGCTATACCCGAAGAAGAAGTGAAAGCTTGTACATTAGGGTTGGAATGTGCTGAAGATTCACCAACTTCAAATGTTGAGTGAATTTGAGGATTCCTAACATCGGGATGATAACTAAGGTTAGTGGATGACATGGCATACAAATTTGATTGCAGAAGCGATGGTGGTCGATCGAAATTAAGTGACAGCACATTGAGCGGCGCATGGGGAACAATACAGGCCACAATGAAGACAAGGGTGGCACATATAGGTTGGTCGGTGTGGTCTAAACCAGAAGGGCTGGTGCGTGTAGCTTTGACATTGGCGCGTGGGTGATGTGTTGCGGCGTGGATGGTGGAGAAAATGACAGAATCACATTGGCTAAAGTTGTCTAAAGGCGGCAGAACCCTTCATCCATGGCAGCGCTAATCCGAGCATCGACGACGACACTAATGTCAGGGTTTGTCTCCTCTATTTGGTTTCCACCACGAGTTGTGTTGTCTAGGCTTTGAACAATATCATGCTCTGATACCATATTGAAAATAGAGATGAAGAACAAACACAAGATTTATGTGGAAACCCAGTTTAGGGAGAAAAACCACGGTGCAAATCTCTCTTATTATTTTTTTATATTAACGAATGATACAAGGGGGGAAATAAATAGACTACAATGAGGAATAATAGAAATGAAAGAATATTAGGTCAAATCTTCCTAAATCTAATAGTTACAAATAAGGCTCAAGTGTTCAAGAAGCAGCCACCCTAACCAACTAACTCATCCAACAGCGGAAAAAAAAAAGAAAACAATAAATGAAAATATTTGTGATGCTTGATGATTTTGGATAAATTATTTTCTTATTTTTCAAAGAAACCAATAATGGATAAAAATGATAAAAGAGAAGTTTCAACTAAGGAAATTAAGACCTTGCTTGGAATGATTTTTCAAGTGCTTAAAAATACATCTTTTTTAAGCCAGTAAAAGATTTAATTGATTCAACTTCTTAAGATTGTATCCCATTAAGCCAGGAAAGATTTAATTGATTCAACTTCTTAAGTCCCTTCAATCATTTATGTGAGATATTGAGAATTCTACGTTGGTTTTCCAACGGGACTCACACTCTTTATAAGATAGATGGGCTCTCTCATTGCCAATTGGTTTTGAGATAGAACCTTATACTATCAAATAATTTTGAATTGTGTGGAATTAAAGAAAAATAAAGAGGGTTTGAAAGATGAAGGATTCCCCTTTCTAGGCAATTAAAATTTAATTGTAGAGATTGATATTGAAGGTCCCTACCGTGCACAAAGACTTCATTAATGATGCAGCTTCAAGGGTGAAAAAGGATTGAATCCTGAGTTTCTATTTATTTAAATTCTCTTGATCCTTAGGTGGAAATTAATGCTAAGGCTCAGGATTCTTTCTTCTAGTTCCTAGAGCATATTCTGATGGAACTCCTCTTGATCAAGTCCGATCAAGAAGGGTGAATCTTATTATAGAAAGATAAGTAACGATTTCCAACTAGCGTTGGAAAATATAAAGAACGAATTGAGGGCTCCTCAATTCAAAGAACAAAGTAATCCTTCCCGGCTTCCCTCTCTCGCAAGGAATAGCCTGAAGTTCTACACCAAAATACTCACTAACTGCCCTCTCTCCCTAACCAACTCCTATTTAAACCATTCAATTACCGAAATACCCCCTAACAATAATAAACCTAACTAACAATATTAGGGCTATTCCCTTAGGCACGTGCGCTGTACGGTTCTCCCGGCTGCTTCTTCCTTCTCCTGTACTGGTGTATGATTGGGGGTCTATCATATTCATCCCCTAAAAGGTGCAGCTTGGAGAACCTATTTCTCTCTTCTTTAATCAACTTGGAAATAGTTATTGCATCTGTGTTTATTTCACCGCCCCTAATCAGGTGGCCTTAAACCATGAAACGAAGGTCTGGTCCTTGTAGGGGGTTGTTCTTGGGTTTTTTGAATGGCCAATTGTAGTTCTTGCATTTTCCTTGATGCCTGTTGTATGCGTTCAGTGTTCTTAGAATTGCTGGCCTCAATCATATGAGGTTCCTGATTTTGTTGAGGTAAAGATGCTTAGCCATGTTGTTATAAAGCATATCTTGTGTATTTTCTTTCCTCAATCACCGACTGACCCAAAAGCTTTTGTTGATGGGTGAAGGTAAATTTTATATTATGTCATTCAATGCTCCCCCTCACTTGTGATCATGAAAAATGAAGAAGATCTAACGAGTGAAAATCAATTTTAGTTCGGGAAGAAATTACATTGCAAGGGTTTGAACACAGGACTTCCCTAGACCACTTGGATAAAAACAACATTATAACATTCAACACCCTTTCATTTCTCATGGAGTATTCAATGTTCATCACATGGTTGGTCAATGTTCATGGGATATGGTGGGATTTTTCTTCCCCACCATTAGGTCCTTTCTTTGACGGTGCTCTGATATTAAAACTGATGCAATCAGCTTACTGGAAAAATTCTTTGATGAGGAAAAACTGCTTTTTGTTACAAATATGGCTCCAATATAAAGGGAGTAGCCACCCTAACAAGTTAACTAACTAATCAAACAGCCAACAAAAGCCGTAAAACTAATATTGTAAAACATTTGGTGATACCTAACCAAATAAACCACATTGTTTTCCAAAAGTTGTTAAACTACACCAACTTGTTTTGGGTCTGATTGTTAGGTTGCTTTATTTTCTGATATCTATTCTATAATTGTGAATGGTGTGAAGATGCTTTATAAATTCTTTTCTTCCATCAGAACGACTATTCTGAACAATGGGCCCTTGCATGTGGGGAGATTCTGCGGATCTTGACTCATTACAATCGTCCGATAAACAAGATGGAACGAAAAAATGGTGAAACAGAAAGAAGCAGTAGTGGCAGCCTTGCCACGACAAGTGACACCGATGATAGGGAACTTGTTGGAGTGCCTCAGCAACAAGAGAGGAAACCTGTACGACCTTTGTCCCCCTGGATTACTGATATATTGCTTGCTGCACCATTGGGCATCAGAAGTGACTATTTCCGCTGGTAAGGTGTTATTATGTTGAGCCTTAAAAGCCTTTTTGAATATTATATATATACATATATATATATATATATATATATATATATTTCTTTTTTCTTTTTGGAACAGAATCAGATTCGTTGATGCATAAAAATATATAATTAAAAAAAGTATTAGAAGCTACTTCTTTGAGAATGGAAGAGAAAACCCTCAATCTAGCCCAATTTTAATTTTTGCAATTACATCCCAACCCTTACAAGAAAGCCTCTCAATTTGAATGAATTAAAATTGAAAAATAAATTAAAAAATGATCTGATAAAAGACATCAAAAGGACACAGAAGCCTATTTTGTTGCAAAGTAATGGCATGTCTTTCCGATAGCTATCAACAAATTTGTAATTTTGTGATGAAGAAATTGGCAGAGTAGGAAGAGACAAACACTTGGAAGAATGAAGATTTTATTAAGGAAGTACAAAAGATGGAGGAGAGAAGACTCTCTCACTCTCTCTTGCTTATTCACTCACTTAAATCACTCTCTTGTTTCTCTTTCTTCCTCACTGCCTCTAGCTTCTTTTAGCTTCTCTTGCAAATGGGAACACAACTCCTATTTTAGATATGAGATCCTTGGGCCAAAAGAAACAAAGGATTTTTCTAGGTTTTTCTTGGGGTCTAAAATATTCTTAAGTATTTCTGTGAAATTATTCTTATCAAATATTATCTTAAATGCATTAATTTTAAAGATTAACTTACTATAAAAATTTTATAAAAACAGAGTTTAAGAACTCTCACCTTTGCAGCTCGAATTCTCCTTGAATTGTTGATGAGAGCGATTGGCAGCGTCGGTTTGGAAAGTTCCAAATAATATTTCTTAGTGTTCGACGGATAAAAAACCAGTCGACCAACCGACATTTAGCATTGATGGTCGAGGTCGGTTTGAACATTTACTAAACCCATAATCGGTTTGGTGCCAGTTTGGTATAAAACCGACTTTGACCGACCTATGATCACCCCTAGTAGTAGCAGATACAAATTTAGTGGATTTGGTGGCAAGCTTGGCAGTTAACACAAACTAAGCTCTTAGCTTAGTCATGTAATCCTACTAATTAGTGGAATTGTCCACCAAATGGGTCAAAGGTCGCCTATTTGACCTTTTGTTGATTTGGTCAAACTTTGACCAAAAAGTCAACATTTTGACTTTTTAAATTTTCCTAACCAACTTTTACCTTCTTTTATTTAAATTAATTAAAAAATTAATTTTAACTTGATTAATTTGATATCCACTAATTCCAATTAATTCGATATTTAAAATCCCTATTCAAATTTTTAAATATTATTTAAATATCATCTCTCTCATTACTAAGCCGTTAATTATATCAATATATATTTAACGTTTTATTCTCTAAATTAAATCCGAACAATTCAAATAACTCTATCACACTGTTCTTGGGTTAAATTCGGACCTAATGGACTTATAGATCATGAGCTCCAATGATTTAAGATTAACCAGCTAAATTCTTTTAACCTAGCTAACCTACACTCATTAACTAATGGGACTGTCTGTTGTAGCCCGTAGCTGCACTCTCCTCACTATAGATATATTTGTGTCAGCTTGGGATAACTATCATCGGTATTTCAATCGTTCACAGATTGTTCATAATTACAACTGGGTCAAGATACCGTTCTACTATCCCTAGAAGCGAGTAGGAGTAAATTTCGTCTTGTACTCTATGTCCCTGGCTATCTACCCGATCTTACCCTTGATATGGGAGACTTGTTGAGCCAGCGTTTTTGAGTTACTCTCACCTATGTAAATATAAGGATAATCTTGAATAAACAGGAGTTCATAGAGTTTAGGATTAAAATCAAGTTAGTTAGGTCATCATAATTGAAACGGTCAGTTTTAAACAATAACGGTGTTATAAAGTAAAAATGACTTATTTTCTAGTTTGGTCTTATACAATCTTATTGTGTAGGATGCCCGTACGTGCACGTCTTTACATGAATGATGTAGAACACATCATTTTTATTAAATACAAAGTGGGCCGCTTCCATAGTATCTCCAGAATAAGGCGCCCAATCTTATTTTTATATTTTGTTTTTGAAACGAAGACAAGCCTCTTTGTTAATAATAAATGAGATTAATGCTCAAAGTACAAGAGTATTATACAAGAGCAAAATAAGAAAAAGACAATATCATAAAAAAAAACTAAACAAAGATGAACTCGAGCAATACAAATATGAAAACAACCTACAAACGATCACAAAGGAGAAACAACGAAAGAACCAAAGCAACGGAGATTTTTTTTTTAAACAAGGAACAAGCCTCTGTAATCTCGTCTGAAGTATATTTCTTATTATATTTAGTCAAAGGAATGTTACATATTTATATAGTGAATAATCTAAACCCTAGAGACTATGTACAATTACAATAAAGGACATATGACATAAATATAAATATATATATATATCATAACACTCCCCCTTAAGCTGGAGCAAATATGTCGATCATGCCCAGCTTGTTGCACAGATAGCTATCCTTGCTCCATTTAAAGCTTTAGTTAGAATATCTCCCAATTGTTCTTCGGTCTTCACATATCCTGTGGACACCAACCCATCTTGGATTTTCTCACGAATGAAGTGACAATCCACCTCAATATGTTTAGTTCGTTCATGAAATACTGGATTAGATGCAATATGAAGTGCAGCTTGATTATCACACCATAATTTAGCTGGCACGGTAATACTGAAGCCTATCTCAGATAATAGTTGGTGAATCCATACTATTTCACACACAGATTGTGCCATAGCTCTATATTCTGACTCAGCACTCGAACGAGAAACAAATTTTGTTTCTTACTCTTCCATGATCTAAGTTTCCACCTACAAAGACACAATATCCAGAAGTTGATCTCCTATCCTCAGAGACCCCGCCCAATCAGCATCAGAAAAACATTCAACTCTCGTATGTCCATAATCTTTGATAAGATCCCACGTCCAGGAGCAGCTTTTAGATAACACAAAATCTGCTCTACTGCAGCCCAATGATCCACTGTAGGGGAAGACATGAATTGACTTACAACACTTACAGAATAAGCAATGTCTGGTCGAGTCACTGTTAAGTAGTTCAACTTCCCAACTAATCTCCTATATCTCTCAGGATCTTTACATAATTCTCCTTCTTTAACAAGTTGTGATTTGGCTCATCGGAGTGCCACTTGGTTTGGCTCTAATTTTCTGTCTCAGACAACAAATCAAGTACATATTTTCGTTGAGACAAATAAATACCTTTCTTGCTTCTCATCACTTCAATCCCAAAAATATTTCAATTGGCCAAATCTTTCGTATAAAACTGACCTGAAGGAAATTTTTGAGAGACAAATACCCGATGCATCATTCCAGTAATAACAATATCATCAACATATACAACTAGTAGAACTATACCTTATCAGATCGACGATAGAAAACCGAATGATCAGATGTACTCTTCTTCATACCAAAGCATACAAGAGCTTGACTACACTTACCAAACCACGCACGAGGACTCTGTTTAAAACTATATAAAGATTTTCGAAGGCGACATACTTTATCACTCTCCCCTGAGCAACAAACCCAGGTGTTGTTCCATATAAACTTCCTCTTGAAGATCACCGTGCAGAAAAGCATTCTTAATGTCAAGTTGATGCAAATGCCATTTATGGTAGCAGCCTGGAAAGAAATAGGCGAATGGAAGTTAATTTGGAACTGGAGAGAATGTATCCGAATAATCAGTTCCATAGATTTGAGCATAACCTTTGGCAACAAGGCGAGCTTTCAATCGAGCCTGTTCCATCAGGATTCATTTGACAGCAAACACCCATTTACAACCAATGGCCTTCTTTCCTGCAGGACGAGATACCAAATCCCAAGTACCATTATCATCTAAAGCAGTCATCTCCTCAATCATTGCATTTGCCCCAGGATGAGATAAAGCTTCATGAACAGAGTTAGAATAGATGTGGACTCAAGAGACGTAATAAAAGCATATGTGGAGGGAGATAACTGGTGATAGGAAATAAAGGAAGAAACGGGTAAGTACACTTGCGTTTACCTTTGCAAGAGCAATGGGAAGATCATCACTTGGCCCCGGATCACATGATGAAGGAAGCATTGATGGAGGACATGAGTTGAAGGTTGTGGTGAGGTCGTCGTGGAGTAGACTTGAGAAATCAACGGGCGGGTAAGGAGGACACATCAATAGACAAGGATGGTGTGGGAGAGGTAATCTCATCTATAAAAAGATTGTCATCCTCCCCTGACACGAACTCGATGGTGATGAAGTAAAGGGTGTATCCTCAAAAAATGCAACCATCAGGCGAACCAGATACCTTTTAAGGGTAGGACAATAACAACGATAACCCTTTTGAACACGTGAATAACCCAAGAAGATACACTTCAAGGATTTGGGATCTAACTTAGTATGATGAGGACGAACGTCGCGAACAAAACAGACAACCAAATATCTTAGGAGCAATAGGAAACAAATTCTTGGTAGGAAAAAGAACACGGTAGGGAATCTCACCATTAAGAACAGAGGAAGGCATTCTATTAATCAAAAAACAAGCTGTAGAGACAGCATCCGCCCAAAAGGTTTTTGAATATGCATTTGAAACGATAAAGCACGGGCAGTTTCAAGTAAATGCCTATTTTTTCGTTCTGCAACACCATTTTGAGATGGAGTGTCAGCACAGGAAGACTGATGAATAATGCCATGTTCACACAAGTAAGAGCCAAGAGAATGAGAAAAGTATTCACCCGCATTATCAGTACGGAAAGTTTTGATAGAGACATTAAACTGGTTTTTTTATCAGTATGAAAGGCACAGAAGTGAGATAATAACTCAGAACGATTTTTTCATTAAATATAACCAAGTTAGACGAGAAATGATCGTCAACAAAAGTAACAAAATAACGAAATCCTGTTTGAGATACAACTGGACACGGACCCCAAATATCAGAATGAACTAACTCAAATGGAGCAATTGTTCGTTTATCGACTCGAGGACTCGAACTAAGACGATGAAATTTAGCAAATTGACACGAATCACAATTTAAAGAGGACAAAGACCTAAATTCTGGATAAAGTTTCTTCAACACGAACAAAGATGGATGACCTAAACGACAATGGACTTCAAAAGGAGAGGGAACGACAGGACACGCCACAGCTTGCGATACTTGATGATCAAAGAGATAAAGGTCTCCCGACTCATATCCTCTACCAATAATCTTCTTCGTCACACGATCCTGAAACAAGCAATAACCAGAAAAGAACATGACAACACAATTGAGGTCATGAGTAAGTTGACTAATAGAAATTAAATTAAAGGATAAGTTAGGCAAATGTAACACAGAAGAGAGAGAAAATGATGGGGTAAGGTGAATAGTGCCAGAGCCAAGAACAGAAGATGTGGAGCCATCGGCCAATGTAAAGATGGAAAAGGGGCAGGGGACAACGGTCTAGAAAATAGGTGAGAATTACCTGTCATATGAGCTGTGGCACCAGAGTCTATGACCCATTTGGTAGATGATGTAAGAAGACACTTTGTATTACCTGGGGCAACAGTGGATGCAACCGGAGTAGAGGAAGATGACGCTTGTAATGAATCTTGGTAATTCTGAAACTTAGCAAACTCATCTGCAGAAATAGTAAAAGAAGCCTCTGGTATATCACATGTGGAGGCTATCTGAGCATGTTGAGATCGTTGACTATTCTTATATAACAATTTCCGACAATCACGTTTCATATGGCCTGGCTTACGACAGTAGTTACAAACAATCTCTACAGAATCTGGTTTTCGATGATCAATACTATTCCTCTGAGTTGCCCGAGGATTATTGTTCTTGCTAAAGAGAGCACTATTGGGTTGAGGAATAGACACACCCGTCGGAGAGCTTTCAATGCGAAGGACGCGAGTGAAGGCATCATCTAATGATGGAATCTTAGAGTCAGAGAGAATCTGTGTCTTTGCCATTCCAAATTCAGGTAAGAGTCCATTAAAAAAAATCATGATAGCCATCTTCTCTCGTTGAGCTTGTTGAACTTTAACATCAGGACTAAAAGGTAACAACAAGCCAAGCTCGGCGGTGATCTTCTTAAGCCGCATAAAGTAGCTGGTGACAGACTCAGCTTTCTGTTCCGCACGAAAAAATTGCATACAAACTTCAAACATTCTATGCACTTGCTCTTTACCTGAATATAGAAATTCTAAAAATTCCAAAAGTTCTTTAACCGACTCACAGTGATCAACCAATCCAATTATCTCACTCTCAATTGAGTTTTTGATCTGAAGATATAAACGGGCATCATCACGAAGCCAATCCTTCTTTTGTTTGACCGAGGAGCAATCCAAAACCAAAATAGTAACTTGTTGTAGGACTTTTCGTCTTCCATATTCCTTCTTAGTGTCGTGTCAAGTGGAGAAGCCAAAGTGAGATGATTTACCAATGATTTAAACTGTGAAGGATCCATTTGCTTCAAAGACCAAAAGCGTTTGTTGCCCAGAAACTGTCATCTTTTCCTTGACTATGATACTTTGGAAGTCAAGTATCTCATCATCCTTTAAAAATCTTCTAAAAGAAATGGACCATGAAGAAGTATCTTGATCCAATGATCCACAATCGAACACTAGGGCATCAAAGCAACAGAGATTGAAACATCAGTAAAGAGCTTAATAAAAGAAAATATAACCACTTTTTCGAAAAGTGCCCACTTCAGACTTAAATTTTGTATTCCACGTGCTTCAATTTGAAAGAAGAAACAACACAAGAAGAGGCAATCAGTTGCTTCAACTTTCCAACCCTAATAATTCTTTGCCCAATGGTCTTTACCCTCCACGGATATTCATGCAAACAAAGACAGAACATCCAAAAAGTTAACTTTTAAGCTAATAACTTCAATCAAAAGTCTTTGCTCTCTCTCCCATGTGGAAAAAGACTTATTAGAAAGACAAACAGAGGTTCAAAATCAGGGGAGGACTGCAATCAGCAGTTAAAGTATCAAACAAAGATCAAACCACAATCAGCAGGATTTTGCAAGACTGGAAATGAGAGCTAGTAACTGTGGATATCTTTTCAACTTTTAGTTCTTCTCGCATTGAAATAAAGCACTAAGATCGGTCTCTAGAAGCTCAAAATGACCTGCCTCTCAAGCTCAGCTGACTTCTCAAAGTCAAGAGAGCTATTTTCTCACTACTGACACTAAAAGGAGAGTCGAAAGAAACCTCACCCTTCTTCTTCGGTAATGCATAAACTGTGGAGAAAGAAGAGATTGTGAAGCTAACCAGTAGAGGGGCTGAAACAAGCGCTTGGGTGCAGCCCCTTCTACCTTTGTGCAAAGAAAAAACTTCTCTCCGATCTTGGACATAACTTTTTTATCCCAAGGGACCAAACATTGGTGGAACGAGACAAGGGAAGAGCTGGCTGGTAACTTTTTAAAATATTTTCCAACAGTTTATGAGGCTTTGAATTGTTGAAATTTTCTGATTTAACAAAAGTGCTTATGGCAAGAGGAACTCGAAATTATTGTTTAAAGAGTCACATTCAACCTTTTCATCCTTCATAACATGATTTAATCTAACGACATCAACTGAGTTTTAAAATCACAAAAAAGTAGCTCTTATGTGACAAAGCTATGTGGATCTAAAGAAGAATATCACCCAAATTCAAGAAAAATTCCTTCTCTTCTCATGATTAATTTCAATTGTTGCCGGAATAAATTTACATAGATTCTCTTTAACTTGTATTTTGGCTTCAGAAACATTTAGAAAATCAAAGTTTCCCTGGAAAATGTCTTCTAAGCCCTCAAAGTAAGCACTGACGACCCAAAAGTTTGATTATTCCAGTAATTTATAGGAAGGTTCCTGATCAAGACCCAACCATCATAACCTCTTGGGTACAAAGGTCTACTATGAACTAACTTATCCCATTTCTAAACTCTAATTGAAAAGTGCCGAACTCCTGCCATTTCCCAGGTTGCTCTATAAAATCATCTATTGTACCTTGATCAAAATCAATCAAAGCATTCTTTGCAAATAACAGATTGATGAATACCAATGATTGAAAGTGCAATTGTAGCTAGAGACGAAGAGCAAACACAAGTTTTTATGTGAAAACCCTAGTTTAGGGAGAAAAACCATGGTGCAAATCTTTCTTATTATTTTCTTATATCACTAAGATACAGGGGAGCATTAATTTATAGGCAGTAGAGCCTAATTAAAATAATAAAAGATAATTAGGGCAACATAAAAGACAAAAAAAAAAAGAAAAACCCTTGGACTTTCAACATACACCAAGTCCGCTAATTCTAACACTCCCCCTCAAGTTGTGCTGTAAATCTAAAAAAGACCCAACTTGTTAACACAAGACTCGAAGCTTTGTCTTGTGTTCACACTCAAATACAAGGTAAATAGAACTCTTGACAGACACAAGGCAAGGTTAGTTGCAAAAGGGTTTACTTAGACCTATGGTGTTGATTACTCGAAAACTTTCTCCTAGTTGCAAAACTAAATATAGTTAGAGTCCTGTTATTTGTTTCTATGAACGAAGAGTAGCCTCTATATCAGCTGGATGTTAAAAAATGCGTTCTTGAATCGAGACGTGGAAGAGGAAATCCATATGAGCCTCCCCAAAGTTTGAAGCCCAATTCGATCATCAGGTTTGTAAAGTTAAGAAATCTTTATATGGACTGAAACAATCACTGAGAGCATGGTTTGATAGGTTTACTACCATAGTCAAGTCCCAAAGGTACAGTCTGGGGCACTCTCACCACACTTTGTTTACAAAAGTCTCCAAGGCTAGGAAGATCGCAGTGTTGATTGTTTATGTTGATGACATCGTTTTATCTGGGGATGACATTGCTGAGACCATCCAATTGAAAAAGAGGTTGGTGATGACTTTGAAATCAAAAACTTGAAAAATCTGAAATATTTTCTTGGGATGGAGGTAGCTAGATCTAAAGAAGGTATCTCCATATCTCGGAGGAAGTATACCCTTGATTTGTTAACCGAGTCACCGAGACAGGTATGCTGGGATGTCGTTCTGCTGATACTCCCATTGAATTCAACTGTAAACTGGAAAATGCAGGTGATAAAGTTCTAGTTGATAAAGAACAGTATCAGCGCTTTGTGAGAAAGTTGATTTACTTGTCACATACTCGACCAAATATTTCCTATGTTGAGTGCCATTAGCTGGTTCATGCAGGCTCCGTATGAGAAACACATGAAGGCAGTTAACAAAATTCTGAGGTACTTAAAAAAATCCTTAGTAAAGGGTTGATGTTCAGGAAGATAGATAGGAAAGCTATTAAGCCGAGGCCTGTACTGACTCTGACTAGGCAGGGTCTGTTGTTGATAAGAAATTCATCTTCGGTTACTGTACCTTTGTATAGGGCAATCTCGTAACTTGGAGAAGTAAGAAGCAAGAGGTTGTGGCCAAAAGCAGTGCTGAGGCGGGGCTGTGGCTATGAGTTTGGGGATATGTGAAGAAATTTGACCCCAGAAAGTTTTATCTGACCTTCATCAAGATTGCGAGGTGCTGATGAAATTATTCTGTAATAATAAGGCAACTATTAGCATCGCAACAATCTAGATCAACATGATAGAACTAAATATCTGGAGATTGATCGACACTTCATTAAAGAAAAACTTGACAATGGTTAGCATATGCATTTCATACATTCCCTGGAGCCACAGGTTGCTGATGTTCTCACCAAGTGGCTTCTTAGACAGAATTATGGCTTTTGTTTTAGTAAGTTGGGTCTCATTGATATCTATGTCCCAACTTGAGGGGGAGTGTTAGAATTAGTGGGTTTGGCCCAAGGAAGGATTTACCCTAATTTATTTTCCTCTTTTATCATAAGCATGTTGCCTATTTATCTTCCCCTTTGTATCTTTGTTAATATGAGAAGTTAATAAGAAAGTCAATCGTGGTTTTTCTCTTGGTACTCGGGTTTCCACGTAACTCGGTGTCTACTTTACTTTACTGCTTTCAAAAGTATTGATTTCTATTATGAAGTTGGAAGAGCTTTTCGAAATCTCCTTTTGGCATAGTGTTTGACTTTCTTTTGTACTTTTATGTCATCTATGAAATTGTTTCTTCTTGTAAAATATTTTTACACATAAACAGGTGCAGTGGTGTAATGGGTAAATATGCTGCTGGAGAACTCAGGCCACCCACATCAGGTATGTGAACATTTTACTTAAATGTCGAATTATGAAGTGGTATTTCACTTGATGTGACGGATTTGCAACTTATCTATGTTTTGATAATAACAAAATATGTGCTAAAAATTGTACGGAATGAACAAGGAGTGGGCAAAGGGGTATAAACCAGTGTTCCTTTACTGTTTGGCATATAAAACAGTGCTTAACAAAGGTATGGAGATCTTTTCTAATTTGCGGCCAAAATTATCAAGCAGAGACTAAGTCAAAAGTCTTAAATGCTGTTTGACATATAGACAAGATCTTGAACTCATTTCTTGGAGAATCATTTACTTTTGTTGCTGAATAATATCTCAATTTTGTTGCTGAATAATATCTCACTTTTTTTTGCTGAATAATATCTCACTTTTATTGCTGAATAATACCTCATTAAATCTTTCATTTTATGTCTCAAGTCTTTTTTCCTGTATAAAAAGGCTATGTGTCTTACATTAGAAATTGGAATACAAATATTTATTCTGTTATAATATGTGTTTATATTGAAATTATGTATAGTCACCCTTAATTGTAATTTTACATTCCCTAGATTAGAGTTTCTTAGTTGCGTATATATATGTATCTTCAGTCTGATTAATAGATATGATCATTATATTTCTCCAATGGGATGTGCGGAGAGGAAACCATCTCCATTTCTCTAATCCAAATCCAAATTAATAAAAAGAAAAAAAAATATAGTGTTTCTCGGGAAGATCAATGGGTGGAGGACAGACCCTTCTTATCAATGTTTCCTCAATTATATCATTTGTCCTCCTTTAAATTGGTCATGTGTCTAATTTTCGGGTTTGGTTGGAAAGCTATGTCTTTCTCCTTTGGTTTCCGTCATTTGTTGTTCAATAGGGAAACAATGTTGGTGGCCTTTCTTCGACCGATTGAGGATTTTAACTTTAGGCTTGGGAGACAGGATATTCAGGTCTAGAGTCCTAATCCCTTACAGGGCTTCTCTTATAAGTCTTTCTTTAGGATTTCATTGGCTTGTCTTCTGTTTGTGAATCAGTCTTTGATGCTTTAATGGAGGATTAACATTCTAAAGAAAGTCAAGCTTTTATCTTGGCAAGTTTTGTTTGGTCGTGTGAACACGATGGATAACATTTTTAAAGGAAGATGCCTTTGTTAATGGGTCCTTTGTGTTGTATCCTCCTTAATCAGAAAGTGGAGGGATGGATCACCATTTCTGGGAGTGTCAGTTTGTGAGGTCTATGTGGAATTGTTTTTTTCTAGAGTTTGGCTTCGTGTTAACTCGACAAAGAGAGGTTCGTTTGATGATAAGGGACTTCTTCCTCTATCTGCCTTTCCATGAGAAATGTTGCTTTTTGTGGTTTGAGGGGTGTGTGCTTTGTTGTGGGATCTTTGGGGCAGAGGACCAATAGTGTGTTTTGAGATGTTAAAGGACCTTAGTGAGCGTTGGTCCTTGGTGAGGTTCCATGTTTCTCTTTGGGTTTGTAACTATTCCCTAGGCAACATCCTACTTAGTTGGAAACCTCTCTAGTGGCTTTTTTTTTGTAGCTTGGTTTTTTCTTTATGCCCTAAGCAGTTGTTTCTAAAAGTTAAAAAAAGGAAAATAAACTGCATATTTTCATGCTCTTTTAGATTTGTTTTCTTGTTTAACTTTTTCATTTTGTATCCCTGTGTATCTTAGTTGCAAAAATAATGAAAAATGTTCTCTCTCTCAAAAGAAACAGTTACTTCTCTGAGATTCTTTCTTGGTTAAATGAACAAGCCTTATGACTTGAAGTGAAAACACATCATACCATATTTTTTAGTAGTGTGTTAGTTAATGTTGTTTACTAGAATATGTACTTCAATTTCATCCTTAAAGCAAGGATATTACCCAGCAGGTTTTCTTGTCTATAGCTTCTTCTCGTGGATCTGGAAAACACCTCAGCTTATTCCATCAACCAAGGTGGGCCGTTGCAAATGGTGCTGGAGTCATATTAAGTGTTTGTGATGAAGAAGTTGCTCGGTATGAGACTGCAACTCTTACGGCAGCTGCTGTTCCTGCGCTTCTTCTTCCTCCCCACAACAGCTTTGGATGA

mRNA sequence

ATGGCAACTTCGAGTGAGAGATGGATCGATAGACTTCAATTATCCTCTTTGTTTTGGCCTCCCCCAGATGATGATCAGCAAAGGAAGGTTCAGTGTTCTGCATATGTTGAGTACTTGGGTCAGTTTACATCAGAACGATTCTCAGAGGACATTGCTGAGCTGATTCGGATCCGTTTCCAATCGAAGGAAAAACGCCTGTTTGATGATGTTTTAGCTTTGTTTGTTCTTCATCATCCGGAGAATGGGCATGCTATTATTCTTCCAATAATTTCTTGTATATTTGATGGCGCCCTGGAATATAACAGAAATGATCCTCCATTTGCCTCTTTTATATCCTTATTCTGCCCTGGCATTGAGAACGACTATTCTGAACAATGGGCCCTTGCATGTGGGGAGATTCTGCGGATCTTGACTCATTACAATCGTCCGATAAACAAGATGGAACGAAAAAATGGTGAAACAGAAAGAAGCAGTAGTGGCAGCCTTGCCACGACAAGTGACACCGATGATAGGGAACTTGTTGGAGTGCCTCAGCAACAAGAGAGGAAACCTGTACGACCTTTGTCCCCCTGGATTACTGATATATTGCTTGCTGCACCATTGGGCATCAGAAGTGACTATTTCCGCTGGTGCAGTGGTGTAATGGGTAAATATGCTGCTGGAGAACTCAGGCCACCCACATCAGCTTCTTCTCGTGGATCTGGAAAACACCTCAGCTTATTCCATCAACCAAGGTGGGCCGTTGCAAATGGTGCTGGAGTCATATTAAGTGTTTGTGATGAAGAAGTTGCTCGGTATGAGACTGCAACTCTTACGGCAGCTGCTGTTCCTGCGCTTCTTCTTCCTCCCCACAACAGCTTTGGATGA

Coding sequence (CDS)

ATGGCAACTTCGAGTGAGAGATGGATCGATAGACTTCAATTATCCTCTTTGTTTTGGCCTCCCCCAGATGATGATCAGCAAAGGAAGGTTCAGTGTTCTGCATATGTTGAGTACTTGGGTCAGTTTACATCAGAACGATTCTCAGAGGACATTGCTGAGCTGATTCGGATCCGTTTCCAATCGAAGGAAAAACGCCTGTTTGATGATGTTTTAGCTTTGTTTGTTCTTCATCATCCGGAGAATGGGCATGCTATTATTCTTCCAATAATTTCTTGTATATTTGATGGCGCCCTGGAATATAACAGAAATGATCCTCCATTTGCCTCTTTTATATCCTTATTCTGCCCTGGCATTGAGAACGACTATTCTGAACAATGGGCCCTTGCATGTGGGGAGATTCTGCGGATCTTGACTCATTACAATCGTCCGATAAACAAGATGGAACGAAAAAATGGTGAAACAGAAAGAAGCAGTAGTGGCAGCCTTGCCACGACAAGTGACACCGATGATAGGGAACTTGTTGGAGTGCCTCAGCAACAAGAGAGGAAACCTGTACGACCTTTGTCCCCCTGGATTACTGATATATTGCTTGCTGCACCATTGGGCATCAGAAGTGACTATTTCCGCTGGTGCAGTGGTGTAATGGGTAAATATGCTGCTGGAGAACTCAGGCCACCCACATCAGCTTCTTCTCGTGGATCTGGAAAACACCTCAGCTTATTCCATCAACCAAGGTGGGCCGTTGCAAATGGTGCTGGAGTCATATTAAGTGTTTGTGATGAAGAAGTTGCTCGGTATGAGACTGCAACTCTTACGGCAGCTGCTGTTCCTGCGCTTCTTCTTCCTCCCCACAACAGCTTTGGATGA

Protein sequence

MATSSERWIDRLQLSSLFWPPPDDDQQRKVQCSAYVEYLGQFTSERFSEDIAELIRIRFQSKEKRLFDDVLALFVLHHPENGHAIILPIISCIFDGALEYNRNDPPFASFISLFCPGIENDYSEQWALACGEILRILTHYNRPINKMERKNGETERSSSGSLATTSDTDDRELVGVPQQQERKPVRPLSPWITDILLAAPLGIRSDYFRWCSGVMGKYAAGELRPPTSASSRGSGKHLSLFHQPRWAVANGAGVILSVCDEEVARYETATLTAAAVPALLLPPHNSFG*

Homology

[Close]

BLAST of Chy1G012160 vs. ExPASy Swiss-Prot
Match: Q9SQI2 (Protein GIGANTEA OS=Arabidopsis thaliana OX=3702 GN=GI PE=1 SV=2)

HSP 1 Score: 423.3 bits (1087), Expect = 2.2e-117
Identity = 208/283 (73.50%), Postives = 231/283 (81.63%), Query Frame = 0


Query: 2   ATSSERWIDRLQLSSLFWPPPDDDQQRKVQCSAYVEYLGQFTSERFSEDIAELIRIRFQS 61
           ++SSERWID LQ SSL WPPP D QQ K Q  AYVEY GQFTSE+F +DIAEL+R ++ S
Sbjct: 4   SSSSERWIDGLQFSSLLWPPPRDPQQHKDQVVAYVEYFGQFTSEQFPDDIAELVRHQYPS 63

Query: 62  KEKRLFDDVLALFVLHHPENGHAIILPIISCIFDGALEYNRNDPPFASFISLFCPGIEND 121
            EKRL DDVLA+FVLHHPE+GHA+ILPIISC+ DG+L Y++   PFASFISL CP  END
Sbjct: 64  TEKRLLDDVLAMFVLHHPEHGHAVILPIISCLIDGSLVYSKEAHPFASFISLVCPSSEND 123

Query: 122 YSEQWALACGEILRILTHYNRPINKMERKNGETERSSSGSLATTSDTDDRELVGVPQQQE 181
           YSEQWALACGEILRILTHYNRPI K E++NG+TER+      T+         G P Q E
Sbjct: 124 YSEQWALACGEILRILTHYNRPIYKTEQQNGDTERNCLSKATTSGSPTSEPKAGSPTQHE 183

Query: 182 RKPVRPLSPWITDILLAAPLGIRSDYFRWCSGVMGKYAAGELRPPTSASSRGSGKHLSLF 241
           RKP+RPLSPWI+DILLAAPLGIRSDYFRWCSGVMGKYAAGEL+PPT A SRGSGKH  L 
Sbjct: 184 RKPLRPLSPWISDILLAAPLGIRSDYFRWCSGVMGKYAAGELKPPTIA-SRGSGKHPQLM 243

Query: 242 -HQPRWAVANGAGVILSVCDEEVARYETATLTAAAVPALLLPP 284
              PRWAVANGAGVILSVCD+EVARYETATLTA AVPALLLPP
Sbjct: 244 PSTPRWAVANGAGVILSVCDDEVARYETATLTAVAVPALLLPP 285

[Close]

BLAST of Chy1G012160 vs. ExPASy Swiss-Prot
Match: Q9AWL7 (Protein GIGANTEA OS=Oryza sativa subsp. japonica OX=39947 GN=GI PE=2 SV=2)

HSP 1 Score: 393.7 bits (1010), Expect = 1.8e-108
Identity = 198/288 (68.75%), Postives = 232/288 (80.56%), Query Frame = 0


Query: 1   MATSSERWIDRLQLSSLFWPPPDDDQQRKVQCSAYVEYLGQFT--SERFSEDIAELIRIR 60
           M+ S+E+WID LQ SSLFWPPP D QQ++ Q  AYVEY GQFT  SE+F EDIA+LI+  
Sbjct: 1   MSASNEKWIDGLQFSSLFWPPPQDSQQKQAQILAYVEYFGQFTADSEQFPEDIAQLIQSC 60

Query: 61  FQSKEKRLFDDVLALFVLHHPENGHAIILPIISCIFDGALEYNRNDPPFASFISLFCPGI 120
           + SKEKRL D+VLA FVLHHPE+GHA++ PI+S I DG L Y+RN  PF SFISLF    
Sbjct: 61  YPSKEKRLVDEVLATFVLHHPEHGHAVVHPILSRIIDGTLSYDRNGFPFMSFISLFSHTS 120

Query: 121 ENDYSEQWALACGEILRILTHYNRPINKMERKNGETERSSSGSLATTSDTDDRELVGVPQ 180
           E +YSEQWALACGEILR+LTHYNRPI K++ ++ E E SS+   A++ ++ ++   G P+
Sbjct: 121 EKEYSEQWALACGEILRVLTHYNRPIFKVDHQHSEAECSSTSDQASSCESMEKRANGSPR 180

Query: 181 QQ-ERKPVRPLSPWITDILLAAPLGIRSDYFRWCSGVMGKYAA-GELRPPTSASSRGSGK 240
            + +RKP+RPLSPWITDILLAAPLGIRSDYFRWC GVMGKYAA GEL+PPT+A SRGSGK
Sbjct: 181 NEPDRKPLRPLSPWITDILLAAPLGIRSDYFRWCGGVMGKYAAGGELKPPTTAYSRGSGK 240

Query: 241 HLSLF-HQPRWAVANGAGVILSVCDEEVARYETATLTAAAVPALLLPP 284
           H  L    PRWAVANGAGVILSVCDEEVARYETA LTAAAVPALLLPP
Sbjct: 241 HPQLMPSTPRWAVANGAGVILSVCDEEVARYETANLTAAAVPALLLPP 288

[Close]

BLAST of Chy1G012160 vs. ExPASy TrEMBL
Match: A0A1S3CG99 (protein GIGANTEA-like isoform X1 OS=Cucumis melo OX=3656 GN=LOC103500402 PE=4 SV=1)

HSP 1 Score: 551.6 bits (1420), Expect = 2.0e-153
Identity = 273/284 (96.13%), Postives = 275/284 (96.83%), Query Frame = 0


Query: 1   MATSSERWIDRLQLSSLFWPPPDDDQQRKVQCSAYVEYLGQFTSERFSEDIAELIRIRFQ 60
           MATSSERWIDRLQLSSLFWPPPDDDQQRKVQCSAYVEYLGQFTSERFSEDIAELIRIRFQ
Sbjct: 1   MATSSERWIDRLQLSSLFWPPPDDDQQRKVQCSAYVEYLGQFTSERFSEDIAELIRIRFQ 60

Query: 61  SKEKRLFDDVLALFVLHHPENGHAIILPIISCIFDGALEYNRNDPPFASFISLFCPGIEN 120
           SKEKRLFDDVLALFVLHHPENGHAIILPIISCI +GALEYNRNDPPFASFISLFCPGIEN
Sbjct: 61  SKEKRLFDDVLALFVLHHPENGHAIILPIISCIINGALEYNRNDPPFASFISLFCPGIEN 120

Query: 121 DYSEQWALACGEILRILTHYNRPINKMERKNGETERSSSGSLATTSDTDDRELVGVPQQQ 180
           DYSEQWALACGEILRILTHYNRPI KME+KNGETERSSS SLATTSDTDDRELVGVPQQQ
Sbjct: 121 DYSEQWALACGEILRILTHYNRPIYKMEQKNGETERSSSCSLATTSDTDDRELVGVPQQQ 180

Query: 181 ERKPVRPLSPWITDILLAAPLGIRSDYFRWCSGVMGKYAAGELRPPTSASSRGSGKHLSL 240
           ERKPVRPLSPWITDILLAAPLGIRSDYFRWCSGVMGKYAAGELRPPTSASSRGSGKH  L
Sbjct: 181 ERKPVRPLSPWITDILLAAPLGIRSDYFRWCSGVMGKYAAGELRPPTSASSRGSGKHPQL 240

Query: 241 F-HQPRWAVANGAGVILSVCDEEVARYETATLTAAAVPALLLPP 284
               PRWAVANGAGVILSVCDEEVARYETATLTAAAVPALLLPP
Sbjct: 241 IPSTPRWAVANGAGVILSVCDEEVARYETATLTAAAVPALLLPP 284

[Close]

BLAST of Chy1G012160 vs. ExPASy TrEMBL
Match: A0A6J1IPZ2 (protein GIGANTEA-like isoform X2 OS=Cucurbita maxima OX=3661 GN=LOC111477137 PE=4 SV=1)

HSP 1 Score: 520.0 bits (1338), Expect = 6.3e-144
Identity = 255/284 (89.79%), Postives = 262/284 (92.25%), Query Frame = 0


Query: 1   MATSSERWIDRLQLSSLFWPPPDDDQQRKVQCSAYVEYLGQFTSERFSEDIAELIRIRFQ 60
           MATSSERWIDRLQLSSLFWPPPDDDQQRK QCSAYVEYLGQFTSERFSEDIAELIR RFQ
Sbjct: 1   MATSSERWIDRLQLSSLFWPPPDDDQQRKAQCSAYVEYLGQFTSERFSEDIAELIRSRFQ 60

Query: 61  SKEKRLFDDVLALFVLHHPENGHAIILPIISCIFDGALEYNRNDPPFASFISLFCPGIEN 120
           SKEKRLFDDVLA+FV HHPE+GHAIILPIISCI DG LEYNRNDPPF SFISLFCPG EN
Sbjct: 61  SKEKRLFDDVLAVFVFHHPEHGHAIILPIISCIIDGTLEYNRNDPPFVSFISLFCPGTEN 120

Query: 121 DYSEQWALACGEILRILTHYNRPINKMERKNGETERSSSGSLATTSDTDDRELVGVPQQQ 180
            YSEQWALACGEILRILTHYNRPI KME+KNGETERS+SG +AT SDT+D E V VP Q 
Sbjct: 121 HYSEQWALACGEILRILTHYNRPIYKMEQKNGETERSNSGYVATNSDTNDGEFVQVPLQH 180

Query: 181 ERKPVRPLSPWITDILLAAPLGIRSDYFRWCSGVMGKYAAGELRPPTSASSRGSGKHLSL 240
           ERKP+RPLSPWITDILLAAPLGIRSDYFRWCSGVMGKYAAGELRPPTSASSRGSGKH  L
Sbjct: 181 ERKPIRPLSPWITDILLAAPLGIRSDYFRWCSGVMGKYAAGELRPPTSASSRGSGKHPQL 240

Query: 241 F-HQPRWAVANGAGVILSVCDEEVARYETATLTAAAVPALLLPP 284
               PRWAVANGAGVILSVCDEEVARYETATLTAAAVPALLLPP
Sbjct: 241 IPSTPRWAVANGAGVILSVCDEEVARYETATLTAAAVPALLLPP 284

[Close]

BLAST of Chy1G012160 vs. ExPASy TrEMBL
Match: A0A6J1F5V5 (protein GIGANTEA-like isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC111442632 PE=4 SV=1)

HSP 1 Score: 518.5 bits (1334), Expect = 1.8e-143
Identity = 254/284 (89.44%), Postives = 262/284 (92.25%), Query Frame = 0


Query: 1   MATSSERWIDRLQLSSLFWPPPDDDQQRKVQCSAYVEYLGQFTSERFSEDIAELIRIRFQ 60
           MATSSERWIDRLQLSSLFWPPPDDDQQRK QCSAYVEYLGQFTSERFSEDIAELIR RFQ
Sbjct: 1   MATSSERWIDRLQLSSLFWPPPDDDQQRKAQCSAYVEYLGQFTSERFSEDIAELIRSRFQ 60

Query: 61  SKEKRLFDDVLALFVLHHPENGHAIILPIISCIFDGALEYNRNDPPFASFISLFCPGIEN 120
           SKEKRLFDDVLA+FV HHPE+GHAIILPIISCI DG LEYNRNDPPFASFISLFCPG EN
Sbjct: 61  SKEKRLFDDVLAVFVFHHPEHGHAIILPIISCIIDGTLEYNRNDPPFASFISLFCPGTEN 120

Query: 121 DYSEQWALACGEILRILTHYNRPINKMERKNGETERSSSGSLATTSDTDDRELVGVPQQQ 180
            YSEQWALACGEILRILTHYNRPI K E+KNGETERS+SG +ATT DT+D E V VP Q 
Sbjct: 121 HYSEQWALACGEILRILTHYNRPIYKTEQKNGETERSNSGCVATTRDTNDGEFVQVPLQH 180

Query: 181 ERKPVRPLSPWITDILLAAPLGIRSDYFRWCSGVMGKYAAGELRPPTSASSRGSGKHLSL 240
           ERKP+RPLSPWITDILLAAPLGIRSDYFRWCSGVMGKYAAGELRPPTSASSRGSGKH  L
Sbjct: 181 ERKPIRPLSPWITDILLAAPLGIRSDYFRWCSGVMGKYAAGELRPPTSASSRGSGKHPQL 240

Query: 241 F-HQPRWAVANGAGVILSVCDEEVARYETATLTAAAVPALLLPP 284
               PRWAVANGAGVILSVCDEEV+RYETATLTAAAVPALLLPP
Sbjct: 241 IPSTPRWAVANGAGVILSVCDEEVSRYETATLTAAAVPALLLPP 284

[Close]

BLAST of Chy1G012160 vs. ExPASy TrEMBL
Match: A0A6J1FBN3 (protein GIGANTEA-like isoform X3 OS=Cucurbita moschata OX=3662 GN=LOC111442632 PE=4 SV=1)

HSP 1 Score: 518.5 bits (1334), Expect = 1.8e-143
Identity = 254/284 (89.44%), Postives = 262/284 (92.25%), Query Frame = 0


Query: 1   MATSSERWIDRLQLSSLFWPPPDDDQQRKVQCSAYVEYLGQFTSERFSEDIAELIRIRFQ 60
           MATSSERWIDRLQLSSLFWPPPDDDQQRK QCSAYVEYLGQFTSERFSEDIAELIR RFQ
Sbjct: 1   MATSSERWIDRLQLSSLFWPPPDDDQQRKAQCSAYVEYLGQFTSERFSEDIAELIRSRFQ 60

Query: 61  SKEKRLFDDVLALFVLHHPENGHAIILPIISCIFDGALEYNRNDPPFASFISLFCPGIEN 120
           SKEKRLFDDVLA+FV HHPE+GHAIILPIISCI DG LEYNRNDPPFASFISLFCPG EN
Sbjct: 61  SKEKRLFDDVLAVFVFHHPEHGHAIILPIISCIIDGTLEYNRNDPPFASFISLFCPGTEN 120

Query: 121 DYSEQWALACGEILRILTHYNRPINKMERKNGETERSSSGSLATTSDTDDRELVGVPQQQ 180
            YSEQWALACGEILRILTHYNRPI K E+KNGETERS+SG +ATT DT+D E V VP Q 
Sbjct: 121 HYSEQWALACGEILRILTHYNRPIYKTEQKNGETERSNSGCVATTRDTNDGEFVQVPLQH 180

Query: 181 ERKPVRPLSPWITDILLAAPLGIRSDYFRWCSGVMGKYAAGELRPPTSASSRGSGKHLSL 240
           ERKP+RPLSPWITDILLAAPLGIRSDYFRWCSGVMGKYAAGELRPPTSASSRGSGKH  L
Sbjct: 181 ERKPIRPLSPWITDILLAAPLGIRSDYFRWCSGVMGKYAAGELRPPTSASSRGSGKHPQL 240

Query: 241 F-HQPRWAVANGAGVILSVCDEEVARYETATLTAAAVPALLLPP 284
               PRWAVANGAGVILSVCDEEV+RYETATLTAAAVPALLLPP
Sbjct: 241 IPSTPRWAVANGAGVILSVCDEEVSRYETATLTAAAVPALLLPP 284

[Close]

BLAST of Chy1G012160 vs. ExPASy TrEMBL
Match: A0A6J1CQ08 (protein GIGANTEA-like isoform X1 OS=Momordica charantia OX=3673 GN=LOC111013518 PE=4 SV=1)

HSP 1 Score: 514.6 bits (1324), Expect = 2.7e-142
Identity = 252/284 (88.73%), Postives = 263/284 (92.61%), Query Frame = 0


Query: 1   MATSSERWIDRLQLSSLFWPPPDDDQQRKVQCSAYVEYLGQFTSERFSEDIAELIRIRFQ 60
           MATSSERWIDRLQLSSLFWPPPDDDQQRK QCSAYVEYLGQFTSERFSEDIAELIR RFQ
Sbjct: 1   MATSSERWIDRLQLSSLFWPPPDDDQQRKAQCSAYVEYLGQFTSERFSEDIAELIRSRFQ 60

Query: 61  SKEKRLFDDVLALFVLHHPENGHAIILPIISCIFDGALEYNRNDPPFASFISLFCPGIEN 120
           SKEKRLFDDVLA+FVLHHPE+GHAI+LPIISCI DG LEYNRN PPFASFISLFCPG EN
Sbjct: 61  SKEKRLFDDVLAVFVLHHPEHGHAIMLPIISCIIDGTLEYNRNGPPFASFISLFCPGTEN 120

Query: 121 DYSEQWALACGEILRILTHYNRPINKMERKNGETERSSSGSLATTSDTDDRELVGVPQQQ 180
           DYSEQWALACGEILRILTHYNRPI K E++N ETERS+SGSLATTSD++D E V +P QQ
Sbjct: 121 DYSEQWALACGEILRILTHYNRPIYKTEQQNSETERSNSGSLATTSDSNDEEFVQMPLQQ 180

Query: 181 ERKPVRPLSPWITDILLAAPLGIRSDYFRWCSGVMGKYAAGELRPPTSASSRGSGKHLSL 240
           ERKP+R LSPWITDILLAAPLGIRSDYFRWCSGVMGKYAAGELRPP +ASSRGSGKH  L
Sbjct: 181 ERKPIRALSPWITDILLAAPLGIRSDYFRWCSGVMGKYAAGELRPPIAASSRGSGKHPQL 240

Query: 241 F-HQPRWAVANGAGVILSVCDEEVARYETATLTAAAVPALLLPP 284
               PRWAVANGAGVILSVCDEEVARYETATLTAAAVPALLLPP
Sbjct: 241 MPSTPRWAVANGAGVILSVCDEEVARYETATLTAAAVPALLLPP 284

[Close]

BLAST of Chy1G012160 vs. NCBI nr
Match: XP_011659108.1 (protein GIGANTEA isoform X1 [Cucumis sativus] >KAE8646179.1 hypothetical protein Csa_016390 [Cucumis sativus])

HSP 1 Score: 558 bits (1439), Expect = 3.33e-188
Identity = 276/287 (96.17%), Postives = 277/287 (96.52%), Query Frame = 0


Query: 1   MATSSERWIDRLQLSSLFWPPPDDDQQRKVQCSAYVEYLGQFTSERFSEDIAELIRIRFQ 60
           MATSSERWIDRLQLSSLFWPPPDDDQQRKVQCSAYVEYLGQFTSERFSEDIAELIRIRFQ
Sbjct: 1   MATSSERWIDRLQLSSLFWPPPDDDQQRKVQCSAYVEYLGQFTSERFSEDIAELIRIRFQ 60

Query: 61  SKEKRLFDDVLALFVLHHPENGHAIILPIISCIFDGALEYNRNDPPFASFISLFCPGIEN 120
           SKEKRLFDDVLALFVLHHPENGHAIILPIISCIFDGALEYNRNDPPFASFISLFCPGIEN
Sbjct: 61  SKEKRLFDDVLALFVLHHPENGHAIILPIISCIFDGALEYNRNDPPFASFISLFCPGIEN 120

Query: 121 DYSEQWALACGEILRILTHYNRPINKMERKNGETERSSSGSLATTSDTDDRELVGVPQQQ 180
           DYSEQWALACGEILRILTHYNRPI KMERKNGETERSSSGS ATTSDTDDRELVGVPQQQ
Sbjct: 121 DYSEQWALACGEILRILTHYNRPIYKMERKNGETERSSSGSRATTSDTDDRELVGVPQQQ 180

Query: 181 ERKPVRPLSPWITDILLAAPLGIRSDYFRWCSGVMGKYAAGELRPPTSASSRGSGKHLSL 240
           ERKPVRPLSPWITDILLAAPLGIRSDYFRWCSGVMGKYAAGELRPPTSASSRGSGKH  L
Sbjct: 181 ERKPVRPLSPWITDILLAAPLGIRSDYFRWCSGVMGKYAAGELRPPTSASSRGSGKHPQL 240

Query: 241 FHQ-PRWAVANGAGVILSVCDEEVARYETATLTAAAVPALLLPPHNS 286
               PRWAVANGAGVILSVCDEEVARYETATLTAAAVPALLLPP  +
Sbjct: 241 IPSTPRWAVANGAGVILSVCDEEVARYETATLTAAAVPALLLPPPTT 287

[Close]

BLAST of Chy1G012160 vs. NCBI nr
Match: XP_008461912.1 (PREDICTED: protein GIGANTEA-like isoform X1 [Cucumis melo])

HSP 1 Score: 551 bits (1421), Expect = 1.63e-185
Identity = 273/287 (95.12%), Postives = 276/287 (96.17%), Query Frame = 0


Query: 1   MATSSERWIDRLQLSSLFWPPPDDDQQRKVQCSAYVEYLGQFTSERFSEDIAELIRIRFQ 60
           MATSSERWIDRLQLSSLFWPPPDDDQQRKVQCSAYVEYLGQFTSERFSEDIAELIRIRFQ
Sbjct: 1   MATSSERWIDRLQLSSLFWPPPDDDQQRKVQCSAYVEYLGQFTSERFSEDIAELIRIRFQ 60

Query: 61  SKEKRLFDDVLALFVLHHPENGHAIILPIISCIFDGALEYNRNDPPFASFISLFCPGIEN 120
           SKEKRLFDDVLALFVLHHPENGHAIILPIISCI +GALEYNRNDPPFASFISLFCPGIEN
Sbjct: 61  SKEKRLFDDVLALFVLHHPENGHAIILPIISCIINGALEYNRNDPPFASFISLFCPGIEN 120

Query: 121 DYSEQWALACGEILRILTHYNRPINKMERKNGETERSSSGSLATTSDTDDRELVGVPQQQ 180
           DYSEQWALACGEILRILTHYNRPI KME+KNGETERSSS SLATTSDTDDRELVGVPQQQ
Sbjct: 121 DYSEQWALACGEILRILTHYNRPIYKMEQKNGETERSSSCSLATTSDTDDRELVGVPQQQ 180

Query: 181 ERKPVRPLSPWITDILLAAPLGIRSDYFRWCSGVMGKYAAGELRPPTSASSRGSGKHLSL 240
           ERKPVRPLSPWITDILLAAPLGIRSDYFRWCSGVMGKYAAGELRPPTSASSRGSGKH  L
Sbjct: 181 ERKPVRPLSPWITDILLAAPLGIRSDYFRWCSGVMGKYAAGELRPPTSASSRGSGKHPQL 240

Query: 241 FHQ-PRWAVANGAGVILSVCDEEVARYETATLTAAAVPALLLPPHNS 286
               PRWAVANGAGVILSVCDEEVARYETATLTAAAVPALLLPP  +
Sbjct: 241 IPSTPRWAVANGAGVILSVCDEEVARYETATLTAAAVPALLLPPPTT 287

[Close]

BLAST of Chy1G012160 vs. NCBI nr
Match: XP_038898097.1 (protein GIGANTEA-like isoform X2 [Benincasa hispida])

HSP 1 Score: 540 bits (1390), Expect = 8.82e-181
Identity = 270/295 (91.53%), Postives = 274/295 (92.88%), Query Frame = 0


Query: 1   MATSSERWIDRLQLSSLFWPPPDDDQQRKVQCSAYVEYLGQFTSERFSEDIAELIRIRFQ 60
           MATSSERWIDRLQLSSLFWPPPDDDQQRKVQCSAYVEYLGQFTSERFSEDIAELIR RFQ
Sbjct: 1   MATSSERWIDRLQLSSLFWPPPDDDQQRKVQCSAYVEYLGQFTSERFSEDIAELIRSRFQ 60

Query: 61  SKEKRLFDDVLALFVLHHPENGHAIILPIISCIFDGALEYNRNDPPFASFISLFCPGIEN 120
           SKEKRLFDDVLALFVLHHPENGHAIILPIISCI DGALEYNRNDPPFASFISLFCPG EN
Sbjct: 61  SKEKRLFDDVLALFVLHHPENGHAIILPIISCIIDGALEYNRNDPPFASFISLFCPGTEN 120

Query: 121 DYSEQWALACGEILRILTHYNRPINKMERKNGET--------ERSSSGSLATTSDTDDRE 180
           DYSEQWALACGEILRILTHYNRPI KMERKNGET        ERS+SGSLATTS++DD E
Sbjct: 121 DYSEQWALACGEILRILTHYNRPIYKMERKNGETGRSNNGETERSNSGSLATTSNSDDGE 180

Query: 181 LVGVPQQQERKPVRPLSPWITDILLAAPLGIRSDYFRWCSGVMGKYAAGELRPPTSASSR 240
           LVGVPQQQERKPVRPLSPWITDILLAAPLGIRSDYFRWCSGVMGKYAAGELRPPTSASSR
Sbjct: 181 LVGVPQQQERKPVRPLSPWITDILLAAPLGIRSDYFRWCSGVMGKYAAGELRPPTSASSR 240

Query: 241 GSGKHLSLFHQ-PRWAVANGAGVILSVCDEEVARYETATLTAAAVPALLLPPHNS 286
           GSGKH  L    PRWAVANGAGVILSVCDEEVARYETATLTAAAVPALLLPP  +
Sbjct: 241 GSGKHPQLMPSTPRWAVANGAGVILSVCDEEVARYETATLTAAAVPALLLPPPTT 295

[Close]

BLAST of Chy1G012160 vs. NCBI nr
Match: XP_038898094.1 (protein GIGANTEA-like isoform X1 [Benincasa hispida] >XP_038898096.1 protein GIGANTEA-like isoform X1 [Benincasa hispida])

HSP 1 Score: 540 bits (1390), Expect = 1.74e-180
Identity = 270/295 (91.53%), Postives = 274/295 (92.88%), Query Frame = 0


Query: 1   MATSSERWIDRLQLSSLFWPPPDDDQQRKVQCSAYVEYLGQFTSERFSEDIAELIRIRFQ 60
           MATSSERWIDRLQLSSLFWPPPDDDQQRKVQCSAYVEYLGQFTSERFSEDIAELIR RFQ
Sbjct: 1   MATSSERWIDRLQLSSLFWPPPDDDQQRKVQCSAYVEYLGQFTSERFSEDIAELIRSRFQ 60

Query: 61  SKEKRLFDDVLALFVLHHPENGHAIILPIISCIFDGALEYNRNDPPFASFISLFCPGIEN 120
           SKEKRLFDDVLALFVLHHPENGHAIILPIISCI DGALEYNRNDPPFASFISLFCPG EN
Sbjct: 61  SKEKRLFDDVLALFVLHHPENGHAIILPIISCIIDGALEYNRNDPPFASFISLFCPGTEN 120

Query: 121 DYSEQWALACGEILRILTHYNRPINKMERKNGET--------ERSSSGSLATTSDTDDRE 180
           DYSEQWALACGEILRILTHYNRPI KMERKNGET        ERS+SGSLATTS++DD E
Sbjct: 121 DYSEQWALACGEILRILTHYNRPIYKMERKNGETGRSNNGETERSNSGSLATTSNSDDGE 180

Query: 181 LVGVPQQQERKPVRPLSPWITDILLAAPLGIRSDYFRWCSGVMGKYAAGELRPPTSASSR 240
           LVGVPQQQERKPVRPLSPWITDILLAAPLGIRSDYFRWCSGVMGKYAAGELRPPTSASSR
Sbjct: 181 LVGVPQQQERKPVRPLSPWITDILLAAPLGIRSDYFRWCSGVMGKYAAGELRPPTSASSR 240

Query: 241 GSGKHLSLFHQ-PRWAVANGAGVILSVCDEEVARYETATLTAAAVPALLLPPHNS 286
           GSGKH  L    PRWAVANGAGVILSVCDEEVARYETATLTAAAVPALLLPP  +
Sbjct: 241 GSGKHPQLMPSTPRWAVANGAGVILSVCDEEVARYETATLTAAAVPALLLPPPTT 295

[Close]

BLAST of Chy1G012160 vs. NCBI nr
Match: XP_022976904.1 (protein GIGANTEA-like isoform X2 [Cucurbita maxima])

HSP 1 Score: 520 bits (1339), Expect = 2.63e-173
Identity = 255/287 (88.85%), Postives = 263/287 (91.64%), Query Frame = 0


Query: 1   MATSSERWIDRLQLSSLFWPPPDDDQQRKVQCSAYVEYLGQFTSERFSEDIAELIRIRFQ 60
           MATSSERWIDRLQLSSLFWPPPDDDQQRK QCSAYVEYLGQFTSERFSEDIAELIR RFQ
Sbjct: 1   MATSSERWIDRLQLSSLFWPPPDDDQQRKAQCSAYVEYLGQFTSERFSEDIAELIRSRFQ 60

Query: 61  SKEKRLFDDVLALFVLHHPENGHAIILPIISCIFDGALEYNRNDPPFASFISLFCPGIEN 120
           SKEKRLFDDVLA+FV HHPE+GHAIILPIISCI DG LEYNRNDPPF SFISLFCPG EN
Sbjct: 61  SKEKRLFDDVLAVFVFHHPEHGHAIILPIISCIIDGTLEYNRNDPPFVSFISLFCPGTEN 120

Query: 121 DYSEQWALACGEILRILTHYNRPINKMERKNGETERSSSGSLATTSDTDDRELVGVPQQQ 180
            YSEQWALACGEILRILTHYNRPI KME+KNGETERS+SG +AT SDT+D E V VP Q 
Sbjct: 121 HYSEQWALACGEILRILTHYNRPIYKMEQKNGETERSNSGYVATNSDTNDGEFVQVPLQH 180

Query: 181 ERKPVRPLSPWITDILLAAPLGIRSDYFRWCSGVMGKYAAGELRPPTSASSRGSGKHLSL 240
           ERKP+RPLSPWITDILLAAPLGIRSDYFRWCSGVMGKYAAGELRPPTSASSRGSGKH  L
Sbjct: 181 ERKPIRPLSPWITDILLAAPLGIRSDYFRWCSGVMGKYAAGELRPPTSASSRGSGKHPQL 240

Query: 241 FHQ-PRWAVANGAGVILSVCDEEVARYETATLTAAAVPALLLPPHNS 286
               PRWAVANGAGVILSVCDEEVARYETATLTAAAVPALLLPP  +
Sbjct: 241 IPSTPRWAVANGAGVILSVCDEEVARYETATLTAAAVPALLLPPPTT 287

[Close]

BLAST of Chy1G012160 vs. TAIR 10
Match: AT1G22770.1 (gigantea protein (GI) )

HSP 1 Score: 423.3 bits (1087), Expect = 1.5e-118
Identity = 208/283 (73.50%), Postives = 231/283 (81.63%), Query Frame = 0


Query: 2   ATSSERWIDRLQLSSLFWPPPDDDQQRKVQCSAYVEYLGQFTSERFSEDIAELIRIRFQS 61
           ++SSERWID LQ SSL WPPP D QQ K Q  AYVEY GQFTSE+F +DIAEL+R ++ S
Sbjct: 4   SSSSERWIDGLQFSSLLWPPPRDPQQHKDQVVAYVEYFGQFTSEQFPDDIAELVRHQYPS 63

Query: 62  KEKRLFDDVLALFVLHHPENGHAIILPIISCIFDGALEYNRNDPPFASFISLFCPGIEND 121
            EKRL DDVLA+FVLHHPE+GHA+ILPIISC+ DG+L Y++   PFASFISL CP  END
Sbjct: 64  TEKRLLDDVLAMFVLHHPEHGHAVILPIISCLIDGSLVYSKEAHPFASFISLVCPSSEND 123

Query: 122 YSEQWALACGEILRILTHYNRPINKMERKNGETERSSSGSLATTSDTDDRELVGVPQQQE 181
           YSEQWALACGEILRILTHYNRPI K E++NG+TER+      T+         G P Q E
Sbjct: 124 YSEQWALACGEILRILTHYNRPIYKTEQQNGDTERNCLSKATTSGSPTSEPKAGSPTQHE 183

Query: 182 RKPVRPLSPWITDILLAAPLGIRSDYFRWCSGVMGKYAAGELRPPTSASSRGSGKHLSLF 241
           RKP+RPLSPWI+DILLAAPLGIRSDYFRWCSGVMGKYAAGEL+PPT A SRGSGKH  L 
Sbjct: 184 RKPLRPLSPWISDILLAAPLGIRSDYFRWCSGVMGKYAAGELKPPTIA-SRGSGKHPQLM 243

Query: 242 -HQPRWAVANGAGVILSVCDEEVARYETATLTAAAVPALLLPP 284
              PRWAVANGAGVILSVCD+EVARYETATLTA AVPALLLPP
Sbjct: 244 PSTPRWAVANGAGVILSVCDDEVARYETATLTAVAVPALLLPP 285

The following BLAST results are available for this feature:

BLAST of Chy1G012160 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q9SQI2	2.2e-117	73.50	Protein GIGANTEA OS=Arabidopsis thaliana OX=3702 GN=GI PE=1 SV=2	[more]
Q9AWL7	1.8e-108	68.75	Protein GIGANTEA OS=Oryza sativa subsp. japonica OX=39947 GN=GI PE=2 SV=2	[more]

BLAST of Chy1G012160 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A1S3CG99	2.0e-153	96.13	protein GIGANTEA-like isoform X1 OS=Cucumis melo OX=3656 GN=LOC103500402 PE=4 SV...	[more]
A0A6J1IPZ2	6.3e-144	89.79	protein GIGANTEA-like isoform X2 OS=Cucurbita maxima OX=3661 GN=LOC111477137 PE=...	[more]
A0A6J1F5V5	1.8e-143	89.44	protein GIGANTEA-like isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC111442632 P...	[more]
A0A6J1FBN3	1.8e-143	89.44	protein GIGANTEA-like isoform X3 OS=Cucurbita moschata OX=3662 GN=LOC111442632 P...	[more]
A0A6J1CQ08	2.7e-142	88.73	protein GIGANTEA-like isoform X1 OS=Momordica charantia OX=3673 GN=LOC111013518 ...	[more]

BLAST of Chy1G012160 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_011659108.1	3.33e-188	96.17	protein GIGANTEA isoform X1 [Cucumis sativus] >KAE8646179.1 hypothetical protein...	[more]
XP_008461912.1	1.63e-185	95.12	PREDICTED: protein GIGANTEA-like isoform X1 [Cucumis melo]	[more]
XP_038898097.1	8.82e-181	91.53	protein GIGANTEA-like isoform X2 [Benincasa hispida]	[more]
XP_038898094.1	1.74e-180	91.53	protein GIGANTEA-like isoform X1 [Benincasa hispida] >XP_038898096.1 protein GIG...	[more]
XP_022976904.1	2.63e-173	88.85	protein GIGANTEA-like isoform X2 [Cucurbita maxima]	[more]

BLAST of Chy1G012160 vs. TAIR 10


Match Name	E-value	Identity	Description
AT1G22770.1	1.5e-118	73.50	gigantea protein (GI)	[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
IPR026211	GIGANTEA	PRINTS	PR02081	GIGANTEA	coord: 4..22 score: 77.73 coord: 275..288 score: 47.37 coord: 122..146 score: 92.92 coord: 230..248 score: 30.97 coord: 182..202 score: 90.84 coord: 202..220 score: 95.95 coord: 248..269 score: 97.9
IPR026211	GIGANTEA	PANTHER	PTHR36319	PROTEIN GIGANTEA	coord: 1..284
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 156..173
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 147..182
None	No IPR available	PANTHER	PTHR36319:SF3	PROTEIN GIGANTEA-LIKE ISOFORM X1	coord: 1..284

Relationships

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


Feature Name	Unique Name	Type
Chy1G012160.1	Chy1G012160.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0048578	positive regulation of long-day photoperiodism, flowering
biological_process	GO:0006355	regulation of transcription, DNA-templated
biological_process	GO:0009637	response to blue light
biological_process	GO:0009409	response to cold
biological_process	GO:0010218	response to far red light
biological_process	GO:0042542	response to hydrogen peroxide
biological_process	GO:0010378	temperature compensation of the circadian clock
biological_process	GO:2000028	regulation of photoperiodism, flowering
cellular_component	GO:0016021	integral component of membrane
cellular_component	GO:0005654	nucleoplasm