Sed0015440 (gene) Chayote v1

Overview
NameSed0015440
Typegene
OrganismSechium edule (Chayote v1)
Descriptiondesiccation-related protein PCC13-62-like
LocationLG09: 7616159 .. 7648287 (-)
RNA-Seq ExpressionSed0015440
SyntenySed0015440
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

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

mRNA sequence

ATGGCTAACTTGGATCCTTTCATCAAGGATATCATATTGCAATTCGCCTACCAAGAAGTTGGTCACTTGAGGTATCTCGTTGCAGGTTTTTTGGGAGTTGAATCGGGTCAAGACGCAGTAATCCGAGTGCTACTTTACAAACATGCAGCAAAAACAATTGAACCATATGGAGTAACCGTGACGAAGTTCACTCGACTCATTTCAAATCTTCTAAATAAGCTCGGAAGTGCAGGCGTAAAAGACGAAGGCATTGTGGTACGTAAAGAAACAGGTGATGAGGGTAAGATTTCGGGCAACGTACTTTCTGGAAATGAGTACTCACTATCGATTGTGTATGGTGGGGGTAATGAGCATGTTCCTGGTGGTTTCTACCCAAAGGGAGCCAATGGTCACATTACTGAATCCCTATTTGCAAATCAAACATAG

Coding sequence (CDS)

ATGGCTAACTTGGATCCTTTCATCAAGGATATCATATTGCAATTCGCCTACCAAGAAGTTGGTCACTTGAGGTATCTCGTTGCAGGTTTTTTGGGAGTTGAATCGGGTCAAGACGCAGTAATCCGAGTGCTACTTTACAAACATGCAGCAAAAACAATTGAACCATATGGAGTAACCGTGACGAAGTTCACTCGACTCATTTCAAATCTTCTAAATAAGCTCGGAAGTGCAGGCGTAAAAGACGAAGGCATTGTGGTACGTAAAGAAACAGGTGATGAGGGTAAGATTTCGGGCAACGTACTTTCTGGAAATGAGTACTCACTATCGATTGTGTATGGTGGGGGTAATGAGCATGTTCCTGGTGGTTTCTACCCAAAGGGAGCCAATGGTCACATTACTGAATCCCTATTTGCAAATCAAACATAG

Protein sequence

MANLDPFIKDIILQFAYQEVGHLRYLVAGFLGVESGQDAVIRVLLYKHAAKTIEPYGVTVTKFTRLISNLLNKLGSAGVKDEGIVVRKETGDEGKISGNVLSGNEYSLSIVYGGGNEHVPGGFYPKGANGHITESLFANQT
Homology
[Close]
BLAST of Sed0015440 vs. NCBI nr
Match: XP_023006619.1 (desiccation-related protein PCC13-62-like [Cucurbita maxima])

HSP 1 Score: 177.2 bits (448), Expect = 1.0e-40
Identity = 108/222 (48.65%), Postives = 120/222 (54.05%), Query Frame = 0 

Query: 1   MANLDPFIKDIILQFAYQEVGHLR------------------------------------ 60
           MANL PFIKDII+QFAYQEVGHLR                                    
Sbjct: 86  MANLGPFIKDIIMQFAYQEVGHLRAIKDTVKGFPRPLLNLSSESFAKVMDRTFDSKLKPP 145

Query: 61  --------------------------------------YLVAGFLGVESGQDAVIRVLLY 120
                                                  LVAG LGVESGQDAVIR LLY
Sbjct: 146 FDPYANDLNFLLASYIVPYVGLTGYVGANPKLKSAASKRLVAGLLGVESGQDAVIRTLLY 205

Query: 121 KHAAKTIEPYGVTVTKFTRLISNLLNKLGSAGVKDEGIVVRKETGDEGKISGNVLSGNEY 139
           + A K +EPYGVTV +FT+ IS L NKLG AG+KDEGIVV K+ G EGKISGNVL+GNEY
Sbjct: 206 ERATKRVEPYGVTVAEFTQRISELRNKLGRAGMKDEGIVVPKDKGGEGKISGNVLAGNEY 265

[Close]
BLAST of Sed0015440 vs. NCBI nr
Match: KAG6575138.1 (hypothetical protein SDJN03_25777, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 174.9 bits (442), Expect = 5.0e-40
Identity = 107/222 (48.20%), Postives = 120/222 (54.05%), Query Frame = 0 

Query: 1   MANLDPFIKDIILQFAYQEVGHLR------------------------------------ 60
           MANL PFIKDII+QFAYQEVGHLR                                    
Sbjct: 86  MANLGPFIKDIIMQFAYQEVGHLRAIKDTVKGFPRPLLNLSSESFAKVMDRAFDSKLNPP 145

Query: 61  --------------------------------------YLVAGFLGVESGQDAVIRVLLY 120
                                                  LVAG LGVESGQDAVIR LLY
Sbjct: 146 FDPYANDLNFLLASYIVPYVGLTGYVGANPKLKSATSKRLVAGLLGVESGQDAVIRTLLY 205

Query: 121 KHAAKTIEPYGVTVTKFTRLISNLLNKLGSAGVKDEGIVVRKETGDEGKISGNVLSGNEY 139
           + AAK +EPYGVTV +FT+ IS L NKLG AGVKDEGIVV K+ G EGK+SGNVL+GNEY
Sbjct: 206 ERAAKRVEPYGVTVAEFTQRISELRNKLGRAGVKDEGIVVPKDKGAEGKVSGNVLAGNEY 265

[Close]
BLAST of Sed0015440 vs. NCBI nr
Match: XP_022959141.1 (desiccation-related protein PCC13-62-like [Cucurbita moschata])

HSP 1 Score: 174.9 bits (442), Expect = 5.0e-40
Identity = 107/222 (48.20%), Postives = 120/222 (54.05%), Query Frame = 0 

Query: 1   MANLDPFIKDIILQFAYQEVGHLR------------------------------------ 60
           MANL PFIKDII+QFAYQEVGHLR                                    
Sbjct: 86  MANLGPFIKDIIMQFAYQEVGHLRAIKDTVKGFPRPLLNLSSESFAKVMDRAFDSKLNPP 145

Query: 61  --------------------------------------YLVAGFLGVESGQDAVIRVLLY 120
                                                  LVAG LGVESGQDAVIR LLY
Sbjct: 146 FDPYANDLNFLLASYIVPYVGLTGYVGANPKLKSATSKRLVAGLLGVESGQDAVIRTLLY 205

Query: 121 KHAAKTIEPYGVTVTKFTRLISNLLNKLGSAGVKDEGIVVRKETGDEGKISGNVLSGNEY 139
           + AAK +EPYGVTV +FT+ IS L NKLG AGVKDEGIVV K+ G EGK+SGNVL+GNEY
Sbjct: 206 ERAAKRVEPYGVTVAEFTQRISELRNKLGRAGVKDEGIVVPKDKGAEGKVSGNVLAGNEY 265

[Close]
BLAST of Sed0015440 vs. NCBI nr
Match: KAG7013694.1 (hypothetical protein SDJN02_23861 [Cucurbita argyrosperma subsp. argyrosperma])

HSP 1 Score: 174.9 bits (442), Expect = 5.0e-40
Identity = 107/222 (48.20%), Postives = 120/222 (54.05%), Query Frame = 0 

Query: 1   MANLDPFIKDIILQFAYQEVGHLR------------------------------------ 60
           MANL PFIKDII+QFAYQEVGHLR                                    
Sbjct: 86  MANLGPFIKDIIMQFAYQEVGHLRAIKDTVKGFPRPLLNLSSESFAKVMDRAFDSKLNPP 145

Query: 61  --------------------------------------YLVAGFLGVESGQDAVIRVLLY 120
                                                  LVAG LGVESGQDAVIR LLY
Sbjct: 146 FDPYANDLNFLLASYIVPYVGLTGYVGANPKLKSATSKRLVAGLLGVESGQDAVIRTLLY 205

Query: 121 KHAAKTIEPYGVTVTKFTRLISNLLNKLGSAGVKDEGIVVRKETGDEGKISGNVLSGNEY 139
           + AAK +EPYGVTV +FT+ IS L NKLG AGVKDEGIVV K+ G EGK+SGNVL+GNEY
Sbjct: 206 ERAAKRVEPYGVTVAEFTQRISELRNKLGRAGVKDEGIVVPKDKGAEGKVSGNVLAGNEY 265

[Close]
BLAST of Sed0015440 vs. NCBI nr
Match: KAG6575126.1 (hypothetical protein SDJN03_25765, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 173.7 bits (439), Expect = 1.1e-39
Identity = 106/219 (48.40%), Postives = 119/219 (54.34%), Query Frame = 0 

Query: 1   MANLDPFIKDIILQFAYQEVGHLR------------------------------------ 60
           MANL PFIKDII+QFAYQEVGHLR                                    
Sbjct: 86  MANLGPFIKDIIMQFAYQEVGHLRAIKDTVKGFPRPLLNLSSESFAKVMDRAFDSKLNPP 145

Query: 61  --------------------------------------YLVAGFLGVESGQDAVIRVLLY 120
                                                  LVAG LGVESGQDAVIR LLY
Sbjct: 146 FDPYANDLNFLLASYIVPYVGLTGYVGANPKLKSATSKRLVAGLLGVESGQDAVIRTLLY 205

Query: 121 KHAAKTIEPYGVTVTKFTRLISNLLNKLGSAGVKDEGIVVRKETGDEGKISGNVLSGNEY 136
           + AAK +EPYGVTV +FT+ IS L NKLG AGVKDEGIVV K+ G EGK+SGNVL+GNEY
Sbjct: 206 ERAAKRVEPYGVTVAEFTQRISELRNKLGRAGVKDEGIVVPKDKGAEGKVSGNVLAGNEY 265

[Close]
BLAST of Sed0015440 vs. ExPASy Swiss-Prot
Match: P22242 (Desiccation-related protein PCC13-62 OS=Craterostigma plantagineum OX=4153 PE=2 SV=1)

HSP 1 Score: 109.8 bits (273), Expect = 2.6e-23
Identity = 70/182 (38.46%), Postives = 84/182 (46.15%), Query Frame = 0 

Query: 2   ANLDPFIKDIILQFAYQEVGHL-------------------------------------- 61
           ANL PFI+DII QFAYQE GH+                                      
Sbjct: 86  ANLSPFIRDIIAQFAYQEFGHVRAIQSSVEGFPRPLLDLSAKSFATVMDSAFGKTLKPPF 145

Query: 62  ------------------------------------RYLVAGFLGVESGQDAVIRVLLYK 110
                                               R LVAG L VE+GQDA+IR LLY+
Sbjct: 146 DPYANDINYLLACYVVPYVGLTGYVGANPKLESPVSRKLVAGLLAVEAGQDAIIRALLYE 205

[Close]
BLAST of Sed0015440 vs. ExPASy TrEMBL
Match: A0A6J1L2P1 (desiccation-related protein PCC13-62-like OS=Cucurbita maxima OX=3661 GN=LOC111499294 PE=4 SV=1)

HSP 1 Score: 177.2 bits (448), Expect = 4.9e-41
Identity = 108/222 (48.65%), Postives = 120/222 (54.05%), Query Frame = 0 

Query: 1   MANLDPFIKDIILQFAYQEVGHLR------------------------------------ 60
           MANL PFIKDII+QFAYQEVGHLR                                    
Sbjct: 86  MANLGPFIKDIIMQFAYQEVGHLRAIKDTVKGFPRPLLNLSSESFAKVMDRTFDSKLKPP 145

Query: 61  --------------------------------------YLVAGFLGVESGQDAVIRVLLY 120
                                                  LVAG LGVESGQDAVIR LLY
Sbjct: 146 FDPYANDLNFLLASYIVPYVGLTGYVGANPKLKSAASKRLVAGLLGVESGQDAVIRTLLY 205

Query: 121 KHAAKTIEPYGVTVTKFTRLISNLLNKLGSAGVKDEGIVVRKETGDEGKISGNVLSGNEY 139
           + A K +EPYGVTV +FT+ IS L NKLG AG+KDEGIVV K+ G EGKISGNVL+GNEY
Sbjct: 206 ERATKRVEPYGVTVAEFTQRISELRNKLGRAGMKDEGIVVPKDKGGEGKISGNVLAGNEY 265

[Close]
BLAST of Sed0015440 vs. ExPASy TrEMBL
Match: A0A6J1H409 (desiccation-related protein PCC13-62-like OS=Cucurbita moschata OX=3662 GN=LOC111460222 PE=4 SV=1)

HSP 1 Score: 174.9 bits (442), Expect = 2.4e-40
Identity = 107/222 (48.20%), Postives = 120/222 (54.05%), Query Frame = 0 

Query: 1   MANLDPFIKDIILQFAYQEVGHLR------------------------------------ 60
           MANL PFIKDII+QFAYQEVGHLR                                    
Sbjct: 86  MANLGPFIKDIIMQFAYQEVGHLRAIKDTVKGFPRPLLNLSSESFAKVMDRAFDSKLNPP 145

Query: 61  --------------------------------------YLVAGFLGVESGQDAVIRVLLY 120
                                                  LVAG LGVESGQDAVIR LLY
Sbjct: 146 FDPYANDLNFLLASYIVPYVGLTGYVGANPKLKSATSKRLVAGLLGVESGQDAVIRTLLY 205

Query: 121 KHAAKTIEPYGVTVTKFTRLISNLLNKLGSAGVKDEGIVVRKETGDEGKISGNVLSGNEY 139
           + AAK +EPYGVTV +FT+ IS L NKLG AGVKDEGIVV K+ G EGK+SGNVL+GNEY
Sbjct: 206 ERAAKRVEPYGVTVAEFTQRISELRNKLGRAGVKDEGIVVPKDKGAEGKVSGNVLAGNEY 265

[Close]
BLAST of Sed0015440 vs. ExPASy TrEMBL
Match: A0A498HQX3 (Uncharacterized protein OS=Malus domestica OX=3750 GN=DVH24_025338 PE=4 SV=1)

HSP 1 Score: 170.2 bits (430), Expect = 6.0e-39
Identity = 92/171 (53.80%), Postives = 110/171 (64.33%), Query Frame = 0 

Query: 2   ANLDPFIKDIILQFAYQEVGHLR----------------------YLVAGFLGVESGQDA 61
           A+LD F +D+I QF +QEVGHLR                      +LVAG LGVESGQDA
Sbjct: 90  AHLDHFTRDVIEQFGWQEVGHLRAIKKTVKGFPRPLLNISAASFAHLVAGLLGVESGQDA 149

Query: 62  VIRVLLYKHAAKTIEPYGVTVTKFTRLISNLLNKLGSAGVKDEGIVVRKETGDEGKISGN 121
           VIR LLY+ A   +EPYG+TV +FT  IS L NKLG  G+KDEG+VV K  G EGK+SGN
Sbjct: 150 VIRALLYQRAELKVEPYGITVAEFTNRISELRNKLGHEGLKDEGLVVPKHLGAEGKVSGN 209

Query: 122 VLSGNEYSLS----------IVYGGGNEHVPGGFYPKGANGHITESLFANQ 141
           +L G+EYSL+          IVYG GNEHVPG FYPKGA+G I +S   N+
Sbjct: 210 ILVGDEYSLACGRTPEEILRIVYGSGNEHVPGSFYPKGADGRIAKSYLKNE 260

[Close]
BLAST of Sed0015440 vs. ExPASy TrEMBL
Match: A0A6J1DMF6 (desiccation-related protein PCC13-62 OS=Momordica charantia OX=3673 GN=LOC111022379 PE=4 SV=1)

HSP 1 Score: 166.8 bits (421), Expect = 6.6e-38
Identity = 102/218 (46.79%), Postives = 117/218 (53.67%), Query Frame = 0 

Query: 2   ANLDPFIKDIILQFAYQEVGHLR------------------------------------- 61
           A L PF++DIILQFAYQEVGH+R                                     
Sbjct: 86  AKLSPFVRDIILQFAYQEVGHVRAIKATVKGFPRPLMDLSSKSFAKVMDLAFGRPLDPPF 145

Query: 62  -------------------------------------YLVAGFLGVESGQDAVIRVLLYK 121
                                                 LVAG LGVESGQDA+IR LLY+
Sbjct: 146 DPYANTLNYLLASYLIPYVGLTGYVGANPNLESPRPKELVAGLLGVESGQDAMIRALLYE 205

Query: 122 HAAKTIEPYGVTVTKFTRLISNLLNKLGSAGVKDEGIVVRKETGDEGKISGNVLSGNEYS 136
           HAAK +EPYGVTV +FT+LISNL +KLG  GVKDEGIVV KE G EGKISGNVL+G++YS
Sbjct: 206 HAAKKVEPYGVTVGEFTQLISNLRDKLGCGGVKDEGIVVPKEEGAEGKISGNVLAGDQYS 265

[Close]
BLAST of Sed0015440 vs. ExPASy TrEMBL
Match: A0A5D3BXK9 (Desiccation-related protein PCC13-62-like OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold46G00500 PE=4 SV=1)

HSP 1 Score: 163.7 bits (413), Expect = 5.6e-37
Identity = 100/219 (45.66%), Postives = 115/219 (52.51%), Query Frame = 0 

Query: 2   ANLDPFIKDIILQFAYQEVGHLR------------------------------------- 61
           A LDPFI+DIILQF YQEVGH+R                                     
Sbjct: 88  AKLDPFIRDIILQFGYQEVGHVRAIKNTVKGFPRPLLDLSSASFAKVMDKAFGHQLRPPF 147

Query: 62  -------------------------------------YLVAGFLGVESGQDAVIRVLLYK 121
                                                 LVAG LGVESGQDAVIR LLY+
Sbjct: 148 DPYANALNFLLASYLIPYVGLTGYVGANPRLESAVAKKLVAGLLGVESGQDAVIRALLYQ 207

Query: 122 HAAKTIEPYGVTVTKFTRLISNLLNKLGSAGVKDEGIVVRKETGDEGKISGNVLSGNEYS 137
            AA+ +EPYGVTV  FT  IS+L NKLG AG+KDEGIVV K  G EGKI+GNVL+G++ S
Sbjct: 208 RAAEKVEPYGVTVAVFTHRISDLRNKLGRAGIKDEGIVVPKNEGAEGKITGNVLAGDKDS 267

[Close]
BLAST of Sed0015440 vs. TAIR 10
Match: AT1G47980.1 (unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biological_process unknown; LOCATED IN: endomembrane system; EXPRESSED IN: 6 plant structures; EXPRESSED DURING: 4 anthesis, F mature embryo stage, petal differentiation and expansion stage, E expanded cotyledon stage; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT3G62730.1); Has 169 Blast hits to 169 proteins in 41 species: Archae - 0; Bacteria - 68; Metazoa - 0; Fungi - 0; Plants - 101; Viruses - 0; Other Eukaryotes - 0 (source: NCBI BLink). )

HSP 1 Score: 147.1 bits (370), Expect = 1.0e-35
Identity = 96/218 (44.04%), Postives = 107/218 (49.08%), Query Frame = 0 

Query: 2   ANLDPFIKDIILQFAYQEVGHL-------------------------------------- 61
           ANLDP  +DIILQFA+QEVGHL                                      
Sbjct: 90  ANLDPLTRDIILQFAWQEVGHLRAIKKTVKGFARPQLDLSKKAFAKVMDKAFGVKFVPPF 149

Query: 62  ------------------------------------RYLVAGFLGVESGQDAVIRVLLYK 121
                                               R LVAG LGVESGQDAVIR +LY 
Sbjct: 150 NPYANSYNYLIASYLVPYVGLTGYVGANPKLQCPASRKLVAGLLGVESGQDAVIRGMLYA 209

Query: 122 HAAKTIEPYGVTVTKFTRLISNLLNKLGSAGVKDEGIVVRKETGDEGKISGNVLSGNEYS 136
            AA  + PYGVTV  FT  IS+L NKLG AGVKDEG++V K  G EG++ GNVL GNE S
Sbjct: 210 RAAHIVYPYGVTVAAFTDKISDLRNKLGKAGVKDEGLIVPKFMGAEGQVIGNVLVGNELS 269

[Close]
BLAST of Sed0015440 vs. TAIR 10
Match: AT3G62730.1 (unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biological_process unknown; LOCATED IN: endomembrane system; EXPRESSED IN: 13 plant structures; EXPRESSED DURING: LP.04 four leaves visible, 4 anthesis, LP.02 two leaves visible, petal differentiation and expansion stage; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT1G47980.1); Has 172 Blast hits to 172 proteins in 41 species: Archae - 0; Bacteria - 73; Metazoa - 0; Fungi - 0; Plants - 99; Viruses - 0; Other Eukaryotes - 0 (source: NCBI BLink). )

HSP 1 Score: 114.4 bits (285), Expect = 7.5e-26
Identity = 63/122 (51.64%), Postives = 81/122 (66.39%), Query Frame = 0 

Query: 22  HLRYLVAGFLGVESGQDAVIRVLLYKHAAKTIEPY-GVTVTKFTRLISNLLNKLGSAGVK 81
           +++ LVAG LGVESGQDAVIR LLY+   + +E Y GVTV + T  ISNL N+LG  G+K
Sbjct: 175 NIKKLVAGLLGVESGQDAVIRTLLYERQNEKVEEYGGVTVAELTNEISNLRNELGMCGIK 234

Query: 82  DEGIVVRKETGDEGKISGNVLSGNEYSLS----------IVYGGGNEHVPGGFYPKGANG 133
           DEG+ V    G E + + N+LS + YSLS          ++YG G+EH PGGF+P GANG
Sbjct: 235 DEGLCVPLWLGAENRTTSNILSADPYSLSYDRTAQEILRVMYGTGDEHRPGGFWPCGANG 294

The following BLAST results are available for this feature:
BLAST of Sed0015440 vs. NCBI nr
Match NameE-valueIdentityDescription
XP_023006619.11.0e-4048.65desiccation-related protein PCC13-62-like [Cucurbita maxima][more]
KAG6575138.15.0e-4048.20hypothetical protein SDJN03_25777, partial [Cucurbita argyrosperma subsp. sorori... [more]
XP_022959141.15.0e-4048.20desiccation-related protein PCC13-62-like [Cucurbita moschata][more]
KAG7013694.15.0e-4048.20hypothetical protein SDJN02_23861 [Cucurbita argyrosperma subsp. argyrosperma][more]
KAG6575126.11.1e-3948.40hypothetical protein SDJN03_25765, partial [Cucurbita argyrosperma subsp. sorori... [more]
BLAST of Sed0015440 vs. ExPASy Swiss-Prot
Match NameE-valueIdentityDescription
P222422.6e-2338.46Desiccation-related protein PCC13-62 OS=Craterostigma plantagineum OX=4153 PE=2 ... [more]
BLAST of Sed0015440 vs. ExPASy TrEMBL
Match NameE-valueIdentityDescription
A0A6J1L2P14.9e-4148.65desiccation-related protein PCC13-62-like OS=Cucurbita maxima OX=3661 GN=LOC1114... [more]
A0A6J1H4092.4e-4048.20desiccation-related protein PCC13-62-like OS=Cucurbita moschata OX=3662 GN=LOC11... [more]
A0A498HQX36.0e-3953.80Uncharacterized protein OS=Malus domestica OX=3750 GN=DVH24_025338 PE=4 SV=1[more]
A0A6J1DMF66.6e-3846.79desiccation-related protein PCC13-62 OS=Momordica charantia OX=3673 GN=LOC111022... [more]
A0A5D3BXK95.6e-3745.66Desiccation-related protein PCC13-62-like OS=Cucumis melo var. makuwa OX=1194695... [more]
BLAST of Sed0015440 vs. TAIR 10
Match NameE-valueIdentityDescription
AT1G47980.11.0e-3544.04unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biologic... [more]
AT3G62730.17.5e-2651.64unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biologic... [more]
InterPro
Analysis Name: InterPro Annotations of Chayote (edule) v1
Date Performed: 2021-10-25
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
NoneNo IPR availablePANTHERPTHR31694DESICCATION-LIKE PROTEINcoord: 25..138
NoneNo IPR availablePANTHERPTHR31694:SF12PROTEIN PCC13-62, PUTATIVE, EXPRESSED-RELATEDcoord: 25..138

Relationships

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

Feature NameUnique NameType
Sed0015440.1Sed0015440.1mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
cellular_component GO:0005622 intracellular anatomical structure