Lcy11g014870 (gene) Sponge gourd (P93075) v1

Overview
NameLcy11g014870
Typegene
OrganismLuffa cylindrica cv. P93075 (Sponge gourd (P93075) v1)
Descriptionserine/arginine-rich splicing factor RS40-like
LocationChr11: 31689729 .. 31727774 (+)
RNA-Seq ExpressionLcy11g014870
SyntenyLcy11g014870
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.
ATGGTAAGAATTTGTTGTGGTTTGTTGAATGTTCGTTATAGAAAAATGATATTGCATCTTGAGGAATTCGTTGGTGGGAAAATTCTCATCTTTATCATTATTGGTATCTCATTGATGCCACAATTAGTTATTCAGTTTTGGCTGTTTGATTGGTTTACAGGTTTTGCTTTTATCTACATGGAGGATGAGAGAGATGCTGAGGATGCTATCCGTGCACTTGATCGGAGAGAATTTGGCCGGAAGGGCCGCAGGCTACGTGTTGAGTGGACCAAAGTAATATACCTTGATATATCACAACTTTCAATGAACTTTTTTCCTTTCCATTTCTTTGTGGTACTTTTATTTGATTTTATTTATCACACCTTCGAACTGTATTTCCATCCATCATTCTTTTGCCCTGTAGCAAGAGCGTGGCATTAGAAGACCTGGTGGAGGTGGAGGTGGAGGTGGTTCGAGGAGATCCTCTACTAATACAAGACCTTCAAAGACTTTATTTGTTATCAACTTTGACCCATATCATACTAGGACAAGGGATTTGGAGAGGCACTTCGATCCTTATGGTAAGATATTAAGTGTAAGGATTCGAAGGAATTTTGCATTTGTCCAGTATGAATTGCAGGAGGATGCCACTAGAGCATTGGAGCTTACGAACATGAGGTGAATTTTCCATCATTGAATTGTGTTTTTCATTTTTATTTTGGTACGGTCATCATATTGAAGTTTGATTAATCCAATCCCCCTTAGCCCCTGTTGCACCGAGACCATCTGAAGGAAAATTTCATTGATATTTTCACTTGTTATAGGCCATTGGTTACATGTTCGGATATTGTTATGCCATTTGATCATTATTATTGTGTACAGCAAATTGATGGATCGAGTGATTTCTGTGGAATATGCTGTTCGAGATGATGACGAGAAAAGAAATGGATATAGTCCAGATAGGAATCGTGATAGGTCTCCTGACAGAAAACGGCGATCCCCAAGTCCCTATAGAAGAGAGCGAGGAAGCCCTGATTATGGCAATAATGGTATTAGTCGCAGTCCATATAGGAGACAAAGGGCTAGTCCTGATTATGGAAGTCGTCGTAGTCCAAGTCCTTATCAGAGAGAGAGGGAGAGGAATTCTCCTGATTATGGCCATGGTCGTAGCCCCAATCCTAGTCCTTATAGGAGGGAGAGAGAGAGATCAAGTGACCATGTTAGGGCCCCTAGCCATAGTCCTCATCAGAGGGAAAGAACAAATGATGACCGAGTCCACGACCAAAGTCGCAGTCCTTACGGACGAGAGAGGGGGAGTCCTGATGATGGACGTGGCACTAGCTATAGTCCTCGTGATAGAGAGAGGTCAAACCCTGACAATGGTCACGACCAACGGCTAAATACAGTAGCAGAACCTGGGGATAGCCCCAGTTATGGTGGAACTCAGAGCCCAAAGCATCGGGGATATAACAGGTTCGTATTCTTCTTACTTTTATTATTGATTCTTCTTTCAAAATTTTCATCTTTTGCGTTCATGTTTTATGGTGTTGCAGCCATTCACCTCAAGCAGAGGAATGATGATGATCTACAAAGAGAGGAAGTGATGTTGATTCCAATCTGCTTCAAAGTATGTTTAGTTGTATAATCAGTATCAGTGGTAAACATGTATTGTAAGGATATTGTTTCGTGACTTCCAAATACATTTATGCTTCAGTTTCTAGTGAGTATATGGATATGCTATTACTAGATTTAAATTATTAACAATAAAAAGTACATAGCACTCTTATCTAAATCTGGCCGTCTTTGTTCCTTTTGGCCTTGTTTGAAAAAAATTGAAGCACGTTGGTTGTGGAACTTGTTTCATTTTGGTTTTGATCATGTTTGCTTCTGTTTTGGGTGGGTTTGGAATGGCTGACTCTTAAAAGAGTAGAAAGTGTAGAGGTGACGAATTGAACTATTGATCTTTTGGTTGAAGATATATGTCTTAACTTTTTGTTTTGAAATGATATGTTTTAACTAGTTGAGTTATCTTTAGAGGCAAAATAATGAAGGTGGTTGTAGATATTTACTAGATAATATTTACAAACATATTATTTTTTCAAACATGTATTAATTATAATAAAATGAATATGTGATTTGTAATATGAAAAATTTTATAATGCATATGAGTGTGAAGTGAGGATTGAGTTTTAGAGTGGGTAAGACTCCCTAATTCGAATCCTTATTTGAGGTAAGGTTAAATAACAACATTTTATAATAATAAACATCTTTGAGCTTTTAAAGTTGTACCAATTACGTTTTTGAACTTTAAAAAGTTTCAAACAAGTCTGAACTTTCAATTTTTAAAAATTAACCAATTCACTATATATAAAATTGAATTTTATGCCTATTGAGACTCTAAGGACCTGTTTGATAATCATTTCGTTTTTGGTTTTTGGTTTTTGAAAATTGTGCTTATTTTCTTTCAATCTTCTTACAATGGTTTTCATTTTCGTTAAGTAGATATTTTGAGTTTCTCGCCAAATTTCAAAAACAAAAACAATTTTTTGAAAACTACGTTTTTTTTTTGTTTTCAAAATTTGGCTTGGTTTTTTAAAACATGGGAAAGGATATAGATAAAAAAACAAAGAAGTTTATGGGTAAAAAATAGTGTTTATAGGCTTAATTTTCAAAAACAAAAAACAAAAAATGAAATGGTTATCAAACGGGGCCTAAACTTTCAATTTTGCATCTAGTAGGCTTGTGAATTTTAAAAAATGTTGAATAGGTCAAGGACTTATTAGACACAAAATTAAAAGTGAGAGATTATTAGACACAAAAGTGGAACTTAAGGACCTGTTTGATATTTTTTAACGTAGGGACATTTTTTTATATGTTAAAGTTTAGGGACTTATTTGAAACAAAATTGAAAGTTCAAGGACCTATTTGAGAATTTTTAAAGTTCATGGACTGAATTGACACAACTATAAAAGTTCAGGGACTAAACATGTTATTTAACCAACTTTTTATTATTTGACTTGTTGCTATTGAATGCTCAGTGGGATTGTGAGACCTTTAATTATGACATCGATTTGCATCTTGATTTTGCCAGAGTTCCCGATCAATTTTAATTCCTTAAAAAAGAAATTGAATCGAGAGGTTAACTAACAAAAAATTTAGGGAAAAATACACTTTTAGTCCTTGAGGTTTGAGTTAGGTTTCATTTTGGTCCCTGAGTTTTCAAACTCAACAATTTAGTTCCTGAGGTTTGATTTTAGTTGCATTTTAGTCTCTCAATCCATTTTTCCGTTAAAAACTAATGGACTGATGATGTGGCACTATTTTTTTATTTAAAAAAATTATTTTAAAGAATTTTTAATTAAAAATATATTAAAGTAATAAAAATATTATTATTTTTATTTCTTTTTATTACTTCTCTCTCTTCCTCCTTCTTCTACCACTTCATCTTCTTCAACCCACCTTCAACCATGGCCGGCGGCGGCGGCCGGTGACCACAGCTCGCCGGCTGCGACGACCTTTTTTTTTTCATTCTCTTCTCCTTTTCTTTTCCCTTCCTCTCCAGTTTTTTTTAAGGGCACAAGTATTTTTTCGTCAAAGGTTGTTATATACATATTCCTAAAAATCAGCCAGAATCTCACTCTTTCTCTCCAGCGATTCAAGTTTTCCTTCACGCGTTTTGCTTCCAGAAATCGCCAAGTTTCACGCGTTTTCACTCATTCTCTCCGTCGATTTAACCCAGCTCGCACAATGCAAGACTCGCGCGACCGAGAACACCTAAATCTCATCGACGACCACAACACCTGAACTTCGATCTCCCTTCCTTCCCTCTCCAAACATGAGACCCACGAAAGTGCAAAACCCATTTTTTCTCCATTTCTCCTCTCCCTTCCTTCCCTCCCCGAATGCGAGACCCACGAGACGAGCCATATCTGGGTTCATGTTTTTTTTTTTTTAAATAGAGTTCTGGTTCCGATCTGAAGAAAAGAAGGTGCTACGAACCCAGATCTAGTTTCGATCTAGTTCAGTTCTTTAACTTTTTTTAAAAAATAGAAAACAGAAAGAAAAAAAAGGAAGAAGGATGGAGAAGAAAAGAAGGAGAAAAAAAAAAGTTCGGCGGCGGCGACGGTGGGTGGCGGCGACCGGTGATGTTGGGCTGCAGCATCTAGAAAAAGTAGAAGAAGAAGAAGGTGGGAGAAGGAGAAGAAGGGGGAGAGAGAAAGATATAATAAAAATTAAAAAAAATAATAATCTTTTATTATTTTAATATATTTATATTTAAAAAATTCAAAAATAATTTTTTAACAAAAAAAATAGTGTCACGTCAGCAAACCGTTAGTTTTTAACGGAAAAATGGATGGAGGGACTAAAATGAAACTAAAACCAAACCTCAGACACTAAATTGTTGAGTTTGAAAACTCAGGGACCAAAATGAAATCTAACCCAAACCTTAGGGACTAAAAGTGTATTTTTCCCAAAAATTTATAATAATAAACATTTCACAAGGTTAAACAAAAATGCACGACTTGAGAGACATTATGAGATAAAAAAACATTGCCCAAATCGCCTCCTACAAGAAAAGAGTCGTCCAGTATATGTGACATTGCAAGAAAAAGTTCCTACTATGCAAGACATTATGAGATATCGTGTGAAAAATTCACCCACTATGCAACACATTGGGAGAAAAATAATAATAAAAGAAGTCTATTAATATTGCAAAAATAACCCCTATAACAACAATGTGAAACTAATGTTGGATATTTTACAAATAAAATGTGAAAGAAAGTGGTGTTTAAATTCAATTCATCAAAATTGAAACATCAAATTCAATTTGAAGTTTCATTTACAAATTTAACATATGGAAGTTAAATTTGGTGTTATAACTCAATTGAGTTATATTTTTCATATGTTTCAATTTTATTTATTTTTGTTCTTTGGAGTTACTAAGTTGCTAGCCTATAAATAGCAACTTGTTTCTTCATTTGAATCATCCCATTCCATTTGGAACATTCTTCTTTTTTTTGTTTGTTTCTTTTGATCTTGAGTCAAGTTGAAAGCAAGTATCCAAGAATTCTACCAGATTCGAGTAGTTTGAGGTTGCTGTTCTACCTGAATTAGTCGTTGTATCCTGCTAAGACAATCGCTGAAGTCTGCTTGCAACCTGTGCAGAGCGAATAATTGTCTTCAGGATAGCATTTTGTAAGTGTGCCTCGATTATTTATTGTCAATATATGTTGCAACATTTGTCATATATACAGTGTTTGTATTGTTATTTACACTGTAATTGTTAGTATCCAGTTAAGGTGTAATCAGTTTGCTAGTGTTACTCGGTTCTTATATTGAGTACATTTCCAACAACTAAATCCTACACAATGCAACTAATAATGTGCTCAAATGAACAATAAAAATTTAAGACTCAAATAGATGATCAAAAATAGAAAGAAGTTACTTAGGTTGCGTTTGGGATTGTGGTGGGAACACGTAACATCAATTGTAAAAAAATCCTAACCGTTTTGGGTGTTTAGTAATGCTGATTATTTTCTTAAAAAAAATATATAAAATCACTTTTTAAATCGTTTGATTTCTAAAATCTCCTAAATCACTGTATATGTATAAATAGATATCCATTTTTAGAGCATTTAACCCCACCATTTTAGGGCTCTCCCCACGACTCTCCTTAACAATAGGCACAAGACTCTCCCTCCCTCCTATTTTAGGTCTTTTAAGGTTTAATCATCCCTATTGTATAAGTATAAATAGGGAGGTGTATGAAGGGTTGAACACAACAATTGAATGAGAATCATTTGCTCTCTCAATTTCTCTCTTAGTGTTCTTATTGAAGGTGTTAATATCTGACATGCGGAAGCAATTTTTGATCTTAGGCACATAATAACATCAATTTGATCATACAAAGCATGTTGTTCATAAGTTCAAAAACAAAGTTTTGAGTACCAACCTTTGTGTAGCTCAAAATTGGATCGATTCCTTGGTTGTTTCTTCTCACCAATTGATCACGAACCACCACAAGTGTCTTCCTTGCTATTCTTAGGTCTTGGAACGGATTGTGGGATCTTCTAGTGATGGAATTTGGAAGGGAATGAACTTGGGTAGGTTCCAAGCTTTGAAGAGTTTTGAGCTCATGAGTTTGAGAGACCAAATTGGCAGCATAACCCCAAGTTTTCAATTGTGTTTCTTCAGCAAATTCTTCTCTATTTAAAGAAGAATTCATGCACTCTTGAAGTCCCAAAATTTAGACAACAAGGCAAGGATTAATTAGAGTGGGATTTGGTGGCTAATTGAGGAGGAGTGCATGGGTTTAGTCACCATGCACTCCACCTCCTAAAATTAATTTCCTTTTTTGAATTTCAATTAAAAAAAAATTAATTTTAGTTAATTAATTTAATTAATAATTTGAAATTCTAATTTAATTTTGAATTTCAAATTTAAAATTAATTCATAATTAATTTAAAATAATTATCAATTAATTAATTAATTATATTAATATATATTAATTTAATATCAAATATTAAATCAATATTTTGCAACCAATCCCGACCATTTTCGAAATGAAATTTCTCAAACATGAATCCCTATTCACGTGCTCGATATTTAAATCACATTTAAATATGTCTAACTCTCAAAATTAGGTTTAACTAAGAATTAAACCAACGTGTCGATAATATCCAATATGACCAATATAATCCTTAAATTGAATTTGAATAATTCGAATTCTTTCCATCATATTGTTCCAAAGTTTGTTCCTATACGAGCTAGCAAGGGGACCTAATAGACCTACAGATCATGGGCTCCAATGATTCGAGGTTTAACCAGTTAAACTTATTAACCTAGTTAACCAAGATTCGTTAACCACCGGGTCACTCCACTATAGCCTAGTAGTTGCACTCCCCTCACTGTAGATATGTTTCTTTCCACTCGATATAACCATGATTAGTAAGTCGACCCTTCACAGGTTGTTCGTAACTATAGCTAGGTCAAAATGTCCGTTTTACCCCTATAACACTTCTTTATTCCTTAAGTCCCACTAATCCTCTAATGAACAATTGGTTTGTGATGGAATCATCAAACCGAGTCCCTCTCGGGCCAATGAGAGGGTGGGGCTCCTTGTTCAAGTCTCGGACTTAGTACTTAAGAGAACAACATTTCTACTATCCCTAATACAGGTAGGAGTGAATTTTATCTTGCAAGACTATGTCCTCAACTATTTATCCAGTCTTATCCCCAAAATGGTAGGCTTATTGAGTCGGCGATGTTTGGTCACTCTCACCCGTGCAAATCAAAGGATAATCTTGAACAAACAGGAGTTCATAGTTAGCTCAAGATTAAGATCGAGTTACCTAGGTCATCGTATGAAATAGTCAGTCTTATCAGTAAACAGTGTTATAAAGTAAGAGTGACTCATTTCTCGGTCCGGTCTCGTGCAAAATCATTGCACAGGATGCCCCTACTCACATGTCTTTACATGAACAATTCAGGATCCCATCGTTTGCCTTAAATGCAAAGAAGGCCACATCCATAGTGTCCCCAGAATAAGGTACCCAACCATATCCATATACTATAGACCTTTTTGGCTATATACTAGAACTTAATCCATGTTTATGTTCGTACATATAATTCAAGTGTTCATATTATAACCAAAGATCTTTTAATCTATTGGATTAAGGTTATATAAACAAGTAATTCACTGAATAATACAATAGCATCTTTATTGCAAACAAAAGATATGCATAAAGATTTCAAACTATGAGTTTTAGGACACAAAACCCAACACTTATTGTTCTTCACGTTTTATAATAGGTTATCAACATGAGTCTCTGCTATTTTTGTTTAGTTGAAGGTAGGGTTCATTTTACTTTGCAAATGTCTTCGGTACATTCTACATATACATTGTATATGTATTATATATACCTCGTATATACACTGTGTATTGAACGTTGACAACATATATTTTATGCAAGATTAGCATGTTGTTTATTATTGTGCATACTATATGAGATTATTAAGTATCATATTTGTCTATGATGATATTAACATTTGAATCATTTTTATTGTTCATGATTCTATATTTGTCAATGATATCTATGTTAATTATATTGTCCAAATAATTGAGATGTTGAGAGTATGCTTATATTCTTATTATTTCTTTAATGATCTAAAATGCTTAATGCATATTTGATAAACATGATGCACATATAATCTTATGACAAAGTTTGCAAGACATGTATAGTACTTAATTGTTCTTCCTAAAATTAATTTTGATGTTATGCACACGAAGTTGCATAAAAATGCTCATTTTGATTTAATGTACCTGAAGTTGCATCATTTCAAATCAAGAAGTACTTGTGATTAAATGCACCTGTAGTTGCACAAGTTTAAATTAAGAAATGGTCACTTTAATTAAATGTACTTGTAGTTGCATAATTTTAATCAATAAGTGATTTTAAACAAGTAAGCATATGTTAAGAATAATGTTTATCTTTCCTTTCAATTATAGAATAAGCTCCTGTAGTAACAATATTGAGAAAGAAAAGTTTAAATATTATGATGAACAAACGTCGTGTCTTCTTGAGATTAAAGCAATCAAATGAGCATTTGATGAAAAATCATGAACCTCAACCAATCGTTTCATATATCATTCCCTGAAGTGAATATTATAATATCGAATAATTGTGGTCAATGTTGAGATCATTATCAATAATAAAGGAATAAGCAATTACCCGTTTAGTGGTGGTCGTGGACCATTCGAATTTAAAGATAACCACACATATGGTTACTAAAAGAAAAGTTTCATATTTTAGATATGATATAAAATATGCATTAGTTTTGTACCTATTGGACGAAAATGGGAACCATGTGTGAAAGCAAACTTTGTAATCTCCTGAAGAAATGATTAATCTGGGAAATATGAAATAGATGTTGCAAATCTCATTAAATCTCCTGAAGAGAAAATGAACATCGTTAAATGAGCAACAAATGTTATATTAGATTATGTGAATATCCTTTTATTTAATGTTTAATTTATGTTTATTTATTAAGTTCGATTTTATATTCAATTTCTTTTTCTGGGGCTCACTATGTGTTGTTTTTATTTTACTGAAGAAACATGAATATTTCACATATTTTGTTTGACTCCAAGATGAACAATGAAGATTTATGTTTGGTAGATAACGCAACAACACACATTATCTTGAAAAGTAGAAAATATTTTTCAGAATCGACAATGCTAGAAGCAAAAGTCAATACAATATCAGGTCCTGCAGACTTGATTGAAGGTTTTGAAAAAGCAGAGATTATTTTACCTAGAGGAACAAAATTTATAATTGATAATGTTTTGTTCTCTAGTAAATAGAAAAGAAACCTACTGAGTTTTAAAGATATACGTACTAATGGTTATCATATGGAGACTGATAAGAAGAATAATATAGAATATCTTTATATTATATCTACTGTCTCACATGAAAAACGTATATTAGAAAAGGTGCATGCTTTTTCTTCTGGATTATATTACACACATATTCGTATTATTGAAATATACGCAACAATGAACCTAAAGTTCAATGATCCAGATATATTTTATGTTTGACATGATTGATTGGGTTATCCTGGATCTATAATGATGATAAAGATTATTGAAAACTCACATGGACATTCATTGAAGAACCAGAAGATTCTTCAATCTAATGAATTGTCATGTGTTGCTTGCTCTCAAAGAAAATTAATTATTAGACCCTCACCAGCTAAAATTGGGATTGAATCCCCCACATTTTTAGAACGAATTCATGGTGATATATGTGAACCTATAAATCCACCAAGTGGACAATTTAGATATTTTATGGTTCTAATTGATGCATCCAGTAGATGGTCACAAGTGTGTTTATTATCAAGTCGAAACCTTGCATTTGCAAGATTACTTGCTCAAATAATCAAATTAAGTGCACAATTTCCTGATTATGTAATCAAGAAAATTCGTCTTGATAATGCTTGTGAGTTTACATCCCAATCACTTAATAATTATTGTATGTCAATTGGGATAAGTGTTGAACATCCTATAGCTCATGTTCATACACAAAATGGTCTAGCTAAATCATTTATAAACGTTTGTAATTAATTGCTAGACCGATACTTATGAGACCAAGGCTTCCAATATCTGTATGGGGTCATGCAATCTTACATGTTGATTTGCTTATACGCATTAGGCCAACAACCTATCATAAATGCCCTCCAGTACAATTAGCTTATGGCCAGCTGATAAGGGTAAAAAATATACCTATTTTGCCCTTATATTTAGCTCATTTCTTTGTCAAATATTGCATGATTAGATCAATTTTACTATTCCCGAGCTCAAAATGTGTTAAAGTTGATGAATTAGGGAGTTGAGAGTCACATTTGTCAAATTATGCTTATTTGTGCTTAAAAAGACTTGATTTTAAGAGAATTTGACTAAGTTTATTGTTGTGCAGGAAAACAGAGGAAATGCTGGAATCTGTCCAGAAATGCGACAACATTTCTGGGAAGGCAAAATGAAATGCGACCACATTTCTGGAAAAATTGAGACAGTTCCGAGTCGTCCGCGGGTCGTTGTTGAGGAGTCTTCTTCGCACCTAACTGGTCGTTTTGACCCCGAAACCAACTGGGCTACCTACCAGCACTTATTTCGCAGCTCTTCAACCATTTTTCACACTATATAAGCTCGAGATTTGAAGTCAAATTCAAGCAGAACTCATTTGGAAAAAGAGGGTGGTGGTGACAGAACCCTAGTTGACGCTTATGAGTAGGGATGCTCGAGGTCCTTCTTAGATGACTAAATTCTAACCTTAGTTAGACATCAAACCTTAGGGTTCGTAGGGATTTTCACCCATTCCCACTTTGTAAAAGCGAGAGAGTGGAGTGTCTAAGCGAACTCTAGAAGGATTGAGTAAACAGAAAACCCATAATATTTGGCTATCTCCATTATTTCCAGCTCTTGATACTTTTCATTATTCTGTATTCTTTACATTCTTATTTCAATGAAAATGTATTCATTTGCTCTTTATCTCACCATGAGTAGCTAAATTCCGTTGAGGGATTCAATATGGTGAATTCCCTTATGGTTCAATAGCTTGAAAGTGTTTTATTTGCTTAAGTTTTGTTCAATGCATGTCATTCTTTATTGATTATCATTCTGATCTTGCTGAGTTTAACTTGATCACTTAGACTTTGCATGCTATGTGAGTTTGATCTCGAAAGGGACTGACGATATCGGTCCTCATAAAGGTGATATAGGAGAAAAAGCTCGAAAGAGATTGTAGCATGCTAAATCCCTGATAGGTAACGCATGCAGACATCTCTAAGTAGAGCAAGTTAGCGCATGTCATGTAGTCTTGGTAGCATTAAAACACTACCGCTAAGCGATAGTGCATGCATGAGCTTAGACTGTGTTGTGACTAACGCAGTCCCTTGTAAGTTTTAGAGAACTACGCCTAAAGCATGAACTAGCCAAATGATCTCTTGATAGTTTTATGCCAGACGCAAAGGAGTACCGGAAGGGAAACTTATGATATTTTCTCACTTAGGCATTAATGGATCAATTAATCAAAGTATGCGCTACAAGGTTATTATAAACGCATGAGGTTGTGACCGCAACAACCTTGATTATTCTCCTTATAAATTTTCTTTTCATTCTCGTCGCATGTGTTGTTTTTATGCTAACAATCACTCTTTAAATATACCAAATCTTTTTATTCTTTTAAATAATATCATACGTTCTTGAGTTTAGATCGGTAAATATTGTTAAAAGATTTTGTGAATATCCCTTCCCTGAGGAATCGACCCTGGACTCACCAGGTATTACTTGATTAAAAGTCAATTTATGCTTGGATTGATTATTATCTACGACAATATTTCTAATTATACTAAGTCAACTGATAGCCAATCACCATCCATTCAGCTGACGACGCACCACCACCAGCCAAATATATCTCACTTAAGAACTTTTGGAAGTGCAGTATTTATTCTAATTGCTCCACCAAAATGTACTAAGATGGGTCCTCAAAGGAGGCTAGGAATATATGTTGGATTTGATTCCCCATCAATTATTAGATATCTTGAACCCCTAACAAGGAGATGTATTTACTGCACGATTTGTTGATTGTCATTTAATGAGACAAATTTTCCAACATTAGAGGGAGAGATTAAGAAGTTGGAAAATGAAATTGCATGGAATGCATCGTCATTGTCTCATTTAGATCCCCGTACAGATCAATGTGAACTAGAAGTTCAAACGATAATTCATTTGCAAAATACGCAAATCAAATGCCAGATGCATTTATAAATGCTAAGAAAGTGACCAAGTCACATATACCAGTTGCAAATACACCATCTAAAATTGATATCCCAACGCAACAAGTTATCATAACTAATGAGTTTGCGACACACCAGAAGCCTGGTAGACCAACGGGTTCCAAAGATAAAAATCCTCGAAAATGAAAATTGGTCAATAATCAAAATGACTCAATTGATAATGTGGATATCCCAGAAGAAATCTCGAATGTGACTACTCATAAGAATATCGAAGAAGGTCAAACTACCTGAGGATAATATTGAAATTTCGATAAATTATGTAATGACTGGAAAAAGAGGGAACCGAAACAATATAGTTGTTGATAACATTTTTGCGTATAATGTTGCTTATGACATCATTTCTGAAAATGATGATTATGAACCAAAATCTGTCGAAGAATGTTGACATAGAAAAAATTGGCTTAAGTGAAAAGAAGCAATCCAGACAGAATTAAACTCACTTTCAAAACGTGAGGTTTTTGGACCAGTAGTTCAGACACTAGAAGATGTCAAGCCTGTGGGATACAAATGGGTATTTGTAAGAAAAAGAAATGAAAAGAATAAGGTCACAAGATATAAAGTGAGACTTGTTGCACAAGGATTCTTGCAAAGGCCTGGTATTGATTATAAGGAGACATATTCTCCTATGGTGGGTGCAATAACATTGAGATATTTAATTGGTTTGACTGTGTATAAAAAGTTTGACATGCATCTTATGGATGTAGTTACAACATATTTATATGGATCTCTTGATAATGATATTTATATGAAAATCTCTGAAGGATTAAAAATACCAGAGTCATATAATTCAAATCCTAGAGAATTATATTCGATCAAATTACAGAGATCTTTATATGGATTAAAACAATCAGGACGAATGTGGTATAATCACCTGAGTGAATATTTATTGAAAGAAGGGTATCAAAACAACCCAATTTGTCCATGTGTTTTTATAAAGAAATCACAGTCAGAATTTGATATTATTACTATATATGTTGATGATTTGAATATAATTGGAACTCCTGATTTGAATATAATTGCCTTGGCTTACAAATTGAGCATCTAGCAGATGAAATATTTATTCATCAATCAACTTATACAGAAAAAGAGATTTTACATGGACAAAGCACATCCATTGAACATTCCAATGGTAGTTCGTTCACTCGATGTAAAGAAAGACATCTTCCGACCTCGAGAAGATAATGAAGAGCTTCTTGGTCCAGAAGTACCATATCATAGTGCAATTGGTGCACTTATGTATCTTGCTAATAATACACAACCTGATATAACATTTTCAATAAATTTCTTAGTTATATATAGTTCTTCTCCAACAAAAAGACATTGCAATGGAGTTAAGCATGTCCTCCATTATCTTCGAGGAAAAATTGATATGAGTTTATTTTATTCTAATAAATCGAACTTTGATTTAGTTGGTCATGTAGATGCATGTTATTTATCTGACCCACATAAAGTTAGATCTCAAACAAGTTATTTATTTACATATGGAGGAACTGCTTTATCATGGCGGTCTATGAAGCATACAATAACAGCTACTTCCTCAAACCATGCTGAGATTCTGACGATTCATGAGGCTAGTCGAGAATGTGTATGACTAAGATCATCCAGCAACCGTACCATAATCTGTAGATTGACCACATTATGGACGACTAAGCCAAGTTTTGATTCCTCCAGTAGTTTAACTCATTAAAAAAATTCCTCTTTTTTAAAAATGGCATCATGTCGAATGTGTTCTTATAAACAGAAAAAACTTACTAATAGTGTTATTTTAACATACAACAATTTTAAAATTGCTTCTTTTAGAAAAATTACAAATTGGCTTCTTCTTTGAAACAAAACCCACAAAACTTTTGTATGAAACCCCATTGCATTTTTTGCATTGAAGTTGCTATGTCTCACAATAAAGTAAACAAAACCCTAACAAGTTAAAATGTAGCGTTAGTACTTACTTGATAAAAAAAATACGAGGTATATATTTTCGAAAGACCTCTTACGGCATAGACCCATGCATTGCCAAAGAAAATTGGGGAAGAAACCCTAGTGAAGCAGCAGATTTCGAAAGAGTTTCACGGTGGAAAAGAGAAATGGAGAAACAAATTGGAGAAGACAAACTAATTCCACAGTTGATAATTTGTCCGATTTCAGGAAAAAATCAAATCTAGTTTCTTTCCTTCCATGATTGATTTGCATGATTTTAGGGAAGAATCTGTTGGAAATACATACAACTGTTGCACACTAGCAAACAAATTACAATGCAAATTGGCAACAAACAAATACAGAGTAAATATATCTACAAACACTGTACATAACAAAATTTACAGAAATCATAACTAAACCATATCAGAAGATCAAAGCGCTCTGATGTTCGAAGATGATTTGATTGACAACAACAACCACATCAAGTGAATAGAAGAATGTGATAGTTGGTAGTCGAGACACGCTTTCAAAGCGTTGTCCTGAAGACAATTATTCGCTCTGTACTGGTTGCTAGCAGACTACAGGGATTGTATCAACAGGATACAACGACTAACTCCGGTAGAACAGCAACCTCGAACTACTCGAATGTGGCAGAACTCTTGGATACTTGCTTTCAACTCGACTCAAGATCAAAAGAAACAAACAAAGAAAGAAGAATACACCAAATGGAGTGGGATGATTCAAATGAAGAAACAAGTTGCTATTTATAGGCTAGCAACTTAGTAACTCCAAAGAAAAAAATTAAATAAAATTGAAACATATGTAAAATATAACTCAATTGAGTTACAACACCAAATTTAACTTCCATATGTTAAATTTGTAAATGAAACTTCAAATTGAATTTGATGTTTCAATCCATTTTGAAACTCTTGATGAATTGAATATAAACATCACTTTCTTTCACATTTTTATTTTTAATAATATCCAACAATCCCCCACATGAAAAAAAGTGAGAAAAACAAAAATGTTGAGAGCAAATAGACAAGCTATGCATTAGGAGAGGTGTCTTCTGGACTTGAACCTTCCTTAGTGAATATCTATCGAATTTACCGAAGAAATAGTGAGACTAAGCTCTGGAACTATCCTTCTCTTGGTAAATTGAGACAACAGACATCACACATAACTTATCTCGTATCTTTGAGTTCTATACGTTTGTGTCCATTTTGGTCCTGGACAAGATCCTGATTTCATGAGAGCTTTAGAGAACATAAGTCATTTGAAAAATCCTCACAGAAGCGACCCACTTCTACTCTCACATAGGTGATATTGATTAAGAGTATTCTGTCATTACTCCTCTTGTAAACAAGATATCAACATGACCTTAGCATCAACAGATCACACACTTTACAACATCATAGAAATGGGAAGAAACTATAAGTTTCTTAGTGTGTCAACTATAAATTATCTAGCCAGTTTGCCTGTTGAACCTAGATCTTGGGATCTCCAGTCAACTAGGTTAGGTTACCACCAGATAATTTATTTCATAGGCTTTAGTCCCATTTCTCTCGATGTATACTGTCACAACGTCATCGTGACGCGGAGCGGCCGACATCCTCTTTTGGGTTTTTTAAAAAGAAAATTGGAGTCGCCACCAATTATTGAAGGTGTGATTGGTCACCTTTAAAATAAAATAAAAACCACTCTTAGAAAACCAGAAATTAGGTTCGGGAGTCGTTTGAGTGTAGGGAAGGTATTAGCACCCTACAACACTCGTTTAAAAAAATGATTACCACAGTATCTTAAATTGTCCAATTAAATGAATAAAAACAGTCCTTCATTTTTATTTTTCTTAAAAAAATGATAAATATGAAAATAAAATCCCAAAATGCAATAATAAACACAAGATGTCTCATTTGTTTTTACCTTAACTTTAGAAATAAAGTAAGGATTAAACATTATGAGTTGGATATCCAATTTAATATAAATCATGCCTAATTTCCCTTTTAATTAAAGGAAACATGGGCGATACATGATTATGTTTATTAAAAATAAAAAAATTAAAAAAATTAAAAAAAAAAAACAAATAGATGTAAAAGAAGAAAATCATTCAAAGAGTAAATTCTTTTTAGGGAAAATGAGAATTTTCATACGCCTGCATGAGAGTTGAACTCCACGAAGGCACATTACTCAGTTCCCATAATCCCTTTTAAAAGAAAATTAATTTCAAAACAATTATAATAACAATAATTGAAATTGACCAAGAAGAATTAAAGATTGGATTAAAGCAAATTGGGGAATGAAAGAAGAAAAGAACAAATAAACTTGAAAGTTAACAAAAAATAAACAAAAAGAATTGAAATTGGCAAAGTGTAAATGTGAGAAAAAAAATGAGAGAGAAATTAATAATGATAATAGTAAAATAAAGATTTAATTAAAAATAAGAAAGAAAAAAAATGAGGTTAGTAAAGTGCAAATGAAATAAAATGGGGAAGGACTAATAATAATAATACTAATAGAAAAAATAAAGATTTAATTTAACAAATAAGAAAGAAAAAAAAATGAGGTTAGTAAAGTGCAAATGAAATAAAATGGGGAAGGACTAATAATAATAATACTAATAGAAAAAAATAAAGATTTAATTAAAAAAAATGTGGAGCCCACCTTTTTTACTTTCTTCTTTCCCCTTCTTTCCTTCCTTCTTCCCAATTCTTTTCTATGTAAGCTCCTTCCTCCCCCTCTATTTTTCTCTTTTCCTCTTCCACTTTCTTTCCTCCCTTTTTCTCTTTGCTTTTTTCCTTCTCTAATCTCCCTTCTTTTCTCTCTCTAAAAATTTCTTCTCAAGACTCTCTAAATCACTCTTGCAAGCTCTCTAAACTCACTTCTTTTTTTTTCCCAATTTCCCAACTAAAGTCTATGCTCAATGCTTTCTTCTTCTCTTTTCTCCCTAAAAAATTCTTCTAGCTAAGAAACTCCCTAAACTAAGCTCATGCCCAATGCCTTGTTGTCTCTCAAGCTCACTTTTACTCCAAAACTCTTCTCTTTGTTCTTGTTGTTCTTCCTTCTCCATCTTCCTCCCTTTTATACTTGAAGGCTTTACTAATTTGGGGAGGAAGGTGGATGAGAAAATGGTGGAAAAAAAAATAATAGCCATGGAAAAGGCTTTAGAATAGAGAAATTGAGGTAATGGGGGAGCTTTCTAAGCCTTTTTCATGAAAGCTTCCCCTTGAATAGGAATGGGGAAGACCAAAATGATAATAATAATAATAATAATAATAATAATAATAATAAATAAAAATAAAAGTAAATAAAAATAATAATAATAAAGAAATAAATTAAATAAAAACAAAATAAAATAAAATGAAATGAAAATGAAAATAAACCATGAAAACAAAAAAAAACGAATTTTTTGAAAATATGTGGGGAGGGGGATTTGAACCACAGGCCTCGTGGTTACCAGTACAACTTTATGCCAATTGAGCTATGCTCTTGTTGGCATACCAAAAAAAACAAATTGACCACCAAATATTGGAAAACTTCAAACATTATTACTAAAAATCAAGCCGGACCAAATACGGTGTCTACATATACATCACTTGCTCTCTTGACAATCCTTTCGTTAAAGGATCTGCTATATTCTCTTTGGATTTCACATAATCAATGGAAATTATTCCATTAGAGAGAAATTGCCTTATCGAATTATGTCTTCGTCTAATATGTCGCGACTTTCCATCATAGACATTATTCTTGGTCCTCATAGAGGCTGCTAAATTATCACAATAAATACATATTGTACTTACAGGCTTCAATCATAATGGAATATCTTCAAGAAAATTTCGAAGTCATTCAACTTCTTCTCCAGCTTTGTTAAGAGCTATAAACTTTGACTCCATAGTAGAACACACTATACACGTCTGTTTTGAAGATTTCCATGATACAGCTACTCCACCTAAGGTAAAAATATACCCACTGGTTGATTTAGTCTCCATGCTATCAGAAATCCAATTAGTATCACTAAATCCCTCCAGTACATGTGGATCCCTTGTATAATGCAATCCATAGTTCAGAGTGTACTTCAAGTACCTTAGAACTCTAACTAAAGCATTCCAATGATCATGCCCAGGATTGCTGGTGTATCTTGCTAACCTTTCTACTGAATAGGCTATATTAGGTCTTGTACAGTTCATTATGTACATTAAGCTACAAACAACTCTAGAGTATTCTAGAGGAGACACACCTTCATCACTATTCTTTTTAACTTACAACTTGGATCACATGGAGTAACTGCAGGTTTACTCTCAAATTGATCAAATTTTCTCAACACTTTCTCTATGTAGTGAGATTGAGAAAGTATGTATCCACTTGGATTTCTTGTTATACCAAGTATAACATCAGCAAGACCAAGGTCTTTCATATCAAAGTTGGATTTCAACATCTTCTTAGTGGAATCAATGACACTTCTATTTGTGCCCATTATCAACATATCATCCACATACAAACAAATGATAACACAATCTTGATCTATGGTTTTAACATAGACACATTTATCACACTCATTTATCTTGAATCCAATAGATAACATAGTGTGATCAAACTTTTCATGCCATTGTTCGGGTGCTTGTTTCAACCCATAAAGAGACTTAACGAGTTTACAAACTTTATCTTCAAGTCCTTTTACAACAAACCTGGTCAGAGCGGTGCTAGCTTGCTTATTGACGGCCCGGATAAAAGTAAATTTACATTCACAGACTCAGGTGCGTCCGTGTCGCGGGGCTCGCGTCAAAACAAATTTATAGTTCACGGACACCAAGCTACCTTGCAGTAGTAGTGGTCGGGGTCGATCTCAGGGAACAGCTGGTTTACTCCTAATCTCTTTTGTGTTGTGGGGTGGCAAAGAAAAGGGGGTTTGAGACGGATGATAAAAATTGTGGGCGAAGGATGGACGTAAGAAGGTAAACTGACTGAAAGTCAGCGGATAAGAAGGTAAACTGAAAGAAATTTAAATAACAGAAAAATAAATGGGGAGGTTGGTTAATCTTACCTTGCCGCTCGTTGAAGTTGAAGACACTCGGGATTAATACATTTAATTTTTACTCATTGATTAGCAGATAATGATTTATATACATGTTGTCTATAGGTACTCTGAATCAATTGACCCGATCCCAACGTCCATCGATTCAATTACTAACCACTAATTAATTAACCCCAACGAACCCGTTAAAATCAATTAATCAAGCGATCGCATTAAAAGCTAGATACCCCTAGAGCGCTAACCCATCGGACCTGCTGAGCTAACATGCAATCAATCAATAAACTAACCTGGCCACAGTTTATAAATCAATCAATCGTTGCTCTAGACTAGAACACTCATAATCAACTAGAGAGATCTAATTAATCACAAGTATCGATTTAGACTCTTAGATCTATCGTGTCAGCAACAAAGTCAGAGTCTGCTCTTGGGACTCGTGCTCACGAATCAATCTAACGCTAACTATTGAACTAACCATCCATTAGCTAAGTGGAAATCAATTCTTTAGCGGATTATTAACATACGAGCTGCGAGTTAGGGCGTCAATCTAACCTACTGTGCATGCTAATTATAAAAGCGGGAATCTAAAATCACAAACAATCAATAAATCATGCATAAAGTTCAACAATCTCAAGATAATCAAAGAATAAGTTTAGAATGCTCATAAATCTCATAAAAATACAAATGTACTTACGATACCGAGTTCCCAACTACAACGAACGGTGCTTAGACGGCCATAGACAAGTCTAATCTAAGCCCAAGACTCGAGAAACCAACCTAATCTACCTAGAAAATGTAAAATACAAGAGAAAAGTGGAGAAATCCGAGAGTAGACGGCTGCTAAACACTCCAATCGGCCCTCTCTTTTCCTTCAAGTTGCTGTCCTAAAACAGAAGCTGGTGTTTAAATAAACGTCCTGGCGTCGAGACGCCGACGCTAATTTTTTCACGGTTCCACATCTGAGGCGTCTCGACGCCGGGAGATGGCGTCTCGACGCCATCTATCGGGTCCTTAAGAATTGGCTGCTTCAAATCTTGACCCGTTTGGTGCTGATTTCGAGTCCCGAGCGCTCCACTAAGGTATTTTCACCGCCTCGGCATCCCATGGACTTCAAGATGGATCAAAACAGCGCTAAAATCCTTGAATTAACACCAAAATTGAATATGGGCTCCGTTGAAGCACTTGATACTAAATTCCTACAAAACATAACTTTAAGCGAAATAATTATCATAAAACTAACAAGATTAAGCACAAATAATCATGGGCAATTAGGTCCCATCAAATACCCCCAACCCAAACCTTGCTAGTCCTCGAGCAAGCATATAAAATAAAAGTATAAGATTCAGTTTAAACCTTGCTAACTCTCGAGAGAACACAAAATAGAAGTATAGGATTCGTTGGTTGCAAATTCATAAACTCAAATCTCAATGTCTAAAATGCCAAAATTATTGCAATCAAGAATCATTCACATGCGACCCAAATAAAGAGACAAACCAAAAGTTTTCACGAGGTTTCTTGCTCAAGCTCCCACTTAGTCTACCTAGAGTCAGTTTTGCTAGCCTGGGATTGGATTATATAACCTTCAACTCATCTTCCCTCTACATTGGCACAAGGAACTTACCAAGGAGCAAACAAGACAAATTAGACTGCTTTTCTCTTTACTCAGGTGCCTCGAAAAATAAAAGACATTTTCTTTCTGCGCTCTTCTTTTTCTCTCTCCTTTTTTTTGCGGGGCACTAGCTTTCACACTACAGTGCAGGGAACCATAACCCGAGTTTTACTCTTGGTTGGCCTAACTGATCACACTGCAGGTAGCTCTTTTTACCCCCTTTATATAAAGCATGCTTTTTCTTGAAAGATAAAAGTAATGTAAACGAGCATATGATTTTCTTTTTAAGCTCGCGCTCATTTTTCTTTCTTTTCTTCCTTTTCCTTTTTTTTTTCCTTTTCCTTTCTCTCTTTTTTTTTCTTAGGCATATTTTCTTTCTTTTCTCCTAAGCAAGATATTACATGCTAATTTGTGGACATTTGACTCTCTAGCTCATCCCTACACCTATCAAGGTGACAACAAGCATATGGATCTATAATTTGCTCCTAAACTTTCAAACTAATCCTAGGCATGCTAAGGTTTACTCTTGCAAGAAAAGTACTAGAAAATTTTTTAAAAGGCTAAATTTCTGGGCACATGCTTATCATTTAATAAAAGCAATAGAGTTGGCAAGATGACACATCGTTGATTTTCATAATCAGAGAAAAAGCAACCAGACCATCCATACATCAAAACTCAACATTTAACAATTTACTTAAAATCAAGACCAATGCTTAGATGCATGGCCTCAATCCAGAAAACATAGAGTGTTAAAATAAAATCATGCATAATAAAGATAGTCTAATACTCAGGTGCATCAAGACTCAACCAAAGCAGGCATGCAGGACCAATTCCACCCCCAACCTAGAATCATGCATCCCCTTTCGTTTAATGAATCTAGTCAAGAAAAAGTAAAAGGGATAAAGAGTAAGGGAATAGAAATTCTCCCTGCTTTTAAGCTCAATGGTTGGAAGGGAATGGTTCACCATGACTTGAAAGGTAGCAGCTTGCTGAAATAGGGTCACAAACTCCTAAAGACAAAAAAAGAAAACAAATAAAGTTTGACAAGAAGAAAATAACTAGAAAATAAAGAGAAGGAATAGAAATAATTTGAAAATTGGGCTGCCTCCCAGAAGCGCAAATATTTAATGTCAATTGCTCGACGAGATTTCCAGTCTTCAACCGAAATCCACTTCTTTGATCCACAGAGGATCCTTCTTCTTTTTCTTTATCAGCTCCTGCACAGGAAAACTCAACTTGCACACAGAGTGCACAACGTAAGAAAATTTAAACAAAATATCCTCATCCGCCCAATTAAAGCTAATTCTAAGCACCCTAGCCTTAACTTGGTCAACCACTTGATTATCTAGGCCTAAATCATGCTCTAAAGAAGCAGGGACATCAGGCGTAAAGGAATTAGGTGCGTGATAGTCAGAGTTTAGCTTGACATTCCTAATCCTTAACTCTCGTAACATGCTTGATGCGCTAATTAAATCAGACCTAGAATTAAAGGAAAAATTAAGTTCAGGCTTACTGACCTCGATGGGATCTTCTTCTAACTTACCTTCCTACTGCTCTGAGATTTGGCTCTCTAGCTCATTAGGGGAGTTGGCTCGGAATCTAGTGACTTTCGCCAGCTTTGCAATAATCTCTCATGCCTTATCGGGTGTCGTGGCAAGCACATCATCTCCACTAGCTGAGTCAAGCATTCTTCTATCGTCAGGTGTTAGCCCTCCGTAGAAGCTTTCTATCAAGGACTCCTTTGAGAGTGGGGTGTGGTGTTCCATGCAGTAAAGATTGAAACGGCTCACGAACTCGTGGAACAACTCTTCAGGTGCTTGGGCAGCGTTGACAATCCTTTCGGTGGCTTCTATCAACAGCGCAATGGGGTGGTACTTCTTTAGGAAACTTCTCCTCATCTCGTTCCAGGAAGATACCGACCTTGGAGGCAGAGAGAAGATCCACCTCTTAGCTTCTCCTCACAGTGAGTATGGAAACACCCTTAACTTGAATTGATCTTCAGATATCTCCGAGGGTTTCTTCTTGGAACAACTTGAGAAGAACTCAGATACATGAAAGTAGGCAGCTGTTCCTGGCTCACCACAAAAGGAAGGAACTAAGAAAATAAATTCAAATAGGGAGACAGAATTACCTTCTTCGTGATTTATACAACAGGGGGGTGGTGGATAATAGGGAGCTGAAAAATTGTTCTGCATTGCACTCTCGGCTTTATCTATCCAAGTGGATATTAGACCGAGAGCTTGCTCGATATCCATGAAGCTCAGTACTTTTCCTTATCCTTGGCAGGAAGGAGTTTGCTTTTGTAAAGATTTGTCACAGGATCTGCAAGAAACAAACTATCACAAGAGACAAGAAAAATGTGAAAAACACAAAATTAATTAGAAATAAACACTGTGTTCCTCGGCAACGGCGCCACTTTGGTCGGAGCGGTGCTAGCTTGCTTATCGACGGCCCGGATCAAAGTGAATTTACATTCACAGACTTAGGCGCGTTCGTGTCGTGGGGCTCGCATCAAAACAAATTTATAGTCCACAGACACCAAGCTACCTTGCAGTAGTAGTGGTCTGGGTTGATCTCAAGGAACAACTGGTTTACTCCTAATCTCTTTTGTGTTATGGGGTGGCAAAGAAAAGGGGGTTTGAGACGGATGGTGAAAATTGTCGGCGAAGGATGGACGAAAGAAGGTAAACTGACAGAAGGTGATACAAACCGAGGTGTCTTAATCAAGCTACAATAACCCAAGATACTTCCAAACTTTAGAGTTAGCTTTTTGAAAGATGATTCTCGGATTTAAGGCATTTTTATTGTAATTTTCAGTTTTAAAGTTGTGTTTTTAATGTTTTAAGTTACTTTTAAGTTAGTGGTCATTATAGCATTGATGGGGATGAAGGTTACAACCTTTCATATGACCATAGGTTATGTTTGAAGGCTATAAATAGCCATCTATGTAGTTGCTTTGAGAAAAAGAATAGTTTTGATGGAATTTCAATGAGAATTAAGTCTTTTGAGCCTAATGGCCATGGGCAACTTTGCATATCTTGTGTTTAGATTTGCATGCTAGGATCATTCAAGTAGCGTTGATCAAACTACTTGTGGAGTGATTCGAATCTCGAGTTTAGAAACGAGTTTTCTCTACTCTTGATCTTGATCGTCAAGGTAAATCCGTTCTATCTTCTTCCTTGGGATGAAATCATCTTGTTTTGGGGGTCTTAGCATTTGAGATCTAGGGGTTTGCATAACCATAAGGGTTCTTAGATCCAAAGAGCTGTTTTGTCATATCATTTGGTATCAGAGCCAGGTTCTAGATCGGATATATGTTTCTGCTGTTGCATTTCTTTTCTTGCTCTTCATTCTGAATTTTTTTTTTCTTATTGTTCATATGTTTGCAATCTGTCCAGAAATATAAAACCGAAAAAAGTGTCATTTCCGTTCGTCATTTCGTATTCTTGTCTTCTGCAATCTTGTAGATCTTAATCTGATCTTCAACTTTGTCTTCTATGAGATCTTGAGATTCGGTGTGCTTCATATAGAAAATCGGTCATTTTGATAATATATTCTGGAAAATCCGAGAAGGCCAAAATTGTTCATTTTCTTTACTTCTTGTTGTTCTTTAATATAAAAGTGTGTTAGATCTGAATTGGTTGATGATTAAACTCTCCTTTGTGTTAGGATCTGACTATTGGTATCCATTGGCTTTAGTTACATGTTGAATTTGCCAAATTAATTAGCCACTTGCCATAAATTTGGGAGTTACAAACTTTTCACATTCAAATTTCCAGCCAATTTATTCAATGCCCATGATCTCTATTAATTTATGGATACTTATATTTAGACTTTCATTTCCATTTGACCTTTGATTTCTTTCTTGACTCGTTTCTTATTTGGTATTCGTTTGACTCCATACTTAAGCTATTTTGATTGTGTTCTATGTGTGCTATCTATCACTTCAATGCAAACTTTGCTCATTGGCTCATGTGAGTGAGATTGAGAGTTGGTTGAGAGTGTATTTGTCTTTGAGTGAAAACACGTGAGGGAGTGCTTGTGAGGTCACTTTGCATTCTTTTAAGAGCATGTTTCAAACAAGGAGTTCAAACAAATCCATGTTACGTCATGCACAAAAACGTTGTGAGAAACACGTCTGTGATGATCCATTTTGGAAGGCTTTTCGTGAAAATATGGATGAAATACATAAATCCATAAAGTACATGTCCGAATTAGCTCACGAATTGAAATTGCGGGATCAAGCAAAAGAGGCACAAAACACAAAATCCATTCAAGAAGAAGAAGAATGTCCCATGCCTCAAGATGATGTTTCAAATGATGACGTTGTTGTTGCTTACGTGGTGACCAGTGAAGAAAGTGTGCAAACAAATGTTGATCCTTCCTTTGAGACAAAAAGTGAGGAAAGTGAAAAAGAGAAAGAGTGTGAGAAAGAAATAATTGAAGCTTATATTGAGATTGAAGAGAAAGAGAGTTCAGTTATTAGAGTATGTGAGAAGACCCATGTCTTGTATTCAAAAAGACACATACAAGAACTTGTATCCGAAAGGACTTGTTTTCTGACGGGTGCACTTAAACCAAGTGTACCTACTTTGTCTAATGAGTTCTTGCAGGAAATTAAAATGCTTGTTGAAACGCAAGATTCAAACAATGCTTCAAATACGAGACAAAGCCAAGCACGAGGGAACTTTAATGCCAAAGGGGAACAAATGAAGCGATGTTTGTATTTTGCTTCATCATCCATTCATGGTGGACAGTCAAAGGTGAAGAATTTGAGGAGAGCAAGAATGCGAGATGCAAATGATTTCAAGTTTGCACTACAAGGGGATCCTTGGATTCGAGGACGAATCCTCTTGAAGAAGGGGAGGATGATACAAACCGAGGTGTCTTAATCAAGCTACAATAACCCAAGATACTTCCAAACTTTAGAGTTAGCTTTTTGAAAGATGATTCTCGGATTTAAGGCATTTTTATTGTAATTTTCAGTTTTAAAGTTGTGTTTTTAATGTTTTAAGTTACTTTTAAGTTAGTGGTCATTATAGCATTGATGGGGATGAAGGTTACAACCTTTCATATGACCATAGGTTATGTTTGAAGGCTATAAATAGCCATCTATGTAGTTGCTTTGAGAAAAAGAATAGTTTTGATGGAATTTCAATGAGAATTAAGTCTTTTGAGCCTAATGGCCATGAGCAACTTTGCATATCTTGTGTTTAGATTTGCATGCTAGGATCATTCAAGTAGCGTTGATCAAACTACTTGTGGAGTGATTCGAATCTCGAGTTTAGAAACGAGTTTTCTCTACTCTTGATCTTGATCGTCAAGGTAAATCCGTTCTATCTTCTTCCTTGGGATGAAATCATCTTGTTTTGGGGGTTTTAGCATTTGAGATCTAGGGATTTGCATATCCATAAGAGTTCTTAGATCCAATTGGCTCGGGCTGCCGTATCATTTTGGTATCAGAGCTGTTTTGTCATATCAGAAGGTCAGCAGATAAGAAGGTAAACTGACAAAAAATTAAATAATAGGAAAATAAATGGGGAGGTTGGTTAATCTTACCTTGCCGCCCGTTGAAGTTAAAGACACTCGGGATTAATACATTTACTTTTTACTCATTGATTAGCAGATAATGATTTATATGCATGCTGTCTATAGGTACTCTAAATCAATTGACTCGATCCCAACGACCATCAATTCAATTACTAACCACTAATTAATTAACCCCAACGAACCCGTTAAAATCAATTAATCAAGCGATTGCATTAAGAACTAGATACCCCCAGAGCGCTAACCCATCGGACTTGCTGAGCTAACATGCAATCAATCAATAAACTACCTGGCCACAGTTAATAAATCAATCAATCGTTGCTATAGACTAGAACGCTCATAATCAACTAGAGAGACATCTAATTAATCACAAGTATCGATTTAGACTCCTAGATCTATCGTGTCAGCAACAAAGTCAGAGTCTGCTCTTGGGACTCGTGCTCACGAATCAATCTAACGCTAACTATTGAACTAACCATCCATTAGCTAAGTGGAAATCAATTCTTTAGCGGATTATTAACATACGAGCTACGAGTTAGGGCGTCAATCTAACCTACTGCGCATGCTAATTATAAAAGCGGGAATCTAAAGTCACAAACAATCAATAAATCATGCATAAAGTTCAACAATCTCAAGATAATCAAAGAATAAGTTCAGAATGCTCATAAATCTCATAAAAATACAAATGTACTTATGATCCCGAGGTCCCAACTACAACGAATGATGCTTAGACGGCCATAGACAAGTCTAATCTAAGCCCAAGGCTCGAGAAACCAACCTAATCTACCTAGAAAATGTAAAATACAAGAGAAGAGTGGAGAAATCCGAGAGTAGACGGCTGCTAAACACTCCAATCGGCCCTCTCTTTTCCTCTAAGTTGCTGCCCTAACACAGAAGCTGGTGTTTAAATAAACGTCCTGGCGTCGAGACGCCGACGCTAATTTTTTTGTTGTTCCGCATCCGAGGCGTCGAGACGCCGGGAGATGGCGTATCGACACCATCTCTCAGGTCCTTAAGAATTGGCTGCTTCAAATCTTGATCCGTTTGGTGCTGATTTCGAGTCCCGAGCGCTCCACTAAGGTCTTTTCACCGCCTCGGCATCCCATGGACTTCAAGATGGATCAAAATCGCGCTAAAATCCTCGAATGAACACCAAAATTGAATATGGGCTTCGTTGATGCACTTGATACTAAATTCCTACAAAACATAACTTTAAGCGAAATAATTATCGTAAAACTAACAAGATTAAGCACAAATAATCATGGACAATTAGGTCCCATCAAAACCCTTCAGGTTGTTTCATATAAATGGCTTCATCTAATTCTCCATTTAAAAATGCAGTTTTCACATCCATTTGGTGTATTTCCAAATTTTGTAAAGCTACTATTGCAATTAACATCCTTATAAATGTAATCTTTGTCACTGGAGAATAGGTATCAAAGAAATCTATCCCTTCTTTTTTACGAAAGCCTTTAGCAACAAGGCGGGCTTTGTACTTATCAATAGTGCTGTCAGCCTTTAGCTTTCTTCTAAAAATTCATTTACTACTAATTGGTTTCTACCAGGAGGTAGATTAACCAATACCCAAGTTTTGTTCTGCCAAATGGATTCTATCTCACTATTGATAGCTTCCTTCCAATATGGTGCATCTGGAGATGTCACGGTTTCTTGAAAAGTTTGAGACTCACCATCTATCATATATGTTATGAAATCAGACCAAAGGAAGTAGCTTTCTTAGCTCTTTTGCTTCTCCTTGGTTCAAACTCAGTATTCTGATCGTCTTGACCTTTCAGAGAGCTAGCCTCATAATTTCTTTTGACACCACTACTCATGTGTCTTTCCCCTTTCAAAGGAAATACATCCTCGTAAAATTCAGCTTCAATAGATTCCATAATGGTATTATTATTAATATCAGGTATTTCTAATTTAATCACCAGGAATCTATATGCAACACTATGCAAAGCATAGCCTATAAAGACACAATCAATTGTCTTAGGTCCTAGTTTGGTCCTTTTTGGTAAAGGAACTTGTACCTTTGCTAAACACCCCCACACTTTCAATATTTTATATGAGGGTAACTTTCTATTCCACACTTCATAAGGCGACTTATCAGTCTTCGTATGTGGAATTCTGTTTAGTATAAAATTTGTTGTAAGCAAAGCCTCCCCCACAAATTATGGTGTAAACTTGAACTATTTAACATGTAATTAACCATGTCTTTTAAAGTTCGGTTCTTTCTTTCAGCTACACCATTTTGTTGTGGTGTATAAGGTGTTGTAGTTTGATGGACTATACCATTAACTTCACATAATTCATAAAATGATGATGATTCATATTCACCACCTCTATATGATCTAAGCACCTTTACTTTCTTCTCAAGTTGATTTTCAACTTCTACCTTACATGCTTTAAAAACATCTAAGGTTTCATATTTACTATGTAATAAATATACATAGCAATATTTACTACAATCATCAATAAATGTGACAAAATACTTCTTACCACCTTTTGTGGGGGTACTTTTCATGTCACATACATCATTGTGGATTAAATCATGTACTTCACTACTTCTTTCCACAGATGAAAATGACTTTCTAGCAAACTTTGATTCAACACAAATCTTGCATTTGTGTCTATTATCAATGTTGAACTTAGGCAGAAGTCCTAAACTAACCATTCTTTGTAAGGAGCGATAATTGATGACATGCCTCAACCTAGAATGTCGTACATCACACAACTCAACAATATAAGCAGCAAAGTTGTTATTCTTATTATTATTTTTGGTCACTTATTCAACTCGAACAATGACTTGTCCACACAAACGTGCCTAGTAGCACCAATATCACCAATCTTTGGTGTTAGAGGCATTAATACTTCATAAATGACAACAATTATGCAATCATTCATATTAGCTTCTAAACTGAAGCTTTGTCTCTCTTCATGTTGTTATCTTCAATGTGGAGTCTTATAAAAGATCATTTATGGACAACATATTTTGTATGTGGTTGAGATAGTTCTTAATGTTCTTCCATTAAGGAGGCAACTTCTCAATCACAACATCATCTAGGAATGGTCCATGACCAATTCCTCACATTACAATTTTTTGCAATTCCATTTCATTGACTACCAAATTGGTATCAATTATTTAATCGTACAACATCTTTCAGTTTGTACATCTTGCCAATGCCCCCCACAAAAACCTTGAAGTTTTATAGGCATTGCAATAGACATTACTAAAAGCGTCCTCACAACCACTTACAATGTAATTATTGCAACATATGATGCATCCACTTTTTCTTATTTAATAGCTTTAGTTTCGAGCTTCTTGAGAACTAATTGACATTCTTCATTCAATATGTGAGCACGGTCCAACATAATGAGGTAGAAGATCATCTTTCATTTTCAGCATGAGTTTTGATAGTGGTTGAACCCATCATGTGGTAGGAGTAGCAACATTAGTGGTGGTACTTGCAGTCATCAATCGCAGTTAATTGTCTTCATATTGTTGGAAATACGCTGTATATAACAACTGTTGCACACTAGCAAACAAATTACCATGCAAACTAGCTACAAACAAATACAGAGTAAATATATCTACAAACACTATACATAACAAAATTTACAAAAATCATAACTAAACCATATCAGAAGATCAAAGCGCTCTGATGTTCGAAGATGATCCGATTGACAACAACAACCACATCAAGTGAATAGAACCTGTAAAACAGAAGAATGTGATAGTTGGTAGTCGAGGCACGCTTTCAAAGCGCTGTCCTGAAGACAATTATTCGCTCCGCACAGGTTGCTAGCAGACTACAACAATTGTCTCAGCATGATACAACAACTAACTTCGGTAGAACAACAACCTCGAACTACTCGGATCTGGCAAAACTCTTGGATACTTGCTCTCAACTCGACTCAAGATCAAAAGAAACAAACAAAGAAAGAAGAATGCTCCAAATGGAGTGGGATGATTCAAATGAAGAAACAAGTTGCTATTTATAGGCTAGCAACTTAGTAACTCCAAAGAACAAAATTAAATAAAATTGAAACATGTGTAAAATATAACTCAATTGAGTTATAACACCAAATTTAACTTCCATATGTTAAATTTGTAAATGAAACTTCAAATTGAATTTGATGTTTCAATCCATTTTGAAACTCTTGATGAATTGAATATAAACATCACTTCCTTTCACATTTTTATTTTTAATAATATCCAACAAAATAAAAACTCCTTTATTTCCTTTTTTGTTTTCTATTTTTTTATATAATTATATTTGTTGTCATGCATGAGTATTAAAGTAAATGATAACATATATATTAAATAGCCACAGGACATGTTTGTAAAAAATAGATCTTTTAGACACCTTTGCTAAATGGGTCTTTAATAAGGTCCATTCCTATTATTACCTCTATTAAATTTGAAGAAACCCTATTCACTCCGGGTTTCCATACCCATCCTACAAGTTTGTCATCATAAAAAAAGGAGATATTGTTAGCTTTACGAGCTTCAATCATACGATATGTTTTGATGATAACAAACATTTAAATTACTAATGATTTTATTATTTTAAAGTGTCCATAGTGTAGAGCTCAAAAAGACGATTTCAATACATTTTGAATCGCTCAAATCAAACATCAAATGAAGAAATCATGGCCAAAAGATTGAGAAGAAAAATATTATGTGGCAATGACGTGAACGAAAAGAATTGCGACACATGGCTTTTGTCTTTTTGACTTATGGAGCTTGTTTTTAATCTATTTTCTCCCATTTATTTCTCCTATTGATCTTCATCCTTTACCTTTCCAACCTAAATCTAATAGCTAGACTTATCCCATTAAATTTTATTTAAATCTCACTTTCCCTCTCGTTTGAAACATCTTCTCTCCCAAAAATTGCTAAAATTCCTTTCAAATACTTCATTGTTGATTCTCTTTAAAATCTTAATCTTTTTCCATTTTTCTTGTGAAAAAAAAATCTTTTGAGAGATTAGATTATTGTTGAGGACTCAAATTTGTATTTCTACTCTTTCGACAGTTTTATTTTTGTGTGAATTTTCATTTCATCATTTTCATTGAGAATTTGTAATAAGGTGCGGGCACCTGCACCTTGGGTTTGAGTGGGGTTTAATCTTGAACTCAAAAAATGATTTTGTAGTGGTTTGGTCTTAAACCCATTTATAAATATTGGTATAGATTATGTCCTGAACCTTTAAAAGATCAATAGGGATTTACTAAACTCTACTAAACAAAACGATTTTTTTTCTTCTACTAAACTCTTTGTTTCAAAAATAAATTTTCAAATCATGAACCAAACAGGTTCTTACTTGAGCTAATTATCGAAAATCAAATGTATTTTGAAATCTTTATTTAATTTGATTATTATAAAATTATTCTTTTTTTATATATAGATGGAAGTTCTTTTTCAAAATTTTCTAAATCAATCTTTTCTAAAAAAACTTAGTGTTTTACTTTCTTGACTAGAAAAAAATTATAAATGAAATATTTTACAAGAATATTCATTCAATATTTAAAATTCACCATAAAAATTTACTTTCTAAAATTTTTTGATGCACGTGTCTTTTAATTAGTCATTTAAAAAAGTAACTAAGAAGTCAGAACTTTTAAAAAAAATAAAACGGGTGTCTCGTGGCAGGCTGCTAGACGGCACTGTCACAAGCATGTCAACAGATTTAATTGCTATTTAAAAAAAAAACAACTTAAACTTTGTAATTTCGACGACAAGTCGTCAAAACCTCATAATTTTGAAGGAGGGAATCACGATTTTCCCCCTAACGACATGCAGACATTTTGATATGTTGTTGGGATTCGAACCACAGACTTTGTGGTTATCAATACAACTATATGCCAGGTGAGTTATGCTCTTGTTGGCACTCTATAGTCAAAATTATATTTGAAAGTTGATTAAAAGTAATTCCGCATACATAATAAAAGCATCCACTTCTTGCCAACATGAGCATAACTTAACTGACATAAATCTTATACTGATGACCAAGAGGTTTGTGGTTCGAGTCCCCCCACCCCCACATGTTGTAAAAAAAATCCACTTCTTTACTAAAATAAATAATTTAAAAAATCTATTTATTCTCTTGTTGTCCTCAGGGTATTAAATGTCGTTTGATGGCTTGACATGTCCATTAAATTATGAGATCTAAGTTAAATAAAAATTGTGTCCCAGTGGATGAGCCCTCACCTATGAATTATTTGATTGTGGGTTTTGTTCGCTTGAATGACTTTCTTTTCTTTGTATTTTTTTTTAAAAATAGTTTTTTTTTTTTAACTTTTATATATATATATATCTATATATATATATATATGTTGGCATATAAATTTTCCAACCAATTAGAAATTGCCACGTCAGTATTTAATTTTGAGGTGTCACAAATGAATACATATCTCAAAATTAATTATGGCAAAATAAGAAAGGCCACGTGTCCTTTTTGTGGTCGTCTAATTGCGTTAATGGTCTTGATCGAATCCAACGATGATTAAACTCAAGATCGAATGATCATTTAGCCTAAAAATTCAATTTAGCCAAAAGTTCATGAAATTAAATTAAAGTATGATTAAGTTTATAAGGTTAGGTTAAATTGGGCTCAATTTAAACCCAAGGTTTATTAAGATAATTGGGTCTGAAGCCCAAAATTCATTCAAGCCCATGGATGGGCCCAAACCCAATTTAAGCCCAAGCCCATGAAAGCCTTTGGGAAACTCTATAAATAGGAGATCTTGGCCCATTTGAGGGGGTAGCAGAAAGAAAGGAAGAAGAGAAAGATTGAAGCTCTCAGAAGACCCTGGAGACTGAAGCTCTGATCCCCCTACAAGACTCGAAGATTGAAGCTCCATTCCTTCTACAAGACTTGAAGATTGAAGCTTCATTCCTCCTGCAAGAATCTTGAAGATTGAAGTCCAGATCCTGCTGCAAGATTCTGAAGATCGAAGCTTCTGCAAAATTCAAAAGCTTGAAGCTTCCTCCAAGACTCTGAAGACTGAAGTCTCTGCAAGATTTAGAAGATCGAAGCCCTCTGCAAGACCCTAAAGATTTAGAAGATTGAAGCTCTCTGCAAGATCCAGACGATTGAAGCTTCAATCCTCCTACAAGACTTTGAAGACCGAAACCTAGATTTTTCTACAAACTTGAAGATTGAAGTGAAGTCATCTAAAAGACTGAAGACCTGAAGCCTGCAGTCTACTTCGATCACCCAGGAGAATCCTTCAAAGGCGAACAAACCTCTAAGACTCCAAAGATTAAAGTTTCTTGAAGACTTTGTAGATCAAAGCTACATTGAGAGAAAGCATCAAAGGATTGTAACTAGAGATTGTATTCCACAATTACTTACATAGAAATCAATACATACAAGAAGTCGTTTTTACGAATTAAATTTCTCTTCTGAAATCTCGTGTGAACAATATATATATATATATATATATATATATATATATATATTTAACACACGTGTTTTTTTTTATAACTCTTTTACCTTGTTGTTCTACTTTTCATTTATCAATTTTCACATCAAATTTTCCATCAAAACACTACAAATTCCCAAATTAATTTTTAACATAAAAATTATTTTTAATTAATTATTTTAATTTTACATTTTTATTATTTTATTACTCTTACCATCTATAAATACCCCCATTCCATTTCAATTTTTTTACACCTCAATTCTCAAATTCTCAAATTTTCAATTCTCCTAAATTCTCCTAAATTCTTCCAAAATATTCTCCAATTTCTTTATTAAATTAGGAGCTCTAGGCTTCTAGCTTCCTAATCTACCTCTGGCTATCCATCTTCACTTGTTAAATTAAGTTTAAAAATTACCATCTTTCTTTACATTTAACTTTTGTTTTATTAGTTATATACTTATCAATTATCATTAGTTAATTATAACCTATATACTTTTTATTTGTAACTAAAATCTCATTTTATAATTGTTGTAAAAAAAGTCTCATTTTATAACTCAAATAATTTCTATCAATTAGCATAATCTTAATTAACAACATCCTATCAACATGTTAATATAAATATTATATATAATTTTCATCAACTTTAATATTGCATTTAATATAATTAAGTCACACTTAAATTTGCATTTAATAATTCAAACAATTTTCATCAATTTCTATATTTTTTTTTCAAAATTCCAGATCATATCGACATTTGAATCGACAATTCCATCTAAATATTATCTTACTTTTTAGATATGATAATAAAAAAAGGGTCAATTATAATCTAATTAAGCCACAATTAAAGTTTTATTGACTAATTCAAACAATTTCCATTAATTTCCACAATTTCCGTAAATTTTTTCGAAATGTCCTTCAACATTTCCATCTTCCATCAACATCGACATTTCGATCCTTGGTTGTACGGTAAAAAGAATAAAGTAGCACTAAAAAAAATAATAAAAAATAATAAAGTCGTTTTTATTTTCTAAATTAGTTTTGTATTTTCTTTTTGGAATAAAAGTTTTGTATTTTCTTTTACCCAAAAAGAAAAAAGAAGTGAATAATTTTCATTCTATATCAGAAATCATCCAAAATCATCTGTAAATTAAAATTAGGGTTAAAAACAAAAAACCCTAAAAAAGCATCCATTTTCCCCACAGCCGCAGCTCTCACAGAGTACGCACTGCTTCTCTATCTCTCACTCGCAGCCTCTCCGGCGAATCCAGACTGCGTGAATTGACTTCCGACGGTGGCCTGAAACTCTACACTGCCGAAAAAGAATTGGACTTTGACTTCTTGACTTGTTTGGAAAGAGTAAGTGCATAGTTGTTATGGATTTTTTCAATATGTTCTTCACTCTTGGGATTTGTTTCAAATAATTGTCTTGTTGATGGAGTGATATTAGGTTTCATGAACTCTGATGTTGCATTTATATGTATTTTTTTGTTGTTATTCTAGTATTGTGCGGGAGATGTGTTGAATGTTGTATTTTTCTTTTTCGATTTCTGTTCAGGTAGTATGAAGCCGATTTTTTGTGGAAACTTTGAGTATGATGCTCGACAGCCTGATCTGGAAAGACTTTTTAGTCGATATGGAAAAGTTGATAGAGTAGATATGAAATCTGGTGAGCTTCTAGCCATAGCATATCCTTTTGTGTTTTGATTCCTTTTTTCTAATAAGAAATAAGAAACTTATAAAACGCATATTAGAAACACAAAAGAGGACGTTTGTGTTTTGATTCTTGAATTCATTTTAAGTTTTTGTATAATTCGATACAAAGCGCTTACAAATCTTTGATATATTCAATATACGGAATTGAAAAAGTTACTTACAATCCACTAAGTAAGTATCGGATACGACGTCGGCACGGCAATTCAGCGGTTGGAAAATTCCCCCAAAGTAGAGGTCGTTCTCGTTGCATTTGGTGCCATGCAGTACGATTTGTCATTATCCACCATATGGAAGTCGGAGAAGCCAACGTTTGTTGAGTTTTTGATGGGGGGATCTAAAAAAATTTTTGAAAAAAGAAGAGCGTTTTTTTTAAATCCTAAACCGCCTTGGCCAGAATTTTCTTTGGTGCAGGATTTTCTTCGCATATTCATAATCTTCTTGGATAAGGATGGCTCTTCAGAATTGAGTTTTCCGCCTGTGACAAGCTTCCTCTTCTTGTTTCCAAGAAGATTCATACTGATCCTCAATGGCACTACCATCTTACATTTTCCTCCGACACTTTGCTTTCCAGTTTCCATTCCTCATGACTCTTGCCTGCCTACAATTTCATACATTGTTTCAAGGTTGAAACATTGTCAACCTCAGCTGAGGCTGGAGAATAATGGCGAAGGCACTTTCTATTCGTAGACCTACCATGAGACATCCTGTTTTGGATATTTGCTCCTTGACACCACTTAGTTCATGATCCAAGGTCTGTTGCTAAATTCACTGGTAACTTAGTTTATAGATTTCACGGTGGTTGCGAATATTTCTTTCTGATGGTAAGAAATTTTTGTGGTTTGTTGAATCTTTCGTCAGAGAGAATTGATATTGCATATGGGGAATTCTTTGGTGTCTCACTGATGCCATACCTAGTTTATTCTATTTTGGATGTTTGATTGGTTTACAGGTTTTGCTTTTATCTACATGGAGGATGAGAGAGATGCTGAGGATGCTATTCGTGCGCTTGATCGGAGAGAATTTGGCCGAAAGGGCCGCAGACTACGTGTTGAGTGGACCAAAGTAATATACATTGATATGGCACAGCTTCCAATGAACTTTTTCCTTTCCATCCCTTTGTGGAACTTCTATTTGATTTTATTTACTATACCTTTAAACTGTATTTCAATCAATCATTCTTTTGCTCTGTAGCAAGAGCGTGGCATTAGAAGACCAGGTGGAGGTGGAGGTGGAGGTGGAGGAGGTTCAAGGAGATCCTCTACTAATACAAGACCTTCAAAGACTTTATTTGTTATCAACTTTGACCCATATCATACTAGGACAAGGGATTTGGAGAGGCACTTTGATCCTTATGGTAAGATATTGAGTGTAAGGATCCGAAGGAATTTTGCATTTGTCCAGTATGAATTGCAGGAGGATGCCACCAGAGCATTGGAACTTACAAACATGAGGTAACTTTTCCATCATTTAATTGCATTTTATTTGAGTAGTACGGTCATCATATTGAAGTCTGATTAATCAATCCAATCCTCCTTTGCCCCTGTCGTACTCAGACCATCTGAAGGAAGATTACATTGAAATTTTAACTTGTTTTAGGCCATCGTGTACATGTTTAGTGATTGTTATGCCTTTTGATTATTATTATTCTGTACAGCAAATTGATGGATCGAGTGATTTCGGTGGAATATGCTGTTCGAGATGATGACGAGAAAAGAAATGGATATAGTCCAGATAGGAATCGTGATAGGTCTCCTGATAGAAAACGGCGATCCCCTAGTCCCTATAGAAGAGAGCGAGGAAGCCCTGATTATGGCAACAATGGTGTTAGCCGCAGTCCTTATAGGAGACAAAGGGCTAGTCCCGATTATGGAAGTCGTCGTAGTTCAAGTCCTTATCAGAGAGAGAGGGAGAGGGGTTCTCCTGATTATGGTCGTGGTCGTAGCCCCAATCATAGTCCTTATAGGAGAGAGAGAGAGAGATCAACTGACCATGTTAGGGCCCCTAGCCATAGTCCTCCCCATCTGAGTGAACGACCAAATGATGACCGAGTCCACAGCCGAAGTCGCAGTCCTTATGGGAGAGAAAGGGGGAGCCCTGCTGATGGACGTGGCACTAGCTATAGTCCTCATGATAGAGAAAGGTCAAACCCTGACAATGGTCACGACCAACGACTAAATACAGTAGGAGAACCTGGGGATAGCCCCAGTTATGGTCGGACTCAAAGCCCAAAGCGTCAGGGATATAATAGGTTTGTACTTCAAGTTTGTTTTATTATTATTATTATTGGTTCTTTCTTTGTTGGAACTTGGTTTTATGGGTGCTCTTGTATTTTTATTTTTTTTTTCTCAATGAAAACTAGAGTTTTTATAAAAAAAAAACTATTATTGATTCTTTTACGAAGTTAACATCTTATGAGTCCATTTTTTTTTTTTTTGGTGTTGCCAGCCATTCACCTCAAGCAGAGGAATGA

mRNA sequence

ATGGTAAGAATTTGTTGTGGTTTGTTGAATGTTCGTTATAGAAAAATGATATTGCATCTTGAGGAATTCGTTGGTGGGAAAATTCTCATCTTTATCATTATTGGTATCTCATTGATGCCACAATTAGTTATTCAGTTTTGGCTGTTTGATTGGTTTACAGGTTTTGCTTTTATCTACATGGAGGATGAGAGAGATGCTGAGGATGCTATCCGTGCACTTGATCGGAGAGAATTTGGCCGGAAGGGCCGCAGGCTACGTGTTGAGTGGACCAAACAAGAGCGTGGCATTAGAAGACCTGGTGGAGGTGGAGGTGGAGGTGGTTCGAGGAGATCCTCTACTAATACAAGACCTTCAAAGACTTTATTTGTTATCAACTTTGACCCATATCATACTAGGACAAGGGATTTGGAGAGGCACTTCGATCCTTATGGTAAGATATTAAGTGTAAGGATTCGAAGGAATTTTGCATTTGTCCAGTATGAATTGCAGGAGGATGCCACTAGAGCATTGGAGCTTACGAACATGAGCAAATTGATGGATCGAGTGATTTCTGTGGAATATGCTGTTCGAGATGATGACGAGAAAAGAAATGGATATAGTCCAGATAGGAATCGTGATAGGTCTCCTGACAGAAAACGGCGATCCCCAAGTCCCTATAGAAGAGAGCGAGGAAGCCCTGATTATGGCAATAATGGTATTAGTCGCAGTCCATATAGGAGACAAAGGGCTAGTCCTGATTATGGAAGTCGTCGTAGTCCAAGTCCTTATCAGAGAGAGAGGGAGAGGAATTCTCCTGATTATGGCCATGGTCGTAGCCCCAATCCTAGTCCTTATAGGAGGGAGAGAGAGAGATCAAGTGACCATGTTAGGGCCCCTAGCCATAGTCCTCATCAGAGGGAAAGAACAAATGATGACCGAGTCCACGACCAAAGTCGCAGTCCTTACGGACGAGAGAGGGGGAGTCCTGATGATGGACGTGGCACTAGCTATAGTCCTCGTGATAGAGAGAGGTCAAACCCTGACAATGGTCACGACCAACGGCTAAATACAGTAGCAGAACCTGGGGATAGCCCCAGTTATGGTGGAACTCAGAGCCCAAAGCATCGGGGATATAACAGCCATTCACCTCAAGCAGAGGAATGA

Coding sequence (CDS)

ATGGTAAGAATTTGTTGTGGTTTGTTGAATGTTCGTTATAGAAAAATGATATTGCATCTTGAGGAATTCGTTGGTGGGAAAATTCTCATCTTTATCATTATTGGTATCTCATTGATGCCACAATTAGTTATTCAGTTTTGGCTGTTTGATTGGTTTACAGGTTTTGCTTTTATCTACATGGAGGATGAGAGAGATGCTGAGGATGCTATCCGTGCACTTGATCGGAGAGAATTTGGCCGGAAGGGCCGCAGGCTACGTGTTGAGTGGACCAAACAAGAGCGTGGCATTAGAAGACCTGGTGGAGGTGGAGGTGGAGGTGGTTCGAGGAGATCCTCTACTAATACAAGACCTTCAAAGACTTTATTTGTTATCAACTTTGACCCATATCATACTAGGACAAGGGATTTGGAGAGGCACTTCGATCCTTATGGTAAGATATTAAGTGTAAGGATTCGAAGGAATTTTGCATTTGTCCAGTATGAATTGCAGGAGGATGCCACTAGAGCATTGGAGCTTACGAACATGAGCAAATTGATGGATCGAGTGATTTCTGTGGAATATGCTGTTCGAGATGATGACGAGAAAAGAAATGGATATAGTCCAGATAGGAATCGTGATAGGTCTCCTGACAGAAAACGGCGATCCCCAAGTCCCTATAGAAGAGAGCGAGGAAGCCCTGATTATGGCAATAATGGTATTAGTCGCAGTCCATATAGGAGACAAAGGGCTAGTCCTGATTATGGAAGTCGTCGTAGTCCAAGTCCTTATCAGAGAGAGAGGGAGAGGAATTCTCCTGATTATGGCCATGGTCGTAGCCCCAATCCTAGTCCTTATAGGAGGGAGAGAGAGAGATCAAGTGACCATGTTAGGGCCCCTAGCCATAGTCCTCATCAGAGGGAAAGAACAAATGATGACCGAGTCCACGACCAAAGTCGCAGTCCTTACGGACGAGAGAGGGGGAGTCCTGATGATGGACGTGGCACTAGCTATAGTCCTCGTGATAGAGAGAGGTCAAACCCTGACAATGGTCACGACCAACGGCTAAATACAGTAGCAGAACCTGGGGATAGCCCCAGTTATGGTGGAACTCAGAGCCCAAAGCATCGGGGATATAACAGCCATTCACCTCAAGCAGAGGAATGA

Protein sequence

MVRICCGLLNVRYRKMILHLEEFVGGKILIFIIIGISLMPQLVIQFWLFDWFTGFAFIYMEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIRRPGGGGGGGGSRRSSTNTRPSKTLFVINFDPYHTRTRDLERHFDPYGKILSVRIRRNFAFVQYELQEDATRALELTNMSKLMDRVISVEYAVRDDDEKRNGYSPDRNRDRSPDRKRRSPSPYRRERGSPDYGNNGISRSPYRRQRASPDYGSRRSPSPYQRERERNSPDYGHGRSPNPSPYRRERERSSDHVRAPSHSPHQRERTNDDRVHDQSRSPYGRERGSPDDGRGTSYSPRDRERSNPDNGHDQRLNTVAEPGDSPSYGGTQSPKHRGYNSHSPQAEE
Homology
[Close]
BLAST of Lcy11g014870 vs. ExPASy Swiss-Prot
Match: P92965 (Serine/arginine-rich splicing factor RS40 OS=Arabidopsis thaliana OX=3702 GN=RS40 PE=1 SV=2)

HSP 1 Score: 331.6 bits (849), Expect = 1.1e-89
Identity = 198/335 (59.10%), Postives = 244/335 (72.84%), Query Frame = 0 

Query: 50  DWFTGFAFIYMEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIRRPGGGGGGGGSR 109
           D   GFAF+YMEDERDAEDAIRALDR EFGRKGRRLRVEWTK ERG    G    GGGSR
Sbjct: 32  DMKAGFAFVYMEDERDAEDAIRALDRFEFGRKGRRLRVEWTKSERG----GDKRSGGGSR 91

Query: 110 RSSTNTRPSKTLFVINFDPYHTRTRDLERHFDPYGKILSVRIRRNFAFVQYELQEDATRA 169
           RSS++ RPSKTLFVINFD  +TRTRDLE+HF+PYGKI++VRIRRNFAF+QYE QEDATRA
Sbjct: 92  RSSSSMRPSKTLFVINFDADNTRTRDLEKHFEPYGKIVNVRIRRNFAFIQYEAQEDATRA 151

Query: 170 LELTNMSKLMDRVISVEYAVRDDDEKRNGYSPDRNRDRSPDRKRRSPSPYRRERGSPDYG 229
           L+ +N SKLMD+VISVEYAV+DDD + NG+SP+R RDRSP+R+RRSPSPY+RERGSPDYG
Sbjct: 152 LDASNNSKLMDKVISVEYAVKDDDARGNGHSPERRRDRSPERRRRSPSPYKRERGSPDYG 211

Query: 230 NNGISRSPYRRQRASPDYGSRRSPSPYQRERERNSPDYGHGRSPNPSPYRRERERS-SDH 289
                 + YR++R SPDYG RRSPSPY++ R R SP+YG  R  N SP RRER  S + +
Sbjct: 212 RGASPVAAYRKERTSPDYGRRRSPSPYKKSR-RGSPEYGRDRRGNDSPRRRERVASPTKY 271

Query: 290 VRAPSHSPHQRERTNDDRVHDQSRSPYGRERGSPDDGRGTSYSP---RDRERSNPDNGHD 349
            R+P+   ++RER +       + SP+ +E  SP +G G   SP   R+R RS+P+NG  
Sbjct: 272 SRSPN---NKRERMS------PNHSPFKKE--SPRNGVGEVESPIERRERSRSSPENGQV 331

Query: 350 QRLNTVAEPGDSPSYGGTQSPKHRGYNSHSPQAEE 381
           +   ++        Y G +SP  +  +  SP A+E
Sbjct: 332 ESPGSIGRRDSDGGYDGAESPMQKSRSPRSPPADE 350

[Close]
BLAST of Lcy11g014870 vs. ExPASy Swiss-Prot
Match: P92966 (Serine/arginine-rich splicing factor RS41 OS=Arabidopsis thaliana OX=3702 GN=RS41 PE=1 SV=2)

HSP 1 Score: 302.8 bits (774), Expect = 5.6e-81
Identity = 200/338 (59.17%), Postives = 226/338 (66.86%), Query Frame = 0 

Query: 50  DWFTGFAFIYMEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIRRPGGGGGGGGSR 109
           D   GFAF+YMEDERDAEDAIRALDR E+GR GRRLRVEWTK +R     GG G  GGSR
Sbjct: 32  DMKAGFAFVYMEDERDAEDAIRALDRFEYGRTGRRLRVEWTKNDR-----GGAGRSGGSR 91

Query: 110 RSSTNTRPSKTLFVINFDPYHTRTRDLERHFDPYGKILSVRIRRNFAFVQYELQEDATRA 169
           RSS+  RPSKTLFVINFD  +TRTRDLERHF+PYGKI++VRIRRNFAF+QYE QEDATRA
Sbjct: 92  RSSSGLRPSKTLFVINFDAQNTRTRDLERHFEPYGKIVNVRIRRNFAFIQYEAQEDATRA 151

Query: 170 LELTNMSKLMDRVISVEYAVRDDDEKRNGYSPDRNRDRSPDRKRRSPSPYRRERGSPDYG 229
           L+ TN SKLMD+VISVEYAV+DDD + NGYSP+R RDRSPDR+RRSPSPYRRERGSPDYG
Sbjct: 152 LDATNSSKLMDKVISVEYAVKDDDSRGNGYSPERRRDRSPDRRRRSPSPYRRERGSPDYG 211

Query: 230 NNGISRSPYRRQRASPDYG-SRRSPSPYQRERERNSPDY---GHGRSPNPSPYR-RERER 289
             G S   ++R+R SPDYG  RRSPSPY  +R R SPDY      R    SP     R R
Sbjct: 212 -RGASPVAHKRERTSPDYGRGRRSPSPY--KRARLSPDYKRDDRRRERVASPENGAVRNR 271

Query: 290 SSDHVRAPSHSPHQRERTNDDRVHDQSRSPY--GRERGSPDDGRGTSYSPRDRERSNPDN 349
           S    R  S SP   E+  + R    S  PY   RE  SP          R R +S+P+N
Sbjct: 272 SPRKGRGESRSPPPYEKRRESR----SPPPYEKRRESRSPPPYEKRRERSRSRSKSSPEN 331

Query: 350 GHDQRLNTVAEPGDSPSYGGTQSPKHRGYNSHSPQAEE 381
           G  +    + E      Y G  SP  R   S SP AEE
Sbjct: 332 GQVESPGQIMEVEAGRGYDGADSP-IRESPSRSPPAEE 356

[Close]
BLAST of Lcy11g014870 vs. ExPASy Swiss-Prot
Match: P92964 (Serine/arginine-rich splicing factor RS31 OS=Arabidopsis thaliana OX=3702 GN=RS31 PE=1 SV=2)

HSP 1 Score: 206.8 bits (525), Expect = 4.2e-52
Identity = 133/256 (51.95%), Postives = 162/256 (63.28%), Query Frame = 0 

Query: 50  DWFTGFAFIYMEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIRRPGGGGGGGGSR 109
           D  +G+AF+Y EDERDAEDAIR LD   FG + RRL VEW K ERG  R        G  
Sbjct: 32  DMKSGYAFVYFEDERDAEDAIRKLDNFPFGYEKRRLSVEWAKGERGRPR--------GDA 91

Query: 110 RSSTNTRPSKTLFVINFDPYHTRTRDLERHFDPYGKILSVRIRRNFAFVQYELQEDATRA 169
           ++ +N +P+KTLFVINFDP  T+  D+E+HF+PYGK+ +VRIRRNF+FVQ+E QEDAT+A
Sbjct: 92  KAPSNLKPTKTLFVINFDPIRTKEHDIEKHFEPYGKVTNVRIRRNFSFVQFETQEDATKA 151

Query: 170 LELTNMSKLMDRVISVEYAVRDDDEKRNGYSPDRNRDRSPDRKRRSPSPYRRERGSPDYG 229
           LE T  SK++DRV+SVEYA++DDDE+      DRN  RSP   RRS SP  R R SPDYG
Sbjct: 152 LEATQRSKILDRVVSVEYALKDDDER-----DDRNGGRSP---RRSLSPVYRRRPSPDYG 211

Query: 230 NNGISRSPYRRQRASPDYGSRRSPSPYQRER------ERNSPDYGHGRSPNPSPYRRERE 289
                 SP + +R SPDYG  RSP  Y R +       R SPDYG       S Y R+R 
Sbjct: 212 RR---PSPGQGRRPSPDYGRARSPE-YDRYKGPAAYERRRSPDYGR----RSSDYGRQRS 263

Query: 290 RSSDHVRAPSHSPHQR 300
              D  R+ S  P  R
Sbjct: 272 PGYDRYRSRSPVPRGR 263

[Close]
BLAST of Lcy11g014870 vs. ExPASy Swiss-Prot
Match: Q9ZPX8 (Serine/arginine-rich splicing factor RS31A OS=Arabidopsis thaliana OX=3702 GN=RS31A PE=1 SV=1)

HSP 1 Score: 198.7 bits (504), Expect = 1.1e-49
Identity = 129/272 (47.43%), Postives = 166/272 (61.03%), Query Frame = 0 

Query: 50  DWFTGFAFIYMEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIR-RPGGGGGGGGS 109
           D  +G+AF+Y EDERDAEDAIR  D   FG   R+L VEW K  +G R +P  G      
Sbjct: 32  DMKSGYAFVYFEDERDAEDAIRRTDNTTFGYGRRKLSVEWAKDFQGERGKPRDG------ 91

Query: 110 RRSSTNTRPSKTLFVINFDPYHTRTRDLERHFDPYGKILSVRIRRNFAFVQYELQEDATR 169
            ++ +N RP+KTLFVINFDP  TR RD+ERHF+PYGK+L+VR+RRNFAFVQ+  QEDAT+
Sbjct: 92  -KAVSNQRPTKTLFVINFDPIRTRERDMERHFEPYGKVLNVRMRRNFAFVQFATQEDATK 151

Query: 170 ALELTNMSKLMDRVISVEYAVRDDDEKRNGYSPDRNRDRSPDRKRRSPSPYRRERGSPDY 229
           AL+ T+ SKL+D+V+SVEYA+R+  E+ + Y        +  R+RRSPSP  R R SPDY
Sbjct: 152 ALDSTHNSKLLDKVVSVEYALREAGEREDRY--------AGSRRRRSPSPVYRRRPSPDY 211

Query: 230 GNNGISRSPYRRQRASPDYGSRRSPSPYQRERERNSPDYGHGRSPNPSPYRRERERSSDH 289
                       +R SP+Y   + P+PY+R   R SPDYG               RSSD+
Sbjct: 212 -----------TRRRSPEYDRYKGPAPYER---RKSPDYG--------------RRSSDY 250

Query: 290 VRAPSHSPHQRERTNDDRVHDQSRSPYGRERG 321
            RA + SP           +D+SRSP  R RG
Sbjct: 272 GRARARSPG----------YDRSRSPIQRARG 250

[Close]
BLAST of Lcy11g014870 vs. ExPASy Swiss-Prot
Match: O22315 (Serine/arginine-rich-splicing factor SR34 OS=Arabidopsis thaliana OX=3702 GN=SR34 PE=1 SV=1)

HSP 1 Score: 55.8 bits (133), Expect = 1.2e-06
Identity = 79/260 (30.38%), Postives = 112/260 (43.08%), Query Frame = 0 

Query: 54  GFAFIYMEDERDAEDAIRALDRREFGRKGRRLRVEW-------TKQERGIRRPGGGGGG- 113
           G+AF+  +D RDAEDAI   D  +F   G RLRVE        +   RG    GG GGG 
Sbjct: 46  GYAFVEFDDARDAEDAIHGRDGYDF--DGHRLRVELAHGGRRSSDDTRGSFNGGGRGGGR 105

Query: 114 ----GGSRRSSTNTRPSKTLFVINFDPYHTRTRDLERHFDPYGKILSVRIRRN----FAF 173
               GGSR  S   R S+   ++   P     +DL+ H    G +   ++ R+       
Sbjct: 106 GRGDGGSRGPS---RRSEFRVLVTGLPSSASWQDLKDHMRKGGDVCFSQVYRDARGTTGV 165

Query: 174 VQYELQEDATRALELTNMSKLMDRVISVEYAVRDDDEKRNGYSPDRNRDRSPDRKRRSPS 233
           V Y   ED   AL+  + ++  +   +    VR+ D +++  SP R R  S  R R    
Sbjct: 166 VDYTCYEDMKYALKKLDDTEFRNAFSNGYVRVREYDSRKDSRSPSRGRSYSKSRSRSRGR 225

Query: 234 PYRRERGSPDYGNNGISRSP-YRRQRASPDYGSRRSPSPYQRERERNSPDYGHGRSPNPS 293
              R R      +   SRSP  +  R SP   + RSP P  + R   SP     RS +P 
Sbjct: 226 SVSRSRSR----SRSRSRSPKAKSSRRSPAKSTSRSPGPRSKSRS-PSPRRSRSRSRSPL 285

Query: 294 PYRRERERSSDHVRAPSHSP 297
           P  ++    S    +P+ SP
Sbjct: 286 PSVQKEGSKSPSKPSPAKSP 295

[Close]
BLAST of Lcy11g014870 vs. ExPASy TrEMBL
Match: A0A6J1E078 (serine/arginine-rich splicing factor RS40-like isoform X1 OS=Momordica charantia OX=3673 GN=LOC111025956 PE=4 SV=1)

HSP 1 Score: 581.3 bits (1497), Expect = 3.0e-162
Identity = 310/334 (92.81%), Postives = 316/334 (94.61%), Query Frame = 0 

Query: 50  DWFTGFAFIYMEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIRRPGGGGGGGGSR 109
           D  +GFAFIYMEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIRRPGGGGGGGGSR
Sbjct: 32  DMKSGFAFIYMEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIRRPGGGGGGGGSR 91

Query: 110 RSSTNTRPSKTLFVINFDPYHTRTRDLERHFDPYGKILSVRIRRNFAFVQYELQEDATRA 169
           RSSTNTRPSKTLFVINFDPYHTRTRDLERHFDPYGKILSVRIRRNFAFVQYELQEDATRA
Sbjct: 92  RSSTNTRPSKTLFVINFDPYHTRTRDLERHFDPYGKILSVRIRRNFAFVQYELQEDATRA 151

Query: 170 LELTNMSKLMDRVISVEYAVRDDDEKRNGYSPDRNRDRSPDRKRRSPSPYRRERGSPDYG 229
           LELTNMSKLMDRVISVEYAVRDDDEKRNGYSPDRNRDRSPDRKRRSPSPYRRERGSPDYG
Sbjct: 152 LELTNMSKLMDRVISVEYAVRDDDEKRNGYSPDRNRDRSPDRKRRSPSPYRRERGSPDYG 211

Query: 230 NNGISRSPYRRQRASPDYGSRRSPSPYQRERERNSPDYGHGRSPNPSPYRRERERSSDHV 289
            NGI+RSPYRRQRASPDYGSRRSPSPYQR R+  SPDYG GRSPN SPYRRERERSSDHV
Sbjct: 212 -NGITRSPYRRQRASPDYGSRRSPSPYQRNRD--SPDYGRGRSPNHSPYRRERERSSDHV 271

Query: 290 RAPSHS--PHQRERTNDDRVHDQSRSPYGRERGSPDDGRGTSYS-PRDRERSNPDNGHDQ 349
           R PSHS  PHQRER NDDRVH++SRSPYGRERGSP DGRG SYS PRD ERSNPDNGH+Q
Sbjct: 272 RPPSHSPPPHQRERANDDRVHNRSRSPYGRERGSPTDGRGASYSPPRDIERSNPDNGHEQ 331

Query: 350 RLNTVAEPGDSPSYGGTQSPKHRGYNSHSPQAEE 381
           RLNTVAEPGDSPSYGGTQSP HRGYNS SPQAEE
Sbjct: 332 RLNTVAEPGDSPSYGGTQSPTHRGYNSRSPQAEE 362

[Close]
BLAST of Lcy11g014870 vs. ExPASy TrEMBL
Match: A0A6J1DZ76 (serine/arginine-rich splicing factor RS40-like isoform X2 OS=Momordica charantia OX=3673 GN=LOC111025956 PE=4 SV=1)

HSP 1 Score: 580.5 bits (1495), Expect = 5.2e-162
Identity = 309/330 (93.64%), Postives = 314/330 (95.15%), Query Frame = 0 

Query: 54  GFAFIYMEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIRRPGGGGGGGGSRRSST 113
           GFAFIYMEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIRRPGGGGGGGGSRRSST
Sbjct: 4   GFAFIYMEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIRRPGGGGGGGGSRRSST 63

Query: 114 NTRPSKTLFVINFDPYHTRTRDLERHFDPYGKILSVRIRRNFAFVQYELQEDATRALELT 173
           NTRPSKTLFVINFDPYHTRTRDLERHFDPYGKILSVRIRRNFAFVQYELQEDATRALELT
Sbjct: 64  NTRPSKTLFVINFDPYHTRTRDLERHFDPYGKILSVRIRRNFAFVQYELQEDATRALELT 123

Query: 174 NMSKLMDRVISVEYAVRDDDEKRNGYSPDRNRDRSPDRKRRSPSPYRRERGSPDYGNNGI 233
           NMSKLMDRVISVEYAVRDDDEKRNGYSPDRNRDRSPDRKRRSPSPYRRERGSPDYG NGI
Sbjct: 124 NMSKLMDRVISVEYAVRDDDEKRNGYSPDRNRDRSPDRKRRSPSPYRRERGSPDYG-NGI 183

Query: 234 SRSPYRRQRASPDYGSRRSPSPYQRERERNSPDYGHGRSPNPSPYRRERERSSDHVRAPS 293
           +RSPYRRQRASPDYGSRRSPSPYQR R+  SPDYG GRSPN SPYRRERERSSDHVR PS
Sbjct: 184 TRSPYRRQRASPDYGSRRSPSPYQRNRD--SPDYGRGRSPNHSPYRRERERSSDHVRPPS 243

Query: 294 HS--PHQRERTNDDRVHDQSRSPYGRERGSPDDGRGTSYS-PRDRERSNPDNGHDQRLNT 353
           HS  PHQRER NDDRVH++SRSPYGRERGSP DGRG SYS PRD ERSNPDNGH+QRLNT
Sbjct: 244 HSPPPHQRERANDDRVHNRSRSPYGRERGSPTDGRGASYSPPRDIERSNPDNGHEQRLNT 303

Query: 354 VAEPGDSPSYGGTQSPKHRGYNSHSPQAEE 381
           VAEPGDSPSYGGTQSP HRGYNS SPQAEE
Sbjct: 304 VAEPGDSPSYGGTQSPTHRGYNSRSPQAEE 330

[Close]
BLAST of Lcy11g014870 vs. ExPASy TrEMBL
Match: A0A6J1E4D4 (serine/arginine-rich splicing factor RS40-like OS=Momordica charantia OX=3673 GN=LOC111025957 PE=4 SV=1)

HSP 1 Score: 570.5 bits (1469), Expect = 5.4e-159
Identity = 307/334 (91.92%), Postives = 314/334 (94.01%), Query Frame = 0 

Query: 54  GFAFIYMEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIRRPGGG----GGGGGSR 113
           GFAFIYMEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIRRPGGG    GGGGGSR
Sbjct: 4   GFAFIYMEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIRRPGGGGGGVGGGGGSR 63

Query: 114 RSSTNTRPSKTLFVINFDPYHTRTRDLERHFDPYGKILSVRIRRNFAFVQYELQEDATRA 173
           RSSTNTRPSKTLF+INFDPYHTRTRDLERHFDPYGKILSVRIRRNFAFVQYELQEDATRA
Sbjct: 64  RSSTNTRPSKTLFIINFDPYHTRTRDLERHFDPYGKILSVRIRRNFAFVQYELQEDATRA 123

Query: 174 LELTNMSKLMDRVISVEYAVRDDDEKRNGYSPDRNRDRSPDRKRRSPSPYRRERGSPDYG 233
           LELTNMSKLMDRVISVEYAVRDDDEKRNGYSPDRNRDRSPDRKRRSPSPYRRERGSPDYG
Sbjct: 124 LELTNMSKLMDRVISVEYAVRDDDEKRNGYSPDRNRDRSPDRKRRSPSPYRRERGSPDYG 183

Query: 234 NNGISRSPYRRQRASPDYGSRRSPSPYQRERERNSPDYGHGRSPNPSPYRRERERSSDHV 293
            NGI+RSPYRRQRASPDYGSRRSPSPYQ  R R SPDYG GRSPN SPYRRERERSSDHV
Sbjct: 184 -NGITRSPYRRQRASPDYGSRRSPSPYQ--RNRGSPDYGRGRSPNHSPYRRERERSSDHV 243

Query: 294 RAPSHS--PHQRERTNDDRVHDQSRSPYGRERGSPDDGRGTSYS-PRDRERSNPDNGHDQ 353
           R PSHS  PHQRER NDDRVH++SRSPYGRERGSP DGRG+SYS PRDRERSNPDNGH+Q
Sbjct: 244 RPPSHSPHPHQRERANDDRVHNRSRSPYGRERGSPTDGRGSSYSPPRDRERSNPDNGHEQ 303

Query: 354 RLNTVAEPGDSPSYGGTQSPKHRGYNSHSPQAEE 381
           RLNT AEPGDSP+YGGTQSPKHRGYN  SPQAEE
Sbjct: 304 RLNTAAEPGDSPNYGGTQSPKHRGYN--SPQAEE 332

[Close]
BLAST of Lcy11g014870 vs. ExPASy TrEMBL
Match: A0A6J1FQ39 (serine/arginine-rich splicing factor RS40-like isoform X4 OS=Cucurbita moschata OX=3662 GN=LOC111445933 PE=4 SV=1)

HSP 1 Score: 559.7 bits (1441), Expect = 9.5e-156
Identity = 300/345 (86.96%), Postives = 316/345 (91.59%), Query Frame = 0 

Query: 38  LMPQLVIQFWLFDWFTGFAFIYMEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIR 97
           +M QLVIQF LFDWFTGFAFIYMEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIR
Sbjct: 1   MMQQLVIQFLLFDWFTGFAFIYMEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIR 60

Query: 98  RPGGGGGGGGSRRSSTNTRPSKTLFVINFDPYHTRTRDLERHFDPYGKILSVRIRRNFAF 157
           RP  GGGGGGSRRSSTNTRPSKTLFVINFDPYHTRTRDLERHFDPYGKILSVRIRRNFAF
Sbjct: 61  RP--GGGGGGSRRSSTNTRPSKTLFVINFDPYHTRTRDLERHFDPYGKILSVRIRRNFAF 120

Query: 158 VQYELQEDATRALELTNMSKLMDRVISVEYAVRDDDEKRNGYSPDRNRDRSPDRKRRSPS 217
           VQYELQEDATRALELTNMSKL+DRVISVEYAVRDDDEKR+GYSPDR  DRSPDRKRRSPS
Sbjct: 121 VQYELQEDATRALELTNMSKLLDRVISVEYAVRDDDEKRSGYSPDRKCDRSPDRKRRSPS 180

Query: 218 PYRRERGSPDYGNNGISRSPYRRQRASPDYGSRRSPSPYQRERERNSPDYGHGRSPNPSP 277
           P+RRERGSPDYG NGISRSPY++QRASPDYGSRRSPSPYQR+ ER SPDYG  RSPNPSP
Sbjct: 181 PFRRERGSPDYGINGISRSPYKKQRASPDYGSRRSPSPYQRDMERGSPDYGRRRSPNPSP 240

Query: 278 Y-RRERERSSDHVRAPSH-SPHQRERTNDDRVHDQSRSPYGRERGSPDDGRGTSYSPRDR 337
           Y RRERERS+DHVRA  H SPHQRE  N+D V ++  SPY RER SP   R +SYSPRDR
Sbjct: 241 YSRRERERSTDHVRAARHSSPHQREGANEDPVPNRICSPYERERESPTGERRSSYSPRDR 300

Query: 338 ERSNPDNGHDQRLNTVAEPGDSPSYGGTQSPKHRGYNSHSPQAEE 381
           ERSNPDNGHDQRLNTV EPGDSPS+GGT+SPKHRGY+S SP+AEE
Sbjct: 301 ERSNPDNGHDQRLNTVGEPGDSPSFGGTESPKHRGYSSRSPRAEE 343

[Close]
BLAST of Lcy11g014870 vs. ExPASy TrEMBL
Match: A0A6J1F1N4 (serine/arginine-rich splicing factor RS40-like isoform X2 OS=Cucurbita moschata OX=3662 GN=LOC111438593 PE=4 SV=1)

HSP 1 Score: 557.8 bits (1436), Expect = 3.6e-155
Identity = 297/336 (88.39%), Postives = 306/336 (91.07%), Query Frame = 0 

Query: 50  DWFTGFAFIYMEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIRRPGGGGGGGGSR 109
           D  +GFAFIYMEDER+AEDAIRALDRREFGRKGRRLRVEWTKQERGIRRPGGG GGG SR
Sbjct: 32  DMKSGFAFIYMEDEREAEDAIRALDRREFGRKGRRLRVEWTKQERGIRRPGGGRGGGDSR 91

Query: 110 RSSTNTRPSKTLFVINFDPYHTRTRDLERHFDPYGKILSVRIRRNFAFVQYELQEDATRA 169
           RSSTNT+PSKTLFVINFDPYHTRTRDLERHFDPYGKIL+VRIRRNFAFVQYELQEDATRA
Sbjct: 92  RSSTNTKPSKTLFVINFDPYHTRTRDLERHFDPYGKILNVRIRRNFAFVQYELQEDATRA 151

Query: 170 LELTNMSKLMDRVISVEYAVRDDDEKRNGYSPDRNRDRSPDRKRRSPSPYRRERGSPDYG 229
           LE+TNMSKLMDRVISVEYAVRDDDEKRNGYSPDR RDRSPDRKRRSPSPYRRERGSPDYG
Sbjct: 152 LEITNMSKLMDRVISVEYAVRDDDEKRNGYSPDRTRDRSPDRKRRSPSPYRRERGSPDYG 211

Query: 230 NNGISRSPYRRQRASPDYGSRRSPSPYQRERERNSPDYGHGRSPNPSPYR--RERERSSD 289
            NG+SRSPYR+ RASPDYGSRRSPSPYQR RER SP+YG GRSPN SPYR  RERERSSD
Sbjct: 212 -NGVSRSPYRKVRASPDYGSRRSPSPYQRVRERGSPEYGRGRSPNQSPYRRERERERSSD 271

Query: 290 HVRAPSHS---PHQRERTNDDRVHDQSRSPYGRERGSPDDGRGTSYSPRDRERSNPDNGH 349
           H RAPSHS   PHQRER N DR H    SPYGRERGSP D R TSYSPRDRERSNPDNGH
Sbjct: 272 HARAPSHSPPPPHQRERPNGDRAHSGIHSPYGRERGSPTDERRTSYSPRDRERSNPDNGH 331

Query: 350 DQRLNTVAEPGDSPSYGGTQSPKHRGYNSHSPQAEE 381
           DQR NT+AEPGDSPSYGGTQSPKHRGY S SPQAEE
Sbjct: 332 DQRPNTIAEPGDSPSYGGTQSPKHRGYKSRSPQAEE 366

[Close]
BLAST of Lcy11g014870 vs. NCBI nr
Match: XP_022159582.1 (serine/arginine-rich splicing factor RS40-like isoform X1 [Momordica charantia])

HSP 1 Score: 581.3 bits (1497), Expect = 6.3e-162
Identity = 310/334 (92.81%), Postives = 316/334 (94.61%), Query Frame = 0 

Query: 50  DWFTGFAFIYMEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIRRPGGGGGGGGSR 109
           D  +GFAFIYMEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIRRPGGGGGGGGSR
Sbjct: 32  DMKSGFAFIYMEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIRRPGGGGGGGGSR 91

Query: 110 RSSTNTRPSKTLFVINFDPYHTRTRDLERHFDPYGKILSVRIRRNFAFVQYELQEDATRA 169
           RSSTNTRPSKTLFVINFDPYHTRTRDLERHFDPYGKILSVRIRRNFAFVQYELQEDATRA
Sbjct: 92  RSSTNTRPSKTLFVINFDPYHTRTRDLERHFDPYGKILSVRIRRNFAFVQYELQEDATRA 151

Query: 170 LELTNMSKLMDRVISVEYAVRDDDEKRNGYSPDRNRDRSPDRKRRSPSPYRRERGSPDYG 229
           LELTNMSKLMDRVISVEYAVRDDDEKRNGYSPDRNRDRSPDRKRRSPSPYRRERGSPDYG
Sbjct: 152 LELTNMSKLMDRVISVEYAVRDDDEKRNGYSPDRNRDRSPDRKRRSPSPYRRERGSPDYG 211

Query: 230 NNGISRSPYRRQRASPDYGSRRSPSPYQRERERNSPDYGHGRSPNPSPYRRERERSSDHV 289
            NGI+RSPYRRQRASPDYGSRRSPSPYQR R+  SPDYG GRSPN SPYRRERERSSDHV
Sbjct: 212 -NGITRSPYRRQRASPDYGSRRSPSPYQRNRD--SPDYGRGRSPNHSPYRRERERSSDHV 271

Query: 290 RAPSHS--PHQRERTNDDRVHDQSRSPYGRERGSPDDGRGTSYS-PRDRERSNPDNGHDQ 349
           R PSHS  PHQRER NDDRVH++SRSPYGRERGSP DGRG SYS PRD ERSNPDNGH+Q
Sbjct: 272 RPPSHSPPPHQRERANDDRVHNRSRSPYGRERGSPTDGRGASYSPPRDIERSNPDNGHEQ 331

Query: 350 RLNTVAEPGDSPSYGGTQSPKHRGYNSHSPQAEE 381
           RLNTVAEPGDSPSYGGTQSP HRGYNS SPQAEE
Sbjct: 332 RLNTVAEPGDSPSYGGTQSPTHRGYNSRSPQAEE 362

[Close]
BLAST of Lcy11g014870 vs. NCBI nr
Match: XP_038904888.1 (serine/arginine-rich splicing factor RS40-like isoform X1 [Benincasa hispida])

HSP 1 Score: 580.9 bits (1496), Expect = 8.2e-162
Identity = 311/337 (92.28%), Postives = 317/337 (94.07%), Query Frame = 0 

Query: 50  DWFTGFAFIYMEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIRRP----GGGGGG 109
           D  +GFAFIYMEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIRRP    GGGGGG
Sbjct: 32  DMKSGFAFIYMEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIRRPGGVGGGGGGG 91

Query: 110 GGSRRSSTNTRPSKTLFVINFDPYHTRTRDLERHFDPYGKILSVRIRRNFAFVQYELQED 169
           GGSRRSSTNTRPSKTLFVINFDPYHTRTRDLERHFDPYGKILSVRIRRNFAFVQYELQED
Sbjct: 92  GGSRRSSTNTRPSKTLFVINFDPYHTRTRDLERHFDPYGKILSVRIRRNFAFVQYELQED 151

Query: 170 ATRALELTNMSKLMDRVISVEYAVRDDDEKRNGYSPDRNRDRSPDRKRRSPSPYRRERGS 229
           ATRALELTNMSKLMDRVISVEYAVRDDD+KRNGYSPDRNRDRSPDRKRRSPSPYRRERGS
Sbjct: 152 ATRALELTNMSKLMDRVISVEYAVRDDDDKRNGYSPDRNRDRSPDRKRRSPSPYRRERGS 211

Query: 230 PDYGNNGISRSPYRRQRASPDYGSRRSPSPYQRERERNSPDYGHGRSPNPSPYRRERERS 289
           PDYG NGISRSPYRRQRASPDYGSRRSPSPYQRERER SPDYG GRSPN SPYRRERERS
Sbjct: 212 PDYG-NGISRSPYRRQRASPDYGSRRSPSPYQRERERGSPDYGRGRSPNHSPYRRERERS 271

Query: 290 SDHVRAPSHS-PHQRERTNDDRVHDQSRSPYGRERGSPDDGRGTSYSPRDRER-SNPDNG 349
           SD VRAPSHS PHQRER NDDRVH++S SPYGRERGSP DGRGTSYSPRDRER SNPDNG
Sbjct: 272 SDRVRAPSHSPPHQRERPNDDRVHNRSPSPYGRERGSPTDGRGTSYSPRDRERSSNPDNG 331

Query: 350 HDQRLNTVAEPGDSPSYGGTQSPKHRGYNSHSPQAEE 381
           HDQ+ NTV EPG+SPSYGGTQSPKHRGY S SPQAEE
Sbjct: 332 HDQQQNTVVEPGESPSYGGTQSPKHRGYGSRSPQAEE 367

[Close]
BLAST of Lcy11g014870 vs. NCBI nr
Match: XP_022159583.1 (serine/arginine-rich splicing factor RS40-like isoform X2 [Momordica charantia] >XP_022159584.1 serine/arginine-rich splicing factor RS40-like isoform X2 [Momordica charantia])

HSP 1 Score: 580.5 bits (1495), Expect = 1.1e-161
Identity = 309/330 (93.64%), Postives = 314/330 (95.15%), Query Frame = 0 

Query: 54  GFAFIYMEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIRRPGGGGGGGGSRRSST 113
           GFAFIYMEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIRRPGGGGGGGGSRRSST
Sbjct: 4   GFAFIYMEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIRRPGGGGGGGGSRRSST 63

Query: 114 NTRPSKTLFVINFDPYHTRTRDLERHFDPYGKILSVRIRRNFAFVQYELQEDATRALELT 173
           NTRPSKTLFVINFDPYHTRTRDLERHFDPYGKILSVRIRRNFAFVQYELQEDATRALELT
Sbjct: 64  NTRPSKTLFVINFDPYHTRTRDLERHFDPYGKILSVRIRRNFAFVQYELQEDATRALELT 123

Query: 174 NMSKLMDRVISVEYAVRDDDEKRNGYSPDRNRDRSPDRKRRSPSPYRRERGSPDYGNNGI 233
           NMSKLMDRVISVEYAVRDDDEKRNGYSPDRNRDRSPDRKRRSPSPYRRERGSPDYG NGI
Sbjct: 124 NMSKLMDRVISVEYAVRDDDEKRNGYSPDRNRDRSPDRKRRSPSPYRRERGSPDYG-NGI 183

Query: 234 SRSPYRRQRASPDYGSRRSPSPYQRERERNSPDYGHGRSPNPSPYRRERERSSDHVRAPS 293
           +RSPYRRQRASPDYGSRRSPSPYQR R+  SPDYG GRSPN SPYRRERERSSDHVR PS
Sbjct: 184 TRSPYRRQRASPDYGSRRSPSPYQRNRD--SPDYGRGRSPNHSPYRRERERSSDHVRPPS 243

Query: 294 HS--PHQRERTNDDRVHDQSRSPYGRERGSPDDGRGTSYS-PRDRERSNPDNGHDQRLNT 353
           HS  PHQRER NDDRVH++SRSPYGRERGSP DGRG SYS PRD ERSNPDNGH+QRLNT
Sbjct: 244 HSPPPHQRERANDDRVHNRSRSPYGRERGSPTDGRGASYSPPRDIERSNPDNGHEQRLNT 303

Query: 354 VAEPGDSPSYGGTQSPKHRGYNSHSPQAEE 381
           VAEPGDSPSYGGTQSP HRGYNS SPQAEE
Sbjct: 304 VAEPGDSPSYGGTQSPTHRGYNSRSPQAEE 330

[Close]
BLAST of Lcy11g014870 vs. NCBI nr
Match: XP_022159586.1 (serine/arginine-rich splicing factor RS40-like [Momordica charantia])

HSP 1 Score: 570.5 bits (1469), Expect = 1.1e-158
Identity = 307/334 (91.92%), Postives = 314/334 (94.01%), Query Frame = 0 

Query: 54  GFAFIYMEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIRRPGGG----GGGGGSR 113
           GFAFIYMEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIRRPGGG    GGGGGSR
Sbjct: 4   GFAFIYMEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIRRPGGGGGGVGGGGGSR 63

Query: 114 RSSTNTRPSKTLFVINFDPYHTRTRDLERHFDPYGKILSVRIRRNFAFVQYELQEDATRA 173
           RSSTNTRPSKTLF+INFDPYHTRTRDLERHFDPYGKILSVRIRRNFAFVQYELQEDATRA
Sbjct: 64  RSSTNTRPSKTLFIINFDPYHTRTRDLERHFDPYGKILSVRIRRNFAFVQYELQEDATRA 123

Query: 174 LELTNMSKLMDRVISVEYAVRDDDEKRNGYSPDRNRDRSPDRKRRSPSPYRRERGSPDYG 233
           LELTNMSKLMDRVISVEYAVRDDDEKRNGYSPDRNRDRSPDRKRRSPSPYRRERGSPDYG
Sbjct: 124 LELTNMSKLMDRVISVEYAVRDDDEKRNGYSPDRNRDRSPDRKRRSPSPYRRERGSPDYG 183

Query: 234 NNGISRSPYRRQRASPDYGSRRSPSPYQRERERNSPDYGHGRSPNPSPYRRERERSSDHV 293
            NGI+RSPYRRQRASPDYGSRRSPSPYQ  R R SPDYG GRSPN SPYRRERERSSDHV
Sbjct: 184 -NGITRSPYRRQRASPDYGSRRSPSPYQ--RNRGSPDYGRGRSPNHSPYRRERERSSDHV 243

Query: 294 RAPSHS--PHQRERTNDDRVHDQSRSPYGRERGSPDDGRGTSYS-PRDRERSNPDNGHDQ 353
           R PSHS  PHQRER NDDRVH++SRSPYGRERGSP DGRG+SYS PRDRERSNPDNGH+Q
Sbjct: 244 RPPSHSPHPHQRERANDDRVHNRSRSPYGRERGSPTDGRGSSYSPPRDRERSNPDNGHEQ 303

Query: 354 RLNTVAEPGDSPSYGGTQSPKHRGYNSHSPQAEE 381
           RLNT AEPGDSP+YGGTQSPKHRGYN  SPQAEE
Sbjct: 304 RLNTAAEPGDSPNYGGTQSPKHRGYN--SPQAEE 332

[Close]
BLAST of Lcy11g014870 vs. NCBI nr
Match: XP_038904889.1 (serine/arginine-rich splicing factor RS40-like isoform X2 [Benincasa hispida] >XP_038904890.1 serine/arginine-rich splicing factor RS40-like isoform X2 [Benincasa hispida] >XP_038904891.1 serine/arginine-rich splicing factor RS40-like isoform X2 [Benincasa hispida])

HSP 1 Score: 567.4 bits (1461), Expect = 9.4e-158
Identity = 304/327 (92.97%), Postives = 309/327 (94.50%), Query Frame = 0 

Query: 60  MEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIRRP----GGGGGGGGSRRSSTNT 119
           MEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIRRP    GGGGGGGGSRRSSTNT
Sbjct: 1   MEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIRRPGGVGGGGGGGGGSRRSSTNT 60

Query: 120 RPSKTLFVINFDPYHTRTRDLERHFDPYGKILSVRIRRNFAFVQYELQEDATRALELTNM 179
           RPSKTLFVINFDPYHTRTRDLERHFDPYGKILSVRIRRNFAFVQYELQEDATRALELTNM
Sbjct: 61  RPSKTLFVINFDPYHTRTRDLERHFDPYGKILSVRIRRNFAFVQYELQEDATRALELTNM 120

Query: 180 SKLMDRVISVEYAVRDDDEKRNGYSPDRNRDRSPDRKRRSPSPYRRERGSPDYGNNGISR 239
           SKLMDRVISVEYAVRDDD+KRNGYSPDRNRDRSPDRKRRSPSPYRRERGSPDYG NGISR
Sbjct: 121 SKLMDRVISVEYAVRDDDDKRNGYSPDRNRDRSPDRKRRSPSPYRRERGSPDYG-NGISR 180

Query: 240 SPYRRQRASPDYGSRRSPSPYQRERERNSPDYGHGRSPNPSPYRRERERSSDHVRAPSHS 299
           SPYRRQRASPDYGSRRSPSPYQRERER SPDYG GRSPN SPYRRERERSSD VRAPSHS
Sbjct: 181 SPYRRQRASPDYGSRRSPSPYQRERERGSPDYGRGRSPNHSPYRRERERSSDRVRAPSHS 240

Query: 300 -PHQRERTNDDRVHDQSRSPYGRERGSPDDGRGTSYSPRDRER-SNPDNGHDQRLNTVAE 359
            PHQRER NDDRVH++S SPYGRERGSP DGRGTSYSPRDRER SNPDNGHDQ+ NTV E
Sbjct: 241 PPHQRERPNDDRVHNRSPSPYGRERGSPTDGRGTSYSPRDRERSSNPDNGHDQQQNTVVE 300

Query: 360 PGDSPSYGGTQSPKHRGYNSHSPQAEE 381
           PG+SPSYGGTQSPKHRGY S SPQAEE
Sbjct: 301 PGESPSYGGTQSPKHRGYGSRSPQAEE 326

[Close]
BLAST of Lcy11g014870 vs. TAIR 10
Match: AT4G25500.1 (arginine/serine-rich splicing factor 35 )

HSP 1 Score: 331.6 bits (849), Expect = 8.1e-91
Identity = 198/335 (59.10%), Postives = 244/335 (72.84%), Query Frame = 0 

Query: 50  DWFTGFAFIYMEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIRRPGGGGGGGGSR 109
           D   GFAF+YMEDERDAEDAIRALDR EFGRKGRRLRVEWTK ERG    G    GGGSR
Sbjct: 32  DMKAGFAFVYMEDERDAEDAIRALDRFEFGRKGRRLRVEWTKSERG----GDKRSGGGSR 91

Query: 110 RSSTNTRPSKTLFVINFDPYHTRTRDLERHFDPYGKILSVRIRRNFAFVQYELQEDATRA 169
           RSS++ RPSKTLFVINFD  +TRTRDLE+HF+PYGKI++VRIRRNFAF+QYE QEDATRA
Sbjct: 92  RSSSSMRPSKTLFVINFDADNTRTRDLEKHFEPYGKIVNVRIRRNFAFIQYEAQEDATRA 151

Query: 170 LELTNMSKLMDRVISVEYAVRDDDEKRNGYSPDRNRDRSPDRKRRSPSPYRRERGSPDYG 229
           L+ +N SKLMD+VISVEYAV+DDD + NG+SP+R RDRSP+R+RRSPSPY+RERGSPDYG
Sbjct: 152 LDASNNSKLMDKVISVEYAVKDDDARGNGHSPERRRDRSPERRRRSPSPYKRERGSPDYG 211

Query: 230 NNGISRSPYRRQRASPDYGSRRSPSPYQRERERNSPDYGHGRSPNPSPYRRERERS-SDH 289
                 + YR++R SPDYG RRSPSPY++ R R SP+YG  R  N SP RRER  S + +
Sbjct: 212 RGASPVAAYRKERTSPDYGRRRSPSPYKKSR-RGSPEYGRDRRGNDSPRRRERVASPTKY 271

Query: 290 VRAPSHSPHQRERTNDDRVHDQSRSPYGRERGSPDDGRGTSYSP---RDRERSNPDNGHD 349
            R+P+   ++RER +       + SP+ +E  SP +G G   SP   R+R RS+P+NG  
Sbjct: 272 SRSPN---NKRERMS------PNHSPFKKE--SPRNGVGEVESPIERRERSRSSPENGQV 331

Query: 350 QRLNTVAEPGDSPSYGGTQSPKHRGYNSHSPQAEE 381
           +   ++        Y G +SP  +  +  SP A+E
Sbjct: 332 ESPGSIGRRDSDGGYDGAESPMQKSRSPRSPPADE 350

[Close]
BLAST of Lcy11g014870 vs. TAIR 10
Match: AT4G25500.4 (arginine/serine-rich splicing factor 35 )

HSP 1 Score: 331.6 bits (849), Expect = 8.1e-91
Identity = 198/335 (59.10%), Postives = 244/335 (72.84%), Query Frame = 0 

Query: 50  DWFTGFAFIYMEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIRRPGGGGGGGGSR 109
           D   GFAF+YMEDERDAEDAIRALDR EFGRKGRRLRVEWTK ERG    G    GGGSR
Sbjct: 32  DMKAGFAFVYMEDERDAEDAIRALDRFEFGRKGRRLRVEWTKSERG----GDKRSGGGSR 91

Query: 110 RSSTNTRPSKTLFVINFDPYHTRTRDLERHFDPYGKILSVRIRRNFAFVQYELQEDATRA 169
           RSS++ RPSKTLFVINFD  +TRTRDLE+HF+PYGKI++VRIRRNFAF+QYE QEDATRA
Sbjct: 92  RSSSSMRPSKTLFVINFDADNTRTRDLEKHFEPYGKIVNVRIRRNFAFIQYEAQEDATRA 151

Query: 170 LELTNMSKLMDRVISVEYAVRDDDEKRNGYSPDRNRDRSPDRKRRSPSPYRRERGSPDYG 229
           L+ +N SKLMD+VISVEYAV+DDD + NG+SP+R RDRSP+R+RRSPSPY+RERGSPDYG
Sbjct: 152 LDASNNSKLMDKVISVEYAVKDDDARGNGHSPERRRDRSPERRRRSPSPYKRERGSPDYG 211

Query: 230 NNGISRSPYRRQRASPDYGSRRSPSPYQRERERNSPDYGHGRSPNPSPYRRERERS-SDH 289
                 + YR++R SPDYG RRSPSPY++ R R SP+YG  R  N SP RRER  S + +
Sbjct: 212 RGASPVAAYRKERTSPDYGRRRSPSPYKKSR-RGSPEYGRDRRGNDSPRRRERVASPTKY 271

Query: 290 VRAPSHSPHQRERTNDDRVHDQSRSPYGRERGSPDDGRGTSYSP---RDRERSNPDNGHD 349
            R+P+   ++RER +       + SP+ +E  SP +G G   SP   R+R RS+P+NG  
Sbjct: 272 SRSPN---NKRERMS------PNHSPFKKE--SPRNGVGEVESPIERRERSRSSPENGQV 331

Query: 350 QRLNTVAEPGDSPSYGGTQSPKHRGYNSHSPQAEE 381
           +   ++        Y G +SP  +  +  SP A+E
Sbjct: 332 ESPGSIGRRDSDGGYDGAESPMQKSRSPRSPPADE 350

[Close]
BLAST of Lcy11g014870 vs. TAIR 10
Match: AT4G25500.3 (arginine/serine-rich splicing factor 35 )

HSP 1 Score: 330.9 bits (847), Expect = 1.4e-90
Identity = 197/331 (59.52%), Postives = 243/331 (73.41%), Query Frame = 0 

Query: 54  GFAFIYMEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIRRPGGGGGGGGSRRSST 113
           GFAF+YMEDERDAEDAIRALDR EFGRKGRRLRVEWTK ERG    G    GGGSRRSS+
Sbjct: 3   GFAFVYMEDERDAEDAIRALDRFEFGRKGRRLRVEWTKSERG----GDKRSGGGSRRSSS 62

Query: 114 NTRPSKTLFVINFDPYHTRTRDLERHFDPYGKILSVRIRRNFAFVQYELQEDATRALELT 173
           + RPSKTLFVINFD  +TRTRDLE+HF+PYGKI++VRIRRNFAF+QYE QEDATRAL+ +
Sbjct: 63  SMRPSKTLFVINFDADNTRTRDLEKHFEPYGKIVNVRIRRNFAFIQYEAQEDATRALDAS 122

Query: 174 NMSKLMDRVISVEYAVRDDDEKRNGYSPDRNRDRSPDRKRRSPSPYRRERGSPDYGNNGI 233
           N SKLMD+VISVEYAV+DDD + NG+SP+R RDRSP+R+RRSPSPY+RERGSPDYG    
Sbjct: 123 NNSKLMDKVISVEYAVKDDDARGNGHSPERRRDRSPERRRRSPSPYKRERGSPDYGRGAS 182

Query: 234 SRSPYRRQRASPDYGSRRSPSPYQRERERNSPDYGHGRSPNPSPYRRERERS-SDHVRAP 293
             + YR++R SPDYG RRSPSPY++ R R SP+YG  R  N SP RRER  S + + R+P
Sbjct: 183 PVAAYRKERTSPDYGRRRSPSPYKKSR-RGSPEYGRDRRGNDSPRRRERVASPTKYSRSP 242

Query: 294 SHSPHQRERTNDDRVHDQSRSPYGRERGSPDDGRGTSYSP---RDRERSNPDNGHDQRLN 353
           +   ++RER +       + SP+ +E  SP +G G   SP   R+R RS+P+NG  +   
Sbjct: 243 N---NKRERMS------PNHSPFKKE--SPRNGVGEVESPIERRERSRSSPENGQVESPG 302

Query: 354 TVAEPGDSPSYGGTQSPKHRGYNSHSPQAEE 381
           ++        Y G +SP  +  +  SP A+E
Sbjct: 303 SIGRRDSDGGYDGAESPMQKSRSPRSPPADE 317

[Close]
BLAST of Lcy11g014870 vs. TAIR 10
Match: AT4G25500.2 (arginine/serine-rich splicing factor 35 )

HSP 1 Score: 318.9 bits (816), Expect = 5.4e-87
Identity = 192/325 (59.08%), Postives = 237/325 (72.92%), Query Frame = 0 

Query: 60  MEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIRRPGGGGGGGGSRRSSTNTRPSK 119
           MEDERDAEDAIRALDR EFGRKGRRLRVEWTK ERG    G    GGGSRRSS++ RPSK
Sbjct: 1   MEDERDAEDAIRALDRFEFGRKGRRLRVEWTKSERG----GDKRSGGGSRRSSSSMRPSK 60

Query: 120 TLFVINFDPYHTRTRDLERHFDPYGKILSVRIRRNFAFVQYELQEDATRALELTNMSKLM 179
           TLFVINFD  +TRTRDLE+HF+PYGKI++VRIRRNFAF+QYE QEDATRAL+ +N SKLM
Sbjct: 61  TLFVINFDADNTRTRDLEKHFEPYGKIVNVRIRRNFAFIQYEAQEDATRALDASNNSKLM 120

Query: 180 DRVISVEYAVRDDDEKRNGYSPDRNRDRSPDRKRRSPSPYRRERGSPDYGNNGISRSPYR 239
           D+VISVEYAV+DDD + NG+SP+R RDRSP+R+RRSPSPY+RERGSPDYG      + YR
Sbjct: 121 DKVISVEYAVKDDDARGNGHSPERRRDRSPERRRRSPSPYKRERGSPDYGRGASPVAAYR 180

Query: 240 RQRASPDYGSRRSPSPYQRERERNSPDYGHGRSPNPSPYRRERERS-SDHVRAPSHSPHQ 299
           ++R SPDYG RRSPSPY++ R R SP+YG  R  N SP RRER  S + + R+P+   ++
Sbjct: 181 KERTSPDYGRRRSPSPYKKSR-RGSPEYGRDRRGNDSPRRRERVASPTKYSRSPN---NK 240

Query: 300 RERTNDDRVHDQSRSPYGRERGSPDDGRGTSYSP---RDRERSNPDNGHDQRLNTVAEPG 359
           RER +       + SP+ +E  SP +G G   SP   R+R RS+P+NG  +   ++    
Sbjct: 241 RERMS------PNHSPFKKE--SPRNGVGEVESPIERRERSRSSPENGQVESPGSIGRRD 300

Query: 360 DSPSYGGTQSPKHRGYNSHSPQAEE 381
               Y G +SP  +  +  SP A+E
Sbjct: 301 SDGGYDGAESPMQKSRSPRSPPADE 309

[Close]
BLAST of Lcy11g014870 vs. TAIR 10
Match: AT5G52040.2 (RNA-binding (RRM/RBD/RNP motifs) family protein )

HSP 1 Score: 306.2 bits (783), Expect = 3.6e-83
Identity = 199/338 (58.88%), Postives = 225/338 (66.57%), Query Frame = 0 

Query: 50  DWFTGFAFIYMEDERDAEDAIRALDRREFGRKGRRLRVEWTKQERGIRRPGGGGGGGGSR 109
           D   GFAF+YMEDERDAEDAIRALDR E+GR GRRLRVEWTK +R     GG G  GGSR
Sbjct: 32  DMKAGFAFVYMEDERDAEDAIRALDRFEYGRTGRRLRVEWTKNDR-----GGAGRSGGSR 91

Query: 110 RSSTNTRPSKTLFVINFDPYHTRTRDLERHFDPYGKILSVRIRRNFAFVQYELQEDATRA 169
           RSS+  RPSKTLFVINFD  +TRTRDLERHF+PYGKI++VRIRRNFAF+QYE QEDATRA
Sbjct: 92  RSSSGLRPSKTLFVINFDAQNTRTRDLERHFEPYGKIVNVRIRRNFAFIQYEAQEDATRA 151

Query: 170 LELTNMSKLMDRVISVEYAVRDDDEKRNGYSPDRNRDRSPDRKRRSPSPYRRERGSPDYG 229
           L+ TN SKLMD+VISVEYAV+DDD + NGYSP+R RDRSPDR+RRSPSPYRRERGSPDYG
Sbjct: 152 LDATNSSKLMDKVISVEYAVKDDDSRGNGYSPERRRDRSPDRRRRSPSPYRRERGSPDYG 211

Query: 230 NNGISRSPYRRQRASPDYG-SRRSPSPYQRERERNSPDY---GHGRSPNPSPYR-RERER 289
             G S   ++R+R SPDYG  RRSPSPY  +R R SPDY      R    SP     R R
Sbjct: 212 -RGASPVAHKRERTSPDYGRGRRSPSPY--KRARLSPDYKRDDRRRERVASPENGAVRNR 271

Query: 290 SSDHVRAPSHSPHQRERTNDDRVHDQSRSPY--GRERGSPDDGRGTSYSPRDRERSNPDN 349
           S    R  S SP   E+  + R    S  PY   RE  SP          R R +S+P+N
Sbjct: 272 SPRKGRGESRSPPPYEKRRESR----SPPPYEKRRESRSPPPYEKRRERSRSRSKSSPEN 331

Query: 350 GHDQRLNTVAEPGDSPSYGGTQSPKHRGYNSHSPQAEE 381
           G  +    + E      Y G  SP      S SP AEE
Sbjct: 332 GQVESPGQIMEVEAGRGYDGADSPIRESSPSRSPPAEE 357

The following BLAST results are available for this feature:
BLAST of Lcy11g014870 vs. ExPASy Swiss-Prot
Match NameE-valueIdentityDescription
P929651.1e-8959.10Serine/arginine-rich splicing factor RS40 OS=Arabidopsis thaliana OX=3702 GN=RS4... [more]
P929665.6e-8159.17Serine/arginine-rich splicing factor RS41 OS=Arabidopsis thaliana OX=3702 GN=RS4... [more]
P929644.2e-5251.95Serine/arginine-rich splicing factor RS31 OS=Arabidopsis thaliana OX=3702 GN=RS3... [more]
Q9ZPX81.1e-4947.43Serine/arginine-rich splicing factor RS31A OS=Arabidopsis thaliana OX=3702 GN=RS... [more]
O223151.2e-0630.38Serine/arginine-rich-splicing factor SR34 OS=Arabidopsis thaliana OX=3702 GN=SR3... [more]
BLAST of Lcy11g014870 vs. ExPASy TrEMBL
Match NameE-valueIdentityDescription
A0A6J1E0783.0e-16292.81serine/arginine-rich splicing factor RS40-like isoform X1 OS=Momordica charantia... [more]
A0A6J1DZ765.2e-16293.64serine/arginine-rich splicing factor RS40-like isoform X2 OS=Momordica charantia... [more]
A0A6J1E4D45.4e-15991.92serine/arginine-rich splicing factor RS40-like OS=Momordica charantia OX=3673 GN... [more]
A0A6J1FQ399.5e-15686.96serine/arginine-rich splicing factor RS40-like isoform X4 OS=Cucurbita moschata ... [more]
A0A6J1F1N43.6e-15588.39serine/arginine-rich splicing factor RS40-like isoform X2 OS=Cucurbita moschata ... [more]
BLAST of Lcy11g014870 vs. NCBI nr
Match NameE-valueIdentityDescription
XP_022159582.16.3e-16292.81serine/arginine-rich splicing factor RS40-like isoform X1 [Momordica charantia][more]
XP_038904888.18.2e-16292.28serine/arginine-rich splicing factor RS40-like isoform X1 [Benincasa hispida][more]
XP_022159583.11.1e-16193.64serine/arginine-rich splicing factor RS40-like isoform X2 [Momordica charantia] ... [more]
XP_022159586.11.1e-15891.92serine/arginine-rich splicing factor RS40-like [Momordica charantia][more]
XP_038904889.19.4e-15892.97serine/arginine-rich splicing factor RS40-like isoform X2 [Benincasa hispida] >X... [more]
BLAST of Lcy11g014870 vs. TAIR 10
Match NameE-valueIdentityDescription
AT4G25500.18.1e-9159.10arginine/serine-rich splicing factor 35 [more]
AT4G25500.48.1e-9159.10arginine/serine-rich splicing factor 35 [more]
AT4G25500.31.4e-9059.52arginine/serine-rich splicing factor 35 [more]
AT4G25500.25.4e-8759.08arginine/serine-rich splicing factor 35 [more]
AT5G52040.23.6e-8358.88RNA-binding (RRM/RBD/RNP motifs) family protein [more]
InterPro
Analysis Name: InterPro Annotations of Sponge gourd (P93075) v1
Date Performed: 2021-12-06
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR000504RNA recognition motif domainSMARTSM00360rrm1_1coord: 120..186
e-value: 1.5E-16
score: 71.0
coord: 33..88
e-value: 0.61
score: 8.5
IPR000504RNA recognition motif domainPFAMPF00076RRM_1coord: 53..80
e-value: 1.3E-4
score: 21.7
coord: 121..183
e-value: 3.2E-12
score: 46.1
IPR000504RNA recognition motif domainPROSITEPS50102RRMcoord: 119..190
score: 15.101589
IPR000504RNA recognition motif domainPROSITEPS50102RRMcoord: 54..92
score: 9.35392
IPR012677Nucleotide-binding alpha-beta plait domain superfamilyGENE3D3.30.70.330coord: 49..112
e-value: 4.8E-11
score: 44.8
coord: 113..235
e-value: 1.7E-20
score: 75.5
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 253..267
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 352..380
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 193..380
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 95..115
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 193..221
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 275..343
NoneNo IPR availablePANTHERPTHR23147:SF182SUBFAMILY NOT NAMEDcoord: 52..229
NoneNo IPR availablePANTHERPTHR23147SERINE/ARGININE RICH SPLICING FACTORcoord: 52..229
IPR035979RNA-binding domain superfamilySUPERFAMILY54928RNA-binding domain, RBDcoord: 52..114
IPR035979RNA-binding domain superfamilySUPERFAMILY54928RNA-binding domain, RBDcoord: 97..195

Relationships

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

Feature NameUnique NameType
Lcy11g014870.1Lcy11g014870.1mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0000398 mRNA splicing, via spliceosome
cellular_component GO:0016607 nuclear speck
molecular_function GO:0003723 RNA binding
molecular_function GO:0003676 nucleic acid binding