Lsi03G009610 (gene) Bottle gourd (USVL1VR-Ls) v1

Overview
NameLsi03G009610
Typegene
OrganismLagenaria siceraria (Bottle gourd (USVL1VR-Ls) v1)
Description60S ribosomal protein L23
Locationchr03: 18544081 .. 18571177 (+)
RNA-Seq ExpressionLsi03G009610
SyntenyLsi03G009610
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.
ATGCGTGCGTCAGTTTGCTCCCGTCGCCGTTCGTGAAGTCGTTGGTCGTGAGTTTGTCAAATCTCGTCACCGTTTGTTAGATCTGCTGTTCGTGAAGTCGTGGGTCTCGTCGTGGGCTTAGATCTGCCATGTGAGCTGCTGTGGGTTTTTTTTCACAAAATTGCAGGGTTGTTATGAAGGCTTATGAGGCATCCATAGGGAACAAGTTTCGGATATCACTGGGTCTTCCAATGGCTGCTACTGTCAACTATGTAGACAACACGGGAGCTAAGAATCTCTACATCATTTCAGTGAAAGGGTTCAAAGGTAGTCTCTTGACGATTTTGTTGTATGTCTCTTGTCCTCTGAATTAATGAAACTATAGATTCATTTGGAAGTTCTACTATTTTTATTAGGTAGTTTCTAATGGTAGGGCTTATTGTGTAGTTTTTATTTATTTATTTTTAATTATCTTTTATCATTATTGGTGGGATGCAATATGCAAGTTTTGATGTAGCACTAACAATAGGTTTTTTTAGTGACAAAAGTACTTAGAATAAAAAAAAATGATGCATATAACTTGGTTTTTATCTTAGATTTAACAATGTTCTTGTGATTACTTGTTATATTAATTTTTGTGTTTGTTGAAAGTTGAGTTGTATATATATAAGCTATTAAGATTTTATTTTGTGCATATATAGGTAAAAGAGAGTATTGAACAATAACTTGAATTGGAAAAGGTTATGGTGGATATCAGTTGGGGTTTTTGCTCTATTTTAGTTTATGTCGTGATGTTGCATTTAGATTGGTTAAACTTCACCTTTTTTTTTTTACTAATATATGTTTTATGTGTTTCTTGTACTGGGCCGCATATTTGAAAAGAGGGACTTTTACATGCTTGTGTATATATTAGATGAATTCATACTTATTGCATTCCGAACTTAAGTCGAACGCTTTTTCTCAATGCAGGAATATGCTTAACTTAGATGAATTCATGATTGCAGTTAAATAGTGTTATGTAGAGAAGCCTCTAATTTAGGTATATATATAACTACACTTATAATGTCTGTATGATTTTTGCAGTGTGTAATCTCTCATTCAGATACAAAGATGTTTGTCAATGGTATTGTTGTTCATTTTGTTTATGTTTGGTATCTAAGCATTGTTTAGAGTTTTGAAAATTTAAGTCATTGATTTCTTTGTTGTTTGTAGGTTTTTGCTTCAAAAATTATATGGTGAAATTGACGATGGGGCTTTACGAAGTATTTAACGCTAAAAAGGAAAATCATTAAGGGTCAACATATAATTTAAGGTTTTAAAATCTTGTATTTAAAGTTTTGTTTATCTCTGTAAATTGAATGTAGTTTGTGGAGAGACAAATAGTCATATTACTTTTGTTGGACTGAATTAGTTAATTGTTGTGTTTGTTGAAAGTTAAGTTATGGTGTATATAAATATCATATTACTTTTATCATATGCATAGAAATATTAATTTTGTTAGTCAGCCATGTATGCAACTAATAATTTTTTTAAAATTTTTTAATAAAGGAACGATTGAGGGATATTGCCTTACACAAAAAATTAATATTTAATGATGGGCAAATTCATTTAATGTCGATCGGGCGACATACATTAAAACATTAGTGTTCAATGTCGGTCATCTTTAATGTCAGTCAAAAACTGACATTAAAGACATCAATAATGTCGGTAAAAAACTGACATTAAAGGCGACCGACATTAAACACCTTTAAGAACACGTTCTTCGATGTCGGTCGCCTGACCAACACCGTACCCCTATAATGTCAATTTTTTACTGACATTATAGCCCATTTTTGTTGTAGTGACATTTTATTTAATTTCATTAACTTTTTTTTTATAAATTGATATGAACCGCCCAATGCATTAAATTATTATTTAATAATTTTGATGTAATTTAATAATTTCCAAAATTATCCTTGTTAATGACATTTTAAGTAGGGTTATTTTAGATATTTTACTATGAATTATGATAAGTTATTAGGGTTTTATTGGGAGGTTATTTAAAGTTTTGCTTTAAGTTGTTGAAAACAGTTTTGGATGTTTTTAGAACTTGTAGGGTTTCTTGAATGAGAATTATCTAGTAGATAACAGAGTTTCATCACCCGCCACTTTGCAATTCTTGAATCAGGATTGCATGCCAACAACATTCAGGTAAGTCTCATCATCTTGCTTGTGGAGTGTTCGAACTTGGAATAAGGAACTAGTTCTCCTTATCTCTTGGTCTTCGATCAAAAGGTAATCCAATTCTAATCTTTCCATCAACATCTCGATATCCTTGAAATAATCGTCCACACTTTTACTTCCTTGGCGTAGAGCTTGAAGTCTTTGTGCACAATCAAGAAAAGTACCAGTAGAATTCCACAAAAATGAAAACTAAAAATCAAGAATCTAATATTCAAGATTCGACAAACTAGACAAGAAAACAAGAAAAACAAGATACTTAGAAACAAAAATTTAAGATTCAAGATTCAAGATTCAAAGAGTTATGTAAGATGAATAAGAAAATGACAAACAACTAGACAAATCAATGATAAAAAGGAAACAAGAATTAAGAATAAAAACTAAAAGCACTAATTTTACTAAAACCCTAATTTAAATTATAAGAAGTTTCAAATTTTGATTTGAATAAGCAATGCACTTTTGAAACAAATAACTTTTTCTTATAAATTTCAGTAGCTTAAAACTCATAAAAATTAAGCTACTTGCTTGGCTTGACGTGCCTGCTTTTTCCTCTTAATTTCGAATCGTAGAACCGAATCCCAATTTTTTTTAAAAACAATTAACGTGCTTGCTTAATTTTTTTTCCACTTCCAAATTGGAGAACCGACTAAAACAAATTGACGTACTTGCTTGACGTGCTTGCTTCCAATTTTTTAATTGACATTCTTGCTTTTAATTTTTTTTCTCCTTCGATTTCATGCTCGACCGCTTGCTTGACGTGCTTGCTTCCAATTTTTTAATTGACATTTTTGCTTCTATTTTTTTTTCTCCTTCGATTTCATGCTCGACCGCTGCATATCACTTTTTTTTTCTTTTTAATTCCTTCAAGTTGCGTTCGCCACACTGATTGTTTTTTTTCTTTGATTTTTCAAAACAACAACACACAACAAGAACCCTAATCAAGAAATATACTCAACAAAAAAAATACAATTGAATAAGACGTATACCCAATCTAGAGCCTAGGCTCTAATACCAAATGATATGAAAACCATAGAAATTTGCAAATTAAGAATCCAATTTTTGAACCCTTAACAACAAATCTCAAAACCCCCATTTCAATTGACGTCAATCCAAAGGAAAATATTAGAATTGAATTACCTTTTGATCGAAGACCAAGAGATAAGGAGAACTAGTTCCTTACTCCAAGTTCGAACACTCCACAAGCAAGATGATCAGACTTACCTGAATGTTCTTGGCATGCAATCCTGATTCAAAAATTGCAATGTGGTAGGTGATTAAACTCTGCCATTTACTAGAGAATTCTCATTTAAGAAATCCCTAAAGTTCTAAAAACATCCAAAACTATTTTGAACAACTTAAAGGCAATGCTTTAAATAGCCTCCCAATAAAACCCTAATGACTTATCATAATTCATAGTAAAATATCTAAAATAACCCTACTTAAAATGTCATTAACAAGGATAAATTTGGAAATTATTAAATAATAATTTGATTCCTTGGGCGGTTCATATCATCCTCTCCTCATTTTGAAGGATTCGTCCTCGAATCCAAATCAAAGCCTTGTAAAGCAGTTTTGAAGTCGTGGGAAGAAAATGATGTCAATCGATTTCATCTTGTAGCATCAATTGAAACCAATTATAAGGCTTTTGATCAAATGTTGCTGCTTGAATCCCCTCCATTGAGTTCACCTCCGCTTGAATGTGAGAATTCAACGCTAACTGTAGCTTCTTAACTCTTGAGCATGTGATTGGCCCAAAAGGTAACACAAGGGCGTCCTGGTTCATATCATAAACATTTTGTAATAATATTTTTTTTTAATTTACAAATAAGGACATTTCTTTTAAAATAAAACAAGTTTGGATAACAAAAATAAAATGTTTTCAAACGGGTGGTGGGGTGCTAATACCTTTCCTACACTCAACGACCCCCGAACCTAACTTTGAAAATGTAGACCGTTTTTCTTTTTTCCTTTTTTTTTAAATGGGTGACGAATCACACCCCACAATGATTGGTGGCGACTCCAAATATTTCACCTAGAAAGAGACCCTATAGGGAAGGACGTCGGCCGCTTCGCTTCACGATGATGTTGCGACAGCTTGGCGACTCCGCTGGGGACTATTTTTAGAGGGTCAAAGTCATTATGTCTTATTTCTGTTATCCATGCATTCTTTTTAGTCTATATGGCTTTCATTTAATTTTATATATATATATATATATATATATTTTAATGTAAATATTCTTGTGAAATACACTTATTTATTGCTTTTATTCCATGCATTCTCATTTATTTCATACACTTTCACGAGCCTCCTTCCTAGGATATACCCTAAAGATTAGATTCGAAGGCTGAGTAGTGTGACCTTCGTGGTGTTGGGTTTTATGCCTAAAACTCGTAGATAGTAAATATTGTATTTTGACCGTCATTAATAAATTGTTATTAATTATTATTCAATAAATGTTATTGATTATTTTATCTTATTTTAATAATCCTAAAATCTAATAAACTAGCATCCTATGCTGTTTTATGAGTCTTGAACAATATGTAGAGACATATGGGAATTAATGTTCAAGTTACAGCCTAAAGGGTTTATAGTATAAGGATAGGGTTGGGTACCTTATCTTGGTAAAATCCTGAAAGTGTGGGGGCGTTTGGCAAAGGTGCAAGTTCCTTTACCAAAAAGGACCAAACTTGGACCTAAGACAATTGATTATGTCTTTATAGGCTATGCAATGCATAGTGCTGCTTATAGATTCATGGTAATTAAATCAGAAGTATCTGATATTAATAACAATACCATCATGAAATCTATTGAAGCTGAATTCTTTGAGGATATATTTCCTTTAAATGAGGAAAGACACAAAATTATTGGTACCAAAAGAATTAATGAGGCTAGCTCTTCGAAAGGTCAAGACGATCAGAATACTGAGTCTGAGCCTATAAGAAGCAAAAGAGCTAAGAAAGCTAATTCTTTTGGACCTGATTTCATAACCTATATGATAGAAGGTGAGCCAAAAACGTTTCAAGAAACTGTATCATCTCCTGATGCACCTTATTAGAAGGAAGCTATGAATAGTGAGCTAGAATCCATTTTACAGAACAATACTTGGGTATTGGTTGATTTACCTCCTGGAAGTAAACCAATTGGGAGTAAATGGATTTTTAAGAGAAAGCTAAAGGCTGACGGCGCTATTGATAAGTATAAAGCCCGCTTAGTAGCTAAAGGCTTTCGCCAAAAGGAATGGCTAGATTTCTTTGATACATATTCTCCAGTGACGAGGATTACATCTATAAGGATGTTAATTACAATAGCAACTTTACAAAATTTAGAAAACACCAAATGGATGTAAAAACTACATTCTTAAATGGAGATTTAGATGAAGAAATTTATATGGAACAACCTGAAGGGTTTGTTGTTAAAGGATTGGAAGACAAAGTTTGTAAACTTGTCAAGTCTCTTTATGGGTTGAAACAAGCACCCAAACAATGGCATGAAAAGTTTGATCACACTATGTTATCAAATGGATTTAAGATAAATGAATGTGATAAATGTGTCTATGTTAAGACCATAGATCAAGAGTATGTCATCCTTTGCTTGTATGTGGATGATATGTTAATAATGGGCACAAATAGAAGTGTCATTGATTCCACTAAAAGGATGTTGAAATCCAACTTTGATATGAAAGACCTTGGTCTTGCTGATGTTATCCTTAGAATTCGAATAACAAGAAATATAAGTGGATACATACTTTCTCAATCTCACTATATAGAGAAAGTGTTGAGAAAATTTGATCATTTTGAGAGTAAGCCGGTTGTTACTCCATTTGGTCTAAATTGTAAGTTGAAGAAAAACAATGATGAAGGTGTGTCTTCTCTAGAATATTCTAGAGTTATTGGCAGCTTAATGTACATAATGAATTGTACAATACCTGATATTGCCTATTTAGTAGGAAGGTTAGCAAGATACACTAGCAATCCAGGACATGATCATTGGAATGCTTTAGTCAGAGTTCTAAGGTACTTGAAGTACACTCTAGACTATGGATTGCATTATACAAGGTATCCACATGTATTGGAAGGATTTAGTGATGTTAATTAGATTTCTGATAGCATGGAGACTAAATCAACCAGTGGGTATATTTTTACCTTAGGTGGAGTAGCTGTATCATGGAAATCTTCAAAACAGACGTGTATAGCACGTTCTACTATGGAATCAGAGTTTATAGCTCTTGATAAAGCAGAAGAAGAAGCTGAATGGCTTCGAAATTTTCTTGAAGATATTCCATTGTGGCCAAAGCTTGTAAGTGCAATATGTATTTATTGTGACAATTTAGCAGCTTCTATAAGAGCCAATAATAATGTCTACAATGGCAAGTCACCACATATTAGACGCAGACATAATTCGATAAGGTAATTATTCACTAATGGAATAATTTCCATTGATTATGTGAAATCAAAAGAGAATATTGCAGATCCTTTGACGAAAGGATTGTAAAGAGAGCAAATTGCATATACATCGAGGGAAATGGGGCTAAAGCCTATGAAATGAGTTATCTGGTGGTAACCTACCTAGTTGACTGGAGATCCCAAGATCTAGGTTCAATAGGCAAACTAGCTGAATAATTCATAGTTGACACACTAAGAAACTTATAGTTTCTTCCCATTTCTATAATGTTGTAGAGTGTGTGGTCTATTGATGCTGAGGTCATATTGATATCTTGTTTTACAAGAGGAGTAATGACAGAATACTCTTAATCAATATTACCTATGTGAGAGTAGAAGTGGGGTCGCTTCTATGAGAACCTTTCAAATTGCTTGTGTTCTCTAAAGCTCTCATGAATTCAGGATTTTGTCCAGGACCAAAATGGACACAAACGTATAGAACTCGAAGATACAAGATGAGTTGTGTGTGATATCTATTGTCTCAATTCACCAATGAGAAGGATAATTCCATAGCTTGGTCTCACTATTTCTTCGGTAAATTCGATGGATATTCACTAAGAAAGGTTCAAGTCCAGAAGACACCTCTCCTGATGCATAGCTTGTCTGTTTGCTCTCAACAGTTTTGTTTGATTTTTCTCACTTTCTTTCATGTGGGGCATTGTTGGATATTTATAGTGAAAGGAAAAGTGAGATGTTGATGAATATTTGAAACATAAAAAAAAATGAATTTAATTGTGTAAATTAAATTCATTGTTGGAAACTTTATATTGGAATGAAGCCATCAAACTAAGATGAAGTTTCATGTACAAACTTAACATGTATGGAAGTTAAATTTGTAGTTTCTTCAATTTAAATGAGTTATATGTGATTTTTGTCAAGTAACAACTAAAATGAGTTAAATTTGACAAATGTTTCAATTTTTGTATTTATTTATTTTATTTTGTATTTTGGAAAGTTACTAAGTTGCTAGCCTATAAATAACAACTTGTTTCTTCATTTGTAGCATCCCACTTCAAATTGAAGAATTCTCTCATTTCTTTCTTTGTTTTCATCTTGTGTTGAGTTGAGAGCAAATATCCAAGAGTTCTCCCAGATTTGAGTAGTTCGAGGTTGCAGTTCTATCGGAGTGAGTCGTTGTATCCTGTTGAGACGACGTTGTAGTCTGCTTGCATCCGATCCAGAGCAAATAATTGTGTTCATGACAGCGCTTATCAGAAGCGTGTCTCGACTACATTCTGAGTCTCCAAAAGTTTTGAGGTTCTTTCAAGTCTTTAGTTATTATCATATCTAAGCCTTGTTACACCACTTGTTAAGTGTATTGTTTCTGGTTGAGTTGTAATAAGTTTGCTAGTGTATTAAGTTCATATATACCATTTTCCCTAAATATTAGTTAGCTATTTGTTTTTTAGGTCTTCTAAACCATGGAGAGCCAAAGCCATCAAATGAGGGGCTGGATTGAAAGATTCAATATTATAGTTGGAGGGTAGAAATCCTATCAATCTTCTCCCACATGTTCGTGAATAGGGCAAATATTAATTTACACCCCTAACCTTTTGGGGTCATATCAATATATATTCTAAACTAATAATTGTATTATTTTAAACTTTAAACTTTCATAACTGAATCAATTTAAACAAGTTCTTGGTAATTTATAGATATTTTAATTGATTTCATATAAAATTCACTAGAAATTACCTAAATAAATTTATTCCTCAGCGTTTAATTTGTTTTTTTTTTTCTTCGCATTCTTTCTTCTATTCTTTTGTTTTTTTCTCTTACTCTTCTTCTTGATATTTTTCAGTTGCGTTTTAGGTTTTTTTTCCTTTTGTGCTCTTTGCGTTTTAGGTTTTTTTTCCTTTTGTGTTCTTTTTCTTCTTCAATGCTTTCCTCTTCTTTGATTTTGATTTTTTTCTAAATCCTAAATTTTGTTATGTTATATTTATGAATTTTCAAGTGGCTTATTCTATCTATTTATTGTTCTTAAATATTTTTTTATATATTATGTTATAGTTTTTAGTAATTTCAAAACATTCAAAAAAAAAAATTCTTTTTCGTTTTTGTATTTTAAAAAGGCCGGTTAGAAATTTGAGAAATATACGGTTATCAAACAAGATCTAAGACAATTATCAAAAAATAACATACTATTTGTGAAATAAAATGACCATATGCTAAATTAACAAAAAAAACAATGTAGAAAATTGTTTTAGGAAATTTGAGTAACTTAGTATATGTATCGATGTATCAAATTATAAATATAATATTCTATTTAAAAAAATTAAAATGGCAATCTAAATTTTTTCCTTTCACGGACGTTCTTGCCCTTTCTGAGGGCATGCCCCACATTAAATATGTTAGGAAATGGAACAAAATTTAATTCCACAGCTAGAGGATTTGAACATGGATTTCATAATTTGAAATTGCCAATGTGCTACTATGGATTGTTTGTAAGAAAATTGCATTTAAAATATATATTCGCAACATACATATGTTTTAATTTAATTATATCTTTTGCACATTTTAATTCTTTAATATTTTCGTCAAAATAATCCAACTATGTTTTAGTTAGCTTTTTTGTTTTTTAGGTCTTCTGAACTATAGAGCCAAAGTCATCAAATGAGGGGCTCAATCGAAAGATTCAATACTATAGTTGGAAGATAGAAATCATATCAATCTTCTCTCATGTTCGTGAGTAAGGCAAATATTAATTTACACTCCTAACATTTTGGGGTCATATCAATATATATATTAAACTGATAATTGTATCACTTTAAACTTTAAACTTTCATAACTGAATCAATTTAAACCATTTCTTGGTAATTTATAGATACTTTTAATTGATTCCATAAGAAATCCACTAAAAATTACCTAAATGAATTTATTTCTCTGCGTTTAATTTGTTTTTTTTTTCTGTTTTTTTTCAAATTCTTTCTTCGATTTTTTTTCCTACTCTTCTTGATTTTTTTTCGTTGCGTTTTAGGCGCTTTTTTTCTTTTGTGTTCTTCTTCTTCCATCTTTCATCTTCTTCGATTTTGATTTTTTTTTATCCTACACTTTGTTATCTTATATTTATAAATTTTTAAGTGGCTTATTATATCTGATTTTTGTTCTTAAATAATTTTTATATATTATATTATAGTTTTTAGTACTTTCATAACATTCAGAAAAATTCTTTTTCTTTTTCGTATTATAAAAAGGCCGATTAGAAAGTTGAGAAATATACGGTTATCAAACAAGATCTAAGACAATTATGAAAAAATAACATACTATTTGGGAAACAAAATGACTATATGCTAAATTAACGAAAAACAATGTAGAAAATTGTTTAAGAAAATTTGAGTAACTTAGTATATGTATCGATGTATCAAATTATAAATATAATATTATATTTAAATAAATTAAAATGGCAACTTCTTGGTTAAAGACTTCGTCATATAAAGCTTCAATTTCAACCAAAGACTAGTAATAGTTTCTTTATCTACGACCTCCATGATGACATCATCAGCCAAACATAGTATGATAGTCGAATGGGCCTTCTCCTTCAGAGTCTTCTACTCTTCATCATTTGCAACTAACTTTTTTATCTTATCAGTTAGCAATGCCTACAGTCCCTACTGCTTCAGCAGGGACCACATTCTGATCGGCTATATACCCAAACTATTTCTCCCAGTGAATTTATTGATTTTCACGTTATGGTAGACATCTTTGTTTGTCAAACAGATGCAAAAATTCAAGCTCTAACGATTACTCTCTGATACCAATTTACTACGAAATTGACAAATATAAAGATGAACAGAAAATGTAAATCAATAGAGAATCAACACAGAGATTTACGTGCTTCACTAACAGTGTATTAGGTTCGTCCATGGGCAGAGGGAGAACAGTTCAGATTATTAATTAAGCAGAGGCGCTTCTAGAGTTAGAGAGTTTATATAGTGCACTTCTCTAAACCTTAAAATAAAAAATGTAAATAACGTATACGAAAATAACTTAGATTTCATGGCATTCCAACCATCATTTCTTGTGAAGCCTAAAATTTGCGCAAAAGAGACGCTCCTTTTCTTGTAGTGCACTTTCAAATGAGTTGTTACGTTGTAAGAGATTTCATATATAAACCGATTCACCAATCAAACACTGAAAAAAAATATCTGACCATGTGCTAATTTAGTATTTAGTATTTTATTCAATGCTATTTAATACATTATCTTGTTTTTGTTTAAATAAGATAACATTTCCTTTATTATTTAGTATTTCATCCAATTGAAAATTTTTCCACTCATAATTACTAGGCATGGAAATGGGATCCTAGATCTCAAATAATATATATTTTTTAAAAGGGATTATAATCCTCGATTTCAAGAGCAATAACCAATTTTGTTTTATGAGATAGATGACTTGATTTAATAATCATTAGTTGAATAAATATGGTTCCTGATTTAGAATGTTTTCACTCTTTATTTGCCTGTTTTTTTTAAAAAAAATAAAAGAAATTTTGAGAAGGGAATTAGACTATTTGGAGGGAAATCGAACTTTAGATATTGAAATAGAAAGTACAAGTTTTATGTCAATTGAATTGTTCTCAACTTTTTATAGGATTAAAGTATTTGAAGTTAGAGAATTAGAACAAACCTTTTAGATAGTAAAAATTTATATATTAGATATTTGGGAGGGGAAGAAACCTAATTATATTGATGGAAAAAAATATTAATATATTAAATTATAAGTTTCATCATAGTTGTATTTATTTAATTTATGCACAAAAATTTGTTTACCACTCTTTAAGAGTGACTTTATTTGTCTAACTACTTATATTATGTAAATGTCATGTTATTTTTAAATATCATATTACCAATATTAATGATTTGAATCACTGATTCACAAGACTCAAGAAAGTAGATATTAGCATGTGATAGCCAAATCAAGCTAGACATCATATGAACACGTGGATAATTTATTCATTTATTTGAATATTATCAATTACAAAGAAATAAATTGTCAAAAAAAGCATATCTCAATTAGAATCAAGTATGTACTATCAACTGAGAGGTAAGAGGTTCGATTTTTCCACTCTACCTATTATAAAGAAAAATTACGAACATAGAGAATTGTCCAACTCTCAATTTTTAAAATGGTTATTAATATCTTATATACTAAGAGTCTGTTTGGATTGACTTTTTAAGTGTTTATAAGTGAAAAAAATGTTTATAAACACTTAAAAAGTCAATCCAAACGGACCCTGAGTTATGGTCAAATTAGTGGAACAGTGAGCAGACATAATTAATCAATTCTTTGAAAGTGATGCTAGTTTCTTTATATATGTTATAAGAATTTGTAAATGTGAATTGGAATAAGTATTGTGATGTGATATAGATTATTCATGTGTGTATTTTATAATATGAATTGAACTATATAATATAAGGAAAATTATTGTAAATGGAAAAAATATCAAATTATTTACAAATATAGAAAAATTTCACTGTCTATCAGTGATAAATCGCAATAGACAGCGATAGACTTCTATCACTGAGCTCTATCGCGGTCTGTCGCTGATAGATAATGAAATTTTTCTATATTTGTAAATATTTTGGATCATTTTTATATATTTCAAAACAATCCATAATATAAAGTATGAAATAAACTATTTTTTTTATAGAAAAAATGAGATACAATAGTCCAACCAAGAGGTGATTATTAATTAATGGCTAAATTATATAAAAAAAAATACTCTTGAACTTTATATTTTGTGTCAAAAATATCCTTGAACTTTCAAAAGTTTCAAAAATACCCTTAAACTTTCAAAAAGAGTTAAAAAAAACATCCTTACCATTACTTTTGGATGAAAACCATTAAAAATTTGGTTTAAAAAATACTCCTAAACTTTCAAAAGTTTCAAAAATACCCTTAAACTTAAAAATAGTAAAAAAAAAAAAAAAATACCCTCACCGTTAATATATGAACAAAAACAGTTAATATCTCGTTGCAAAAGTAAATCTAAAATTAAAAAAAAAAGTTAAAAAATGCTTCTACCGTCAGTATGGTGATCAATTTGCTTGATTTCTTTTAGTTTGAAAAGAAACAATTTTAAAACAAATTATATAGATATCCTCTTTTTTCATATAAATACTCTCATTTTCACCTAATTTTCAATTCCTTACACCAATTTTCTCATCAACCAAAATAAAAACCAAAATTTTAAGTTAAAACTTAAAATCCCACAAAATCTCACAGATTTCAAAATCAAAATCTACTCTTAAAACATACAAAAACGATAAATAGTCAAATAAAAAAAATGTATTTGGCTATTAATATATACTCTACTATTGACCTAAAACTTTGTAAAATATTTAAGCCCTAAAATTTTTTAGTGCTTCTATTATTATCTTTCTTCTTATTGTAGTCCACATACCCTATCTAAAATGGACAAATTTATTTATTTATTTATTTTCTTTCTTGAGATATAAACAAATGTCAAAAAGTTAACAAAAAGAGGAGTAAGCGAGGTATTGAAGAATGTCGAGATTTATGTCCTAAATCTCGTAGTTTGTAATGTATAAACATATATATTCATTTATTCAATAAAATAAAGAGTTATTTTATTCAAAGTAGTCTTGTGTAACTTAATCCAATAAACTAAGATCCAAGGTTATTTAATGTAACTTGAACAGTACGTGTTAGACATACAAATGGATCGTGTTCAAGTAATAACCTAAAAGGTCTGCAGTATATGGATAAGGTTGAGTGTCTTATCTTGGTGACACTACGGATACAAACCACTTTGTAAATGTTACAAGAGTTATAAGCATTATAAACGATTTGATCCAAATCGTTTATGTGGAGATAAGCGAGTGGGGGTATCCTATACAAAGAGTTTGTATAAGACTGGATCGCAAAATGCTTAGTCTCTCTTTATAACACCGTTAACTAAAGAGATTAATATTTCATAGGATAACCGTACCGTGTAACTCAATCTCAATCCTGGGTGAGTTATGGACTTCTATCTATGAGGACAGTCCTTTGACTTGTATGGGTGAGAGTGACCCGTGTCGTCGACTCAATATGGCTACCATTTTGGGGACTTGTTCAAGTATGGAGCTGAAAACATAACTACACAAGATGAAGTTCACTCCTTCCCTCCTTTAGGGTTAGTAGAGGAATTGCTCCCTTAAGGGCTGATTCCAGGTCTTGAACAATGAGGTCTCACCCTCTCACTGGCTCGAGAGGGATTTAGTTTATAGTTGAACTATAAACTGATTGTTCATTAGAGAGAACAATGGTACTTAAGGAATAATAGGTAATTACAGGGGTAAAATGGTAATTTTGACCCAACTGTAGTTATGAACAATTCATGAAGGGTCGACTTACTAATAACGGTTATATCTATGGACAAAAAAATATATCTTCAGTGCGAAGAGTACAACTGTGTTTCTTTAGTGGAGTGACCCACAATTAATGAGTGTTGATTAATTTAAATAAAAAATTTAATTAATTAATCTCGAATCATTGGAGCTTCTAATCTGTAGGTCCATTAGGTCCCCTGCTAGCTCACTAAGGGTAAAACAAGGATTAATTAATTTTTGATAAAATTTGAATTGTTCAAATTATATGAGGGAAAGTGCATTAATTGTATTAGATACAATTAATATAATATATAAAGATACATTATAATATAAAGTTAATTTTGAATTAGATTCAAAATTAAACTTTATAATATGAGAGTATTAATGTTTGAATAAGATTCAAACATTAAACTAATATGAATAAGATTCATTCGTAAGACAATTAAATGTTAATTGTATAAGATACAATTAATATAATGTATACATATGCATTATATTATAAAGTTAATTTTGAATCAGATTCAAAATTAAATTATATGAGAGAATAATATATTGGGGAATTTTTAAAAATAGAAAATAAGGGAAACTATTTACACAAAATAGAAAAATTTTTAGAGTTGTTATAGACGTTGATCGAAATGATAGAAGTCTATCAATGTCTATCAGTGTTTTTTTTTTTTGCTATTTTCTGTAAATAGTTTGACATTTTTTCTATCTGTTAAAATTTCCTTAATATATTTGAATATGATTCAAATATTAAGTAATATGAATGAGATTCATATTTAAACTATAGGTTATGACAGGAAAATACAATTGAATATAATTCAAATATAATATTAATTAAATATATGATATTTAATTAATTAGATTAATTAATATTTATTTATTTTAATTAAATTAAATTTATATTTAATTTAACTTTAGTTAAATTTTTAACTCCCCATGGTTAAAGGGAGTTAAAGATTGGTCAAGGGAAGTTAATTTATAAAATAACTTCCCCTTCTCTCTAATAAAGATACAGAATAACGTACTCTCTGTGATGGTGAGTTCGTTTTTTCACCAATTCTCTCTTAATTCCCTCTCAACTCTTAACAGAGAAACATAAGAGAAAAGTTTTTTTCTCTATAACTTCTATTTCCCTGAGATTCCAAAAGGGTTCCCACATAACCTGATCCTTGCTGAAGAATAGCAGGGAAGACCCTTTAGTGGTGTTCTATTCAAATCTGAAGTAAATTTGCTAAGATTGTGATCACAACGTGGACTAGGAAAAGAATTGAAGAAGTTGTCTTCAAAGGTATCTTCTCTTTCCCCTACATTCTTTTGTAAAAAGCATACTGTAAAATTATGTTTATTCTTGTTCTTTTGTTTTTCTAGATTTTCTAAATCGAATTACAATGGCATCGACGTTCATGCGCTTCCGCATGGGGATTTGATCCCTTCAAATAACCGTAATTAAAGGTATTTTGAACTTTTATTTAAGTTTAAGGGTATTTTTTTAACTTTTGAAAGTTTAGGGGTATTTTTGACAGAAAACACTAACGGTTTCTAGCCAAAATTAATGATAAGAGTATTTTTAAACTTATTTTGGAAGTTTAGAGATATTTTCAAAACTTTTGAAAATTCAAGGGTATTTTTGACACAAAGTACAAAATTTATGGATATTTGGTATAATTTAGCCTTAATTAATTTGAAAAGATACTTTGGCAATTTTGGAAACAAAGTTGGCATATCTCCCAAAATTAAAATTTAATATTAATTTTAGATTTTACAATTCATTTATTAAATTTCATATTATCACCTAATTATTTTCTTCGAATAATTTTAGTTGATCTTGTTGGGATTTATGTCATAAATCTCGTAGTCTGAAATGATAAACAAAAGATTGAATAAATCAAGTTTTATTCTTTTTCAAATAGATAATGCTATTTATTATTTGCATGACTCAATCCAATAAACTAAAGATTTGATGTTATTTAATGTAACTTGAATAGTATGTGGTAGACATACAAGAGGATCGTATTCAAGTAATAACCTGAAAGGTCTGCAGTATATGGATAAGGTTGGATGTCATATCCCGGTGACACTGATACGACCCACTTTGTAAATCTTACAAGAGTTGTAAGTGTTACAAACGATTTGATCCAAATTGTTCGTGTGCAAACATGCGAGTGAGGTATCCTATCCAATGAGATTGTATAAGACTAGACCATGAAATATATAACCTCTCTTTGTAACATCGTTAACTGAAGAGATTATTATTTCAATCGATGACCATGTAACTCAATCTCAATCCTGAGTGAGTTATGAACTCCTGCTCATGAGGGTCGTCTTTTGTTTTGTATGGGTGAGAGGGGTCCTAGCTGCCGACTCAATATGCCTACCATTTTGGGGATGATACGAGGTGAAGAGCTGGAAACATAACTACATAAGATGAAATTTACTCCTTCCCATCTATAGGGTAAGTAGATAGGTTATTTCCTTAAGTGCTGACTTTGGGACTTGGACAATGAGACCTTACCCTCTCACTGGCCTGAGAGGGGTTTAGTTTATGGTCGAACCATAAATAGACTGTTCATTAGAGGATCAGTGGTACTTAAGGTCCAAGAGGTAATTATAGAGGTAAAATGGTAATTTGACCCAGTTGTTATTATGAACAACTTGTGAAGGATTGACTTATATAAAATGGTTAATTTGGACACATAAACATTCTATAGTTCATAAGAGTGTAGTTGTGGGTCTTTAATGGTATGTCTCATAGTTATGAAGGTTGATTAATATAATTAAAGAGCTTAATTAATTAATCTCGTATCGTTGGAGCTTATAACTGTAGGTCCATTAGGTCCCTCTACTAGCTCACAAATGGATTAAACAAAGATTTTAAAGTGGTAAGAATTTGAAGGGTTTCAATTATTTTAAAGGAATCAAATGTATATGATACAAATAATATAATGTTAATTGTATATGATACAATTAATATACTGAAATATTTGATCGACACCAGAAAAACACTAGATAAACCAGATGTCACAAACAGAATGTCGAACAATGAAATAACAAGTAGGAAGAAAATAACACACAAATATGTTAACCCAGTTCGATGAATCACCACCTATGTCTGGGAGGCTTAATGCTCAGGTGAAAAGAATTCCACTAGAATAAATCTTAGTTTTAAAAAAATACACTTCGACTAAGACTTTATAAACTCAGTTTTCTGAGAACTGAAAACCAGCGAGCAAGTTAGGCTTCCCCTAACTTTGATATTGCTGACGATGAGTCTGTAGTTTCAAGCTCCCCTTGAAATTGATGCACCTTGCAACGACTTCACCTTCTCTTCACCTCCAAGTTGAGTTCACCCTCAACTAGTATCTCACAGCAACTTTTGTCGAGATTGCACGAACAGTTCATGATGCACTAACAGCATACTCTTGCACAGATTTCTTTGTATATGTTCACATTCACGAATACAATCTTTTTCTTCTTTTTCGTTGGCGTTCTTGCACACCAGTTCTCTATTAACAACTATAAAAAATATAACCTAAACGACCGAGAAAAGGCACATCTAAATATACACCACATAACGAAAGAAAAATACCAAACCCAAAAGGAAACATATCCACCTAAAAAGAAAAAGCATAATTAAAAAACACAACAGATCGAGCCCAAAACAACCCTTTCTTCCCCTTTTGCCAAGAAGAAAATCAATCAGAAGCAGGGGGCTGAGCACTTGTCAAAGCATCAACAGCGCGCGAAAGCGATACCGTCAAAAGATGAACTAACAAATCCATTTCAATACGACGATCAGATTAGTCACAAATGACAGTGCTCAGGGTACGCAAATCAGTACCAAGAATACGAAGAATCCAAGTTCCAAGCTCAGTAGGAATCAAGAGACCACCATCTGAAACCTGCATATCCTCTAGGAGAGGAATATCAGTAGTCTTAGGGGGACAAATGTTGTGCATAATTTCATGGACATGGGATCCCTGAAAGATCTTGTAACTAAGGTTGAGAACCTTGGGATCCAGGCAAGGAGCATCATCCGGACCAAGAATCGGGGGGCACTGAGACAGAAGATTACCAGAGAACAGACACCGGAGACATATGGGAAGCTTAATCGCAAAAGAATCAACATGTCTGAGAAGCTGATTATACACAAATACCCCAAAGTTGAACGGAGACAGAGTACCAATTTGATAAAGTAAGCTTGCAAGAGATGGAGAGAAGCTGGAACCATGTGTTGAAGGACATAATTTGCAATGACAATGTGAAACAAAATGGCATATTTTACACTTAAGGTGGAAGCAGAAAGTTGACCAGACTGAGGTCACATAGACCGAGTCCCTCCAGTAAGTTCTGAGACAAGTTCCTCGGTAGTAGGATAAGGCTCCCTAAGAGGAGAGGAATCAACAAGACCAAGATAGGCATTGATAACAACAGGTGAAATAGAGAAACAGGTACTACAAATGTGTACCTTCGATAGTCCAGACTGCTTGGGTCATTAAAGTTTACAAGCAGATTGACAATAAACTCCATCATCAAAGGGTAAAAGGGGTCGAGATCCACAAAGTGTTCAAAAGACCAGCACGCTGAATCATATCCATAATATCAAGGCAAGACTTAGTATGGTCAGAGAGAATCTTTTCATCAGCAATTCTACGTTGCACCACATATTTCCACTTCTGAACATTTTTCTCGCAGTGGAAGGACACACCATGAAGGGCACATCCGACATATTTTGAGGAGTTTTACGCCTGCCAATTTTCTTGCGTTGTCGTTTACCTCTAACAACAACAATATCATCTTCAAAGCTGGAAGTGGAGAAGTGCTCAAAGGGATCAAATTTAGATTCATCAATTGGCTTCTTTGAAGGGGTGTGTTTGGACCTTGTCCTAGTGGAAGGACCACTCTCAGAACAACCCTGCAAGGAGGCAACCTTCCTTTTCTTTCTAAAATGAGCAAGCGCAATATTGTCATTAGATGAAGCAGAGATAGTGATTTAAGAGGAACTGGATTCAGAAACAAGGGACTAACTTTAGCAATAGACTTAGAGTCAGAGGCCTCGTGAGAGGCAGAGGTGGAGTCACTGGCATCAGCATCTTTCTCAGCAGCATCAGACCCAACATTGTTACTCACAACATCATTAGTGACAGAATCCCCCATTTGAAGAAGGATGTTAGAAACATTAGCCATAACATTATCATTCTTATCAACAACAGACTGGCCACTAATATTTTCAGATAGCATGATAGTATCATCAAGTAAAGATATACCACAAGTAGAAGTAGAATCAACAGATTTCATAATAGCAACAGGATTAGAATTCACATTTTCAGAAATATAAGGACTAGAAGCATCAACAACTTCAACTTTTTCATAATGAACACTCAAATGACCAGGGACCACAGAAGAAGACTCCACTTTCTTAGAAGACATACCTTCATCAACTTAATTGACAACAGTAGGGAATCAGAGGCTGTCAGGGGAGCATCAGTATAGGTTTCGGCATGCACAACCACAGGAGGTAATTTCATGATGTAATGAAGGAATAGAGGCATCATCAAGGGCAACTTATACAATATTTATCATAACAATACCATCCCAAAGAACTATTGATATGAACCGCCCAAGGCATCAAATTATTATTTAATAATTTTGATGTAATTTAATAATTTCCAATTTTATCCTTTTTTATGACATTTAAGTAGGGGTGATTTTGTCTTTTATTAAGTTGCATTAGGGTTTCTTTTATTGGGAGACTATTTAAAGTCTATCCATTAAGTTGTTGGGACAGTTTTGATGTTTTTAGAACTTTAGGGTTTTCTTGAATGAGAATTCTCTAGTAGATGACAGAGTTTCATCCCGCCACTTTTGCAATTCTTGAGTTAGGGTTGCATGCCAAGAACATTCAGGTAAGTTTGATCATCTTGCTTGTGGAGTGTTCGGACTTGGAATAAGGAACTAGTTCTTCTTATCTCTTGGTCTTCGATCAAAAGGTAATCCAATTCTAGTCTTTTCCTTTGGATTGACATTAATTGATTTGGGGGTTTTGAGATTTGTTGTGGATTGGCATTAATTGATTTGGGGGTTTTGGGATTTGTTGTTAGGGGTTCAACAATTGGGTTCCTAATTTTCAAATTGTTAGGGTTTTCATATCATTTGGTATCAGAGCCAGGTTCTAGATTGGGTATATGTTTATTTCAATTGCCTTTTTTTTTATTGAGTCTATTTATTGATTAGGGTTCTTATTGTGTCGTTTTGAAAAAAAAAAAAAACAAGCACGTCAATTTAAAAAGAAAAAAAATCGACCGTGAGTTTTGTAATTGGAATCAGAAAGGGAAAAAAAATAAGCAGGCACGTCAAGCAAGCGCGTCGACGGTACTGTGAGAAAAAAGAAAAAGCAGGCAAGTCAAGCAGGTAGCTCAAATTTCATGAGTTTTAAGCTGCTGAAATTTATAAGGAAAGTTAGTTGTTTCAAATTACCCCAAATTAGGGTTTGGGGGTAAAAGTAGTGTTTCTAATTCCTAATTCTTGTTTCCTTTTTATCATTGATTTGTCTAGTTGTTTGCCATTTTCTTGTTCATCTTGCATAACTCTTTGAATCTTGAATCTTAAATTCTTGATTTTTAGTTTTCTTTTTTTTTTTGTGGAATTCTATTGGTTCTTTGCTTGAGTTTGACAGTTTACAGTCATTCTTGTTTGGTTTGTTTTTGGCTTGCTCTTCTTATCTTAATTGCAATTTTGGCTTATTGCCCTTTTTAGAGCATTCCTTTTTGTGAGAGAGTGCCAACATTAAAGAGTGTAAACACGAGTGAACATCACCTATCGAGTGAAACACGGAAGGGAGTGACTTGTGAGGTCCACTTTACTTTCATTTGTTTTTTTTTTTTTTTTTGCAGCAATGTCAGGCAATGGAGGTGCTCCACAAGGGCAGTTACAAGAAGGATTCAATGAGGGAGTCATGCGAAACTTGAAAACCTTAATCAATGCGAGATTGGATAGAATAGAACAAAGGCTTCAAGCTAGGGAAATACCTCAAGTAAGGAGGCGGGTTGTAGAGGTTCCTGAGGAGAAAGAAGACTTAGAGCAAGATGAATCTGATTCTGACCCTACTATAGATGGGCCTAGAAGAGGGGAGCGACAAGTCCAAAGGGGAAGAGGAGGTTTTCACAATAGAAGGCCACAAGGTAGAAGAGAGAGCCATTATAGCGATCGAGGTTTTGGAAACATTAAAGTTAAATTTTCAAAATTTTATGGTAAGTCCGACCCTGAGGACTACTTCCAATTGGAACATGAGGCGGAACATATTTTTTGTGGTAACGATCTCTCTGAAGAGAAAAAGGTAACTATCTCTATAACACATTTTAAGGAATATGCACAGACATGGTGGGATAAGGTGTGTTCTCAAAGGAGGCGGCGACAAGAGGGTCCCGTGGAAACATGGCTAGAATTGAGAGAGCTCATGAGGAGGAGATTTGTACCGAAACATTACTTGAGAGATTGTGCACAAAAACTTCAAGCTCTGCCCCAAGGAAGTAAAAGTGTGGATGATTATTTCAAGGAGATGGAGATGTTGATGGAAAGATTGGAGATAGATGAGGATGAAGAGAATACTACGGCTAGATTTCTTCATGGTTTAAATATTGATGTGACCGAATGTGTCGAATTACAAGTATATGATGATATGGAGGAATTAGTGCACCTTGCAGTGAAAGTTGAAAAGCAATTTCAAAGGCAAAAATCAAGGTACACTTCTAAAAAATTTTCCAATTCAACGTTTGGGAAACATAGTGACAAACTTGCAGAATCTAAATTTAAAGCTAAGTTAGGAGGTGATAAACCTAAAGATAAAGGAGAGTCCTCGTCGAAAGCAAAACCAAAGATGGAGGCAACCGCAGGTAGAAATAGAGATTTTAAGTCTCGAAAATGTCAAGAAGTGGGACACATAAGTCGAGAATGTCCTAATAAGAGGACAATGATCATTAGAGAGGGAGAAATAGTCACTGATGTGAGTGAAGATGATGAAGAGACAAGAGGGTTAATGAGTGACCAAGAGGGGGGGGGGAAGAAATGGAAGATACGTCACAATTATCATTATTCACTAGAAGGGTCTTAAGCACACACATAAAGGAGGATGATTTGGAGAATCAAAGAGAGAATCTTTTTCATACACGTTGCCTTGTACAAACTATACCATGTAGTGTAGTAATTGATAGTGGAGCTGTACGAATGTCGTGAGCTCTAGTTTGGTCTCGCGATTAGACTTGGATACTATACCTCATCCACGACCCTACAAACTACAGTGGCTTAATGATTGTGGGGAGCTCAGGGTGACTAAGCAGGTGAAGGTTCTTTTTGCCATAGGGAGATACAAGGATGAAGTATTGTGTGATGTGATACCCATGCATGTAGGTGACATACTCCTTGGTAGGCCTTGGAAATTTGATAGGAAGGTTATCTATGATGGTTTTCTTAACCGTTACACTTCACCCACAATGGTAGGAAAACTCCTATCCCCCAAAGAAGTACTTAGTCAAGAGAAGTTAGTAAAAAGAAAAGAAGAGGTTGCAGCAAAAGCAAAAGAAAAAGGAAAAGAAAAAGAGAATTTGAGAGAAAATGAGGGATTGAAGAAAGAAAAAGAGAGCTTAAGTGACAATGAGGGATTGAAAGAAAAGCAAGTTGATAGCACGCGACCTAAAGAGAAAAAAGAGAGAAAACTAGCTAGTTGGAGTGCTAAATCTTGTGAGGTTAGGAAAGCTATGTTATTAAAAAGAATCATAATTATGGTTACATTTAAAGAAGCTTACTTGCTAACCCAGGATCTAGAGTCCTCTTTGCCTAGTGTTTTTATGTCTTTTTTGCAGGAATTTGAGGACGTTTTCCCTAAGGAGTTACCTAAGGAATTACCGCCTTTGAGGGGCATCGAGCATCAGATTGACTTTATTCCAGGTGCTCAGATTCCAAATCGTCCAGCCTACCGGACCAATCCACAGGAAGCCAAGGAGATTTAGAAGCAAGTTGATGACTTGCTTGTTCACGGGTATGTACGTGAAAGCTTAAGTCCTTGTAGTGTTCCTATCTTACTTGTACCTAAGAAAGATGGATCTTGGCGAATGTGTGTAGATTGCAGGGCTATAAATAAAATTACAATTAAGTATAGACATCCTATCCCTAGGTTGGATGACATGTTAGATGAATTGTATGGTTGTAGCCTGTTTACAAAGATAGATTTAAAATCTGGATACCATCAAATTAGGATGAATGTTGGAGACGAATGGAAAACTGCTTTCAAAACTAAGCATGGTTTATATGAATGGTTAGTTATGCCTTTTGGATTAACTAATGCACCTAGTACTTTTATGAGACTTATGAACCATGTATTGCGTGAATTTTTAGGAGAGTTTGTAGTGGTTTATTTTGAGGACATCCTAATATATTTTAAAACACTAGAGGATCATGTTATGCATGTTAGGTGTGTTCTAGTTGCACTTAAAAAGGAACAGGTTTACGCTAATCTCAAAAAGTGTTGTTTTTGCATGGAAAAGGTAAACCTCCTAGGTTTTGTAGTTTCTAAACATGGGGTGGAAGTTGATTCTGAAAATGTTAAAGCAATTAGGGAGTGGCCTACACCAAAGAATGCTAGTGAGATTAGGAGTTTTTATGGGTTAGCTGGTTTCTATAGGAGGTTCATTAGAGCTTTCAATTTCATAGTTGCATCACTTAATGAACTTATAAAGAAAAATGTAAAGTTTGAGTGGGGACAAGCACAAGAATGCGGTTTCAATGATTTAAAATGATAAGCTATGTAATGCGCCTTTACTTGCCTTACCTAATTTTGAACTAACATTTGAAATTGAGTGTGACGTCAGTGGAATAGGGATTGGAGCTGTGCTAATGCGGGATCAAAGACCATTGATGTACTTTAGTGAGAAGCTAAATGGAGCTGCCTTGAAATATCCTACATATGACAAGGAGCTTTATGCCTTGGTGAGAGCACTACAAACATGGCAACATTATTTGTGGCCAAAGGAGTTTGTTATTCACACTGACCACCAAAGCTTACAACACTTGAAAGGCCAGCACAAGCTGAATCGAAGACATGCAAAATGGTTAGAGTTCATTGAGACATTTCCTTATGTGATAAGGTATAAAAAAGGTAAGGAAAATGTAGTAGCAGATGCACTATCTCGGAGGTATGTTTTACTAAACTCCTTTCACACTAGGTTGCTTGGGTTTCAACATATTAAGACATTGTATTCACAAGACACTTATTTTGCACCTATTATTGAACATCTCAAGCAAAAACGTGTTGTGCCTGATTATGTGTTGTTTGATGAGTTTCTGTTTAGGAAAAATAAACTTTGCATTCCCACATGTTCTATTCGTGAGTTACTAGTTAAGGAAGTGCATGTGGGAGGTTTAATGGGACATTTTGGGGTCACTAAGACATATGACATGTTGAGTGAACATTTTTATTGGCCTAAAATGAGACATGATGTACATAAGGAGTGTGAGAGATGTATTGCATGTAGGGAAGCTAAGTCTAAGTCGAAACCACATGGACTATATTTGCCTTTGCCAACCCCTAGTGGACCATAGTTAGATATTTCAATGGATTTTGTGTTGGGTCTACCTTGATCTAAGAGAGGAAAGGATAGCATTTTTGTGGTAGTTGATAGGTTTAACAAAATTGCTCATTTCATTGCATGTAATAAAACTAATGATGCTAAACATGTGGCTGACTTGTTCTTTAAGGATGTGGTTAAATTACATGGCATTCCTAGAAGTATTGTTAGTGATAGAGATGTGAAATTTTTAAGTCATTTTTGGAAGGTACTTTGGGGAAAGCTTGGTAATAAGTTAGTTTACTCCACTACATGTCATCCTTAGACTGATGGACAAACTGAGGTAGTCAATAGGACAATGGTGACTATGCTTAGGGCTATAATAGATAGAAACATCAAAACTTGGGAGGATTTTCTACCCTTTATTGAATTTGCATATAACAGGGTTGTTCATAGTGTCACTAAATGTACACCATTTGAGATTGTGTACGGATTTAACCCTTTATCACCTATTGATTTGTTGCCTTTGCCTTCTAACGAGGTTGTGAATTTTCAAGCTGATGAGAAGGCTACTGTTATTCGGGAGCTACATAAAGAGGTTAAAGAAAGGATTGAAAAGCAAAACGCCAAGGTAGCAGAAAGGGTTAACCAACATCGAAAGCCTATGATATTTAAGGAGGGAGATTGGGTTTGGGTCCACCTTCAGAATGAAAGATTTCCACATCAACGAGATTCTAAGTTAAACCCAAAGGGAGATGGACCTTTTCAAGTGATGAAGAAAATCAATGACAATGCCTATCAGATTGATCTTGAAGGTAAATATGGGGTGAGTGCTACTTTTAATGTTTCTGACTTAACTCCTTTTGATGCAGATAATGAACTTGATTCGAGGACGAATCCTTCAAAAGGGGGAGAAGATGATATGAACCAGGACGCCCTTGTGTTACCTTCGGGGCCAATCACACGCTCAAGAGCCAAGAAGCTACAGTTAGCGTTGAATTCTCACATTCAAGCGGAGGTGAACTCAATGGAGGGGATTCAAGCAGCTACATTTGATCAAAAGCTTTATAATTGGTTTCAATTGATGCTACAAGATGAAACCGATTGACATCATTTTTTCCTTCCATGACTTCAAACTGCTTTACAAGGCTTTGATTTGGATTCGGGGACGAATCTTTCAAAAGGAGGAGAGGATGATATGAACCGCCCAAGGCATCAAATTATTATTTAATAATTTCCAATTTTATCCTTTTTTTTATGACATTTAAGTAGGGGTAATTTTGTCTTTTACTAAGTTGCATTAGGGTTTCTTTTATTGGGAGACTATTTAAAGTCTAGCCATTAAGTTGTTGGGACAGTTTTGATGTTTTTAGAACTTTAGGGTTTTCTTGAATGAGAATTCTCTGGTAGATGACAAAGTTTCATCTCGCCACTTTTGCAATTCTTGAGTTAGGGTTGCATGCCAAGAACATTCAGGTAAGTTTGATCATCTTGCTTGTGGAGTGTTCAAACTTGGAATAAGAAACTAGTTCTCCTTATCTCTTGGTCTTCGATCAAAATGTAATCCAATTCTAGTCTTTTCCTCTGGATTGACATTAATTGATTTGGGAGTTTTGGGATTTGTTGTTAGGGGTTCAACAATTGGGTTCCTAATTTTCAAATTGCTAGGGTTTTCATATCAACCATAGCCAAAAGGCTTACCTCATTCGACTCTGATTGATCAACATCAGCACCATGCACTGAGGTAGGGTGCGATCTAAGGTCTGGAAGAGTTTCATCGTGAGAGGGTACGTCTGGGTGATTCAGGTTGGAGCGATGACACTTTGACAAAAGAGAATGGAGCATCACTAGAGGCTTGTAGGGAAGTGGGAAAGTGGAGAAATGGCAATTACCCTCTCTCTCTACCTTTAAAACTGCAGGGAGTTGCAGTTAGAAGGAGCTGGAAAAAATCACGATAAGTTTTGTACATCTCTCTCAATCTCTAAGATACTTATACTCTCTGAGAAATAGTTCTCTGTTAGTTTTGAGTTTTCCTTTCTCTTCCATAAGGTTCTTTCAAACCTCTTTGTCCAAAAAAGAACAACAGAGAAGACTTGTGGTGGTGTCGTCTTCATAGCAATTGTTCGTGCTATGTTGTAAAGGAACAATTCTGTTGGGAGAATAGATTGAAATCTGCTCTTTAAAAGTAATAATCTACTTTTCTTTATTGATTCTATAAAAGTATGTTTAACCCTACAATTTTGTCTCTGTTCTGTATTTAATTTTGTAATCTGATTGGGACAAAAGCAATCACACGCTTCCACACAAGGAATTCGATTCTTTCAAATCTAACTATTGATCATCTTTAAAATAGTAATTAATCTCTTATTCATCAAATTATATTTGAATTTACAAACATATTAGCAATGCATCGAATTATTTGGTTTAGAAAACATAACATAAACCAATGCATTGAAAATGATACTAGTATCTTTTATGTCACACGAACTTCCAGATATGATTTCAATTTATCATAAATGTGATATGATTTAGATTGTTTATGTGGGTACTGAATCCTATTAA

mRNA sequence

ATGCGTGCGGTTGTTATGAAGGCTTATGAGGCATCCATAGGGAACAAGTTTCGGATATCACTGGGTCTTCCAATGGCTGCTACTGTCAACTATGTAGACAACACGGGAGCTAAGAATCTCTACATCATTTCAGTGAAAGGGTTCAAAGTAGGGAATCAGAGGCTGTCAGGGGAGCATCAGTATAGGTTTCGGCATGCACAACCACAGGAGATTGTTTATGTGGGTACTGAATCCTATTAA

Coding sequence (CDS)

ATGCGTGCGGTTGTTATGAAGGCTTATGAGGCATCCATAGGGAACAAGTTTCGGATATCACTGGGTCTTCCAATGGCTGCTACTGTCAACTATGTAGACAACACGGGAGCTAAGAATCTCTACATCATTTCAGTGAAAGGGTTCAAAGTAGGGAATCAGAGGCTGTCAGGGGAGCATCAGTATAGGTTTCGGCATGCACAACCACAGGAGATTGTTTATGTGGGTACTGAATCCTATTAA

Protein sequence

MRAVVMKAYEASIGNKFRISLGLPMAATVNYVDNTGAKNLYIISVKGFKVGNQRLSGEHQYRFRHAQPQEIVYVGTESY
Homology
BLAST of Lsi03G009610 vs. ExPASy Swiss-Prot
Match: Q07760 (60S ribosomal protein L23 OS=Nicotiana tabacum OX=4097 GN=RPL23 PE=2 SV=1)

HSP 1 Score: 66.6 bits (161), Expect = 1.4e-10
Identity = 33/44 (75.00%), Postives = 36/44 (81.82%), Query Frame = 0

Query: 12 SIGNKFRISLGLPMAATVNYVDNTGAKNLYIISVKGFKVGNQRL 56
          S GNKFR+SLGLP+AAT+N  DNTGAKNLYIISVKG K    RL
Sbjct: 9  SAGNKFRMSLGLPVAATINCADNTGAKNLYIISVKGIKGRLNRL 52

BLAST of Lsi03G009610 vs. ExPASy Swiss-Prot
Match: P49690 (60S ribosomal protein L23 OS=Arabidopsis thaliana OX=3702 GN=RPL23A PE=2 SV=3)

HSP 1 Score: 65.9 bits (159), Expect = 2.4e-10
Identity = 33/42 (78.57%), Postives = 35/42 (83.33%), Query Frame = 0

Query: 14 GNKFRISLGLPMAATVNYVDNTGAKNLYIISVKGFKVGNQRL 56
          GNKFR+SLGLP+AATVN  DNTGAKNLYIISVKG K    RL
Sbjct: 11 GNKFRMSLGLPVAATVNCADNTGAKNLYIISVKGIKGRLNRL 52

BLAST of Lsi03G009610 vs. ExPASy Swiss-Prot
Match: Q3T057 (60S ribosomal protein L23 OS=Bos taurus OX=9913 GN=RPL23 PE=2 SV=2)

HSP 1 Score: 60.8 bits (146), Expect = 7.8e-09
Identity = 31/44 (70.45%), Postives = 33/44 (75.00%), Query Frame = 0

Query: 12 SIGNKFRISLGLPMAATVNYVDNTGAKNLYIISVKGFKVGNQRL 56
          S G KFRISLGLP+ A +N  DNTGAKNLYIISVKG K    RL
Sbjct: 9  SSGAKFRISLGLPVGAVINCADNTGAKNLYIISVKGIKGRLNRL 52

BLAST of Lsi03G009610 vs. ExPASy Swiss-Prot
Match: Q9XSU3 (60S ribosomal protein L23 OS=Canis lupus familiaris OX=9615 GN=RPL23 PE=2 SV=1)

HSP 1 Score: 60.8 bits (146), Expect = 7.8e-09
Identity = 31/44 (70.45%), Postives = 33/44 (75.00%), Query Frame = 0

Query: 12 SIGNKFRISLGLPMAATVNYVDNTGAKNLYIISVKGFKVGNQRL 56
          S G KFRISLGLP+ A +N  DNTGAKNLYIISVKG K    RL
Sbjct: 9  SSGAKFRISLGLPVGAVINCADNTGAKNLYIISVKGIKGRLNRL 52

BLAST of Lsi03G009610 vs. ExPASy Swiss-Prot
Match: Q6PC14 (60S ribosomal protein L23 OS=Danio rerio OX=7955 GN=rpl23 PE=2 SV=1)

HSP 1 Score: 60.8 bits (146), Expect = 7.8e-09
Identity = 31/44 (70.45%), Postives = 33/44 (75.00%), Query Frame = 0

Query: 12 SIGNKFRISLGLPMAATVNYVDNTGAKNLYIISVKGFKVGNQRL 56
          S G KFRISLGLP+ A +N  DNTGAKNLYIISVKG K    RL
Sbjct: 9  SSGAKFRISLGLPVGAVINCADNTGAKNLYIISVKGIKGRLNRL 52

BLAST of Lsi03G009610 vs. ExPASy TrEMBL
Match: A0A7J0H3I6 (Ribosomal protein L14p/L23e family protein OS=Actinidia rufa OX=165716 GN=Acr_26g0009300 PE=3 SV=1)

HSP 1 Score: 70.9 bits (172), Expect = 2.8e-09
Identity = 38/59 (64.41%), Postives = 41/59 (69.49%), Query Frame = 0

Query: 12 SIGNKFRISLGLPMAATVNYVDNTGAKNLYIISVKGFKVGNQRLSGEHQYRFRHAQPQE 71
          S GNKFR+SLGLP+AATVN  DNTGAKNLYIISVKG K    RL      R+ H   QE
Sbjct: 9  SAGNKFRMSLGLPVAATVNCADNTGAKNLYIISVKGIKGRLNRLPSACVGRYGHGYRQE 67

BLAST of Lsi03G009610 vs. ExPASy TrEMBL
Match: A0A2P5YSL5 (Uncharacterized protein OS=Gossypium barbadense OX=3634 GN=ES319_A07G214400v1 PE=3 SV=1)

HSP 1 Score: 70.5 bits (171), Expect = 3.6e-09
Identity = 35/44 (79.55%), Postives = 37/44 (84.09%), Query Frame = 0

Query: 12 SIGNKFRISLGLPMAATVNYVDNTGAKNLYIISVKGFKVGNQRL 56
          S GNKFR+SLGLP+AATVNY DNTGAKNLYIISVKG K    RL
Sbjct: 9  SAGNKFRMSLGLPVAATVNYADNTGAKNLYIISVKGIKGRLNRL 52

BLAST of Lsi03G009610 vs. ExPASy TrEMBL
Match: A0A5D2PZ50 (Uncharacterized protein OS=Gossypium tomentosum OX=34277 GN=ES332_A07G230600v1 PE=3 SV=1)

HSP 1 Score: 70.5 bits (171), Expect = 3.6e-09
Identity = 35/44 (79.55%), Postives = 37/44 (84.09%), Query Frame = 0

Query: 12 SIGNKFRISLGLPMAATVNYVDNTGAKNLYIISVKGFKVGNQRL 56
          S GNKFR+SLGLP+AATVNY DNTGAKNLYIISVKG K    RL
Sbjct: 9  SAGNKFRMSLGLPVAATVNYADNTGAKNLYIISVKGIKGRLNRL 52

BLAST of Lsi03G009610 vs. ExPASy TrEMBL
Match: A0A5D2G142 (Uncharacterized protein OS=Gossypium darwinii OX=34276 GN=ES288_A07G232800v1 PE=3 SV=1)

HSP 1 Score: 70.5 bits (171), Expect = 3.6e-09
Identity = 35/44 (79.55%), Postives = 37/44 (84.09%), Query Frame = 0

Query: 12 SIGNKFRISLGLPMAATVNYVDNTGAKNLYIISVKGFKVGNQRL 56
          S GNKFR+SLGLP+AATVNY DNTGAKNLYIISVKG K    RL
Sbjct: 9  SAGNKFRMSLGLPVAATVNYADNTGAKNLYIISVKGIKGRLNRL 52

BLAST of Lsi03G009610 vs. ExPASy TrEMBL
Match: A0A1J7H6J2 (Uncharacterized protein OS=Lupinus angustifolius OX=3871 GN=TanjilG_14068 PE=3 SV=1)

HSP 1 Score: 68.2 bits (165), Expect = 1.8e-08
Identity = 32/36 (88.89%), Postives = 34/36 (94.44%), Query Frame = 0

Query: 12  SIGNKFRISLGLPMAATVNYVDNTGAKNLYIISVKG 48
           S GNKFR+SLGLP+AATVNY DNTGAKNLYIISVKG
Sbjct: 143 SAGNKFRMSLGLPVAATVNYADNTGAKNLYIISVKG 178

BLAST of Lsi03G009610 vs. NCBI nr
Match: GFZ17660.1 (ribosomal protein L14p/L23e family protein [Actinidia rufa])

HSP 1 Score: 70.9 bits (172), Expect = 5.7e-09
Identity = 38/59 (64.41%), Postives = 41/59 (69.49%), Query Frame = 0

Query: 12 SIGNKFRISLGLPMAATVNYVDNTGAKNLYIISVKGFKVGNQRLSGEHQYRFRHAQPQE 71
          S GNKFR+SLGLP+AATVN  DNTGAKNLYIISVKG K    RL      R+ H   QE
Sbjct: 9  SAGNKFRMSLGLPVAATVNCADNTGAKNLYIISVKGIKGRLNRLPSACVGRYGHGYRQE 67

BLAST of Lsi03G009610 vs. NCBI nr
Match: KAB2075314.1 (hypothetical protein ES319_A07G214400v1 [Gossypium barbadense] >PPS18598.1 hypothetical protein GOBAR_AA01985 [Gossypium barbadense] >TYH11116.1 hypothetical protein ES288_A07G232800v1 [Gossypium darwinii] >TYI20340.1 hypothetical protein ES332_A07G230600v1 [Gossypium tomentosum])

HSP 1 Score: 70.5 bits (171), Expect = 7.5e-09
Identity = 35/44 (79.55%), Postives = 37/44 (84.09%), Query Frame = 0

Query: 12 SIGNKFRISLGLPMAATVNYVDNTGAKNLYIISVKGFKVGNQRL 56
          S GNKFR+SLGLP+AATVNY DNTGAKNLYIISVKG K    RL
Sbjct: 9  SAGNKFRMSLGLPVAATVNYADNTGAKNLYIISVKGIKGRLNRL 52

BLAST of Lsi03G009610 vs. NCBI nr
Match: OIV97968.1 (hypothetical protein TanjilG_14068 [Lupinus angustifolius])

HSP 1 Score: 68.2 bits (165), Expect = 3.7e-08
Identity = 32/36 (88.89%), Postives = 34/36 (94.44%), Query Frame = 0

Query: 12  SIGNKFRISLGLPMAATVNYVDNTGAKNLYIISVKG 48
           S GNKFR+SLGLP+AATVNY DNTGAKNLYIISVKG
Sbjct: 143 SAGNKFRMSLGLPVAATVNYADNTGAKNLYIISVKG 178

BLAST of Lsi03G009610 vs. NCBI nr
Match: KAF3780745.1 (60S ribosomal protein L23 [Nymphaea thermarum])

HSP 1 Score: 68.2 bits (165), Expect = 3.7e-08
Identity = 35/44 (79.55%), Postives = 36/44 (81.82%), Query Frame = 0

Query: 12 SIGNKFRISLGLPMAATVNYVDNTGAKNLYIISVKGFKVGNQRL 56
          S GNKFRISLGLP+AATVN  DNTGAKNLYIISVKG K    RL
Sbjct: 9  SAGNKFRISLGLPVAATVNCADNTGAKNLYIISVKGIKGRLNRL 52

BLAST of Lsi03G009610 vs. NCBI nr
Match: GAV84144.1 (Ribosomal_L14 domain-containing protein [Cephalotus follicularis])

HSP 1 Score: 68.2 bits (165), Expect = 3.7e-08
Identity = 34/44 (77.27%), Postives = 36/44 (81.82%), Query Frame = 0

Query: 12 SIGNKFRISLGLPMAATVNYVDNTGAKNLYIISVKGFKVGNQRL 56
          S GNKFR+SLGLP+AATVN  DNTGAKNLYIISVKG K    RL
Sbjct: 9  SAGNKFRMSLGLPVAATVNCADNTGAKNLYIISVKGIKARLNRL 52

BLAST of Lsi03G009610 vs. TAIR 10
Match: AT1G04480.1 (Ribosomal protein L14p/L23e family protein )

HSP 1 Score: 65.9 bits (159), Expect = 1.7e-11
Identity = 33/42 (78.57%), Postives = 35/42 (83.33%), Query Frame = 0

Query: 14 GNKFRISLGLPMAATVNYVDNTGAKNLYIISVKGFKVGNQRL 56
          GNKFR+SLGLP+AATVN  DNTGAKNLYIISVKG K    RL
Sbjct: 11 GNKFRMSLGLPVAATVNCADNTGAKNLYIISVKGIKGRLNRL 52

BLAST of Lsi03G009610 vs. TAIR 10
Match: AT2G33370.1 (Ribosomal protein L14p/L23e family protein )

HSP 1 Score: 65.9 bits (159), Expect = 1.7e-11
Identity = 33/42 (78.57%), Postives = 35/42 (83.33%), Query Frame = 0

Query: 14 GNKFRISLGLPMAATVNYVDNTGAKNLYIISVKGFKVGNQRL 56
          GNKFR+SLGLP+AATVN  DNTGAKNLYIISVKG K    RL
Sbjct: 11 GNKFRMSLGLPVAATVNCADNTGAKNLYIISVKGIKGRLNRL 52

BLAST of Lsi03G009610 vs. TAIR 10
Match: AT3G04400.1 (Ribosomal protein L14p/L23e family protein )

HSP 1 Score: 65.9 bits (159), Expect = 1.7e-11
Identity = 33/42 (78.57%), Postives = 35/42 (83.33%), Query Frame = 0

Query: 14 GNKFRISLGLPMAATVNYVDNTGAKNLYIISVKGFKVGNQRL 56
          GNKFR+SLGLP+AATVN  DNTGAKNLYIISVKG K    RL
Sbjct: 11 GNKFRMSLGLPVAATVNCADNTGAKNLYIISVKGIKGRLNRL 52

BLAST of Lsi03G009610 vs. TAIR 10
Match: AT3G04400.2 (Ribosomal protein L14p/L23e family protein )

HSP 1 Score: 55.1 bits (131), Expect = 3.0e-08
Identity = 28/37 (75.68%), Postives = 30/37 (81.08%), Query Frame = 0

Query: 19 ISLGLPMAATVNYVDNTGAKNLYIISVKGFKVGNQRL 56
          +SLGLP+AATVN  DNTGAKNLYIISVKG K    RL
Sbjct: 1  MSLGLPVAATVNCADNTGAKNLYIISVKGIKGRLNRL 37

The following BLAST results are available for this feature:
Match NameE-valueIdentityDescription
Q077601.4e-1075.0060S ribosomal protein L23 OS=Nicotiana tabacum OX=4097 GN=RPL23 PE=2 SV=1[more]
P496902.4e-1078.5760S ribosomal protein L23 OS=Arabidopsis thaliana OX=3702 GN=RPL23A PE=2 SV=3[more]
Q3T0577.8e-0970.4560S ribosomal protein L23 OS=Bos taurus OX=9913 GN=RPL23 PE=2 SV=2[more]
Q9XSU37.8e-0970.4560S ribosomal protein L23 OS=Canis lupus familiaris OX=9615 GN=RPL23 PE=2 SV=1[more]
Q6PC147.8e-0970.4560S ribosomal protein L23 OS=Danio rerio OX=7955 GN=rpl23 PE=2 SV=1[more]
Match NameE-valueIdentityDescription
A0A7J0H3I62.8e-0964.41Ribosomal protein L14p/L23e family protein OS=Actinidia rufa OX=165716 GN=Acr_26... [more]
A0A2P5YSL53.6e-0979.55Uncharacterized protein OS=Gossypium barbadense OX=3634 GN=ES319_A07G214400v1 PE... [more]
A0A5D2PZ503.6e-0979.55Uncharacterized protein OS=Gossypium tomentosum OX=34277 GN=ES332_A07G230600v1 P... [more]
A0A5D2G1423.6e-0979.55Uncharacterized protein OS=Gossypium darwinii OX=34276 GN=ES288_A07G232800v1 PE=... [more]
A0A1J7H6J21.8e-0888.89Uncharacterized protein OS=Lupinus angustifolius OX=3871 GN=TanjilG_14068 PE=3 S... [more]
Match NameE-valueIdentityDescription
GFZ17660.15.7e-0964.41ribosomal protein L14p/L23e family protein [Actinidia rufa][more]
KAB2075314.17.5e-0979.55hypothetical protein ES319_A07G214400v1 [Gossypium barbadense] >PPS18598.1 hypot... [more]
OIV97968.13.7e-0888.89hypothetical protein TanjilG_14068 [Lupinus angustifolius][more]
KAF3780745.13.7e-0879.5560S ribosomal protein L23 [Nymphaea thermarum][more]
GAV84144.13.7e-0877.27Ribosomal_L14 domain-containing protein [Cephalotus follicularis][more]
Match NameE-valueIdentityDescription
AT1G04480.11.7e-1178.57Ribosomal protein L14p/L23e family protein [more]
AT2G33370.11.7e-1178.57Ribosomal protein L14p/L23e family protein [more]
AT3G04400.11.7e-1178.57Ribosomal protein L14p/L23e family protein [more]
AT3G04400.23.0e-0875.68Ribosomal protein L14p/L23e family protein [more]
InterPro
Analysis Name: InterPro Annotations of Bottle gourd (USVL1VR-Ls) v1
Date Performed: 2021-10-18
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR036853Ribosomal protein L14 superfamilyGENE3D2.40.150.20Ribosomal protein L14coord: 5..75
e-value: 2.6E-8
score: 35.6
IPR036853Ribosomal protein L14 superfamilySUPERFAMILY50193Ribosomal protein L14coord: 14..54
IPR000218Ribosomal protein L14PPANTHERPTHR1176150S/60S RIBOSOMAL PROTEIN L14/L23coord: 13..49
NoneNo IPR availablePANTHERPTHR11761:SF1960S RIBOSOMAL PROTEIN L23coord: 13..49

Relationships

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

Feature NameUnique NameType
Lsi03G009610.1Lsi03G009610.1mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0007015 actin filament organization
biological_process GO:0032259 methylation
biological_process GO:0006412 translation
cellular_component GO:0015629 actin cytoskeleton
cellular_component GO:0022625 cytosolic large ribosomal subunit
cellular_component GO:0005840 ribosome
molecular_function GO:0070180 large ribosomal subunit rRNA binding
molecular_function GO:0008168 methyltransferase activity
molecular_function GO:0003735 structural constituent of ribosome