Lsi08G000740 (gene) Bottle gourd (USVL1VR-Ls) v1

Overview


Name	Lsi08G000740
Type	gene
Organism	Lagenaria siceraria (Bottle gourd (USVL1VR-Ls) v1)
Description	Protein DETOXIFICATION
Location	chr08: 1606228 .. 1632376 (-)
RNA-Seq Expression	Lsi08G000740
Synteny	Lsi08G000740

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideexonCDS

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

ATGGGAGTGGGGAGTAAGTGAGTGAAACAGCTGGAGCAAGCTATGATAGCTAAAAGGAGTTTCTTTTCAAAAACCTTTTTCTTTGTAATTTTATTTTCAATCAAATGAGAAAGGGAGAGTTTTGTTTGTGTGTTATTTTTTTTTTTTATTATTATTTTTTATTTGATTGTTACAGGCAACAACCGTCAAAAACCATTTAATAAATGCACCGGCAGGGTCTTCTCCATCTCGTCTCGTACGTCCCCACGTACGGTTTCCGCGTCCACCGGCTCTCCCGGTTGACCGTACCTTACCTGCGAAAATCTTTCATTGCGCCCACCAAAACCTCTCGTGTGCATTTTTCTCTATTTAATACTACCTTTCTTGTCCTCCAATCTCCAACCAACACCTCCAAATAATCTCTCTCATTTCAAAATTAACCTTTAATTACAAAATTTACTCTTTATAATTAAATTAAAGAGGAATTTTTTTAAAATAAAAAAAAATAAGAAAAACTATTTACACAAAATAGCAAAATTTTTAAATAGTTGTAATAGACATGGATAGAAGTCTATTAGAGTTTATAAGTGGTAGAAATGATAGAAGTCTATCACGGATAGATGCTGATAGAAGTTTATCCATGTCTATCAGTGTTTTTTCTACTATTTTTTGTAAATAGTTTGATATTTTTTCTATCTATGAAAATTTTCTTTAAATAAAATATTGATGTGATAAATAATTCATTTAAGGCTTCTATCGAATTATAGGGATTAAATTTCATCTTTCTCAAATCTATGGGAACCAAATTTATAATTTAACCTAAAAAACAAAAGGCAAATGTATAACTTTATAATATGGGAGAATTAATTTATTTGAATATGATTCAAATAATTAATTATTTGGATGAGATCCATATAATAAAGTTATTTAATTTAAATAAGATTTGAATTAAATAATTGGAGGGAGAATTAATTAACTTGAATTGAATTCAAATAATTAATTGTTTAATTTGGATGAGATTCAAATTAAAGATTCTACTGGACATAAATATTTAACTATGATTTAAATATTTAAAACCATTTAATATGAGATATTATTTGGGTAGATATTTAATAATATTAGATATTATTAAATATTTAATTTAAAAATCTCTGCAAAGAGTTATCCCAGCAAGGATTCAGAGTAACATAGGGTCCTAGGGGAGCCCTCGTAGACAACATACTCTACACTCTCTCTCTAGAGATTCTTCCAATTTTCTTAGAAAAGTTACAAAAAAATTATTCTTCTCATTCCCTCTATTCTATTCTTCTCATTCCTTCTATTCTTTCAAGAAGCGGTTCCCACAAACTAGATCATTGCCAGAGTCATAGCAAGGAATATCTCGTGGAGGAGAAGATTTCTCTGCATTTGTGGATCGACAAAGGTATGATGCTTAATCTTTTCTTGTTTATTTGTATTTTTAATTCTTTCAAGAAATCAAAGAACGCTTCTGCCAGGATTCAATTCCCTTCAATACCATGTTGTTTTGTATATCTTTATTGAATAATTAGATTAATCAGAATAATCTATGCAATGGTGAATGGAGGAATAAATACACTGAGATACATAAAAGAAAAAAAAATACTAGAAAGGAAAAATACAAATTAGGAATAACACATAAATTATGCTAACACATTGATTGATCATCAATGCATGTTAGGTTGAATGTTCAATTGAAAGATTACATGTTTAACCAGATTTATAGTATTGAATCATTATCTAACCTATCATGTTTAATTTTCAAAAACCAAAAACGAAAAGATGAAATAGTAATCAAATGAGGCCTAAATAGTTACCAATCGAAACCTTAGTTATTGATTCCAAATTCTCTAAAAAAGTTTGGCCTATTCTAAGAAAAAGGGTAAAATGTAGCCATCTCATATCCAAATTTCAATTATGAAAGAGGAAGAGGCAGTGGGCCTCCTTTGCATATTGGGCTCTTAGATTATTTCATGCATGTCTTCTAGTATATCCATGAGTTGAAATTTCCAACTTTCATATGTTTGCTTCTAGTTCTCCTTCTACTTGGATCTAATTGTAAAAGGGTGACAATTCCATGATTTACATCATCACTGTCCTCTTTAGAATGGTTCTTCTCTGAATAAAGTTAAAATAATGCTAGAAGAATATGTGTGTTTTGTGTTTTGTCCTTGAGTTTTTACGTTTTTAATCCTCAAGCTTTTAAGAGTAGATGTATTTGGTCATTGAGGCCCGTTTGGTAACGTTTCCGTTTCTTGCTTCTTGTTTCTCGTTCCCTGTTTCTTGTTTCTTGTTTCTTCTTTTTTGAAAACAGGAACATGTTTGATAACTATTCCTGTTTTCTGTTTCTTAAAAAAAGAGAAACAGAAATAGAAACTTGTTTGATAACCATTTCTTGTTTTTTTTTTTTTTTTAATAATATAATATAAAAAAAGAATATATATCATATATTAAACATTGAAAAAGATATTATCAAAAGTTTGTGTCATCTAATACAGGTAAGTCTCGATGACAACTAAATATAATAACAAAGTTGTGTCCTATCCTTCATATATGTTGCTCAAATTTGATCAGCGTTGTCATCTCTAATTCGTGTCATTTGTCTTAAGTGATGTCGAGTCAAATCCAACTTAATTATATTATTATGTAAATATTATTACGTAAATTTTGTGATTGTAAAATATTAAAGTAAAGTTAAATGAATGTCTTAGTCAACAAAATTTATATAATGTAAAATTCTACTCGATTTCATATATACTAAAAATATTTGAATTAAAATAATATATAAACATGTATATTACAAATTTTAATATTCAAAAGTTGAATTATAAAAATAAATTAATATACAAATTGAAAATTAAAATAATATATAAATCTAATTATTGGAGAATTTTTAAATCCAAAATTAAAATAGAATATAAATATAGCAAACTTATTTTTATAAATAGCAAAATTAATAAATAAAATATAAAAGATAGAAATAAATATAAAACAAAAAAAAAATCAAAGTGTCCATTCTTGGAGTTGAAATTTGAAATGTAAAAAAAATTAATAAACCTATTGAAAATTAAAATAATATATAAATATAAATATTTGAGAAATTTAAAATTTAAAATTAAAATAAAATATAAATATAGTAGAATTAATTTTGTAAATAACAATATTAATAAAGAAAATATAAAAATATAAAAGGAAAAAAAAAACAAATAAAAATGTCAATTTTGGGAGTTGAACACACAACCAAAAAGTGAAAAGGTGTAATAAGAATGCATGACTACCAACAAGCCAATGAATAGAAGAAACAACATGGTATAAAATAGAAACGAACCAGGGAGAAACTACTTTTTATAGTTTCTCAAATTTGGTCCCATTTTAAGAAACGTTTCTCAAATTTTAGAAACAAGAAATGGGAATGTTATCAAACAAGTGAGTTTTTTAAAAAATGAGAAACAGAAACGTTATTAAACGGGTCCTTAGAGACTAAAATGATATATTTTAAAAACTTAGAAACCAAATATACCTATTATTAAAAACTTGAGGATTAAAAAGTTATATTTTGAAAACTCAAAAACTAAATGCATCTATTCTTTAAAACTTCGAGAACTAAAAATGTAATTTTTTCAATAAATAAACAAATAGTGGAATATGATTGGCATGGTATATATATAAAAAGATATAGCCTTTGGTATCATGCTTCCATCTTGTGGAACAATGTCGAAATGATTCACATTACTATCAATTTTGGATATAAAATGGACAGAAGTTTGATAATAGTGGAATATGATTGGCATGCATGTCATTGAGTATTTCTTACTCATTATTATCACTAAAAGTAGACAACTTAATAATTTCCAAAGGAATCAACATACCTTGCCATTCTCCTTTGGAAATTTTTCTCAACCTTAATGTTTTTTTTTGCACCATATAAATCTTCTAAGGTGGTAAATAAGATTGTAGTTTAAATGGGAAATCTCTTCATTGAGTTCTTCCATAAGAACTGAGCCTTTATGGTCTTCTCTTTCTCATCAAAGTAATTCTCTTAAAAGTATTGTGGGCACATATCCCTTGTAGTTGATTTTTAACTCTTGTCTCGAATTTTGAAACTTGTAAAAGGATCTAGGAACAAACAACAAATACAAGAGCCAAAACTAACATCTTAAAAGTATATGGACTAAAATCGACAAAAACTGAAGGTATAAGAATTAAAATAAACATCTTAAGGACTGTCTGGCCCATGAATTTGAAATTAGGTGGGCAAGAAAGTCCATATTTGGACACTTGAAATAAAATTCTCTGAAAGGTTTGCAAGAGGAAATTTTTAATTAATGCCATGGATTTGAAAAAATAATTTTCCTTCATCTTCTACCTCTTATCATTGGTCGTCGTGATCATCGGTAGTGGCCATCAGTCAACCGTTGTGATTGTCGTTGACTGTCATCAACAACTGCAGTAATTTCTAAGTTTCAAAACTCCCTCAAACAAGTTTTCAAGCATTTGATTCTCATGTTTATAGTTTCGGACCTGTACACCAAAATTTTCTTAAAAGTACAGAAATTTGTTGGATATTTATAGTGAAATAAAAAGTGAGATGTTGATGAATATTTGAAACATAAAAATTTGAATTTAATTGTAGAAATTAAATTCATTGTTGGAAACTTCAAATTGGATTGAAACCATCAAACTAAGATGAAGTTTCATGTACAAATTTAACATGTATGAAAGTTAAATTTGTAGTTTCTTCAATTTGAATGAGTTATATGTGATTTTTGTCAAGTAACAAGTTAAATTTGACAAATGTTTCAATTTTTGTATTTATTTGATTTTATTTTGCATTTTGGAAAGTTACTAAGTTGCTAGCCTATAAATAGCAACTTGTTTCTTCATTTGTAGCATCCCATTTCAAATTGAAGAATTATCTCCTTTCTTTCTTTATTTCTTTCTTTTTCATCTTGGGTCAAGTTGAGAGTAAGTATCCAAGAGTTCTGCCAAATTCGAGTAGTTCGAGGTTTCAGTTCTACCGAAGTGAGTCGTTGTATCTTGCTGAGACGATCGCTGTAGTTTGCTTGCATTTGGTGCAGAGCGAATAATTGTCTTCAAGACAACGCTTATCAAAAGCGTGCCTCGACTACATTTTGAGTCTCTAAAGGTTTTGAGGTTCTTTCAAGTCTTTAGTTATTATCATATCTAAGCTTTGTTACACCATCTTGTTAAGTGTATTGTTTCTAGTTGAGTTGTAATAAGTTTGCTAGTGTATTCAGTTCATATATATCATTTTTCCCTAACAAAATTAAAATAAACAAATCCAATCAACTAAAATAGAATTTAAATGTGTGTTTTTATATGGATGTGTGCCCAAGAGGGAAAAAAAACTTTAAATTGCCTCTCCTATTGTTCTCCCACTCAAACAATTTGTAGTGGTTAATAAAGGGGAAAGGGGAAAAAAGTGTCCTTTGCTTCAAAGTTTTTCAAGTCCGAATAACATAAAGAAAAGAACAGCTTACTTTTTGTGTTGAGTTGATGGTGTCGTAGTCGGCCAAAAAAAAAAACAATAATGAGAACCACTTAATTCAACATTCTCATCTATTGGCTCAATTTTTTTACCATGTTCGAGAATTGAATCTCTAACTTTGAGATAAATTAGATAAAATTTACGTTAGTTGAGCTATCTTCATTCTTTTATTAGCTCATTTAACACCATATAATATATTCAGTAATCAATTAATCTTCTTACAACTAGCTAGTAAATATATAATATGAAGATTCATCTCAAAATCAATTGGCTTTCATATGAAAGCCCATGTAATCTAATATGGTATTAGAGCCCATAAAACTCAAACGAACATTCGATTAAAAATAAGATTCGGATTCCAATCCAACTTTGGTGAACCTAAAGAGTCATCATCTTGAGGGGGCATGTTGGAGATTCCACATTGGAAAAATTAAGGAACCTCAAAATCTAAAATAAGATATATGAACTACTCATTTCATCATTAATTGGTTTTGATATGGAACCTCATGTTATCCAATTTGGTATCAGAGTCACCCTCATAATTGGGTTGGCTGATCCTCCTTTTTTGATCAAGCATTCGATCCAAATACATAAATTAAAATTTGATCCAAGAATGGTGAACTTAAAAATGTCACCATTTTGAAGGGGTATATTGAAGATTCTACACATGAAAAAGAAAAATAGAGAGATCTCATGATTTTTATAAGATATATGAGTCAATCTATCATAAGTAAAAGAGTTGAATTCTTAACTAAATTTAAAAATAAAAAAATAAGTTTTTAGAAACTATATATATATATATATATATATATATATATATATAGTTTAATTTTTAAAAACTAAAATAAAAAAATTAAATAGTTACCAAACACGCTTTAATTATTTTATGAAATAGTCACATGTCATCTATGTTCAAATATAATGCTACCTAAATGAAAAATCCAAATATAGAGATAGTCTGAAAAAAGAATAATCCATCAATCCTACCAAGTATAACTTGAACCTATTGGTGATGGAAAAGATCTAACTTTTCATTGGTTCAATGGAGTTTGCTGAGGCTATTGCCCTTTATGAAGGCGTGTCTAAGACTTTGGAAGCGGATATTTATCCTCTAAGGGCTGAGACTGATTCTTTGATTTTGTGGGGCCTTCTAACGAACTCATCTCAATATTCTAATGAGATTAAGTATTTTGTGGATTAATTGCTGTGCATGCTTTACATCATTGTGGAGCTATTGAAGACTTCTATTTTGCTACAATACTGTAGCTCACAAGCTTGCGTCTCACGCATAGAGATCTCGAACATTGTCGGTTTGGCTAGAAGACCATTTCTTTGGATGGAATCTTTTTTAATGGCCGACAGTTGTCTTTCTTAATTTTTTTTTTTTTTTTTTAAATTTTCTATGTATTCTCAAGAAAGAAAAAAAAAACTTGAACCTTAAATTTCCATAAATAAAAAATAGAGTTGCAAAGTAAATGCTTCCAATTTGAAATCTTAATTAGTAGTGTCAATGTTCCTAACAACCATCTTTACTTCCATTACCATGAGGCTTAGTGGACGAGAGAATTCATTAAAGTTGGTGGGTCCCTAAATTCGATGCTTTCATGTGTCAGATTCCAAATATAGACAGATATAGATAAAAAGCCAAATCCTATCTTAAACTTCCATTTTTATATATTTTGTTTAAGAGATAGCAGAGTGTTTGATTGAAGGGAAAGTAAGGGAAAAAGTGGTAAAAAATGTGTTTGTTTGGTGAGAAAATGAGAGAAAATTGGTGGGTTGTTTATAGAAAAGAGGTGAAGAAAGTGAGCTTCATAGCAGCTCCAATGGCTGCCAGCGCCACTTTGCAATATGGAATGCAAATTGTTGCAGTGATTATGGTTGGACATCTTGGAGATGAGCTTTTGCTTTCTGGAGTTTCCATTGCTTCATCCGTCATCAATGTCACTGGATGTAGTGTTCTTGTAAGTCCTTTTCTTTTTAATAGTTCCTTCTTAGTTTATATCATTTTAAATGTGTAACAAACAATTCAATTAATTGGAGCATAACTCTTAACTTGCTAATTAAAGTCATATGATACCATAGCTGCTATGATATCAAGTGATATGAAAATCTAGTGAACTGGAATTGAGGACTTTTGCATACGTGAAGCCCTAATTCTCAAATACATAAAACTTCAAATCGAAACAATTTCAATCTTAAGGATTAGGTTAGACACAAACTATCTTAAGATAAAAGCTCTTAAGACAAAAAAATAATTAAGTTCTTTAGCCTATGAGTCTAACACTCTACGAGATAGGATGATCAATAGGAATGTTTCCTCTCGAGAATGAAATCTGGTGTTTACTAGCTCCAAAGATCAATGTTTGCTCTTCTGAAGATCTAAAGACTAAAGCTCAGAAGACTTCCAAAAGATTAAAAGATACTCTGAAGTTCTTGAAGTCGGAATCTTGAAAGGCCGATCCAAGTCGATCAACAAGACAGAGGATGATCCATCAATCTTACTTGAATGGTACTCGGCTTTTGTAATTCAACGTTATGAATTGTGAAATTAAAACAAATCTCATTGCTAAACTTGAAAGAAAAATAGGCTCAAAATTCATTCGTCGTAATGCCTCTTCAAAACAACTTGATGGCTAAACTTTAAATAACCTCTCAATGAAATCATAATGTTACATCATAGATCAACAAAATGACAAAAATACTCTTAATTAATATGTTATAAAAAAGAGATAAAATTAGAAAATAATAAAATTAAATAAAAATTATTAAGTAAAATATAAATAATACCTTGAGATCTTTGATGACTTATATGATCAAAGTCTTGTAAAGTAGTTTTAACGTTATGAGAAGAAAACGATGCTACTTTTTTTGGACTTCACTTGAATATTCTCTTTTATAAGGTAACTTTGGAAAGAATGTGGGTCCTTCCAATTCTCATTCAACTTGTGATCATAGAAAGAATTACAACCAATCTTTGAGCTTTACTCGATAGTTAATGATTTAATCAATTACAAAAATTCAAACAAAAACTAAACAAAATGGTTGAAGATCATCCATTAGAGAACAAGCTCGTTTGTTAAGAAGGTCTTGATCAATGTTTCGTTTTGAAATAAAAAAAGTTTTACCTCACAAATTTTTAAACTCACATTCTTTGGCTTCCTATCATTTTTATCTATAGACCGAGTATTATTCACATGTTTTTCTTTCCCATTTATGTTTTCACACTTTTTTCTTCATATATTTCTATTGTTTTTGTCTTGGTCTCATGTCTTTTGCTTTTCAACTCTCACACATTAAGTCTTACTTCTCTTAGAAGCAATGATACAAGATTAGGATCATATGTTACTTTGGGATATAATGTACTAGCAATGTCATCGGAAAGTATTCCTGTTTCAAGTTTACTACTATTTACTTTATCTATCATACTACTGTTAACACATACCTCTTTAGAACTAAGTAGTTTAACAATAGTAGTAAGCTAGGTTACAATCACATGATTTCTTGCTATCTAATGGTCTACTAAAAAAACACCATTATCATGCATAGGTACAATATTAGCAAACTTCACTTTCTACTTTCCGCCTTATCAAAATACTTATATATGGTATGTAAACTAACTATTTTTGCTAACAAGTTGTCATTAGAACTAGACTTAGATTTAATGTACCCTTGAAGATCTCTTTTATAGTTGCCTTTCTATTTTAATGACAATGTCCACCATCTAATCCAAATCGTCACATGGTCAAATTTCTTCTTGATCAACAAACATCTCAGCAATCTCGTCATTAGCTTTCTTGTCCTCATATGCTTTAACTTTCTCAAGTAATTATAGAAGCATCTTTTCATAGTATTTTCTCATACTTTTGCACTCTTGTTTCAAAGTTTGAAATTTGTCGAAAGATTTATGAACAAATTGTTTCCTATTAGAAGCTTGATTTCTTTCCATTTGGACGTGAATGGTTTTCACTTCTCCATTTTGACAAAACAAAAGATTCCACCATGTTAGTGCATAATTCTCCAATGACGTCAAGTTTTACCTTTCTATATTCACTATAGTGGTGATGATCAAATAATAAGATCAATTAATTCATCCAAAGGAAGATAGTCTTTCATATTTGAAACACTCCTGAAGAACAATGGAATCATGTTTTCGTCAACATGATGGTCATTTCTTGGCTCTTCTTTGTGTGTATATGGCTACAAAAAGATGCTAGTATAAAGGAAAAATGGACCTCACACAATCACTTCCTCATATATTAATTTCACTCAAAGATGTAAGATCACTTGTGTTTATGCTCAAGAATGTAACAATTCCTCACAAAAATGAAAAGTACTCTCTCAAAATAGAAACAAAGTAGCCAAAAGTTTGCAATATATCAAGTACTAATTAAGGATCAAGTCTTGACCAATGATTGAAAAATCGCGATATATCACCGATTTATCGCCAATATATCACTAAAATGGAGGTTCCGATAGAGATAACGGGGTGAACATCCTTTTTCACGAAAAATTGGGAGAAATCGGTGAAATCGGCGAAATATCGGCGATATATCGTTTTTCGGATATTATCTTTATCAAATCGGCAGACGTAGAATATTGTGGATTTATCGGTGAAATATCGTGGATATTTGGGAGATTTTTCGCGAATATATCGGTAAGTATCGATTTTTTTTTTTTTATTTTTAAATACATCATTTTCCACCTCAAATGTCCAATTTTAATTGTAGATCAATTTTTTTCCAAAAATCAAGATATTCCAATTTATTAAATTGAAGACTTACCTTTTTAAAACTCCAAAATCGAAACAAAAGATCAACATATTCCAAAATCATTATTACCTTTATTTTTCAAAATTGAATATCTAAATTCTTCTCTAGATCTCTAATCCAAGATTTACCTTTATTAAATTAAATTTCAAAAAGCAAATAACATATATTAACTCCAAACATAATTTAAACTTTTTCTATTGAATTTTCACATCATTTCACATCATTAAAAAAACATATATTAATCCCAAGCATAATTCAACATGTATTAATTTTTAATCAAATTCAAACCTTTTTCATTGAGTTTTCACATCATTCCACCATTCAAATTTTCATTTCCAATAATTTTTTTTTAAAAATAATATGTATTAATTTGTATCCCAATTCAAACATTTTTCATTGAGTTTTTACCTTTATTTATCATTTAATTTTTCATTTTCAATAAAAATAAATTGCAAAAAATAACGAATATTAATTTTTAGGGAAACTTTCATAGATAAAAAAAATGTCAAACTATTTACAGAAGAGAACAAAAAAAAAACACTGATAGACATTGATAGACTTCTATCATTTCTATCACTGATAGACCCCGATAGACTTCTATCAGTGTCTATCACAACTATCTAAATATTTTGTTATTTTGGATAAATAATTTCTCTTTTTTTTTTCTATTTTTAAAAATTTTCCTAATGTTTAACTAAATTCATACTTTTTTTTTCATTAAATTTTCACATCAATTCACTCTTTCAATCTTTCTAACACTTTTTTCTATTTTCAATTCACACTTTTTTTTCCATTGAATTTAAGATTAAAGATTAAATGAATCATGTGAAATGGGAAAAAAAGCCTCACAACTAGATACGGAGCAAAACAAACTACGCAAACAATGAAATTGAGATCCTCCTCCTCCTCTTAAGTTTTATTATTATTATTATTATTATTTTTTATTTTGTTTTCCTTCCCTAACCCTTCTATTTTCCTGTTCACTCAATCGCTCCAACTTTTTCTTCCTCTCAACAAAAGACTCTTCAAATTAACCACTTTTGTCTCCTTTTTGACTTTTTATTTTTTTATTTTTATTTACAACCACTTTTTTTTCTTGGAGAATTTTCAAAAATAGAAAAATAAGAAAAATTATTTACATAAAATAGTAAAATTTCTAGATAGTTGTGATAGACGTTGATAGAAGTCTATCAGTGATAGAAATGATAGAAGTCTATCACTGATAGATGTTGATAGAAGTTTATCGATGTCCATCAGTATTTTTTTGCTATTTTTTTTTTAAATAGTTTGACATTTTTTTATTTGTAAAAATTTTCCTTTTTCTTTTCTTTTTTATTAAAAAAAAATCAAATTAACCCACACCACCAAGAGTTAATTAATATACGAAATATGTGTGGACACCCTGGAATCTAAAGAGTTTGATATTTTTATATCAATTGGAGCAAATACCAAAGGATGAAGCATTGTCATTTGTGTTCGTGAATACATCATTCACTGTCTCATCTAGAAAATCGACTTTCAAAACAGTTGAAGATGAGATCAACGCCTTCAACATGTTAGAAATTTTGATTTCTAATATTGATTCATATAATTTAAATAATTGATAATTGTTATTGTTGTACACACGATGATGATTACTGTAGTATTGAAGAAACAATTATCGAGTGTAAATCCCTCCATCCCGTACCGTGAAATTTATAAGTGTAAGTGGTGTTATGTGAAGTTGGAAAACTAGAAGAATTAATCATGGGTAGTTATCCATGTAGTGGGGAGTTGGTAGTTACCCGAGTTAGTGGTGGGGGCAGTTATCGGTTGAAATGTGGGCAGTTGCCTATTTATACGTGATAGACATTTCTTCTGTGGGTGCTCACTCCATCTCTATATGATTTTTTGATTCCAAAAGAAGAACACACTCTATGTAGATTCAAGGTTTAATTCATTGAATTAAACAAGTTCTTATATCATCAAAGAGCGAATTGAAGAACATACGTTATTGGGATTGAAGAACTTTGGTTTAAAGAATTTCGAATATTCATCATGGAATCATCAAGTAAGTGTTTTCGTTCATTTTTCATATGTATCTTGGTTGATTTAATTATCCTATAAAAATTCATTGGTGATAATCGCTCCCAAATTTGAGTTTAATCGCTCCCAAATTTGAGTTTAAATTGCCAAATTTCAACATTTGGTATTAGAAACAAGTTTAATAGGAATTAAAACACCAATCTAGGTTTTTGAGAATTTGAATATTTTCTCAATTGAAGTTAATTATTTATAACTTATGTTGTTAATTAATTATTTATGTCTCATAAAAACTTGACCGGTAAATTATTTACAATCATGGTTCAGTTTCGACCCAGAAAATAAAATTTCTCCAGAATGGGGTCACTAGCCGAATTGTGTTGGTCGGCATGAAATTAGTGATTGTGAAATTATGCTGTTGAATTCCAATGATGATCATTGATCTCATATAGAATAATTATTCTATAATAATTATTTCAATGTTTGTGGAATTTTGTAGAGGTTCTTTCAATGATGAATCAGAGAAGTATTCGGCTATAGACATGATTTAAATCTTTAATATTTTAGTGAGTGCGTTAGTCACCTGGCCCACTCAGAGTTCATTAAATGATTTAAATTATTTTATAAATGTTTATTCGATATAACATCATAAATGACATTTAAGAGTTACCCAAAAGTAGATCTTACTCAGTTAATAACAATTGAAGTAGGTTATGAATTTTGTTTAATTAATATATAATGTACATCCAAAAATGATTTGTATATTAAAGTAAACTTGGTGATTAACCATATATATGTTATATGAATGATGCATGACTGACGATTATTGGTTGTGTTTAGATTTAACCCAAAAGTGAATTTAAATGCAATATTTTGGTATAAGTTATAGTCTGAATTGTGATTTAAATTCAGAGCAATTAATATGTGAGATGTAAATGTTTGTAATGGTCTCTACTATGTCAAATATATGACTCCTAGTGGTATCAAGTTTAATGAGCAAAACTATGATGACTGGATCAAATAAGTCAAGCTAAATGTTGGTCTTTGGGACTCGATTAAGCTCTAGTTATGGATGAGCCCACTAAATCGACGAATACTAGTTTCGAGGCAAACAAGAAACTATAGGAGAACTAGGAGAGGTCAAATAGGCTTTGGATGAGCTTTCTTAAGCTTAGCATAGTGCCTAATTTTGATCCTTCCCAACCCAAGACTGAAAGAGTGAGGAAATTTTTTTTTTTTTTACTGAAATTAAGAAGTGTACTATGACAAACATTGTGGATAAGTATGTTGTTGCTACTCATATTAATGACTTATCTAATAGAGAGTAACACTATAGCTCAGTTGATGGAAAACACATTACTCGTATGGTGAACACCTACAACCGATTTAAAAGTTTGGATGTGGATTTTGTTGAGAGAATATTGGTTGAGTTCCTATTGAAATCATGTAAGGGTAATGATTTCAAACAATTTCAAAGAACTTACAACCAACTTAAGAAAAAATGATCTCTTTCAAATATTAAGTTCATGCTCATGCAAGAGGTGGCAAAGCAAAGAAAAGACTTTAAGGTCAAACTTCCCCAAGAAAACTTTGCCTATATGGTAATTCAAACGCTGGTTCTAATGACAACCAAGCTCCAAATAAGAAATGGAAGAACAAGGGCAATCAGTCATTTAAGTTGCAACCCGATAAAGGGCAAGGAGAAGTTGCAAAGATTCTGAAATGTCTGGTGCAACAAACCTTGACACAAGAATGCTAATAGCCAAAAGAGGAAGAATTATTTGAAAAGAGATGTATATATTTTGTTTCTGTATGCTCTGAATCAAATCTGATTGAGGTACCTTCTAATACTTGGTGGCTTGATATTGGTGCAACCACTCATGTTTCTAATATTATGCAGGTTACCTAAATCTCCACCGAAGGCAGGAACATGAAAGCTTCCTGTTTATGGGAAACAATATGAAGGCTAGAACTGAAGGTGTAGGGACATATAAGTAGCACACCATTCGACCCTAAATGGTATAAGATATTGACACTTAATTCAACAATAATTTAAAAAAAAAATTAGGGTCGAATGGCATGCTACTTATAGACATTGAGGATGAGTTCCCTTGTTGGTACCACTCATAATCAATCCTATAAGATATTGACACGTAATTCAACAATAATTACAAAGTAAAAATAATTCCTAAGGTGGCTGATAGGACAGGACCCCTGACTGGCATCTTATCCTTATGGAATCTTTCTTTTTGAAAAAGGAAAAAATTACGATAAGATTTCGTCGGTGGAACAGGACCCCCACTTGACCTTATCTCTTCGTAATACTAAAAAGCAAACTAAATTGCAGAAAGCAATAACTTAAATAGCATAAAATAAAGTGAAAGCAATAAAAGATAGAAGGGATATGTCTGCAGATTCATCAAGCACGTCTATTTTTTTATCTTTCAATAATTGTCGTTGATCATGTCACCCAACTTCTCCTGAATGGCCTGGATTGGAGTGGCTATCTCAGATATCTAACGTATTAACCCTTTTAAGACTAAGATCCAGGGATTTACAAATTCGGCTACCCCGCCTACTTCAACTGCCCAACAAAGTTCTTTTAGGTTAATGGGATATTATAGCCATTTTTTGACAGAAATTTACAATCCTCAGCTGGCTGCTGTGGCCTATGGTTGGTTATTCCACTCCAGGAGCTTGCTATCTCCATCATCTTCTTCAATTATTAAAATTTCTTCTTTAGTGGCGATGAGACTGCAGACTGGTTACACAAAAATAATTAATTTACATAATAATTAATATTAAAAATTTAATTTTTGAGTTATCTGTAAAATAGATTACTGAGGTTGTGAATCCAAAAACGGATCGTTGAGATCGTAGTCGGTGAATGGGTCGTATTCGTCTTCGTCATCTTCGATCTCATTGTTGTTTACGGATGCGGAAGAATTTGCATCCCCTTGTTCATCGTCTCTTGACAGTTGGTTGACGACTATGTTGAGGACTAAAGCGAAGTCTGCTTGTGAACATGCTCTAGCTAATGAGGACATGATTGAGTTCTTGGCAAGGGTAAATTGTTCATCTTCTTGCCGAGATAAATCTTGTAAATGGACATTGGCTTTAAACTAGTCCTTCAATTTTGAGGCTCAAGGTGAGAGTAGTCGAACTTTTCCCACCACTTGATGTGTAGAGCTTTGAAGTTTCCATGTGGTCCTAGCTGGAAATTTCAACAAAAGATCCATGAGATTTGGAAGTATAATGTGAATCTGAACGTCTTAGAGAGTGGAGACGCATATATACTATTTTAAAATAGATGAAATGATCTTTGGATCTCTACTGGGAAAATTTTCTCAAATAACCTAAAGTACATCCACCATATTTGAAACCAGTTTGGGAAGTGCATCTTGTAAGCTTTCTTACAAAACGTCAGAAACCAAGAATGGTTATATGAATGATACCAGAAAATATTGTACCAGGCTCTCATGTAGTCTCGATACGTATATGTCTGGGGTTTGAAGTTCTTTGAGAATCTTTTTGCGACGAAGATCCCTTAATTCCAGTGGGATGGCGTTAGAACTCCGAAGAATCTCAATTTTGAGTAGATAATCTTGGAAGGATCAGTCCTGTCTGGGACATGAGTGATCTCCACTGATTTTGTATCTACCAGGATAAATTCGTACAATGTCCTGGTTTTTGATATGTCCTCTAGTAAGTAGTTAAACCCATGAGGAAATACTCGAGCACATACCTATTGGATAGATGGTCCACCAAATTTTGGTTCGATGGTCGTCTACCATCGTCGTCTTTGTAAAGTACCCTAAAATCTGAGGTCTGGGTTGAAATACCTTAGGCTTCAGAACTTGTGAAAAGGTTGAAGGATTGTTAGGTATGAGGCTTGAAGATGGCCTGTTAGGTCTCTTATTTGAAACTGTTGCTCCGACTGGTCATAGCAACGTGGTTGATGGTTGAGGAGGCATATTTGTATGGCCTGATTGAGTGGTCAAAGCGCGTTGAGAGCTACCTTGACGTCGTCTGGATACTGTCTCAAAGTCTGTATCCATGGCGTAGTTATCTGCACTCATTGGAGAGGGTGCAGATGATTGAGAAATAATGGGTTGTTTGCCCTATGATTTGCTCCCTTTAGAGGAGCTGCTCTGTTCTGCTTCAAGTGGCAGAGGTCGCCTTGGTGGCCGTGGACGGCCGGGAGGTTCCATCGAGGGGAAAAGGAGGAGAGGACTTCAGAATGGCTTTGAGAGATTTGTTTTTTTGAGAAATGCTCTTTTGTCAGATGCTCTCGACTTAGATAATTAGCAAGAGCATTTTCAATGCCTTTTATAGGCTCAATTTTGAAGTCGAAGCAAGATAAGATCGCCTGCCATCTTGCAAATATTTTTTTTGAGATAATATTCTTTAAATCCTTCTAAAAAATATATTTGCTTGCTTTTGAGTCAGTCCTTACAAGAAAATCTTTGTTGATAAGATCTCCTTGGAACTTTTGAACACAGTTCACGATTGCAAGAACTTCTTTCTTAACCATGGAATAGTTTTTCTGAGCACTATTCCATATTCCTAAATGAAACGGACTAATGATCATTTGCCATTAAGTTTCTGTTGGAGAATCCGTCGTAACTGACATCAGACGCATCGGTTTCCACGATTGGATAAGCTTTTTCGTCCATTAGCGATATGCATGGGATTCCTTTAGCTAATGCTTTAATTGATTGGACTGCCCGAGTGTGCTCATCCGTCCACTTTGGATCCTTTTTTAGTCTGTCATAGAGTGGCAGGTAGATTGTGCGGAGATTTTTAATAAAGTCTCCAATATAATTTACGTAACTGAGAAATCGCTATAGCTGCATTTTGTCTTGTATGACATCCAGGAATCTATCCACAAAGTCTAATGACCGCTGGATCGGGTTTGATAATTCCTTGATTAATCTCATACCCAAGGAATCTAATTTTTGTTTGGAACGACTTGATCTTTGGCAAAGAAACCACAAGACCATTTGTCTTTATGATATTGAAAAACAGTTGTAAATGTTTGAAGTGTTGATCAATAGAATTTGAGAATACCAAAACATCATCTAGATAGACTATAGTGAAGTCTTGATATTTGTTGAACAAGTCATTCATGACCTTTTGAAATTCAGATGGAGCGTTTTTTAAGCCGAAAGGCATAATGTTCCATTGATATTGTCCAAACGGTACGTTGAACGCTATTTTGTACCGATCCTTTGAAGATATTTGAATCTGCCAAAACCCAGATTTCATATCAAATTTTGAGAAGATTTTTGCTTGAGTAATCCTCTTAAGCAAATCTTGTCGATTAGGAATTGGATACCTAATCCATTTGAGAACCTTGTTTAAAGGTTTGTAATGGATAACGAGCCTAGGAACTCCGCGCTCCTGCTTGATCGTTGACATAAAAAGCCGCACAAGACCACAAGCTTTTTTATGGGCTTATAAGGCCCTTTTGGATTAGTCTGTCAATTTCTGACTTGTAAATTTCATCATGTATTTAGCCATTTGGATAGGCCTAGCCTTAGTAGGAATTTGGGCCTCATCAAATTTGTCAATGTAAGGAAGATCAATGATATACTTCTTCCTGGCCCAAAAGGCATTTGGAATGTCGGAATAAATTTCAGCTTTCATTTTCTTGAGTAGTTTCTGGATCTTTATTTGAACAGAAGATCTATTAAGATAACTAGAGACCTTGCTGTTCTGAATATCGTCTTGTAGAAATTCAATTTGTTTTTCTTTTTTGGAAATCCTATAGATAAACGGTTGGATTTCTTTTTCAATATTTGAGATAAACCTTGGAGTTATTGGATTGAAGAACTCAAAGGTAATTGTTCTTCCGAATTTCTGAGTGATAATCCCTTCCTCAGAAACTTGAAATGGATATAATTGAGTGAGAAATGGAGTCCCCAAAATAACTTCCTCTGAGAGATCTCTAACCAGGAGGAATGTGTTGACGAAACATAAATTACCTTTACAGATGTGTACCTTAGGCAATTTATAGTTGATATGAAGACGTTGATTGTTGGCTCCTCTTAGAACCTCCATAGTCTTCTCGAAATATTTCGAAGGAACTAATCCTTCTTGAATGACGTTCTGGTCAGCTCCAGAGTCAATTAAGGTGATTGCCTCAAACTTGAAATCTTGGATTTTAATGGTAACTTTAAACAACCATTTTTAATTGAGAACTTTACTGATGTAGTTGATACCTTCTGGATTTTCTGGACTATCTTCAGAGTTTTCTCCTGGAATGAAGTTTCTTAGTGATTCTTTTCGGAATTCACTGAAAGCATTTTTCAGGTTGAAGAGTCGTTGCTTGTTAATGACAACTTCTTGCTTGAGCCTTTTAACTTCCAAATGAAGATCAGTTATCTTCACTGGTTCTTGAACTGATTCATTATTAATCCTGTTCAAAATTTCTTGTAAAGAATAATGAATTGGTTCCCTTTCTTGGCAATTTAACTTCTGTTCTTCTAGAGAGCTTTGAAATTTTACGAGAGCTGTTCTCCGAGAGGCCTCGTCAGAGAGTTCTTCAATGAGATCAAGCATGTGCTCCTAATCTTTTGTTAAAACCTTGATGCATTCGGTGCTAGGGATAACATCGTCTAAACATTGAGAAGAGTCAGAAGATTCTGCTTCGAAAGAGGAATCTTCTACTATTTCATTGACTATTCCTTCTTCAGCGAGTGATCCTTCTGAGGATGACGTTTCTTCTTCTTCTTTGTCGCAAATGGCAAAGAGAAGAGATTGCTTCAGATCTTCGTCTATTTCTAGACTGTTGACCTTTCTTGTTAGGGGACATCGACTAGCGTAATGACCCTGTTTGTTGCATTTGAAGCAAGTAGTTTTCTTTTTTCTGGAATACTTCTTTTTTCTATTGTAATACTTCCTCTTTCGAGGTTTTTCTCCTTCTTGCTGTTTCTGCTTACTTTTGTTAACAGCTTCTTTGAAGATCTTTTCTTCTTCTTTGATGGTGACATTTCTTGCTCTACGCCATATTGTTTGCAGAACGTTCCCAGTTCTTTTCGGTAGTCTGCGTCTTTTATTATTCTTTGATTATGCTTGTTGTCCTTACAAAGACTTAAGGATAACACTTGAATGTTGCTGGTAATGTCTCCATAGGTGAGAACATTCCTGTTAATTTGTCCGCCTTCAAAGTTTTCAGACATTGTTTGATAGAATTTCTTTGCAATGTATAGAGGTAATCCTTCCACGAACTTTCGTTTCAAGATTTCATCTCCGCAGGAAGTGAGGTTATAAAGACGAGCCATAAAGACGTCTTTATACCATTTGAAATCGCTCATCTTTCGGCATCTCGGTTTTAAGAGGACATCAGTGGCTTGATTCGAGTAAACGGTTGTACGCCCTACTAAATGCTTCATCAGGGTGTACACCATTTGATTAACCATATTTGGTTCATTTTGCGCTACCTCCATTGAGGTTGCGCCTGTTGCTGGATTTCCTTCCTGCTGGACTGTAATAGTCTTAACAACAGTTAGGATTGCCTGTCTTTCATGCTCGGACAGTTGATTGTGCCACCAACTCCTTAAATTTCCTGTAAAACCGGAAATTAAAATGTGAGCAGTGCTAAGAATTGATTTTCTAGTGCTATAAGTAGTAGCAGCTAGAAACATTTCTTAGAAGATGTTCATCATTTGTTGATCAGAACATTCGTCTATATTTCAGCTTATGACTGAGGTTCCGTCATAAGTCTTCTGGTCTGGTTTGAAGTCGTCCCATCCTGTTTCTGGAGAGGAAGGTCTTGGATAATGATTTTTCATCTCCGTATTGTAGGATATTTTGGGAAGAATCTTTGATTCTGATGTTGATCAAGCAGTTTTCTTTATAGTATTTATGCCTTTGGATACAACATTTGTTTTCTTTGAAGATTCTCCTTTTTCGATCTTGACGATTGATAGCCTCTTGTTAATTTCAGCAAGGAGCTCTTCAGGATTGTTCTTTAATCTTCCGATGGGGAAAGTATTTGGTTGAAAGATTAGTCGATTGGGATCAATCTTTGGAATTCCTTTGTGACTTATACTCGCATTGACCTTTTGCTCCTTCATTTTTTTGACTGTTTGGGAGAGTGTTGTTAATACTTTGTTGGAATAATTTAACTGATGTTGGATGTTCTTGATTTCACGAACTCTAACTTTTGAAACTTTGTCTTCATCAATAGTCTTATATGGTGAAGAAACCATTTTGATGGCCGGAACGACCAGATGAGGGAAATAAGTTTCTTCCTCAGGTGGATAATCAACAGAAACTTGTCCACACAATACTTTGTTTTATCATGAGGTAGTTTTGTCTTCGTACCTCATCTCTTCTTTTGCATTCATCGAAGAAGTCTTTTTTGAAGATAAATTTTCCTCTTTTCTCCTTCGGTGTTGATATATCTATATATAGACTGTACTTACGCTCGTATCTTTCTTCGGGCGTTTCGCTTGATAGAACGTTAATCTGATTGTAGATAGGCTCAATTCTCCTTTCTATAGCAGATTGTGTTGGGGATAGAGATCCTTCGTCTCTTCCGTATTGTATGTCTGGGATCGTTTGTTCAAAATCTATAGACGTTCTCATCGATCTAGATCTGGGAACGGATCTAGTGAGATGGTTGGAAGGCTTAGTATCGGTAGATAAGTTGGGCCTGCTGCTCATAATCTCCTGAACTTGTGGATACCGTGTTTCAGGGTGAAATTGAATTTCAACATCTCCGTCATGATGCTCTATGATAGTAGCATCTTCACTTTGTTTTGTGGTCGGAGTGTTGGCTCTGGGAATTTGCCAAATTGGATTCTAAGTTAACTCATTCCAGTGGAGAAGTCTTGGGACTGTCATGGAAGATTTCTGGATATTAACCTCCATTAACATAGTACTTCCTTTGGAAGATATCCCTAGGGCTCTTGGAGAGACGTTTGTATGCATTAGTTTGTAATACACCCTGTAGCAAACAACAAATGACAGAGATCTATCTTTCAGATTAAGACCTTGGGAATGAATTGCTGGGATTAAAACCCTAGCTCAGCGGAAACATATCATAACCCTATCTCAAAATTAATTTTGAAATTTTGAAAGACTTCTACATTGGTAAAATAAATCTAAAAAAAAACTAGGTTAAGCATATAGAATACAAAAATACAAATTAGAGAAAAAAGAACTTACGTTGGATCACCACCACTTGGAGTCCTTCCTTTTCTCTGAACCTTGAGGAAAGGTTTGTGGGAACCTTTTTGACAAGCAAAAATTGCACAGAACTTTTATGAGAGGATTTTTTTAGAGAGAATAAATGATTCAATTTTTGTTTTGTTAGATGCTATATAAAGAAATGAGAGAAAATGGGAAACGTGGGTGTTATCCCACGTATTAAGTAACTCCCCTACGTGGGAGTTACAACAATATTAAATCTTATTTAATATTAATTAATTAATTATATTAATAATTAATAATAAATTAATAAATAATAATTAATTAAATCTAATTTAATTAATCAATTCATTTAAATCATATTTAAATGAATATCTCTCACATAACCTATATTTTAATTCAATTAATTTAATTAAATCAAATTTAATTAAATTAGATTAAATTAAATAACTAATTAATTCTTCAATTAATTAACTACCAAATTAAATATCAAATATTTAATTTAAACTTGCATTTGAATCAAATTCAAATGCATTTCTCTCATAACCTATAGTTTTAATGTACATCTAATGTGCACTAATTTAACTATAGTTTTAATATAAATCTAATTCATATTAAAATAATATTTGAACAATTTCAAATATTTAATTCTCTTACAAATTAACTTTGAATCATATCCAAAATTATATTTATACTATAAAGTTTAATTTGTAAAATAAACTTTATATTATAATGTATCATTATACATTATACTTTTCCCTTAGTAAATTTGAACTTTTCAAATTTCATCCAAGAATAAATTTCCTCAATATTCTTTACGAGCTAGGAAGGGGACCTAATGGACCTACAGATCAGAAGCTCCAATGATATGAGGTTAACGGGCTAAACTCATTAACCACATTAATCAATATTCGTTAACCACATTAGGCAATTGAGCATATCTCATCATTGAACGAACCATGTCTAACAAGGTTCTGTTTCTCCTTTCTAATACACCATTCTGTTGAGGTGTACCAGGTGCTGAGAGTTGGGATTGGATTCCATGTTCTATCATATAGTCTTGGAATCTTAAATCCATATACTCTCCACCCCGATCAGATCGAAGTGTTTTAATTGTTTTACCTAACAGGTTTTCAACCTCAGCCTTATACTCCTTGAACTTTTCAAGGACTTCAGACTTATGTGTCATTAGGTATAAGTAACCATATCTCGAATAATCATCTATAAAAGAGATGAAGTATTTGAACCCTCCTCAAGCTTTTACATTCATTGGACCACAAAGATCCGAATGTATCAGCTCTAAAGGTTCTTTGGCTCTATAACCTTTTCCACTAAAAGGTCTTTTAGTCATTTTTCCTTTGAGACAAGATTCATAAGGAGGTAATTACTTATCTTCTAACTCACTTAGAAGTCCATTCTTTACCAATCTCCCAATCCTATTGAGATTTATGTGACCTAATCTCAAATGCCAAAGATAGGTATTGTTACTTGGAGAAATTCTTTGCCTTTTAGATTGAGTATTAGCAGTTTTAAACATCTCATGATTTAAAAGTGCTTTTGTTTCAGTTGGTCTTAACACATATAAGTTATTTTCCAATTTAGCAGAACAAATATGTACACCATTTTTTGAAATGAACACTTCATTTGTTAAAAAAGTAATACAATAAGATTGTTCAATTAAACAAGAAATAGATACAAGATTTCTCTTAATTTTTGGAACTATGTACAAATTTTTCAAAAATAAATATCTATTTCTAAAAAACAACTTTGCAGCTCCCACTGCACGAGCTGAAATGACATCTCCCGTTCCAACCTTGAGCGTCATCTCACCCTCCTCGAGCTGCTGGAAGGAACTAGTTTTCTGAAATGAAGAACAAACGTGGTTAGTGGCTCCTGAATCAAGTGTCCAGGCATTATAGTCATTTTCCACTAAACAAGTTTTTAAAATAAGTAAATCATATTTACCTTCCTTTTCCTTCTTCTTCTCTGCGAGGTACTTGGGGCAATTGCGCTTCCAATGACCATCCACATTGCAGTGGAAGCACTTGCCCTTGTTAGCCTTCTTGGCCTTGCCCTTGCCTTTGCCGGCAGCGGGAGCCTTTCCTTTCCCTCATTTCTTCTGGATCTTTTTGAGGCTAGAAGATGAAGGAACAGACTTAGTTCCAGAGGTTGAACCCTTGTGGAACTTCTTGGAATGGGCAACATTTGCCTCTCCTTCTTTCGGTCTCTTATTTTTCATAAGAGACTGAAAAGTCTGTAGCTCATTTAGGAGGGTAGTTATGCTGTAATGTATTTTATTCATTACCGCATTGCTGCGGAATTGAAGGAAACTCGTCGGAAGAGATTCCAAAATAAAGGACATTTGACTTTGCTCGTCTATGACCGCGCCGTTCATTTCAGCGACGTTGAAGTGCCATGAGGTCGAGAACATGTTCTCTCACTGATTGGCCTTCCTTCATACGCACGTTATAAACGTACTTGAGGGCCTTGTGCCAGATCTGTGTGGATGGTTGCCTAAACATATCCTGCAATGACTCCATGATCTCACGAGTAGTGAGCATGACCTCATGTTTCTTGGTGAGTACGCCAGAACCCTATCTCAAAATTAAATTTAAAATTTTGAAATACTTCTACATTGGTAAAATAAATCTAAAAATCTAGGTTAAGCATATTAAATACAAAAAATACAAATTAGAGAAAAAAGAACTTACATTGGATCACCACCACTTGGAGTTCTTCCTTTTCTCTGAACCTTGAGGAAAGGTTTGTGGGAATCTTTTTGGCAAGGGAAAATTGCACATAACTTTTCTGAGAGGATTTTTGAGAGAGAACGAACGATTCAATTTTTTTTTCTATTAGACGCTATATAAGGAAGCAAGAGAAAATGGAAAACGTGGGTGTTATCCCATGTATTGAGTAACTCCCCTACGTGGGAGTTACAACAATATTAAATCTTATTTAACATTAATTAATTAATTAAATTAATAATTGATAATAAATTGATAATTAATAATTAATTAAATCTAATTTAATTAACCAATTCATTTGAATCATATTTAAATGAACATCTCTCACACAACCTATAGTTTTAATTCAATTAATTTAATTAAATCAAATTTAATTAAATTAGATTATATTAAATAAATAATTAATTCTCCAATTAATTAATTACCAAACTTGCATTTGAATCAAATTAAAATACATTTCTCTCATAACCTATAGTTTTAATGTACATCTAATGTGCACTAATTTAACCTATAGTTTTAATATAAATCTAATTCATATTAAAATAATATTTGAACAATTTCAAATATTTAATTCTCTTACAAATTAACTTTGAATCATATCCAAAATTATATTTATGCTATAAAGTTTAATTTGTAAAATAAACTTTATATTATAATGTATCATTATACATTATATTTTTCCCTTAGTAAATTTGAACTTTTCAAATTTCATCCAAGAATAAATTTCCTCAATATTCTTTACGAGCTAGGAAGGGGACCTAATGGACCTACAAATCAGAAGCTCCAACGATATGAGATTAATGGGCTAAACTCATTAACCACATTAATCAATATTCGTTAACTGTGGGTACACTCCACTAAAAACCCACAGCTGCACTCTTCTCACTGTAGATATATTTCAGTGTCCACGGATATAGACCAATAACAGCAAGTTAGTCCTTCACAAGTGTTCATAACACCAGCTGGGTCAAATTACCGTTATACCCCTGGGTTACTTCTAAATCCTTAAGTACCAGTGCTCCTCTAATGAACAACCTGTTTATGGTCCAACCATTAAACAGAAATTCCTCTAGGGCTAGTGAGAGGGTAGGGCCCTTTATTCAAGTCCCGGAGACACCACTTAAGGGAACACTTATCTACTTACCCTAAAGTTGGGAAGGAGTGAAATCCATCTTATATAATTATGTTCGCAGCTCCCCACTCAGTCTTGTCCCCAAAATGGTAGGCATATCGAGTCGACAAATGGGCCACTCTCACCCATACAAATCAAAGGACAATCCCTCGTGAACAAGAGTTCATAATATACTCGAGATTAAGACTAAGTTTCCTAGGTCAACCTATTGAAATAGAAACCTAACTAGTCAACGGAGTTACATCTAGTGGTTACTATTTCGTGGTCCAGTCTTATGCAAACTCATTGCATAGGATACCCCCACTCGCATGTCTCCTACATGAACGCGTTGGATCATTGCGTTTGTATCAAATACAAAGTGGGCCGTATCCATAGTGTTACCAGGATAAGGTACCCAACTCTATCCTTATACTATAGACCCTTTAGGCTGTAACTTAAACATTGATCTCTATATGTCTCTACATATTGTTCAAGACTCATAAAACAGCCTAGGATGTTAGTTTATTGGATTTTAGGGTTATTAAAACAAGATAAAATAATCAGTAACATTTATTGAATGATAATGAATAACTATTTATTAATGACGGTCAAAATACAACATTTACTATCTACGAGTTTTAGGACATAAAACCCAACATATCGAAACTGAGAACATCTCGAAGATTGGCGTCTTGAAGTGATACAGTGAATCCTGGTTTACAAGATAAGTAAACAAGTCCTCTTTCACAATTTGATTAAACAATTCTCAAAATAGACTGTGAGAATGAAGATGCCTATTGTCCTAGAGCGCCAGGTAGACTGGGATGTCTAG

mRNA sequence

ATGGGAGCAACAACCGTCAAAAACCATTTAATAAATGCACCGGCAGGGTCTTCTCCATCTCGTCTCGTACGTCCCCACGTACGGTTTCCGCGTCCACCGGCTCTCCCGGTTGACCGTACCTTACCTGCGAAAATCTTTCATTGCGCCCACCAAAACCTCTCAAAAGAGGTGAAGAAAGTGAGCTTCATAGCAGCTCCAATGGCTGCCAGCGCCACTTTGCAATATGGAATGCAAATTGTTGCAGTGATTATGGTTGGACATCTTGGAGATGAGCTTTTGCTTTCTGGAGTTTCCATTGCTTCATCCGTCATCAATGTCACTGGATGTAGTGTTCTTTTCATGCTCATGCAAGAGGTGGCAAAGCAAAGAAAAGACTTTAAGGTCAAACTTCCCCAAGAAAACTTTGCCTATATGGGATTTACAAATTCGGCTACCCCGCCTACTTCAACTGCCCAACAAAGTTCTTTTAGGTTAATGGGATATTATAGCCATTTTTTGACAGAAATTTACAATCCTCAGCTGGCTGCTGTGGCCTATGCGAGTGATCCTTCTGAGGATGACGTTTCTTCTTCTTCTTTGTCGCAAATGGCAAAGAGAAGAGATTGCTTCAGATCTTCGTCTATTTCTAGACTGTTGACCTTTCTTGATATTTTGGGAAGAATCTTTGATTCTGATGTTGATCAAGCAGTTTTCTTTATAATAGGCTCAATTCTCCTTTCTATAGCAGATTGTGTTGGGGATAGAGATCCTTCGTCTCTTCCGTATTGTATGTCTGGGATCGTTTGTTCAAAATCTATAGACGTTCTCATCGATCTAGATCTGGGAACGGATCTAGTGAGATGGTTGGAAGGCTTAGTATCGACTGTGAGAATGAAGATGCCTATTGTCCTAGAGCGCCAGGTAGACTGGGATGTCTAG

Coding sequence (CDS)

ATGGGAGCAACAACCGTCAAAAACCATTTAATAAATGCACCGGCAGGGTCTTCTCCATCTCGTCTCGTACGTCCCCACGTACGGTTTCCGCGTCCACCGGCTCTCCCGGTTGACCGTACCTTACCTGCGAAAATCTTTCATTGCGCCCACCAAAACCTCTCAAAAGAGGTGAAGAAAGTGAGCTTCATAGCAGCTCCAATGGCTGCCAGCGCCACTTTGCAATATGGAATGCAAATTGTTGCAGTGATTATGGTTGGACATCTTGGAGATGAGCTTTTGCTTTCTGGAGTTTCCATTGCTTCATCCGTCATCAATGTCACTGGATGTAGTGTTCTTTTCATGCTCATGCAAGAGGTGGCAAAGCAAAGAAAAGACTTTAAGGTCAAACTTCCCCAAGAAAACTTTGCCTATATGGGATTTACAAATTCGGCTACCCCGCCTACTTCAACTGCCCAACAAAGTTCTTTTAGGTTAATGGGATATTATAGCCATTTTTTGACAGAAATTTACAATCCTCAGCTGGCTGCTGTGGCCTATGCGAGTGATCCTTCTGAGGATGACGTTTCTTCTTCTTCTTTGTCGCAAATGGCAAAGAGAAGAGATTGCTTCAGATCTTCGTCTATTTCTAGACTGTTGACCTTTCTTGATATTTTGGGAAGAATCTTTGATTCTGATGTTGATCAAGCAGTTTTCTTTATAATAGGCTCAATTCTCCTTTCTATAGCAGATTGTGTTGGGGATAGAGATCCTTCGTCTCTTCCGTATTGTATGTCTGGGATCGTTTGTTCAAAATCTATAGACGTTCTCATCGATCTAGATCTGGGAACGGATCTAGTGAGATGGTTGGAAGGCTTAGTATCGACTGTGAGAATGAAGATGCCTATTGTCCTAGAGCGCCAGGTAGACTGGGATGTCTAG

Protein sequence

MGATTVKNHLINAPAGSSPSRLVRPHVRFPRPPALPVDRTLPAKIFHCAHQNLSKEVKKVSFIAAPMAASATLQYGMQIVAVIMVGHLGDELLLSGVSIASSVINVTGCSVLFMLMQEVAKQRKDFKVKLPQENFAYMGFTNSATPPTSTAQQSSFRLMGYYSHFLTEIYNPQLAAVAYASDPSEDDVSSSSLSQMAKRRDCFRSSSISRLLTFLDILGRIFDSDVDQAVFFIIGSILLSIADCVGDRDPSSLPYCMSGIVCSKSIDVLIDLDLGTDLVRWLEGLVSTVRMKMPIVLERQVDWDV

Homology

[Close]

BLAST of Lsi08G000740 vs. ExPASy Swiss-Prot
Match: F4HQ05 (Protein DETOXIFICATION 8 OS=Arabidopsis thaliana OX=3702 GN=DTX8 PE=3 SV=1)

HSP 1 Score: 62.0 bits (149), Expect = 1.3e-08
Identity = 34/59 (57.63%), Postives = 47/59 (79.66%), Query Frame = 0


Query: 57  VKKVSFIAAPMAASATLQYGMQIVAVIMVGHLGDELLLSGVSIASSVINVTGCSVLFML 116
           +KKVSF+AAPM A A  QY +Q+++++M GHL DEL LS V+IA+S+ NVTG S++F L
Sbjct: 36  MKKVSFMAAPMVAVAASQYLLQVISIVMAGHL-DELSLSAVAIATSLTNVTGFSLIFGL 93

[Close]

BLAST of Lsi08G000740 vs. ExPASy Swiss-Prot
Match: Q9SIA4 (Protein DETOXIFICATION 3 OS=Arabidopsis thaliana OX=3702 GN=DTX3 PE=3 SV=1)

HSP 1 Score: 55.1 bits (131), Expect = 1.6e-06
Identity = 32/60 (53.33%), Postives = 45/60 (75.00%), Query Frame = 0


Query: 56  EVKKVSFIAAPMAASATLQYGMQIVAVIMVGHLGDELLLSGVSIASSVINVTGCSVLFML 115
           E+KKVS +AAPMAA    QY + +++V++ GH G EL LSGV++A+S  NV+G S+LF L
Sbjct: 27  ELKKVSSLAAPMAAVTIAQYLLPVISVMVAGHNG-ELQLSGVALATSFTNVSGFSILFGL 85

[Close]

BLAST of Lsi08G000740 vs. ExPASy Swiss-Prot
Match: Q9C994 (Protein DETOXIFICATION 14 OS=Arabidopsis thaliana OX=3702 GN=DTX14 PE=1 SV=1)

HSP 1 Score: 54.7 bits (130), Expect = 2.1e-06
Identity = 31/61 (50.82%), Postives = 44/61 (72.13%), Query Frame = 0


Query: 55  KEVKKVSFIAAPMAASATLQYGMQIVAVIMVGHLGDELLLSGVSIASSVINVTGCSVLFM 114
           +E KK+S+IA PM A  +  Y +Q+++++MVGHLG EL LS  +IA S  +VTG SV+F 
Sbjct: 25  RETKKLSYIAGPMIAVNSSMYVLQVISIMMVGHLG-ELFLSSTAIAVSFCSVTGFSVVFG 84

Query: 115 L 116
           L
Sbjct: 85  L 84

[Close]

BLAST of Lsi08G000740 vs. ExPASy Swiss-Prot
Match: Q8GXM8 (Protein DETOXIFICATION 2 OS=Arabidopsis thaliana OX=3702 GN=DTX2 PE=2 SV=1)

HSP 1 Score: 54.7 bits (130), Expect = 2.1e-06
Identity = 34/84 (40.48%), Postives = 54/84 (64.29%), Query Frame = 0


Query: 33  PALPVDRTLPAKIFHCAHQNLSKEVKKVSFIAAPMAASATLQYGMQIVAVIMVGHLGDEL 92
           P LP D  L +         ++ E+KKVS +AAPMA     QY + +++V++ GH+G EL
Sbjct: 4   PFLPRDEQLVSCKSTWQSGQVTVELKKVSRLAAPMATVTIAQYLLPVISVMVAGHIG-EL 63

Query: 93  LLSGVSIASSVINVTGCSVLFMLM 117
            L+GV++A+S  NV+G S++F L+
Sbjct: 64  ELAGVALATSFTNVSGFSIMFGLV 86

[Close]

BLAST of Lsi08G000740 vs. ExPASy Swiss-Prot
Match: Q8L731 (Protein DETOXIFICATION 12 OS=Arabidopsis thaliana OX=3702 GN=DTX12 PE=2 SV=1)

HSP 1 Score: 53.9 bits (128), Expect = 3.7e-06
Identity = 35/81 (43.21%), Postives = 50/81 (61.73%), Query Frame = 0


Query: 35  LPVDRTLPAKIFHCAHQNLSKEVKKVSFIAAPMAASATLQYGMQIVAVIMVGHLGDELLL 94
           LPV+R            + + E+K++ F AAPMAA    Q+ +QIV+++MVGHLG+ L L
Sbjct: 13  LPVERVENVTWSDLRDGSFTVELKRLIFFAAPMAAVVIAQFMLQIVSMMMVGHLGN-LSL 72

Query: 95  SGVSIASSVINVTGCSVLFML 116
           +  S+ASS  NVTG S +  L
Sbjct: 73  ASASLASSFCNVTGFSFIIGL 92

[Close]

BLAST of Lsi08G000740 vs. ExPASy TrEMBL
Match: A0A0A0KST7 (Protein DETOXIFICATION OS=Cucumis sativus OX=3659 GN=Csa_5G649880 PE=3 SV=1)

HSP 1 Score: 94.7 bits (234), Expect = 6.9e-16
Identity = 50/58 (86.21%), Postives = 54/58 (93.10%), Query Frame = 0


Query: 55  KEVKKVSFIAAPMAASATLQYGMQIVAVIMVGHLGDELLLSGVSIASSVINVTGCSVL 113
           KE+KKVSFIAAP+AAS  LQYGMQIV V+MVGHLGDELLLSG+SIASS INVTGCSVL
Sbjct: 10  KELKKVSFIAAPLAASTVLQYGMQIVGVMMVGHLGDELLLSGLSIASSFINVTGCSVL 67

[Close]

BLAST of Lsi08G000740 vs. ExPASy TrEMBL
Match: A0A1S3CA38 (protein DETOXIFICATION 3-like isoform X1 OS=Cucumis melo OX=3656 GN=LOC103498682 PE=3 SV=1)

HSP 1 Score: 90.9 bits (224), Expect = 1.0e-14
Identity = 48/61 (78.69%), Postives = 54/61 (88.52%), Query Frame = 0


Query: 55  KEVKKVSFIAAPMAASATLQYGMQIVAVIMVGHLGDELLLSGVSIASSVINVTGCSVLFM 114
           KE+K V F+AAPMAAS  LQYGMQ V V+MVGHLGDELLLSG+SIASS INVTGCSVL++
Sbjct: 10  KELKTVIFMAAPMAASTILQYGMQTVGVMMVGHLGDELLLSGLSIASSFINVTGCSVLYL 69

Query: 115 L 116
           L
Sbjct: 70  L 70

[Close]

BLAST of Lsi08G000740 vs. ExPASy TrEMBL
Match: A0A1S3CAK3 (protein DETOXIFICATION 12-like isoform X3 OS=Cucumis melo OX=3656 GN=LOC103498682 PE=3 SV=1)

HSP 1 Score: 90.9 bits (224), Expect = 1.0e-14
Identity = 48/61 (78.69%), Postives = 54/61 (88.52%), Query Frame = 0


Query: 55  KEVKKVSFIAAPMAASATLQYGMQIVAVIMVGHLGDELLLSGVSIASSVINVTGCSVLFM 114
           KE+K V F+AAPMAAS  LQYGMQ V V+MVGHLGDELLLSG+SIASS INVTGCSVL++
Sbjct: 10  KELKTVIFMAAPMAASTILQYGMQTVGVMMVGHLGDELLLSGLSIASSFINVTGCSVLYL 69

Query: 115 L 116
           L
Sbjct: 70  L 70

[Close]

BLAST of Lsi08G000740 vs. ExPASy TrEMBL
Match: A0A5A7TDD2 (Protein DETOXIFICATION 12-like isoform X3 OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold169G00690 PE=4 SV=1)

HSP 1 Score: 87.8 bits (216), Expect = 8.5e-14
Identity = 47/58 (81.03%), Postives = 51/58 (87.93%), Query Frame = 0


Query: 55  KEVKKVSFIAAPMAASATLQYGMQIVAVIMVGHLGDELLLSGVSIASSVINVTGCSVL 113
           KE+K V F+AAPMAAS  LQYGMQ V V+MVGHLGDELLLSG+SIASS INVTGCSVL
Sbjct: 10  KELKTVIFMAAPMAASTILQYGMQTVGVMMVGHLGDELLLSGLSIASSFINVTGCSVL 67

[Close]

BLAST of Lsi08G000740 vs. ExPASy TrEMBL
Match: A0A1S3CAP0 (protein DETOXIFICATION 3-like isoform X2 OS=Cucumis melo OX=3656 GN=LOC103498682 PE=3 SV=1)

HSP 1 Score: 87.8 bits (216), Expect = 8.5e-14
Identity = 47/58 (81.03%), Postives = 51/58 (87.93%), Query Frame = 0


Query: 55  KEVKKVSFIAAPMAASATLQYGMQIVAVIMVGHLGDELLLSGVSIASSVINVTGCSVL 113
           KE+K V F+AAPMAAS  LQYGMQ V V+MVGHLGDELLLSG+SIASS INVTGCSVL
Sbjct: 10  KELKTVIFMAAPMAASTILQYGMQTVGVMMVGHLGDELLLSGLSIASSFINVTGCSVL 67

[Close]

BLAST of Lsi08G000740 vs. NCBI nr
Match: XP_038889425.1 (protein DETOXIFICATION 3-like isoform X1 [Benincasa hispida])

HSP 1 Score: 97.1 bits (240), Expect = 2.9e-16
Identity = 52/58 (89.66%), Postives = 55/58 (94.83%), Query Frame = 0


Query: 55  KEVKKVSFIAAPMAASATLQYGMQIVAVIMVGHLGDELLLSGVSIASSVINVTGCSVL 113
           KE+KKVSFIAAPMAAS  LQYGMQIV+V+MVGHLGDELLLSGVSIASS INVTGCSVL
Sbjct: 17  KELKKVSFIAAPMAASTILQYGMQIVSVMMVGHLGDELLLSGVSIASSFINVTGCSVL 74

[Close]

BLAST of Lsi08G000740 vs. NCBI nr
Match: XP_004141549.1 (protein DETOXIFICATION 12 isoform X2 [Cucumis sativus])

HSP 1 Score: 94.7 bits (234), Expect = 1.4e-15
Identity = 50/58 (86.21%), Postives = 54/58 (93.10%), Query Frame = 0


Query: 55  KEVKKVSFIAAPMAASATLQYGMQIVAVIMVGHLGDELLLSGVSIASSVINVTGCSVL 113
           KE+KKVSFIAAP+AAS  LQYGMQIV V+MVGHLGDELLLSG+SIASS INVTGCSVL
Sbjct: 10  KELKKVSFIAAPLAASTVLQYGMQIVGVMMVGHLGDELLLSGLSIASSFINVTGCSVL 67

[Close]

BLAST of Lsi08G000740 vs. NCBI nr
Match: XP_008459600.1 (PREDICTED: protein DETOXIFICATION 3-like isoform X1 [Cucumis melo])

HSP 1 Score: 90.9 bits (224), Expect = 2.1e-14
Identity = 48/61 (78.69%), Postives = 54/61 (88.52%), Query Frame = 0


Query: 55  KEVKKVSFIAAPMAASATLQYGMQIVAVIMVGHLGDELLLSGVSIASSVINVTGCSVLFM 114
           KE+K V F+AAPMAAS  LQYGMQ V V+MVGHLGDELLLSG+SIASS INVTGCSVL++
Sbjct: 10  KELKTVIFMAAPMAASTILQYGMQTVGVMMVGHLGDELLLSGLSIASSFINVTGCSVLYL 69

Query: 115 L 116
           L
Sbjct: 70  L 70

[Close]

BLAST of Lsi08G000740 vs. NCBI nr
Match: XP_008459603.1 (PREDICTED: protein DETOXIFICATION 12-like isoform X3 [Cucumis melo])

HSP 1 Score: 90.9 bits (224), Expect = 2.1e-14
Identity = 48/61 (78.69%), Postives = 54/61 (88.52%), Query Frame = 0


Query: 55  KEVKKVSFIAAPMAASATLQYGMQIVAVIMVGHLGDELLLSGVSIASSVINVTGCSVLFM 114
           KE+K V F+AAPMAAS  LQYGMQ V V+MVGHLGDELLLSG+SIASS INVTGCSVL++
Sbjct: 10  KELKTVIFMAAPMAASTILQYGMQTVGVMMVGHLGDELLLSGLSIASSFINVTGCSVLYL 69

Query: 115 L 116
           L
Sbjct: 70  L 70

[Close]

BLAST of Lsi08G000740 vs. NCBI nr
Match: XP_008459601.1 (PREDICTED: protein DETOXIFICATION 3-like isoform X2 [Cucumis melo])

HSP 1 Score: 87.8 bits (216), Expect = 1.7e-13
Identity = 47/58 (81.03%), Postives = 51/58 (87.93%), Query Frame = 0


Query: 55  KEVKKVSFIAAPMAASATLQYGMQIVAVIMVGHLGDELLLSGVSIASSVINVTGCSVL 113
           KE+K V F+AAPMAAS  LQYGMQ V V+MVGHLGDELLLSG+SIASS INVTGCSVL
Sbjct: 10  KELKTVIFMAAPMAASTILQYGMQTVGVMMVGHLGDELLLSGLSIASSFINVTGCSVL 67

[Close]

BLAST of Lsi08G000740 vs. TAIR 10
Match: AT1G66780.1 (MATE efflux family protein )

HSP 1 Score: 62.0 bits (149), Expect = 9.6e-10
Identity = 34/59 (57.63%), Postives = 47/59 (79.66%), Query Frame = 0


Query: 57  VKKVSFIAAPMAASATLQYGMQIVAVIMVGHLGDELLLSGVSIASSVINVTGCSVLFML 116
           +KKVSF+AAPM A A  QY +Q+++++M GHL DEL LS V+IA+S+ NVTG S++F L
Sbjct: 36  MKKVSFMAAPMVAVAASQYLLQVISIVMAGHL-DELSLSAVAIATSLTNVTGFSLIFGL 93

[Close]

BLAST of Lsi08G000740 vs. TAIR 10
Match: AT2G04050.1 (MATE efflux family protein )

HSP 1 Score: 55.1 bits (131), Expect = 1.2e-07
Identity = 32/60 (53.33%), Postives = 45/60 (75.00%), Query Frame = 0


Query: 56  EVKKVSFIAAPMAASATLQYGMQIVAVIMVGHLGDELLLSGVSIASSVINVTGCSVLFML 115
           E+KKVS +AAPMAA    QY + +++V++ GH G EL LSGV++A+S  NV+G S+LF L
Sbjct: 27  ELKKVSSLAAPMAAVTIAQYLLPVISVMVAGHNG-ELQLSGVALATSFTNVSGFSILFGL 85

[Close]

BLAST of Lsi08G000740 vs. TAIR 10
Match: AT1G71140.1 (MATE efflux family protein )

HSP 1 Score: 54.7 bits (130), Expect = 1.5e-07
Identity = 31/61 (50.82%), Postives = 44/61 (72.13%), Query Frame = 0


Query: 55  KEVKKVSFIAAPMAASATLQYGMQIVAVIMVGHLGDELLLSGVSIASSVINVTGCSVLFM 114
           +E KK+S+IA PM A  +  Y +Q+++++MVGHLG EL LS  +IA S  +VTG SV+F 
Sbjct: 25  RETKKLSYIAGPMIAVNSSMYVLQVISIMMVGHLG-ELFLSSTAIAVSFCSVTGFSVVFG 84

Query: 115 L 116
           L
Sbjct: 85  L 84

[Close]

BLAST of Lsi08G000740 vs. TAIR 10
Match: AT2G04080.1 (MATE efflux family protein )

HSP 1 Score: 54.7 bits (130), Expect = 1.5e-07
Identity = 34/84 (40.48%), Postives = 54/84 (64.29%), Query Frame = 0


Query: 33  PALPVDRTLPAKIFHCAHQNLSKEVKKVSFIAAPMAASATLQYGMQIVAVIMVGHLGDEL 92
           P LP D  L +         ++ E+KKVS +AAPMA     QY + +++V++ GH+G EL
Sbjct: 4   PFLPRDEQLVSCKSTWQSGQVTVELKKVSRLAAPMATVTIAQYLLPVISVMVAGHIG-EL 63

Query: 93  LLSGVSIASSVINVTGCSVLFMLM 117
            L+GV++A+S  NV+G S++F L+
Sbjct: 64  ELAGVALATSFTNVSGFSIMFGLV 86

[Close]

BLAST of Lsi08G000740 vs. TAIR 10
Match: AT1G15170.1 (MATE efflux family protein )

HSP 1 Score: 53.9 bits (128), Expect = 2.6e-07
Identity = 35/81 (43.21%), Postives = 50/81 (61.73%), Query Frame = 0


Query: 35  LPVDRTLPAKIFHCAHQNLSKEVKKVSFIAAPMAASATLQYGMQIVAVIMVGHLGDELLL 94
           LPV+R            + + E+K++ F AAPMAA    Q+ +QIV+++MVGHLG+ L L
Sbjct: 13  LPVERVENVTWSDLRDGSFTVELKRLIFFAAPMAAVVIAQFMLQIVSMMMVGHLGN-LSL 72

Query: 95  SGVSIASSVINVTGCSVLFML 116
           +  S+ASS  NVTG S +  L
Sbjct: 73  ASASLASSFCNVTGFSFIIGL 92

The following BLAST results are available for this feature:

BLAST of Lsi08G000740 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
F4HQ05	1.3e-08	57.63	Protein DETOXIFICATION 8 OS=Arabidopsis thaliana OX=3702 GN=DTX8 PE=3 SV=1	[more]
Q9SIA4	1.6e-06	53.33	Protein DETOXIFICATION 3 OS=Arabidopsis thaliana OX=3702 GN=DTX3 PE=3 SV=1	[more]
Q9C994	2.1e-06	50.82	Protein DETOXIFICATION 14 OS=Arabidopsis thaliana OX=3702 GN=DTX14 PE=1 SV=1	[more]
Q8GXM8	2.1e-06	40.48	Protein DETOXIFICATION 2 OS=Arabidopsis thaliana OX=3702 GN=DTX2 PE=2 SV=1	[more]
Q8L731	3.7e-06	43.21	Protein DETOXIFICATION 12 OS=Arabidopsis thaliana OX=3702 GN=DTX12 PE=2 SV=1	[more]

BLAST of Lsi08G000740 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A0A0KST7	6.9e-16	86.21	Protein DETOXIFICATION OS=Cucumis sativus OX=3659 GN=Csa_5G649880 PE=3 SV=1	[more]
A0A1S3CA38	1.0e-14	78.69	protein DETOXIFICATION 3-like isoform X1 OS=Cucumis melo OX=3656 GN=LOC103498682...	[more]
A0A1S3CAK3	1.0e-14	78.69	protein DETOXIFICATION 12-like isoform X3 OS=Cucumis melo OX=3656 GN=LOC10349868...	[more]
A0A5A7TDD2	8.5e-14	81.03	Protein DETOXIFICATION 12-like isoform X3 OS=Cucumis melo var. makuwa OX=1194695...	[more]
A0A1S3CAP0	8.5e-14	81.03	protein DETOXIFICATION 3-like isoform X2 OS=Cucumis melo OX=3656 GN=LOC103498682...	[more]

BLAST of Lsi08G000740 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_038889425.1	2.9e-16	89.66	protein DETOXIFICATION 3-like isoform X1 [Benincasa hispida]	[more]
XP_004141549.1	1.4e-15	86.21	protein DETOXIFICATION 12 isoform X2 [Cucumis sativus]	[more]
XP_008459600.1	2.1e-14	78.69	PREDICTED: protein DETOXIFICATION 3-like isoform X1 [Cucumis melo]	[more]
XP_008459603.1	2.1e-14	78.69	PREDICTED: protein DETOXIFICATION 12-like isoform X3 [Cucumis melo]	[more]
XP_008459601.1	1.7e-13	81.03	PREDICTED: protein DETOXIFICATION 3-like isoform X2 [Cucumis melo]	[more]

BLAST of Lsi08G000740 vs. TAIR 10


Match Name	E-value	Identity	Description
AT1G66780.1	9.6e-10	57.63	MATE efflux family protein	[more]
AT2G04050.1	1.2e-07	53.33	MATE efflux family protein	[more]
AT1G71140.1	1.5e-07	50.82	MATE efflux family protein	[more]
AT2G04080.1	1.5e-07	40.48	MATE efflux family protein	[more]
AT1G15170.1	2.6e-07	43.21	MATE efflux family protein	[more]

InterPro

Analysis Name: InterPro Annotations of Bottle gourd (USVL1VR-Ls) v1
Date Performed: 2021-10-18


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	PANTHER	PTHR11206:SF345	PROTEIN DETOXIFICATION	coord: 55..115
None	No IPR available	PANTHER	PTHR11206	MULTIDRUG RESISTANCE PROTEIN	coord: 55..115

Relationships

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


Feature Name	Unique Name	Type
Lsi08G000740.1	Lsi08G000740.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:1990961	xenobiotic detoxification by transmembrane export across the plasma membrane
cellular_component	GO:0016021	integral component of membrane
molecular_function	GO:0015297	antiporter activity
molecular_function	GO:0042910	xenobiotic transmembrane transporter activity