Lsi09G002590 (gene) Bottle gourd (USVL1VR-Ls) v1

Overview
NameLsi09G002590
Typegene
OrganismLagenaria siceraria (Bottle gourd (USVL1VR-Ls) v1)
Descriptionpleiotropic drug resistance protein 3-like
Locationchr09: 2685998 .. 2716802 (+)
RNA-Seq ExpressionLsi09G002590
SyntenyLsi09G002590
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.
ATGGGGTAGAAAGAATTTTCGGCTCAAGAGATTAGGTATGTTTGCCATAAATTCATAGTCATCCGTTATATCAAGTTCGAGTTTTTCTGTTAGATTATACTGCTTTCACCATCCGGTGTTTGTTAATTTGTTTGGGAATATTTTTGAAGTTCTGTTCGATTTTCGTCTCTCATTGTTGTTCACGATGGTTGGTCCACATTGTAGAATGCATTGGTCCTATCCACGTTGTAGAATGCTTTGGTCCTAGATTACAAAAGAAATCTTGTCTGTTACTACTTGATTTCAAAAACCCAGAAACAATTAGATATTTTATCAATGTTCCTTTATAAGAGTCCTATGATTAAAACAATTATATCATTACAACCATGTAATAGAGAATCATTTTTTTTAATCGATGGGAGTTCTTTATATTGAATCATTCTGCTTTTCGGCAACTGGAGTTTTTGAGAATGATCTTTCTGGAACTAAACTTGCTCTTGCTAACATTCCTTTAAGCCATAACCATGAACTATATGAGAGATATACTAGTTCTTGGATCAATTTCTGAGACTCATTTGAGCCCAAGGCAAAATGATAGCAATCAATTTATTGAAATTGAAGGCACTTTAACAATTTCTTTATCTGACTGAATGACTCTTCTGACTCTTATGTATAGATCGACGCATAAATATATATATATATTTTTTCTGATAACGATGGTGTTCTGCCTTTGTGTAGTCTGAGTTCACATGCAAGCGGTCTGGTTTGTGTGAAGTTTCTGTCGAGCAGTTAGGGGGCCATGACATATGACAACATAATCCACAGAGGTAAGCCACTGTTTTCACTAAACTTTATCTTTTTTATCATAGAAAAAATGTTAAGATACACTCGAAGATAGGAACTTCAGAAGAGAGTGGAAGTAAAAAGTAATAAAATGAAGCATCAAAAAATAAATCCAGTGAATAAAACAAAATGATCCAGTGGTAAAAAAAGGTTACAAAGGATATAAGAAGACATTCCAATTGAGACAAATATCTTGTATTGAAAATCCAACAAATGACTTTGAGAAACAATGCGAAGTTTAGATGAGTTGATTCAAATCAATCAAACCAAGGAAGTTGGCTTGCTGTGGAAGATTCTTTGATTTTTTCCATCTGTAATTTTGGTAAAATAGCATTCACTGGATTAATTCATAGTAAATTGGCCTTAGAATTCGAAGATTGTTCAATAAGTAATTGAGAAATTTTGTACCTGAGAGCATTGTAGAATACCCACTGAATATTGAAAATTGGGAACAACTTTTCCAATCTTCTACCGTTCTCTAGCTTCTTATAAATCTCAAAGATGAAATACAGTGCTTCCAATCTTCTAGCTCATCCAACAATCCTATTTGAATAAAACAAGTTTTTGCCACACTCGAAATTTCTGTGTCTTTTTTTTAATAGAACTTGAATTAGAGATTTACTATTTTGTCAACGCCAAAGGAGTTTGAGAGCTCTCGCCTCCTCTTAATGCTCACCTGATCTACAATTCAGCAAAAGTAAAAAAGATACCCTCTCTTCACTACAAGGGGCCTTAATATTACCCATCTAACACACTTCCACAAACAATCAAAACTAACTGGATAATATGAGCCTACCAAACTTGGATCTCGAAAATACTCCTTCAAATTATTCTATTCATACCTGTTGCTTTTGGGTATGAAAAAGTTGACAAGCTTAACACAATTTAATTCCTAAGATAAACAAGCTAGAGCTAGTTCTATTTACTTGTCAAACTTTAACCAAAACTTGTTGATGTTATGGTTTCAAATTATCCATATCTCCATTGGTTTGACGTTATTGTTTGCATTTCCTTTGCTGATGAAGAAGATTTTGATTAGTAACTATGTTGTGAAAATCTCAGATGGAAATGGAGATAAATAAAGTTGGGGTCATCTGGCAAGTAAAACCATCACCCAGTTGCTAACACTCCATCGCGTAAGAAATTTTCTGTTGACATCATGAACCACCATGTGGCCTAGTGTGCTCCTTATAAGGTTAGTTATCATGTTTTATGTTTATCATATCTTATTTTATTTTATTTTTATTTTTATTTTTATTTTTATGTTCTTTGTGCCAATGATATAGCTCTTGTTTTGAGAGTAAAGGATTAAATTGCAATAACTAATCGCAATGAATGTGGAACTTGAGAGAAGTTCACGAAGGAATGGAATTATATTTATTGATTTATGAAATGTTTTAGGCAGTTAGGAATAATCTTTTTGATTTCATTTGAAAAGCCTAGCTTTTAGTTGAGATCAAATGAAAGAATACAAGGTAAACATAATAAAAAACCACCACAAGAGGAGCCCAATTGACCTAAAATCGGGCTCCAATTAAGCAACATATGACCTTAAGGGGAATTAAAAAAACTTTATGCACCTTACCATACAGAGGTGTGATATCTAACAATTATTGCCATATAGAAGATAAAACTAGAGATTATGTACTTAGAAAGGTAAAAGATATATGGAGTGTGCGGGAATGGAAGATTTACTTCAACACACATCAAATAAAAAACTGAAGTAATCTGTGTGAGAATTCTTTTGGAACTAAATGACATTAAGGAGTTTGAAAATTTTCTTGGTTCGTGTTGAAAGGTAAGACATCCAATCGATTTATTGTAGTTGTGCTTCTTTCATGGACATGAGGTTTGTTACAATTAGAGATTTGTTGGTATAAAGTTTTGAGGTGTACAAGTTTTCTTTTATAATTAGAGTAACTCACAAGTCTAAAAGGACTAATTGGAGAAGGGATCACGACGAGAGGTTTGAGAGAATTTTAAGCAAAGGAAGCACTAGAATAGAAGGTCTTTGGGTAAATTGGTGGTAGGAAATGTCGGATTGTATTGATCTATAATAGAAGGTCTTGAATTAGGATACAAGAATTTTGGATTAAAGCGTGAGATTGGACCTTAAGTTTTTGATTGAAGACTCTTGCCATTCTTTGGATAAATGATTAGCAATGTGGATTGAGTGTTAAGATAAGGCATGAAGTGATTTGCCATGGACAAGGGTATGGGATAAGATTATATCTCGTAATTAAAATTGGAAAAAAGCAAATGGTGGACTATTGGATGAAATGCACATCAACAGAAAACAACACAATATTCTTGGAAAATATTAGTTTGGAGTAAAAGCTGTAAAGGACTTTCGTATGTATTAGATTTTTGTGGAAAGTTTAGACATCCATTGGGTTCTTGGTAATATAGGCGAAAGAAATGTAGAACTGTATTGGCCGTAAACAAGGCAATGGTGAATATCTTGGTTTTGTTGAGTTTTATAGTTATGCAAGCATGGTGGAAGGAACATGAGTTTGGAAACGAAAATTTTGGATTAAAGCGAGAGATTGGAGCTCAACTTTTTTATTGAAGAACTCTTGCTTCTTTGGATAAAAGCTTAGCAATGTGGATTAAGTGCTAAGGCATGGAATGATTTGCCATGGACAAGGGATATGGGAAGAAAAAACTATACCCTGTAATGAAAATTTAAAAAAGGCAGATGGTGGACTATTGAATGGAATACACATCAACAGAAAATATCACAATATTCTTGGAAAAGAATAGTTTTGAGTAAAATGGCGTAAAGGACTTTGAATACGTATGTATTAGGTTTGTGGGAAAAGTTTAGACATCCATTGCGTTTTTGGTAATATAGGCGAAAGAAATGTAGAACTGTATTGGACGTATACAAGACAATGGTGAATATCTTGGTTTTGTTGAGTTTTATGGTTATGCAAGCATGGTGGAAGAAACATAAGTTTGGACACGAGAATTTTGGATTAAAGCGTATGATTGGAGCTTAAGTTTTTTTATTGAAGAAGTCTTGCCAGTCTTTAGATAAAGGAATTGCAATGTGGATCAAGTTTTCGGATAAGGAATGAAGTGATTTGTCATGGACATGGATATGAAAATATAAGATTATAGTTTGTAATTAAAATTGGAAAAAAGGGACATTGTGGGCTATTTAATTCAATCCACATCGACATAAAAGATCACAATATTCTTGGAAAAGATTAGTTTGAAGTAAAGTGGAGTAAGGACTTGAACATGTATGTATTCAGTTTGTGAGGAAAGTTTAGACATTCATAAGCCTTTTGGTAATATTGGCGAAAAAATGTCGAACTATATTGAACGTAAACAAGATATTGCACAATCTCTTATGCTTATGTACGTAACGAGGGAGGAAGATAAGTTTGGATACGAGAATTTTGGATTAAAGCGTAAGATTGGACCTTAAGTTTTTTATTGAAGAACTCTTGTCATTCTTTGGATAAAGGATTAACAATATGGATTAAGTGTTGAGATAAGGCATGAATTTATTTGCCAAGGAAAAGGAAATGTGAAGATAAGATCATATCTTGTAAATAAAATTGGAAAAAGGCAAATGGTGGACTATTGAATGGAATTCACATCAACAGAAAGTATCACAATATTCTTGGAAAAGATTAGTTTGGAGTAAAATGGCGTAAAGGACTTTGAATGGGCATGTATTAGGTTTGTGTGAAAAGTTTAGACATCCATTGGGTTTTTGCTAACATAGGCGAAAGAAATGTTGAACTTTATTGGACGTATAGAAGGCAATGGTAAATATCTTGGTTTGGTAGAGTTTTATGGTTGAGGGAAGGAACATAATTTTGGATAAAAGAAATTTGGATTAAAGCCTGAGATTGGAGCTCAAGTTGTTTATTGAAGAAGTCTTAGAAGTATTTGGATAAAGGATTAGCAATGTGGATTAAGTTTTAAGATAAGACATGAAGTGATTTGTCATGAACATGGATATGGGAAGAAAAGATTAATGTATGTAATTAAAATTGGAAAAAGGGACATGGTGGGCTATTCAAATCAATACACATCGACAAAAAAATCACAATATTCTTGGAAAAGATTAGTTTGGGATAAAGTGGAGTAAAGGACTTGAATATATGTATTCGGTTTGTGAGGAAAATTAAGACATTCATTCAGCTTTTGGTAATATAGGCTAAAGAAATGTCGAACTATATTGGATGTAAACCAGATACTGCACAATTTCTTGAATTTGATGAGTTTTATGCTTATGTACGTATCAAGGGATGAAGTTAAGTTAGGATACGAGAATTTCAGATTAAAGCGTAAGATTGGACCTTAAGTTTTTGATTGAAGAACTCTTGCCATTCTTTGGATAAAGGATTAGCAATATGGATTAAGTGTTGAGATAAGACATGAATTGATTTGTCAAGGAAAAGGAAATGTGAAGATAAGATCATATCTCATAATTAAAATTGGAAAAAGGCAAATGGTGGACTATTAAATGGAATTCACATCAACAGAAAGTACCACAATATTCTTGGAAAAGTTTGGAGTAAAATGGCATAAAGGACTTTGAATGCGTATGTATTAGAGGTTTTTGTGGAAAGTATAGACATCCATTGAGTTTTTGGTAATATACACAAAAGAAATGTCGAATTGTATTGGACGTATACAAGACAATGGTGGATATCTTGCTTTTGTGAGTTTTATGGTCGGTTAAGCATGGTGGAAGGAACATAAGTTTGGATAAAAGAATTTTGGATTAAGGCGTTAGATTGGAGCTCAAGTTGTTTATTGAAGAAGTGTTGCAAGTCTTTGGATAAAGGATTAGCAATGTGGATTAAGTTTTAAGATAAGGCATGAAGTGATTTGTCATGGACATGGATGTTGAAAGATAAGATTATAGTAAGTAATTAAAATTGGAAAAACGCACATGGGGGACTATTGAATGGAATACTCATCAACAAAAAAGATGACAATATTCGTGGAAAAGATTAGTTTGGAGTTAAATGGCGTAAATGACTTTGAATACATATGTATTAGGTTTGAGTGGAAAGTTTAGACATATGTTGGGTTTTTGGTAATATAGGTGGAAGAAATGTCGAACTGTATTGGACGTAGACAAGGCAATGGTCAATATATTGGGTTTTGTGAGTTTTATGGTTATGTAAGCATGGTGGAAGGAACATAAACTCTGGACATGAGAATTTTGGATTAAAGCGTGAGATTGGAGCTCAAGTTTTTTATTGAAGAAGTCTTGTCAATGTTTGGGTAAAGGATTAGCAATGTGGATTAAGTTTTAAAATAAGGCATGAAGTGATTTGTCTTGGACATTGATGTGAGAAGATAAGATTATAGTATTTAATTAAAAGTGGAAAATCGCACGGGGGAACTATTAAATTCAATACACATCGACAAAAAGGATTTGAAGATAAGATTAGTATACGAGAATTTTGGATTAAAGTGTAAGATTGGACCTTAAGTTTTTTATTGAAGAAGGACCTTAAGTTTTTTATTGAAGAACTCTTTCCATTCTTTGGATTAGTATACGAGAATTTTGGATTAAAGTGTAAGATTGGACCTTAAGTTTTTTATTCAATAACTCTTGCCATTCTTTGGATTAGGGATTAACAATGTGGATTAAGTGTTGAGATAAGGCGTGAATTGATTTTCCATGGAAAAGGAAATGGGAAAATAAGATTATATCTCGTAATTAAAATTGGAAAAAGGCAAATGGTTGAGTATTGAATGGAATACACATCAACAGAAAGTATCACAATATTCTTGAAAAAGACTAGTTTGGAGGAAAATGGCGTAAAGGACTTTGAATAGGTATGTATTTGGTTTGTGTGGAAAGTTTAGACATCCATTGGATTTTTGGTAATATGGGCGAAAGAAATGTCGAACTGTGTTGGACGTATACAAGGCAATGGTGAATATCTTTGTTTTATTGAGTTTTATAGTTATGTAAACATGGTGGAAGGAAAATAAGTTTGGACACGAGTATTTTGGATTAAAGCATGAGTTTGGAGCTCAAGTTTTTTATTGAAGAAGTCTTGCCAGTCTTTGGATAAAGGATTAGCAATGTGGATTAAGTTTTCAGATAAGGCATAAAGTGATTTGTCATGAATATGGATATGGCAAGAAAAGATTAATTAGTATGTCATTAAAATTGGAAAAAAGGGACATGGTGGGCTATTCAAATCAATACACATCGACAGAAAAGATCACAATATTCTTAGAGAAGATTAGTTTGGAATAAAGTTGAGTAAAGGACTTGAATATATGTATTCGGATTGTGAGGAAAGTTAAGACATTCATTCGGCTTTTGTAAATATAGGCTAAAGAAATGTCGAACTATGTTGGACGTAAATCAGATACTGCACAATCTCTTGAATTCGCTGAGTTTTATGCTTATGTACATAACAAGGAAGGAAGATAAGTGAGGATACGAGAATTTCGAATTACAGCGTAAGATTGGAGTTTTAAGTTTTTGATTGAAGAATTCTTGCCTTTCTTTGGATAAAGGATTATCAATGTGGATTAACTTTTAAGATAAGGCATGAATCGATTTGCCATGACAAGGAAATGGGAAGATAACATTATATCTCGTAACTAAAATTTGAAAAAGGCAAATGGTGGACTATTGAATGGAATTCACATCAACAAAAAGTATCACAATATTCTTGGAAAAGATTACTTTATAGTAAAGGACTTTGAATGCGTATGTATTAGGTTTGTGTGGAAAGATTAGACATCCATTGAGTTTTTGGTAATATAGGCGAGAAAGACATGTCGAACTGTATTAGACGTATACAAGGCAATGGTGAATATCTTGGTTTTAATGAGTTTTATGGTCACGTAAGCATGGTGGAAAGAAAATAAGTTTGTGAGAATTTTGGATTAAAGCGTCAAATTGGAGCTCAAGTTTTTTCTAATGAAGAAGTCTGGCCAGTCATTGGATAAAAGATTAGCAATGTGGATTAAGTGTTGAGATAAGACATGAATTGATTTTCCATGGAAAAGGAAATGGCAAGATAAGATTATATCTCGTAATTAAAATTGGAAAAAGGCAAATGGTGGACTATTGAATGGAATACACATCAACAGAAAGTATCACAATATTCTTGGAAAAGATTAGTTTGGAGTTAAATAGCATAAAGGACTTTGAATAGCTATGTATTGGGTTTGTGTGGAAAGTTTAAACATCCATTGGGTTTGGTAATATAGGCGAAAGAAATGTCTAGATGTATTGGACGTATACAAGGTAATGGTGAATATCTTGGTTTTGTTGAGTTTTATGGTTATGTAAGAATGGTGGAAGGAACATAAGTTTGGACACGAGAATTTTGGATTAAAGCATGAGATTGGAGCTCAAGTTTTTTATTGAAGAAGTCTTGCCAATGTTTGGATAAAGGATTAGCAATGTGGATTAAGTTTTAAGATAAGGCATGAAGTGATCTGTCATCGACATGGATATTGAAAGATAAGATTATAGTAAGTAATTAAAATTGGAAAAATGCACATGGCGGACTATTGAATGGAATACTCATCAACAAAAAAGATGACAATATTCTTGGAAAAGATTAGTTTGGAGTTAAATGGCATAAAGGACTTTGAATACATATGTATTAGGTTTGAGTGGAAAATTTAGACATATGTTGGGTTTTTGGTAATATAGGAGGTAGAAGTGTCAAACTGTATTGGACGTAGACAAGGCAATGGTCAATATATTGGGTTTTGTGAGTTTTATGGTTATGTAAGCATGGTGGAAGGAACATAAACTCTGGACATAAGAATTTTGGATTAAAGCGTGAGATTGGAGCTTAAGTTTTTTATTGAAGAAGTCTTGTCAGTGTTTGGGTAAAAGATTAACAATGTGGATTAAGTTTTAAGATAAGGCATGAAATGATTTTTCTTGGACATTGATGTGGGAAGATAAGATTATAGAATTTAATTAAAAGTGGAAAATCGCACGTGGGGGACTATTAAATTCAATACACATCGACAAAAAAGATTTGAATATTCTTGAAAAAGATTAGTTTGGAATCCAATGGAGTAAATGACTTGAATATGTATGTATTAGGATTGTGTGGAAAGTTTAGACATTCATGGAATTTTGGTAATATAGGTGTAAGAAATGTCGAACTATGTTGGACGTTAACAAGATACTGCACAATCTCTTGAATTTCCTGAGTTTTATGCTTATGTACGTAACGAGGGGGAAGATAAGATTAGTATACGAGAATTTTGGATTAAAGTGTAAGATTGGACCTTAAGTTTTTTATTGATTAAAGTGTAAGATTGGACCTTAAGTTTTTTATTCAAGAACTCTTGCCATTCTTTCGATTAGGGATTAGCAATGTGGATTAAGTGTTGAGATAAGGCATGAATTGATTTGCCATGGAAAAGGAAATGGGACAATAAGATTATATCTCGGAATTACAATTGGAAAAAGGCAAATGGTTGACTATTGAATGGAATATACATCAACAGAAAGTATCACAATATTCTTGGAGAAGACTAGTTTGGAGGAAAATGGCGTAAAGGACTTTGAACATGTATGTATTTGGTTTGTGTGGAAAGTTCAGACATCGATTGGATTTTTGGTAATATAGGCGAAAGAAATGTCGAACTTTGTTGGACGTATACAAGGCAATGGTGAATATCTTGGTTTTATTGTGTTTTATAGTTATGTAAACATGGTGGAAGGAACATAAGTATGGACACGAGAATTTTGGATTAAAGCGTGAGTTTGGAGCTCAACTTTTTTATTGAAGAAGTCTTGCCAATGTTTGGATAAAGGATCAGCAATGTGGATTAAGTTTTAAGATAAGGCATGAAGTGATTTGTCATGGACATGGATATTGAAAGATAAGAGTAATTAAAATTGGAAAAACGCACATGGCGGAATATTGAATAGAATATTTATCAACAAAAAAGATTAAAATACTCTTGGAAAAGATTAGTTTGGAGTTAAATGGCGTAAAGGACTTTGAATACATGTGTATTAGGTTTGAGTGGAAAGTTTAGACATATGTTGGGTTTTTGGTAATATAGGTGGAAGAAATGGCGAATTGTATTGGACATAGACAAGGCAATGGTCAATATATCTGTAAGCATGGTGGAAGGAATATAAACTCTGGACACGAGAATTTTGGATTAAAACGTGAGATTGGAGCTCAAGTTTTTTATTGAAGAAGTCTTGTCAGTGTTTGTCTAAAGGATTAGCAATGTGGATTAAGTTTTAAAATAAGGCATGAAGTGATTTGTCTTGGACATTGATGTGAGAAGATAAGATTATAGTATTTAATTAAAAGTGGAAAATCGCACATGGGGGACTATTAAATTCAATACACATCGACAAAAATGATTTAAATATTCTTGAAAAAGATTAGTTTGGAATCCAATGGAGTAAAGGACTTGAATATGTATGTATTAGGATTGTGTGGAAAGTTTAGACATTCATGGGATTTTGGTAATATAGGTGTAAGAAATGTCGAACTATGTTGGAAGTTAACAAGATACTGCACAATCTCCTGAATTTGCAGAGTTTTATGCTTATGTACGTAACGAGGGGGAAGATAAGATTAGTATACAAGAATTTTGGATTAAAGTGTAAGATTGGACCTTAAGTTTTTTATTGAAGAACTCTTTCCATTCTTTGGATTAAGGATTAGCAATGTGGATTAAGTGTTGAGTTAAGGCATGAATTGATGTGCCATGAAAAAGGAAATGGGAAAATAAGATATTATCTCGTAATTAAAATTGGAAAAATGCAAATTGTGGACTATTGAATAGAATACACATTACAGAAAGTATCACAATATTCTTGGAAAAGGCTAGTTTGGAGGAAAATGGCATAAAGGACTTTGAATAAGTATGTATTTGGTTTGTGTGGAAAGTTTAGATATCCATTGGATTTTTGGTAATATGGGCGAAAGAAATGTCGAACTGTGTTGGATGTATACAAGGCAATGATGAATATCTTTGTTTTATTGAGTTTTATAGTTATTTAAGCATGGTAGAAGGAACAAAAGTTTGGACACGAGAATTTTGGATTAAAGCATGAGTTTGGAGCTCAAGTTTTTTATTGAAGAAGTCTTGCCAATGTTTGGATAAAGGATTAGCTATGTGGATTAAGTTTTAAAATAAGGCATGAAGTGATTTGTCATGGACATGGATATTGGAAGATAAGATTATAGTAAGTAATTAAAATTGGAAAAACGCACATGACAGACTACTGAATGGAATACTTATCAACAAAAAAGATAATATTCTTGGAAAAGATTAGTTTGGACTTTGAATACGTATGTATTAGGTTTGTGTGGAAAGTTTAGACATATGTTGGGTTTTGGTAATATAGGTGGAAGAAATGTCGAACTTTATTGGACGTAGACAAGGCAATGGTCAATATATTGGGTTTTGTGAGTTTTATGGTTATGTAAGCATGGTGGAAGGATTGTAAACTCTGGACACAAGAATTTTGGATTAAAGCGTGAGATTGGAGCTTATGTTTTTTTATTGAAGAAGTCTTGTCAGTGTTTGGGTAAAGGATTAGCAATTCTGGTAAAGGCATGAAGTGATTTGTCTTGGACATTGATGTGGGAGGATAAGATTATAGTATTTAATTAAAAGTGGAAGATCACACGTGGGGGACTATTAATTCAATACACATTGACAAAAAAGATTTGAATATTCTTGAAAAAGATTAGTTTGGAATCCAATGGAGTAAAGGACTTGAGTATGTATGTATTAGGATTGTGTGGAAAGTTTAGACATTCATGGGATTTTGGTAATGTAGGCGTAAGAAATGTCGAACTATGTTGGACGTTAACAAGATACTGCACAATATCTTGAATTCGTTGAGTTTTATGCTCATGTACGTAATAGGAAGATAAGTTAGTATACGAGAATTTTGGATTAAAGCGTGAGATTGGACCTTATGTTTTTGATTGAAGAACTATTGTCATTCTTTGGATAAAGAATTAGCAAGGTGGATTAAGTGTTAAGATAAGACATGAAGGGATTTGCCATGTACAAGGATATGGGAAGATAAGATTATATCTCGTAATTAAAATAGAAAAAATGAAAATGTGGACTATTAAATGGAATACACATCAATAGAAAAGATCATAATATTCTTGGAAGAGAATAGTTTGCAGTAAAATGGCTTTAAGGACTTTGAATACGTATGTATTAGGTTTGTGTTGAAAGTTTAGACATCCATTGGGTTTTTGGTAATATGGCAAAAGAAATGTAAAAACTTTGTTAGTCATAAACAAGACAGCGATCAGTCTCTTGGTTTTGTTGAGTTTTATGGTTATGTAAGTATGGTGGATGGAACATAAGTTTAGACACGGGAATTTTGGATTTAAGCGTGAGATTGGAGCTCAAGTTTTTTATTAAAGAAGTCTTGCTAGTGTTAGAATGAAGGATTAGCAATGATGATTTAGTTTTAAGATAAGGCATGAAGTCATTTGTCATGGACATGGATATGGGAAGATAAGGTTATGGTATGCAATTAAAATTTGAAAAACGCACATGGTGGATTATTGAATTCAATACACATCGACAGAAAAGATCAGGATATTCTTGGAAAAGATGATTTTTGAATAAAATGGCATAAAAGAGTTTGAATGTGTACGTATTAGGTTTGTATCGAAAGTTTAGACATTCATTTGGTTTTTCGTAATTACACAAAAGAAATGTGGAAGTGTATTGGTCGTAAACAAGAAAATGGTCAATCTCTTGGTTTTTTGAGTTTTATTGTTGTGTACGGGAGGTGGAAGGAAGATAAGTTTTGACATAGGAGTTTTGGATCAAAGCATGAGATTGGACCTCAAGTTTTTTATTGAAGAACTCTTGCCATTCTTTTGTATATAGGATTAGCAATGTGGATTAAGTGATAAGATAAGGCATGAAATGATTCGCCATGGACACTGATATGGGAAGATAAAATTATAGTATGTAATTAAAATTGAAAAAACGCACATGGTGGACTATTGAATGGAATACGCATTGATAGAAAAGATCATAATATTCTTGGAAAAGATTAGTTTGGAGTAAAATGGCATAACGAACTTTGAAGATGTATGTATTAGGTTTGTGTGGAAAGTTTAGACATTCATTATGCTTTTGGTAGTTAGGCAGAAGAATTGGCAAACTTTATTGGCAAACAAGATAGTGGTCAATCTCTTGATTTTGTTGAGTTTTATTGTTATGCAAGTAAGGTGGAAGAAAGATAAGTTTGGGCATGAGAATTTTGGATTGAAGCGTGAGATTGGACCTCAAGTTTTTGGATTGAAGAACTCTTTCCATTCTTTGGATATAGGATTAGCAATGTGGATTAAGAGTTAAGATAAGGCACTAAGTGATTTGTCATGGACATGGATATGGGAAGATTAGATTATATCATGTAATTAAAATTGGAAAAACACACATGGTGTACTATTGAATGGAATATACATCGACATAAAAGACCTGAATATTCTTGGAAAAGATTAGTTTGGAATAAAATGGCGTATAGGACTTTGGATATGTACAAGGTTTGTGTGGAAAGTTCATACATTTATTGGTTTTTTGTTAATATAAGCGAAAGAAATGTCGAACTATATTGGACCTAAACAAGATACTAGACAATCTCTTGAATTCGTTGAGTTTTATGGCTATGTATTTAATGAGGAATGATGATAAGTTAGGATACTAAAATTTTGGATTAAAGCGTGAGATTGGAGCTCAAGTTTTTTGATTGAAGAACTCTTGTCATTCTTTGGGTAAAGGATTAGCAATGTGGATTTAGTTTTATGATAAGACATGAAGTGATTTTCCATAGACATGGATATGAGAAGATAAGATTATATTATGTTATTAAAATTGGAAAAACGGATGTGGTAGACTATTGAATGGAATACACATTGACAGAAAATATCACAATATTCTTAGAAAAGATTAGTTTGGAGTAAAATGGCGTAAAGGACTTTTAATATGTATGTATTAGGTTTGTATGAAAAGTTTTAGACGTTCATTGGGTTTTTGGTAATTTAGGAAAAAAAATGTCGAGGTTGTAAACAACACAATGGACAATCTCTAGAATTTGTAAAGTGTTATGATTATGTAAGTAAGGAGGAAGAAAAATTAGGATACAATAATTTTAGATTAAGTGTTAGATTGGACTTCAAGTTTTTTATTGAAGAACTTTTGTCATTAATTAGATAAAGGATTAGCAAAATAGATTAAGTTTTAACATAAGATATGAAGTGATTTGTCATTGACATAGATGTGGGAAGATAAGATTATATTGTGTAATTTAATTAGGAAAACACACACATTGACATGATCAAGTTGAGGGAAAATTATGATATTTGAAAATGCTTGAAAAGATGTATTATTGAAGAGAAGAGTTTAGTTTAAATACTAAAACTCTTGTAACAACCTAACTAAAAAAGTTTCCAACAGTAACTTTTCTAATAAAGATATAACTTTAAAGAAATTAAAGAACTTAAACAATACAAGCTTGAAACTGAAAAGATATTTGAAAATGCTTGAAAAGATGTATTAGGTACGAGAATGTCTAAACACGAAAGAGAACTCTTGGAACTACAACAAATTCCCCCCGTGAAAGTGAAATGGAACTCTCCTCGAGTTTAGGCTGAAAGATTGAGTTGGTCCGGAGGAAAGTATTCCGTTAAATCAGCTACGTTGAAGACAAAACTGATATGAATGTTAAGAAAGGGTTGCAGGACTTGTGTCATTAGTCTCATGAATGTGCTAGGTGCATTAGAAAGACCAAAGGGCATTACTAACCATTCATAGAGACCCTCATTTGTTTTAAAAGTCGTTTTCCTCTCATCCCTGGGTCGGATTCTTATTTGATGATACCCACTCTTTAGATCTATTTTAGAGAAGAATTTGGACCCTCCAAGTTGATTTAAAAGATTCGATATTCTAGGGATTGGGAATCAGTATTTTATCGTAATGTTATTAATGGTCGGCTATCTACACACATCCTCCATGACCCATCTTTTTTATGGGTTAGAAGTACCAAAACGACGCATGGGCTTAGGCTTGGTCTAATGTGACCTTTTTCCAACAACTCATTTATTTGTTCTTGTAAAATTTCATATTCCTTAGGACTCATCCTATATATAATGTGGAAGATTGGGAAGCATAGATCCAGAAATAAGGTCAATAAGATGTTGGATGTCTCTTAATGGTGGTAGTGTAGTAGGAGTTTCTAATAGTTTTGGGAATTCTTCAAAAAGTCATTGGACCTCAAGATTGTTACTCATAGAATTGTTATTTTGTAAGGGATCCTTTACTACAATGGCCCAAATTTAAGTGTCTTCCTTAGTGATAATTGGTCCACTGTTTACAATAGAGAAGAGTTGTTTTTTGGAGCTAGATCTTACCTTAGCTTCTGTTTTTTCTAAGTGGTTATTACTAGGAAGGAGTTTAATTTTCCTACCCATCCAAGTAAACTCATAAGTATTCTCTCTACCCCTATGTACTGCTTCGACATCATACTGACATGGACAACCTAATAAGACATGACAAACATTCATATCGATCACATCACAAACAATTTGATCCTTATAAAGATTTCCAATAGTAAGAGAAATGGTATAGGTGGAACTTATCTGGGCCTCGCGCCTTTTTTAATCTAGCTGACCTTGTAGGGTTGCGGGTGTGGATCAAGTTTGAGATGGAGAGCTTGTACAAGCTTGAAAGACACTACGTTTTCACTACACCCACTGTCAATTATCACGTTGCAGACCTTCCTATTGATGGTGCACCTTGTCCGAAACTAAGAATGTCTTTGTGGATGGTTTTTTGTTTTAGGAGCAAGCAAAATTCTCTGCAACACACAAGATAGTTGATCACCTTCATCCGGTTCTAATTCATCAAACTCTCCTTCTGACTTTTGGCCTTCTTCTTCTTGAGAATTCTCTGCTTCAGCATATGCCACTGCGCTTCTTTGTGGGCATTCATTGGATAAATGTCCTTGCTGTCCGCATCTGAAGCACTTTCCCAGGTTGGGTCTTTGATAGTTGCTTGATCCCCCTTTTCTGTTTGACACTTCTTGGATTTTTACTCCTTGGTTTGGTTTGGTAGTTTGATCTTCTTTGTGCTTAGCATTACTCCCAATTTGAACTTTCCTTCCTCCGTCCACTGAAATTGGTTGAAGGGTTTTTCCCATGTGTTCTTCTTGGAGTTACTATTTCTTTGATTCTTGTCCAATTTGATTTGGCCTTGTAAGCCATAGTAATTGCTGCTGATAGAGTGCCTATCAGTTGTAGATCCATCTGTTCTTGGATTTCTTCCTTGAGGCCGTCAACAAATCTAGCAATCTGGTAGTTTTCTCCTAAGAAGCACGGACACTTTAGTTTGGCTAGCATGTCCGTGTCGAACACTCTGACACTTGTTGGACACGTATCAAACACTTGTTATTGCAACAAATGTGTTAGACATGCATTGAACAGTGGTTGAGTAGACTAAAAAGACACATATATGACAATAATAATATCTTTTGAGTGTGAAATACATCAAGGTAAATCTTTTAAGCATATAAATACATCAACCCATTTACTTTCAATTTTATTTTGGTATGAAAATGATATATACTTTTAAAAATGTATATTTTAATAAACGTGTCCTTGTCGTGTCGTGTCCTAGATATTTAAAATATGGCATGCCGTATCCGTGTCCGTGTCGTGTCGTGTCCGTGTCTTGTATCCGTATCCGTGCTTCTTAGGTTTTCGCTCATGTTAACCCGAGTTCTTACGCTTAACCAGTGAAACTCCTCAGCATAGTCAACCACATTTCGATTGCCTGCTTGCACTTTTGGTACTGTTGGTAGAGAATTTGCTCATAGTCAGCTAGAAGGAATCTTTCTTTCATCATCTTCAGCATTCTTGGCCAGCTTTTAATAAGATTTTTACCTATTAATCTTCGGTTCATTTGAATCTGATCCCACCATGCGGAGGCACCCGATTTTAATTTAAACGTCACTAACTTCACCTTCTTGTTTTCAGGGGTATTCATGTATTCGAAGAAGCTCTCGACGCTTTTAATCCAATCAAGAAAAGCTTCCACGTCTAACTTGCCACTAAATGTGGGTAGATCGATTTTTATCTTATAATCTTGTTGTCTTTCTTCGTAATCTTGATTGTTAAATCTCAACCTTCGTCGTCGATCCGCCAAAAATTGTCTCACTTCTTCACGTTCGGATGAAGAAAATTCCGAATCTTGATCTTCTTGTTTGTGTTCTTGGAATCTTAGAGCTTGGAAAGCTGATCGAATTCTTTCTAGGGAAGTAAAATTATCCAAGTCAACTCCCCTTTTTCGACCATCTAATTCTCTCGGTCTCGGTCTCCCCTGTTGGTTGCCTCTTCTGTTTGTTGAGGAAAGTTCATCAAGACAAGTTCCATTTGTCTTGATATTTTGGCCACCTTGGTATTTAGTTCATCCAAACAAGTATTCATGTTTCCAATTGTCTTTTCCACAACCAACAATCAGGTTGTTGATGTCCTTGGAGAAAGAATTTCAGTTTGATCGGGAAGGTCCTCTACGTTCTTTCCCTTGCCGGAGTTGACAGCGCCCTTATCAGCCATGATGTCCCAGTCGGACTGGTTTCTAATACCAAACTTGATGTGATCAAGTTGAGAGAGAATTATGATATTTGAAAATGCTTGAAAAGATGTATTATTGAATATAAGAGTTTACTTTAAATACTAAAACTCTTGTAACAACCTAACTAAAAAAGTTACCAACAGTAACTTTTCTAATAAAGATCTAACTTTAAAGAAATTAAAGAACTTAAACTATACAAGCTTAAAACTTAGAGAATTAGGTACAAGAATGTCTAAACATGAAAGAGAACTCTTGAAACTACATCACACATGGTGGACTATTGAATGGAATACACATCAATAGAAAAGATTAGACTATTCTTGGAAAAGATTAGTTTGAAATAAAATGGCATAAAGGACTTTGAATATGTACTAGGTTTGTGTGGAAAGTTCAAACATTCATTGTGTTGTTGGTAATTTAGGCAAAAGAAATGTCGAACTATATTTGACATAAATAAGATACTCGACAAGTTCTTGAATTTTTTGAGTTTTATGGCTGTATATGTATAGAGGAAGGAAGATAAGTTAGGATATTAGAATTTTTAATTAAAGTGTGAGATCGGACTTCAAGTTTTTGATTGAAGAACTCTTGTGATTCTTTGGATAAAGGAATAACAAAGTGGATTAAGGGTGAAGATAAGACATGAAGTGATTATTCGCCATTCACATGGTGACGTGATCAAGTTGAGAGAAAATTCTGATATTTGAAAATGCTTGAAAAGATGTATTATTGAAGAGAAGAGTTTAGTTTTAATACTAAAACTCTTGTAACAACCTAACTAGGTAACTTTTTTAATAAAGATCTAACTTTAAAGAAATTAAAGAACTTAAACAATACAAGCTTAAAACTTAAAGAATTAGGTACAAGAATGTCTAAACATAAAAGAGAACTCTTAGAACTACATCACATGGAAACGGGAAAATGAGATTATATTATGTAATTAAAATAGTAAAAACACACATGGTGGACTATTGAATGGAACACACATTGACAATCAAAATCAGAAAATTATTGGAAAAAATTAGTTTGGAGTAAAATGGGGTAAAGGACTTTGAATATGTATGTATTAGGTTTGTGTGGAAAGTTTAGACATTCATTGGGTTTTTGGTAATTAGGCAAGAGAAATGTCAAACTGTATCAGTCATAAAGAACATTTCGGACAATCTCTTGAATTCATTGAGTAGGAAAAAATATGGCTATGTATGTAAGGAGAAAGGAAGATGAGTTAGGAAGACGAGAATTTTGGATTAAAGCGTGAGATTGAACTTTAAGTTTTTTATTGAAAAACTCTTACCATTCTTTGGATAAAGGATTAGCAATGTGGATTAAGTTTTTAGATAAGGCATGGAGTTATTTGCCATGGATATGTATATGGGAAGATAAGAGTATATTATGTAAATAAAATAGGAAAAAATACTCATGGTGGACTATTGAATGAAATACACATCGATAGAAAAGATCACAATATTCTTGGAAAAGATTAGTTTAGAGTAAAATGGCTGAAAGGAATTTAAATATATACTAATTTTGTGTGGAATGTTCAGACATTCATTGGGTTTTTGGTAATATAGGCAAAAGAAATGTCAGACTATATTGGAAGCAAACAAGATAATGGACGATCTCTTTAATTTGTTGGGTTTTATGGTTATGTATGTATGTCGAAAGGAAGCTAAGTGAGTATACGATAACTTTGGATTTAAGTGTAAGATTTACTTTTGAACAAGATATGAAACTTCTCATTAAGAAAATAAAAACAGGCTTTATCTCAAGGATACAAACTCCGAAAGGGGTAAAAAGGCAAGAAATCAGCAAGTAAACAAAGGAAGGCCAAACTAGCAATCAAAATAAAACTAATACACAATTTAGTCTTCAACTGTAGTAAAAGTCCTGACTGGAAAAACCATCAAATAACTTTGTGAGAAAACACTAAGATGAAGAATTAAGGTGAGCTAATTTGATGATTGGGCGTGTCTGTGTCTGACATGTGCCAGACATGTGCCGGACAGAACACTTGTTAGTGCAACAAATGTGTTAGACATGCATTGCACATTTGTTGAGTAGACTGCAACGACACACATATATGACAATAATAATAGCTTTTGAGTGTGAAATACATCAAACTAAGTCTTTTAAGCATATATATGCATCAACCCATTTACTTTGAATTTTATTTTGGTATGAAAATGATATATATTTTTCAAAATGTATATTTGTGTCTACAAAGACACATATATGCCGTGTCGTGTTCTAGATATCCAAAATATGGTGTGTCGCCGTGTTTGTGTCGTGTCGTATTTGTGTCTCGTATCCGTATCCTTGCTTCTTAGCTAGTAGAGCATGATAGAAATAACTAAAATATTGTCTGAATTCTCTCAACCTATAATTCTTAAAAGAACAGATTCGACTGAGTTCTCCAAGAAAATTTGCCACTGAATTCATCAAATGACCTGGTTCAACAACATCCAATGGAATTAATTAGCCAGTGCAGCCAGGTTTTCCTTCACATCTTCATCAAAATAATTGGCATCAAGATCATCAGAATTATCCACAATTTTAAACATAACCCCTTGAAATCGAATGCCACTGTCAGCATCCTCATAGTCAACTTCATCTTTGGCTGAAACACAAAGAATAACCGCATCAGACAAAAATTAGACTTTCCTCAGCCTTTGCATCAATCACCACAATTACTTCCATTATATATTTTTACCTTCCTTCTCTGTTGTTTTGAGTTCTAATTCAAAGTGGGCATTGCATATTAATATGAAAAAAAAATTGTATTATCCTACGTTCATTTAGCTCCTGAATCGTCTCGTGCTATTATCTCATATGAAAAGCTTTCCTAATCAAAGAACAGTGAAGAAAGCAATGGTGGAGCTAATTCTGTGGAACAACCTCCTTCTAAGACCGTCATAGAATCCACCAAATGTCACATATTCAAATTATCCTTTTTTTTTTTTTTGTTATTAAAATGAATTTATTTATGTTTTTTTTCGTGGTTTCATTGTTTGACATGACAGGAGTAGTGTTTCAAGATTTGCAGTTTTATGTGGACATGCCATTGGTAATGCTCTTTAGTCTCTTAACTAGATTAGCTTGTCTGTGAGATTGTTTCAAACCACTTCTTTTCTTTTATTTGATTATTTTTCTCTTTTTTTTTTTTTTTTTTTTTTTTTTTTTAATTTTGTCATCACTCACGTTTTCTTCACAGGTATATATATAATAAATATTGGAAAATTTTTACAAATAAAAAAAATATCAAACTATTTTTTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTGCATGGATGTCCTAAAAAATTGTGGCAAAATGAGATTTGACATGGTATCTCAAAATAAGTTTTTCTAACCATTTCCTAGCATCAACAAAATTTTCTCCTATATTTTCATTTTGGTGCTCTCGTTCTTGCTCCCTATATAGTTTCTCGCTCTTGCTCTCTATTGTTTCCTCTCCATCTAGCTCCCATGCTTTTTCACTCTTACTCATTATAACGATGACTTTGTCAAAAGCCGTTGCCAGAAAAGGAGTGAGAGCAAGAGGAAAAATAGAGAGTAAGAGTGTGAGAATTGAAAAAAAAAGGAAAATTGGGTTTGTTGGCGCTAGCAAAGGGTTAAAAAAATTTATTTTGAAAAAACAAGTTAAATTTTATTTGGAGGTAGTTTTTTAGGTCAGTCAGTCAAATATTCTTTTTATTTTTGCTTTTTGATAACTGTTATTAAGATTTTATTGATTTGGTTCATTTAGACTTCAAAGAGACAAACTTTTGCTTGATTTTTGTTCTGAAAAGTAAGAAAGGTTTTTTTTTATAATAGTCTGAGACAAGCCCCATTTTCTTCATGGTTGAAGCATATTAACTTTTTACTTCAATTTCAAAGAAATGAAAGAAAATGGTTTTACCCAAAAGAAACTCCAGCTCCTTTCTGATATAATAGGGGCTTTAAGACCTGGTGTCCTCACAACATTGATGGGTGTCAATAGAGCTGGAAGAAAACTCTGCTTGATGTTCTTGCAGGACGAAAAACGAGCCGATACATCGAAGGAGAAATGAAATTGGTGGTTTTCCCAAAGTTCAAGAGACATTTGCTCGGATATCTGTTTACTGTGAACAAACTGATATACAGATTCTCCTCAAAATAACAGTGGAAGAAGCTTTGATCTTCTTTGCTTTGCTCCGTTTGGCAACTGATATCAACTCGAAAACAAAAGCAGTATGGCCTTTTTCTTCCCTCTTTAGCTAAAACTTGTTTGTCTCTGATGTTGATATTAGTTTCTTGTTACATTGCAATTTGTGAATGAAGTCATCGAGACCATTGAACTTGATGGTATAAAAAGATATGTTGGTTGTATATCTACTGGATGAGCTGTAGAGATTGTTTCCAATCCTTCTATCATCTTCATGGATGAGCCTACCACTGGTTTGGATGCAAGATCAGCTGCCATTGTCATCCGAGCTGTCAAGAATGTGGTTGATACTGGAAGAACAATAGTTTGTACCATTCACCAGCCGAGTATCGACATCTTTGAATCGTTTGATTAGGTAAAAGTCTTTCAAATTCTTTAATGCTCAATTCTATCCCCATCTCACTCTTTGTTGTGGAAGTAGCAATGATTTTGTTCGAGCCATAATTCTTACAGCAAAGCCTTAGCTGCATTTTTCCATTGAACCTTGTTGTCTTGAAATGTTTGTCCACATAACATTTTTTTGCTGTCCATCAATAACTGTGAATTTGAAAGCCCTTCAACAATCTTGACTAGCAGAACTTGAGAGGGTAGTAGGGATGACTACAATCACAAGCAATGATAAAGAAAAAGAAGAGAAAACAACTAAAAAAATATCCACACCATTCTCTTTGGAACTATTACTTTTCTAAGGCTGCTTCTCACCTTCCTCTGCAGTTGATTCTTTTGAAAACTGGTCGTATGATCTATGGCAGACCGCTCGGACAATGTTCAAGAAAGGGTATAGAATATTTTGAGGTCAGCCTGCTCTGAAATTAGCAACGCTTTGCTTGTAACCATATACTCCATTTTCATAACCTTTGTGGGTGATTTTCATTTTACATTGCATACAGCATGTTCTTGGGATTTCAAAGATTAGAGAAAACTACAACCCTACAACATGAGCGCTAGAAGTTACCTCTCCATATGAGTGAGTTAGGCTCCATAATTTCTTCATTTCAACCAAGTACATAAGTTGGGAATGTCTATACTTTTTTTTTTTTTTTTGCATGTATATTTTATCTAGTTTTGTTAGCCATGCTTATGAGTTTTTATAAAGTCAAGTCAGCTGAAGTTTTTGTTAGTCACTTATATTGAAAAAAAAAAAAAAAAGACTCAGGTATAGAAAATACTCCTAAATACTTTGTGTACCTTTGAACTTTTAAATGTTTCAAAAATACCCTTAAACTTTCAAAATGAGTTCAAAAATATTCTTACCGTTAGTTTTGGATGGAAACTGTTAGGGGCTGTTTGGGGGCCCGTAATGAAATGAGTTTGGATTGTAATGTAATCCAAAACTGATGTTTGGATTGAGCATTTTAGCCCCAATTTGTAATATTAAACTCATTATGTTCGACAGTTTTTAACCAAACTCTATTTCCCATCGTTTTCACGTTTTACAATCCTATTTTGTTCCGCCCTCAATACTTCACTCATTCCAATACTCCTCTTATTCCCAATAATCCCGATTACATTCTAGCCTTTCAAAAAGTCTCTTAAGTGTTTTGAGTCAGTAATACCACTGAACTTTCAAAAATTTCAAAAATACCTTTAAACTTTAAAAAAGTTAAAAAATACCCTTACTATTAAATGAACAGAAGTTGTTAATATCGTTTTACTTCTCTATTTTCCATCTTTTTTCTCCCCTCCCTTCTTAAATACCCTTTTACTCCCATGTTTGTTAACTATTTGACATTTTTTTATATAAAATAAATAAATAAATAAAATTGCACACTTTAGTTAAGGTATATGGGAAAAATGATTTAAAATGACCTGACAAGTAAAAACTTTTCTATGATTGACCTCTTTCCAAAAACTTGTTTGTTATTGACTCTTTTGGCATGTAAAATACCACTTTTACCCTTAATATTAAATATTTCACATTTTCTTCTATTTTCTACATCTCTTTTGCTTTTCTCTTTTAACAACCAAAAAATAAAAATTTAATGTCATTTAAAAGTAAAGATGCTTCAACATTTTGCTCAATTTCTAAGTATATTTGGAAAGAACACGAAAAAACGTATAAAAACGAGTGGTCATTTAGCTAAAACGAAGTTGTATCGACGAAGATATGACAAAAACAAAATTATCGTATGTGCAGAAAAAGTGCGCGATAGTTGACATCATAGTACGCGATCGCTGATGTCATGGTGCGCGATCACTTACATTAGAGTGCGCGATCGCGGACCTCATGGTGCACTATAATTTTGCAATTTTGTTTGTCATATATCTGCCAATACAACTTTGTTTTAGTTAAATGACCACTCGTTTTCATACGTTTTTTTCGTGTTCTTTTCAACCATACTTGTAATTCTACCAAAAAATTAAACAATCTTCAACTCTAATACTCCAAATTATAGAAGTTTAAATGTAGACCATTTAGATTCAATATTCTTTTAAATTTTGTTCTTTTTATAAGCATTATCAGAAAGAGCACGAAAAAATGTATAAAAATGAGTGGTCATTTAGCTAAAACGAAGTAGTATTAACGAAGATATGACCAAAACAAAATTGCAAAACGATGACGTATCATGATGTGAGCGATTGCGCACTTTTCTGCATGCTTTGCAATTTTGTATTTGTCATATCTTCGTCGATACAATTTCGTTTTAGTTATATGACCACTCGTTTTCATACGTTTTTCCGTGCTCTTTCCAATAATGTTTATAAAAAGAAAAAAGTGTCAAAGAATATTGAATATAAATGACCTTACAACATTTAAACTTCGATGAATTTTACTTTTGGTGTATTAGAGTTGAAGATTGTTTAATTTTTTTGGTAGAATTACAAATATGGTTGAAAAGAACACGAAAAAACGTATGAAAACGAGTAGTTATTTAGCTAAAACAAAGTTGTATTGGCGGATATATGACTAAAACAAAATTGCAAAACGATCGCGCACCATGAGGTCAGCAATCGAGCACCATGACATAAGCGATCGCGTACCATAATGTCAGCAACCACGCACTTTTTCTGCACATACGATAATTTTTTTTTTGTCATATCTTCGTCGATACAACTTCGTTTTAGCTAAAGGACCACTCATTTTTATACGTTTTTTCGTGTTCTTTCCAACTATGCTTAGAAATTAAGCAAAATATTGAAGCATCTTTACTTTTAAATGACATTGAATTTTCGTTTTTTGGTTGTTGAAAGAAAAGAGCAAAAGAGATGTAGAAAATAGAGGAGAAGGTGAGTATTTAATATTAAGAGTAAAAGTGGTATTTCACATGCCAAAAGGGTCAATAGCAAACAAGTTTTTAGAAAGAGGTCAGTCATAGAAAAGTTTTTGCTTCTTGGGTCATTTTGAATAATTTTTCCGGTATATGGACTATAATAAGAAGAAAGAGAATAAAGGTTACCAAGGGATTTTAAGAATTAAAATGTTGTACGTTAGTAGTTGAGTGTGTGTTAATAGTCAAATACATTTTTTTTATTTAACTATTTATCGTTTTAATGAGAGATTTTGATTTTGGAATTTTATGAAATTTTGTGGATTTTATGTTTTTACTTAAAATTTTGGTTTTTCTTTTGGTTGCTGAGAAAATTGGTGTAAGTTAAAAATTGAAAAATTGAGAGAAAAATGGGAGTGTCTATATGAAAAAAAATTGAGAATATCTATATAATTTGTTTTTGAATTGGTTCTTTTCGAACTTAAGAAAACTTCAAACAAATAGATTGTCATATTAATGGTATGAGCATTTTTAAAATTTTTTTAAAAAAAATTGAAATTCTTGTAACGAAGTATTAATGGTTTATGTTCATATACTAACCGTTAATATATTTTAAACTTTTTTCGAAAGTATAAGGATATTTTTGACACAAAGTACAAAGTTCAAGGGCATTTTTTATAATTTAGCCTAAAAATATATGGTTTATTTTTTATATGTTTGACAATGAGGACAATGGATTTCAAGTTAAAATGACATTTCTATTTATTTATTTATTTTTAGTACACAATTATGTGGGTGAGAGATTGAATCTTCGACCTCGAGGAAAGGTCATTCAATTACCACTGAGCTTAGCTCACTCTGACAAAATGACATTTCTATTAGATAGAACAAAGAAAGAACATAAGCCAAAGTGTGCTTGGTTTGTGGTATAGCCATGCACTCCATTCTAGAGATTGGAGGTTTAATCCCCCACCCTTGAAAAACAAGGGATATAAAATAGGCTTTTATATATATCTAACATAAAACTTGTAAAGCAGTTGAGCAGTCCACCTCCTAGTTCGAGAGATTTGCATTTTCGAGTGTCTTTTTGCAAAGTTTCGTGAGACAATTCAAGGCCTGCTGCCTTTGAGAACAAAACTTGTTGTATTGGAGAAATTCTTATAACTTGATCCGTTTCGTACACACAATTGCATCATCTTTGATTTTGAACTGTGAGTACTTAAGCTTTTGGTGCCATTCCATTTCAGTTCTTTAATTGAAGGGAACCAGTAGAATCTGCTCTCTCTGGGTCTTCTCTCTCACTCACTCTCTGTCTTCTTTTTCTCTCGCTCTTCACTCTCTTGCTCTCATGCTAGAGCTTTGCAACACAAAGTGGTCGAGATCAAAACCCACAAGGGAAAAAAATAAAAAAGAAAGAGAAAATCCAAGGTGAGAGAGATGAGAAGATCGATAAGGAGGAAGAAGAAAAAAAAGAAAATCGAGAAGAGAAAGGAAGATGAAGGAAAAGGGAAAAAAAATATAATAGCAATTTTATAAAACGATTGTGAACTTTGGAATTAGGTCTTTTATAAAATTATCTCAAAAACTTTAACCTAAACAATTCAATTGGATAAAAAAAACAAAAACAAAAATTGTAACTCAACCAAACTCATGAATACTTCATTGTGCTAACTAACAAAAGTTTAAGGACAACATTTTAAAAAATTACAAATCTATCATTAATAGACTCTATCGCTAATAGACTTTTACCGATATTATCTATTATCGATAGACCCCTACCGGAGATATAATCTATCATTAATAGACCCCTACTATTAATATGGTCTATCGTTGATAGATTCCAAAGGCATAATCTAAATTTTACTATATCTACAAATTCTTTTGCATTGTATTTACTTTATACAAATAATTTCAAAGTCTAAACCATGTTTAAAAAAAAATTAAACATGAGTTTCATTAAATCTTCTTTCTTTTTTTTAATTTAACTAAAAGTTCAAATGCTCCTTTAGAAAAAGATTAAAATCATAATAAGAAATAGAGGAGAAAACGATAATTTAAAAAACAAAAATCTAAAAATATACTCGTTATCAGCCGGACCTAAACAATAAAAGCGCACGAATTAAGCAACCATTGACGAGCCAACTTCAAAAAAGTTAAGCAACAATAAAAGAGCACAATTTGAGATCTAAACAGCAGCCATTGATGAGCAACTTCATACAGTTGAGCAATTGACAACAAAAAGCATTATTCCACGGAGAGACAAACTTTCTACACCATGTCAAGACCTCGAAAAAGGCTATAAATTATCTATTATAACTTTTTTCATTAGTTATCGTATCCTTATTTCTTGTAGTGAGAGCAACTTCATATAGTTAAGCAATTGACAACAAAATGCACTATTCCAAAGAGAGAGAAACTTTCTACACCATGTTTAGGATTACTTGGATAAAGGTGGCTCACTTAGCAAGTAGGCTAAATATTTTGAAGCCTACTAATAAGAGGAACCAGTTGAACCTTGAAAGCAATCTAAGCAATTAATATAGCAAAGAAAGCTAGGGATAGGCAAGTCATGATTGACTATTTAAAAATCAAAATACCTCTTTCCAAAACCTTTACTCTTTAATCTGCAACAAGATTGGATAAATATGAAGTCTGCACAAAAGTTAGGTATGGTAACAATTTTTAACTGTAAACCTAGCTAACTAGTTCACGACAGCTCGGGGTGACAAACAAGAGAGTGGGAGGATTTAGATACATATGGCAACCTGTCTAACTGTACACTGAGATTGATCCTAAGTGTAAACAAGACACAAAACGAGGTCAGCAGATTCCTTACTGTGCATTTTTAGCAGGTTCTGTATTATCTTCCTTTTTAGACTTGTTAGATTTCTGGCTATCCACTACAGGAATATATGCTTCACTTGTTTTCTTGAAGAGGTCCTCGGCGGCTTTTTCGGGTTCACGAGGACTGAGTAGACTCTTCTCCACATCTTCAAATTTAGCAGTTGCCCATGGTGCGGTTCCAACACTCTTGGTAGAATTAGTTGCCGCATCTATTGTCAGCATGGATAGTTCATCCCTAGAGGCATACCAAGAATGACCACAGGCGATGCACTCCAACTGGAATTGTAAAACCAGGGTATGTTAGCACCATATATTTTCTATCCACAAGTGTCTCCCAGCTATTTCATTTTTCTAAGCCAAACTACAAAAGCATAGCTTATTAGAGAACAAAATGCACTGTCTAGATCTTATACTACAATTGGTACCATCCATGGCAATTGTCGATCGAGTATAAGTGGTTAAAGCATTTATACCTCCCCTAAAATTGAAGATCTGATCTCCACCCAACCATTCCATATTCATTGAATTGGAAAAAAAAAAAAAAAAAACAATATACACGAGTATATACTTCAGCTAGATAGAAGCACTAGTTCTCAAAAGCAACACATCTCAGAGATAATGCCATAAGTCAGGTTGATTTTGTCCAGTCTAAGGCAAAGCAAATTCGAGAAAGAAAGAATTGGGACCTTATATCGTTGTCCATGTCCTGTTTGGATGATGTCCCTGACACCCACTTTACATTCTGTGCATCTTGAACACCGAGCATCTGTCATCTGTTTCATCTTATATAGTCATTTATCAAGTTAAGTGCAGATAAAATGGTTAAATGAAATGAGAAGGGAGAAATGGAAGGGAATAAACTGACCTGCATACGCTCAGACTCATCAGGCTCTTTAGTAGCTGCCGACTCCTCGGCAGTCAATCCTTCCTGTAATGAACAATTATAGTTACTTCTACTGTCTTGGTTTGAAAATATATATATGTCCACACACACAAAACTTAGAAGTAATAATAATAAAGAGTCAGCTCGTGCTAAATAAACATGTACTCATGTTTCTGAAAGGTTAAGGTCGAGGCAAATAAAAGTTATCAAAATATAAACCTGTAGTCAGAATAGCATCTACGATGATGCACACGAAAATGATACAGAATGGACAGGGCATCCTAGTCTAAAAAAAATTGAGTTTGGAAGACATGGCCATTGCTATCCCATTCCAAATGATGACAGCAACACTTCACTATGGTTATCCCGTGCTTGTTTATTTCACGGGGTACATCCAAGAATATATATTTTTGTTCCTTTTTTTAAGAAGGTGCACAACTATATGAACTTGTAGGTGGAAGTAATTTTTATAAGCTTATATTTTAAAAACTGAAAAACAAATAGTTATCCAATAGGGCCTTATATTTTTGTGCCCCTTCATGTTATGATATTAATTTATTTTTAAAAAAATTTAACTACTCTCAAATGGAAATTTCTTTTACCAGGAAATGAAAGAAAGAGGAATGGAAGAGAAAAGTGTCGAATTGAGGATAAGACAGAAAAGAGAGTCATAAAACTCTTTAATCAGACACCCAAAGACAGATATTGAACCTAGCTATAGAGTTTGCACCTCTCTAAGGATTCTCAACCGCTCTAAATACTCTTCATTGCTATTTCTTTCTTATCAAATGTGCCACAAGTTAGCAAAAAAGGTTGTGTACCACAGGGCTCCTCTCTAGTCCTTAAAAGGTAGGTGAAACATCTCATCCAGCATATGGAGATAGCCTTGAAAGCTCGGTTTCTTACCAAAACAAAGCCTCATGGCTAAGCTCTCCTTCCAATTTCAAAATATATATAAAATTTAAAAGGAAATTGTAAATTTTCAGTAAGAAAAGCATAAAAATCAGGACAAATGCGTGTAACTGGTTACTATAATGTAATTACAAAATAGTTTATAGGAGATTATCAAATTTTCCCAAAAATAAATAAAAATTGAAGTTGCTTTAGGCTAGTTTTGCCTTTGGTTTCAAGCATGGTCTTATCTTTTTCTTCCCTTTTTCCCCTTTGGTAGCGGGGAGGAGGGAGAAATTTTGAATCTTAGGCCACAATAATAAATCTATTCATCAACGACAGACAGACAATAAGCAAACCAGCTCTCTTTGAACTTCATCTATTATTGTGAATACGACAATAGCCTAAACCTATGATGAGACAGAAATTTGAGTGATTCCCAACAGCTTAAAGTCATTTTGAAAAATGATGGAAATGGAGACTTTTCCCAAGTCCTAACAAGATCAAACTGGTAATTGAACTTGGCAAACACATAAGAGACTTACCCAGAAAGTTCATATTGGAAAGAAACAGCACGTTTAAACAACAGATCATACAAAATTAAAAAGATAAGTACATGTTCAATAAGCAAAAGGAAGTCAAAGTGATTTCTTGTCTTACTATCCATTTCTACGCTCCATACGATATTCAAATTCCATTCCAAAAAAATCCAGCAGGAGGTTAGAGACAAGAAATATAGCCACCTAGCTCATCAATCGAGCTAACTGATACGTTAGCGGTCATGAGTTGTACAAGTTGACATGATTCTAGGCGTTAAAGTACAAAAGGAAATTGCATTACCTTGAGCTCATTGGGTGACATATTCAGGATTTTCGATGGTTCCAACTCTCCATTTAACAGCCGTTGAGCTAGTAAACGAGTATTCTGCCAAGAGAATCAAATAA

mRNA sequence

ATGGGAAAAAATGTTAAGATACACTCGAAGATAGGAACTTCAGAAGAGAGTGGAAAAATGAAAGAAAATGGTTTTACCCAAAAGAAACTCCAGCTCCTTTCTGATATAATAGGGGCTTTAAGACCTGGTGTCCTCACAACATTGATGGGTGTCAATAGAGCTGGAAGAAAACTCTGCTTGATGACGAAAAACGAGCCGATACATCGAAGGAGAAATGAAATTGGTGGTTTTCCCAAAGTTCAAGAGACATTTGCTCGGATATCTGTTTACTGTGAACAAACTGATATACAGATTCTCCTCAAAATAACAGTGGAAGAAGCTTTGATCTTCTTTGCTTTGCTCCGTTTGGCAACTGATATCAACTCGAAAACAAAAGCATTTCTTGTTACATTGCAATTTGTGAATGAAGTCATCGAGACCATTGAACTTGATGAGATTGTTTCCAATCCTTCTATCATCTTCATGGATGAGCCTACCACTGGTTTGGATGCAAGATCAGCTGCCATTGTCATCCGAGCTGTCAAGAATGTGGTTGATACTGGAAGAACAATAGCTGCTTCTCACCTTCCTCTGCAGTTGATTCTTTTGAAAACTGGTCGTATGATCTATGGCAGACCGCTCGGACAATGTTCAAGAAAGGGTATAGAATATTTTGAGAGGTCCTCGGCGGCTTTTTCGGGTTCACGAGGACTGAGTAGACTCTTCTCCACATCTTCAAATTTAGCAGTTGCCCATGGTGCGGTTCCAACACTCTTGGTAGAATTAGTTGCCGCATCTATTAGGCATACCAAGAATGACCACAGGCGATGCACTCCAACTGGAATTGTAAAACCAGGTCAGAATAGCATCTACGATGATGCACACGAAAATGATACAGAATGGACAGGGCATCCTAGTCTAAAAAAAATTGAGTTTGGAAGACATGGCCATTGCTATCCCATTCCAAATGATGACAGCAACACTTCACTATGGTTATCCCGATTTTCGATGGTTCCAACTCTCCATTTAACAGCCGTTGAGCTAGTAAACGAGTATTCTGCCAAGAGAATCAAATAA

Coding sequence (CDS)

ATGGGAAAAAATGTTAAGATACACTCGAAGATAGGAACTTCAGAAGAGAGTGGAAAAATGAAAGAAAATGGTTTTACCCAAAAGAAACTCCAGCTCCTTTCTGATATAATAGGGGCTTTAAGACCTGGTGTCCTCACAACATTGATGGGTGTCAATAGAGCTGGAAGAAAACTCTGCTTGATGACGAAAAACGAGCCGATACATCGAAGGAGAAATGAAATTGGTGGTTTTCCCAAAGTTCAAGAGACATTTGCTCGGATATCTGTTTACTGTGAACAAACTGATATACAGATTCTCCTCAAAATAACAGTGGAAGAAGCTTTGATCTTCTTTGCTTTGCTCCGTTTGGCAACTGATATCAACTCGAAAACAAAAGCATTTCTTGTTACATTGCAATTTGTGAATGAAGTCATCGAGACCATTGAACTTGATGAGATTGTTTCCAATCCTTCTATCATCTTCATGGATGAGCCTACCACTGGTTTGGATGCAAGATCAGCTGCCATTGTCATCCGAGCTGTCAAGAATGTGGTTGATACTGGAAGAACAATAGCTGCTTCTCACCTTCCTCTGCAGTTGATTCTTTTGAAAACTGGTCGTATGATCTATGGCAGACCGCTCGGACAATGTTCAAGAAAGGGTATAGAATATTTTGAGAGGTCCTCGGCGGCTTTTTCGGGTTCACGAGGACTGAGTAGACTCTTCTCCACATCTTCAAATTTAGCAGTTGCCCATGGTGCGGTTCCAACACTCTTGGTAGAATTAGTTGCCGCATCTATTAGGCATACCAAGAATGACCACAGGCGATGCACTCCAACTGGAATTGTAAAACCAGGTCAGAATAGCATCTACGATGATGCACACGAAAATGATACAGAATGGACAGGGCATCCTAGTCTAAAAAAAATTGAGTTTGGAAGACATGGCCATTGCTATCCCATTCCAAATGATGACAGCAACACTTCACTATGGTTATCCCGATTTTCGATGGTTCCAACTCTCCATTTAACAGCCGTTGAGCTAGTAAACGAGTATTCTGCCAAGAGAATCAAATAA

Protein sequence

MGKNVKIHSKIGTSEESGKMKENGFTQKKLQLLSDIIGALRPGVLTTLMGVNRAGRKLCLMTKNEPIHRRRNEIGGFPKVQETFARISVYCEQTDIQILLKITVEEALIFFALLRLATDINSKTKAFLVTLQFVNEVIETIELDEIVSNPSIIFMDEPTTGLDARSAAIVIRAVKNVVDTGRTIAASHLPLQLILLKTGRMIYGRPLGQCSRKGIEYFERSSAAFSGSRGLSRLFSTSSNLAVAHGAVPTLLVELVAASIRHTKNDHRRCTPTGIVKPGQNSIYDDAHENDTEWTGHPSLKKIEFGRHGHCYPIPNDDSNTSLWLSRFSMVPTLHLTAVELVNEYSAKRIK
Homology
[Close]
BLAST of Lsi09G002590 vs. ExPASy Swiss-Prot
Match: Q5W274 (Pleiotropic drug resistance protein 3 OS=Nicotiana tabacum OX=4097 GN=PDR3 PE=2 SV=1)

HSP 1 Score: 199.1 bits (505), Expect = 8.1e-50
Identity = 134/241 (55.60%), Postives = 153/241 (63.49%), Query Frame = 0 

Query: 20   MKENGFTQKKLQLLSDIIGALRPGVLTTLMGVNRAGRKLCLMT----KNEPIHRRRNEIG 79
            M E GFTQK+LQLLSDI GALRPG+LT LMGV+ AG+   L      K         ++G
Sbjct: 862  MTELGFTQKRLQLLSDITGALRPGILTALMGVSGAGKTTLLDVLAGRKTTGYVEGEIKVG 921

Query: 80   GFPKVQETFARISVYCEQTDIQILLKITVEEALIFFALLRLATDINSKTKAFLVTLQFVN 139
            G+PKVQETFAR+S YCEQTDI    +ITVEE++IF A LRL   I+SKTK      +FV 
Sbjct: 922  GYPKVQETFARVSGYCEQTDIH-SPQITVEESVIFSAWLRLHPQIDSKTK-----YEFVK 981

Query: 140  EVIETIELD---------------------------EIVSNPSIIFMDEPTTGLDARSAA 199
            EVIETIELD                           E+V+NPSIIFMDEPTTGLDARSAA
Sbjct: 982  EVIETIELDGIKGMLVGMPGVSGLSTEQRKRLTIAVELVANPSIIFMDEPTTGLDARSAA 1041

Query: 200  IVIRAVKNVVDTGRTIAAS-HLPL--------QLILLKT-GRMIYGRPLGQCSRKGIEYF 220
            IV+RAVKNV DTGRTI  + H P         +LILLKT GRMIY   LG+ S K IEYF
Sbjct: 1042 IVMRAVKNVADTGRTIVCTIHQPSIDIFEAFDELILLKTGGRMIYWGHLGRNSCKMIEYF 1096

[Close]
BLAST of Lsi09G002590 vs. ExPASy Swiss-Prot
Match: Q9LFH0 (ABC transporter G family member 37 OS=Arabidopsis thaliana OX=3702 GN=ABCG37 PE=1 SV=1)

HSP 1 Score: 193.7 bits (491), Expect = 3.4e-48
Identity = 128/242 (52.89%), Postives = 151/242 (62.40%), Query Frame = 0 

Query: 19   KMKENGFTQKKLQLLSDIIGALRPGVLTTLMGVNRAGRKLCLMT----KNEPIHRRRNEI 78
            +M++ G+ QKKLQLLSDI GA RPG+LT LMGV+ AG+   L      K          I
Sbjct: 864  EMRDQGYDQKKLQLLSDITGAFRPGILTALMGVSGAGKTTLLDVLAGRKTSGYIEGDIRI 923

Query: 79   GGFPKVQETFARISVYCEQTDIQILLKITVEEALIFFALLRLATDINSKTKAFLVTLQFV 138
             GFPKVQETFAR+S YCEQTDI     ITVEE++I+ A LRLA +I++ TK      +FV
Sbjct: 924  SGFPKVQETFARVSGYCEQTDIH-SPNITVEESVIYSAWLRLAPEIDATTKT-----KFV 983

Query: 139  NEVIETIELDEI---------------------------VSNPSIIFMDEPTTGLDARSA 198
             +V+ETIELDEI                           V+NPSIIFMDEPTTGLDAR+A
Sbjct: 984  KQVLETIELDEIKDSLVGVTGVSGLSTEQRKRLTIAVELVANPSIIFMDEPTTGLDARAA 1043

Query: 199  AIVIRAVKNVVDTGRTIAAS-HLPL--------QLILLKT-GRMIYGRPLGQCSRKGIEY 220
            AIV+RAVKNV DTGRTI  + H P         +L+LLK  GRMIY  PLGQ SR  IEY
Sbjct: 1044 AIVMRAVKNVADTGRTIVCTIHQPSIDIFEAFDELVLLKRGGRMIYTGPLGQHSRHIIEY 1099

[Close]
BLAST of Lsi09G002590 vs. ExPASy Swiss-Prot
Match: Q9ZUT8 (ABC transporter G family member 33 OS=Arabidopsis thaliana OX=3702 GN=ABCG33 PE=2 SV=1)

HSP 1 Score: 183.7 bits (465), Expect = 3.5e-45
Identity = 131/282 (46.45%), Postives = 158/282 (56.03%), Query Frame = 0 

Query: 3    KNVKIHSKIGTSEESGK------------------------MKENGFTQKKLQLLSDIIG 62
            KN  + S I T+E+ GK                        MK  G+ +KKLQLLS+I G
Sbjct: 787  KNKPLDSSIKTNEDPGKMILPFKPLTITFQDLNYYVDVPVEMKGQGYNEKKLQLLSEITG 846

Query: 63   ALRPGVLTTLMGVNRAGRKLCLMT----KNEPIHRRRNEIGGFPKVQETFARISVYCEQT 122
            A RPGVLT LMG++ AG+   L      K          I GF KVQETFAR+S YCEQT
Sbjct: 847  AFRPGVLTALMGISGAGKTTLLDVLAGRKTSGYIEGEIRISGFLKVQETFARVSGYCEQT 906

Query: 123  DIQILLKITVEEALIFFALLRLATDINSKTKAFLVTLQFVNEVIETIELDEI-------- 182
            DI     ITVEE+LI+ A LRL  +IN +TK     ++FV +V+ETIEL+EI        
Sbjct: 907  DIH-SPSITVEESLIYSAWLRLVPEINPQTK-----IRFVKQVLETIELEEIKDALVGVA 966

Query: 183  -------------------VSNPSIIFMDEPTTGLDARSAAIVIRAVKNVVDTGRTIAAS 220
                               V+NPSIIFMDEPTTGLDAR+AAIV+RAVKNV +TGRTI  +
Sbjct: 967  GVSGLSTEQRKRLTVAVELVANPSIIFMDEPTTGLDARAAAIVMRAVKNVAETGRTIVCT 1026

[Close]
BLAST of Lsi09G002590 vs. ExPASy Swiss-Prot
Match: Q9XIE2 (ABC transporter G family member 36 OS=Arabidopsis thaliana OX=3702 GN=ABCG36 PE=1 SV=1)

HSP 1 Score: 171.4 bits (433), Expect = 1.8e-41
Identity = 122/294 (41.50%), Postives = 165/294 (56.12%), Query Frame = 0 

Query: 18   GKMKENGFTQKKLQLLSDIIGALRPGVLTTLMGVNRAGRKLCLM-----TKNEPIHRRRN 77
            G+M++ G T+ +LQLL  + GA RPGVLT LMGV+ AG K  LM      K         
Sbjct: 880  GEMRDQGVTETRLQLLKGVTGAFRPGVLTALMGVSGAG-KTTLMDVLAGRKTGGYIEGDV 939

Query: 78   EIGGFPKVQETFARISVYCEQTDIQILLKITVEEALIFFALLRLATDINSKTKAFLVTLQ 137
             I GFPKVQETFARIS YCEQTDI    ++TV E+LIF A LRL  ++    K     + 
Sbjct: 940  RISGFPKVQETFARISGYCEQTDIH-SPQVTVRESLIFSAFLRLPKEVGKDEK-----MM 999

Query: 138  FVNEVIETIELD---------------------------EIVSNPSIIFMDEPTTGLDAR 197
            FV++V+E +ELD                           E+V+NPSIIFMDEPT+GLDAR
Sbjct: 1000 FVDQVMELVELDSLRDSIVGLPGVTGLSTEQRKRLTIAVELVANPSIIFMDEPTSGLDAR 1059

Query: 198  SAAIVIRAVKNVVDTGRTIAAS-HLPL--------QLILLKT-GRMIYGRPLGQCSRKGI 257
            +AAIV+RAV+N VDTGRT+  + H P         +L+L+K  G++IY  PLGQ S K +
Sbjct: 1060 AAAIVMRAVRNTVDTGRTVVCTIHQPSIDIFEAFDELMLMKRGGQVIYAGPLGQNSHKVV 1119

Query: 258  EYFERSSAAFSGSRGLSRLFSTSSNLAVAHGAVPTLLVELVAASIRHTKNDHRR 270
            EYFE    +F G   +   ++ ++ +  A      L + +  A + +    H+R
Sbjct: 1120 EYFE----SFPGVSKIPEKYNPATWMLEASSLAAELKLSVDFAELYNQSALHQR 1162

[Close]
BLAST of Lsi09G002590 vs. ExPASy Swiss-Prot
Match: B9GDE5 (ABC transporter G family member 50 OS=Oryza sativa subsp. japonica OX=39947 GN=ABCG50 PE=2 SV=2)

HSP 1 Score: 169.5 bits (428), Expect = 6.9e-41
Identity = 112/245 (45.71%), Postives = 147/245 (60.00%), Query Frame = 0 

Query: 19   KMKENGFTQKKLQLLSDIIGALRPGVLTTLMGVNRAGRKLCLMT----KNEPIHRRRNEI 78
            +M + G+  K+LQLL++I GALRPGVL+ LMGV+ AG+   L      K          I
Sbjct: 820  EMLKQGYPTKRLQLLNNITGALRPGVLSALMGVSGAGKTTLLDVLAGRKTGGYIEGDIRI 879

Query: 79   GGFPKVQETFARISVYCEQTDIQILLKITVEEALIFFALLRLATDINSKTKAFLVTLQFV 138
            GG+PKVQETF RI  YCEQ DI    ++TVEE++ + A LRL + ++ KT++     +FV
Sbjct: 880  GGYPKVQETFVRILGYCEQADIH-SPQLTVEESVTYSAWLRLPSHVDKKTRS-----EFV 939

Query: 139  NEVIETIELD---------------------------EIVSNPSIIFMDEPTTGLDARSA 198
             EV+ET+ELD                           E+VSNPS+I MDEPTTGLD RSA
Sbjct: 940  AEVLETVELDQIKDVLVGTPQKNGLSMEQRKRLTIAVELVSNPSVILMDEPTTGLDTRSA 999

Query: 199  AIVIRAVKNVVDTGRTIAAS-HLPL--------QLILLKT-GRMIYGRPLGQCSRKGIEY 223
            AIVIRAVKN+  TGRT+  + H P         +LIL+K  G++IY  P+G+ S K IEY
Sbjct: 1000 AIVIRAVKNICKTGRTVVCTIHQPSTKIFEAFDELILMKNGGKIIYNGPIGERSSKVIEY 1058

[Close]
BLAST of Lsi09G002590 vs. ExPASy TrEMBL
Match: A0A5A7UFY6 (Pleiotropic drug resistance protein 3-like isoform X1 OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold352G006020 PE=3 SV=1)

HSP 1 Score: 234.2 bits (596), Expect = 8.4e-58
Identity = 152/242 (62.81%), Postives = 163/242 (67.36%), Query Frame = 0 

Query: 19   KMKENGFTQKKLQLLSDIIGALRPGVLTTLMGVNRAGRKLCLMT----KNEPIHRRRNEI 78
            +MKE GFTQKKLQLLSDI GALRPGVLT LMGV+ AG+   L      K         +I
Sbjct: 857  EMKERGFTQKKLQLLSDITGALRPGVLTALMGVSGAGKTTLLDVLAGRKTSGYIEGEIKI 916

Query: 79   GGFPKVQETFARISVYCEQTDIQILLKITVEEALIFFALLRLATDINSKTKAFLVTLQFV 138
            GGFPKVQETFARIS YCEQTDI    +ITVEE+LIF A LRLA DINSKTKA     QFV
Sbjct: 917  GGFPKVQETFARISGYCEQTDIH-SPRITVEESLIFSAWLRLAPDINSKTKA-----QFV 976

Query: 139  NEVIETIELD---------------------------EIVSNPSIIFMDEPTTGLDARSA 198
            NEVIETIELD                           E+VSNPSIIFMDEPTTGLDAR+A
Sbjct: 977  NEVIETIELDGIKDMLVGIPGVNGLSTEQRKRLTIAVELVSNPSIIFMDEPTTGLDARAA 1036

Query: 199  AIVIRAVKNVVDTGRTIAAS-HLPL--------QLILLKT-GRMIYGRPLGQCSRKGIEY 220
            AIV+RAVKNVVDTGRTI  + H P         +LILLKT GRMIY  PLGQCSRK IEY
Sbjct: 1037 AIVMRAVKNVVDTGRTIVCTIHQPSIDIFESFDELILLKTGGRMIYCGPLGQCSRKVIEY 1092

[Close]
BLAST of Lsi09G002590 vs. ExPASy TrEMBL
Match: A0A1S3B6X0 (pleiotropic drug resistance protein 3-like isoform X1 OS=Cucumis melo OX=3656 GN=LOC103486825 PE=3 SV=1)

HSP 1 Score: 234.2 bits (596), Expect = 8.4e-58
Identity = 152/242 (62.81%), Postives = 163/242 (67.36%), Query Frame = 0 

Query: 19   KMKENGFTQKKLQLLSDIIGALRPGVLTTLMGVNRAGRKLCLMT----KNEPIHRRRNEI 78
            +MKE GFTQKKLQLLSDI GALRPGVLT LMGV+ AG+   L      K         +I
Sbjct: 869  EMKERGFTQKKLQLLSDITGALRPGVLTALMGVSGAGKTTLLDVLAGRKTSGYIEGEIKI 928

Query: 79   GGFPKVQETFARISVYCEQTDIQILLKITVEEALIFFALLRLATDINSKTKAFLVTLQFV 138
            GGFPKVQETFARIS YCEQTDI    +ITVEE+LIF A LRLA DINSKTKA     QFV
Sbjct: 929  GGFPKVQETFARISGYCEQTDIH-SPRITVEESLIFSAWLRLAPDINSKTKA-----QFV 988

Query: 139  NEVIETIELD---------------------------EIVSNPSIIFMDEPTTGLDARSA 198
            NEVIETIELD                           E+VSNPSIIFMDEPTTGLDAR+A
Sbjct: 989  NEVIETIELDGIKDMLVGIPGVNGLSTEQRKRLTIAVELVSNPSIIFMDEPTTGLDARAA 1048

Query: 199  AIVIRAVKNVVDTGRTIAAS-HLPL--------QLILLKT-GRMIYGRPLGQCSRKGIEY 220
            AIV+RAVKNVVDTGRTI  + H P         +LILLKT GRMIY  PLGQCSRK IEY
Sbjct: 1049 AIVMRAVKNVVDTGRTIVCTIHQPSIDIFESFDELILLKTGGRMIYCGPLGQCSRKVIEY 1104

[Close]
BLAST of Lsi09G002590 vs. ExPASy TrEMBL
Match: A0A1S3B7C4 (pleiotropic drug resistance protein 3-like isoform X2 OS=Cucumis melo OX=3656 GN=LOC103486825 PE=3 SV=1)

HSP 1 Score: 234.2 bits (596), Expect = 8.4e-58
Identity = 152/242 (62.81%), Postives = 163/242 (67.36%), Query Frame = 0 

Query: 19  KMKENGFTQKKLQLLSDIIGALRPGVLTTLMGVNRAGRKLCLMT----KNEPIHRRRNEI 78
           +MKE GFTQKKLQLLSDI GALRPGVLT LMGV+ AG+   L      K         +I
Sbjct: 683 EMKERGFTQKKLQLLSDITGALRPGVLTALMGVSGAGKTTLLDVLAGRKTSGYIEGEIKI 742

Query: 79  GGFPKVQETFARISVYCEQTDIQILLKITVEEALIFFALLRLATDINSKTKAFLVTLQFV 138
           GGFPKVQETFARIS YCEQTDI    +ITVEE+LIF A LRLA DINSKTKA     QFV
Sbjct: 743 GGFPKVQETFARISGYCEQTDIH-SPRITVEESLIFSAWLRLAPDINSKTKA-----QFV 802

Query: 139 NEVIETIELD---------------------------EIVSNPSIIFMDEPTTGLDARSA 198
           NEVIETIELD                           E+VSNPSIIFMDEPTTGLDAR+A
Sbjct: 803 NEVIETIELDGIKDMLVGIPGVNGLSTEQRKRLTIAVELVSNPSIIFMDEPTTGLDARAA 862

Query: 199 AIVIRAVKNVVDTGRTIAAS-HLPL--------QLILLKT-GRMIYGRPLGQCSRKGIEY 220
           AIV+RAVKNVVDTGRTI  + H P         +LILLKT GRMIY  PLGQCSRK IEY
Sbjct: 863 AIVMRAVKNVVDTGRTIVCTIHQPSIDIFESFDELILLKTGGRMIYCGPLGQCSRKVIEY 918

[Close]
BLAST of Lsi09G002590 vs. ExPASy TrEMBL
Match: A0A0A0LBH1 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_3G814320 PE=3 SV=1)

HSP 1 Score: 229.2 bits (583), Expect = 2.7e-56
Identity = 149/242 (61.57%), Postives = 163/242 (67.36%), Query Frame = 0 

Query: 19   KMKENGFTQKKLQLLSDIIGALRPGVLTTLMGVNRAGRKLCLMT----KNEPIHRRRNEI 78
            +MKE GFTQKKLQLLSDI GALRPGVLT LMGV+ AG+   L      K         +I
Sbjct: 865  EMKERGFTQKKLQLLSDITGALRPGVLTALMGVSGAGKTTLLDVLAGRKTSGYIEGEIKI 924

Query: 79   GGFPKVQETFARISVYCEQTDIQILLKITVEEALIFFALLRLATDINSKTKAFLVTLQFV 138
            GGFPKVQETFARIS YCEQTDI    +ITVEE+LIF A LRLA+DI+ KTKA     QFV
Sbjct: 925  GGFPKVQETFARISGYCEQTDIH-SPQITVEESLIFSAWLRLASDIDLKTKA-----QFV 984

Query: 139  NEVIETIELD---------------------------EIVSNPSIIFMDEPTTGLDARSA 198
            NEVIETIELD                           E+V+NPSIIFMDEPTTGLDAR+A
Sbjct: 985  NEVIETIELDGIKDMLVGIPGVSGLSTEQRKRLTIAVELVTNPSIIFMDEPTTGLDARAA 1044

Query: 199  AIVIRAVKNVVDTGRTIAAS-HLPL--------QLILLKT-GRMIYGRPLGQCSRKGIEY 220
            AIV+RAVKNVVDTGRTI  + H P         +LILLKT GRMIY  PLGQCSRK IEY
Sbjct: 1045 AIVMRAVKNVVDTGRTIVCTIHQPSIDIFESFDELILLKTGGRMIYCGPLGQCSRKVIEY 1100

[Close]
BLAST of Lsi09G002590 vs. ExPASy TrEMBL
Match: A0A6J1F4L0 (pleiotropic drug resistance protein 3-like OS=Cucurbita moschata OX=3662 GN=LOC111442302 PE=3 SV=1)

HSP 1 Score: 218.0 bits (554), Expect = 6.2e-53
Identity = 142/242 (58.68%), Postives = 163/242 (67.36%), Query Frame = 0 

Query: 19   KMKENGFTQKKLQLLSDIIGALRPGVLTTLMGVNRAGRKLCLMT----KNEPIHRRRNEI 78
            +M+E GFTQKKLQLLSD+ GALRPGVLT LMGV+ AG+   L      K         +I
Sbjct: 845  EMRERGFTQKKLQLLSDLTGALRPGVLTALMGVSGAGKTTLLDVLAGRKTYGYIEGDIKI 904

Query: 79   GGFPKVQETFARISVYCEQTDIQILLKITVEEALIFFALLRLATDINSKTKAFLVTLQFV 138
            GGFPKVQ+TFARIS YCEQTDI    +ITVEE+LIF A LRLA+D++S+TKA     QFV
Sbjct: 905  GGFPKVQKTFARISGYCEQTDIH-SPQITVEESLIFSASLRLASDVDSETKA-----QFV 964

Query: 139  NEVIETIELD---------------------------EIVSNPSIIFMDEPTTGLDARSA 198
            NEV+ETIELD                           E+VSNPSIIFMDEPTTGLDAR+A
Sbjct: 965  NEVLETIELDGIKDMLVGRPGVSGLSTEQRKRLTIAVELVSNPSIIFMDEPTTGLDARAA 1024

Query: 199  AIVIRAVKNVVDTGRTIAAS-HLPL--------QLILLKT-GRMIYGRPLGQCSRKGIEY 220
            AIV+RAVKNVVDTGRTI  + H P         ++ILLKT GRMIY  PLGQ SR+ IEY
Sbjct: 1025 AIVMRAVKNVVDTGRTIVCTIHQPSIDIFESFDEMILLKTGGRMIYCGPLGQRSRRLIEY 1080

[Close]
BLAST of Lsi09G002590 vs. NCBI nr
Match: XP_008443151.1 (PREDICTED: pleiotropic drug resistance protein 3-like isoform X2 [Cucumis melo])

HSP 1 Score: 234.2 bits (596), Expect = 1.7e-57
Identity = 152/242 (62.81%), Postives = 163/242 (67.36%), Query Frame = 0 

Query: 19  KMKENGFTQKKLQLLSDIIGALRPGVLTTLMGVNRAGRKLCLMT----KNEPIHRRRNEI 78
           +MKE GFTQKKLQLLSDI GALRPGVLT LMGV+ AG+   L      K         +I
Sbjct: 683 EMKERGFTQKKLQLLSDITGALRPGVLTALMGVSGAGKTTLLDVLAGRKTSGYIEGEIKI 742

Query: 79  GGFPKVQETFARISVYCEQTDIQILLKITVEEALIFFALLRLATDINSKTKAFLVTLQFV 138
           GGFPKVQETFARIS YCEQTDI    +ITVEE+LIF A LRLA DINSKTKA     QFV
Sbjct: 743 GGFPKVQETFARISGYCEQTDIH-SPRITVEESLIFSAWLRLAPDINSKTKA-----QFV 802

Query: 139 NEVIETIELD---------------------------EIVSNPSIIFMDEPTTGLDARSA 198
           NEVIETIELD                           E+VSNPSIIFMDEPTTGLDAR+A
Sbjct: 803 NEVIETIELDGIKDMLVGIPGVNGLSTEQRKRLTIAVELVSNPSIIFMDEPTTGLDARAA 862

Query: 199 AIVIRAVKNVVDTGRTIAAS-HLPL--------QLILLKT-GRMIYGRPLGQCSRKGIEY 220
           AIV+RAVKNVVDTGRTI  + H P         +LILLKT GRMIY  PLGQCSRK IEY
Sbjct: 863 AIVMRAVKNVVDTGRTIVCTIHQPSIDIFESFDELILLKTGGRMIYCGPLGQCSRKVIEY 918

[Close]
BLAST of Lsi09G002590 vs. NCBI nr
Match: XP_008443150.1 (PREDICTED: pleiotropic drug resistance protein 3-like isoform X1 [Cucumis melo])

HSP 1 Score: 234.2 bits (596), Expect = 1.7e-57
Identity = 152/242 (62.81%), Postives = 163/242 (67.36%), Query Frame = 0 

Query: 19   KMKENGFTQKKLQLLSDIIGALRPGVLTTLMGVNRAGRKLCLMT----KNEPIHRRRNEI 78
            +MKE GFTQKKLQLLSDI GALRPGVLT LMGV+ AG+   L      K         +I
Sbjct: 869  EMKERGFTQKKLQLLSDITGALRPGVLTALMGVSGAGKTTLLDVLAGRKTSGYIEGEIKI 928

Query: 79   GGFPKVQETFARISVYCEQTDIQILLKITVEEALIFFALLRLATDINSKTKAFLVTLQFV 138
            GGFPKVQETFARIS YCEQTDI    +ITVEE+LIF A LRLA DINSKTKA     QFV
Sbjct: 929  GGFPKVQETFARISGYCEQTDIH-SPRITVEESLIFSAWLRLAPDINSKTKA-----QFV 988

Query: 139  NEVIETIELD---------------------------EIVSNPSIIFMDEPTTGLDARSA 198
            NEVIETIELD                           E+VSNPSIIFMDEPTTGLDAR+A
Sbjct: 989  NEVIETIELDGIKDMLVGIPGVNGLSTEQRKRLTIAVELVSNPSIIFMDEPTTGLDARAA 1048

Query: 199  AIVIRAVKNVVDTGRTIAAS-HLPL--------QLILLKT-GRMIYGRPLGQCSRKGIEY 220
            AIV+RAVKNVVDTGRTI  + H P         +LILLKT GRMIY  PLGQCSRK IEY
Sbjct: 1049 AIVMRAVKNVVDTGRTIVCTIHQPSIDIFESFDELILLKTGGRMIYCGPLGQCSRKVIEY 1104

[Close]
BLAST of Lsi09G002590 vs. NCBI nr
Match: KAA0053948.1 (pleiotropic drug resistance protein 3-like isoform X1 [Cucumis melo var. makuwa] >TYK25456.1 pleiotropic drug resistance protein 3-like isoform X1 [Cucumis melo var. makuwa])

HSP 1 Score: 234.2 bits (596), Expect = 1.7e-57
Identity = 152/242 (62.81%), Postives = 163/242 (67.36%), Query Frame = 0 

Query: 19   KMKENGFTQKKLQLLSDIIGALRPGVLTTLMGVNRAGRKLCLMT----KNEPIHRRRNEI 78
            +MKE GFTQKKLQLLSDI GALRPGVLT LMGV+ AG+   L      K         +I
Sbjct: 857  EMKERGFTQKKLQLLSDITGALRPGVLTALMGVSGAGKTTLLDVLAGRKTSGYIEGEIKI 916

Query: 79   GGFPKVQETFARISVYCEQTDIQILLKITVEEALIFFALLRLATDINSKTKAFLVTLQFV 138
            GGFPKVQETFARIS YCEQTDI    +ITVEE+LIF A LRLA DINSKTKA     QFV
Sbjct: 917  GGFPKVQETFARISGYCEQTDIH-SPRITVEESLIFSAWLRLAPDINSKTKA-----QFV 976

Query: 139  NEVIETIELD---------------------------EIVSNPSIIFMDEPTTGLDARSA 198
            NEVIETIELD                           E+VSNPSIIFMDEPTTGLDAR+A
Sbjct: 977  NEVIETIELDGIKDMLVGIPGVNGLSTEQRKRLTIAVELVSNPSIIFMDEPTTGLDARAA 1036

Query: 199  AIVIRAVKNVVDTGRTIAAS-HLPL--------QLILLKT-GRMIYGRPLGQCSRKGIEY 220
            AIV+RAVKNVVDTGRTI  + H P         +LILLKT GRMIY  PLGQCSRK IEY
Sbjct: 1037 AIVMRAVKNVVDTGRTIVCTIHQPSIDIFESFDELILLKTGGRMIYCGPLGQCSRKVIEY 1092

[Close]
BLAST of Lsi09G002590 vs. NCBI nr
Match: XP_011652141.2 (pleiotropic drug resistance protein 3 [Cucumis sativus] >KGN59512.2 hypothetical protein Csa_002232 [Cucumis sativus])

HSP 1 Score: 229.2 bits (583), Expect = 5.6e-56
Identity = 149/242 (61.57%), Postives = 163/242 (67.36%), Query Frame = 0 

Query: 19   KMKENGFTQKKLQLLSDIIGALRPGVLTTLMGVNRAGRKLCLMT----KNEPIHRRRNEI 78
            +MKE GFTQKKLQLLSDI GALRPGVLT LMGV+ AG+   L      K         +I
Sbjct: 865  EMKERGFTQKKLQLLSDITGALRPGVLTALMGVSGAGKTTLLDVLAGRKTSGYIEGEIKI 924

Query: 79   GGFPKVQETFARISVYCEQTDIQILLKITVEEALIFFALLRLATDINSKTKAFLVTLQFV 138
            GGFPKVQETFARIS YCEQTDI    +ITVEE+LIF A LRLA+DI+ KTKA     QFV
Sbjct: 925  GGFPKVQETFARISGYCEQTDIH-SPQITVEESLIFSAWLRLASDIDLKTKA-----QFV 984

Query: 139  NEVIETIELD---------------------------EIVSNPSIIFMDEPTTGLDARSA 198
            NEVIETIELD                           E+V+NPSIIFMDEPTTGLDAR+A
Sbjct: 985  NEVIETIELDGIKDMLVGIPGVSGLSTEQRKRLTIAVELVTNPSIIFMDEPTTGLDARAA 1044

Query: 199  AIVIRAVKNVVDTGRTIAAS-HLPL--------QLILLKT-GRMIYGRPLGQCSRKGIEY 220
            AIV+RAVKNVVDTGRTI  + H P         +LILLKT GRMIY  PLGQCSRK IEY
Sbjct: 1045 AIVMRAVKNVVDTGRTIVCTIHQPSIDIFESFDELILLKTGGRMIYCGPLGQCSRKVIEY 1100

[Close]
BLAST of Lsi09G002590 vs. NCBI nr
Match: XP_038903615.1 (pleiotropic drug resistance protein 3-like isoform X1 [Benincasa hispida])

HSP 1 Score: 222.6 bits (566), Expect = 5.2e-54
Identity = 145/242 (59.92%), Postives = 162/242 (66.94%), Query Frame = 0 

Query: 19   KMKENGFTQKKLQLLSDIIGALRPGVLTTLMGVNRAGRKLCLMT----KNEPIHRRRNEI 78
            +MKE GFTQKKLQLL+DI GALRPGVLT LMGV+ AG+   L      K         +I
Sbjct: 855  EMKEKGFTQKKLQLLNDITGALRPGVLTGLMGVSGAGKTTLLDVLAGRKTSGYIEGEIKI 914

Query: 79   GGFPKVQETFARISVYCEQTDIQILLKITVEEALIFFALLRLATDINSKTKAFLVTLQFV 138
            GGFPKVQETFARIS YCEQTDI    +ITVEE+LIF A LRLA+DI+  TKA     QFV
Sbjct: 915  GGFPKVQETFARISGYCEQTDIH-SPQITVEESLIFSASLRLASDIDWNTKA-----QFV 974

Query: 139  NEVIETIELD---------------------------EIVSNPSIIFMDEPTTGLDARSA 198
            NEV+ETIELD                           E+VSNPSIIFMDEPTTGLDAR+A
Sbjct: 975  NEVLETIELDGIKDTLVGIPGVSGLSTEQRKRLTIAVELVSNPSIIFMDEPTTGLDARAA 1034

Query: 199  AIVIRAVKNVVDTGRTIAAS-HLPL--------QLILLKT-GRMIYGRPLGQCSRKGIEY 220
            AIV+RAVKNVVDTGRT+  + H P         +LILLKT G+MIY  PLGQCSRK IEY
Sbjct: 1035 AIVMRAVKNVVDTGRTMVCTIHQPSIDIFESFDELILLKTGGQMIYCGPLGQCSRKVIEY 1090

[Close]
BLAST of Lsi09G002590 vs. TAIR 10
Match: AT3G53480.1 (pleiotropic drug resistance 9 )

HSP 1 Score: 193.7 bits (491), Expect = 2.4e-49
Identity = 128/242 (52.89%), Postives = 151/242 (62.40%), Query Frame = 0 

Query: 19   KMKENGFTQKKLQLLSDIIGALRPGVLTTLMGVNRAGRKLCLMT----KNEPIHRRRNEI 78
            +M++ G+ QKKLQLLSDI GA RPG+LT LMGV+ AG+   L      K          I
Sbjct: 864  EMRDQGYDQKKLQLLSDITGAFRPGILTALMGVSGAGKTTLLDVLAGRKTSGYIEGDIRI 923

Query: 79   GGFPKVQETFARISVYCEQTDIQILLKITVEEALIFFALLRLATDINSKTKAFLVTLQFV 138
             GFPKVQETFAR+S YCEQTDI     ITVEE++I+ A LRLA +I++ TK      +FV
Sbjct: 924  SGFPKVQETFARVSGYCEQTDIH-SPNITVEESVIYSAWLRLAPEIDATTKT-----KFV 983

Query: 139  NEVIETIELDEI---------------------------VSNPSIIFMDEPTTGLDARSA 198
             +V+ETIELDEI                           V+NPSIIFMDEPTTGLDAR+A
Sbjct: 984  KQVLETIELDEIKDSLVGVTGVSGLSTEQRKRLTIAVELVANPSIIFMDEPTTGLDARAA 1043

Query: 199  AIVIRAVKNVVDTGRTIAAS-HLPL--------QLILLKT-GRMIYGRPLGQCSRKGIEY 220
            AIV+RAVKNV DTGRTI  + H P         +L+LLK  GRMIY  PLGQ SR  IEY
Sbjct: 1044 AIVMRAVKNVADTGRTIVCTIHQPSIDIFEAFDELVLLKRGGRMIYTGPLGQHSRHIIEY 1099

[Close]
BLAST of Lsi09G002590 vs. TAIR 10
Match: AT2G37280.1 (pleiotropic drug resistance 5 )

HSP 1 Score: 183.7 bits (465), Expect = 2.5e-46
Identity = 131/282 (46.45%), Postives = 158/282 (56.03%), Query Frame = 0 

Query: 3    KNVKIHSKIGTSEESGK------------------------MKENGFTQKKLQLLSDIIG 62
            KN  + S I T+E+ GK                        MK  G+ +KKLQLLS+I G
Sbjct: 787  KNKPLDSSIKTNEDPGKMILPFKPLTITFQDLNYYVDVPVEMKGQGYNEKKLQLLSEITG 846

Query: 63   ALRPGVLTTLMGVNRAGRKLCLMT----KNEPIHRRRNEIGGFPKVQETFARISVYCEQT 122
            A RPGVLT LMG++ AG+   L      K          I GF KVQETFAR+S YCEQT
Sbjct: 847  AFRPGVLTALMGISGAGKTTLLDVLAGRKTSGYIEGEIRISGFLKVQETFARVSGYCEQT 906

Query: 123  DIQILLKITVEEALIFFALLRLATDINSKTKAFLVTLQFVNEVIETIELDEI-------- 182
            DI     ITVEE+LI+ A LRL  +IN +TK     ++FV +V+ETIEL+EI        
Sbjct: 907  DIH-SPSITVEESLIYSAWLRLVPEINPQTK-----IRFVKQVLETIELEEIKDALVGVA 966

Query: 183  -------------------VSNPSIIFMDEPTTGLDARSAAIVIRAVKNVVDTGRTIAAS 220
                               V+NPSIIFMDEPTTGLDAR+AAIV+RAVKNV +TGRTI  +
Sbjct: 967  GVSGLSTEQRKRLTVAVELVANPSIIFMDEPTTGLDARAAAIVMRAVKNVAETGRTIVCT 1026

[Close]
BLAST of Lsi09G002590 vs. TAIR 10
Match: AT4G15230.1 (pleiotropic drug resistance 2 )

HSP 1 Score: 172.9 bits (437), Expect = 4.4e-43
Identity = 119/241 (49.38%), Postives = 148/241 (61.41%), Query Frame = 0 

Query: 28   KKLQLLSDIIGALRPGVLTTLMGVNRAGRKLCLMT----KNEPIHRRRNEIGGFPKVQET 87
            K  QLLSDI GAL+PGVLT+LMGV+ AG+   L      K   I +   ++GG+PKVQET
Sbjct: 823  KTRQLLSDITGALKPGVLTSLMGVSGAGKTTLLDVLSGRKTRGIIKGEIKVGGYPKVQET 882

Query: 88   FARISVYCEQTDIQILLKITVEEALIFFALLRLATDINSKTKAFLVTLQFVNEVIETIEL 147
            FAR+S YCEQ DI     ITVEE+L + A LRL  +I+SKTK      + V EV+ET+EL
Sbjct: 883  FARVSGYCEQFDIH-SPNITVEESLKYSAWLRLPYNIDSKTKN-----ELVKEVLETVEL 942

Query: 148  D---------------------------EIVSNPSIIFMDEPTTGLDARSAAIVIRAVKN 207
            D                           E+V+NPSIIFMDEPTTGLDAR+AAIV+RAVKN
Sbjct: 943  DDIKDSVVGLPGISGLSIEQRKRLTIAVELVANPSIIFMDEPTTGLDARAAAIVMRAVKN 1002

Query: 208  VVDTGRTIAAS-HLPL--------QLILLKT-GRMIYGRPLGQCSRKGIEYFERSSAAFS 228
            V +TGRT+  + H P         +LIL+K  G+++Y  P GQ S K IEYFE    +FS
Sbjct: 1003 VAETGRTVVCTIHQPSIDIFETFDELILMKNGGQLVYYGPPGQNSSKVIEYFE----SFS 1053

[Close]
BLAST of Lsi09G002590 vs. TAIR 10
Match: AT1G59870.1 (ABC-2 and Plant PDR ABC-type transporter family protein )

HSP 1 Score: 171.4 bits (433), Expect = 1.3e-42
Identity = 122/294 (41.50%), Postives = 165/294 (56.12%), Query Frame = 0 

Query: 18   GKMKENGFTQKKLQLLSDIIGALRPGVLTTLMGVNRAGRKLCLM-----TKNEPIHRRRN 77
            G+M++ G T+ +LQLL  + GA RPGVLT LMGV+ AG K  LM      K         
Sbjct: 880  GEMRDQGVTETRLQLLKGVTGAFRPGVLTALMGVSGAG-KTTLMDVLAGRKTGGYIEGDV 939

Query: 78   EIGGFPKVQETFARISVYCEQTDIQILLKITVEEALIFFALLRLATDINSKTKAFLVTLQ 137
             I GFPKVQETFARIS YCEQTDI    ++TV E+LIF A LRL  ++    K     + 
Sbjct: 940  RISGFPKVQETFARISGYCEQTDIH-SPQVTVRESLIFSAFLRLPKEVGKDEK-----MM 999

Query: 138  FVNEVIETIELD---------------------------EIVSNPSIIFMDEPTTGLDAR 197
            FV++V+E +ELD                           E+V+NPSIIFMDEPT+GLDAR
Sbjct: 1000 FVDQVMELVELDSLRDSIVGLPGVTGLSTEQRKRLTIAVELVANPSIIFMDEPTSGLDAR 1059

Query: 198  SAAIVIRAVKNVVDTGRTIAAS-HLPL--------QLILLKT-GRMIYGRPLGQCSRKGI 257
            +AAIV+RAV+N VDTGRT+  + H P         +L+L+K  G++IY  PLGQ S K +
Sbjct: 1060 AAAIVMRAVRNTVDTGRTVVCTIHQPSIDIFEAFDELMLMKRGGQVIYAGPLGQNSHKVV 1119

Query: 258  EYFERSSAAFSGSRGLSRLFSTSSNLAVAHGAVPTLLVELVAASIRHTKNDHRR 270
            EYFE    +F G   +   ++ ++ +  A      L + +  A + +    H+R
Sbjct: 1120 EYFE----SFPGVSKIPEKYNPATWMLEASSLAAELKLSVDFAELYNQSALHQR 1162

[Close]
BLAST of Lsi09G002590 vs. TAIR 10
Match: AT4G15236.1 (ABC-2 and Plant PDR ABC-type transporter family protein )

HSP 1 Score: 168.7 bits (426), Expect = 8.3e-42
Identity = 113/232 (48.71%), Postives = 145/232 (62.50%), Query Frame = 0 

Query: 28   KKLQLLSDIIGALRPGVLTTLMGVNRAGRKLCLMT----KNEPIHRRRNEIGGFPKVQET 87
            KKLQLLSD+ GA +PGVLT LMGV+ AG+   L      K     + + E+GG+ KVQ+T
Sbjct: 811  KKLQLLSDVTGAFKPGVLTALMGVSGAGKTTLLDVLSGRKTRGDIKGQIEVGGYVKVQDT 870

Query: 88   FARISVYCEQTDIQILLKITVEEALIFFALLRLATDINSKTKAFLVTLQFVNEVIETIEL 147
            F+R+S YCEQ DI     +TV+E+L + A LRL  +I+S+TK+ +     VNEV+ETIEL
Sbjct: 871  FSRVSGYCEQFDIH-SPNLTVQESLKYSAWLRLPCNISSETKSAI-----VNEVLETIEL 930

Query: 148  DEI---------------------------VSNPSIIFMDEPTTGLDARSAAIVIRAVKN 207
            +EI                           VSNPSIIFMDEPTTGLDAR+AAIV+RAVKN
Sbjct: 931  EEIKDSLVGVPGISGVTAEQRKRLTIAVELVSNPSIIFMDEPTTGLDARAAAIVMRAVKN 990

Query: 208  VVDTGRTIAAS-HLPL--------QLILLKT-GRMIYGRPLGQCSRKGIEYF 219
            + +TGRT+  + H P         +LIL+K  G++IY  PLGQ S K IEYF
Sbjct: 991  IAETGRTVVCTIHQPSIDIFEAFDELILMKNGGKIIYYGPLGQHSSKVIEYF 1036

The following BLAST results are available for this feature:
BLAST of Lsi09G002590 vs. ExPASy Swiss-Prot
Match NameE-valueIdentityDescription
Q5W2748.1e-5055.60Pleiotropic drug resistance protein 3 OS=Nicotiana tabacum OX=4097 GN=PDR3 PE=2 ... [more]
Q9LFH03.4e-4852.89ABC transporter G family member 37 OS=Arabidopsis thaliana OX=3702 GN=ABCG37 PE=... [more]
Q9ZUT83.5e-4546.45ABC transporter G family member 33 OS=Arabidopsis thaliana OX=3702 GN=ABCG33 PE=... [more]
Q9XIE21.8e-4141.50ABC transporter G family member 36 OS=Arabidopsis thaliana OX=3702 GN=ABCG36 PE=... [more]
B9GDE56.9e-4145.71ABC transporter G family member 50 OS=Oryza sativa subsp. japonica OX=39947 GN=A... [more]
BLAST of Lsi09G002590 vs. ExPASy TrEMBL
Match NameE-valueIdentityDescription
A0A5A7UFY68.4e-5862.81Pleiotropic drug resistance protein 3-like isoform X1 OS=Cucumis melo var. makuw... [more]
A0A1S3B6X08.4e-5862.81pleiotropic drug resistance protein 3-like isoform X1 OS=Cucumis melo OX=3656 GN... [more]
A0A1S3B7C48.4e-5862.81pleiotropic drug resistance protein 3-like isoform X2 OS=Cucumis melo OX=3656 GN... [more]
A0A0A0LBH12.7e-5661.57Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_3G814320 PE=3 SV=1[more]
A0A6J1F4L06.2e-5358.68pleiotropic drug resistance protein 3-like OS=Cucurbita moschata OX=3662 GN=LOC1... [more]
BLAST of Lsi09G002590 vs. NCBI nr
Match NameE-valueIdentityDescription
XP_008443151.11.7e-5762.81PREDICTED: pleiotropic drug resistance protein 3-like isoform X2 [Cucumis melo][more]
XP_008443150.11.7e-5762.81PREDICTED: pleiotropic drug resistance protein 3-like isoform X1 [Cucumis melo][more]
KAA0053948.11.7e-5762.81pleiotropic drug resistance protein 3-like isoform X1 [Cucumis melo var. makuwa]... [more]
XP_011652141.25.6e-5661.57pleiotropic drug resistance protein 3 [Cucumis sativus] >KGN59512.2 hypothetical... [more]
XP_038903615.15.2e-5459.92pleiotropic drug resistance protein 3-like isoform X1 [Benincasa hispida][more]
BLAST of Lsi09G002590 vs. TAIR 10
Match NameE-valueIdentityDescription
AT3G53480.12.4e-4952.89pleiotropic drug resistance 9 [more]
AT2G37280.12.5e-4646.45pleiotropic drug resistance 5 [more]
AT4G15230.14.4e-4349.38pleiotropic drug resistance 2 [more]
AT1G59870.11.3e-4241.50ABC-2 and Plant PDR ABC-type transporter family protein [more]
AT4G15236.18.3e-4248.71ABC-2 and Plant PDR ABC-type transporter family protein [more]
InterPro
Analysis Name: InterPro Annotations of Bottle gourd (USVL1VR-Ls) v1
Date Performed: 2021-10-18
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR027417P-loop containing nucleoside triphosphate hydrolaseGENE3D3.40.50.300coord: 5..219
e-value: 2.3E-10
score: 42.2
IPR027417P-loop containing nucleoside triphosphate hydrolaseSUPERFAMILY52540P-loop containing nucleoside triphosphate hydrolasescoord: 26..195
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 1..20
NoneNo IPR availablePANTHERPTHR19241:SF621ABC TRANSPORTER G FAMILY MEMBER 49coord: 16..220
NoneNo IPR availablePANTHERPTHR19241ATP-BINDING CASSETTE TRANSPORTERcoord: 16..220

Relationships

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

Feature NameUnique NameType
Lsi09G002590.1Lsi09G002590.1mRNA