MELO3C017344 (gene) Melon (DHL92) v3.5.1 | Cucurbit Genomics Database (CuGenDB)

Overview


Name	MELO3C017344
Type	gene
Organism	Cucumis melo (Melon (DHL92) v3.5.1)
Description	MATE efflux family protein
Location	chr2 : 23263336 .. 23283278 (+)

Genome Viewer

Gene Expression

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: CDS

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

AGCAGAGAAATGGTGGAGAAAGGTGCCGGTTCGTCGTTGAACTCGCCCCTTCTTCACATTTCTGAAGATGGGTTGATTTCTTCTAATGGGCTGATACGAGCAAATGATAAACTTCATAGAAGGCAACAAGTAGCGGAGGAATTAAAGAGGCAGTTATGGCTAGCTGGGCCTTTAACATTGGTTGGTCTATTACAATACTCTTTGCAGATGATTTCCGTCGTGTTCATTGGTCATCTCGGCGAATTGCCTCTCTCTGGTGCTTCAGTGGCCACTTCTTTCGCAACAGTCACTGGTTTCAGTTTATTGGTGAGTTGGGTTTCTGTTTGTTTATCGTCGAAAACTCGTGGTATTGCTGAATATTCATTTATGGGGATATTTATAAAAATGATTCACTTTTTGTTATTTCTGTTGTAAATTAGTCATGTTACTTAAAATGGTCTTAATTTGAATATACGTATAGATGGGGATGGCTAGTGCTTTGGATACATTTTGTGGTCAATCTTATGGAGCAAAGCAGTATCATATGCTGGGAATTCATATGCAGAGAGCTATGTTGGTTCTTTTACTTGTGAGCGTCCCTCTTGCAGTTATTTGGGCTAACACAGGAGGGATTCTGAAATTACTTGGCCAAGATGCTGAAATTGCAACTGAAGCTGGGAAGTATGCCATTTGCATGATTCCAACTCTTTTCGCATATGGTTTACTTCAATGTTTGAACAGATTCTTACAGACCCAAAACGTTGTTTTACCAATGGTGATGTGTTCTGCAACAGCAGTTTTGCTTCACATCCCCATTTGTTGGATTTTTATATATAAAGTAGGACTCGGACTTCGAGGAGCGGCTATCGCTAGCTCAATCTCTTATTCGCTCAATGTGTTGATGACTATGCTTTATGTTAAGTTCTCTTCTTCATGTTCCAAGTCTTGGACAGGCTTTTCAGTGCAGGCTTTTGAAAACATCCCAACTTACCTTAGACTCGCAATTCCTTCGGCTTGCATGGTTTGGTAATTCTCTCTTTACTATTACTCCTTTTTATCTATCATCATGAANNNNNNNNNNNNNNNNNNNNTATGCTTTATGTTAAGTTCTCTTCTTCATGTTCCAAGTCTTGGACAGGCTTTTCAGTGCAGGCTTTTGAAAACATCCCAACTTACCTTAGACTCGCAATTCCTTCGGCTTGCATGGTTTGGTAATTCTCTCTTTACTATTACTCCTTTTTATCATCATCATGAAGATGAATTAATTTGTCACATAATGTTCAACAAAATGCTCTCAACAGCTTGGAAATGTGGTCATTTGAGTTGATGGTTATCTTATCTGGGCTTCTACCAAATCCGAAATTAGAGACATCAGTACTTTCAATTAGGTAAATAACGGAGACATCAGTTCTTTTTTCTTCATATCTATTCACCTCTAACTTTACTTACATATATTCTTTTTACCAGCCTTAATACAGGTGCAGTAATTTGGAATTTCTCATTGGGCATGAGTGGTGTAGGAAGGTAAATTTCATACAATTTCTCAGTAGAATCACCATTGTCTATTACTCTCTACAAATAACTCTTATACGATCACTTTCACATGTTCTTTTCTCTCTTAAATTTGAAAACTAAAAACTTTATGCGTTTGTCATTTGTGAAAAAAAATGGAAAGAAGATCGGTGTAACTGAGATTTCTTTGTTTGTATTTCATTCTGTTAGCACGCGAGTCTCAAACGAACTAGGAGCCGGCCATCCTGCAGCAGCAAAGCTAGCTGGGTGTGTAGTTATGATAATGGTCGCTATTCAGGGGATGCTTGTTGGAACTTTCTTCATTCTTATACGTAATGTTTGGGGCTATGCTTTTAGCAACGAACGAGAAGTGGTTGAATATTTAGCAAAGATGCTTCCTATAGTTGCAGTTTCTGAATTTTTCTCAGGACTTCAAAATGTGCTTTCAGGTTATCATTCTATCCTATCTATTAAGAGTGTAAATGGGTTGAGTTGGGTTGAGGAGTATTTTGAAAGTTGGCAACCCGAATGACTCGAGAAACATTTCCAACCCAACTCTTAAAATATGAGTTGGATTGAATTGAGTTATTGAGTTGTATGAATTTTTCCCATTTTTAATATTTATTAAATTTCAAAAATATTACACATCATATCCATAAATCCACATATCCAAAAATAATAATACAATAATACTTAAGAAAAAGTTTTAAAACATTTAGTATTACTTAGAAGAATGTCATATATGAACCAAACTTCTAAGATTAACTACTATAGTTTTCTTTCTTAAGTCGATGTACTTGGAAGAGAACTAAACTATTGTTTGTCATTTGCAAAAACAATTTTCGTTATATTCTAAACTCAAACTTTGAGACGTACCTACTTCACATTTGGATGTTTTATATTACAACATTTCAATCCTATTAATAGAATTGTCATGAGCATAACTCATACCACAATTAATTACATTACAATTTAAATCCTACACTTAATTAATACGAAACTCTTACTAAATTAACTCTAACATTTTACCTCACATCCGTCTTTAATTTTTTTCCAATAACCCTCGTAAATCAATTTACATATAACTTATTTATTTTAAACATATTTAAATTTTAAACGCATTCCAATCATCCTATTATAAAACTTAATATAAATATATATAATTTCATTAATTCTGATTGGATATATTGAGTTGAACTGAAGTTTTCAATACTCAAACCCAAGACCCAAACCAACCAAAACCCAAATTTTAAAATAAACCAACCGAACTCTTGTAACATGGGATGTGTTGGGTAGATCTAAGGTATTTACACCCCTAGCTACAATTATATATGTATATATGTATGTATGTATATGTATATATGTATATATATATATATTCCACTTTATATGTTTAGCCTTAGAATGAAATTTGTAGAGGTGGAATTAAATGATTTTGATTAGAGTCTACAATTGATATCTGTTCCATATGCTACAACCAATTAGTTGTCTAAATGGCATTTTCTGTTCAGGCAGTAAGATGTGCATCCCCATAAAAACATAGACAAAAAAGTACCACTTGTGTCAAGTTGGATCATAAAAAAATTAACCGAATATTACCAGGATATCAGACTTTTTAACTGCATGTATTGGTAAATACATACGTAGCCAAATGAATTTAATCTCTCTCTTGGTCATGGTTATTACTAAAACCTATTTTTTGTGTTAATATTAGACTTGGGGGTTACATGTCTACCCTATATTCTTGATTTGGTGTCTGCATTAATACTTTACTTGTTTTTCACATATACTCAATATGCAGGCATTGCTAGAGGGTGTGGGTGGCAAAAGATTGGTGCATTTGTCAATCTTGGTTCATATTATATCGTTGGAGTTCCGTTTGGAATTTTGCTTGCTTTTGTTTTTCACATTGGTGGAAAGGTAAAAACAATGATTATGATGAAAACATATCATTCCTCCTTAGACTTAATTATACAAAATACTCAACAACTTGGCCCTTTGTTTACGATTACTTTTATTCTTTTAAAAATTGTACTATTACACTTAACTTCTTCTATATATGATCTTAAAGCTACCGTTGGAGTATAAATAATTAAAAGTTTTCAAATGAAAATTGAGACATGAAATGACGTGTGACAATCCTAATTCAATGCACTTCCATTTCAAGACCCAATTTCTGATTGGGTACTTTTGATTCAAAAAGCATTTTATACAATTTAACCGACCATTTTTATATTGCACATGATTCTTAATAGGGGCTGTGGTTTGGCATCATGTCTGCACTCATAGTACAAGCATGTTCTCTTGGTATCATTGCCATCCGCACCAACTGGGACCAAGAAGTACAAACTCATTACCCAAATCTCAACTTTGCTTTGTTCCCTAAACTAATTGAAGTTTCTAATGCATTCATTTTTGCTATTCAGGCAAAGAAAGCTACAAAACGTAATGTTGTCTCATGAAACTAGATCGGTGAAGGAGCTTTATGATTGACAGATTGAACTCTAACTTTCTTTTCAAAATCAACAAAAATTGTGTAACCCCAAGCTTGAAAGGTTCATTCTCAACTGGGCTCTTACACAAATAAATGATATCTTAGTCTCCACTCTCCATTGTGTTTAGAAATCATTCAATATTTCAGTGGTATTATATATTCTTTGCTCTGTATACAGAATGAATATGTCAACATAAGCATTTGCAAAATAAAATTAAGGTGGATAATATATAAAAGAAGAAAAATATTGAATTTTTGGAATCTAACTATAGCAGTTTCCATTAGTGATAAGCTCTGTCCTTATAAACTTTTATTAGCAAAATAACTAAATAAAAATGTTCTTATACTTTAAATTTTTATAAATAGATAAATAAATTTAGACTTTCAATTGATGATTTAAAGTTATATTTACTTAAATTAAGGAGTAATTAAAAATCGTCCTTAGATACTAACAGACTTGTATTAACATTTATCATCGCTAGATTTGTATTATTTTCTATTATTTATATTCATCGATAGACTTCTATCAGTGTCTATTGAGATTATAAGAAATATAGAAAATTTTAATATAGCTTGTAAATAGTTTGGTTCATTTTTTTATATTTAAAAAGAAAGTTTCTAAAAATATTTGATATAATCGAAAGAAATGAAAAAACATATGAGCATTGCTCCACCAAAAATAAAAATAAACTTGTAATATATCAATTTTGAGATTATGGATGGATTTAGATACCTCATATGTGGTAAAATAAAAAAATAACAAAAAATTAATTGGTTCATATCCTTTCATATTAATTATCATTCATGTAGAGATTGAAATGAGGAGGAATGTATTGCTTTTAAAATATTAAAAATGAATTAGGAACTTTATACTTTTGCTTTTCTATTGCTTAACAACAACTTTTGGACCTTTATATCACATGGAACACAATAAAATGTCATTTTCATAAATGCAAAATGCAAATACACAACTCATTTGCTTTTTCTCAACGTTAGAAACGTGTTGAGATCTTAACATTTGAGAGAAAACAAAGAAAGCATATTATTAGTCCAATTTTGACTTATCAAATTTCTTTCCCATTACCCTTTTTCTCTTACCCACATTTTCTCTACTCTACTAACTTCAAATATTACTTCACTCATCTTATTAAAATGATACAATGAGTCAGTAGGTGTTTAGACATCTTCATTAAGTAGACACCCTTTTAGTACTTTCATCATTCCTACTTCATTAATATGAGAAAGAAGTACATAAGAAGCAAGGAAGAGGACCAACAAAACCAACAAGCAAAGGGCTAGAGGCAAGCCCCAAACATAAAATTTTAGTTCTCGTGTTTTCAATATTAAATAGGTGAATAGAAAAAATCACTCATAAAATTTTAATGGAAATATTGTAAGTTTAAGGATCAAATTTTAACATTTTTAGAAGTTAAAGAGTTCAATTGTTACTGTTGAAAGTTTAAAGGATATAATTGCAACTAACACCATGTCGTTTTTACAATTTGCTCATTTTAAATTTAGTTCTTAAAATTAATTTTTATGAAATTAATTTATCAATATATAATAATTTTCATGCAAGACGAAGATGAAATATATGGATATCTTTTTTTTTTTTCCTTTTCAAATTTATAATAAAAAGGCTATAAACAACCAAATTAAATTTAATTTATTAAAAGTAGGGTGACAATATGAACAAACCTCGAAGCAAGGATTAGAACATCCATGGATCTGTTGATATACCCGTAAATCAAATGTTTGATATCGATACTAAATATTCATATATTTGTTCAATGTCATTTTTCAATATATAATATATAAAAGTCCGACTTGGAGAAAAAAATATTTATAACCAATGTTTTTTTTTTTCCCAAAAGTTAAATTTTTGCAACTGATAAATTAATTTCTGATGGATAATTATGATGAAGGTTACAATTCACTTTTAATGTTACTATTATAATGTTGAAACAAAAAACTATCACAATTATACCAAGAGTAATATAAATACACAACGTAAGAATCAATTTGTTGCATATTTATGTGAGGGAAACCCAAGAAAGTGGGATGAGAGAAATTAAAAATTAAAATCAAAGAGAGGAGAAGCAGGTGATGATCAATCCAATACTTTCATGTATGTGTATTTTTTCGACAATACTTTCATTACAAATACATTTATTAAATAATAAATTTCAGTCTAATCTACAAATTATTTAGTTATTGTCCTTTCAAATAAAATAAATAAACGATTCTCATATTAAACAATTACTAAGGTTAGACTAACAAAGAAAAATGTAATGTGCTCGCTCACTTGAATTGAATGACGATGGAAAGAGATTTATCGTATAGTTATAGACACTTCAACATTATTAATTATATTTCTTTTTTCTTTAAGTTGTTATTTCAATTTTTTGTATTCCAACAAATTAAATGTCCATAAGAATTTCTCTATTCTTCCCTACCAAAATCTATCAAATTACTTAGTCAAGATGCTGAAATTTGCAGCTGAAGCTGGGAATTAATTTGCATGATTCCAACTCTTTTTGCGTACGGTTTACTTCAATGTTTGAACAGATTCTTACAGACCCAAAAAGTTGTTTTACCAATGGTGATGTGTTCTGCAACAGCAGTTTTGCTTCACATCCCCATTTGTTGGATTTTTATATATAAAGTAGGACTAGGACTTCGAGGAGCAGCTATCGCTAGCTCCATCTCTTATTCGCTCAATGTGTTGATGACTATGCTTTATGTTAAGTTCTCTCCTTCATGTTCCAAGTCTTGGACAGGCTTTTCAGTGCAGGCTTTTGAAAACATCCCAACTTACCTTAGACTCGCAATTCCTTCAGCTTGCATGGTTTTTTGGTAATTCTCTCTTTACTATTACTCCTTTTTATCATCATCATGAAGATGTATTAATTTGTCTCCTAATGTTCAACATAATGCTTTCAATTGTTGGAAACGTAATAGACCCTCATAATACAAATCAAGAAAACAAGAAAAGATCTTATTCATGCAATTTAGAAGAAATAAGAAATTGAATAATATTTCTTAAACTTGAATTATTTCCTACTTTCTTTCTTGTTTACAAATGAGAAACCTTACCCATATTTATACCAGTAGGAAAGTACATTTAAAAGTCGTCAACAATAAATATCAATACATGTAACTCTTCATATATATCAATGAATTTAGTGATTAACTATTCGATGTATCTCAACTATTATTCATGCGTATTTAACAATGCAAATTCATGTATTAAGTTTAGATTAATTTAGTTTCAACATCCTTCCTTATTTTAGATTTGAACAACTCCAAGTTTTTCTCTTAATTTAACAAATATGTCAAACTTGAGCGCCTTCGTAAAAATATCTGCCACTTGATCTTGAGACTTGCAATATTTTACTATCACTTTTCCATCTTTAACCAGGTCTCTGATAAAATGATACTTGATTCTAATATGCTTGCTTCTTCCATGGAAAACTGGATTCTTTAATAATGTTATGGCAGATCCATTATCACAAAATAAAATAGTTTCACTTCTTTGAGTACACTTCAATTCTTTTAACATCCACCTAAGCCATAAAGTTTGACATACAGCTGCAACTAACAAGATATATTATGCTTCGGTGGTAGAAAGGGCAACAACAGATTGTTTCTTTGAAATCCATGAAAAAGCACCTGAACCCATACTAAAAACATAACCACTTAATGTACTTTTATGATCATCCACATTACCACCCCAGTCACTATCACAAAAACCAAACAACAATGATTCTAAAACTTATTTGTACTAAAACAAATAAAAAAAGAACGCAAAGAGAAGAACTATTTAATATATGAATAAACAACGAAAAAAATAATTATAATGCATATATAGGAAGTTAAAAAAATCTACAATAAATTTTAAACATATATTTTAGAAAAAGAAAGAAACAGAAGAATGAAAGAGAAAACGAAGGAAAAAAGTAAGAATGAAAGAGAAAACAAAGGGAAAATGAATGAAATAGAAAAAGAAATAAATTAAAGAAGGGGAGAGAAAAGAAAAGTGGGAAAATGGAGAAAATGTGGAAAATGACGTGTGGGATCCCATCTCTAAAAATTTGAAAAAGATTGGGAAATGAGTGTAGAATAGTGAAAATGAGAGAAAATAAGGATTTTGAAAACCTAATCGTAGGTTTTTTATAATTTGGGTCCCAAATGTGGGGTGGGTTAACAATATATCAAAAACATCACATGTGATTGACCATGATAAACTAATATTTATGTCAATCTGATATCGTAAATATTTCAACAATTTTATCATTTAAAATAATTTTTATTCTAAAACCAAAAATTTCGTTTTTATAATTTGAAATAATTTTATTATAGACCATTTACAAATGTTTTTTTTTTTTTAACCAAACTATATAGATAACTTTTAGCATTTTAGATTATGGAAACTAAATGCTAACTGTCTCAATTATCTATATCTTTATATAAACTATATATTACCATTTTCAATACATTACTTTTGCAATGAATGTAGGTTACAAATTTAACTTTATATTGTAATTAAGATTGAAATCAAACATTGAACTATTAAAATTTCATTGATTATTATGCATTACTCATTAGAGCATATATACAAAAATAATTTATTTTATTTCTAATGCATAATTTTGAATAAGAATTTATTTGATTTATATATTTATATTGATTTGTATCAAATCATCCAAAAGTGTCCTTGATTACAATATTCCTTCACTTTGGTTTAATTTCTTACATTGGAAAGACAAAACTACAGTCTGGAAATTCCTTTTTTTTAAACTTTTTGGATTATGTATGTCCAGATCTTGTCCTCTTCAATATTTCCATTTCAATAGTTTATGGTCCAAGAAAAATTGTGTGTTTTTTCTTAGTGGAAATGACTAAAAAGTCCTTGTGAATTATTGATGGCAATAGCGTGTCTGTGCTACAAGACAATTATAACTTTCCCACACTTAACTTTATCCGCGTTGTTTATTAGGCCAATCTTAATAATTATTTTTAGTATTTTTAAAAAATTACAAATATAATAAAGTCTATCTATGATAAACTTCTATCGATGATAGATTCTTATACTTTAGAAATGATAAACAAACATTTGCTATATAATCTATGAGTGATTTGATAGATCTTGCTATATTTGTAATGTTTTTAGAATGATGTTATAAACTTAGTTATTTTGAGTATAATTGTTATATTTGTAACTATTCCTTAAAACTATTAGAAAAATAATATGTATTTTTTATTTGTTTTATTGGAATGTTTCTTTCACCTCAAGTTTTGTACTCCACTTCACAAGATTAATAGAAAAATTAATGAAAATAGTAGAGGTTAAAATTTGAGATCGTATTTATATAATATAAGTTATGCGTTAATTTGAAAATAAAATTTTCACTTGATTTTCCTATGCATGGTAAATTATTTGAAAATTTTTTTTTATATGTTTGATAATTGATTTCGTTTTCTTTTTATGAAAAGTAAAATGTATATTGTTTGGAGTTTTTTTTTTTTTATAATCTTAAAAACAAATTTTTTTATTTGAAAAACTCAAAAAGTGAATTAATTACCGAACACATGTTTAATTCTTTTTAAAAAAAAAAAAAACAGAAAACAAAGGGATTATCAAAAATTAATCACTAATACAAATTATAATTTTACAAGTCAATTGAGCAAACTAGCATTAGATTATTAAATCATAGATTGAAAATTACATGTGAGTTTGTCTTTTTGTTTTGTTTTTAAAAGTTTTTTTTTCCTTTCTAATAATATACAATTTTATTATAATGTCACTTCAAATCATTTAATGTGACTTTAAAACCAACTTTTGTCAATGCAATTTAATTGCAAATACACACAACTCTTTTGTTGTTGTATGGTTAGAAACGTGTGATCTAACATAGAGGGAAAATAAGGAAACCATGTTACTCCAATTTCGGCTATCAAATTTCTTCCCCCCTACTCTGTTTTCCTCTGCTTTTCTTACCCCCACTTTTCTCTAATCAATGGACGTAACTTTCAAAGAAACCTGTAATTAAGGGAAGGAAAGGTTGTTTGTGGGGACGTTGTGAATACTAACTAATGAAAAATTAAGTGGTTTTTGTTTGAACGTCAACAATAGTTTGAAAATCTGAATCTTTTACTAAAAATGTAGGATACAAAAACGATTAAAATAACAGCCATCAATCGAAGAAGGCATTTCCAAATTTTCCACCGCTTCCTTCTTCCTTCTTTTGACTTGTTTTTAAACGGGGGTGTAGCTCTTTTCCTTGAGACTCTATCCTTCTCCACAAGCAGAAGAAATCATGGAGAAAGATACCAACTCCTCATTGAACTCGCCCCTTCTTCACATTTCTGAAGACGGCTCCAATGGCGAGAGACGAGTCAATGATGTGAACCATAGAAGGAAACAAGTTGGGGAAGAAATAAAGAAGCAGCTATGGCTAGCTGGGCCTTTGATATTGGTCAGTCTTTTACAATATTGTTTGCAGATGATTTCCGTCATGTTTGTCGGCCATCTCGGCGAGTTGGCCCTCTCTGGTGCTTCTATGGCGACTTCCTTTGCAACCGTCACTGGTTTTAGCTTGTTGGTGAGTTAGGTTTCTTCTTGTTTCAGAAAAACTCATAATGGGTTTATTGAGAATGATGCCATTTTGGATTTCATAACTAGTTTCAGCTTATTGGTGAGTTGGATTTCTGTTTGTTTCTAGAAAAAAAAAAGCTCATTTTCTAGATGAAATTTCATTAATGGGTTTCTTAAGAATGATGCATTTTGATTTAATAACTTGTTTCAGCTTATTATTGAGTTGGGCTTCTGTTTGCTTCTCCAGAAAATCTCATTATCTTGATGAATATGCAATAATGGATTTATTTAGAATGATGCACTTTGATCTAAAAACTAGTTTTCCTATAAACCCTGATGATCTTGTTTTTGGTTTTACCAAAACGCTTCATACCATTAGATTGATAGTTGATCTCCCTCATATAGCTACAGTTATGTTCATTTCTTTATCTGATCAATATGGGACTTTGATCATATTCTCAAAGAGATTTCTTACTTACAATCGTCTTAGTTTGAATATTATCTAGCAAATTTAGATTTGTTGACTTTGAGTTGAATTAGAAATCATCCATGTTACTTAGAACTGTCTTTAATTTGAATATTTATATAGATGGGGATGGCTAGTGCTCTGGATACATTTTGTGGCCAATCTAATGGAGCAAAGCAGTATCATATGCTGGGGATTCATATGCAGCGAGCGATGTTTGTTCTTTCACTTGTGAGCATCCCTCTCGCAGTTATTTGGGCTAACACAGGAGGGATTCTGAAATTTCTTGGCCAAGATGCTGAAATCTCGGCAGAAGCTGGGAAATATGCTATTTTCATGATTCCAAGTCTGTTTGCATATGGTTTACTTCAATGTCTGAACAGATTCCTACAAACCCAAAACGTTGTTTTTCCAATGGTGATGTGTTCTGGAATAGCAGCTTTGCTTCACATCCCCATATGTTGGATTCTGATATTCGAAATTGGACTTGAGATTCGTGGAGCAGCTATGGCCAATGCCATCTCTTATTGGATTAATGTGCTGATGTTGATGCTTTATGTTAAGTATTCTTCTTCATGTTCCAAGTCTTGGACTGGCTTTTCAGTTCAGGCTTTTCAAAACATCCCAACTTTCCTTAGACTTGCAATTCCTTCAGCTTGCATGGTTTGGTAATTCTCGCTTTACTGTTACTCTTTTTATCATCATCATCATCAAGATATTTCAGTTTGTCTCACAGTGTTCAACAAAATGTTCTCAACAGCTTGGAAATGTGGTCATTTGAATTGATCGTTCTTTTATCTGGACTTTTACCTAATCCAAAATTAGAGACATCAGTGCTTTCCATTAGGTAAATAACAGAAATCACTTCCTGTTTCTTCTTATCTAGCCACCTCTAGCTTCACTGACTCATTTTCTTTTCCAGTCTTAATACAGCAACAATCTTTTGGATGATCCCATTTGGTATGAGTGGTGCTGGAAGGTAAATTTCATACAAATTTCTCATTACAATCTCCATTATCTTAATCAAGAACTTTACAAAAGACCACTTTCACATCTTCTTCTTCTTCTTCTTCCATCTCTCCCTCAGTTTTGAAACTAAAACTTTCCATCTGTAATGAAAATGGAAAGATACAAATGTAACTGAGATTTATATACTTCTGTTTCATTTTGTTAGCACGCGAGTATCTAACGAACTAGGAGCTGGCCGTTCTGCAGCAGCAAAGCTAGCTGGATGTGTAGTTGTGTCAATGGCCACTATTGAGGGACTACTGCTTGCAATTATCTTAGTTCTTATACGTAATGTTTGGGGCTATGCTTATAGCAGCGAACCAGAAGTGGTGGAGTATTTAGCAAACATGCTTCCTATCGTTGCAATTTCCAGTTTTCTTGATGGACTTCAATGTGTGCTTTCAGGTTCTCATTTTATCTTATTCTACAATTATATATTTTTCTTCTCTTAATATGTTTCATTTCATTTCACTCCAACTAGCTTTGAAATGAAAATTGAAGTAGAACTTGAAGGAAACTTACATTAGAGTAGAGTTTATAATTAACCCCTTTTCACAACTAGTCAGACAAACTTACCTTAAATGTCACAAGTAGGCAAATTAGGTTTAGATGACATTTTGTAGTTTGGCAGTAAGATGTGCATTCTCACAAGAACATAGACAAAAAGTACCACTTTTGTCAAGTTTGGTCATAAAAAATCAACAAAAAAGTACAGCAAGTCTTCAGAGGATAAATGACTTTTTAATGCATCTTTTAGTATGGATATGCACCCAAATGAATTTAATCTCTCTTCTAGCACTTTGATGGAGTTATACGTCAGAAGAATAAATCTGCAAAATAAAAACTCTTTAGTAGTCTGGCTGAGTCGTAATGGTTCAACAGTCCACCAAAATTAATTAAGAAAAACGTATAATTAGAGAAGCGATTCAAAATTAATTTTAGCAAAAAAGTAAGTCTGTTATTATTTTATGCCACCACACCCCGCCCGATCGGACGAACGGTGAGATATTGACAAAGCCACATTTGCCTTTCTACTCACCCTCTCAAAAACTTGTGTATCCCTTTGGGCCCAAACCCATACTCAAAGTATGGGTATATATTTAAGGGAATTTCCACTTGCTTAGAAAGGAAGGTGGGAATCCAACTTTGAATAAAATAATAATACTTTTGATTTAAACAATTTTTCATCAACACTCTCTCTCTTGATTATGCTTATAGTTAAATATTAGACTTGGCATTACATGCCTACAAATCTATTATGAATTGAATTGGTGTCTGCACTAGGATTGTTCTACCCTTATGGCCTAACCATGTGCACATTTTTACTTGCTTTAAAATGATAGGTATTTTAAAATATCTACTTAATATGTTCATAAATACAATGCAGGCATTGCTAGAGGTTGTGGTTGGCAGAAGATTGGTGCATATGTCAATCTTGGATCATATTATATCGTGGGAATTCCATCTGCAGTTTTGCTTGCTTTTGTTTTACACGTCGGTGGAAAGGTAAAAACAAGAAATTGTGATGATTATACGTCATATTCATTCTTAAATTGAATTATACTAAACACTCATTATATTGTCTCATCATTCAAACTTGCAATGTTACCCTTGACCTCTCATAAACATCCTTGGAGTAGAAATCTTTCAAAATTTCAGACGAAGATTGGAACCTGAAATGGTGTGGCGGTGACCTTAAGCGATTTGGCAATCCAAATTTCCATTCTAAGTCATAATTTCTGTTTTGACCTCTCAAGGACTTTTACTCCAAAGATAATTTTGAAACACTTATAAAAGATCAACAATAACATTCCAACTTCTGAATCCACAAACAACAAAGTTGATAGCCATCTTTTATAATCCAACCCAACTCTTTCCGACCATATATAATTCTTTTCTGATCTTTTTTCTCTTAATAGGGGCTGTGGTTTGGCATCATTTTAGCACTCGTTGTCCAAGTCCTTTCTCTTGCTACCATTACCATCCGCACCAACTGGGACCAAGAAGTACAATTTCATAACTCAAAACTACTTTAAACTTTGACTTATTCCCAAAATTTAATGCTTCTAATGCATTGATTTTGTTCGTATTCAGGCAAAGATAGCTACAGAACGTGTTTATGATGCAATAATCCCAGCAAATGTTGTCTCATAAAACTAGAGTTTCTTGGTGGAGGAGCTTTGCTTTTAAGCTCTACTTTCTTTTCAACATCATTGAATTGTGGAAGCCAATGCTGATAGCTTCTGAAGAATATTCTTTCACTTGAAGGTTGATTTTCTCAATCTTCATGTGTTTAGAAAATCATTCAATCTAGATTAAATCACGACAAATTAAATTTAATCTCCTATAGTTTGGAGAAAGCTAGAATTTTTGTTTCGAATCCAGCATTTTGGTATCGTGTTGTGGTATGTTTTGGTATTTATATTAAAAGGAGACGTAAAAACTCCCAGGTACCACACAAGTATTTAAAAGTGAAGGTGGAGAAATAGAGAAGAAAAATATAGAATTTGGAGTTCATGTCCTTGAGGGTAATAAATATTGGTCAGATCATTATCACTATCTTGTCTAATTATTTTGATCCTTCCTGCCTGAAAAAATTCATGAGGATCACTTTTGTTGGGGTTTAACTTTTGTATGTAAGCATTTAATTAAAAAGAAACAAAAAACAGTTTGGAATATTTTGTTATTAACTTTTAAATAGTTTGATCTAGAAAAAAACAAAGCGTAATTTAACCAAAACAAAATTTGTGTATATCAATTTTGAGATTTAAGGGTGGATTAAATCGACTAATTAATGTATTGCTTTTAAAATACTAAAAATTGACTTAAAACTTTATAATCTTTTTTCATGCCTATCAACTTTTGGACCTTTCCACTATTACTTACCATTTTCTTTTTGGTTTTATTGCAAGTTTTGTATTCAATTAATTGTAGTTTTTATATTTAAATAATTGAGTATTAAATATTAATATAGTTTTTATCTCTTTTGCTTAATTAATTTGTTTTATGTCTCGTGATGTGGAGTAATTTAAAGTTTTTTTTTTAAGAAAATGGAGGAGTTTTAAAATTAATTTTAATATTAAATGTTGCAATATGTCATTATTTTAATTTTTTTGTGATTGCGAAGTTGTAAGTTTTTTATTTTGGAAAATGGTGAAATTTTATGTTAAGAATGAAGTAAAAGGATTTCATTATTTTGGTCATGTGGAATAGTTTTAGGTCGAAGAAAGACTTTTTTCTTTAGGTTTTTTAGACCATTTAGTTTCTCCATCATTTTTCGACTACATAATTTGTATTTCTCATTCTATAAATACAGTACAAGTTCTCTATTGTATATAAATAAAAGTATAAAATACTTATTGATTGATGTAAATATTCTTTCGTTGAATTTTGATTTTTGTAATTTTTATTGAAATTTCCATCAAAAGTTTTTTAAAAAATGATCTTTAGGGTATCTTTACATTTTGTTTGTACTATCTTTCTCTTCAATATTTTTATAAATAATTGTCATTGCTAAAATGAGTATGAATATTGAAGAAGTGAAAGAAGTGGAGAGAGAATGGAAGAAATAAAAAAAAAAAAAGGAAAGAATAATAAGTATTTTTTAAAAAAAAGAAATTAATGGTAAAAATGTCAACTAAGATTAAGATGAATATTATCTACTAAAAGCTTTACATTTCAAGTATCTTCTAGAATTCACAAAATAAGTTCAAATACTATTACTTTTGTTATTCTCTTATTAAATTTATTATATTCTAATTTTTAGATTTTCTATTATCGAAATAGTTGCAAATATAGCAATTATATTTAAAATAATTAAGTATGTAGCAACGTTTTAAAAAAATTGCAAATACAGCAAAATTTGTCAAAATCTATCAATGATAGGAGTCTATCACCGATAGATCATGTAGCAATGTCTATAACTATAGAAGTCTATCACTGATAGACTTTACTATATTTGTAATTTTTTTAAATATTGTTACATACTTAATAATTATTCTAAAAATTGCTACCTATTATAATTACCCTTTTAAGGATCCAGTTTTAACATTTTAAAAAGTCTATGAAGTAATTTTAAATTAGTTACTTAAAATAAACTTTTAGAAATTAAAATAAAAAATAATGAAGATTATTAATTGATATCAACATTAAATATCTGTAAATACGTCTAACATCATTATTTATAAATGCTGTAAAAGACATTTTATCTATTTCATATAATAAATATTAATAATTATATTCTTTTAACTCTAAACTTAATTATTAAACTAAATAAATTTTATAAACTCTGTGATTTTCAAAAAACATACGTCGACTTATCGATATACCGATTGATATGTTCGTAAAGAAAAATCTTGATATCAATATCAAACTTTTAAGGAAGTATAGGACGAAAATTGGATTCTAAATAATAACCATTCAAGTTTAAAAACAAAAAAAACAAAAATACATAACAACCAATCATTATTTATAATAATGTAGGAAGAGGCGTTTCCAAATTTTCCACCCCTTACTTTTGTTCACGTGTTTATATGTATCGTTCCGGCCTCGTCTTTTGTCATTCACCGCAATCAGAGAAATGGTGGAGAAAGGTGCCGGTTCGTCGTTGAACTCTCCCCTTCTTCACATTTCTGAAGATGGGTTGATTTCTTCTAATGGGGTGATACGAGCAAATGATAGAAATCGCAGAAGGCAACAAGTAGCGGAGGAATTAAAGAGGCAGTTATGGCTAGCTGGGCCTTTAATATTAGTTGGTCTATTACAATATTCTTTGCAGATGATTTCCGTCATGTTCGTCGGTCATCTGGGCGAATTGTCTCTCTCTGGTGCTTCAATGGCCACTTCTTTCGCAACAGTCACTGGTTTCAGCCTATTGGTGAGTTGGGTTTCTGTTTGTTTCTCGTGAAAAACTCGTTGTATTGCTCAATATTCATGTATGGGGATATCTAAAATGATTCACTTTTTGTTAGTTGAGTTGAAAATTAGTCATGTTACTTGAAATGGTCTTAATTTGAATAAATGTATAGATGGGGATGGCTAGTGCTTTGGATACATTTTGTGGTCAATCTTATGGAGCAAAGCAGTATCATATGCTGGGAATTCATATGCAGAGAGCTATGTTTGTTCTTTCACTTGTGAGCATCCCTCTTGCAGTTATTTGGGCTAACACGGGAGGGATTCTGAAATTACTTGGCCAAGATGCTGAAATTGCAGCTGAAGCTGGGAAATATGCCATTTGCATGATTCCGACTCTTTTTGCGTATGGTTTACTTCAATGTTTGAACAGATTCTTACAGACCCAAAACGTTGTTTTACCGATGATGATGTGTTCAGCCACAGCAGTTTTGCTTCACATCCCCATTTGTTGGATTCTTATATATAAAGTAGGACTCGGACTTCGAGGAGCAGCTATCGCTAGCTCCATCTCTTATTCGCTCAATGTGTTGCTGGCTATGCTTTATGTTAAGTTCTCTTCTTTATGTTCCAAGTCTTGGACAGGCTTTTCAGTGCAGGCTTTTGAAAACATCCCAACTTACCTTAGACTCGCAATTCCTTCGGCTTGCATGGTTTGGTAATTCTCTCTTTACTTAACTCCTTTTTATCATCATCCTGAAGATGTATTAATTTGTCACATAATGTTCAACAAAATGCTCTCAACAGCTTGGAAATGTGGTCATTTGAGTTGGTCGTTATCTTATCTGGGCTTCTACCAAATCCGAAATTAGAGACCTCAGTACTTTCAATTAGGTAAATAACAGAGACATCAGTTCTTTTTTCTTCATATCTAGCCACCTTTATCTTCACTTACACATATTCTTTAACAGCCTTAATACAGCTGCAGTAATTTGGAATATCTCATTCGGCATGAGTGGTGTAGGAAGGTAAATTTCATACAATTTCTTAGTAGAATCACTATTGTCTCAGACTCTACGAACAACTTATATACGATCACTTTCACATTCTTCTCTCTCTCCTGAATTTGAAAACTAAAAACTTTGCATTTGTCATTTGTGAAAAAATGGAAAGAAGACCAGTATAAGATTTCTTTGTTTGTATTTCATTCTGTTAGCACGCGAGTCTCAAACGAACTAGGAGCCGGCCATCCTGCAGCAGCGAAGCTAGCTGGGTGTGTAGTTATGACAATGGTTGCTATTCAGGGGATGCTTGTTGGAACTTTCTTCATTCTTATACGTAATGTTTGGGGCTATGCTTTTAGCAACGAACAAGAAGTGGTTGAATATTTAGCAAAGATGCTTCCTATAGTTGCAGTTTCTGAATTTTTCTCGGGACTTCAATGTGTACTTTCAGGTTATCATTCTATCATATGCTACAATTATATATATATATATATATATTCCACTTCATATGTTTTATTTCATTTGACTTCATCTAGCTTTGAGATGAAATTTGTAGAGGTGAATTTAAACGATTGTGATTGGTCTCTATAATTGATATCTGTTCCATATGCTACAACCAAGTTGTCTAGATGACATTTTCTGTTCAGGCAGTAAGATGTGCGTTCTCATAAAAACATAGACTAAAAAGTACCACTTGTGTCAAGTTGGATCATAAAAAAATTAACCGAGTATTGTCAGGATATCAAACTTTTTACTGCATTTGGTAAATAGATATGTAGCCAAATGAATTTGATCTCTCTCTTGGTCATGGTTGTTACTAAAACCTCTTCTTTGTGTTAATATTAGACTTGGGATTACACTTCTACCCTATATTATAACTTGACTTGGTGTCTGCATTAATATAACCAGGCACGTTTTACTTAACTTGTTTTTTGCATATACTCAATGCTACTCAATGCAGGCATTGCTAGAGGATGTGGGTGGCAAAAGATTGGTGCATATGTCAATCTTGGTTCATATTATCTGGTGGGAGTTCCATTCGGAATTTTGCTTGCTTTTGTTTTTCACGTCGGTGGAAAGGTAAAAACAATAATTATGATGAACATATCATTTGTTCGTAGACTAAATTATACAAAATACTCAGAAACTTGACCCTTTGTTTATAAGTACTTCTATTCTTTAAAAAATTGTAATATTACCCTTAACCTCTTTTATCTGATCTTAAAACTACCCTTGGAGTATAAATAATTAAACATTTCTAAATAAAAATTGGGACATGAAATGATGTGACAATCCAAATTTTCATTCTAGTTCAATGCGCTTCTATTTCAAGACCCAATCTCTGATTGGGTACTTTTGATTCAGAAGGTGAAGTTCAAAAGCATTTTATACAGTTCAACCTAATTCTTCTTTTAACCATTTTTCTATTGTAAATGATCCTTAATAGGGGCTGTGGTTTGGCATCATGTCTGCACTCGTAGTACAAGCATCTTCTCTTGGTATTATTACCATCCGCACCAACTGGGACCAAGAAGTACAACTCATAACCCAAATCTCAACTTTGCTTTATTCCCTAAAACTTGAAGTTTCTAATGCATTCATTTCTGCTATTCAGGCAAAGAAAGCTACAGAACGAGTATACGACGCAGCAATTCCAAGTAATGTTGTCTCATGAAACTAGATCAGTTTCTTGGTGAAGGAGCTTTGTGATTGACAGATTGAGCTCTAACTTTCTTTTCAAAATCAATGAATTGTGTAAGCCAAGCCTGAAAGGTTCATTTTTTGCAACATGTCTCTTAGACAAGTAATAGATATCTCTGTCTCCATGTGTTTAGAAATCATTCAATCAATTTAGTACTCATCAGAGCTCAGGAGATAACCTGTTCGATTGTATTTGAATCCAATATTTCAGTGGGATTATTCTTTGCTCTGTATATTGAATGAACATGTCAAACATAAGCATTTGCAAAATAAAGGTGGAGAATATATAGAAGAAGAAAAATATTGAATTTTTGGAGTCTTGTTCTT

mRNA sequence

AGCAGAGAAATGGTGGAGAAAGGTGCCGGTTCGTCGTTGAACTCGCCCCTTCTTCACATTTCTGAAGATGGGTTGATTTCTTCTAATGGGCTGATACGAGCAAATGATAAACTTCATAGAAGGCAACAAGTAGCGGAGGAATTAAAGAGGCAGTTATGGCTAGCTGGGCCTTTAACATTGGTTGGTCTATTACAATACTCTTTGCAGATGATTTCCGTCGTGTTCATTGGTCATCTCGGCGAATTGCCTCTCTCTGGTGCTTCAGTGGCCACTTCTTTCGCAACAGTCACTGGTTTCAGTTTATTGATGGGGATGGCTAGTGCTTTGGATACATTTTGTGGTCAATCTTATGGAGCAAAGCAGTATCATATGCTGGGAATTCATATGCAGAGAGCTATGTTGGTTCTTTTACTTGTGAGCGTCCCTCTTGCAGTTATTTGGGCTAACACAGGAGGGATTCTGAAATTACTTGGCCAAGATGCTGAAATTGCAACTGAAGCTGGGAAGTATGCCATTTGCATGATTCCAACTCTTTTCGCATATGGTTTACTTCAATGTTTGAACAGATTCTTACAGACCCAAAACGTTGTTTTACCAATGGTGATGTGTTCTGCAACAGCAGTTTTGCTTCACATCCCCATTTGTTGGATTTTTATATATAAAGTAGGACTCGGACTTCGAGGAGCGGCTATCGCTAGCTCAATCTCTTATTCGCTCAATGTGTTGATGACTATGCTTTATGTTAAGTTCTCTTCTTCATGTTCCAAGTCTTGGACAGGCTTTTCAGTGCAGGCTTTTGAAAACATCCCAACTTACCTTAGACTCGCAATTCCTTCGGCTTGCATGGTTTGCTTGGAAATGTGGTCATTTGAGTTGGTCGTTATCTTATCTGGGCTTCTACCAAATCCGAAATTAGAGACCTCAGTACTTTCAATTAGCCTTAATACAGCTGCAGTAATTTGGAATATCTCATTCGGCATGAGTGGTGTAGGAAGCACGCGAGTCTCAAACGAACTAGGAGCCGGCCATCCTGCAGCAGCGAAGCTAGCTGGGTGTGTAGTTATGACAATGGTTGCTATTCAGGGGATGCTTGTTGGAACTTTCTTCATTCTTATACGTAATGTTTGGGGCTATGCTTTTAGCAACGAACAAGAAGTGGTTGAATATTTAGCAAAGATGCTTCCTATAGTTGCAGTTTCTGAATTTTTCTCGGGACTTCAATGTGTACTTTCAGGCATTGCTAGAGGATGTGGGTGGCAAAAGATTGGTGCATATGTCAATCTTGGTTCATATTATCTGGTGGGAGTTCCATTCGGAATTTTGCTTGCTTTTGTTTTTCACGTCGGTGGAAAGGGGCTGTGGTTTGGCATCATGTCTGCACTCGTAGTACAAGCATCTTCTCTTGGTATTATTACCATCCGCACCAACTGGGACCAAGAAGCAAAGAAAGCTACAGAACGAGTATACGACGCAGCAATTCCAAGTAATGTTGTCTCATGAAACTAGATCAGTTTCTTGGTGAAGGAGCTTTGTGATTGACAGATTGAGCTCTAACTTTCTTTTCAAAATCAATGAATTGTGTAAGCCAAGCCTGAAAGGTTCATTTTTTGCAACATGTCTCTTAGACAAGTAATAGATATCTCTGTCTCCATGTGTTTAGAAATCATTCAATCAATTTAGTACTCATCAGAGCTCAGGAGATAACCTGTTCGATTGTATTTGAATCCAATATTTCAGTGGGATTATTCTTTGCTCTGTATATTGAATGAACATGTCAAACATAAGCATTTGCAAAATAAAGGTGGAGAATATATAGAAGAAGAAAAATATTGAATTTTTGGAGTCTTGTTCTT

Coding sequence (CDS)

ATGGTGGAGAAAGGTGCCGGTTCGTCGTTGAACTCGCCCCTTCTTCACATTTCTGAAGATGGGTTGATTTCTTCTAATGGGCTGATACGAGCAAATGATAAACTTCATAGAAGGCAACAAGTAGCGGAGGAATTAAAGAGGCAGTTATGGCTAGCTGGGCCTTTAACATTGGTTGGTCTATTACAATACTCTTTGCAGATGATTTCCGTCGTGTTCATTGGTCATCTCGGCGAATTGCCTCTCTCTGGTGCTTCAGTGGCCACTTCTTTCGCAACAGTCACTGGTTTCAGTTTATTGATGGGGATGGCTAGTGCTTTGGATACATTTTGTGGTCAATCTTATGGAGCAAAGCAGTATCATATGCTGGGAATTCATATGCAGAGAGCTATGTTGGTTCTTTTACTTGTGAGCGTCCCTCTTGCAGTTATTTGGGCTAACACAGGAGGGATTCTGAAATTACTTGGCCAAGATGCTGAAATTGCAACTGAAGCTGGGAAGTATGCCATTTGCATGATTCCAACTCTTTTCGCATATGGTTTACTTCAATGTTTGAACAGATTCTTACAGACCCAAAACGTTGTTTTACCAATGGTGATGTGTTCTGCAACAGCAGTTTTGCTTCACATCCCCATTTGTTGGATTTTTATATATAAAGTAGGACTCGGACTTCGAGGAGCGGCTATCGCTAGCTCAATCTCTTATTCGCTCAATGTGTTGATGACTATGCTTTATGTTAAGTTCTCTTCTTCATGTTCCAAGTCTTGGACAGGCTTTTCAGTGCAGGCTTTTGAAAACATCCCAACTTACCTTAGACTCGCAATTCCTTCGGCTTGCATGGTTTGCTTGGAAATGTGGTCATTTGAGTTGGTCGTTATCTTATCTGGGCTTCTACCAAATCCGAAATTAGAGACCTCAGTACTTTCAATTAGCCTTAATACAGCTGCAGTAATTTGGAATATCTCATTCGGCATGAGTGGTGTAGGAAGCACGCGAGTCTCAAACGAACTAGGAGCCGGCCATCCTGCAGCAGCGAAGCTAGCTGGGTGTGTAGTTATGACAATGGTTGCTATTCAGGGGATGCTTGTTGGAACTTTCTTCATTCTTATACGTAATGTTTGGGGCTATGCTTTTAGCAACGAACAAGAAGTGGTTGAATATTTAGCAAAGATGCTTCCTATAGTTGCAGTTTCTGAATTTTTCTCGGGACTTCAATGTGTACTTTCAGGCATTGCTAGAGGATGTGGGTGGCAAAAGATTGGTGCATATGTCAATCTTGGTTCATATTATCTGGTGGGAGTTCCATTCGGAATTTTGCTTGCTTTTGTTTTTCACGTCGGTGGAAAGGGGCTGTGGTTTGGCATCATGTCTGCACTCGTAGTACAAGCATCTTCTCTTGGTATTATTACCATCCGCACCAACTGGGACCAAGAAGCAAAGAAAGCTACAGAACGAGTATACGACGCAGCAATTCCAAGTAATGTTGTCTCATGA

Protein sequence

MVEKGAGSSLNSPLLHISEDGLISSNGLIRANDKLHRRQQVAEELKRQLWLAGPLTLVGLLQYSLQMISVVFIGHLGELPLSGASVATSFATVTGFSLLMGMASALDTFCGQSYGAKQYHMLGIHMQRAMLVLLLVSVPLAVIWANTGGILKLLGQDAEIATEAGKYAICMIPTLFAYGLLQCLNRFLQTQNVVLPMVMCSATAVLLHIPICWIFIYKVGLGLRGAAIASSISYSLNVLMTMLYVKFSSSCSKSWTGFSVQAFENIPTYLRLAIPSACMVCLEMWSFELVVILSGLLPNPKLETSVLSISLNTAAVIWNISFGMSGVGSTRVSNELGAGHPAAAKLAGCVVMTMVAIQGMLVGTFFILIRNVWGYAFSNEQEVVEYLAKMLPIVAVSEFFSGLQCVLSGIARGCGWQKIGAYVNLGSYYLVGVPFGILLAFVFHVGGKGLWFGIMSALVVQASSLGIITIRTNWDQEAKKATERVYDAAIPSNVVS*

Homology

[Close]

BLAST of MELO3C017344 vs. Swiss-Prot
Match: DTX16_ARATH (Protein DETOXIFICATION 16 OS=Arabidopsis thaliana GN=DTX16 PE=2 SV=1)

HSP 1 Score: 604.7 bits (1558), Expect = 8.8e-172
Identity = 291/448 (64.96%), Postives = 354/448 (79.02%), Query Frame = 1


Query: 38  RQQVAEELKRQLWLAGPLTLVGLLQYSLQMISVVFIGHLGELPLSGASVATSFATVTGFS 97
           +  V EE+K+QLWL+GPL  V LLQ+ LQ+ISV+F+GHLG LPLS AS+ATSFA+VTGFS
Sbjct: 20  KSSVKEEVKKQLWLSGPLIAVSLLQFCLQVISVMFVGHLGSLPLSAASIATSFASVTGFS 79

Query: 98  LLMGMASALDTFCGQSYGAKQYHMLGIHMQRAMLVLLLVSVPLAVIWANTGGILKLLGQD 157
            LMG ASALDT CGQ+YGAK+Y MLGI MQRAM VL L S+PL++IWANT  +L   GQ+
Sbjct: 80  FLMGTASALDTLCGQAYGAKKYGMLGIQMQRAMFVLTLASIPLSIIWANTEHLLVFFGQN 139

Query: 158 AEIATEAGKYAICMIPTLFAYGLLQCLNRFLQTQNVVLPMVMCSATAVLLHIPICWIFIY 217
             IAT AG YA  MIP++FAYGLLQC NRFLQ QN V P+V CS     LH+ +CW+ ++
Sbjct: 140 KSIATLAGSYAKFMIPSIFAYGLLQCFNRFLQAQNNVFPVVFCSGVTTSLHVLLCWVLVF 199

Query: 218 KVGLGLRGAAIASSISYSLNVLMTMLYVKFSSSCSKSWTGFSVQAFENIPTYLRLAIPSA 277
           K GLG +GAA+A+SISY LNV++   YVKFS SCS +WTGFS +A  +I  +LRLA+PSA
Sbjct: 200 KSGLGFQGAALANSISYWLNVVLLFCYVKFSPSCSLTWTGFSKEALRDILPFLRLAVPSA 259

Query: 278 CMVCLEMWSFELVVILSGLLPNPKLETSVLSISLNTAAVIWNISFGMSGVGSTRVSNELG 337
            MVCLEMWSFEL+V+LSGLLPNP LETSVLSI LNT+  +W I FG+SG  STR+SNELG
Sbjct: 260 LMVCLEMWSFELLVLLSGLLPNPVLETSVLSICLNTSGTMWMIPFGLSGAASTRISNELG 319

Query: 338 AGHPAAAKLAGCVVMTMVAIQGMLVGTFFILIRNVWGYAFSNEQEVVEYLAKMLPIVAVS 397
           AG+P  AKLA  VV+ +   + +++G+  ILIRN+WG A+S+E EVV Y+A M+PI+A+ 
Sbjct: 320 AGNPKVAKLAVRVVICIAVAESIVIGSVLILIRNIWGLAYSSELEVVSYVASMMPILALG 379

Query: 398 EFFSGLQCVLSGIARGCGWQKIGAYVNLGSYYLVGVPFGILLAFVFHVGGKGLWFGIMSA 457
            F   LQCVLSG+ARGCGWQKIGA +NLGSYYLVGVP G+LLAF FHVGG+GLW GI+ A
Sbjct: 380 NFLDSLQCVLSGVARGCGWQKIGAIINLGSYYLVGVPSGLLLAFHFHVGGRGLWLGIICA 439

Query: 458 LVVQASSLGIITIRTNWDQEAKKATERV 486
           LVVQ   LG++TI TNWD+EAKKAT R+
Sbjct: 440 LVVQVFGLGLVTIFTNWDEEAKKATNRI 467

[Close]

BLAST of MELO3C017344 vs. Swiss-Prot
Match: DTX17_ARATH (Protein DETOXIFICATION 17 OS=Arabidopsis thaliana GN=DTX17 PE=2 SV=1)

HSP 1 Score: 575.9 bits (1483), Expect = 4.4e-163
Identity = 280/446 (62.78%), Postives = 345/446 (77.35%), Query Frame = 1


Query: 40  QVAEELKRQLWLAGPLTLVGLLQYSLQMISVVFIGHLGELPLSGASVATSFATVTGFSLL 99
           +V EE+K+QLWL+ PL  V LLQYSLQ+ISV+F+GHLG LPLS AS+ATSFA+VTGF+ L
Sbjct: 20  RVKEEVKKQLWLSAPLIGVSLLQYSLQVISVMFVGHLGSLPLSAASIATSFASVTGFTFL 79

Query: 100 MGMASALDTFCGQSYGAKQYHMLGIHMQRAMLVLLLVSVPLAVIWANTGGILKLLGQDAE 159
           +G ASAL+T CGQ+YGAK Y  LGI MQRAM VLL++SVPL++IWANT  IL L+ QD  
Sbjct: 80  LGTASALETLCGQAYGAKLYGKLGIQMQRAMFVLLILSVPLSIIWANTEQILVLVHQDKS 139

Query: 160 IATEAGKYAICMIPTLFAYGLLQCLNRFLQTQNVVLPMVMCSATAVLLHIPICWIFIYKV 219
           IA+ AG YA  MIP+LFAYGLLQC+NRFLQ QN V P+ +CS     LH+ +CW+F+ K 
Sbjct: 140 IASVAGSYAKYMIPSLFAYGLLQCINRFLQAQNNVFPVFVCSGITTCLHLLLCWLFVLKT 199

Query: 220 GLGLRGAAIASSISYSLNVLMTMLYVKFSSSCSKSWTGFSVQAFENIPTYLRLAIPSACM 279
           GLG RGAA+A S+SY  NV++   YVKFS SCS SWTGFS +AF+ +  + ++A PSA M
Sbjct: 200 GLGYRGAALAISVSYWFNVILLSCYVKFSPSCSHSWTGFSKEAFQELYDFSKIAFPSAVM 259

Query: 280 VCLEMWSFELVVILSGLLPNPKLETSVLSISLNTAAVIWNISFGMSGVGSTRVSNELGAG 339
           VCLE+WSFEL+V+ SGLLPNP LETSVLSI LNT+  IW IS G+ G  S RVSNELGAG
Sbjct: 260 VCLELWSFELLVLASGLLPNPVLETSVLSICLNTSLTIWQISVGLGGAASIRVSNELGAG 319

Query: 340 HPAAAKLAGCVVMTMVAIQGMLVGTFFILIRNVWGYAFSNEQEVVEYLAKMLPIVAVSEF 399
           +P  AKLA  V++ +   +G++V T  + IR + G+AFS++ +++ Y A M+PIVA   F
Sbjct: 320 NPQVAKLAVYVIVGIAVAEGIVVVTVLLSIRKILGHAFSSDPKIIAYAASMIPIVACGNF 379

Query: 400 FSGLQCVLSGIARGCGWQKIGAYVNLGSYYLVGVPFGILLAFVFHVGGKGLWFGIMSALV 459
             GLQCVLSG+ARGCGWQKIGA VNLGSYYLVGVP G+LL F FH+GG+GLW GI++AL 
Sbjct: 380 LDGLQCVLSGVARGCGWQKIGACVNLGSYYLVGVPLGLLLGFHFHIGGRGLWLGIVTALS 439

Query: 460 VQASSLGIITIRTNWDQEAKKATERV 486
           VQ   L ++TI TNWD+EAKKAT RV
Sbjct: 440 VQVLCLSLVTIFTNWDKEAKKATNRV 465

[Close]

BLAST of MELO3C017344 vs. Swiss-Prot
Match: DTX15_ARATH (Protein DETOXIFICATION 15 OS=Arabidopsis thaliana GN=DTX15 PE=3 SV=1)

HSP 1 Score: 557.8 bits (1436), Expect = 1.2e-157
Identity = 278/453 (61.37%), Postives = 342/453 (75.50%), Query Frame = 1


Query: 33  DKLHRRQQVAEELKRQLWLAGPLTLVGLLQYSLQMISVVFIGHLGELPLSGASVATSFAT 92
           +K  R + V EE+++QL L+GPL  V LLQ+ LQ+ISV+F+GHLG LPLS AS+ATSFA+
Sbjct: 16  EKEKRSRFVKEEVEKQLLLSGPLIAVSLLQFCLQIISVMFVGHLGSLPLSAASIATSFAS 75

Query: 93  VTGFSLLMGMASALDTFCGQSYGAKQYHMLGIHMQRAMLVLLLVSVPLAVIWANTGGILK 152
           VTGF+ LMG ASA+DT CGQSYGAK Y MLGI MQRAMLVL L+SVPL+++WANT   L 
Sbjct: 76  VTGFTFLMGTASAMDTVCGQSYGAKMYGMLGIQMQRAMLVLTLLSVPLSIVWANTEHFLV 135

Query: 153 LLGQDAEIATEAGKYAICMIPTLFAYGLLQCLNRFLQTQNVVLPMVMCSATAVLLHIPIC 212
             GQD  IA  +G YA  MIP++FAYGLLQCLNRFLQ QN V+P+V+CS     LH+ IC
Sbjct: 136 FFGQDKSIAHLSGSYARFMIPSIFAYGLLQCLNRFLQAQNNVIPVVICSGVTTSLHVIIC 195

Query: 213 WIFIYKVGLGLRGAAIASSISYSLNVLMTMLYVKFSSSCSKSWTGFSVQAFENIPTYLRL 272
           W+ + K GLG RGAA+A++ISY LNV++   YVKFS SCS +WTGFS +A  +I  +++L
Sbjct: 196 WVLVLKSGLGFRGAAVANAISYWLNVILLSCYVKFSPSCSLTWTGFSKEARRDIIPFMKL 255

Query: 273 AIPSACMVC-LEMWSFELVVILSGLLPNPKLETSVLSISLNTAAVIWNISFGMSGVGSTR 332
            IPSA MVC LEMWSFEL+V+ SGLLPNP LETS           +W I FG+SG  STR
Sbjct: 256 VIPSAFMVCSLEMWSFELLVLSSGLLPNPVLETS-------CPRTVWMIPFGLSGAASTR 315

Query: 333 VSNELGAGHPAAAKLAGCVVMTMVAIQGMLVGTFFILIRNVWGYAFSNEQEVVEYLAKML 392
           VSNELG+G+P  AKLA  VV++   ++ +LVGT  ILIR +WG+A+S++ EVV ++A ML
Sbjct: 316 VSNELGSGNPKGAKLAVRVVLSFSIVESILVGTVLILIRKIWGFAYSSDPEVVSHVASML 375

Query: 393 PIVAVSEFFSGLQCVLSGIARGCGWQKIGAYVNLGSYYLVGVPFGILLAFVFHVGGKGLW 452
           PI+A+       Q VLSG+ARGCGWQKIGA+VNLGSYYLVGVPFG+LL F FHVGG+GLW
Sbjct: 376 PILALGHSLDSFQTVLSGVARGCGWQKIGAFVNLGSYYLVGVPFGLLLGFHFHVGGRGLW 435

Query: 453 FGIMSALVVQASSLGIITIRTNWDQEAKKATER 485
            GI+ AL+VQ   L +IT  TNWD+E KKAT R
Sbjct: 436 LGIICALIVQGVCLSLITFFTNWDEEVKKATSR 461

[Close]

BLAST of MELO3C017344 vs. Swiss-Prot
Match: DTX14_ARATH (Protein DETOXIFICATION 14 OS=Arabidopsis thaliana GN=DTX14 PE=3 SV=1)

HSP 1 Score: 457.2 bits (1175), Expect = 2.3e-127
Identity = 227/464 (48.92%), Postives = 313/464 (67.46%), Query Frame = 1


Query: 24  SSNGLIRANDK--LHRRQQVAEELKRQLWLAGPLTLVGLLQYSLQMISVVFIGHLGELPL 83
           +  GL+  +D+  ++++     E K+  ++AGP+  V    Y LQ+IS++ +GHLGEL L
Sbjct: 4   AEKGLLVVSDREEVNKKDGFLRETKKLSYIAGPMIAVNSSMYVLQVISIMMVGHLGELFL 63

Query: 84  SGASVATSFATVTGFSLLMGMASALDTFCGQSYGAKQYHMLGIHMQRAMLVLLLVSVPLA 143
           S  ++A SF +VTGFS++ G+ASAL+T CGQ+ GAKQY  LG+H    ++ L LV +PL+
Sbjct: 64  SSTAIAVSFCSVTGFSVVFGLASALETLCGQANGAKQYEKLGVHTYTGIVSLFLVCIPLS 123

Query: 144 VIWANTGGILKLLGQDAEIATEAGKYAICMIPTLFAYGLLQCLNRFLQTQNVVLPMVMCS 203
           ++W   G IL L+GQDA +A EAGK+A  +IP LF Y  LQ L RF Q Q+++LP+VM S
Sbjct: 124 LLWTYIGDILSLIGQDAMVAQEAGKFATWLIPALFGYATLQPLVRFFQAQSLILPLVMSS 183

Query: 204 ATAVLLHIPICWIFIYKVGLGLRGAAIASSISYSLNVLMTMLYVKFSSSCSKSWTGFSVQ 263
            +++ +HI +CW  ++K GLG  GAAIA  +SY LNV +  LY+ FSSSCSKS    S+ 
Sbjct: 184 VSSLCIHIVLCWSLVFKFGLGSLGAAIAIGVSYWLNVTVLGLYMTFSSSCSKSRATISMS 243

Query: 264 AFENIPTYLRLAIPSACMVCLEMWSFELVVILSGLLPNPKLETSVLSISLNTAAVIWNIS 323
            FE +  + R  IPSA M+CLE WSFE +V+LSG+LPNPKLE SVLS+ L+T + ++ I 
Sbjct: 244 LFEGMGEFFRFGIPSASMICLEWWSFEFLVLLSGILPNPKLEASVLSVCLSTQSSLYQIP 303

Query: 324 FGMSGVGSTRVSNELGAGHPAAAKLAGCVVMTMVAIQGMLVGTFFILIRNVWGYAFSNEQ 383
             +    STRV+NELGAG+P  A++A    M +  ++ ++VG      RNV+GY FS+E 
Sbjct: 304 ESLGAAASTRVANELGAGNPKQARMAVYTAMVITGVESIMVGAIVFGARNVFGYLFSSET 363

Query: 384 EVVEYLAKMLPIVAVSEFFSGLQCVLSGIARGCGWQKIGAYVNLGSYYLVGVPFGILLAF 443
           EVV+Y+  M P++++S  F  L   LSG+ARG G Q IGAYVNL +YYL G+P  ILLAF
Sbjct: 364 EVVDYVKSMAPLLSLSVIFDALHAALSGVARGSGRQDIGAYVNLAAYYLFGIPTAILLAF 423

Query: 444 VFHVGGKGLWFGIMSALVVQASSLGIITIRTNWDQEAKKATERV 486
            F + G+GLW GI     VQA  LG+I I TNW ++A+KA ERV
Sbjct: 424 GFKMRGRGLWIGITVGSCVQAVLLGLIVILTNWKKQARKARERV 467

[Close]

BLAST of MELO3C017344 vs. Swiss-Prot
Match: DTX13_ARATH (Protein DETOXIFICATION 13 OS=Arabidopsis thaliana GN=DTX13 PE=2 SV=1)

HSP 1 Score: 439.1 bits (1128), Expect = 6.4e-122
Identity = 210/442 (47.51%), Postives = 301/442 (68.10%), Query Frame = 1


Query: 44  ELKRQLWLAGPLTLVGLLQYSLQMISVVFIGHLGELPLSGASVATSFATVTGFSLLMGMA 103
           ELKR +  A P+  V + Q+ LQ+IS+V +GHLG L L+ AS+A+SF  VTGFS ++G++
Sbjct: 35  ELKRLICFAAPMAAVVIAQFMLQIISMVMVGHLGNLSLASASLASSFCNVTGFSFIVGLS 94

Query: 104 SALDTFCGQSYGAKQYHMLGIHMQRAMLVLLLVSVPLAVIWANTGGILKLLGQDAEIATE 163
            ALDT  GQ+YGAK Y  +G+    AM  L LV +PL +IW N   +L  LGQD  IA E
Sbjct: 95  CALDTLSGQAYGAKLYRKVGVQTYTAMFCLALVCLPLTLIWLNMETLLVFLGQDPSIAHE 154

Query: 164 AGKYAICMIPTLFAYGLLQCLNRFLQTQNVVLPMVMCSATAVLLHIPICWIFIYKVGLGL 223
           AG+YA C+IP LFAY +LQ L R+ Q Q+++ P+++ S     LH+P+CW+ +YK GLG 
Sbjct: 155 AGRYAACLIPGLFAYAVLQPLTRYFQNQSMITPLLITSCFVFCLHVPLCWLLVYKSGLGN 214

Query: 224 RGAAIASSISYSLNVLMTMLYVKFSSSCSKSWTGFSVQAFENIPTYLRLAIPSACMVCLE 283
            G A+A S S  L  ++    + FSS+CS++    S++ F+ I  + R A+PSA M+CLE
Sbjct: 215 LGGALALSFSNCLYTIILGSLMCFSSACSETRAPLSMEIFDGIGEFFRYALPSAAMICLE 274

Query: 284 MWSFELVVILSGLLPNPKLETSVLSISLNTAAVIWNISFGMSGVGSTRVSNELGAGHPAA 343
            WS+EL+++LSGLLPNP+LETSVLS+ L T A +++I   ++   STR+SNELGAG+  A
Sbjct: 275 WWSYELIILLSGLLPNPQLETSVLSVCLQTTATVYSIHLAIAAAASTRISNELGAGNSRA 334

Query: 344 AKLAGCVVMTMVAIQGMLVGTFFILIRNVWGYAFSNEQEVVEYLAKMLPIVAVSEFFSGL 403
           A +     M++  ++ +++ T  ++ RNV+G+ FS+++E ++Y+AKM P+V++S    GL
Sbjct: 335 ANIVVYAAMSLAVVEILILSTSLLVGRNVFGHVFSSDKETIDYVAKMAPLVSISLILDGL 394

Query: 404 QCVLSGIARGCGWQKIGAYVNLGSYYLVGVPFGILLAFVFHVGGKGLWFGIMSALVVQAS 463
           Q VLSGIARGCGWQ IGAY+NLG++YL G+P    LAF  H+ G GLW GI +  V+Q  
Sbjct: 395 QGVLSGIARGCGWQHIGAYINLGAFYLWGIPIAASLAFWIHLKGVGLWIGIQAGAVLQTL 454

Query: 464 SLGIITIRTNWDQEAKKATERV 486
            L ++T  TNW+ +A KA  R+
Sbjct: 455 LLTLVTGCTNWESQADKARNRM 476

[Close]

BLAST of MELO3C017344 vs. TrEMBL
Match: A0A0A0LST1_CUCSA (Protein DETOXIFICATION OS=Cucumis sativus GN=Csa_1G024890 PE=3 SV=1)

HSP 1 Score: 924.5 bits (2388), Expect = 5.6e-266
Identity = 461/496 (92.94%), Postives = 483/496 (97.38%), Query Frame = 1


Query: 1   MVEKGAGSSLNSPLLHISEDGLISSNGLIRANDKLHRRQQVAEELKRQLWLAGPLTLVGL 60
           MVEKGAGSSLNSPLLHISEDGL+SSNG+IR++D++ RRQQVAEELKRQLWLAGPL LV L
Sbjct: 1   MVEKGAGSSLNSPLLHISEDGLVSSNGVIRSSDRIRRRQQVAEELKRQLWLAGPLILVSL 60

Query: 61  LQYSLQMISVVFIGHLGELPLSGASVATSFATVTGFSLLMGMASALDTFCGQSYGAKQYH 120
           LQYSLQMISV+FIGHLGELPLSGAS+ATSFATVTGFSLLMGMASALDTFCGQSYGAKQYH
Sbjct: 61  LQYSLQMISVMFIGHLGELPLSGASMATSFATVTGFSLLMGMASALDTFCGQSYGAKQYH 120

Query: 121 MLGIHMQRAMLVLLLVSVPLAVIWANTGGILKLLGQDAEIATEAGKYAICMIPTLFAYGL 180
           MLGIHMQRAM+VLLLVSVPLAVIWANTGGILKLLGQD EIA EAGKYAICMIPTLFAYGL
Sbjct: 121 MLGIHMQRAMVVLLLVSVPLAVIWANTGGILKLLGQDHEIAAEAGKYAICMIPTLFAYGL 180

Query: 181 LQCLNRFLQTQNVVLPMVMCSATAVLLHIPICWIFIYKVGLGLRGAAIASSISYSLNVLM 240
           LQCLNRFLQTQ++VLPMVMCSAT VLLHI ICWIFIYKVGLG+RGAAIASSISYSLNVLM
Sbjct: 181 LQCLNRFLQTQSIVLPMVMCSATVVLLHILICWIFIYKVGLGIRGAAIASSISYSLNVLM 240

Query: 241 TMLYVKFSSSCSKSWTGFSVQAFENIPTYLRLAIPSACMVCLEMWSFELVVILSGLLPNP 300
           TMLYVKFSSSCSKSWTGFSV+AF+NIPTY+RLAIPSACMVCLEMWSFEL V+LSGLLPNP
Sbjct: 241 TMLYVKFSSSCSKSWTGFSVKAFQNIPTYIRLAIPSACMVCLEMWSFELTVLLSGLLPNP 300

Query: 301 KLETSVLSISLNTAAVIWNISFGMSGVGSTRVSNELGAGHPAAAKLAGCVVMTMVAIQGM 360
           KLETSVLSISLNTAA+IWNISFGMSGVGSTRVSNELGAGHPAAAKLAGCVVMTMV I G+
Sbjct: 301 KLETSVLSISLNTAAIIWNISFGMSGVGSTRVSNELGAGHPAAAKLAGCVVMTMVTIHGV 360

Query: 361 LVGTFFILIRNVWGYAFSNEQEVVEYLAKMLPIVAVSEFFSGLQCVLSGIARGCGWQKIG 420
           +VGTFFILIRNVWGYAFSNEQEVVEYLAKMLPIVAVSEFFSGLQCVLSGIARGCGWQKIG
Sbjct: 361 VVGTFFILIRNVWGYAFSNEQEVVEYLAKMLPIVAVSEFFSGLQCVLSGIARGCGWQKIG 420

Query: 421 AYVNLGSYYLVGVPFGILLAFVFHVGGKGLWFGIMSALVVQASSLGIITIRTNWDQEAKK 480
           AYVNLGSYY+ GVPFGILLAFVFHVGG+GLWFGIMSAL+VQASSLGIITIRTNWDQEAKK
Sbjct: 421 AYVNLGSYYIAGVPFGILLAFVFHVGGQGLWFGIMSALIVQASSLGIITIRTNWDQEAKK 480

Query: 481 ATERVYDAAIPSNVVS 497
           ATERVYD  IPSNVVS
Sbjct: 481 ATERVYDTTIPSNVVS 496

[Close]

BLAST of MELO3C017344 vs. TrEMBL
Match: A0A0A0LPW2_CUCSA (Protein DETOXIFICATION OS=Cucumis sativus GN=Csa_1G024900 PE=3 SV=1)

HSP 1 Score: 801.2 bits (2068), Expect = 7.1e-229
Identity = 399/497 (80.28%), Postives = 438/497 (88.13%), Query Frame = 1


Query: 2   VEKGAGSSLNSPLLHISEDGLISSNGLI--RANDKLHRRQQVAEELKRQLWLAGPLTLVG 61
           +EK   SSLNSPLLHISEDGL SSNG    R ND  HRRQQV EE+K+QLWLAGPL LV 
Sbjct: 1   MEKDTNSSLNSPLLHISEDGLTSSNGERERRVNDINHRRQQVGEEIKKQLWLAGPLILVS 60

Query: 62  LLQYSLQMISVVFIGHLGELPLSGASVATSFATVTGFSLLMGMASALDTFCGQSYGAKQY 121
           LLQY LQMISV+F+GHLGEL LSGAS+ATSFATVTGFSLLMGMASALDTFCGQSYGAKQ+
Sbjct: 61  LLQYCLQMISVMFVGHLGELSLSGASMATSFATVTGFSLLMGMASALDTFCGQSYGAKQF 120

Query: 122 HMLGIHMQRAMLVLLLVSVPLAVIWANTGGILKLLGQDAEIATEAGKYAICMIPTLFAYG 181
           HMLGIHMQRAM VL +VS+PLAVIWANTG ILK LGQDAEI+ EAGKYAI MIP+LFAYG
Sbjct: 121 HMLGIHMQRAMFVLSIVSIPLAVIWANTGEILKFLGQDAEISAEAGKYAIFMIPSLFAYG 180

Query: 182 LLQCLNRFLQTQNVVLPMVMCSATAVLLHIPICWIFIYKVGLGLRGAAIASSISYSLNVL 241
           LLQCLNRFLQTQNVV PMVMCS  A LLHIPICWI I+++GL +RGAA+A++ISY +NVL
Sbjct: 181 LLQCLNRFLQTQNVVFPMVMCSGIAALLHIPICWILIFEIGLEIRGAAMANAISYWINVL 240

Query: 242 MTMLYVKFSSSCSKSWTGFSVQAFENIPTYLRLAIPSACMVCLEMWSFELVVILSGLLPN 301
           M MLYVK+SSSCSKSWTGFSVQAF+NIP +LRLAIPSACMVCLEMWSFEL+V+LSGLLPN
Sbjct: 241 MLMLYVKYSSSCSKSWTGFSVQAFQNIPNFLRLAIPSACMVCLEMWSFELIVLLSGLLPN 300

Query: 302 PKLETSVLSISLNTAAVIWNISFGMSGVGSTRVSNELGAGHPAAAKLAGCVVMTMVAIQG 361
           PKLETSVLSISLNTA + W I FGMSG GSTRVSNELGAG  AAAKLAGCVV++M  I+G
Sbjct: 301 PKLETSVLSISLNTATIFWMIPFGMSGAGSTRVSNELGAGRSAAAKLAGCVVVSMATIEG 360

Query: 362 MLVGTFFILIRNVWGYAFSNEQEVVEYLAKMLPIVAVSEFFSGLQCVLSGIARGCGWQKI 421
           +L+    +LIRNVWGYA+S+E EVVEYLA MLPIVA+S F  GLQCVLSGIARGCGWQKI
Sbjct: 361 LLLAIILVLIRNVWGYAYSSEPEVVEYLANMLPIVAISSFLDGLQCVLSGIARGCGWQKI 420

Query: 422 GAYVNLGSYYLVGVPFGILLAFVFHVGGKGLWFGIMSALVVQASSLGIITIRTNWDQEAK 481
           GAYVNLGSYY+VG+P  +LLAFV HVGGKGLWFGI+ AL+VQ  SL  ITIRTNWDQEAK
Sbjct: 421 GAYVNLGSYYIVGIPSAVLLAFVLHVGGKGLWFGIILALIVQVLSLATITIRTNWDQEAK 480

Query: 482 KATERVYDAAIPSNVVS 497
            ATERVYDA IPSNVVS
Sbjct: 481 IATERVYDAIIPSNVVS 497

[Close]

BLAST of MELO3C017344 vs. TrEMBL
Match: A0A0A0LV09_CUCSA (Protein DETOXIFICATION OS=Cucumis sativus GN=Csa_1G024880 PE=3 SV=1)

HSP 1 Score: 722.2 bits (1863), Expect = 4.2e-205
Identity = 357/496 (71.98%), Postives = 417/496 (84.07%), Query Frame = 1


Query: 1   MVEKGAGSSLNSPLLHISEDGLISSNGLIRANDKLHRRQQVAEELKRQLWLAGPLTLVGL 60
           M E+   SS NSPL+H SED  ++S    + + +  RR+ +AEE+K+QLWLAGPL LV L
Sbjct: 2   MEEEYQNSSFNSPLIHKSEDE-VNSKDERQIDYENIRRKLIAEEVKKQLWLAGPLILVSL 61

Query: 61  LQYSLQMISVVFIGHLGELPLSGASVATSFATVTGFSLLMGMASALDTFCGQSYGAKQYH 120
           LQY LQMIS++F+GHLGELPLSGAS+A SF +VTGF++L+GMASALDTFCGQSYGAKQYH
Sbjct: 62  LQYCLQMISIMFVGHLGELPLSGASMAVSFTSVTGFTVLLGMASALDTFCGQSYGAKQYH 121

Query: 121 MLGIHMQRAMLVLLLVSVPLAVIWANTGGILKLLGQDAEIATEAGKYAICMIPTLFAYGL 180
           MLGIH+QRAM VL LVS+PLAVIWANTG ILKLLGQDA+I+ EAGKYA C+IP LFA+GL
Sbjct: 122 MLGIHLQRAMFVLSLVSIPLAVIWANTGEILKLLGQDAQISAEAGKYAKCLIPCLFAHGL 181

Query: 181 LQCLNRFLQTQNVVLPMVMCSATAVLLHIPICWIFIYKVGLGLRGAAIASSISYSLNVLM 240
           +QCL RFLQTQNVV PM+M S  + L HI +CW+ ++KVGLG RGAA+A+SISY +N L+
Sbjct: 182 VQCLYRFLQTQNVVFPMMMSSGISALSHITLCWLMVFKVGLGTRGAAVANSISYWINALI 241

Query: 241 TMLYVKFSSSCSKSWTGFSVQAFENIPTYLRLAIPSACMVCLEMWSFELVVILSGLLPNP 300
            +LYVKFSSS SK+WTGFS  AF NIP +L+LAIPS  MVCLE+WSFE+VV+LSGLLPNP
Sbjct: 242 LILYVKFSSSSSKTWTGFSRLAFHNIPYFLKLAIPSTVMVCLELWSFEMVVLLSGLLPNP 301

Query: 301 KLETSVLSISLNTAAVIWNISFGMSGVGSTRVSNELGAGHPAAAKLAGCVVMTMVAIQGM 360
           KLETSVLSISLNT   +W I  G+S   STRVSNELGAG PAAAKLAG VVMT+  I+G+
Sbjct: 302 KLETSVLSISLNTDLTVWMIPMGLSAAASTRVSNELGAGRPAAAKLAGYVVMTIAVIEGL 361

Query: 361 LVGTFFILIRNVWGYAFSNEQEVVEYLAKMLPIVAVSEFFSGLQCVLSGIARGCGWQKIG 420
           L+ T  IL+RNVWGYA+SNEQEVVEY+A ++P++AVS F  GLQCVLSGIARGCGWQKIG
Sbjct: 362 LLATVLILVRNVWGYAYSNEQEVVEYVANVVPLIAVSSFLDGLQCVLSGIARGCGWQKIG 421

Query: 421 AYVNLGSYYLVGVPFGILLAFVFHVGGKGLWFGIMSALVVQASSLGIITIRTNWDQEAKK 480
           AYVNLGSYYLVG+P  +LLAFVFHVGGKGLW GI+ AL VQ  SL IITIRTNWDQEAKK
Sbjct: 422 AYVNLGSYYLVGIPSAVLLAFVFHVGGKGLWLGIICALAVQTLSLAIITIRTNWDQEAKK 481

Query: 481 ATERVYDAAIPSNVVS 497
           ATERVYDA IP N +S
Sbjct: 482 ATERVYDAVIPVNAIS 496

[Close]

BLAST of MELO3C017344 vs. TrEMBL
Match: A0A067F671_CITSI (Protein DETOXIFICATION OS=Citrus sinensis GN=CISIN_1g010345mg PE=3 SV=1)

HSP 1 Score: 675.6 bits (1742), Expect = 4.5e-191
Identity = 330/489 (67.48%), Postives = 403/489 (82.41%), Query Frame = 1


Query: 8   SSLNSPLLHISEDGLISSNGLIRANDKLHRRQQVAEELKRQLWLAGPLTLVGLLQYSLQM 67
           S+LNSPL+ IS + + +++           ++++ EE+KRQLWL+GPL  V LLQ+ LQM
Sbjct: 8   STLNSPLIQISSEEINNNH------QTCSEKKKIIEEVKRQLWLSGPLISVSLLQFCLQM 67

Query: 68  ISVVFIGHLGELPLSGASVATSFATVTGFSLLMGMASALDTFCGQSYGAKQYHMLGIHMQ 127
           ISV+F+GHLGELPLSGAS+ATSFATVTGFS L+G++SAL+T CGQSYGAKQYHMLGIHMQ
Sbjct: 68  ISVMFVGHLGELPLSGASMATSFATVTGFSFLVGLSSALETLCGQSYGAKQYHMLGIHMQ 127

Query: 128 RAMLVLLLVSVPLAVIWANTGGILKLLGQDAEIATEAGKYAICMIPTLFAYGLLQCLNRF 187
           R M VLLL+SVPLA+IWANT  +L    QD+EI+ EAG YA  MIP++FAY +LQCL RF
Sbjct: 128 RGMFVLLLISVPLALIWANTESLLVAAHQDSEISKEAGLYARYMIPSIFAYAILQCLVRF 187

Query: 188 LQTQNVVLPMVMCSATAVLLHIPICWIFIYKVGLGLRGAAIASSISYSLNVLMTMLYVKF 247
           LQTQN+V PMV+ S    LLHI +CWI ++K GLG RGAA+A+SISY +NVL+  +YVKF
Sbjct: 188 LQTQNIVFPMVLSSGITALLHILVCWILVFKSGLGSRGAALANSISYWINVLLLAIYVKF 247

Query: 248 SSSCSKSWTGFSVQAFENIPTYLRLAIPSACMVCLEMWSFELVVILSGLLPNPKLETSVL 307
           SSSC+K+WTGFS +A  N+  ++RLAIPSA MVCLEMWSFE++V+LSGLLPNP LETSVL
Sbjct: 248 SSSCAKTWTGFSKEALNNVFNFVRLAIPSAVMVCLEMWSFEMMVLLSGLLPNPALETSVL 307

Query: 308 SISLNTAAVIWNISFGMSGVGSTRVSNELGAGHPAAAKLAGCVVMTMVAIQGMLVGTFFI 367
           SISLNTA+ +W I FG+SG  STRVSNELGAGHP AA+LA CVV+ M   +G+LVG+  I
Sbjct: 308 SISLNTASTVWMIPFGLSGAASTRVSNELGAGHPEAARLAVCVVLVMAVTEGILVGSVLI 367

Query: 368 LIRNVWGYAFSNEQEVVEYLAKMLPIVAVSEFFSGLQCVLSGIARGCGWQKIGAYVNLGS 427
           LIRNVWGYA+SNE EVV+Y+A MLPI+A S F  GLQCVLSGIARGCGWQ IGA+VNLGS
Sbjct: 368 LIRNVWGYAYSNEIEVVKYVASMLPILAASNFLDGLQCVLSGIARGCGWQMIGAFVNLGS 427

Query: 428 YYLVGVPFGILLAFVFHVGGKGLWFGIMSALVVQASSLGIITIRTNWDQEAKKATERVYD 487
           YYLVG+P  ILLAF+ H GG+GLW GI+ AL+VQA+SLGIIT RTNW++EAKKAT+RVY+
Sbjct: 428 YYLVGIPSAILLAFLLHFGGRGLWLGIICALIVQATSLGIITARTNWEKEAKKATDRVYN 487

Query: 488 AAIPSNVVS 497
           +A P  +VS
Sbjct: 488 SAPPVEIVS 490

[Close]

BLAST of MELO3C017344 vs. TrEMBL
Match: W9QE39_9ROSA (Protein DETOXIFICATION OS=Morus notabilis GN=L484_020909 PE=3 SV=1)

HSP 1 Score: 672.9 bits (1735), Expect = 2.9e-190
Identity = 335/488 (68.65%), Postives = 401/488 (82.17%), Query Frame = 1


Query: 9   SLNSPLLHISEDGLISSNGLIRANDKLHRRQQVAEELKRQLWLAGPLTLVGLLQYSLQMI 68
           SL +PL+   E+  ++ NG  R  ++  +R+Q+ EE+KRQLWLAGPL  V LLQY LQMI
Sbjct: 9   SLVTPLIQSCEENGLN-NGRDRVGEEGIKRKQILEEVKRQLWLAGPLIAVSLLQYCLQMI 68

Query: 69  SVVFIGHLGELPLSGASVATSFATVTGFSLLMGMASALDTFCGQSYGAKQYHMLGIHMQR 128
           SV+F+GHLGEL LSGAS+ATSFA VTGFS L+GMASAL+T  GQSYGAKQYHMLGIH QR
Sbjct: 69  SVMFVGHLGELSLSGASMATSFAAVTGFSFLLGMASALETLSGQSYGAKQYHMLGIHTQR 128

Query: 129 AMLVLLLVSVPLAVIWANTGGILKLLGQDAEIATEAGKYAICMIPTLFAYGLLQCLNRFL 188
           +M VLLLVS+PLAVIWANT  IL  +GQDA+IATEAG+YA  MIP++FAYGLLQCL +FL
Sbjct: 129 SMFVLLLVSIPLAVIWANTEPILIAVGQDADIATEAGRYARFMIPSIFAYGLLQCLVKFL 188

Query: 189 QTQNVVLPMVMCSATAVLLHIPICWIFIYKVGLGLRGAAIASSISYSLNVLMTMLYVKFS 248
           QTQN+V PMV+ S  A LLHI +CW+ ++K GLG +GAA+A+SISY  NVL+  LYVKFS
Sbjct: 189 QTQNIVFPMVVSSGIATLLHILLCWVLVFKSGLGSKGAALANSISYWNNVLLLALYVKFS 248

Query: 249 SSCSKSWTGFSVQAFENIPTYLRLAIPSACMVCLEMWSFELVVILSGLLPNPKLETSVLS 308
           SSC+K+WTGFS +AFEN PT++RLAIPSA MVCLEMWSFE+VV+LSGLLPNP+LETSVLS
Sbjct: 249 SSCAKTWTGFSKEAFENTPTFVRLAIPSAVMVCLEMWSFEMVVLLSGLLPNPELETSVLS 308

Query: 309 ISLNTAAVIWNISFGMSGVGSTRVSNELGAGHPAAAKLAGCVVMTMVAIQGMLVGTFFIL 368
           ISLNTA+ +W I FG+SG  STRVSNELGAGHP AA+LA  V + M   + +LVG   IL
Sbjct: 309 ISLNTASTVWMIPFGLSGAVSTRVSNELGAGHPGAARLAVWVAVVMTVTEALLVGLVLIL 368

Query: 369 IRNVWGYAFSNEQEVVEYLAKMLPIVAVSEFFSGLQCVLSGIARGCGWQKIGAYVNLGSY 428
           IRN+WGYA+SNE EVV+Y+AKM+PI+A S F  GLQCVLSG ARGCGWQKIGAYVNLGSY
Sbjct: 369 IRNIWGYAYSNEIEVVKYVAKMMPILAGSHFLEGLQCVLSGNARGCGWQKIGAYVNLGSY 428

Query: 429 YLVGVPFGILLAFVFHVGGKGLWFGIMSALVVQASSLGIITIRTNWDQEAKKATERVYDA 488
           Y+VG+P  ILLAFVFH+GGKGLW GI+ ALVVQ+  L +I+I TNW+++A KA ERVY +
Sbjct: 429 YIVGIPSAILLAFVFHIGGKGLWLGIICALVVQSLFLLVISINTNWEEQANKAKERVYKS 488

Query: 489 AIPSNVVS 497
             P   VS
Sbjct: 489 VAPVEAVS 495

[Close]

BLAST of MELO3C017344 vs. TAIR10
Match: AT5G52450.1 (AT5G52450.1 MATE efflux family protein)

HSP 1 Score: 604.7 bits (1558), Expect = 4.9e-173
Identity = 291/448 (64.96%), Postives = 354/448 (79.02%), Query Frame = 1


Query: 38  RQQVAEELKRQLWLAGPLTLVGLLQYSLQMISVVFIGHLGELPLSGASVATSFATVTGFS 97
           +  V EE+K+QLWL+GPL  V LLQ+ LQ+ISV+F+GHLG LPLS AS+ATSFA+VTGFS
Sbjct: 20  KSSVKEEVKKQLWLSGPLIAVSLLQFCLQVISVMFVGHLGSLPLSAASIATSFASVTGFS 79

Query: 98  LLMGMASALDTFCGQSYGAKQYHMLGIHMQRAMLVLLLVSVPLAVIWANTGGILKLLGQD 157
            LMG ASALDT CGQ+YGAK+Y MLGI MQRAM VL L S+PL++IWANT  +L   GQ+
Sbjct: 80  FLMGTASALDTLCGQAYGAKKYGMLGIQMQRAMFVLTLASIPLSIIWANTEHLLVFFGQN 139

Query: 158 AEIATEAGKYAICMIPTLFAYGLLQCLNRFLQTQNVVLPMVMCSATAVLLHIPICWIFIY 217
             IAT AG YA  MIP++FAYGLLQC NRFLQ QN V P+V CS     LH+ +CW+ ++
Sbjct: 140 KSIATLAGSYAKFMIPSIFAYGLLQCFNRFLQAQNNVFPVVFCSGVTTSLHVLLCWVLVF 199

Query: 218 KVGLGLRGAAIASSISYSLNVLMTMLYVKFSSSCSKSWTGFSVQAFENIPTYLRLAIPSA 277
           K GLG +GAA+A+SISY LNV++   YVKFS SCS +WTGFS +A  +I  +LRLA+PSA
Sbjct: 200 KSGLGFQGAALANSISYWLNVVLLFCYVKFSPSCSLTWTGFSKEALRDILPFLRLAVPSA 259

Query: 278 CMVCLEMWSFELVVILSGLLPNPKLETSVLSISLNTAAVIWNISFGMSGVGSTRVSNELG 337
            MVCLEMWSFEL+V+LSGLLPNP LETSVLSI LNT+  +W I FG+SG  STR+SNELG
Sbjct: 260 LMVCLEMWSFELLVLLSGLLPNPVLETSVLSICLNTSGTMWMIPFGLSGAASTRISNELG 319

Query: 338 AGHPAAAKLAGCVVMTMVAIQGMLVGTFFILIRNVWGYAFSNEQEVVEYLAKMLPIVAVS 397
           AG+P  AKLA  VV+ +   + +++G+  ILIRN+WG A+S+E EVV Y+A M+PI+A+ 
Sbjct: 320 AGNPKVAKLAVRVVICIAVAESIVIGSVLILIRNIWGLAYSSELEVVSYVASMMPILALG 379

Query: 398 EFFSGLQCVLSGIARGCGWQKIGAYVNLGSYYLVGVPFGILLAFVFHVGGKGLWFGIMSA 457
            F   LQCVLSG+ARGCGWQKIGA +NLGSYYLVGVP G+LLAF FHVGG+GLW GI+ A
Sbjct: 380 NFLDSLQCVLSGVARGCGWQKIGAIINLGSYYLVGVPSGLLLAFHFHVGGRGLWLGIICA 439

Query: 458 LVVQASSLGIITIRTNWDQEAKKATERV 486
           LVVQ   LG++TI TNWD+EAKKAT R+
Sbjct: 440 LVVQVFGLGLVTIFTNWDEEAKKATNRI 467

[Close]

BLAST of MELO3C017344 vs. TAIR10
Match: AT1G73700.1 (AT1G73700.1 MATE efflux family protein)

HSP 1 Score: 575.9 bits (1483), Expect = 2.5e-164
Identity = 280/446 (62.78%), Postives = 345/446 (77.35%), Query Frame = 1


Query: 40  QVAEELKRQLWLAGPLTLVGLLQYSLQMISVVFIGHLGELPLSGASVATSFATVTGFSLL 99
           +V EE+K+QLWL+ PL  V LLQYSLQ+ISV+F+GHLG LPLS AS+ATSFA+VTGF+ L
Sbjct: 20  RVKEEVKKQLWLSAPLIGVSLLQYSLQVISVMFVGHLGSLPLSAASIATSFASVTGFTFL 79

Query: 100 MGMASALDTFCGQSYGAKQYHMLGIHMQRAMLVLLLVSVPLAVIWANTGGILKLLGQDAE 159
           +G ASAL+T CGQ+YGAK Y  LGI MQRAM VLL++SVPL++IWANT  IL L+ QD  
Sbjct: 80  LGTASALETLCGQAYGAKLYGKLGIQMQRAMFVLLILSVPLSIIWANTEQILVLVHQDKS 139

Query: 160 IATEAGKYAICMIPTLFAYGLLQCLNRFLQTQNVVLPMVMCSATAVLLHIPICWIFIYKV 219
           IA+ AG YA  MIP+LFAYGLLQC+NRFLQ QN V P+ +CS     LH+ +CW+F+ K 
Sbjct: 140 IASVAGSYAKYMIPSLFAYGLLQCINRFLQAQNNVFPVFVCSGITTCLHLLLCWLFVLKT 199

Query: 220 GLGLRGAAIASSISYSLNVLMTMLYVKFSSSCSKSWTGFSVQAFENIPTYLRLAIPSACM 279
           GLG RGAA+A S+SY  NV++   YVKFS SCS SWTGFS +AF+ +  + ++A PSA M
Sbjct: 200 GLGYRGAALAISVSYWFNVILLSCYVKFSPSCSHSWTGFSKEAFQELYDFSKIAFPSAVM 259

Query: 280 VCLEMWSFELVVILSGLLPNPKLETSVLSISLNTAAVIWNISFGMSGVGSTRVSNELGAG 339
           VCLE+WSFEL+V+ SGLLPNP LETSVLSI LNT+  IW IS G+ G  S RVSNELGAG
Sbjct: 260 VCLELWSFELLVLASGLLPNPVLETSVLSICLNTSLTIWQISVGLGGAASIRVSNELGAG 319

Query: 340 HPAAAKLAGCVVMTMVAIQGMLVGTFFILIRNVWGYAFSNEQEVVEYLAKMLPIVAVSEF 399
           +P  AKLA  V++ +   +G++V T  + IR + G+AFS++ +++ Y A M+PIVA   F
Sbjct: 320 NPQVAKLAVYVIVGIAVAEGIVVVTVLLSIRKILGHAFSSDPKIIAYAASMIPIVACGNF 379

Query: 400 FSGLQCVLSGIARGCGWQKIGAYVNLGSYYLVGVPFGILLAFVFHVGGKGLWFGIMSALV 459
             GLQCVLSG+ARGCGWQKIGA VNLGSYYLVGVP G+LL F FH+GG+GLW GI++AL 
Sbjct: 380 LDGLQCVLSGVARGCGWQKIGACVNLGSYYLVGVPLGLLLGFHFHIGGRGLWLGIVTALS 439

Query: 460 VQASSLGIITIRTNWDQEAKKATERV 486
           VQ   L ++TI TNWD+EAKKAT RV
Sbjct: 440 VQVLCLSLVTIFTNWDKEAKKATNRV 465

[Close]

BLAST of MELO3C017344 vs. TAIR10
Match: AT2G34360.1 (AT2G34360.1 MATE efflux family protein)

HSP 1 Score: 557.8 bits (1436), Expect = 6.9e-159
Identity = 278/453 (61.37%), Postives = 342/453 (75.50%), Query Frame = 1


Query: 33  DKLHRRQQVAEELKRQLWLAGPLTLVGLLQYSLQMISVVFIGHLGELPLSGASVATSFAT 92
           +K  R + V EE+++QL L+GPL  V LLQ+ LQ+ISV+F+GHLG LPLS AS+ATSFA+
Sbjct: 16  EKEKRSRFVKEEVEKQLLLSGPLIAVSLLQFCLQIISVMFVGHLGSLPLSAASIATSFAS 75

Query: 93  VTGFSLLMGMASALDTFCGQSYGAKQYHMLGIHMQRAMLVLLLVSVPLAVIWANTGGILK 152
           VTGF+ LMG ASA+DT CGQSYGAK Y MLGI MQRAMLVL L+SVPL+++WANT   L 
Sbjct: 76  VTGFTFLMGTASAMDTVCGQSYGAKMYGMLGIQMQRAMLVLTLLSVPLSIVWANTEHFLV 135

Query: 153 LLGQDAEIATEAGKYAICMIPTLFAYGLLQCLNRFLQTQNVVLPMVMCSATAVLLHIPIC 212
             GQD  IA  +G YA  MIP++FAYGLLQCLNRFLQ QN V+P+V+CS     LH+ IC
Sbjct: 136 FFGQDKSIAHLSGSYARFMIPSIFAYGLLQCLNRFLQAQNNVIPVVICSGVTTSLHVIIC 195

Query: 213 WIFIYKVGLGLRGAAIASSISYSLNVLMTMLYVKFSSSCSKSWTGFSVQAFENIPTYLRL 272
           W+ + K GLG RGAA+A++ISY LNV++   YVKFS SCS +WTGFS +A  +I  +++L
Sbjct: 196 WVLVLKSGLGFRGAAVANAISYWLNVILLSCYVKFSPSCSLTWTGFSKEARRDIIPFMKL 255

Query: 273 AIPSACMVC-LEMWSFELVVILSGLLPNPKLETSVLSISLNTAAVIWNISFGMSGVGSTR 332
            IPSA MVC LEMWSFEL+V+ SGLLPNP LETS           +W I FG+SG  STR
Sbjct: 256 VIPSAFMVCSLEMWSFELLVLSSGLLPNPVLETS-------CPRTVWMIPFGLSGAASTR 315

Query: 333 VSNELGAGHPAAAKLAGCVVMTMVAIQGMLVGTFFILIRNVWGYAFSNEQEVVEYLAKML 392
           VSNELG+G+P  AKLA  VV++   ++ +LVGT  ILIR +WG+A+S++ EVV ++A ML
Sbjct: 316 VSNELGSGNPKGAKLAVRVVLSFSIVESILVGTVLILIRKIWGFAYSSDPEVVSHVASML 375

Query: 393 PIVAVSEFFSGLQCVLSGIARGCGWQKIGAYVNLGSYYLVGVPFGILLAFVFHVGGKGLW 452
           PI+A+       Q VLSG+ARGCGWQKIGA+VNLGSYYLVGVPFG+LL F FHVGG+GLW
Sbjct: 376 PILALGHSLDSFQTVLSGVARGCGWQKIGAFVNLGSYYLVGVPFGLLLGFHFHVGGRGLW 435

Query: 453 FGIMSALVVQASSLGIITIRTNWDQEAKKATER 485
            GI+ AL+VQ   L +IT  TNWD+E KKAT R
Sbjct: 436 LGIICALIVQGVCLSLITFFTNWDEEVKKATSR 461

[Close]

BLAST of MELO3C017344 vs. TAIR10
Match: AT1G71140.1 (AT1G71140.1 MATE efflux family protein)

HSP 1 Score: 457.2 bits (1175), Expect = 1.3e-128
Identity = 227/464 (48.92%), Postives = 313/464 (67.46%), Query Frame = 1


Query: 24  SSNGLIRANDK--LHRRQQVAEELKRQLWLAGPLTLVGLLQYSLQMISVVFIGHLGELPL 83
           +  GL+  +D+  ++++     E K+  ++AGP+  V    Y LQ+IS++ +GHLGEL L
Sbjct: 4   AEKGLLVVSDREEVNKKDGFLRETKKLSYIAGPMIAVNSSMYVLQVISIMMVGHLGELFL 63

Query: 84  SGASVATSFATVTGFSLLMGMASALDTFCGQSYGAKQYHMLGIHMQRAMLVLLLVSVPLA 143
           S  ++A SF +VTGFS++ G+ASAL+T CGQ+ GAKQY  LG+H    ++ L LV +PL+
Sbjct: 64  SSTAIAVSFCSVTGFSVVFGLASALETLCGQANGAKQYEKLGVHTYTGIVSLFLVCIPLS 123

Query: 144 VIWANTGGILKLLGQDAEIATEAGKYAICMIPTLFAYGLLQCLNRFLQTQNVVLPMVMCS 203
           ++W   G IL L+GQDA +A EAGK+A  +IP LF Y  LQ L RF Q Q+++LP+VM S
Sbjct: 124 LLWTYIGDILSLIGQDAMVAQEAGKFATWLIPALFGYATLQPLVRFFQAQSLILPLVMSS 183

Query: 204 ATAVLLHIPICWIFIYKVGLGLRGAAIASSISYSLNVLMTMLYVKFSSSCSKSWTGFSVQ 263
            +++ +HI +CW  ++K GLG  GAAIA  +SY LNV +  LY+ FSSSCSKS    S+ 
Sbjct: 184 VSSLCIHIVLCWSLVFKFGLGSLGAAIAIGVSYWLNVTVLGLYMTFSSSCSKSRATISMS 243

Query: 264 AFENIPTYLRLAIPSACMVCLEMWSFELVVILSGLLPNPKLETSVLSISLNTAAVIWNIS 323
            FE +  + R  IPSA M+CLE WSFE +V+LSG+LPNPKLE SVLS+ L+T + ++ I 
Sbjct: 244 LFEGMGEFFRFGIPSASMICLEWWSFEFLVLLSGILPNPKLEASVLSVCLSTQSSLYQIP 303

Query: 324 FGMSGVGSTRVSNELGAGHPAAAKLAGCVVMTMVAIQGMLVGTFFILIRNVWGYAFSNEQ 383
             +    STRV+NELGAG+P  A++A    M +  ++ ++VG      RNV+GY FS+E 
Sbjct: 304 ESLGAAASTRVANELGAGNPKQARMAVYTAMVITGVESIMVGAIVFGARNVFGYLFSSET 363

Query: 384 EVVEYLAKMLPIVAVSEFFSGLQCVLSGIARGCGWQKIGAYVNLGSYYLVGVPFGILLAF 443
           EVV+Y+  M P++++S  F  L   LSG+ARG G Q IGAYVNL +YYL G+P  ILLAF
Sbjct: 364 EVVDYVKSMAPLLSLSVIFDALHAALSGVARGSGRQDIGAYVNLAAYYLFGIPTAILLAF 423

Query: 444 VFHVGGKGLWFGIMSALVVQASSLGIITIRTNWDQEAKKATERV 486
            F + G+GLW GI     VQA  LG+I I TNW ++A+KA ERV
Sbjct: 424 GFKMRGRGLWIGITVGSCVQAVLLGLIVILTNWKKQARKARERV 467

[Close]

BLAST of MELO3C017344 vs. TAIR10
Match: AT1G15180.1 (AT1G15180.1 MATE efflux family protein)

HSP 1 Score: 439.1 bits (1128), Expect = 3.6e-123
Identity = 210/442 (47.51%), Postives = 301/442 (68.10%), Query Frame = 1


Query: 44  ELKRQLWLAGPLTLVGLLQYSLQMISVVFIGHLGELPLSGASVATSFATVTGFSLLMGMA 103
           ELKR +  A P+  V + Q+ LQ+IS+V +GHLG L L+ AS+A+SF  VTGFS ++G++
Sbjct: 35  ELKRLICFAAPMAAVVIAQFMLQIISMVMVGHLGNLSLASASLASSFCNVTGFSFIVGLS 94

Query: 104 SALDTFCGQSYGAKQYHMLGIHMQRAMLVLLLVSVPLAVIWANTGGILKLLGQDAEIATE 163
            ALDT  GQ+YGAK Y  +G+    AM  L LV +PL +IW N   +L  LGQD  IA E
Sbjct: 95  CALDTLSGQAYGAKLYRKVGVQTYTAMFCLALVCLPLTLIWLNMETLLVFLGQDPSIAHE 154

Query: 164 AGKYAICMIPTLFAYGLLQCLNRFLQTQNVVLPMVMCSATAVLLHIPICWIFIYKVGLGL 223
           AG+YA C+IP LFAY +LQ L R+ Q Q+++ P+++ S     LH+P+CW+ +YK GLG 
Sbjct: 155 AGRYAACLIPGLFAYAVLQPLTRYFQNQSMITPLLITSCFVFCLHVPLCWLLVYKSGLGN 214

Query: 224 RGAAIASSISYSLNVLMTMLYVKFSSSCSKSWTGFSVQAFENIPTYLRLAIPSACMVCLE 283
            G A+A S S  L  ++    + FSS+CS++    S++ F+ I  + R A+PSA M+CLE
Sbjct: 215 LGGALALSFSNCLYTIILGSLMCFSSACSETRAPLSMEIFDGIGEFFRYALPSAAMICLE 274

Query: 284 MWSFELVVILSGLLPNPKLETSVLSISLNTAAVIWNISFGMSGVGSTRVSNELGAGHPAA 343
            WS+EL+++LSGLLPNP+LETSVLS+ L T A +++I   ++   STR+SNELGAG+  A
Sbjct: 275 WWSYELIILLSGLLPNPQLETSVLSVCLQTTATVYSIHLAIAAAASTRISNELGAGNSRA 334

Query: 344 AKLAGCVVMTMVAIQGMLVGTFFILIRNVWGYAFSNEQEVVEYLAKMLPIVAVSEFFSGL 403
           A +     M++  ++ +++ T  ++ RNV+G+ FS+++E ++Y+AKM P+V++S    GL
Sbjct: 335 ANIVVYAAMSLAVVEILILSTSLLVGRNVFGHVFSSDKETIDYVAKMAPLVSISLILDGL 394

Query: 404 QCVLSGIARGCGWQKIGAYVNLGSYYLVGVPFGILLAFVFHVGGKGLWFGIMSALVVQAS 463
           Q VLSGIARGCGWQ IGAY+NLG++YL G+P    LAF  H+ G GLW GI +  V+Q  
Sbjct: 395 QGVLSGIARGCGWQHIGAYINLGAFYLWGIPIAASLAFWIHLKGVGLWIGIQAGAVLQTL 454

Query: 464 SLGIITIRTNWDQEAKKATERV 486
            L ++T  TNW+ +A KA  R+
Sbjct: 455 LLTLVTGCTNWESQADKARNRM 476

[Close]

BLAST of MELO3C017344 vs. NCBI nr
Match: gi|778656434|ref|XP_004137333.2| (PREDICTED: MATE efflux family protein 5 [Cucumis sativus])

HSP 1 Score: 924.5 bits (2388), Expect = 8.0e-266
Identity = 461/496 (92.94%), Postives = 483/496 (97.38%), Query Frame = 1


Query: 1   MVEKGAGSSLNSPLLHISEDGLISSNGLIRANDKLHRRQQVAEELKRQLWLAGPLTLVGL 60
           MVEKGAGSSLNSPLLHISEDGL+SSNG+IR++D++ RRQQVAEELKRQLWLAGPL LV L
Sbjct: 1   MVEKGAGSSLNSPLLHISEDGLVSSNGVIRSSDRIRRRQQVAEELKRQLWLAGPLILVSL 60

Query: 61  LQYSLQMISVVFIGHLGELPLSGASVATSFATVTGFSLLMGMASALDTFCGQSYGAKQYH 120
           LQYSLQMISV+FIGHLGELPLSGAS+ATSFATVTGFSLLMGMASALDTFCGQSYGAKQYH
Sbjct: 61  LQYSLQMISVMFIGHLGELPLSGASMATSFATVTGFSLLMGMASALDTFCGQSYGAKQYH 120

Query: 121 MLGIHMQRAMLVLLLVSVPLAVIWANTGGILKLLGQDAEIATEAGKYAICMIPTLFAYGL 180
           MLGIHMQRAM+VLLLVSVPLAVIWANTGGILKLLGQD EIA EAGKYAICMIPTLFAYGL
Sbjct: 121 MLGIHMQRAMVVLLLVSVPLAVIWANTGGILKLLGQDHEIAAEAGKYAICMIPTLFAYGL 180

Query: 181 LQCLNRFLQTQNVVLPMVMCSATAVLLHIPICWIFIYKVGLGLRGAAIASSISYSLNVLM 240
           LQCLNRFLQTQ++VLPMVMCSAT VLLHI ICWIFIYKVGLG+RGAAIASSISYSLNVLM
Sbjct: 181 LQCLNRFLQTQSIVLPMVMCSATVVLLHILICWIFIYKVGLGIRGAAIASSISYSLNVLM 240

Query: 241 TMLYVKFSSSCSKSWTGFSVQAFENIPTYLRLAIPSACMVCLEMWSFELVVILSGLLPNP 300
           TMLYVKFSSSCSKSWTGFSV+AF+NIPTY+RLAIPSACMVCLEMWSFEL V+LSGLLPNP
Sbjct: 241 TMLYVKFSSSCSKSWTGFSVKAFQNIPTYIRLAIPSACMVCLEMWSFELTVLLSGLLPNP 300

Query: 301 KLETSVLSISLNTAAVIWNISFGMSGVGSTRVSNELGAGHPAAAKLAGCVVMTMVAIQGM 360
           KLETSVLSISLNTAA+IWNISFGMSGVGSTRVSNELGAGHPAAAKLAGCVVMTMV I G+
Sbjct: 301 KLETSVLSISLNTAAIIWNISFGMSGVGSTRVSNELGAGHPAAAKLAGCVVMTMVTIHGV 360

Query: 361 LVGTFFILIRNVWGYAFSNEQEVVEYLAKMLPIVAVSEFFSGLQCVLSGIARGCGWQKIG 420
           +VGTFFILIRNVWGYAFSNEQEVVEYLAKMLPIVAVSEFFSGLQCVLSGIARGCGWQKIG
Sbjct: 361 VVGTFFILIRNVWGYAFSNEQEVVEYLAKMLPIVAVSEFFSGLQCVLSGIARGCGWQKIG 420

Query: 421 AYVNLGSYYLVGVPFGILLAFVFHVGGKGLWFGIMSALVVQASSLGIITIRTNWDQEAKK 480
           AYVNLGSYY+ GVPFGILLAFVFHVGG+GLWFGIMSAL+VQASSLGIITIRTNWDQEAKK
Sbjct: 421 AYVNLGSYYIAGVPFGILLAFVFHVGGQGLWFGIMSALIVQASSLGIITIRTNWDQEAKK 480

Query: 481 ATERVYDAAIPSNVVS 497
           ATERVYD  IPSNVVS
Sbjct: 481 ATERVYDTTIPSNVVS 496

[Close]

BLAST of MELO3C017344 vs. NCBI nr
Match: gi|778656431|ref|XP_011649064.1| (PREDICTED: MATE efflux family protein 5-like [Cucumis sativus])

HSP 1 Score: 801.2 bits (2068), Expect = 1.0e-228
Identity = 399/497 (80.28%), Postives = 438/497 (88.13%), Query Frame = 1


Query: 2   VEKGAGSSLNSPLLHISEDGLISSNGLI--RANDKLHRRQQVAEELKRQLWLAGPLTLVG 61
           +EK   SSLNSPLLHISEDGL SSNG    R ND  HRRQQV EE+K+QLWLAGPL LV 
Sbjct: 1   MEKDTNSSLNSPLLHISEDGLTSSNGERERRVNDINHRRQQVGEEIKKQLWLAGPLILVS 60

Query: 62  LLQYSLQMISVVFIGHLGELPLSGASVATSFATVTGFSLLMGMASALDTFCGQSYGAKQY 121
           LLQY LQMISV+F+GHLGEL LSGAS+ATSFATVTGFSLLMGMASALDTFCGQSYGAKQ+
Sbjct: 61  LLQYCLQMISVMFVGHLGELSLSGASMATSFATVTGFSLLMGMASALDTFCGQSYGAKQF 120

Query: 122 HMLGIHMQRAMLVLLLVSVPLAVIWANTGGILKLLGQDAEIATEAGKYAICMIPTLFAYG 181
           HMLGIHMQRAM VL +VS+PLAVIWANTG ILK LGQDAEI+ EAGKYAI MIP+LFAYG
Sbjct: 121 HMLGIHMQRAMFVLSIVSIPLAVIWANTGEILKFLGQDAEISAEAGKYAIFMIPSLFAYG 180

Query: 182 LLQCLNRFLQTQNVVLPMVMCSATAVLLHIPICWIFIYKVGLGLRGAAIASSISYSLNVL 241
           LLQCLNRFLQTQNVV PMVMCS  A LLHIPICWI I+++GL +RGAA+A++ISY +NVL
Sbjct: 181 LLQCLNRFLQTQNVVFPMVMCSGIAALLHIPICWILIFEIGLEIRGAAMANAISYWINVL 240

Query: 242 MTMLYVKFSSSCSKSWTGFSVQAFENIPTYLRLAIPSACMVCLEMWSFELVVILSGLLPN 301
           M MLYVK+SSSCSKSWTGFSVQAF+NIP +LRLAIPSACMVCLEMWSFEL+V+LSGLLPN
Sbjct: 241 MLMLYVKYSSSCSKSWTGFSVQAFQNIPNFLRLAIPSACMVCLEMWSFELIVLLSGLLPN 300

Query: 302 PKLETSVLSISLNTAAVIWNISFGMSGVGSTRVSNELGAGHPAAAKLAGCVVMTMVAIQG 361
           PKLETSVLSISLNTA + W I FGMSG GSTRVSNELGAG  AAAKLAGCVV++M  I+G
Sbjct: 301 PKLETSVLSISLNTATIFWMIPFGMSGAGSTRVSNELGAGRSAAAKLAGCVVVSMATIEG 360

Query: 362 MLVGTFFILIRNVWGYAFSNEQEVVEYLAKMLPIVAVSEFFSGLQCVLSGIARGCGWQKI 421
           +L+    +LIRNVWGYA+S+E EVVEYLA MLPIVA+S F  GLQCVLSGIARGCGWQKI
Sbjct: 361 LLLAIILVLIRNVWGYAYSSEPEVVEYLANMLPIVAISSFLDGLQCVLSGIARGCGWQKI 420

Query: 422 GAYVNLGSYYLVGVPFGILLAFVFHVGGKGLWFGIMSALVVQASSLGIITIRTNWDQEAK 481
           GAYVNLGSYY+VG+P  +LLAFV HVGGKGLWFGI+ AL+VQ  SL  ITIRTNWDQEAK
Sbjct: 421 GAYVNLGSYYIVGIPSAVLLAFVLHVGGKGLWFGIILALIVQVLSLATITIRTNWDQEAK 480

Query: 482 KATERVYDAAIPSNVVS 497
            ATERVYDA IPSNVVS
Sbjct: 481 IATERVYDAIIPSNVVS 497

[Close]

BLAST of MELO3C017344 vs. NCBI nr
Match: gi|659106898|ref|XP_008453465.1| (PREDICTED: MATE efflux family protein 5-like [Cucumis melo])

HSP 1 Score: 800.0 bits (2065), Expect = 2.3e-228
Identity = 399/495 (80.61%), Postives = 437/495 (88.28%), Query Frame = 1


Query: 2   VEKGAGSSLNSPLLHISEDGLISSNGLIRANDKLHRRQQVAEELKRQLWLAGPLTLVGLL 61
           +EK   SSLNSPLLHISEDG   SNG  R ND  HRR+QV EE+K+QLWLAGPL LV LL
Sbjct: 1   MEKDTNSSLNSPLLHISEDG---SNGERRVNDVNHRRKQVGEEIKKQLWLAGPLILVSLL 60

Query: 62  QYSLQMISVVFIGHLGELPLSGASVATSFATVTGFSLLMGMASALDTFCGQSYGAKQYHM 121
           QY LQMISV+F+GHLGEL LSGAS+ATSFATVTGFSLLMGMASALDTFCGQS GAKQYHM
Sbjct: 61  QYCLQMISVMFVGHLGELALSGASMATSFATVTGFSLLMGMASALDTFCGQSNGAKQYHM 120

Query: 122 LGIHMQRAMLVLLLVSVPLAVIWANTGGILKLLGQDAEIATEAGKYAICMIPTLFAYGLL 181
           LGIHMQRAM VL LVS+PLAVIWANTGGILK LGQDAEI+ EAGKYAI MIP+LFAYGLL
Sbjct: 121 LGIHMQRAMFVLSLVSIPLAVIWANTGGILKFLGQDAEISAEAGKYAIFMIPSLFAYGLL 180

Query: 182 QCLNRFLQTQNVVLPMVMCSATAVLLHIPICWIFIYKVGLGLRGAAIASSISYSLNVLMT 241
           QCLNRFLQTQNVV PMVMCS  A LLHIPICWI I+++GL +RGAA+A++ISY +NVLM 
Sbjct: 181 QCLNRFLQTQNVVFPMVMCSGIAALLHIPICWILIFEIGLEIRGAAMANAISYWINVLML 240

Query: 242 MLYVKFSSSCSKSWTGFSVQAFENIPTYLRLAIPSACMVCLEMWSFELVVILSGLLPNPK 301
           MLYVK+SSSCSKSWTGFSVQAF+NIPT+LRLAIPSACMVCLEMWSFEL+V+LSGLLPNPK
Sbjct: 241 MLYVKYSSSCSKSWTGFSVQAFQNIPTFLRLAIPSACMVCLEMWSFELIVLLSGLLPNPK 300

Query: 302 LETSVLSISLNTAAVIWNISFGMSGVGSTRVSNELGAGHPAAAKLAGCVVMTMVAIQGML 361
           LETSVLSISLNTA + W I FGMSG GSTRVSNELGAG  AAAKLAGCVV++M  I+G+L
Sbjct: 301 LETSVLSISLNTATIFWMIPFGMSGAGSTRVSNELGAGRSAAAKLAGCVVVSMATIEGLL 360

Query: 362 VGTFFILIRNVWGYAFSNEQEVVEYLAKMLPIVAVSEFFSGLQCVLSGIARGCGWQKIGA 421
           +    +LIRNVWGYA+S+E EVVEYLA MLPIVA+S F  GLQCVLSGIARGCGWQKIGA
Sbjct: 361 LAIILVLIRNVWGYAYSSEPEVVEYLANMLPIVAISSFLDGLQCVLSGIARGCGWQKIGA 420

Query: 422 YVNLGSYYLVGVPFGILLAFVFHVGGKGLWFGIMSALVVQASSLGIITIRTNWDQEAKKA 481
           YVNLGSYY+VG+P  +LLAFV HVGGKGLWFGI+ ALVVQ  SL  ITIRTNWDQEAK A
Sbjct: 421 YVNLGSYYIVGIPSAVLLAFVLHVGGKGLWFGIILALVVQVLSLATITIRTNWDQEAKIA 480

Query: 482 TERVYDAAIPSNVVS 497
           TERVYDA IP+NVVS
Sbjct: 481 TERVYDAIIPANVVS 492

[Close]

BLAST of MELO3C017344 vs. NCBI nr
Match: gi|659106867|ref|XP_008453458.1| (PREDICTED: MATE efflux family protein 5-like isoform X1 [Cucumis melo])

HSP 1 Score: 730.7 bits (1885), Expect = 1.7e-207
Identity = 358/496 (72.18%), Postives = 418/496 (84.27%), Query Frame = 1


Query: 1   MVEKGAGSSLNSPLLHISEDGLISSNGLIRANDKLHRRQQVAEELKRQLWLAGPLTLVGL 60
           M E+   SSLNSPL+H SEDG ++S    + N +  RR+ +AEE+K+QLWLAGPL  V L
Sbjct: 2   MEEEYRNSSLNSPLIHKSEDG-VNSKDESQINYENIRRKLIAEEVKKQLWLAGPLISVSL 61

Query: 61  LQYSLQMISVVFIGHLGELPLSGASVATSFATVTGFSLLMGMASALDTFCGQSYGAKQYH 120
           LQY LQMIS++F+GHLGELPLSGAS+A SF +VTGF++L+GMASALDTFCGQSYGAKQYH
Sbjct: 62  LQYCLQMISIMFVGHLGELPLSGASMAVSFTSVTGFTVLLGMASALDTFCGQSYGAKQYH 121

Query: 121 MLGIHMQRAMLVLLLVSVPLAVIWANTGGILKLLGQDAEIATEAGKYAICMIPTLFAYGL 180
           MLGIH+QRAM +L LVS+PLAVIWANTG ILKLLGQDA+I+ EAGKYA C+IP LFA+GL
Sbjct: 122 MLGIHVQRAMFILSLVSIPLAVIWANTGEILKLLGQDAQISAEAGKYAKCLIPCLFAHGL 181

Query: 181 LQCLNRFLQTQNVVLPMVMCSATAVLLHIPICWIFIYKVGLGLRGAAIASSISYSLNVLM 240
           +QCLNRFL TQNVV PM+M S  + L HIP+CW+ ++K+GLG RGAA+A+SISY +N L+
Sbjct: 182 VQCLNRFLTTQNVVFPMMMSSGISALSHIPLCWLMVFKIGLGTRGAAVANSISYWINALI 241

Query: 241 TMLYVKFSSSCSKSWTGFSVQAFENIPTYLRLAIPSACMVCLEMWSFELVVILSGLLPNP 300
            +LYVKFSSS SK+WTGFS  AF NIP +L+LAIPS  MVCLE+WSFE+VV+LSGLLPNP
Sbjct: 242 LILYVKFSSSSSKTWTGFSGLAFHNIPYFLKLAIPSTVMVCLELWSFEMVVLLSGLLPNP 301

Query: 301 KLETSVLSISLNTAAVIWNISFGMSGVGSTRVSNELGAGHPAAAKLAGCVVMTMVAIQGM 360
           KLETSVLSISLNT   +W I  G+S   STRVSNELGAG PAAAKLAGCVVMT+  I+G+
Sbjct: 302 KLETSVLSISLNTDLTVWMIPMGLSAAASTRVSNELGAGRPAAAKLAGCVVMTIAVIEGL 361

Query: 361 LVGTFFILIRNVWGYAFSNEQEVVEYLAKMLPIVAVSEFFSGLQCVLSGIARGCGWQKIG 420
           L+ T  ILIRNVWGYA+SNEQEVVEY+A ++P++AVS F  GLQCVLSGIARGCGWQKIG
Sbjct: 362 LLATILILIRNVWGYAYSNEQEVVEYVANVVPLIAVSSFLDGLQCVLSGIARGCGWQKIG 421

Query: 421 AYVNLGSYYLVGVPFGILLAFVFHVGGKGLWFGIMSALVVQASSLGIITIRTNWDQEAKK 480
           AYVNLGSYYLVG+P  +LLAFV HVGGKGLW GI+ AL VQ  SL IITIRTNWDQEAKK
Sbjct: 422 AYVNLGSYYLVGIPSAVLLAFVLHVGGKGLWLGIICALAVQTLSLAIITIRTNWDQEAKK 481

Query: 481 ATERVYDAAIPSNVVS 497
           ATERVYD  IP N +S
Sbjct: 482 ATERVYDTVIPVNAIS 496

[Close]

BLAST of MELO3C017344 vs. NCBI nr
Match: gi|778656437|ref|XP_004137332.2| (PREDICTED: MATE efflux family protein 6 isoform X1 [Cucumis sativus])

HSP 1 Score: 722.2 bits (1863), Expect = 6.0e-205
Identity = 357/496 (71.98%), Postives = 417/496 (84.07%), Query Frame = 1


Query: 1   MVEKGAGSSLNSPLLHISEDGLISSNGLIRANDKLHRRQQVAEELKRQLWLAGPLTLVGL 60
           M E+   SS NSPL+H SED  ++S    + + +  RR+ +AEE+K+QLWLAGPL LV L
Sbjct: 2   MEEEYQNSSFNSPLIHKSEDE-VNSKDERQIDYENIRRKLIAEEVKKQLWLAGPLILVSL 61

Query: 61  LQYSLQMISVVFIGHLGELPLSGASVATSFATVTGFSLLMGMASALDTFCGQSYGAKQYH 120
           LQY LQMIS++F+GHLGELPLSGAS+A SF +VTGF++L+GMASALDTFCGQSYGAKQYH
Sbjct: 62  LQYCLQMISIMFVGHLGELPLSGASMAVSFTSVTGFTVLLGMASALDTFCGQSYGAKQYH 121

Query: 121 MLGIHMQRAMLVLLLVSVPLAVIWANTGGILKLLGQDAEIATEAGKYAICMIPTLFAYGL 180
           MLGIH+QRAM VL LVS+PLAVIWANTG ILKLLGQDA+I+ EAGKYA C+IP LFA+GL
Sbjct: 122 MLGIHLQRAMFVLSLVSIPLAVIWANTGEILKLLGQDAQISAEAGKYAKCLIPCLFAHGL 181

Query: 181 LQCLNRFLQTQNVVLPMVMCSATAVLLHIPICWIFIYKVGLGLRGAAIASSISYSLNVLM 240
           +QCL RFLQTQNVV PM+M S  + L HI +CW+ ++KVGLG RGAA+A+SISY +N L+
Sbjct: 182 VQCLYRFLQTQNVVFPMMMSSGISALSHITLCWLMVFKVGLGTRGAAVANSISYWINALI 241

Query: 241 TMLYVKFSSSCSKSWTGFSVQAFENIPTYLRLAIPSACMVCLEMWSFELVVILSGLLPNP 300
            +LYVKFSSS SK+WTGFS  AF NIP +L+LAIPS  MVCLE+WSFE+VV+LSGLLPNP
Sbjct: 242 LILYVKFSSSSSKTWTGFSRLAFHNIPYFLKLAIPSTVMVCLELWSFEMVVLLSGLLPNP 301

Query: 301 KLETSVLSISLNTAAVIWNISFGMSGVGSTRVSNELGAGHPAAAKLAGCVVMTMVAIQGM 360
           KLETSVLSISLNT   +W I  G+S   STRVSNELGAG PAAAKLAG VVMT+  I+G+
Sbjct: 302 KLETSVLSISLNTDLTVWMIPMGLSAAASTRVSNELGAGRPAAAKLAGYVVMTIAVIEGL 361

Query: 361 LVGTFFILIRNVWGYAFSNEQEVVEYLAKMLPIVAVSEFFSGLQCVLSGIARGCGWQKIG 420
           L+ T  IL+RNVWGYA+SNEQEVVEY+A ++P++AVS F  GLQCVLSGIARGCGWQKIG
Sbjct: 362 LLATVLILVRNVWGYAYSNEQEVVEYVANVVPLIAVSSFLDGLQCVLSGIARGCGWQKIG 421

Query: 421 AYVNLGSYYLVGVPFGILLAFVFHVGGKGLWFGIMSALVVQASSLGIITIRTNWDQEAKK 480
           AYVNLGSYYLVG+P  +LLAFVFHVGGKGLW GI+ AL VQ  SL IITIRTNWDQEAKK
Sbjct: 422 AYVNLGSYYLVGIPSAVLLAFVFHVGGKGLWLGIICALAVQTLSLAIITIRTNWDQEAKK 481

Query: 481 ATERVYDAAIPSNVVS 497
           ATERVYDA IP N +S
Sbjct: 482 ATERVYDAVIPVNAIS 496

The following BLAST results are available for this feature:

BLAST of MELO3C017344 vs. Swiss-Prot


Match Name	E-value	Identity	Description
DTX16_ARATH	8.8e-172	64.96	Protein DETOXIFICATION 16 OS=Arabidopsis thaliana GN=DTX16 PE=2 SV=1	[more]
DTX17_ARATH	4.4e-163	62.78	Protein DETOXIFICATION 17 OS=Arabidopsis thaliana GN=DTX17 PE=2 SV=1	[more]
DTX15_ARATH	1.2e-157	61.37	Protein DETOXIFICATION 15 OS=Arabidopsis thaliana GN=DTX15 PE=3 SV=1	[more]
DTX14_ARATH	2.3e-127	48.92	Protein DETOXIFICATION 14 OS=Arabidopsis thaliana GN=DTX14 PE=3 SV=1	[more]
DTX13_ARATH	6.4e-122	47.51	Protein DETOXIFICATION 13 OS=Arabidopsis thaliana GN=DTX13 PE=2 SV=1	[more]

BLAST of MELO3C017344 vs. TrEMBL


Match Name	E-value	Identity	Description
A0A0A0LST1_CUCSA	5.6e-266	92.94	Protein DETOXIFICATION OS=Cucumis sativus GN=Csa_1G024890 PE=3 SV=1	[more]
A0A0A0LPW2_CUCSA	7.1e-229	80.28	Protein DETOXIFICATION OS=Cucumis sativus GN=Csa_1G024900 PE=3 SV=1	[more]
A0A0A0LV09_CUCSA	4.2e-205	71.98	Protein DETOXIFICATION OS=Cucumis sativus GN=Csa_1G024880 PE=3 SV=1	[more]
A0A067F671_CITSI	4.5e-191	67.48	Protein DETOXIFICATION OS=Citrus sinensis GN=CISIN_1g010345mg PE=3 SV=1	[more]
W9QE39_9ROSA	2.9e-190	68.65	Protein DETOXIFICATION OS=Morus notabilis GN=L484_020909 PE=3 SV=1	[more]

BLAST of MELO3C017344 vs. TAIR10


Match Name	E-value	Identity	Description
AT5G52450.1	4.9e-173	64.96	MATE efflux family protein	[more]
AT1G73700.1	2.5e-164	62.78	MATE efflux family protein	[more]
AT2G34360.1	6.9e-159	61.37	MATE efflux family protein	[more]
AT1G71140.1	1.3e-128	48.92	MATE efflux family protein	[more]
AT1G15180.1	3.6e-123	47.51	MATE efflux family protein	[more]

BLAST of MELO3C017344 vs. NCBI nr


Match Name	E-value	Identity	Description
gi\|778656434\|ref\|XP_004137333.2\|	8.0e-266	92.94	PREDICTED: MATE efflux family protein 5 [Cucumis sativus]	[more]
gi\|778656431\|ref\|XP_011649064.1\|	1.0e-228	80.28	PREDICTED: MATE efflux family protein 5-like [Cucumis sativus]	[more]
gi\|659106898\|ref\|XP_008453465.1\|	2.3e-228	80.61	PREDICTED: MATE efflux family protein 5-like [Cucumis melo]	[more]
gi\|659106867\|ref\|XP_008453458.1\|	1.7e-207	72.18	PREDICTED: MATE efflux family protein 5-like isoform X1 [Cucumis melo]	[more]
gi\|778656437\|ref\|XP_004137332.2\|	6.0e-205	71.98	PREDICTED: MATE efflux family protein 6 isoform X1 [Cucumis sativus]	[more]

Annotated Terms

The following terms have been associated with this gene:

Vocabulary: **INTERPRO**
Term	Definition
IPR002528	MATE_fam
IPR002528	MATE_fam

Vocabulary: **Biological Process**
Term	Definition
GO:0006855	drug transmembrane transport
GO:0055085	transmembrane transport
GO:0006855	drug transmembrane transport
GO:0055085	transmembrane transport

Vocabulary: **Molecular Function**
Term	Definition
GO:0015238	drug transmembrane transporter activity
GO:0015297	antiporter activity
GO:0015238	drug transmembrane transporter activity
GO:0015297	antiporter activity

Vocabulary: **Cellular Component**
Term	Definition
GO:0016020	membrane
GO:0016020	membrane

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0006855	drug transmembrane transport
biological_process	GO:0055085	transmembrane transport
cellular_component	GO:0016021	integral component of membrane
cellular_component	GO:0016020	membrane
molecular_function	GO:0015297	antiporter activity
molecular_function	GO:0015238	drug transmembrane transporter activity

Unigene

This gene is associated with the following unigenes:


Unigene Name	Analysis Name	Sequence type in Unigene
MU43387	melon EST collection version 4.0	transcribed_cluster
MU52675	melon EST collection version 4.0	transcribed_cluster
MU61212	melon EST collection version 4.0	transcribed_cluster

Relationships

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


Feature Name	Unique Name	Type
MELO3C017344T1	MELO3C017344T1	mRNA
MELO3C017344T2	MELO3C017344T2	mRNA

The following transcribed_cluster feature(s) are associated with this gene:


Feature Name	Unique Name	Type
MU52675	MU52675	transcribed_cluster
MU61212	MU61212	transcribed_cluster
MU43387	MU43387	transcribed_cluster

InterPro

Analysis Name: InterPro Annotations of melon
Date Performed: 2016-09-28


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR002528	Multi antimicrobial extrusion protein	PFAM	PF01554	MatE	coord: 275..437 score: 4.6E-25coord: 54..214 score: 2.1
IPR002528	Multi antimicrobial extrusion protein	TIGRFAMs	TIGR00797	TIGR00797	coord: 54..451 score: 2.5
None	No IPR available	unknown	Coil	Coil	coord: 28..48 scor
None	No IPR available	PANTHER	PTHR11206	MULTIDRUG RESISTANCE PROTEIN	coord: 20..490 score: 1.3E
None	No IPR available	PANTHER	PTHR11206:SF137	SUBFAMILY NOT NAMED	coord: 20..490 score: 1.3E

Synteny

The following gene(s) are orthologous to this gene:


Gene	Orthologue	Organism	Block
MELO3C017344	Csa1G024880	Cucumber (Chinese Long) v2	cumeB055
MELO3C017344	Csa5G611090	Cucumber (Chinese Long) v2	cumeB392
MELO3C017344	Cla018944	Watermelon (97103) v1	mewmB289
MELO3C017344	ClCG05G022320	Watermelon (Charleston Gray)	mewcgB249
MELO3C017344	Bhi02G000074	Wax gourd	mewgoB301
MELO3C017344	CSPI01G04180	Wild cucumber (PI 183967)	cpimeB056
MELO3C017344	Cucsa.111380	Cucumber (Gy14) v1	cgymeB160
MELO3C017344	CmaCh18G009860	Cucurbita maxima (Rimu)	cmameB370
MELO3C017344	CmaCh11G002960	Cucurbita maxima (Rimu)	cmameB116
MELO3C017344	CmaCh04G014750	Cucurbita maxima (Rimu)	cmameB673
MELO3C017344	Lsi04G002080	Bottle gourd (USVL1VR-Ls)	lsimeB294
MELO3C017344	Cp4.1LG09g03390	Cucurbita pepo (Zucchini)	cpemeB034
MELO3C017344	Cp4.1LG01g14090	Cucurbita pepo (Zucchini)	cpemeB395
MELO3C017344	CsGy1G004070	Cucumber (Gy14) v2	cgybmeB050
MELO3C017344	CsaV3_1G004190	Cucumber (Chinese Long) v3	cucmeB055
MELO3C017344	CsaV3_5G034800	Cucumber (Chinese Long) v3	cucmeB401

The following gene(s) are paralogous to this gene:


Gene	Paralogue	Organism	Block
MELO3C017344	MELO3C012291	Melon (DHL92) v3.5.1	memeB028

The following block(s) are covering this gene:


Gene	Organism	Block
MELO3C017344	Cucumber (Chinese Long) v3	cucmeB056
MELO3C017344	Watermelon (97103) v2	mewmbB261
MELO3C017344	Watermelon (97103) v2	mewmbB253
MELO3C017344	Wax gourd	mewgoB283
MELO3C017344	Wax gourd	mewgoB306
MELO3C017344	Melon (DHL92) v3.5.1	memeB066
MELO3C017344	Cucumber (Gy14) v1	cgymeB186
MELO3C017344	Cucurbita maxima (Rimu)	cmameB067
MELO3C017344	Cucurbita maxima (Rimu)	cmameB120
MELO3C017344	Cucurbita maxima (Rimu)	cmameB207
MELO3C017344	Cucurbita maxima (Rimu)	cmameB372
MELO3C017344	Cucurbita moschata (Rifu)	cmomeB059
MELO3C017344	Cucurbita moschata (Rifu)	cmomeB109
MELO3C017344	Cucurbita moschata (Rifu)	cmomeB191
MELO3C017344	Wild cucumber (PI 183967)	cpimeB058
MELO3C017344	Cucumber (Chinese Long) v2	cumeB056
MELO3C017344	Watermelon (Charleston Gray)	mewcgB248
MELO3C017344	Watermelon (Charleston Gray)	mewcgB254
MELO3C017344	Watermelon (97103) v1	mewmB281
MELO3C017344	Cucurbita pepo (Zucchini)	cpemeB033
MELO3C017344	Cucurbita pepo (Zucchini)	cpemeB330
MELO3C017344	Cucurbita pepo (Zucchini)	cpemeB483
MELO3C017344	Cucurbita pepo (Zucchini)	cpemeB615
MELO3C017344	Bottle gourd (USVL1VR-Ls)	lsimeB209
MELO3C017344	Bottle gourd (USVL1VR-Ls)	lsimeB397
MELO3C017344	Cucumber (Gy14) v2	cgybmeB052
MELO3C017344	Silver-seed gourd	carmeB0396
MELO3C017344	Silver-seed gourd	carmeB0599
MELO3C017344	Silver-seed gourd	carmeB0785