CmaCh02G003670 (gene) Cucurbita maxima (Rimu) v1.1

Overview


Name	CmaCh02G003670
Type	gene
Organism	Cucurbita maxima (Cucurbita maxima (Rimu) v1.1)
Description	Protein DETOXIFICATION
Location	Cma_Chr02: 1824000 .. 1836595 (+)
RNA-Seq Expression	CmaCh02G003670
Synteny	CmaCh02G003670

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonfive_prime_UTRCDSpolypeptidethree_prime_UTR

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

CTACACTCCCATGGCGGAGCATTCGCTCTCTCTCGCTCCGATCCATTTCCAGGCGCCAAAGATGTCTTTCAGAACCCTCCATTGTCCTTCTTCGATCGCTGCTCGAATCCATATCCCCAGAGTTCTCGGACCATTCTCTCGCCCTTCCTTTCCCTTCACCCGCCATTCTTTCTCCACCAACACCTCCCCTTTATCCGTCGATGTATCGCCGCGGGTTCGCCGTCGGTTCGCGGTTCCTCGCGATAATCAGGAGCGGGAAGGCAGTAATGAGATTGACAATGAAGTACAGGAAAATGAGCAGTTATTGGGGATTGGAAGAGAAGAATTGGGGATCCAAGGGTTGTTGAGTCAGATGAAGGAGATTGTAACTTTTACTGGTCCGGCCATTGGATTGTGGATATGTGGACCGTTGATGAGTCTCATTGACACTGCGGTTATTGGCCAGGGGAGCGCTGTTGAGCTTGCTGCTTTGGGTATTCTCGTGAATTTCTCTTACTTTTGCTTTTTTTGTGATTCTTGTTAAAAGTAAGAATCTAAAGGGTTGGAAAATATAACTTGAATATTGCTAATGGATCGAGAAAACAGTAGGTTCTTGCTTCCAATCTACTGGATCGAATACTCGAATTCAACCAGCTATGAGCTACAGTTACTTAAGATGAGCTAATTACTTATTTTGAAATCTAAAAACGGTTCGAAATCACGACTCTCTATAATAGTATGATATTGTCCATTTTGAGCATAAGCTCTCGTGACTTTCCTTTGTGCTTTCCCAAAAAGTCTCATACCAATAGAGATGTATTCCTTTCTTCTGGTGTGGGACTCCCTCCCAACAATCCTCCCTTGAACAAAGTACACTGTAGAGTCTCCCCTGAGGTTTATGGTCCTCGAACAGCCTCCCCTTAATCGAGGCTCGACTCCTTCTTTGGAGTCTTCGAACAAAGTACATTCTTTGTTCGACACTTGAGTTATTTTTGACTGCACAGTCTAGGCTCACAACTTCTTTTTTCGACATTTGACGATTCTATTGACATAGCTAAGTTAAGGGCATGACTCTGATACCATGTTAGAAATCACGAACTTCCTATAATAGTATGATATTGTCCACTTTGAGTATAAGCTCTCATGACTTTGTTTTGGGCTTCTCCAAAATGCCTCATTCCAATGGAGATGCATTCATTACTTATAAACCCATGATCATTCCTTAAATTAGTCCGTGTGGACCCCTCCAAACAATTATCAACAAAAACGACGTTAGATTTCAATTTTCCATATTTGATTTACGGTCTTTAAACTGTGACTTCTATCTGGTGGCTACTGTGAGTATTAATTTTCTGAAATGTATCTGTTTGAAACTTTTGGCTGGCAGGCCCAGCGACAGTTTTATGTGATTATACGAGCTTTGTGTTCATGTTTCTTAGTATTGCAACTTCAAATATGGTAGCCACGGCCCTTGCCAAACAGGTTCAACCCATAATCGAAGGACTTCCTATTACAGATTATTGAATAATTGTGCTGCATTGCTTGACCAGTAAGATTATTGCAGGATAAAAACGAAGTGCAGCATCACATATCTACATTGCTATTTGTTGGGTTGGTATCTGGTTTTTTGATGCTCTTAGCTACCAAACTATTGGGTTCAGTGGCGCTAACTGGTACTAAACTTCTGCATTCTTGCTTAGTTAATGAAGGGCTCATTACATTCATCAGTTTTATGGACTATTCCTTTAATTTCTTCGCCACATAGATAGCTAGAACTTTGTCATCTGTTAAAAGTAGGAGGGATGCCATTAACAAGACGTTATTGTAAATTTTCAGCTTTTGTGGGGACAAAGAATGCAAACATCATACCTGCTGCAAACACGTATATGCAGGTTTGTCTTTTAGCATAGAAGTTTGCCTTATAAAGCTTCATATGTGATATGTTTCTTTTTTGGTTGTATGTGTCTCTTTTGCTTTTTGAACTCTACTTTTTTTGTTAGCTTCATCTAAAAGAGAAAAACTCGAAATTTCTATCACTTTTTTAAAATTTGGAGGAGGTATGGTAAATTTAATTATATCAACACTCAGAACAAAAAAAAAAAAAAATCTTTCTTAGACGACTTTTATTTTCTCTTCTAAATTTTCTTCAATTTACTAAGTGCTATATTATGTATGTTTATCACTAGCAATTTTAAAAATTACCAATAATGAAGGACTAAATTAAAGAAAAAATGTTAAAACGTAACGGGCTAAATCTTAACCTTTTTAACAATTGGGCCAAATTTGAAAAAACACCCAAAATTAGGTACAAAAACATAATTTTAGCCTATTAGAATGTATCACAATTATCATAACTATTGATGCATAAAGTTATGTCAAACTGAAGATCTTAATCTCTAAAATCATATGTTCTGTTGTACCTATAGATTGTGAACTAGTGATATGAATGTCTTTTCCTGCACAGATAGTGTATATAAAATCACTTTCTGGTGGCAAACAGAGCTTTCACCAAGAATGTGATCACTGCATACTGATACTTTGTCATGCTTTCTTGATTTCTTCTTGGTTCAATGACTTTAAGCTGAACAGATTCATTTTTTGTTGGTAGATTCGTGGTTTGGCATGGCCCGCAGTTCTTACTGGATGGGTTGCGCAGAGTGCAAGGTTCCTAATTTCTGTTACTAGATCCATGCTCCATCTACTTTATTTTATTTTTAAAATTTTAATTTTTATAGATTTGTTCTGTTCATGATGACATGCCAAAAATGAACAATATAAAATACGATTTGTGAAAACTTGCAGTACCAGTTGCTTGAAAATTCACCAGATTGATTAACTTCTAATTTCATATTTGTGTTAGTCTTGGCATGAAAGATTCCTGGGGACCGTTGAAGGCTTTGGCAGTTGCGAGTATTGTAAATGGCATAGGTGATATTGTTCTATGCATGTTTTTAGGATATGGTATAGCTGGTGCTGCATGGGCAACTATGGCATCACAGGTACCCTTCTTTCTGTTTATGTTAATGTGCCTCTTTTTCACTGCATTTGTATTTATTCACACCTAAACTGATCTCATTTTCTCCCCATATGAGCTTTAGGTTATTGCAGCTTATATGATGATAGAATCACTGAACAAGAAAGGATACAGTGGATATTCTCTGTCTATTCCCTCACCTACTGAATTCTTGTCAATACTTGCACTTGCTGCTCCTGTATTTATGACAATATTGTCAAAGGTTATATTTTGTAAAACCCCTTACATTCATCTGTTAACATTTGAGTAACATGTCTTGTGAGATCCACATCGGTTGGGGAGGAGAACGAAATGTTCTTTATAAGGGTGTGGAAACCTCTCCCTAGCAGACGTGTTTTAAAAGCCTTGAGGGGAAGCCCGAAAGGGAAAGTCCAAAGAGGACAATATCTACTAGCAGTGGGCTTGAGTCGTTACATGTCTAATATTATTATCTTTTAGGTGGGCTTTTATTCTCTCCTCATCTATTATGCTACGTCTATGGGCACACACACCATGGCTGCTCATCAGGTTAAGTTTCATGGTTATTTTCATTTTTATGTTTCCATGCAAGTCTGCCCTTTCTTTTCTATTGAAAGTCAATGGTCATGTCAAATTGATTGCTTGTCATGTACTTTTAGGTCATGAATCAAATATTCTACATGTGTAGCATTTTGGGTGAACCTCTTTCTCAAACTGCTCAGGCATTCATGCCTGGGTTGATAACCGGAGTGAATCGAAGTTTTGATAAGGTGAGAACTCTAATTTCTAATGATATGCTTATCAACTTTTTTACTTTTTGGAATTTTGTTTGCGTGATACTACAGTAGCCACACCAACTTCATTTAACTGAAATAGATTCCTTACATTGTTATGGATATTCATAAACCTTAGGTGGCGGGTAGTTTATGGCTGTAAACCTTAGTTTGTTTCATATCTAACCGGTGGCGTACGAGAGGGGGGAGCCTAAATACTGTGCCCCCATACTGGTGTGGACCGTTCTTGCCTTTGGTAATATCTGGTTGCTGGTTTGCTTCACATGGGTCCCCTTTTTTTCATACTTCTGTTATTCGATTTTTGCGGGCAAAAGATATTATGACCTTAGTGATGCTTGCGTTGAGTATAATAATAAATACCAATTTTGTATGAACTTATTGTGTAACCTTTTTATGTTGTGTAGGCTCGGATGCTGCTCAAGTCACTCTTGATCATAGGAGCTATCTTTGGTTTGGTCTTAGGGACTATTGGAACATCAGTTCCTTGGTTGTTCCCTAATCTCTTTACGCCCGATAAGAAGATTATTCAAGAGGTTTGTTCTTGATATCCATACCATGACATTTGGAATATGAACCATTATTGTTTCAATATCATTCTATTGTTTTCTTTTGACTCCCTGCATTTTCATCATGATAAATAATCCATGTCGGGTTGCGTTGTAAATGCGTAAGTGTTCTCCTAAAATAGCTTAATTTTTTTGATCATGCAGATGCATAAAGTGTTGATTCCATATTTCTTGGCGCTAGTCATAATGCCCGCAACCCTTAGCTTAGAAGGGTCATTATTGGTATGCTTGCTCACCTTACAGATTTTGCTTTAGTTTTTGTGCCTGAATTGGACGTTCACGGAGTGGGGGCAGGGCAGGAACAAGGATGGTTTTTCAGTTTAGAAATAATTGTTGTTTGGTTTTACCCCATTCAAAATTCCTCCCAAATTCTTTCTTGCGTGCAATTAGGTTCATCTTTGATTCAATGACAAATATAAATACTCTGGGTGGTTTAGTACATAGATGCATTTCCCCCACTAGCGGTTAGGGTAGAAAAGAAATGAAGATGTGAGATCCCACATCGGTTAGAGAGGAGAATAAAACATTCTTTTATAAGGGTGTGGAAACCTCTCCCTAGCAGAAGCATTTTAAAGCCTTGAGGAGAACCCCGAAAGTGAAAACCTAAAGAGCACAATATCTGCTAGCGGTAGGCTTGGGCCGTTATAAATGGTATCAAAGGCAGATACCGAACTATGTGCCAGCGAGAAGGCTGAGCTCCGAAGGCGGGTGGACACAAGGCGGGTGGCAGCAATGATGCTGGGTTGGACAGTTACAAATGGCATTAGAGCCAGACACTGGACGATGTGCCAGCGAGGAGGTTGAGCCCCGAAGGGGGATGGACACGAGGTGGTGTGCTAGCAAGGACGCTAGGCCTCGAAGGGGGTGGATTGTGAGATCCCACATCGGTTGGGGAGAACGAAATATTCTTTACAAGAGTGTGAAAACCTCTCCCTACGAGACGCATTTTAAAGTCTTGAGGGAAAGCTCAAAGAGGACAATATTTGATAGTAGTGGGAACGAAATATTCTTTACAAGAGTGTGGAAACCTCTCCCTACGAGACGCATTTTAAAGTTTTGAGGGAAAGCCCAAAGAGGACAATATTTGATAGTAGTGGGCGTAAGCCGTTACAGAGTATTACCTAATTATGTGACTAAAATGTTATGTCATTGGCTCATTGTTTTAGGGTACTTAGGTGACATTTGTCAGTGTTGATCAAATTCAGTCTTGTGCTGAATTCATCAAACTTTCCTTAAATCTTCAAGTTCGATTCTTGCAGGCTGGACGAGACCTAAAATTCATTAGTTTGTCAATGTGTGGATGCTTTTCTCTTGGTGCCATTCTATTGCTGGTAATGTTTTTATCTCCCAACCTTACTCCCACGCCTTATTTCTTCTTCTCTTTGTGCATTAACTCTCCTGCTTCCCCCCAGGTTATAAGCAGTAGGGGCTACGGTTTGGGGGGCTGCTGGTTCGCCCTAGTCGGATTTCAATGGGTATACACAAGATATCCTTACTTTCTTTTAAATTGAATGCAAATAGTGTTTCTTATTTATATGTTCGTGAATGGATGGTAAATGAATATAAAGTAAATTGTCATAAATAGTAAATAGCTATAGTAAAAAAACTATATCAGCTAATAATATATATAAACTCAGCCATATATACACCCATTAGGCTTTGAAAATTACTTGCTGCATTTCTATATATATTCTTTTCGTGTTCATCTAGATCGAGTACGTGCATTGTAATAGCAGTTGTTCTTATCTTATGCAATAACTTTCTCTTGTATAGGCTCGGTTTCTTAACGCTCTTCGGCGTGTCCTCTCTCCCAATGGAGTGCTTTACTCCAGTGGTTTAAGCCACCATGAAGTGGTCAAGCAAAAGGCTTCATAGGACACAGTCCATGTGGGCTTGTAGCTGACATAATTCAATACCTTTTTTATATCCTTGTCGTCATTCAAGTTCGATAGAGGAGTGGATCGAAACCGAAAGGTCGTGCTGGCAGCTTTAAACAGCGTTTACAGGAAGAAACATACGATTTGGATAGGGTAATGCACTTAACCTTCGTATGAGAGTAATGGTAAAATTTGTACAAGGAGGAAAAACTAGCAAAAACACGAAAAATTTCCATGGTACCGTTGAGCTATGTTTACTTTGGTTGGTACTAAGCTTGTCTTAGTAAGTTATTTTTGTAATATAACATTAGAATGATTCAAAATTTCCACTTACGAAAAAACCGAGTCAACCTTGAAACTAAAGAACGACTAAATATTGTCCACGTGATACCACCTTTTTTATCATTTCATTTCAAACTCTATACTTCCACTACGACATGAGAAATTTTTTTATATTACGAGAATATCATACTTTATTGGGTCATACTATATATATATATATATATAGATTATTTATTATTTATTATGAAAATTTTGGTAGTGCTTTAATTTTAACCATTTATCTAGAGATGTCAATTTTACTCGTAGGGACCTGTCTCAAATGGGGAGGAGATTTATCGGGGGAATGCAGGATAGAGTGAGAAGGGATCAGTCTCGAATGGGGAGGGGATTATCGTTTAGACGAGGAATAAGAGAAAAGTGAGAAACATTTTTTCATTATTAGATAAATGGGATCGGAGACGGGATTCTATTCACATGTCCCCGCCCCGAAGCAATTTCCCACTCCCACTTAATATAAATATATTTTCTAACCTATATTAAAAAAATGTTTAGAAAAAATTAATTAAAAAAATGGAAATGAGAAATGAAAATAGAGGACAGCGATGTTTACGGGCCCCGTCCCGCGCAGTCCACTCCTTCGTCTTCCTCATGACTGTTCCAGCCAAGCTTCTCTTCCATTCAGTATCCAGTTCCCAAAAATGCTTCTCAAACCCTTCCATGGTTCTTCTTCGGCCACCGCTCAAATCCATAACCACCAAATTCTCAGACCTCTACCTCGCCCTTCCTTTCCATTCACCCACCGACCTCTCTCCAACTCCGCCGTCCTCTTCCGTTCACTTTCATCCCCTTCATATGTCAATGTCGTGCCGTCGCGGATTCGCCGCCGATTTGCGGTTCCTTACGATGGTCATGAGCGGGAAGTCAGTATCCTCGAGATTGAGAGCGAAGTCGACGATGATTTACAACCAAATGAGCAGTCATTAGGGAACCAAGGTTTGTTGAGTCAGATGAAGGAGATCGTAACGTTTACTGGACCTGCTATTGGTTTGTGGATTTGTGGACCTTTGATGAGTCTCATTGACACTGCCGTTATTGGCCAGGGGAGCGCCGTTGAGCTTGCTGCTTTAGGTATTCTCGTTAATTTCTTCGACTCTTGCTTCCTTAACTTGAATTTTACTAATGGATTGAGAAAACTGGAGGACTTCAGTTTCTTGACTAGTACTATCTCATGGTGGCTGTGAGTTTAAATCTTCTGAACTTGATTAGTTTGTAGTTTTTGACTGGCAGGCCCAGCTACGGTTCTATGTGATTATACGAGCTACGTGTTCATGTTTCTTAGTATCGCAACATCAAATATGGTAGCCACGGCCATTGCCAAACAGGTTCGACTAATAATGGAAGGATTTCTATTCACTGTGCTGCATTTCTTGACCAGAAGGGCTATTGCAGGATAAAAACGAAGTGCAGCATCATATATCTATCTTGCTGTTTGTTGGGTTGACATCTGGTTTCTTGATGCTTGTCGCTACCAAACTATTTGGATCAGTAGCGCTAACTGGTACTGGGATTCCACATTATTGCTTAACTGAATAAAGGACTCATTGCATTCTATAATAATTTTATGGACTGTTCTTTTATGGTTCTCGCTTCATAGGAGCTAGAACTTTGTCATCTGTTAAAAGTTGTTATTGTCAATTTTCAGCTTTTGCGGGGCCAAAGAATGCAGACGTCATACCTGCCGCTAACAGATATATTCAGGTTTATTTGCTCTTTGAACATTACTTTCCCTTTTTTCAGTATAGAAATTCTAGCTTGTTCCGACTCTTTATGTTTGCTTTTATTTTGTTACATGTGAAGAGTTAACCTTTTTGAAAGAACAAATAAAATGATGTTTGGTTATCTAACAAATAGAGAATGAATGACCTTAATTTCTAGTTATGAGATATTTGTGTAATCCCCTATTAAATAAGAAAAATTTGTTGTTATCTAGTCTTTTTGTATTACAAAAGACACATGTGACAAGAAATGTGAGTAAGATAGTTTACACTTGCAACATTACAACATGGTATGAGAGCCATTCTATTTTGGGCGTGATTAATTGGCATAGCCTTATAGCCTTCATTGCTACCGATTTTTAACTTGACAAAATTTATTTGGAGTATTCATAACTATCAATCTTCCACCTTGACCAAATTTATTAGGAGCGTTCATAGCTACCATTGAAGTCGTGTCTTGATGTTGAAGTCCTGCTGTCAATATTGCACATAAACCCATCCAGTCCAAGTTGGAAATGAATGATATCTATTCCGCAACTTGAGGAGGAGTGTTGAAAGAATGATCTTAATTATATCTATATTATTCCTCGACTTGAGTTATAATTCCTAGCCTATTTGTGTAATAATGGGAAGTAGTTGACCTTGGTGGCAAACAGAGTTTTCATTTAGAATGTGACCACAACATACTCTTACGTTGACATGCTTTCATGATTTCTACTTTCAATTTTGGCTGTCAATGTCCAAATGCTTCCATTATGATAGTTTTTTCAATGACTTTAAGTTGATCAAAATTCTTTTCGTTGGTAGATTCGAGGTTTGGCATGGCCTGCAGTTCTCACTGGATGGGTTGCACAGAGTGCAAGGTTCGTATTACTAGACCCATGCCAATCTCATTAACTTTTTCTATCATAGCTACAATGTCCATGATTTCTGTTGGAATATGAAACCCCAAAACTTGCATTGTCATCTTTGCGTTGAAATTGAATAAAAAGGGTAAAAAAAACTGATATCCTTTCTCATTTAGGCCATTGGTTTGCCTATTGATTTTCTTCATCACTATCGCAACTTGTCCCATGTAGGTGTTAGATTTGAGGCCCTTGCCATTGCTCTTTACTTCATAATTTTCATTTGTGAACTTGAGCACAAATTGCAATTAGGTGTTTGTTTACATACGAGTAAAAGGAAAATAAGTTAAAGACTACTAAACAAACTGGTGTTGAGAATTGTTGGTGGGGAGTCTCACATCGGCTAATTAAAAGGTTGATCATAGGTTTATAAGTAAGGAATACATCTCCATCTCCATTGGTATGAAGCCTTTTGGAGAAACCAAAAACAAAGCCATGAGAGCTTATGCTCAAAGTGGACAATATCAAACCATTATGGAGAATCGTGATTCCTAACAATTAGGGCAAATGCAATCCATTGTGCACAACATTGACAAAATATTTCGCAAACTTTCAAACAACTTCCAGTATAACTACACGAGTTACTTGAAAATTCTCCAAATTTATTAACTTTCATTATCATTTTTGCTCTAGTCTTGGCATGAAGGATTCATGGGGACCTTTGAAGGCTTTGGCAGTTGCAAGTATTGTAGATGGCATAGGTCATCTGGTCCTATGCACGTTTTTAGGCTATGGTATTGTTGGTGCTGCTTGGTCAACTATGGCATCACAGGTATTCTTCTTTTTGTCTATGTCAATGTACCTAATTTCTATGCACTTATACTTGTTCATACCTCAAAACCAATCTCCTTCTTCTCCTTTATGGTTTTTAGGTTATTGCGGCTTATATGATGGTAGGAGCTCTGAACAAGAAAGGATACAGTGCATATTCTCCATCTGTTCCCTCAACTGGTGAATTTTTGTCAATACTTGGCATTGCTGCTCCCATATTTCTAACCATGATGTCAAAGGTTCTATTTTATAAAACCCTTTTACATCATCTGTTTTCATTTGAATAATGACTCTAAGACTGTGACCTTTTAGGTGGTCTTTTATTCTCTCCTCATCTATTATGCTACATCTATGGGCACACACACCATGGCTGCTCATCAGGTTCTTAATTCTCTTCATTTTTATCTCATATGCAATGTCTCTTTCTTTTCCATTGAAAGGCAATGGTCATGTCAAATTGATGGTTTGCCATTCACCTTAGGTCATGGTTCAAACGTTTTGTATGTGTACCGTATGGGGTGAACCTCTTTCTCAAACTGCTCAGTCATTTATGCCTGGATTGATCAATGGAGTGAATCGTAATTTGGATAAGGTAAGAACTTTCGTTTCTAGTGACGCGTTTTTTATAAGGGTGTGGAAACGTCTCCCTAGTAGACGCGTTTTAAAAACCTTGAGGGGAAGCCTGTGAGGGAAAGCCCGAGTGGGAAAGCCCAATGATGGGTAGCTTATGATTGTAGAACCCATTCTTTATGGACAGTCATTGAATTTATTGTGGAAACCCTTTAATGTTATGTAGGCTCGAATGCTGCTCAAATCACTCTTGATCATAGGAGCTATATTTGGTTTAGTATTGGGGATTATCGGAACATCGGTTCCTCGTTTTTTCCCGAATCTCTTCACGCCTGAAGAAAAGATCATTCAGGAGGTTGTTTCTTGATATCAATAATACTAATGTGTTATATTGTGTAGACGCATGAAGTGTTGATTCCATATTTAGTTGCAAGGATAGTTATTTGTATATAAATTCTCTCAATCATCTGTACATGCAGATGCACAGAGTGTTGATTCCATATTTCTTGGCGCTAGTCATAACGCCCCCAACTCTTTGCTTAGAAGGGACATTATTGGTATGTTTGCTTTCCTTAAAGATTCTACTGAAGTTTTTGTGGCTGAATTGTACGTTTACATCATTCTTTTATCACATAAAGAAAGATTATAAACAAATATAAATCATTATGTCATGAACCACGAACTCCATAATAGTATGATATTGTCTACTTTAAGCATAAACTCTCATGACATTGCTTTTGGTTTACCCAAAAAGTCTCGTACCAATGGAAATAGTATTCCTTACTTATAAACACATGATCTTCCCCTTAACTAGCCAACGTAAGACTCCTCTCCCAACAATTCTCAGCAATCCTCCCCTCGAACAAAATACACCATAGAGCCTTCCCTGAAACCTATGGAGTCCTCGAACAATCTCCAATTAATCAAAACTCGATTCCTTCTCTGGAGCCCTCAAACAAAAGACACCATTTGTTCGGCATTTGAGTCACTTTTGACTAAACCTTTGAGGCTCAACTTCTTGTTCGACCCTTGGATTCTATTGACATTGCTAAGTTAAGGGCATACCTCTGATACCATGTTAGGGACCACGACCCTCTACAATAGTATGATATTGTCCACTCTGAACATAAACTATCGTGACTTTTCTTATAGTATGATATTTACCACGACCCTCTACAAAAGGCCTTGTATCCATGGAGATGATATTCCTTATAAATTCATGATCTTTTCCTTAATTAGCCAATGTGAGACTCCCCTCCCAACCATTCATCATAGTTTATACATACCGGTGAGAAATGATCAAAAGGGGGAGAAATTGAAGAATGCCTTATTCCGTTTGTACTGAAATCTTCGAACTTTCCTGAATTCTTGACGTTAATGCTTTGCAGGCTGGACGAGACCTAAAATTTATTAGTTTGTCAATGTGTGGATGCCTTTCTCTCGGTGCCCTTTTATTGCTGGTAATTTTCTGTCTCCCAACCTTAAATCTCATTCTTGACAGTTCTTTTATTTCTTCTTCTCTTTGTGCATCAACTTTACTGCTACTCTCAGGTTATAAGCAGCAGGGGTTATGGTTTGGTGGGTTGTTGGTACGCCCTCGTTGGATTTCAATGGGTAAGAACAAGACATCTCTTGCGTTCTTTAGCTGCAAATAGCTGCTCTTCTCACCTTCTACAATTTCCTTTCTGTTAGGCTCGGTTTCTTAGCGCTCTTCGGCGTGTCCTCTCGCCCGATGGAGTGCTTTACTCTAGTGATTTAAGCCATTATAGACTGGTAAAGCAGAAGGCTGCATAGGTTACAGTCCATGCGACCTTACAGTAGGCATAATTCAATGCCCTTTTCAATGTCGTGGTCGGAGTGGATCGAAACCAAAAGGCCGTGAAGCCTGCAGGCAGCATTAATTAGCCTTATGATTTCACCAGCAACTCTTGGAGGTTCTTCTCCTTGGATGAAGCTGTAACAGAAAACAGAGCAGCTTTTATCTTTGGGTAATATCTGCTATGAGCTCGTTAGTAATTTCTGTCGTAATTCATGATTTGATTTATTATTCATTTGGTTTGCAAATTATTTTGAAAGAAAAAAAAA

mRNA sequence

CTACACTCCCATGGCGGAGCATTCGCTCTCTCTCGCTCCGATCCATTTCCAGGCGCCAAAGATGTCTTTCAGAACCCTCCATTGTCCTTCTTCGATCGCTGCTCGAATCCATATCCCCAGAGTTCTCGGACCATTCTCTCGCCCTTCCTTTCCCTTCACCCGCCATTCTTTCTCCACCAACACCTCCCCTTTATCCGTCGATGTATCGCCGCGGGTTCGCCGTCGGTTCGCGGTTCCTCGCGATAATCAGGAGCGGGAAGGCAGTAATGAGATTGACAATGAAGTACAGGAAAATGAGCAGTTATTGGGGATTGGAAGAGAAGAATTGGGGATCCAAGGGTTGTTGAGTCAGATGAAGGAGATTGTAACTTTTACTGGTCCGGCCATTGGATTGTGGATATGTGGACCGTTGATGAGTCTCATTGACACTGCGGTTATTGGCCAGGGGAGCGCTGTTGAGCTTGCTGCTTTGGGCCCAGCGACAGTTTTATGTGATTATACGAGCTTTGTGTTCATGTTTCTTAGTATTGCAACTTCAAATATGGTAGCCACGGCCCTTGCCAAACAGGATAAAAACGAAGTGCAGCATCACATATCTACATTGCTATTTGTTGGGTTGGTATCTGGTTTTTTGATGCTCTTAGCTACCAAACTATTGGGTTCAGTGGCGCTAACTGCTTTTGTGGGGACAAAGAATGCAAACATCATACCTGCTGCAAACACGTATATGCAGATTCGTGGTTTGGCATGGCCCGCAGTTCTTACTGGATGGGTTGCGCAGAGTGCAAGTCTTGGCATGAAAGATTCCTGGGGACCGTTGAAGGCTTTGGCAGTTGCGAGTATTGTAAATGGCATAGGTGATATTGTTCTATGCATGTTTTTAGGATATGGTATAGCTGGTGCTGCATGGGCAACTATGGCATCACAGGTTATTGCAGCTTATATGATGATAGAATCACTGAACAAGAAAGGATACAGTGGATATTCTCTGTCTATTCCCTCACCTACTGAATTCTTGTCAATACTTGCACTTGCTGCTCCTGTCATGAATCAAATATTCTACATGTGTAGCATTTTGGGTGAACCTCTTTCTCAAACTGCTCAGGCATTCATGCCTGGGTTGATAACCGGAGTGAATCGAAGGACTATTGGAACATCAGTTCCTTGGTTGTTCCCTAATCTCTTTACGCCCGATAAGAAGATTATTCAAGAGATGCATAAAGTGTTGATTCCATATTTCTTGGCGCTAGTCATAATGCCCGCAACCCTTAGCTTAGAAGGGTCATTATTGGCTGGACGAGACCTAAAATTCATTAGTTTGTCAATGTGTGGATGCTTTTCTCTTGGTGCCATTCTATTGCTGTTCCCAAAAATGCTTCTCAAACCCTTCCATGGTTCTTCTTCGGCCACCGCTCAAATCCATAACCACCAAATTCTCAGACCTCTACCTCGCCCTTCCTTTCCATTCACCCACCGACCTCTCTCCAACTCCGCCGTCCTCTTCCGTTCACTTTCATCCCCTTCATATGTCAATGTCGTGCCGTCGCGGATTCGCCGCCGATTTGCGGTTCCTTACGATGGTCATGAGCGGGAAGTCAGTATCCTCGAGATTGAGAGCGAAGTCGACGATGATTTACAACCAAATGAGCAGTCATTAGGGAACCAAGGTTTGTTGAGTCAGATGAAGGAGATCGTAACGTTTACTGGACCTGCTATTGGTTTGTGGATTTGTGGACCTTTGATGAGTCTCATTGACACTGCCGTTATTGGCCAGGGGAGCGCCGTTGAGCTTGCTGCTTTAGGCCCAGCTACGGTTCTATGTGATTATACGAGCTACGTGTTCATGTTTCTTAGTATCGCAACATCAAATATGGTAGCCACGGCCATTGCCAAACAGGATAAAAACGAAGTGCAGCATCATATATCTATCTTGCTGTTTGTTGGGTTGACATCTGGTTTCTTGATGCTTGTCGCTACCAAACTATTTGGATCAGTAGCGCTAACTGCTTTTGCGGGGCCAAAGAATGCAGACGTCATACCTGCCGCTAACAGATATATTCAGATTCGAGGTTTGGCATGGCCTGCAGTTCTCACTGGATGGGTTGCACAGAGTGCAAGTCTTGGCATGAAGGATTCATGGGGACCTTTGAAGGCTTTGGCAGTTGCAAGTATTGTAGATGGCATAGGTCATCTGGTCCTATGCACGTTTTTAGGCTATGGTATTGTTGGTGCTGCTTGGTCAACTATGGCATCACAGGTTATTGCGGCTTATATGATGGTAGGAGCTCTGAACAAGAAAGGATACAGTGCATATTCTCCATCTGTTCCCTCAACTGGTGAATTTTTGTCAATACTTGGCATTGCTGCTCCCATATTTCTAACCATGATGTCAAAGGTGGTCTTTTATTCTCTCCTCATCTATTATGCTACATCTATGGGCACACACACCATGGCTGCTCATCAGGCTCGAATGCTGCTCAAATCACTCTTGATCATAGGAGCTATATTTGGTTTAGTATTGGGGATTATCGGAACATCGGTTCCTCGTTTTTTCCCGAATCTCTTCACGCCTGAAGAAAAGATCATTCAGGAGATGCACAGAGTGTTGATTCCATATTTCTTGGCGCTAGTCATAACGCCCCCAACTCTTTGCTTAGAAGGGACATTATTGGCTGGACGAGACCTAAAATTTATTAGTTTGTCAATGTGTGGATGCCTTTCTCTCGGTGCCCTTTTATTGCTGGTTATAAGCAGCAGGGGTTATGGTTTGGTGGGTTGTTGGTACGCCCTCGTTGGATTTCAATGGGCTCGGTTTCTTAGCGCTCTTCGGCGTGTCCTCTCGCCCGATGGAGTGCTTTACTCTAGTGATTTAAGCCATTATAGACTGGTAAAGCAGAAGGCTGCATAGGTTACAGTCCATGCGACCTTACAGTAGGCATAATTCAATGCCCTTTTCAATGTCGTGGTCGGAGTGGATCGAAACCAAAAGGCCGTGAAGCCTGCAGGCAGCATTAATTAGCCTTATGATTTCACCAGCAACTCTTGGAGGTTCTTCTCCTTGGATGAAGCTGTAACAGAAAACAGAGCAGCTTTTATCTTTGGGTAATATCTGCTATGAGCTCGTTAGTAATTTCTGTCGTAATTCATGATTTGATTTATTATTCATTTGGTTTGCAAATTATTTTGAAAGAAAAAAAAA

Coding sequence (CDS)

ATGGCGGAGCATTCGCTCTCTCTCGCTCCGATCCATTTCCAGGCGCCAAAGATGTCTTTCAGAACCCTCCATTGTCCTTCTTCGATCGCTGCTCGAATCCATATCCCCAGAGTTCTCGGACCATTCTCTCGCCCTTCCTTTCCCTTCACCCGCCATTCTTTCTCCACCAACACCTCCCCTTTATCCGTCGATGTATCGCCGCGGGTTCGCCGTCGGTTCGCGGTTCCTCGCGATAATCAGGAGCGGGAAGGCAGTAATGAGATTGACAATGAAGTACAGGAAAATGAGCAGTTATTGGGGATTGGAAGAGAAGAATTGGGGATCCAAGGGTTGTTGAGTCAGATGAAGGAGATTGTAACTTTTACTGGTCCGGCCATTGGATTGTGGATATGTGGACCGTTGATGAGTCTCATTGACACTGCGGTTATTGGCCAGGGGAGCGCTGTTGAGCTTGCTGCTTTGGGCCCAGCGACAGTTTTATGTGATTATACGAGCTTTGTGTTCATGTTTCTTAGTATTGCAACTTCAAATATGGTAGCCACGGCCCTTGCCAAACAGGATAAAAACGAAGTGCAGCATCACATATCTACATTGCTATTTGTTGGGTTGGTATCTGGTTTTTTGATGCTCTTAGCTACCAAACTATTGGGTTCAGTGGCGCTAACTGCTTTTGTGGGGACAAAGAATGCAAACATCATACCTGCTGCAAACACGTATATGCAGATTCGTGGTTTGGCATGGCCCGCAGTTCTTACTGGATGGGTTGCGCAGAGTGCAAGTCTTGGCATGAAAGATTCCTGGGGACCGTTGAAGGCTTTGGCAGTTGCGAGTATTGTAAATGGCATAGGTGATATTGTTCTATGCATGTTTTTAGGATATGGTATAGCTGGTGCTGCATGGGCAACTATGGCATCACAGGTTATTGCAGCTTATATGATGATAGAATCACTGAACAAGAAAGGATACAGTGGATATTCTCTGTCTATTCCCTCACCTACTGAATTCTTGTCAATACTTGCACTTGCTGCTCCTGTCATGAATCAAATATTCTACATGTGTAGCATTTTGGGTGAACCTCTTTCTCAAACTGCTCAGGCATTCATGCCTGGGTTGATAACCGGAGTGAATCGAAGGACTATTGGAACATCAGTTCCTTGGTTGTTCCCTAATCTCTTTACGCCCGATAAGAAGATTATTCAAGAGATGCATAAAGTGTTGATTCCATATTTCTTGGCGCTAGTCATAATGCCCGCAACCCTTAGCTTAGAAGGGTCATTATTGGCTGGACGAGACCTAAAATTCATTAGTTTGTCAATGTGTGGATGCTTTTCTCTTGGTGCCATTCTATTGCTGTTCCCAAAAATGCTTCTCAAACCCTTCCATGGTTCTTCTTCGGCCACCGCTCAAATCCATAACCACCAAATTCTCAGACCTCTACCTCGCCCTTCCTTTCCATTCACCCACCGACCTCTCTCCAACTCCGCCGTCCTCTTCCGTTCACTTTCATCCCCTTCATATGTCAATGTCGTGCCGTCGCGGATTCGCCGCCGATTTGCGGTTCCTTACGATGGTCATGAGCGGGAAGTCAGTATCCTCGAGATTGAGAGCGAAGTCGACGATGATTTACAACCAAATGAGCAGTCATTAGGGAACCAAGGTTTGTTGAGTCAGATGAAGGAGATCGTAACGTTTACTGGACCTGCTATTGGTTTGTGGATTTGTGGACCTTTGATGAGTCTCATTGACACTGCCGTTATTGGCCAGGGGAGCGCCGTTGAGCTTGCTGCTTTAGGCCCAGCTACGGTTCTATGTGATTATACGAGCTACGTGTTCATGTTTCTTAGTATCGCAACATCAAATATGGTAGCCACGGCCATTGCCAAACAGGATAAAAACGAAGTGCAGCATCATATATCTATCTTGCTGTTTGTTGGGTTGACATCTGGTTTCTTGATGCTTGTCGCTACCAAACTATTTGGATCAGTAGCGCTAACTGCTTTTGCGGGGCCAAAGAATGCAGACGTCATACCTGCCGCTAACAGATATATTCAGATTCGAGGTTTGGCATGGCCTGCAGTTCTCACTGGATGGGTTGCACAGAGTGCAAGTCTTGGCATGAAGGATTCATGGGGACCTTTGAAGGCTTTGGCAGTTGCAAGTATTGTAGATGGCATAGGTCATCTGGTCCTATGCACGTTTTTAGGCTATGGTATTGTTGGTGCTGCTTGGTCAACTATGGCATCACAGGTTATTGCGGCTTATATGATGGTAGGAGCTCTGAACAAGAAAGGATACAGTGCATATTCTCCATCTGTTCCCTCAACTGGTGAATTTTTGTCAATACTTGGCATTGCTGCTCCCATATTTCTAACCATGATGTCAAAGGTGGTCTTTTATTCTCTCCTCATCTATTATGCTACATCTATGGGCACACACACCATGGCTGCTCATCAGGCTCGAATGCTGCTCAAATCACTCTTGATCATAGGAGCTATATTTGGTTTAGTATTGGGGATTATCGGAACATCGGTTCCTCGTTTTTTCCCGAATCTCTTCACGCCTGAAGAAAAGATCATTCAGGAGATGCACAGAGTGTTGATTCCATATTTCTTGGCGCTAGTCATAACGCCCCCAACTCTTTGCTTAGAAGGGACATTATTGGCTGGACGAGACCTAAAATTTATTAGTTTGTCAATGTGTGGATGCCTTTCTCTCGGTGCCCTTTTATTGCTGGTTATAAGCAGCAGGGGTTATGGTTTGGTGGGTTGTTGGTACGCCCTCGTTGGATTTCAATGGGCTCGGTTTCTTAGCGCTCTTCGGCGTGTCCTCTCGCCCGATGGAGTGCTTTACTCTAGTGATTTAAGCCATTATAGACTGGTAAAGCAGAAGGCTGCATAG

Protein sequence

MAEHSLSLAPIHFQAPKMSFRTLHCPSSIAARIHIPRVLGPFSRPSFPFTRHSFSTNTSPLSVDVSPRVRRRFAVPRDNQEREGSNEIDNEVQENEQLLGIGREELGIQGLLSQMKEIVTFTGPAIGLWICGPLMSLIDTAVIGQGSAVELAALGPATVLCDYTSFVFMFLSIATSNMVATALAKQDKNEVQHHISTLLFVGLVSGFLMLLATKLLGSVALTAFVGTKNANIIPAANTYMQIRGLAWPAVLTGWVAQSASLGMKDSWGPLKALAVASIVNGIGDIVLCMFLGYGIAGAAWATMASQVIAAYMMIESLNKKGYSGYSLSIPSPTEFLSILALAAPVMNQIFYMCSILGEPLSQTAQAFMPGLITGVNRRTIGTSVPWLFPNLFTPDKKIIQEMHKVLIPYFLALVIMPATLSLEGSLLAGRDLKFISLSMCGCFSLGAILLLFPKMLLKPFHGSSSATAQIHNHQILRPLPRPSFPFTHRPLSNSAVLFRSLSSPSYVNVVPSRIRRRFAVPYDGHEREVSILEIESEVDDDLQPNEQSLGNQGLLSQMKEIVTFTGPAIGLWICGPLMSLIDTAVIGQGSAVELAALGPATVLCDYTSYVFMFLSIATSNMVATAIAKQDKNEVQHHISILLFVGLTSGFLMLVATKLFGSVALTAFAGPKNADVIPAANRYIQIRGLAWPAVLTGWVAQSASLGMKDSWGPLKALAVASIVDGIGHLVLCTFLGYGIVGAAWSTMASQVIAAYMMVGALNKKGYSAYSPSVPSTGEFLSILGIAAPIFLTMMSKVVFYSLLIYYATSMGTHTMAAHQARMLLKSLLIIGAIFGLVLGIIGTSVPRFFPNLFTPEEKIIQEMHRVLIPYFLALVITPPTLCLEGTLLAGRDLKFISLSMCGCLSLGALLLLVISSRGYGLVGCWYALVGFQWARFLSALRRVLSPDGVLYSSDLSHYRLVKQKAA

Homology

[Close]

BLAST of CmaCh02G003670 vs. ExPASy Swiss-Prot
Match: Q8W4G3 (Protein DETOXIFICATION 46, chloroplastic OS=Arabidopsis thaliana OX=3702 GN=DTX46 PE=2 SV=1)

HSP 1 Score: 577.0 bits (1486), Expect = 3.9e-163
Identity = 303/480 (63.12%), Postives = 367/480 (76.46%), Query Frame = 0


Query: 523 DGHEREVSILEIESEVDDDLQPNEQSLGNQGLLSQMKEIVTFTGPAIGLWICGPLMSLID 582
           D     +S +E+E+EV+   +     L  Q +  QMKEIV FTGPA GLW+CGPLMSLID
Sbjct: 84  DAANGSISPVEVEAEVE---EVKVDDLATQSIWGQMKEIVMFTGPAAGLWLCGPLMSLID 143

Query: 583 TAVIGQGSAVELAALGPATVLCDYTSYVFMFLSIATSNMVATAIAKQDKNEVQHHISILL 642
           TAVIGQGS++ELAALGPATV+CDY  Y FMFLS+ATSN+VAT++A+QDK+EVQH ISILL
Sbjct: 144 TAVIGQGSSLELAALGPATVICDYLCYTFMFLSVATSNLVATSLARQDKDEVQHQISILL 203

Query: 643 FVGLTSGFLMLVATKLFGSVALTAFAGPKNADVIPAANRYIQIRGLAWPAVLTGWVAQSA 702
           F+GL  G  M+V T+LFGS ALTAF G KNAD++PAAN+Y+QIRGLAWPAVL GWVAQSA
Sbjct: 204 FIGLACGVTMMVLTRLFGSWALTAFTGVKNADIVPAANKYVQIRGLAWPAVLIGWVAQSA 263

Query: 703 SLGMKDSWGPLKALAVASIVDGIGHLVLCTFLGYGIVGAAWSTMASQVIAAYMMVGALNK 762
           SLGMKDSWGPLKALAVAS ++G+G +VLCTFLGYGI GAAW+TM SQV+AAYMM+ ALNK
Sbjct: 264 SLGMKDSWGPLKALAVASAINGVGDVVLCTFLGYGIAGAAWATMVSQVVAAYMMMDALNK 323

Query: 763 KGYSAYSPSVPSTGEFLSILGIAAPIFLTMMSKVVFYSLLIYYATSMGTHTMAAHQ---- 822
           KGYSA+S  VPS  E L+I G+AAP+F+TMMSKV+FY+LL+Y+ATSMGT+ +AAHQ    
Sbjct: 324 KGYSAFSFCVPSPSELLTIFGLAAPVFITMMSKVLFYTLLVYFATSMGTNIIAAHQVMLQ 383

Query: 823 ---------------------------------ARMLLKSLLIIGAIFGLVLGIIGTSVP 882
                                            AR+LLKSL+IIGA  G+V+G IGT+VP
Sbjct: 384 IYTMSTVWGEPLSQTAQSFMPELLFGINRNLPKARVLLKSLVIIGATLGIVVGTIGTAVP 443

Query: 883 RFFPNLFTPEEKIIQEMHRVLIPYFLALVITPPTLCLEGTLLAGRDLKFISLSMCGCLSL 942
             FP +FT ++ +  EMH+V+IPYFLAL ITP T  LEGTLLAGRDL++ISLSM GCL++
Sbjct: 444 WLFPGIFTRDKVVTSEMHKVIIPYFLALSITPSTHSLEGTLLAGRDLRYISLSMTGCLAV 503

Query: 943 GALLLLVISSRGYGLVGCWYALVGFQWARFLSALRRVLSPDGVLYSSDLSHYRLVKQKAA 966
             LLL+++S+ G+GL GCWYALVGFQWARF  +L R+LS DGVLYS D S Y   K KAA
Sbjct: 504 AGLLLMLLSNGGFGLRGCWYALVGFQWARFSLSLFRLLSRDGVLYSEDTSRY-AEKVKAA 559

[Close]

BLAST of CmaCh02G003670 vs. ExPASy Swiss-Prot
Match: Q945F0 (Protein DETOXIFICATION 47, chloroplastic OS=Arabidopsis thaliana OX=3702 GN=DTX47 PE=2 SV=1)

HSP 1 Score: 517.7 bits (1332), Expect = 2.8e-145
Identity = 281/524 (53.63%), Postives = 365/524 (69.66%), Query Frame = 0


Query: 487 THRPLSNSAVLFRS-----LSSPSYVNVVPSRIRRRFAVPYDGHEREV-SILEIESEVDD 546
           +H+ L   +V+ R       ++PS+ +  P  IRRR  +     ER   + + I+ E+D+
Sbjct: 25  SHQTLVAESVITRRTLGAITATPSF-HKNPVVIRRRIKL-----ERVTRNCVRIDREIDE 84

Query: 547 DLQPNEQSLGN---QGLLSQMKEIVTFTGPAIGLWICGPLMSLIDTAVIGQGSAVELAAL 606
           + +  E+  G+   Q +  QMKEIV FTGPA+G+WICGPLMSLIDT VIGQGS++ELAAL
Sbjct: 85  EEEEEEKERGDLVKQSIWEQMKEIVKFTGPAMGMWICGPLMSLIDTVVIGQGSSIELAAL 144

Query: 607 GPATVLCDYTSYVFMFLSIATSNMVATAIAKQDKNEVQHHISILLFVGLTSGFLMLVATK 666
           GP TVLCD+ SYVFMFLS+ATSNMVAT++AKQDK E QH IS+LLF+GL  G +ML+ T+
Sbjct: 145 GPGTVLCDHMSYVFMFLSVATSNMVATSLAKQDKKEAQHQISVLLFIGLVCGLMMLLLTR 204

Query: 667 LFGSVALTAFAGPKNADVIPAANRYIQIRGLAWPAVLTGWVAQSASLGMKDSWGPLKALA 726
           LFG  A+TAF   KN +++PAAN+YIQIRGLAWP +L G VAQSASLGMK+SWGPLKALA
Sbjct: 205 LFGPWAVTAFTRGKNIEIVPAANKYIQIRGLAWPFILVGLVAQSASLGMKNSWGPLKALA 264

Query: 727 VASIVDGIGHLVLCTFLGYGIVGAAWSTMASQVIAAYMMVGALNKKGYSAYSPSVPSTGE 786
            A+I++G+G  +LC FLG GI GAAW+T ASQ+++AYMM+ +LNK+GY+AYS ++PS  E
Sbjct: 265 AATIINGLGDTILCLFLGQGIAGAAWATTASQIVSAYMMMDSLNKEGYNAYSFAIPSPQE 324

Query: 787 FLSILGIAAPIFLTMMSKVVFYSLLIYYATSMGTHTMAAHQ------------------- 846
              I  +AAP+F+++ SK+ FYS +IY ATSMGTH +AAHQ                   
Sbjct: 325 LWKISALAAPVFISIFSKIAFYSFIIYCATSMGTHVLAAHQVMAQTYRMCNVWGEPLSQT 384

Query: 847 ------------------ARMLLKSLLIIGAIFGLVLGIIGTSVPRFFPNLFTPEEKIIQ 906
                             AR LLKSL+IIGA  GLVLG+IGT+VP  FP ++T ++ II 
Sbjct: 385 AQSFMPEMLYGANRNLPKARTLLKSLMIIGATLGLVLGVIGTAVPGLFPGVYTHDKVIIS 444

Query: 907 EMHRVLIPYFLALVITPPTLCLEGTLLAGRDLKFISLSMCGCLSLGALLLLVISSRGYGL 965
           EMHR+LIP+F+AL   P T+ LEGTLLAGRDLKF+S  M     +G L L+ ++  GYGL
Sbjct: 445 EMHRLLIPFFMALSALPMTVSLEGTLLAGRDLKFVSSVMSSSFIIGCLTLMFVTRSGYGL 504

[Close]

BLAST of CmaCh02G003670 vs. ExPASy Swiss-Prot
Match: Q84K71 (Protein DETOXIFICATION 44, chloroplastic OS=Arabidopsis thaliana OX=3702 GN=DTX44 PE=2 SV=1)

HSP 1 Score: 77.0 bits (188), Expect = 1.3e-12
Identity = 60/213 (28.17%), Postives = 107/213 (50.23%), Query Frame = 0


Query: 117 EIVTFTGPAIGLWICGPLMSLIDTAVIGQGSAVELAALGPATVLCDYTSFVF--MFLSIA 176
           EI++   PA       P+ SL+DTA +G   + ELAA+G +  + +  S +F    L++ 
Sbjct: 79  EIMSIALPAALALAADPITSLVDTAFVGHIGSAELAAVGVSVSVFNLVSKLFNVPLLNVT 138

Query: 177 TSNMV-ATALAKQDKNE-------VQHHISTLLFVGLVSGFLMLLATKLLGSVALTAFVG 236
           TS +    A+A +D N+       V   +ST L +    G    +A  L     +     
Sbjct: 139 TSFVAEEQAIAAKDDNDSIETSKKVLPSVSTSLVLAAGVGIAEAIALSLGSDFLMDVMAI 198

Query: 237 TKNANIIPAANTYMQIRGLAWPAVLTGWVAQSASLGMKDSWGPLKALAVASIVNGIGDIV 296
             ++ +   A  ++++R    P ++    AQ A  G KD+  PL A+   +++N + D +
Sbjct: 199 PFDSPMRIPAEQFLRLRAYGAPPIVVALAAQGAFRGFKDTTTPLYAVVAGNVLNAVLDPI 258

Query: 297 LCMFLGYGIAGAAWATMASQVIAAYMMIESLNK 320
           L   LG+GI+GAA AT+ S+ + A++++  LN+
Sbjct: 259 LIFVLGFGISGAAAATVISEYLIAFILLWKLNE 291

[Close]

BLAST of CmaCh02G003670 vs. ExPASy Swiss-Prot
Match: P28303 (DNA damage-inducible protein F OS=Escherichia coli (strain K12) OX=83333 GN=dinF PE=2 SV=1)

HSP 1 Score: 68.2 bits (165), Expect = 5.9e-10
Identity = 73/243 (30.04%), Postives = 116/243 (47.74%), Query Frame = 0


Query: 111 LLSQMKEIVTFTGPAIGLWICGPLMSLIDTAVIGQGSAVELAALGPATVLCDYTSFVFM- 170
           L S  K +     P I   I  PL+ L+DTAVIG   +     LG   V    TSF+FM 
Sbjct: 22  LTSSDKALWHLALPMIFSNITVPLLGLVDTAVIGHLDSP--VYLGGVAVGATATSFLFML 81

Query: 171 --FLSIATSNMVATALAKQDKNEVQHHISTLLFVGLVSGFLMLLATKLLGSVALTAFVGT 230
             FL ++T+ + A A   ++   +   +   L + L +G L+ L    +  +AL    G+
Sbjct: 82  LLFLRMSTTGLTAQAYGAKNPQALARTLVQPLLLALGAGALIALLRTPIIDLALHIVGGS 141

Query: 231 KNANIIPAANTYMQIRGLAWPAVLTGWVAQSASLGMKDSWGPLKALAVASIVNGIGDIVL 290
           +   ++  A  +++IR L+ PA L   V     LG++ +  P+  L V +I+N + D+ L
Sbjct: 142 E--AVLEQARRFLEIRWLSAPASLANLVLLGWLLGVQYARAPVILLVVGNILNIVLDVWL 201

Query: 291 CMFLGYGIAGAAWATM----ASQVIAAYMMIESLNKKGYSGYSLSIPSPTEFLSILALAA 347
            M L   + GAA AT+    A+ +I   M+ + L  +G SG  L       F  +LAL  
Sbjct: 202 VMGLHMNVQGAALATVIAEYATLLIGLLMVRKILKLRGISGEMLKTAWRGNFRRLLALNR 260

[Close]

BLAST of CmaCh02G003670 vs. ExPASy Swiss-Prot
Match: Q9SYD6 (Protein DETOXIFICATION 42 OS=Arabidopsis thaliana OX=3702 GN=DTX42 PE=2 SV=2)

HSP 1 Score: 54.7 bits (130), Expect = 6.8e-06
Identity = 103/461 (22.34%), Postives = 169/461 (36.66%), Query Frame = 0


Query: 560 EIVTFTGPAIGLWICGPLMSLIDTAVIGQGSAVELAALGPATVLCDYTSYVFMF--LSIA 619
           EI     PA       P+ SL+DTA IGQ   VELAA+G +  L +  S + +F  +SI 
Sbjct: 35  EIARIALPAALALTADPIASLVDTAFIGQIGPVELAAVGVSIALFNQVSRIAIFPLVSIT 94

Query: 620 TSNMVATAIAKQDKNEVQHH---------------------------------------- 679
           TS +         ++ V+ H                                        
Sbjct: 95  TSFVAEEDACSSQQDTVRDHKECIEIGINNPTEETIELIPEKHKDSLSDEFKTSSSIFSI 154

Query: 680 ------------ISILLFVGLTSGFLMLVATKLFGSVALTAFAGPK-NADVIPAANRYIQ 739
                        S  L +G   G    V   +  +  L +F G K ++ ++  + RY+ 
Sbjct: 155 SKPPAKKRNIPSASSALIIGGVLGLFQAVFL-ISAAKPLLSFMGVKHDSPMMRPSQRYLS 214

Query: 740 IRGLAWPAVLTGWVAQSASLGMKDSWGPLKALAVASIVDGIGHLVLCTFLGYGIVGAAWS 799
           +R L  PAVL    AQ    G KD+  PL A  +  + + I   +       G+ GAA  
Sbjct: 215 LRSLGAPAVLLSLAAQGVFRGFKDTTTPLFATVIGDVTNIILDPIFIFVFRLGVTGAA-- 274

Query: 800 TMASQVIAAYMMVGALNKKGYSAYSPSVPST----------GEFLSILGIAAPIFLTMMS 859
              + VI+ Y+M G L  K          ST            FL ++ + A  F   +S
Sbjct: 275 --TAHVISQYLMCGILLWKLMGQVDIFNMSTKHLQFCRFMKNGFLLLMRVIAVTFCVTLS 334

Query: 860 KVVF------------YSLLIYYATSM--------GTHTMAA-------HQARMLLKSLL 919
             +               L ++ ATS+        G   +A+        +A      +L
Sbjct: 335 ASLAAREGSTSMAAFQVCLQVWLATSLLADGYAVAGQAILASAFAKKDYKRAAATASRVL 394

Query: 920 IIGAIFGLVLGIIGTSVPRFFPNLFTPEEKIIQEMHRVLIPYFLAL-VITPPTLCLEGTL 928
            +G + G VL +I  +   F   +FT ++K++  +  + +P+      I       +G  
Sbjct: 395 QLGLVLGFVLAVILGAGLHFGARVFTKDDKVL-HLISIGLPFVAGTQPINALAFVFDGVN 454

[Close]

BLAST of CmaCh02G003670 vs. TAIR 10
Match: AT2G21340.1 (MATE efflux family protein )

HSP 1 Score: 577.0 bits (1486), Expect = 2.8e-164
Identity = 303/480 (63.12%), Postives = 367/480 (76.46%), Query Frame = 0


Query: 523 DGHEREVSILEIESEVDDDLQPNEQSLGNQGLLSQMKEIVTFTGPAIGLWICGPLMSLID 582
           D     +S +E+E+EV+   +     L  Q +  QMKEIV FTGPA GLW+CGPLMSLID
Sbjct: 84  DAANGSISPVEVEAEVE---EVKVDDLATQSIWGQMKEIVMFTGPAAGLWLCGPLMSLID 143

Query: 583 TAVIGQGSAVELAALGPATVLCDYTSYVFMFLSIATSNMVATAIAKQDKNEVQHHISILL 642
           TAVIGQGS++ELAALGPATV+CDY  Y FMFLS+ATSN+VAT++A+QDK+EVQH ISILL
Sbjct: 144 TAVIGQGSSLELAALGPATVICDYLCYTFMFLSVATSNLVATSLARQDKDEVQHQISILL 203

Query: 643 FVGLTSGFLMLVATKLFGSVALTAFAGPKNADVIPAANRYIQIRGLAWPAVLTGWVAQSA 702
           F+GL  G  M+V T+LFGS ALTAF G KNAD++PAAN+Y+QIRGLAWPAVL GWVAQSA
Sbjct: 204 FIGLACGVTMMVLTRLFGSWALTAFTGVKNADIVPAANKYVQIRGLAWPAVLIGWVAQSA 263

Query: 703 SLGMKDSWGPLKALAVASIVDGIGHLVLCTFLGYGIVGAAWSTMASQVIAAYMMVGALNK 762
           SLGMKDSWGPLKALAVAS ++G+G +VLCTFLGYGI GAAW+TM SQV+AAYMM+ ALNK
Sbjct: 264 SLGMKDSWGPLKALAVASAINGVGDVVLCTFLGYGIAGAAWATMVSQVVAAYMMMDALNK 323

Query: 763 KGYSAYSPSVPSTGEFLSILGIAAPIFLTMMSKVVFYSLLIYYATSMGTHTMAAHQ---- 822
           KGYSA+S  VPS  E L+I G+AAP+F+TMMSKV+FY+LL+Y+ATSMGT+ +AAHQ    
Sbjct: 324 KGYSAFSFCVPSPSELLTIFGLAAPVFITMMSKVLFYTLLVYFATSMGTNIIAAHQVMLQ 383

Query: 823 ---------------------------------ARMLLKSLLIIGAIFGLVLGIIGTSVP 882
                                            AR+LLKSL+IIGA  G+V+G IGT+VP
Sbjct: 384 IYTMSTVWGEPLSQTAQSFMPELLFGINRNLPKARVLLKSLVIIGATLGIVVGTIGTAVP 443

Query: 883 RFFPNLFTPEEKIIQEMHRVLIPYFLALVITPPTLCLEGTLLAGRDLKFISLSMCGCLSL 942
             FP +FT ++ +  EMH+V+IPYFLAL ITP T  LEGTLLAGRDL++ISLSM GCL++
Sbjct: 444 WLFPGIFTRDKVVTSEMHKVIIPYFLALSITPSTHSLEGTLLAGRDLRYISLSMTGCLAV 503

Query: 943 GALLLLVISSRGYGLVGCWYALVGFQWARFLSALRRVLSPDGVLYSSDLSHYRLVKQKAA 966
             LLL+++S+ G+GL GCWYALVGFQWARF  +L R+LS DGVLYS D S Y   K KAA
Sbjct: 504 AGLLLMLLSNGGFGLRGCWYALVGFQWARFSLSLFRLLSRDGVLYSEDTSRY-AEKVKAA 559

[Close]

BLAST of CmaCh02G003670 vs. TAIR 10
Match: AT2G21340.2 (MATE efflux family protein )

HSP 1 Score: 568.2 bits (1463), Expect = 1.3e-161
Identity = 301/480 (62.71%), Postives = 365/480 (76.04%), Query Frame = 0


Query: 523 DGHEREVSILEIESEVDDDLQPNEQSLGNQGLLSQMKEIVTFTGPAIGLWICGPLMSLID 582
           D     +S +E+E+EV+   +     L  Q +  QMKEIV FTGPA GLW+CGPLMSLID
Sbjct: 84  DAANGSISPVEVEAEVE---EVKVDDLATQSIWGQMKEIVMFTGPAAGLWLCGPLMSLID 143

Query: 583 TAVIGQGSAVELAALGPATVLCDYTSYVFMFLSIATSNMVATAIAKQDKNEVQHHISILL 642
           TAVIGQGS++ELAALGPATV+CDY  Y FMFLS+ATSN+VAT++A+QDK+EVQH ISILL
Sbjct: 144 TAVIGQGSSLELAALGPATVICDYLCYTFMFLSVATSNLVATSLARQDKDEVQHQISILL 203

Query: 643 FVGLTSGFLMLVATKLFGSVALTAFAGPKNADVIPAANRYIQIRGLAWPAVLTGWVAQSA 702
           F+GL  G  M+V T+LFGS ALT   G KNAD++PAAN+Y+QIRGLAWPAVL GWVAQSA
Sbjct: 204 FIGLACGVTMMVLTRLFGSWALT---GVKNADIVPAANKYVQIRGLAWPAVLIGWVAQSA 263

Query: 703 SLGMKDSWGPLKALAVASIVDGIGHLVLCTFLGYGIVGAAWSTMASQVIAAYMMVGALNK 762
           SLGMKDSWGPLKALAVAS ++G+G +VLCTFLGYGI GAAW+TM SQV+AAYMM+ ALNK
Sbjct: 264 SLGMKDSWGPLKALAVASAINGVGDVVLCTFLGYGIAGAAWATMVSQVVAAYMMMDALNK 323

Query: 763 KGYSAYSPSVPSTGEFLSILGIAAPIFLTMMSKVVFYSLLIYYATSMGTHTMAAHQ---- 822
           KGYSA+S  VPS  E L+I G+AAP+F+TMMSKV+FY+LL+Y+ATSMGT+ +AAHQ    
Sbjct: 324 KGYSAFSFCVPSPSELLTIFGLAAPVFITMMSKVLFYTLLVYFATSMGTNIIAAHQVMLQ 383

Query: 823 ---------------------------------ARMLLKSLLIIGAIFGLVLGIIGTSVP 882
                                            AR+LLKSL+IIGA  G+V+G IGT+VP
Sbjct: 384 IYTMSTVWGEPLSQTAQSFMPELLFGINRNLPKARVLLKSLVIIGATLGIVVGTIGTAVP 443

Query: 883 RFFPNLFTPEEKIIQEMHRVLIPYFLALVITPPTLCLEGTLLAGRDLKFISLSMCGCLSL 942
             FP +FT ++ +  EMH+V+IPYFLAL ITP T  LEGTLLAGRDL++ISLSM GCL++
Sbjct: 444 WLFPGIFTRDKVVTSEMHKVIIPYFLALSITPSTHSLEGTLLAGRDLRYISLSMTGCLAV 503

Query: 943 GALLLLVISSRGYGLVGCWYALVGFQWARFLSALRRVLSPDGVLYSSDLSHYRLVKQKAA 966
             LLL+++S+ G+GL GCWYALVGFQWARF  +L R+LS DGVLYS D S Y   K KAA
Sbjct: 504 AGLLLMLLSNGGFGLRGCWYALVGFQWARFSLSLFRLLSRDGVLYSEDTSRY-AEKVKAA 556

[Close]

BLAST of CmaCh02G003670 vs. TAIR 10
Match: AT4G39030.1 (MATE efflux family protein )

HSP 1 Score: 517.7 bits (1332), Expect = 2.0e-146
Identity = 281/524 (53.63%), Postives = 365/524 (69.66%), Query Frame = 0


Query: 487 THRPLSNSAVLFRS-----LSSPSYVNVVPSRIRRRFAVPYDGHEREV-SILEIESEVDD 546
           +H+ L   +V+ R       ++PS+ +  P  IRRR  +     ER   + + I+ E+D+
Sbjct: 25  SHQTLVAESVITRRTLGAITATPSF-HKNPVVIRRRIKL-----ERVTRNCVRIDREIDE 84

Query: 547 DLQPNEQSLGN---QGLLSQMKEIVTFTGPAIGLWICGPLMSLIDTAVIGQGSAVELAAL 606
           + +  E+  G+   Q +  QMKEIV FTGPA+G+WICGPLMSLIDT VIGQGS++ELAAL
Sbjct: 85  EEEEEEKERGDLVKQSIWEQMKEIVKFTGPAMGMWICGPLMSLIDTVVIGQGSSIELAAL 144

Query: 607 GPATVLCDYTSYVFMFLSIATSNMVATAIAKQDKNEVQHHISILLFVGLTSGFLMLVATK 666
           GP TVLCD+ SYVFMFLS+ATSNMVAT++AKQDK E QH IS+LLF+GL  G +ML+ T+
Sbjct: 145 GPGTVLCDHMSYVFMFLSVATSNMVATSLAKQDKKEAQHQISVLLFIGLVCGLMMLLLTR 204

Query: 667 LFGSVALTAFAGPKNADVIPAANRYIQIRGLAWPAVLTGWVAQSASLGMKDSWGPLKALA 726
           LFG  A+TAF   KN +++PAAN+YIQIRGLAWP +L G VAQSASLGMK+SWGPLKALA
Sbjct: 205 LFGPWAVTAFTRGKNIEIVPAANKYIQIRGLAWPFILVGLVAQSASLGMKNSWGPLKALA 264

Query: 727 VASIVDGIGHLVLCTFLGYGIVGAAWSTMASQVIAAYMMVGALNKKGYSAYSPSVPSTGE 786
            A+I++G+G  +LC FLG GI GAAW+T ASQ+++AYMM+ +LNK+GY+AYS ++PS  E
Sbjct: 265 AATIINGLGDTILCLFLGQGIAGAAWATTASQIVSAYMMMDSLNKEGYNAYSFAIPSPQE 324

Query: 787 FLSILGIAAPIFLTMMSKVVFYSLLIYYATSMGTHTMAAHQ------------------- 846
              I  +AAP+F+++ SK+ FYS +IY ATSMGTH +AAHQ                   
Sbjct: 325 LWKISALAAPVFISIFSKIAFYSFIIYCATSMGTHVLAAHQVMAQTYRMCNVWGEPLSQT 384

Query: 847 ------------------ARMLLKSLLIIGAIFGLVLGIIGTSVPRFFPNLFTPEEKIIQ 906
                             AR LLKSL+IIGA  GLVLG+IGT+VP  FP ++T ++ II 
Sbjct: 385 AQSFMPEMLYGANRNLPKARTLLKSLMIIGATLGLVLGVIGTAVPGLFPGVYTHDKVIIS 444

Query: 907 EMHRVLIPYFLALVITPPTLCLEGTLLAGRDLKFISLSMCGCLSLGALLLLVISSRGYGL 965
           EMHR+LIP+F+AL   P T+ LEGTLLAGRDLKF+S  M     +G L L+ ++  GYGL
Sbjct: 445 EMHRLLIPFFMALSALPMTVSLEGTLLAGRDLKFVSSVMSSSFIIGCLTLMFVTRSGYGL 504

[Close]

BLAST of CmaCh02G003670 vs. TAIR 10
Match: AT2G38330.1 (MATE efflux family protein )

HSP 1 Score: 77.0 bits (188), Expect = 9.1e-14
Identity = 60/213 (28.17%), Postives = 107/213 (50.23%), Query Frame = 0


Query: 117 EIVTFTGPAIGLWICGPLMSLIDTAVIGQGSAVELAALGPATVLCDYTSFVF--MFLSIA 176
           EI++   PA       P+ SL+DTA +G   + ELAA+G +  + +  S +F    L++ 
Sbjct: 79  EIMSIALPAALALAADPITSLVDTAFVGHIGSAELAAVGVSVSVFNLVSKLFNVPLLNVT 138

Query: 177 TSNMV-ATALAKQDKNE-------VQHHISTLLFVGLVSGFLMLLATKLLGSVALTAFVG 236
           TS +    A+A +D N+       V   +ST L +    G    +A  L     +     
Sbjct: 139 TSFVAEEQAIAAKDDNDSIETSKKVLPSVSTSLVLAAGVGIAEAIALSLGSDFLMDVMAI 198

Query: 237 TKNANIIPAANTYMQIRGLAWPAVLTGWVAQSASLGMKDSWGPLKALAVASIVNGIGDIV 296
             ++ +   A  ++++R    P ++    AQ A  G KD+  PL A+   +++N + D +
Sbjct: 199 PFDSPMRIPAEQFLRLRAYGAPPIVVALAAQGAFRGFKDTTTPLYAVVAGNVLNAVLDPI 258

Query: 297 LCMFLGYGIAGAAWATMASQVIAAYMMIESLNK 320
           L   LG+GI+GAA AT+ S+ + A++++  LN+
Sbjct: 259 LIFVLGFGISGAAAATVISEYLIAFILLWKLNE 291

[Close]

BLAST of CmaCh02G003670 vs. TAIR 10
Match: AT1G51340.2 (MATE efflux family protein )

HSP 1 Score: 54.7 bits (130), Expect = 4.8e-07
Identity = 103/461 (22.34%), Postives = 169/461 (36.66%), Query Frame = 0


Query: 560 EIVTFTGPAIGLWICGPLMSLIDTAVIGQGSAVELAALGPATVLCDYTSYVFMF--LSIA 619
           EI     PA       P+ SL+DTA IGQ   VELAA+G +  L +  S + +F  +SI 
Sbjct: 35  EIARIALPAALALTADPIASLVDTAFIGQIGPVELAAVGVSIALFNQVSRIAIFPLVSIT 94

Query: 620 TSNMVATAIAKQDKNEVQHH---------------------------------------- 679
           TS +         ++ V+ H                                        
Sbjct: 95  TSFVAEEDACSSQQDTVRDHKECIEIGINNPTEETIELIPEKHKDSLSDEFKTSSSIFSI 154

Query: 680 ------------ISILLFVGLTSGFLMLVATKLFGSVALTAFAGPK-NADVIPAANRYIQ 739
                        S  L +G   G    V   +  +  L +F G K ++ ++  + RY+ 
Sbjct: 155 SKPPAKKRNIPSASSALIIGGVLGLFQAVFL-ISAAKPLLSFMGVKHDSPMMRPSQRYLS 214

Query: 740 IRGLAWPAVLTGWVAQSASLGMKDSWGPLKALAVASIVDGIGHLVLCTFLGYGIVGAAWS 799
           +R L  PAVL    AQ    G KD+  PL A  +  + + I   +       G+ GAA  
Sbjct: 215 LRSLGAPAVLLSLAAQGVFRGFKDTTTPLFATVIGDVTNIILDPIFIFVFRLGVTGAA-- 274

Query: 800 TMASQVIAAYMMVGALNKKGYSAYSPSVPST----------GEFLSILGIAAPIFLTMMS 859
              + VI+ Y+M G L  K          ST            FL ++ + A  F   +S
Sbjct: 275 --TAHVISQYLMCGILLWKLMGQVDIFNMSTKHLQFCRFMKNGFLLLMRVIAVTFCVTLS 334

Query: 860 KVVF------------YSLLIYYATSM--------GTHTMAA-------HQARMLLKSLL 919
             +               L ++ ATS+        G   +A+        +A      +L
Sbjct: 335 ASLAAREGSTSMAAFQVCLQVWLATSLLADGYAVAGQAILASAFAKKDYKRAAATASRVL 394

Query: 920 IIGAIFGLVLGIIGTSVPRFFPNLFTPEEKIIQEMHRVLIPYFLAL-VITPPTLCLEGTL 928
            +G + G VL +I  +   F   +FT ++K++  +  + +P+      I       +G  
Sbjct: 395 QLGLVLGFVLAVILGAGLHFGARVFTKDDKVL-HLISIGLPFVAGTQPINALAFVFDGVN 454

The following BLAST results are available for this feature:

BLAST of CmaCh02G003670 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q8W4G3	3.9e-163	63.13	Protein DETOXIFICATION 46, chloroplastic OS=Arabidopsis thaliana OX=3702 GN=DTX4...	[more]
Q945F0	2.8e-145	53.63	Protein DETOXIFICATION 47, chloroplastic OS=Arabidopsis thaliana OX=3702 GN=DTX4...	[more]
Q84K71	1.3e-12	28.17	Protein DETOXIFICATION 44, chloroplastic OS=Arabidopsis thaliana OX=3702 GN=DTX4...	[more]
P28303	5.9e-10	30.04	DNA damage-inducible protein F OS=Escherichia coli (strain K12) OX=83333 GN=dinF...	[more]
Q9SYD6	6.8e-06	22.34	Protein DETOXIFICATION 42 OS=Arabidopsis thaliana OX=3702 GN=DTX42 PE=2 SV=2	[more]

BLAST of CmaCh02G003670 vs. TAIR 10


Match Name	E-value	Identity	Description
AT2G21340.1	2.8e-164	63.13	MATE efflux family protein	[more]
AT2G21340.2	1.3e-161	62.71	MATE efflux family protein	[more]
AT4G39030.1	2.0e-146	53.63	MATE efflux family protein	[more]
AT2G38330.1	9.1e-14	28.17	MATE efflux family protein	[more]
AT1G51340.2	4.8e-07	22.34	MATE efflux family protein	[more]

InterPro

Analysis Name: InterPro Annotations of Cucurbita maxima (Rimu) v1.1
Date Performed: 2021-10-25

Position :

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IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR002528	Multi antimicrobial extrusion protein	PFAM	PF01554	MatE	coord: 572..721 e-value: 5.3E-11 score: 42.4 coord: 129..282 e-value: 2.5E-11 score: 43.5
None	No IPR available	PANTHER	PTHR42893:SF30	PROTEIN DETOXIFICATION 46, CHLOROPLASTIC	coord: 379..451 coord: 820..954 coord: 345..378
None	No IPR available	PANTHER	PTHR42893:SF30	PROTEIN DETOXIFICATION 46, CHLOROPLASTIC	coord: 77..346
None	No IPR available	PANTHER	PTHR42893:SF30	PROTEIN DETOXIFICATION 46, CHLOROPLASTIC	coord: 526..819
IPR044644	Multi antimicrobial extrusion protein DinF-like	PANTHER	PTHR42893	PROTEIN DETOXIFICATION 44, CHLOROPLASTIC-RELATED	coord: 379..451 coord: 526..819
IPR044644	Multi antimicrobial extrusion protein DinF-like	PANTHER	PTHR42893	PROTEIN DETOXIFICATION 44, CHLOROPLASTIC-RELATED	coord: 820..954 coord: 77..346 coord: 345..378

Relationships

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


Feature Name	Unique Name	Type
CmaCh02G003670.1	CmaCh02G003670.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0055085	transmembrane transport
biological_process	GO:0042908	xenobiotic transport
cellular_component	GO:0016021	integral component of membrane
cellular_component	GO:0016020	membrane
molecular_function	GO:0015297	antiporter activity
molecular_function	GO:0042910	xenobiotic transmembrane transporter activity