Entry information : MpPrx[P]97(Mapoly0095s0036)
Entry ID 14706
Creation 2017-12-12 (Christophe Dunand)
Last sequence changes 2017-12-12 (Christophe Dunand)
Sequence status theoretical translation / pseudogene
Reviewer Not yet reviewed
Last annotation changes 2017-12-14 (Christophe Dunand)
Peroxidase information: MpPrx[P]97(Mapoly0095s0036)
Name MpPrx[P]97(Mapoly0095s0036)
Class Class III peroxidase     [Orthogroup: Prx214]*
Taxonomy Eukaryota Viridiplantae Streptophyta Marchantiaceae Marchantia
Organism Marchantia polymorpha    [TaxId: 3197 ]
Cellular localisation N/D
Tissue type N/D
Inducer N/D
Repressor N/D
Best BLASTp hits
Perox score E-value MpPrx[P]97
start..stop
S start..stop
MpPrx74 280 6e-94 86..287 6..205
MpPrx103 188 3e-58 130..287 32..186
MpPrx104 187 6e-58 130..287 32..186
MpPrx105 185 3e-57 130..287 32..186
Literature and cross-references MpPrx[P]97(Mapoly0095s0036)
Protein sequence: MpPrx[P]97(Mapoly0095s0036)
Sequence Properties
first value : protein
second value (mature protein)
Length (aa):   %s   291
PWM (Da):   %s   31227.88 Transmb domain:   %s   i78-100o
PI (pH):   %s   6.76
Sequence
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Send to Peroxiscan
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MASALNRGNS LKVPLPKASL LTRTASFPTD SSQRVSGAFQ GPAATAPLMR GDTFKAGAST DSASVRWGSM KGAGKMAAST LKLAVLLFIG VYLYGAVSYA RSIRYPSRVV TTEMLYRRLE  EAGDTVPEHF HLYSCPQATF VVSELVNKFV TTDPNLAGGL EVLQFHDCFV RGCDASILLN STSATTPEKD ASPKADQESL RGFEQIDKIR AALEEACPDI VTCADILALV ARDPTLKAGG 
PSWSVVLGRR EGFVFLEAEA KISLPSPLSN FSSLVQNFEL VKCTMDETSS Y* 

Retrieve as FASTA  
Remarks Pseudo from genomic. End of exon 3 and exon 4 are missing. No expression data.
DNA
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
ATTTAACACG AGATCAGCAG TCACGAGAAG CTCACTCCAA GTCGAGCTTT ATCAAAGTCA ACAGAGTATA ACTCGTAGTG CTCAAGTGAG GATGACATCT TAGTGACATC AGAGGTTGCT  ATATAACCTG TTCTTGCGAT TCAGTGTTCA CCAGCCTTAT ACTCTCCAGT GCAAAGCAAT CAATCTTGAC GGGTCCTCGT TTCGAGTAAG TCCCTCAGCA TAGACCTCCC TACCCGAAAC  AAATTCCCTC AGCTAAAACT CACTTGGACA CATAGTCCGA GACAAACTAT TACTCATAGG TCTGTGTCAC CTTGAAAATT GACACAGGAC GTGCTCTCGT GTTGAAGTAT GTGCTTTGTG  CTTTGAGCTT TGAGCTTTGA GCACATTTTC CTGCTTCGCA TATCTTCGAT ATTTGAATTT TGAAACTGTT ACAGCTTAGT TAATCCCTTG CGGAGGTCTG AGTACGTTTT TTCTTGTCTA  GATTATCTCT GACAGTTCGA AGGGTCGATA GCTGGAGCGT GTCTACATTT GTTCTCTCAT GTGCATGCTC AAGTTGGGTC TTTCGTAGCA GTGACATACA TGTATATGTG AGCTTCTGTG  CCGTTTTTCA GGTTTCTATT GCTAGTCGCC CCTTATCGTA TCACGACCAG AATGCTCCTA AGTTGAAATC GTTATCTGCA TCTGTGCAGC ATCGCTTCAA GTGACTACTT GAAGTTGAAT  TCTCGGTTGT TCCTTTTCGT GTAGCGAATG GTATCTTTCA CTGCATATTG TGGCTATTCA GGCCATCGTA CTCAACCTTT GCTCTTTACT TAGGTTTGAA TTCGCTTGTG CGCAGGAAGG  ACCTGGTCAC GGAGGCAAGA CCAGACCTCT CGAAAAGGTG GCATTCCGAT TCATTTCTGA CTCCGTATTT TGGAAGATAC CCACGACAAC TTTTGGGTAG AATCAGACAG CTAACGTATC  AAGTCTATAG AAGAGCCCGG ATTAGCAATG GCTTCCGCAT TGAACAGAGG GAACTCACTC AAGGTACCTT TACCCAAAGC ATCATTACTC ACTAGAACAG CGTCATTTCC GACGGATTCA  TCACAACGAG TTAGTGGTGC ATTCCAAGGA CCTGCAGCCA CGGCACCACT GATGCGAGGG GATACTTTCA AAGCAGGAGC GTCTACAGAT TCAGCTAGTG TAAGATGGGG GTCAATGAAA  GGAGCTGGAA AAATGGCTGC ATCAACGCTG AAGTTGGCAG TTCTACTATT TATTGGAGTC TACTTATATG GAGCAGTCAG TTATGCAAGG AGCATAAGAT ATCCCAGTCG AGTAGTGACG  ACGGAGATGC TATACAGAAG GTTGGAGGAA GCAGGGGATA CGGTCCCGGA GCACTTTCAT CTGTACTCTT GTCCCCAGGC TACTTTCGTT GTCAGTGAGC TGGTCAATAA GTTCGTTACT  ACAGATCCCA ATTTGGCAGG AGGATTAGAG GTTCTTCAAT TTCATGATTG TTTCGTCCGG GTGAGATCTC CTTCTCTTCG AGAGCATCGT CTCATCTCTC TTTTTTTTGT GTCCATAAAG  TATTTTCAGA ACGCATGCTT TTCTAGTCAA CGGATGAAGA TTTGTTAGTA CATTGATTGC AAAGCGGAAA GGATTTCAGA TACGCTTGAG ATGGATACGG AATCTGATGA GTTGAAAGAC  CTGTGTGACG TGACTGGAGG GAATCATGCA GTACTCCAAG TATGATTTTG ATTGATCCGC TTGCGGATGT GAACTTTCCT TGGACAGGGT TGTGATGCAT CAATTTTATT GAACTCTACA  TCTGCTACAA CACCAGAGAA GGATGCGTCA CCCAAAGCTG ATCAAGAATC GCTGAGAGGT TTCGAACAGA TAGACAAGAT CAGGGCTGCG CTTGAAGAAG CTTGCCCCGA CATTGTAACT  TGTGCAGATA TATTAGCGCT TGTCGCTCGT GATCCCACGC TAAAGGTGAG TGATCTTCGC AACATTACAT CTCTGAGATG CAACTCAATG GTAGTAACAA TGCATTCCCT TTGAAGTCTG  CGCAGGTCTT TGGAAATATC ACGTGGCATG TGAACTCACC ATTGCCTACA TTGCTGCTGC AGGCTGGAGG ACCAAGCTGG TCGGTGGTAT TGGGACGGAG AGAAGGCTTC GTATTTCTGG  AAGCCGAGGC GAAGATCAGC CTCCCCTCTC CGCTGTCCAA CTTTAGTAGT CTAGTGCAGA ATTTCGAATT AGTAAAATGT ACAATGGACG AAACTAGTAG TTACTAAGAT TTGGGAGTTG  GAGCAGGCAG GCCTTGCCAA GTACAGCTAA ATGGTCGATA TTCTTACAGA GCACGACGTT CATGGGGCAA ACAAAGTATT CACGATGTGA TTAGAGCTAG AGAATGAGTT CCGTGTAAAA  AGTGTGTTGT TTGAACACCT TTTCCGATTT AGCTCGAACT CCCACGCGCC TGTAGATTGC AATATCACTC ATTGTTCATC CAAAAAGCCC GGGAAGACTG GAAGCCTTCA TAAGTGTGGT  AGGTTCACGA CCGGGACATG AAGGTGGAGA TAACAACCAA TTCTTGACGG GAGATGTCAA TGCTGAGATT TTGGGACCAT TGCTTGGTCG ATTCGTTCGT GGTACAGTTA TGTAAATTTC 
TTATTTGTTA GAGTGTTCAG CCAGAATCTC ACCACTCTTT CGCGGTGGAA ACATGTCAAT AAAAGTAGAG ACATAGCCTA AAATTTCT 

Retrieve as FASTA  
CDS
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
ATGGCTTCCG CATTGAACAG AGGGAACTCA CTCAAGGTAC CTTTACCCAA AGCATCATTA CTCACTAGAA CAGCGTCATT TCCGACGGAT TCATCACAAC GAGTTAGTGG TGCATTCCAA  GGACCTGCAG CCACGGCACC ACTGATGCGA GGGGATACTT TCAAAGCAGG AGCGTCTACA GATTCAGCTA GTGTAAGATG GGGGTCAATG AAAGGAGCTG GAAAAATGGC TGCATCAACG  CTGAAGTTGG CAGTTCTACT ATTTATTGGA GTCTACTTAT ATGGAGCAGT CAGTTATGCA AGGAGCATAA GATATCCCAG TCGAGTAGTG ACGACGGAGA TGCTATACAG AAGGTTGGAG  GAAGCAGGGG ATACGGTCCC GGAGCACTTT CATCTGTACT CTTGTCCCCA GGCTACTTTC GTTGTCAGTG AGCTGGTCAA TAAGTTCGTT ACTACAGATC CCAATTTGGC AGGAGGATTA  GAGGTTCTTC AATTTCATGA TTGTTTCGTC CGGGGTTGTG ATGCATCAAT TTTATTGAAC TCTACATCTG CTACAACACC AGAGAAGGAT GCGTCACCCA AAGCTGATCA AGAATCGCTG  AGAGGTTTCG AACAGATAGA CAAGATCAGG GCTGCGCTTG AAGAAGCTTG CCCCGACATT GTAACTTGTG CAGATATATT AGCGCTTGTC GCTCGTGATC CCACGCTAAA GGCTGGAGGA  CCAAGCTGGT CGGTGGTATT GGGACGGAGA GAAGGCTTCG TATTTCTGGA AGCCGAGGCG AAGATCAGCC TCCCCTCTCC GCTGTCCAAC TTTAGTAGTC TAGTGCAGAA TTTCGAATTA 
GTAAAATGTA CAATGGACGA AACTAGTAGT TACTAA 

Retrieve as FASTA  
cDNA
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
ATTTAACACG AGATCAGCAG TCACGAGAAG CTCACTCCAA GTCGAGCTTT ATCAAAGTCA ACAGAGTATA ACTCGTAGTG CTCAAGTGAG GATGACATCT TAGTGACATC AGAGGTTGCT  ATATAACCTG TTCTTGCGAT TCAGTGTTCA CCAGCCTTAT ACTCTCCAGT GCAAAGCAAT CAATCTTGAC GGGTCCTCGT TTCGAGAAGG ACCTGGTCAC GGAGGCAAGA CCAGACCTCT  CGAAAAGGTG GCATTCCGAT TCATTTCTGA CTCCGTATTT TGGAAGATAC CCACGACAAC TTTTGGGTAG AATCAGACAG CTAACGTATC AAGTCTATAG AAGAGCCCGG ATTAGCAATG  GCTTCCGCAT TGAACAGAGG GAACTCACTC AAGGTACCTT TACCCAAAGC ATCATTACTC ACTAGAACAG CGTCATTTCC GACGGATTCA TCACAACGAG TTAGTGGTGC ATTCCAAGGA  CCTGCAGCCA CGGCACCACT GATGCGAGGG GATACTTTCA AAGCAGGAGC GTCTACAGAT TCAGCTAGTG TAAGATGGGG GTCAATGAAA GGAGCTGGAA AAATGGCTGC ATCAACGCTG  AAGTTGGCAG TTCTACTATT TATTGGAGTC TACTTATATG GAGCAGTCAG TTATGCAAGG AGCATAAGAT ATCCCAGTCG AGTAGTGACG ACGGAGATGC TATACAGAAG GTTGGAGGAA  GCAGGGGATA CGGTCCCGGA GCACTTTCAT CTGTACTCTT GTCCCCAGGC TACTTTCGTT GTCAGTGAGC TGGTCAATAA GTTCGTTACT ACAGATCCCA ATTTGGCAGG AGGATTAGAG  GTTCTTCAAT TTCATGATTG TTTCGTCCGG GGTTGTGATG CATCAATTTT ATTGAACTCT ACATCTGCTA CAACACCAGA GAAGGATGCG TCACCCAAAG CTGATCAAGA ATCGCTGAGA  GGTTTCGAAC AGATAGACAA GATCAGGGCT GCGCTTGAAG AAGCTTGCCC CGACATTGTA ACTTGTGCAG ATATATTAGC GCTTGTCGCT CGTGATCCCA CGCTAAAGGC TGGAGGACCA  AGCTGGTCGG TGGTATTGGG ACGGAGAGAA GGCTTCGTAT TTCTGGAAGC CGAGGCGAAG ATCAGCCTCC CCTCTCCGCT GTCCAACTTT AGTAGTCTAG TGCAGAATTT CGAATTAGTA  AAATGTACAA TGGACGAAAC TAGTAGTTAC TAAGATTTGG GAGTTGGAGC AGGCAGGCCT TGCCAAGTAC AGCTAAATGG TCGATATTCT TACAGAGCAC GACGTTCATG GGGCAAACAA  AGTATTCACG ATGTGATTAG AGCTAGAGAA TGAGTTCCGT GTAAAAAGTG TGTTGTTTGA ACACCTTTTC CGATTTAGCT CGAACTCCCA CGCGCCTGTA GATTGCAATA TCACTCATTG  TTCATCCAAA AAGCCCGGGA AGACTGGAAG CCTTCATAAG TGTGGTAGGT TCACGACCGG GACATGAAGG TGGAGATAAC AACCAATTCT TGACGGGAGA TGTCAATGCT GAGATTTTGG  GACCATTGCT TGGTCGATTC GTTCGTGGTA CAGTTATGTA AATTTCTTAT TTGTTAGAGT GTTCAGCCAG AATCTCACCA CTCTTTCGCG GTGGAAACAT GTCAATAAAA GTAGAGACAT 
AGCCTAAAAT TTCT 

Retrieve as FASTA