Entry information : MpPrx94Mapoly0088s0020
Entry ID 14710
Creation 2017-12-12 (Christophe Dunand)
Last sequence changes 2017-12-12 (Christophe Dunand)
Sequence status N/D
Reviewer Not yet reviewed
Peroxidase information: MpPrx94Mapoly0088s0020
Name MpPrx94Mapoly0088s0020
Class Class III peroxidase     [Orthogroup: Prx297]*
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 MpPrx94
start..stop
S start..stop
MpPrx98 359 1e-124 1..327 2..327
MpPrx83 320 2e-109 10..327 13..331
MpPrx01_unknown 318 1e-108 17..327 18..329
ApuncPrx14 307 1e-104 15..327 1..314
Literature and cross-references MpPrx94Mapoly0088s0020
Protein sequence: MpPrx94Mapoly0088s0020
Sequence Properties
first value : protein
second value (mature protein)
Length (aa):   %s   327 (297)
PWM (Da):   %s   35474.02 (32005.2) Transmb domain:   %s   i12-30o
PI (pH):   %s   9.23 (8.96) Peptide Signal:   %s   cut: 31 range:31-327
Sequence
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
MTRRRSACEM RIATLFLLVL CSGYLSAIQA QLSPTFYAAT CPNLERIARQ WFSIGVLNAL TAPAAILRLS FHDCSVNGCD ASVLLNAGRG NTDEKASSLN LGISNLQVID GIKTAVERQC  PGVVSCADLL VLAARDAVSL SGGPRMTVQL GRRDGTTAST SAADSQLLPP TASVDRVLST FSQMGLTPME TVALLGSHTM GVGHCDSIKN RLYPQLDTTL SQNPFFAQNL KRQCPASFSN 
PNTVVANDIT NIVFDNQYFR DVQGRRGLFS IDDAIRTDAR TSGFVRQFAV NRQLFFSTFQ TAYNKMAAHR VLTGTQGQIR KNCRSIN* 

Retrieve as FASTA  
Remarks
DNA
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
AAGCCGAAAG AAGGCAGAGA CTCCAAGAAA GCTGGTTGGC TGCCTGCCAG GGCCAGAAAC CACCGGCAAG GACTTTAGTG CTGATGGGCG AGTTAAGTCG AGCTTCGTGA CTGGAATTGC  TTAACCACCA TTTTGTTAGT CGACGGGGAA AGGATAGCGA TTTGCAGGAC CCGTGGCCTT CTTCGGACCC GAGTCCTCGA GCCCTTTGAC CTGTATATAA GTCTCCTTCA TAGGCGGAGC  TGAACACCCT CAACATTCGA ATTCAGTTGT ACCGTCGGGA CCCGGAACTG TCCGAGCTTC GTGTCGAGAG GTTTCGAGTC TAGTGCGAAG GACGCCGGTT CGGGAAGTGG TCACTGCATC  AGCAGCAGCA GCAGCAGCAG CATGACGAGA AGGAGGAGTG CTTGTGAGAT GAGAATCGCC ACCTTGTTCC TGCTCGTACT TTGCTCCGGG TACCTGAGCG CGATCCAGGC GCAGCTGAGT  CCGACATTTT ATGCGGCCAC TTGTCCGAAT TTGGAGCGGA TTGCCAGGCA GTGGTTCAGT ATCGGGGTGC TGAATGCTCT CACGGCCCCG GCTGCCATTT TGAGACTGTC GTTTCATGAC  TGCTCTGTCA ATGTGAGTAG CGAGCCCGGA CTCTGTGTCC TTGTCGATCG ACGCGGTGTT CTGCAAGGAA AATCTCGCGC AGTCGGGACA TTTAAATGGC ATTTTCACAC CTCCGTTCCC  CGTTCCTAAC CTCGGGACTG ATGTGGGATG TACGTGATGC AGGGCTGTGA CGCCTCGGTT CTTCTGAACG CGGGCCGGGG TAACACGGAC GAGAAGGCCT CGAGTTTGAA TCTGGGCATT  AGCAATTTGC AGGTCATCGA CGGAATTAAA ACTGCTGTGG AAAGGCAGTG CCCTGGAGTG GTTTCCTGCG CGGACCTTCT CGTGCTGGCT GCTCGCGATG CTGTCTCCCT CGTAAGTTCT  CCTCCTCTAT GTCTCCCACC CACTGCTGCC CGGGCAGTAG TCTCGGAACC CAGATCCTGC ACACAATGCT GTAGGATTCA ATCAGCCGCG AAATAATTTG ACCCCATTAT CGTCAAGATT  TGATTGCATC TCACTGACTG GCTCTGCTGC GAGGACATGA CAGTCTGGAG GCCCGAGGAT GACTGTTCAG CTGGGCCGCA GAGATGGAAC GACTGCCAGC ACTTCCGCCG CCGACTCTCA  ATTGCTTCCC CCCACCGCAT CTGTCGACCG AGTACTGTCT ACGTTCTCTC AGATGGGCCT GACTCCCATG GAAACTGTAG CACTCCTCGG TACGTAAAAT GGTGTTGAGT TCTAGAGTTC  AGCAGGCATA TGAGAACTCC GGCATTTCGA GTTATTGATG GTAGACCATT TGTTGACAGA GTGATAGTTT CGGACGAGGA TTTTGGCCTG ACGTGTGCTG GGACGGTGCT GCAGGATCTC  ACACCATGGG AGTTGGACAC TGCGACAGCA TAAAGAATCG ACTATACCCG CAGCTGGACA CGACTCTGTC GCAGAATCCG TTCTTCGCCC AAAATCTCAA GCGTCAGTGC CCTGCCTCCT  TCTCGAACCC GAACACAGTC GTGGCGAATG ACATAACGAA CATCGTCTTC GACAATCAGT ACTTCCGAGA CGTCCAGGGG AGGAGAGGTC TGTTCAGCAT CGACGACGCC ATCCGCACCG  ATGCCCGTAC CTCCGGCTTC GTTCGCCAGT TCGCTGTCAA CAGACAGCTC TTCTTCTCCA CCTTCCAAAC GGCTTACAAC AAAATGGCTG CGCACAGAGT GTTGACGGGC ACACAAGGGC  AGATTCGCAA GAACTGTCGA TCCATCAACT GATCAGGGCT GACTTTCCCG CTGTTCTCCA TTCTCGTCCT CTCTCTCTGT CGCTCTTCAC CTCATCGTTC TCTTTTCCAG CTCTGAGGGG  AAGAGTGGTT CACATTCCTG CCTTTGTGAA ATAGGTAGAC AAAGTGACAT AGTTTTGATA GCACTGCCGC TGTCATTTGT ATAGTGCTTC ACCTGCCTCT CTCCCTCCGA CGTTCGTCTC  TCACGAATTC AATCGAGCCT CATGGAAACA TGGTTGTGCA TGGTCGAGGG GAAGAAGAAG CTTCCATGCA ACTAGACAAG ATTTGCTGAG AGGTGGACAG AGTGTGTATC ATTAGCACCA  ACATTGTCAA AACTCTGTCC GTTTGTAATG TAGTCCTCTG TCCTCACAGA ACCTCACTTA CTCTCGCCGA ATTGTTCCAA TGTTTCACTT CATTTCCATG ATTCAACTCC TCATTTCTGA 
TGTATATAAA CAAAA 

Retrieve as FASTA  
CDS
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
ATGACGAGAA GGAGGAGTGC TTGTGAGATG AGAATCGCCA CCTTGTTCCT GCTCGTACTT TGCTCCGGGT ACCTGAGCGC GATCCAGGCG CAGCTGAGTC CGACATTTTA TGCGGCCACT  TGTCCGAATT TGGAGCGGAT TGCCAGGCAG TGGTTCAGTA TCGGGGTGCT GAATGCTCTC ACGGCCCCGG CTGCCATTTT GAGACTGTCG TTTCATGACT GCTCTGTCAA TGGCTGTGAC  GCCTCGGTTC TTCTGAACGC GGGCCGGGGT AACACGGACG AGAAGGCCTC GAGTTTGAAT CTGGGCATTA GCAATTTGCA GGTCATCGAC GGAATTAAAA CTGCTGTGGA AAGGCAGTGC  CCTGGAGTGG TTTCCTGCGC GGACCTTCTC GTGCTGGCTG CTCGCGATGC TGTCTCCCTC TCTGGAGGCC CGAGGATGAC TGTTCAGCTG GGCCGCAGAG ATGGAACGAC TGCCAGCACT  TCCGCCGCCG ACTCTCAATT GCTTCCCCCC ACCGCATCTG TCGACCGAGT ACTGTCTACG TTCTCTCAGA TGGGCCTGAC TCCCATGGAA ACTGTAGCAC TCCTCGGATC TCACACCATG  GGAGTTGGAC ACTGCGACAG CATAAAGAAT CGACTATACC CGCAGCTGGA CACGACTCTG TCGCAGAATC CGTTCTTCGC CCAAAATCTC AAGCGTCAGT GCCCTGCCTC CTTCTCGAAC  CCGAACACAG TCGTGGCGAA TGACATAACG AACATCGTCT TCGACAATCA GTACTTCCGA GACGTCCAGG GGAGGAGAGG TCTGTTCAGC ATCGACGACG CCATCCGCAC CGATGCCCGT  ACCTCCGGCT TCGTTCGCCA GTTCGCTGTC AACAGACAGC TCTTCTTCTC CACCTTCCAA ACGGCTTACA ACAAAATGGC TGCGCACAGA GTGTTGACGG GCACACAAGG GCAGATTCGC 
AAGAACTGTC GATCCATCAA CTGA 

Retrieve as FASTA  
cDNA
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
AAGCCGAAAG AAGGCAGAGA CTCCAAGAAA GCTGGTTGGC TGCCTGCCAG GGCCAGAAAC CACCGGCAAG GACTTTAGTG CTGATGGGCG AGTTAAGTCG AGCTTCGTGA CTGGAATTGC  TTAACCACCA TTTTGTTAGT CGACGGGGAA AGGATAGCGA TTTGCAGGAC CCGTGGCCTT CTTCGGACCC GAGTCCTCGA GCCCTTTGAC CTGTATATAA GTCTCCTTCA TAGGCGGAGC  TGAACACCCT CAACATTCGA ATTCAGTTGT ACCGTCGGGA CCCGGAACTG TCCGAGCTTC GTGTCGAGAG GTTTCGAGTC TAGTGCGAAG GACGCCGGTT CGGGAAGTGG TCACTGCATC  AGCAGCAGCA GCAGCAGCAG CATGACGAGA AGGAGGAGTG CTTGTGAGAT GAGAATCGCC ACCTTGTTCC TGCTCGTACT TTGCTCCGGG TACCTGAGCG CGATCCAGGC GCAGCTGAGT  CCGACATTTT ATGCGGCCAC TTGTCCGAAT TTGGAGCGGA TTGCCAGGCA GTGGTTCAGT ATCGGGGTGC TGAATGCTCT CACGGCCCCG GCTGCCATTT TGAGACTGTC GTTTCATGAC  TGCTCTGTCA ATGGCTGTGA CGCCTCGGTT CTTCTGAACG CGGGCCGGGG TAACACGGAC GAGAAGGCCT CGAGTTTGAA TCTGGGCATT AGCAATTTGC AGGTCATCGA CGGAATTAAA  ACTGCTGTGG AAAGGCAGTG CCCTGGAGTG GTTTCCTGCG CGGACCTTCT CGTGCTGGCT GCTCGCGATG CTGTCTCCCT CTCTGGAGGC CCGAGGATGA CTGTTCAGCT GGGCCGCAGA  GATGGAACGA CTGCCAGCAC TTCCGCCGCC GACTCTCAAT TGCTTCCCCC CACCGCATCT GTCGACCGAG TACTGTCTAC GTTCTCTCAG ATGGGCCTGA CTCCCATGGA AACTGTAGCA  CTCCTCGGAT CTCACACCAT GGGAGTTGGA CACTGCGACA GCATAAAGAA TCGACTATAC CCGCAGCTGG ACACGACTCT GTCGCAGAAT CCGTTCTTCG CCCAAAATCT CAAGCGTCAG  TGCCCTGCCT CCTTCTCGAA CCCGAACACA GTCGTGGCGA ATGACATAAC GAACATCGTC TTCGACAATC AGTACTTCCG AGACGTCCAG GGGAGGAGAG GTCTGTTCAG CATCGACGAC  GCCATCCGCA CCGATGCCCG TACCTCCGGC TTCGTTCGCC AGTTCGCTGT CAACAGACAG CTCTTCTTCT CCACCTTCCA AACGGCTTAC AACAAAATGG CTGCGCACAG AGTGTTGACG  GGCACACAAG GGCAGATTCG CAAGAACTGT CGATCCATCA ACTGATCAGG GCTGACTTTC CCGCTGTTCT CCATTCTCGT CCTCTCTCTC TGTCGCTCTT CACCTCATCG TTCTCTTTTC  CAGCTCTGAG GGGAAGAGTG GTTCACATTC CTGCCTTTGT GAAATAGGTA GACAAAGTGA CATAGTTTTG ATAGCACTGC CGCTGTCATT TGTATAGTGC TTCACCTGCC TCTCTCCCTC  CGACGTTCGT CTCTCACGAA TTCAATCGAG CCTCATGGAA ACATGGTTGT GCATGGTCGA GGGGAAGAAG AAGCTTCCAT GCAACTAGAC AAGATTTGCT GAGAGGTGGA CAGAGTGTGT  ATCATTAGCA CCAACATTGT CAAAACTCTG TCCGTTTGTA ATGTAGTCCT CTGTCCTCAC AGAACCTCAC TTACTCTCGC CGAATTGTTC CAATGTTTCA CTTCATTTCC ATGATTCAAC 
TCCTCATTTC TGATGTATAT AAACAAAA 

Retrieve as FASTA