Entry information : MpPrx161Mapoly0196s0015
Entry ID 14661
Creation 2017-12-12 (Christophe Dunand)
Last sequence changes 2017-12-12 (Christophe Dunand)
Sequence status N/D
Reviewer Not yet reviewed
Peroxidase information: MpPrx161Mapoly0196s0015
Name MpPrx161Mapoly0196s0015
Class Class III peroxidase     [Orthogroup: Prx200]*
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 MpPrx161
start..stop
S start..stop
MpPrx110 650 0 1..324 1..324
MpPrx202 437 8e-156 7..323 5..321
MpPrx113 427 2e-151 10..324 8..322
MpalPrx[P]202 415 8e-147 9..323 7..321
Literature and cross-references MpPrx161Mapoly0196s0015
Protein sequence: MpPrx161Mapoly0196s0015
Sequence Properties
first value : protein
second value (mature protein)
Length (aa):   %s   324 (300)
PWM (Da):   %s   35195.57 (32595.3)  
PI (pH):   %s   6.62 (6.62) Peptide Signal:   %s   cut: 25 range:25-324
Sequence
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
MGSRFASTMA SLLFMATVLE SAIAQLSTNH YAASCPGGKA KVAEVVNTWI DNDRTLAPSL LRMHFHDCFV RGCEASVLLD VPNGEKFAFG NRNSLRGFEV IDDIKAELEA LCPGVFSCAD  IIALAARDAM VAFGVPGLNW NVPLGRRDGN VSSAAEANSN LPPPSANFDS LKNLFAGKGF NVRELVVLSG SHTIGVAHCR TIQSRLYNFS STEATDPALR KAFARSLKRQ CPFGDTTTVI 
KMDQSTIIDK WNREYFENVL DGKGLFISDN ALLTTFQGRH IVDEMEEHDS PFTPEFAAAM SKMSQIGVLT GSQGQIRANC RLVN* 

Retrieve as FASTA  
Remarks
DNA
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
CATCGAGTCT ACCCCGTTAA GATCGAAATT GAGGAGCATC ACGAGATCGC ATTTTTCAAT CTTGGAAGAC CGTTTAAGAG TAAGAAGTCT TATTTGTTGC ATTGTACTTA GGCCTCAAAG  TGGACTTCTA GAGCTGTCTC TGCACAAAAT GTGTCTTCCG AATTCATGCA GTGCATCAGT ACTTATCAAC GAAAATCACA TGTCAAAATG CATCGTAGAA GGACAGTCTC TTATATGCGT  CACAAATTTA AATGTAGGTA ACAATTCTTC ACGTCTAATG ATTCGTTAAC ATCGTGTACA GGAGGCTGCA GAGATACAAC TCATATACCA AAATGGGTTC ACGTTTTGCT TCTACGATGG  CCAGTCTTCT CTTCATGGCT ACGGTTCTAG AATCTGCAAT TGCTCAGCTG AGTACGAACC ATTACGCAGC ATCCTGTCCT GGAGGGAAAG CCAAAGTTGC TGAGGTTGTA AATACATGGA  TCGACAACGA TAGAACCCTG GCACCGTCTC TCCTCCGCAT GCACTTCCAC GACTGCTTCG TTCGGGTGAG TATATCCTAT GCCTGACTGA TCTCTGATTT CTGATCTCTT TATGACCTGG  CTGGCATGCG CAGCTGGCAG AAATCTAAAG AAGATCATAC AAATCTAACA ATTCATAACT TTTCTACCAC TGACGTCACA TAGTTTTACA ACTGCACCAC TGAATTTGTT TCGTGCTATT  TGAAGTGTTC ATCGATTCGA TTCCTTTGCG TGTTTTCTTT CTCAGTTGGA GCTTTTGCTC GCTTACACAT CGTCATTAAC ACGTTTTGAT GAACCAAGCC AGGAATGTAA TCGAGTGTTG  TATATTGTAA ATTCTGCTGC ACCAGGCCCG TCAGAGATTC TGATTCTTCT TAGTCCACTG CAGGGATGTG AAGCTTCCGT TCTATTGGAC GTTCCGAATG GTGAGAAGTT CGCTTTTGGC  AATAGAAACT CCCTCCGAGG ATTCGAAGTA ATCGATGATA TCAAGGCTGA GTTGGAAGCT CTGTGCCCAG GAGTCTTCTC CTGCGCAGAT ATTATCGCCC TGGCGGCGCG GGATGCCATG  GTTGCGGTAA GACATTTTAT TCTGTCTTGG TTACAGACTT TGTAGCTGTG TAAATTCAAG TTGACTTCAT TATAAATCTC TGAGGTTTTG GACTTTTTGA TACTCTCTTA TAGGCATCCA  GTTCAACAGA GTTTTCTAAC CTGCCCTTGC ATGCAGTTTG GAGTTCCAGG ACTTAACTGG AACGTTCCCC TGGGCAGAAG AGATGGCAAT GTGTCATCCG CAGCTGAAGC CAACAGCAAT  TTGCCACCGC CTTCCGCCAA CTTCGATAGC CTTAAGAATC TTTTTGCAGG CAAGGGTTTC AATGTGCGAG AGTTGGTGGT GCTTTCAGGT TCGTCTTATT AACCTTATTT CACGCTAATG  TTGACGCTCT CTTACCGATC AGGAGCAAAG TATATGCTGG TTTCTAAATT CTAGAGCAGA CTTATCATCG ACAGTCGAAC ACAACGTAAC GATCGGATTT TCGCATAACG TGCAGGGTCT  CACACCATTG GTGTAGCACA CTGCAGGACC ATTCAGAGCC GCCTGTACAA CTTTTCCTCT ACTGAAGCCA CTGATCCAGC ACTCCGCAAG GCATTCGCCA GGTCTCTGAA GAGACAGTGT  CCGTTCGGTG ACACAACGAC AGTGATCAAG ATGGACCAGA GCACAATAAT CGATAAATGG AACAGAGAAT ATTTCGAGAA TGTTCTTGAC GGGAAGGGCC TCTTTATATC AGATAACGCG  TTGCTGACAA CTTTTCAAGG CAGACATATC GTGGATGAAA TGGAAGAGCA TGATTCGCCA TTCACTCCAG AATTTGCAGC AGCGATGTCC AAGATGAGCC AAATTGGAGT GCTGACTGGT  TCCCAAGGAC AGATACGAGC AAATTGCCGT CTCGTGAATT AGGTTCTCCA GAAATTGCAT TGTCTCTTGA CTGCATTGGC TCTTGACACT GGAACCCTGA TGAAACATTA ATAATGTAGC  TGATCAACAT TGGTCCTGGA AGCTTGACAA TTTGGATGAA TGAATACATC TTGCCTCGAA TCTGATCCAG AGATACAGTG GCTACTTAAA AAACCTCTGG TAGGCTATAT AGCTCAATTT  ACCGAAGGTT GGACGTTGAG TTGAAAACAG TTTGACTTCT CTCCTCGTCC ATGTTCTCGC GCTTTAACCG TCGCCTCACG TTCACAATAA TAGCAAGTCC ATTGACTCGA AAGGGTCTGT  AGTATGTAGA TTCTAGGCCT TCAAGGGATT CCGATTATCG GAATGTTTGA TCTGGATAGA AGCACTTCAA TAAAGACTGT AACTTGTTCT GTGTCTGATA TTAATGGCCC AAGGGAACTT 
GTGCACAGGC ACTGAAAAAC T 

Retrieve as FASTA  
CDS
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
ATGGGTTCAC GTTTTGCTTC TACGATGGCC AGTCTTCTCT TCATGGCTAC GGTTCTAGAA TCTGCAATTG CTCAGCTGAG TACGAACCAT TACGCAGCAT CCTGTCCTGG AGGGAAAGCC  AAAGTTGCTG AGGTTGTAAA TACATGGATC GACAACGATA GAACCCTGGC ACCGTCTCTC CTCCGCATGC ACTTCCACGA CTGCTTCGTT CGGGGATGTG AAGCTTCCGT TCTATTGGAC  GTTCCGAATG GTGAGAAGTT CGCTTTTGGC AATAGAAACT CCCTCCGAGG ATTCGAAGTA ATCGATGATA TCAAGGCTGA GTTGGAAGCT CTGTGCCCAG GAGTCTTCTC CTGCGCAGAT  ATTATCGCCC TGGCGGCGCG GGATGCCATG GTTGCGTTTG GAGTTCCAGG ACTTAACTGG AACGTTCCCC TGGGCAGAAG AGATGGCAAT GTGTCATCCG CAGCTGAAGC CAACAGCAAT  TTGCCACCGC CTTCCGCCAA CTTCGATAGC CTTAAGAATC TTTTTGCAGG CAAGGGTTTC AATGTGCGAG AGTTGGTGGT GCTTTCAGGG TCTCACACCA TTGGTGTAGC ACACTGCAGG  ACCATTCAGA GCCGCCTGTA CAACTTTTCC TCTACTGAAG CCACTGATCC AGCACTCCGC AAGGCATTCG CCAGGTCTCT GAAGAGACAG TGTCCGTTCG GTGACACAAC GACAGTGATC  AAGATGGACC AGAGCACAAT AATCGATAAA TGGAACAGAG AATATTTCGA GAATGTTCTT GACGGGAAGG GCCTCTTTAT ATCAGATAAC GCGTTGCTGA CAACTTTTCA AGGCAGACAT  ATCGTGGATG AAATGGAAGA GCATGATTCG CCATTCACTC CAGAATTTGC AGCAGCGATG TCCAAGATGA GCCAAATTGG AGTGCTGACT GGTTCCCAAG GACAGATACG AGCAAATTGC 
CGTCTCGTGA ATTAG 

Retrieve as FASTA  
cDNA
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
CATCGAGTCT ACCCCGTTAA GATCGAAATT GAGGAGCATC ACGAGATCGC ATTTTTCAAT CTTGGAAGAC CGTTTAAGAG AGGCTGCAGA GATACAACTC ATATACCAAA ATGGGTTCAC  GTTTTGCTTC TACGATGGCC AGTCTTCTCT TCATGGCTAC GGTTCTAGAA TCTGCAATTG CTCAGCTGAG TACGAACCAT TACGCAGCAT CCTGTCCTGG AGGGAAAGCC AAAGTTGCTG  AGGTTGTAAA TACATGGATC GACAACGATA GAACCCTGGC ACCGTCTCTC CTCCGCATGC ACTTCCACGA CTGCTTCGTT CGGGGATGTG AAGCTTCCGT TCTATTGGAC GTTCCGAATG  GTGAGAAGTT CGCTTTTGGC AATAGAAACT CCCTCCGAGG ATTCGAAGTA ATCGATGATA TCAAGGCTGA GTTGGAAGCT CTGTGCCCAG GAGTCTTCTC CTGCGCAGAT ATTATCGCCC  TGGCGGCGCG GGATGCCATG GTTGCGTTTG GAGTTCCAGG ACTTAACTGG AACGTTCCCC TGGGCAGAAG AGATGGCAAT GTGTCATCCG CAGCTGAAGC CAACAGCAAT TTGCCACCGC  CTTCCGCCAA CTTCGATAGC CTTAAGAATC TTTTTGCAGG CAAGGGTTTC AATGTGCGAG AGTTGGTGGT GCTTTCAGGG TCTCACACCA TTGGTGTAGC ACACTGCAGG ACCATTCAGA  GCCGCCTGTA CAACTTTTCC TCTACTGAAG CCACTGATCC AGCACTCCGC AAGGCATTCG CCAGGTCTCT GAAGAGACAG TGTCCGTTCG GTGACACAAC GACAGTGATC AAGATGGACC  AGAGCACAAT AATCGATAAA TGGAACAGAG AATATTTCGA GAATGTTCTT GACGGGAAGG GCCTCTTTAT ATCAGATAAC GCGTTGCTGA CAACTTTTCA AGGCAGACAT ATCGTGGATG  AAATGGAAGA GCATGATTCG CCATTCACTC CAGAATTTGC AGCAGCGATG TCCAAGATGA GCCAAATTGG AGTGCTGACT GGTTCCCAAG GACAGATACG AGCAAATTGC CGTCTCGTGA  ATTAGGTTCT CCAGAAATTG CATTGTCTCT TGACTGCATT GGCTCTTGAC ACTGGAACCC TGATGAAACA TTAATAATGT AGCTGATCAA CATTGGTCCT GGAAGCTTGA CAATTTGGAT  GAATGAATAC ATCTTGCCTC GAATCTGATC CAGAGATACA GTGGCTACTT AAAAAACCTC TGGTAGGCTA TATAGCTCAA TTTACCGAAG GTTGGACGTT GAGTTGAAAA CAGTTTGACT  TCTCTCCTCG TCCATGTTCT CGCGCTTTAA CCGTCGCCTC ACGTTCACAA TAATAGCAAG TCCATTGACT CGAAAGGGTC TGTAGTATGT AGATTCTAGG CCTTCAAGGG ATTCCGATTA 
TCGGAATGTT TGATCTGGAT AGAAGCACTT CAATAAAGAC TGTAACTTGT TCTGTGTCTG ATATTAATGG CCCAAGGGAA CTTGTGCACA GGCACTGAAA AACT 

Retrieve as FASTA