Entry information : MpPrx145(Mapoly0106s0051 / Mp5g21500)
Entry ID 14719
Creation 2017-12-12 (Christophe Dunand)
Last sequence changes 2017-12-12 (Christophe Dunand)
Sequence status complete
Reviewer Not yet reviewed
Last annotation changes 2021-03-16 (Christophe Dunand)
Peroxidase information: MpPrx145(Mapoly0106s0051 / Mp5g21500)
Name MpPrx145(Mapoly0106s0051 / Mp5g21500)
Class Class III peroxidase     [Orthogroup: Prx091]*
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 MpPrx145
start..stop
S start..stop
MpPrx140 654 0 1..324 1..324
MpPrx144 649 0 1..325 1..325
MpPrx147 629 0 1..325 1..325
MpPrx139 626 0 1..323 1..322
Literature and cross-references MpPrx145(Mapoly0106s0051 / Mp5g21500)
Protein sequence: MpPrx145(Mapoly0106s0051 / Mp5g21500)
Sequence Properties
first value : protein
second value (mature protein)
Length (aa):   %s   324 (300)
PWM (Da):   %s   34794.27 (32135.9)  
PI (pH):   %s   6.5 (6.50) Peptide Signal:   %s   cut: 25 range:25-324
Sequence
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Send to Peroxiscan
*.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
MGSFPPLRLL SMLGMILLAT TTDAHSYSGA DYYKDSCPQA TTIVTDMVNN FLKANKNLAG GFLRLHFHDC FVRGCDASVL LNSPTNTAEK DARPNAGSLR GFHEIDQIKA ALEAECPGIV  SCADILALAA RDATVKVGGQ SWSLDLGRKD GKVSISSEAD DKLPSPFSTY DELVKNFGDV GFTQEEMVIL SGGHTIGRSS CGAVQSRLYN FNGVAGLTDP SIDASLAKQL KKKCPENEPG 
STLSMDSTKN TFDHLYFKAV LNNKGLFQSD ANLLTNPVGK ELVTRYSKAG SSFSSDFAAA MTKMSNIQWA ADGEVRRICS IINQ* 

Retrieve as FASTA  
Remarks No EST found
DNA
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
CCGGAGTGTA TATATGTGAA GGGTGAGCCC AACATTCCAC CAACCCACAA CTATCAGATT CAATTGCTGC CTGCACATCT ACACTTCCTG AGGTCCAGTA CAATCATCCT TGGAAGGAGA  ATCAAGTGCT TCAAAACTTC AGCCGCAGAG GATTCATATC AACTTTACAA TTTCAGCGGA AATTCGGAGT CACCTTTCAG TTTTGTACGT CGACCTGCAC AATTCGACGC AAAACGAGCG  CATCGATCAA GCATTCTCAC GATGGGCTCG TTTCCGCCTT TGCGTTTACT GAGTATGTTG GGAATGATTC TACTGGCGAC AACCACGGAC GCTCACTCCT ACAGTGGTGC TGATTACTAC  AAGGACTCAT GCCCGCAAGC AACGACCATA GTGACGGACA TGGTCAACAA CTTTCTCAAG GCAAACAAAA ACCTGGCGGG GGGATTCCTT CGACTGCATT TTCACGATTG CTTCGTGAGG  GTGAGTTTTC TCTATTCCTC TCGACCATAA TCTACGATTT CAGGTGCAGA CTTTCAAGAA GTGAATGGAC CATTCGAATC AGACCTTTGT ATGCACCAAA CCTCCATATG AAAACATCTG  TTGACAGTAA CGTGATGTCC ATGGTGCAGG GCTGCGATGC TTCCGTTCTC CTAAATTCGC CAACCAACAC GGCTGAGAAG GATGCACGAC CCAATGCTGG ATCGCTACGA GGATTTCACG  AAATCGACCA AATCAAAGCA GCGCTGGAGG CCGAATGCCC TGGAATTGTA TCATGCGCCG ATATTCTCGC CCTGGCTGCT CGTGATGCCA CAGTCAAGGT AGAAATCTTG TCCTAAACTC  TCCTCACTTT ACTTCGCGCC AGTAATTTTC ACGCTTCAGA GTTTTGATCC CATTATAATC TTCACACAAT GAATGTTACC TAGACTGACT TTCATTGCAC TTTCAGGTTG GAGGTCAGAG  CTGGTCACTG GATCTCGGTC GCAAAGATGG CAAAGTTTCG ATTTCCTCCG AGGCGGATGA CAAGCTTCCA TCACCATTCT CGACTTACGA CGAACTCGTA AAGAACTTCG GGGATGTGGG  ATTCACGCAG GAGGAAATGG TCATTCTCTC CGGAGGCCAC ACCATCGGCC GATCATCATG CGGAGCAGTT CAGTCTCGTC TCTATAACTT CAACGGAGTT GCCGGACTCA CCGATCCATC  GATCGACGCC TCTTTAGCGA AACAGCTCAA GAAGAAGTGC CCAGAGAACG AACCTGGAAG CACGCTATCC ATGGATTCCA CCAAGAACAC CTTCGACCAT CTGTACTTCA AGGCAGTCTT  GAACAACAAA GGTCTCTTCC AGTCAGATGC AAACTTATTG ACGAATCCAG TGGGAAAGGA GCTTGTGACT CGATACTCGA AGGCCGGCTC TTCGTTCTCC AGTGACTTCG CAGCAGCCAT  GACGAAGATG AGCAACATCC AATGGGCCGC TGACGGCGAG GTTCGCAGAA TCTGTTCAAT CATCAACCAA TAACGAATGC TTGATTCGCA GATTGTCATG AATTAGGCAA ATCAAGAAGT  TACAATGTAG ACGCGGTGCT GGCGGCGGCA ATTAGAAACG AAGCCTCATT TTTGAAAAGC ACAAATGATC ATAGATTCCT CTTCCGAGTA TAATTGTTGT CAAAAACTTG GAAAGCAGAG  GCTCTGAGTT TTAGGTAGTC GAGAGGATGT ACAGAATTCA TTCATTTGCT GAACCTTCTC CATCATAGAG AGGTGCAACA TGGCATACTA TATATTGAAG ATGATTGTAT AAAAAAAATT 
ACAAAACATC ATTTTATAGG GAGTCATATG TAATCTTGTC TCAAAACTCT ATCATTTGCT CATACATAAC GTAATCCCCA ACTGT 

Retrieve as FASTA  
CDS
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
ATGGGCTCGT TTCCGCCTTT GCGTTTACTG AGTATGTTGG GAATGATTCT ACTGGCGACA ACCACGGACG CTCACTCCTA CAGTGGTGCT GATTACTACA AGGACTCATG CCCGCAAGCA  ACGACCATAG TGACGGACAT GGTCAACAAC TTTCTCAAGG CAAACAAAAA CCTGGCGGGG GGATTCCTTC GACTGCATTT TCACGATTGC TTCGTGAGGG GCTGCGATGC TTCCGTTCTC  CTAAATTCGC CAACCAACAC GGCTGAGAAG GATGCACGAC CCAATGCTGG ATCGCTACGA GGATTTCACG AAATCGACCA AATCAAAGCA GCGCTGGAGG CCGAATGCCC TGGAATTGTA  TCATGCGCCG ATATTCTCGC CCTGGCTGCT CGTGATGCCA CAGTCAAGGT TGGAGGTCAG AGCTGGTCAC TGGATCTCGG TCGCAAAGAT GGCAAAGTTT CGATTTCCTC CGAGGCGGAT  GACAAGCTTC CATCACCATT CTCGACTTAC GACGAACTCG TAAAGAACTT CGGGGATGTG GGATTCACGC AGGAGGAAAT GGTCATTCTC TCCGGAGGCC ACACCATCGG CCGATCATCA  TGCGGAGCAG TTCAGTCTCG TCTCTATAAC TTCAACGGAG TTGCCGGACT CACCGATCCA TCGATCGACG CCTCTTTAGC GAAACAGCTC AAGAAGAAGT GCCCAGAGAA CGAACCTGGA  AGCACGCTAT CCATGGATTC CACCAAGAAC ACCTTCGACC ATCTGTACTT CAAGGCAGTC TTGAACAACA AAGGTCTCTT CCAGTCAGAT GCAAACTTAT TGACGAATCC AGTGGGAAAG  GAGCTTGTGA CTCGATACTC GAAGGCCGGC TCTTCGTTCT CCAGTGACTT CGCAGCAGCC ATGACGAAGA TGAGCAACAT CCAATGGGCC GCTGACGGCG AGGTTCGCAG AATCTGTTCA 
ATCATCAACC AATAA 

Retrieve as FASTA  
cDNA
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
CCGGAGTGTA TATATGTGAA GGGTGAGCCC AACATTCCAC CAACCCACAA CTATCAGATT CAATTGCTGC CTGCACATCT ACACTTCCTG AGGTCCAGTA CAATCATCCT TGGAAGGAGA  ATCAAGTGCT TCAAAACTTC AGCCGCAGAG GATTCATATC AACTTTACAA TTTCAGCGGA AATTCGGAGT CACCTTTCAG TTTTGTACGT CGACCTGCAC AATTCGACGC AAAACGAGCG  CATCGATCAA GCATTCTCAC GATGGGCTCG TTTCCGCCTT TGCGTTTACT GAGTATGTTG GGAATGATTC TACTGGCGAC AACCACGGAC GCTCACTCCT ACAGTGGTGC TGATTACTAC  AAGGACTCAT GCCCGCAAGC AACGACCATA GTGACGGACA TGGTCAACAA CTTTCTCAAG GCAAACAAAA ACCTGGCGGG GGGATTCCTT CGACTGCATT TTCACGATTG CTTCGTGAGG  GGCTGCGATG CTTCCGTTCT CCTAAATTCG CCAACCAACA CGGCTGAGAA GGATGCACGA CCCAATGCTG GATCGCTACG AGGATTTCAC GAAATCGACC AAATCAAAGC AGCGCTGGAG  GCCGAATGCC CTGGAATTGT ATCATGCGCC GATATTCTCG CCCTGGCTGC TCGTGATGCC ACAGTCAAGG TTGGAGGTCA GAGCTGGTCA CTGGATCTCG GTCGCAAAGA TGGCAAAGTT  TCGATTTCCT CCGAGGCGGA TGACAAGCTT CCATCACCAT TCTCGACTTA CGACGAACTC GTAAAGAACT TCGGGGATGT GGGATTCACG CAGGAGGAAA TGGTCATTCT CTCCGGAGGC  CACACCATCG GCCGATCATC ATGCGGAGCA GTTCAGTCTC GTCTCTATAA CTTCAACGGA GTTGCCGGAC TCACCGATCC ATCGATCGAC GCCTCTTTAG CGAAACAGCT CAAGAAGAAG  TGCCCAGAGA ACGAACCTGG AAGCACGCTA TCCATGGATT CCACCAAGAA CACCTTCGAC CATCTGTACT TCAAGGCAGT CTTGAACAAC AAAGGTCTCT TCCAGTCAGA TGCAAACTTA  TTGACGAATC CAGTGGGAAA GGAGCTTGTG ACTCGATACT CGAAGGCCGG CTCTTCGTTC TCCAGTGACT TCGCAGCAGC CATGACGAAG ATGAGCAACA TCCAATGGGC CGCTGACGGC  GAGGTTCGCA GAATCTGTTC AATCATCAAC CAATAACGAA TGCTTGATTC GCAGATTGTC ATGAATTAGG CAAATCAAGA AGTTACAATG TAGACGCGGT GCTGGCGGCG GCAATTAGAA  ACGAAGCCTC ATTTTTGAAA AGCACAAATG ATCATAGATT CCTCTTCCGA GTATAATTGT TGTCAAAAAC TTGGAAAGCA GAGGCTCTGA GTTTTAGGTA GTCGAGAGGA TGTACAGAAT  TCATTCATTT GCTGAACCTT CTCCATCATA GAGAGGTGCA ACATGGCATA CTATATATTG AAGATGATTG TATAAAAAAA ATTACAAAAC ATCATTTTAT AGGGAGTCAT ATGTAATCTT 
GTCTCAAAAC TCTATCATTT GCTCATACAT AACGTAATCC CCAACTGT 

Retrieve as FASTA