Entry information : MpPrx156(Mapoly0189s0022)
Entry ID 14717
Creation 2017-12-12 (Christophe Dunand)
Last sequence changes 2017-12-12 (Christophe Dunand)
Sequence status complete
Reviewer Not yet reviewed
Peroxidase information: MpPrx156(Mapoly0189s0022)
Name MpPrx156(Mapoly0189s0022)
Class Class III peroxidase     [Orthogroup: Prx039]*
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 MpPrx156
start..stop
S start..stop
MpPrx90 631 0 1..324 1..324
MpPrx91 615 0 1..322 1..322
MpPrx145 609 0 20..324 7..311
MpPrx153 486 9e-175 22..322 26..327
Literature and cross-references MpPrx156(Mapoly0189s0022)
Protein sequence: MpPrx156(Mapoly0189s0022)
Sequence Properties
first value : protein
second value (mature protein)
Length (aa):   %s   324 (300)
PWM (Da):   %s   35409.18 (32614.8)  
PI (pH):   %s   4.33 (4.28) 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
MATISSHWFL WTATIFLTAM VSQGQLTTDF YDSTCPQAAT IVKQKVDEFV DADKGIAAGL MRLHFHDCFV RGCDGSVLLN STNTTLAEKE ALINNGSLRG FEHIDDIKME LESACPGVVS  CADILAMVAR DATVKLGGLS WEVFLGRIDG RSSVADEVNT SLPFRTFNFS QLVATFAKVG LDTKDMIVLS GGHSIGQLHC GAFFERLWDF QGQNITDPSM DPEFAESLKA QCPRDNPLLF 
KGADSTNATF DAVYYSDLLN QKGLMDSDVA LMSDPLGVEY ATEAVQDPYS FLFEFGTAMI KMGNIPASDP YGWRKNCAVI EPCN* 

Retrieve as FASTA  
Remarks No expression data
DNA
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
AAAAGCTCAA CTGAGAGCTT CATTCGACCC TTGCACGTAA GCTCAAAACT AATTACGTTT TGTTGCCGGT TGTTGATGTA ACAGTCTAGG GCACTTTTTT TACATGTCAT CTCATCGGTT  GCTCTATGTC ACTAGAACTT CTATGCTTCC GTCGAATCTA GCGGCTTTAT GATAGACATT GCATTTTGAT CTGTCAATGC ATTTTATTCA CACGTATTGA TCAAATGGCT CTGCGCAGGG  AGGTAGCTGT GATTGTCTGT GACGATTTAA CTACCTTGGG CTGGTCGCAA TAATCGCAAC TTTTTTTCTA TTGGAAATCG AAACAAGAGA TACGAAAAAA TGGCCACCAT TAGTTCGCAT  TGGTTCCTTT GGACCGCTAC AATTTTTCTG ACAGCCATGG TTTCACAAGG GCAGCTGACC ACGGACTTCT ATGACTCCAC TTGCCCACAA GCTGCCACAA TAGTAAAGCA AAAGGTCGAT  GAATTCGTTG ACGCCGATAA GGGAATTGCT GCAGGTCTGA TGCGCCTTCA TTTCCATGAT TGCTTCGTTC GGGTAAGCTC CCTTTCAAAA TGCAGCTGTC AAATTGCTGT GGCCACCCAG  ATGTACGTAG CAGGAGCCTG TTCTGGCTTC GGGATCCTTC TGAGATTGGC TTCATGACTG TGACTGCACG TGCAGGGCTG CGATGGATCG GTGCTTCTGA ATTCGACCAA CACTACACTC  GCTGAGAAAG AAGCGCTCAT AAACAACGGC TCCCTTCGAG GATTCGAGCA TATCGACGAT ATAAAGATGG AGCTGGAGAG CGCATGCCCA GGTGTCGTGT CGTGTGCCGA CATTTTGGCC  ATGGTGGCGA GGGACGCCAC TGTTAAGGTA CATTCTTGGG TGGTCTAGTT ACAAGTCACT TCGCGTATTG AGTATTGAGC ATAACGGAGT CAGATCATAA ATTGTCGGCC CGAGCAGAAC  CTTAGTTTGA TTCATGAAAG TAAACATCTG GTTGTACTGC GCAGCTCGGA GGCTTGAGCT GGGAAGTGTT TCTGGGCCGC ATCGACGGAC GATCTTCAGT TGCAGACGAG GTCAACACCA  GTCTTCCATT CCGTACATTC AACTTCTCCC AGCTCGTTGC GACTTTCGCC AAAGTCGGAC TAGACACCAA GGACATGATC GTCCTCTCAG GTGGGTGACT GCAATCTCTT GAGAATATTG  CAAGTCATAT CAGATTATAT TAGAGCACGG TGACAACTCC AGTCTCATGG GAAGCATGCG TTGCAATGGA CGATTTGATT GTGGGAGGAA GTAAGGTCTC CTGTCAGTCA GTCCCGGGGC  CTTAATGAAG GATTAATGCA ACAGCTGATA AGTAGTTACG GGCCCTTCTC CTTCATTTGG ACTTAACCAC TATACCCCTA ACGAGGATTT GCTGTCTCTC AAAGCCTCGA AGAGAACAGT  CGCCTCGCGT CATCGTGAAA GACATTTATC TGCAAAATTC GCCAAAGTTT GTAACGCAAA CTTTGTATGT CCTCATGCAG GCGGGCACTC TATCGGCCAA CTCCACTGCG GAGCATTCTT  CGAGCGCCTG TGGGACTTTC AAGGTCAGAA TATCACAGAC CCATCGATGG ACCCGGAATT CGCCGAGTCT CTCAAGGCCC AGTGCCCTCG CGACAACCCT CTCCTCTTCA AAGGGGCCGA  TTCCACGAAC GCCACATTCG ACGCCGTTTA CTACTCGGAC CTTCTGAACC AGAAGGGCCT CATGGACTCG GACGTGGCGC TGATGAGCGA TCCCTTGGGC GTGGAATACG CCACCGAAGC  TGTGCAGGAC CCCTACTCCT TCCTGTTCGA GTTTGGAACG GCCATGATCA AAATGGGCAA TATTCCAGCG AGCGATCCTT ACGGCTGGAG GAAGAATTGC GCAGTCATCG AGCCATGCAA  CTAGTGAATC CGTAAAATAC AACTTAGATA ACGTCGTTCA TATTGCAACC GTACGATGCA GAGAACAGGC TAAGAACAAG ACGAGTCCGT AGCACATTTG CAATTTCATG ATCTTCGATT 
GAATCACGTG TAAATATGGG ACATGTAGGT ACGTTGAGTG CGAAATTTCG CCAATTGGCG ACAAATGTCC GCATAGTACA TTGAAAGTTT CTATCTGA 

Retrieve as FASTA  
CDS
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
ATGGCCACCA TTAGTTCGCA TTGGTTCCTT TGGACCGCTA CAATTTTTCT GACAGCCATG GTTTCACAAG GGCAGCTGAC CACGGACTTC TATGACTCCA CTTGCCCACA AGCTGCCACA  ATAGTAAAGC AAAAGGTCGA TGAATTCGTT GACGCCGATA AGGGAATTGC TGCAGGTCTG ATGCGCCTTC ATTTCCATGA TTGCTTCGTT CGGGGCTGCG ATGGATCGGT GCTTCTGAAT  TCGACCAACA CTACACTCGC TGAGAAAGAA GCGCTCATAA ACAACGGCTC CCTTCGAGGA TTCGAGCATA TCGACGATAT AAAGATGGAG CTGGAGAGCG CATGCCCAGG TGTCGTGTCG  TGTGCCGACA TTTTGGCCAT GGTGGCGAGG GACGCCACTG TTAAGCTCGG AGGCTTGAGC TGGGAAGTGT TTCTGGGCCG CATCGACGGA CGATCTTCAG TTGCAGACGA GGTCAACACC  AGTCTTCCAT TCCGTACATT CAACTTCTCC CAGCTCGTTG CGACTTTCGC CAAAGTCGGA CTAGACACCA AGGACATGAT CGTCCTCTCA GGCGGGCACT CTATCGGCCA ACTCCACTGC  GGAGCATTCT TCGAGCGCCT GTGGGACTTT CAAGGTCAGA ATATCACAGA CCCATCGATG GACCCGGAAT TCGCCGAGTC TCTCAAGGCC CAGTGCCCTC GCGACAACCC TCTCCTCTTC  AAAGGGGCCG ATTCCACGAA CGCCACATTC GACGCCGTTT ACTACTCGGA CCTTCTGAAC CAGAAGGGCC TCATGGACTC GGACGTGGCG CTGATGAGCG ATCCCTTGGG CGTGGAATAC  GCCACCGAAG CTGTGCAGGA CCCCTACTCC TTCCTGTTCG AGTTTGGAAC GGCCATGATC AAAATGGGCA ATATTCCAGC GAGCGATCCT TACGGCTGGA GGAAGAATTG CGCAGTCATC 
GAGCCATGCA ACTAG 

Retrieve as FASTA  
cDNA
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
AAAAGCTCAA CTGAGAGCTT CATTCGACCC TTGCACGGAG GTAGCTGTGA TTGTCTGTGA CGATTTAACT ACCTTGGGCT GGTCGCAATA ATCGCAACTT TTTTTCTATT GGAAATCGAA  ACAAGAGATA CGAAAAAATG GCCACCATTA GTTCGCATTG GTTCCTTTGG ACCGCTACAA TTTTTCTGAC AGCCATGGTT TCACAAGGGC AGCTGACCAC GGACTTCTAT GACTCCACTT  GCCCACAAGC TGCCACAATA GTAAAGCAAA AGGTCGATGA ATTCGTTGAC GCCGATAAGG GAATTGCTGC AGGTCTGATG CGCCTTCATT TCCATGATTG CTTCGTTCGG GGCTGCGATG  GATCGGTGCT TCTGAATTCG ACCAACACTA CACTCGCTGA GAAAGAAGCG CTCATAAACA ACGGCTCCCT TCGAGGATTC GAGCATATCG ACGATATAAA GATGGAGCTG GAGAGCGCAT  GCCCAGGTGT CGTGTCGTGT GCCGACATTT TGGCCATGGT GGCGAGGGAC GCCACTGTTA AGCTCGGAGG CTTGAGCTGG GAAGTGTTTC TGGGCCGCAT CGACGGACGA TCTTCAGTTG  CAGACGAGGT CAACACCAGT CTTCCATTCC GTACATTCAA CTTCTCCCAG CTCGTTGCGA CTTTCGCCAA AGTCGGACTA GACACCAAGG ACATGATCGT CCTCTCAGGC GGGCACTCTA  TCGGCCAACT CCACTGCGGA GCATTCTTCG AGCGCCTGTG GGACTTTCAA GGTCAGAATA TCACAGACCC ATCGATGGAC CCGGAATTCG CCGAGTCTCT CAAGGCCCAG TGCCCTCGCG  ACAACCCTCT CCTCTTCAAA GGGGCCGATT CCACGAACGC CACATTCGAC GCCGTTTACT ACTCGGACCT TCTGAACCAG AAGGGCCTCA TGGACTCGGA CGTGGCGCTG ATGAGCGATC  CCTTGGGCGT GGAATACGCC ACCGAAGCTG TGCAGGACCC CTACTCCTTC CTGTTCGAGT TTGGAACGGC CATGATCAAA ATGGGCAATA TTCCAGCGAG CGATCCTTAC GGCTGGAGGA  AGAATTGCGC AGTCATCGAG CCATGCAACT AGTGAATCCG TAAAATACAA CTTAGATAAC GTCGTTCATA TTGCAACCGT ACGATGCAGA GAACAGGCTA AGAACAAGAC GAGTCCGTAG  CACATTTGCA ATTTCATGAT CTTCGATTGA ATCACGTGTA AATATGGGAC ATGTAGGTAC GTTGAGTGCG AAATTTCGCC AATTGGCGAC AAATGTCCGC ATAGTACATT GAAAGTTTCT 
ATCTGA 

Retrieve as FASTA