Entry information : MpPrx38(Mapoly0032s0145)
Entry ID 14663
Creation 2017-12-12 (Christophe Dunand)
Last sequence changes 2017-12-12 (Christophe Dunand)
Sequence status complete
Reviewer Not yet reviewed
Peroxidase information: MpPrx38(Mapoly0032s0145)
Name MpPrx38(Mapoly0032s0145)
Class Class III peroxidase     [Orthogroup: Prx307]*
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 MpPrx38
start..stop
S start..stop
MpPrx36 471 5e-169 2..319 5..322
MpPrx113 447 1e-159 5..319 6..322
MpPrx34 434 1e-154 24..319 27..322
MpPrx35 427 1e-151 25..315 27..317
Literature and cross-references MpPrx38(Mapoly0032s0145)
Protein sequence: MpPrx38(Mapoly0032s0145)
Sequence Properties
first value : protein
second value (mature protein)
Length (aa):   %s   319 (298)
PWM (Da):   %s   34507.43 (32238.2)  
PI (pH):   %s   8.57 (8.40) Peptide Signal:   %s   cut: 22 range:22-319
Sequence
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Send to Peroxiscan
.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
MGSKLVASFL VFSVLATVAY AQLSETFYES SCPGGPAKVA EVVTSSIVRD RTLAASLLRL HFHDCFVRGC DASVLLDGPN GEKEAFGNKN SLRGFEVIDD IKRQVEALCP GVVSCADIVA  LAARDAVVAI RGTNWSVPLG RRDGVVGSAA EANNDLPPPF ADFSMLSAMF SRKGLNTRDL VVLSGSHTIG FVSCATMQTR LYNFSSTSAT DPTLDPNFAN TLKRQCRVGD TTTKIKMDQT 
KFVDTWDFNF YSNVLRGKAL LQSDDALKRN SNSLKIVQQM NRAGSPFNAE FGRAMIKMGQ VDVLTGSSGE IRRRCNAIN* 

Retrieve as FASTA  
Remarks Complete sequence from genomic (3 introns). incorrect prediction from Phytozome (No expression data (3 extra introns in the PS).
DNA
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
ATGGGGTCAA AACTTGTAGC CTCGTTTTTA GTCTTTTCTG TGCTGGCAAC TGTAGCCTAT GCACAACTGA GTGAAACCTT TTACGAATCC AGCTGCCCAG GTGGGCCAGC CAAGGTTGCA  GAAGTAGTTA CATCGTCGAT TGTCAGGGAC AGGACTTTAG CAGCATCTCT TCTGCGATTG CACTTTCACG ATTGCTTCGT TCGGGTACGT TGTCTTCAAT CGTAATGAAT TGTCCCTTGG  ATTACAACAG AGCTGGTGTT TTCGTGATCA AGGCCAATTA AGGCTACTGC AAATTGATCT GACCACTGTT TGACCTGCGT CTTGTTGAAC ACCGATAGAA CATCCACTGC ATATCGAGCA  AGCACAAATT TAATCAGATT GGATCCAGTA TAAAAGTACT CGAAAACGCG CGTGGTCTAA AATATCAGAA TTTTGTTGAT CGGCCATATA GCCGAAAGCT CTTGAAAAAA TTGTACATGC  AGTGGATTCT TTTCATCTCT GGTATTTCAA GGCGTCATGG GGCTTCGATA TGAAGCCACG CAATGTCGTT AACTCTTGAT TGTATCTACA GGGATGTGAT GCTTCTGTAC TTCTGGATGG  GCCGAACGGT GAGAAGGAAG CTTTTGGAAA CAAGAATTCT CTTCGAGGAT TTGAGGTCAT TGATGACATA AAAAGACAAG TCGAAGCTCT TTGTCCCGGA GTTGTTTCTT GCGCAGACAT  CGTGGCTCTG GCTGCAAGAG ATGCCGTAGT GGCGGTAAGA TACGACACAT CAAATCGTGA AAGCTTTTGC TGTTTATGAT AAGAATATAA GGCCTGATAA AATTGTGGAG AAGGATCTAA  GCAGGATGGT AGGCAGACCA AGTAAGGCTG TGCTGCGCCT GTGTAAATCT GGGTTGATTT AAATCTTTGC TGCAAAACAT GCCTCTGAGG ATATATTTTT CGCATGGACA ATACACGCGC  TGCTGGAGAT TGCCGGCGAG TGCTGAACAT TAGTTCGTGA CTTGCTTGCA GATTAGAGGC ACCAACTGGT CCGTTCCCTT GGGACGACGA GATGGAGTTG TGGGATCTGC AGCTGAAGCC  AACAACGACT TACCACCACC ATTCGCCGAC TTCAGCATGT TATCCGCTAT GTTTTCAAGG AAAGGACTGA ACACTAGAGA TTTGGTGGTT CTCTCAGGTA ACATATGCCA TTCCCTTCCA  CCGTACAAGT TCAGATTCCA ACTGTGATTC CTACTTAGTA AAGTGGAACC TTCTGCAAAT TCTAGCTCAG ATATGATATT CATAAGGCAA TCACTAGACC TGTCTCACGA AAGCTGGGTT  GTGCAGGCTC CCACACAATT GGATTTGTTT CGTGCGCCAC CATGCAGACT CGTCTCTACA ACTTTTCATC AACATCTGCG ACTGACCCAA CGCTGGATCC GAACTTTGCG AACACCTTGA  AGAGACAGTG CAGGGTTGGA GACACCACCA CCAAAATTAA AATGGACCAG ACCAAGTTTG TTGACACCTG GGACTTCAAT TTTTACTCCA ATGTTCTTCG CGGAAAGGCG CTATTGCAAT  CAGACGACGC TCTCAAGAGA AACTCCAACA GCTTGAAGAT TGTTCAGCAG ATGAACAGAG CAGGGTCTCC ATTCAACGCA GAATTTGGAC GAGCCATGAT CAAGATGGGG CAGGTAGATG  TACTCACAGG CTCTTCGGGT GAGATTAGAA GGAGGTGCAA CGCCATCAAC TAAATTTCGA CGTTATCATG AAAATCAGTC TGCAAGACAA TACTTCCGCA AGCATGTTGG AGTACGAGCA  GCTTATAGCT TTTGAGTGAC ATCCAGTAGG CGAAGATAAT CATGTTCGCA TCTAGAATAT TCTCTAGATT TAAGCATGCA ATTGCATTGC GAAGAGCCAA TAACCTTCGC GTTGACTCTA  GCCATTGATT AAAGGGGCTC TCACTATACA TACATTTTTT CTCTCTTGTT GATAGAGAAC AATAGGATCA GACAGTAATG AAACTGGGTT CGATTGAGCA ATAGAAAATC AATAAAACCC  TCTAGCTAGA CTAGCTAGAG ACATAAAACA TCTACCGTGT AACTTCTTTT TCACGGTGAG CAAAACTTGA AGCCACAATT AATAAAATAA CCAGGAGAAT AATCTGGTAA AAGCATTCAT 
AGGATCTGAT A 

Retrieve as FASTA  
CDS
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
ATGGGGTCAA AACTTGTAGC CTCGTTTTTA GTCTTTTCTG TGCTGGCAAC TGTAGCCTAT GCACAACTGA GTGAAACCTT TTACGAATCC AGCTGCCCAG GTGGGCCAGC CAAGGTTGCA  GAAGTAGTTA CATCGTCGAT TGTCAGGGAC AGGACTTTAG CAGCATCTCT TCTGCGATTG CACTTTCACG ATTGCTTCGT TCGGGGATGT GATGCTTCTG TACTTCTGGA TGGGCCGAAC  GGTGAGAAGG AAGCTTTTGG AAACAAGAAT TCTCTTCGAG GATTTGAGGT CATTGATGAC ATAAAAAGAC AAGTCGAAGC TCTTTGTCCC GGAGTTGTTT CTTGCGCAGA CATCGTGGCT  CTGGCTGCAA GAGATGCCGT AGTGGCGATT AGAGGCACCA ACTGGTCCGT TCCCTTGGGA CGACGAGATG GAGTTGTGGG ATCTGCAGCT GAAGCCAACA ACGACTTACC ACCACCATTC  GCCGACTTCA GCATGTTATC CGCTATGTTT TCAAGGAAAG GACTGAACAC TAGAGATTTG GTGGTTCTCT CAGGCTCCCA CACAATTGGA TTTGTTTCGT GCGCCACCAT GCAGACTCGT  CTCTACAACT TTTCATCAAC ATCTGCGACT GACCCAACGC TGGATCCGAA CTTTGCGAAC ACCTTGAAGA GACAGTGCAG GGTTGGAGAC ACCACCACCA AAATTAAAAT GGACCAGACC  AAGTTTGTTG ACACCTGGGA CTTCAATTTT TACTCCAATG TTCTTCGCGG AAAGGCGCTA TTGCAATCAG ACGACGCTCT CAAGAGAAAC TCCAACAGCT TGAAGATTGT TCAGCAGATG  AACAGAGCAG GGTCTCCATT CAACGCAGAA TTTGGACGAG CCATGATCAA GATGGGGCAG GTAGATGTAC TCACAGGCTC TTCGGGTGAG ATTAGAAGGA GGTGCAACGC CATCAACTAA 

Retrieve as FASTA  
cDNA
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
ATGGGGTCAA AACTTGTAGC CTCGTTTTTA GTCTTTTCTG TGCTGGCAAC TGTAGCCTAT GCACAACTGA GTGAAACCTT TTACGAATCC AGCTGCCCAG GTGGGCCAGC CAAGGTTGCA  GAAGTAGTTA CATCGTCGAT TGTCAGGGAC AGGACTTTAG CAGCATCTCT TCTGCGATTG CACTTTCACG ATTGCTTCGT TCGGGGATGT GATGCTTCTG TACTTCTGGA TGGGCCGAAC  GGTGAGAAGG AAGCTTTTGG AAACAAGAAT TCTCTTCGAG GATTTGAGGT CATTGATGAC ATAAAAAGAC AAGTCGAAGC TCTTTGTCCC GGAGTTGTTT CTTGCGCAGA CATCGTGGCT  CTGGCTGCAA GAGATGCCGT AGTGGCGATT AGAGGCACCA ACTGGTCCGT TCCCTTGGGA CGACGAGATG GAGTTGTGGG ATCTGCAGCT GAAGCCAACA ACGACTTACC ACCACCATTC  GCCGACTTCA GCATGTTATC CGCTATGTTT TCAAGGAAAG GACTGAACAC TAGAGATTTG GTGGTTCTCT CAGGCTCCCA CACAATTGGA TTTGTTTCGT GCGCCACCAT GCAGACTCGT  CTCTACAACT TTTCATCAAC ATCTGCGACT GACCCAACGC TGGATCCGAA CTTTGCGAAC ACCTTGAAGA GACAGTGCAG GGTTGGAGAC ACCACCACCA AAATTAAAAT GGACCAGACC  AAGTTTGTTG ACACCTGGGA CTTCAATTTT TACTCCAATG TTCTTCGCGG AAAGGCGCTA TTGCAATCAG ACGACGCTCT CAAGAGAAAC TCCAACAGCT TGAAGATTGT TCAGCAGATG  AACAGAGCAG GGTCTCCATT CAACGCAGAA TTTGGACGAG CCATGATCAA GATGGGGCAG GTAGATGTAC TCACAGGCTC TTCGGGTGAG ATTAGAAGGA GGTGCAACGC CATCAACTAA  ATTTCGACGT TATCATGAAA ATCAGTCTGC AAGACAATAC TTCCGCAAGC ATGTTGGAGT ACGAGCAGCT TATAGCTTTT GAGTGACATC CAGTAGGCGA AGATAATCAT GTTCGCATCT  AGAATATTCT CTAGATTTAA GCATGCAATT GCATTGCGAA GAGCCAATAA CCTTCGCGTT GACTCTAGCC ATTGATTAAA GGGGCTCTCA CTATACATAC ATTTTTTCTC TCTTGTTGAT  AGAGAACAAT AGGATCAGAC AGTAATGAAA CTGGGTTCGA TTGAGCAATA GAAAATCAAT AAAACCCTCT AGCTAGACTA GCTAGAGACA TAAAACATCT ACCGTGTAAC TTCTTTTTCA 
CGGTGAGCAA AACTTGAAGC CACAATTAAT AAAATAACCA GGAGAATAAT CTGGTAAAAG CATTCATAGG ATCTGATA 

Retrieve as FASTA