Entry information : Mp2CysPrx01 (Mapoly0014s0048.4/ Mp2CysPrxA)
Entry ID 6495
Creation 2009-01-19 (Christophe Dunand)
Last sequence changes 2017-11-27 (Christophe Dunand)
Sequence status complete
Reviewer Not yet reviewed
Last annotation changes 2018-04-23 (Christophe Dunand)
Peroxidase information: Mp2CysPrx01 (Mapoly0014s0048.4/ Mp2CysPrxA)
Name (synonym) Mp2CysPrx01 (Mapoly0014s0048.4/ Mp2CysPrxA)
Class Typical 2-Cysteine peroxiredoxin    [Orthogroup: 2CysPrx001]
Taxonomy Eukaryota Viridiplantae Streptophyta Marchantiaceae Marchantia
Organism Marchantia polymorpha    [TaxId: 3197 ]
Cellular localisation N/D
Tissue types Reproductive organs
Thallus
Inducer N/D
Repressor N/D
Best BLASTp hits
Perox score E-value Mp2CysPrx01
start..stop
S start..stop
Rfl2CysPrx 466 2e-168 23..275 23..275
Gb2CysPrx 411 6e-147 4..275 2..279
Ppa2CysPrx02 407 2e-145 32..275 36..282
Ppa2CysPrx01 405 1e-144 1..275 1..282
Literature and cross-references Mp2CysPrx01 (Mapoly0014s0048.4/ Mp2CysPrxA)
Literature Yamato,K.T., et al., Gene organization of the liverwort Y chromosome reveals distinct sex chromosome evolution in a haploid system. Proc. Natl. Acad. Sci. U.S.A. 104 (15), 6472-6477 (2007).
EST ref. GenBank:   BJ857765 [5' end]   BJ862663 [3' end]
Protein sequence: Mp2CysPrx01 (Mapoly0014s0048.4/ Mp2CysPrxA)
Sequence Properties
first value : protein
second value (mature protein)
Length (aa):   %s   275 (252)
PWM (Da):   %s   29505.29 (27406.2)  
PI (pH):   %s   6.77 (6.29) Peptide Signal:   %s   cut: 29 range:24-275
Sequence
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Send to Peroxiscan
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MATACAARSA VALPLASVAA TTASSSTAAP SVAIPRSFDG LNKSFGARLA TRSTSAFCKP VTGVSLSQSA RRFVVSASKE APLVGNVAPD FEAEAVFDQE FVKIKLSEYI GKKYVVLFFY  PLDFTFVCPT EITAFSDKHA EFEKLNTEVI GVSTDSVFSH LAWIQTDRKA GGLGDLNYPL VSDLTKKISK DFGVLIPDQG IALRGLFIID KEGVIQHATI NNLAIGRSVE ETLRTLQAVQ 
YVQENPDEVC PAGWKPGEKT MKPDSKLSKE YFAAI 

Retrieve as FASTA  
Remarks Complete sequence from genomic and 37 ESTs (strongly in thallus). Strain="E". 4 splicing variants predicted.
DNA
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
ATGGCAACCG CATGTGCAGC AAGGTCTGCG GTCGCTCTTC CTCTCGCTTC CGTGGCCGCT ACCACTGCCT CTTCCTCGAC CGCCGCTCCT TCCGTCGCCA TCCCCAGGTC TTTCGATGGT  CTCAACAAGT CGTTTGGCGC GCGGTTGGCG ACCCGATCAA CATCTGCGTT CTGCAAGCCT GTCACCGGAG TCTCGCTGTC ACAGTCTGCT AGGAGATTCG TCGTGTCTGC GGTAAGATTT  TGCTACATTG CCTTCACTTC GATGATCTGT CTGTGTGTTA GCTGTAATCA TGTAAATTGC GATGTGAGTG CCATGACCCT TAGGTAGGAG CATCGAGCTC ATTGGTCGAC CGATGAGACG  AATGTGCCCA TGATTGCTTT CAATGCACCG ACTTGTGGCA TTTTCCCGTA TCCCTCCACA AAGCCGTCTA GCGATTATCG CCCTTTATCT TCTAAATTGT CCGCTCGTTC GCGTTAGTGT  CTGTGCACTT ATAATGTAGG AGATTCTATT TTCCGAAACG TCCATGTTAT ATCTCTACGT TCGACTGTAA CTAAATACTG GCCCTTTCTA TTCCGGGAAT TTCGAGCTGG AAGGTTGAAT  TCACAGAGGA ATGTAGCTCT GGAACCAGGG TTATCGGAAT ACGCACGTTT CGGAGATGAC ATTGTTTATC TCGGAGTATC ACGGAAATTG TCATCACGTT TTATACGTCT TTGGAGTCAC  TGAATGTGTT TGCTGCTTTC GTCCTCAATT TTCTCGAAAG TATCCTGCCA TTTTGACAGT GTTCCACTAT GTTCATCTCA GAGCAAGGAG GCACCGCTTG TCGGAAATGT AGCCCCTGAC  TTCGAAGCTG AGGCTGTTTT TGATCAGGAG TTCGTCAAGG TACGTTACAT CCTTGAGAAT ATCTTCGTCT TCTAGCTTAT AACTGGCAGC GATATAGTTT CCTCTGTATT CTTCCACTCG  CAGGACGTGT TTTAGGAAGG ACTGCGTTTT GGCTTCTTCT GTGATTTGAT GGTATAAAGT TTTGACCTTG AACAAAATCA ACTACATTTG GTTAATGTAA GACCTGTCAT TGTAACGGTT  GCTTGCACAG AGATGCTGAA GCTTTTTAAC CGTGTGCATT CAGATCAAAC TTTCGGAATA CATCGGAAAG AAATATGTTG TTCTCTTCTT CTACCCATTG GACTTCACCT TCGTTTGCCC  AACGGGTGAG GCGTAGGTTT CTTTTGAAAA TTCTCTCTCG TGTCGCACTT GTGAATGAGT TACCATTTGT CTCCCGAGTA GTTGTCGATT CGTGATTATC TCTACGTTTG CGAATTTCCT  ATTGATTTTC TTTCAATCTG TCAGGCAAGC AATACTTTTC CAGTGTGTTT CTGAGGGCAT GTGGACGCAT CCTAACTCCT CCTTACGGAC AAGTGGTTTT TCTATAAATG TGTATATATC  TCTGTCGAGA TTATGATCAT AAGGCACAAA CAAAGTACTG CTGTCGAGAA TGAATCTCTT GAGTACTAAA TAGTTTCTTC CTTCCAATTC AGAAATCACT GCTTTCAGCG ACAAGCATGC  CGAGTTCGAG AAATTGAACA CCGAAGTCAT CGGCGTTTCT ACTGACAGCG TGGTAAGTAT GTCATATACA ATCTGTCTTT TATACCCTGG ATCTAACTTT ATGGAATCGT CAACCCGGAA  CCCCAACGTT CATGTAATTG TCGAGAATGA CCTGTGGTTA AAACTCCTGT TGTGAACAGT TTTCCCATCT TGCATGGATC CAAACCGACA GGAAGGCTGG AGGCCTCGGA GATTTGAACT  ACCCACTGGT GTCTGACCTG ACGAAGAAGA TATCTAAGGA CTTCGGAGTT TTGATTCCCG ACCAGGTGCG TTATATATAT GTCAATCATA CCGAGATCCT AGCTTCTTTG ACCATAGGTC  CCATTTTTAT GGATGGAGAT TGATGTTATG ATTATGTTCC ACAGAGAATG TGGGAAATTC AAATGAAAGA TCAAAACTCA AGGAAGAGTG TGGAAAAAAC TGTAACCGCC CATAGCGGAC  CAAGTCAGGT AGACAATAAA CAGCCAAATA TCTCATCCTT AAAGACTACC CTCTCATGCC TTACAGCTTC AACGAGACTG CCGATGGTCC GCCTCCCGTA TTTTAAGTAC TCAACCTCAG  TCACCATCCC AAACGGTTAT CACACCCACA CATGAACACA TCTTGATTAT GGGTTCTCGA AGTCTCCCCG CACCCCTGCT CATATGTCTG ACAGAACAAA GGATACCTCC TCTCCTGTTG  AACGCCCACT TATCACACAT CCCATTCAAT TGTTGTAGAG AATGGTTTGT GCAATTTACA TTAACCAGGA CTACGTATGA TCTACACATA CATCGGCCGA ATTCCGATTA ATTCCTGAAG  CCTCACTACG TCATGTCTTA GGGTATTGCT CTACGAGGAT TGTTCATCAT CGACAAGGAA GGTGTTATTC AGCATGCGAC TATCAACAAC TTGGCTATTG GCAGGAGCGT TGAAGAAACT  CTTCGAACCC TGCAGGTTTG AAGTCTAATT TTGGTCTTCG AATTCAGGTG CTCTCGGTTT TAGATTGAAC TGTAGATCAC TTTACATGTA CATTATGGGA AACTAACTTA TTTTCTCTGT  CAGGCTGTAC AATACGTGCA GGAGAACCCC GATGAGGTAT GCCCTGCCGG CTGGAAGCCA GGTGAAAAGA CAATGAAGCC CGACTCAAAG CTGAGCAAGG AGTACTTTGC CGCCATTTAA 

Retrieve as FASTA  
CDS
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
ATGGCAACCG CATGTGCAGC AAGGTCTGCG GTCGCTCTTC CTCTCGCTTC CGTGGCCGCT ACCACTGCCT CTTCCTCGAC CGCCGCTCCT TCCGTCGCCA TCCCCAGGTC TTTCGATGGT  CTCAACAAGT CGTTTGGCGC GCGGTTGGCG ACCCGATCAA CATCTGCGTT CTGCAAGCCT GTCACCGGAG TCTCGCTGTC ACAGTCTGCT AGGAGATTCG TCGTGTCTGC GAGCAAGGAG  GCACCGCTTG TCGGAAATGT AGCCCCTGAC TTCGAAGCTG AGGCTGTTTT TGATCAGGAG TTCGTCAAGA TCAAACTTTC GGAATACATC GGAAAGAAAT ATGTTGTTCT CTTCTTCTAC  CCATTGGACT TCACCTTCGT TTGCCCAACG GAAATCACTG CTTTCAGCGA CAAGCATGCC GAGTTCGAGA AATTGAACAC CGAAGTCATC GGCGTTTCTA CTGACAGCGT GTTTTCCCAT  CTTGCATGGA TCCAAACCGA CAGGAAGGCT GGAGGCCTCG GAGATTTGAA CTACCCACTG GTGTCTGACC TGACGAAGAA GATATCTAAG GACTTCGGAG TTTTGATTCC CGACCAGGGT  ATTGCTCTAC GAGGATTGTT CATCATCGAC AAGGAAGGTG TTATTCAGCA TGCGACTATC AACAACTTGG CTATTGGCAG GAGCGTTGAA GAAACTCTTC GAACCCTGCA GGCTGTACAA 
TACGTGCAGG AGAACCCCGA TGAGGTATGC CCTGCCGGCT GGAAGCCAGG TGAAAAGACA ATGAAGCCCG ACTCAAAGCT GAGCAAGGAG TACTTTGCCG CCATTTAA 

Retrieve as FASTA  
cDNA
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
GTTCGTCCAC TGGCAGAGCA GCGAGGATAC GTCTCTGCCC TCGGGCTCTT GAAGATCATT CATTCTGTGA TTTCTTTCCT CGTCTGCGCC CCATACCTCC TTCACTGTCC AGCGAAAGGC  AGCGAAGATG GCAACCGCAT GTGCAGCAAG GTCTGCGGTC GCTCTTCCTC TCGCTTCCGT GGCCGCTACC ACTGCCTCTT CCTCGACCGC CGCTCCTTCC GTCGCCATCC CCAGGTCTTT  CGATGGTCTC AACAAGTCGT TTGGCGCGCG GTTGGCGACC CGATCAACAT CTGCGTTCTG CAAGCCTGTC ACCGGAGTCT CGCTGTCACA GTCTGCTAGG AGATTCGTCG TGTCTGCGAG  CAAGGAGGCA CCGCTTGTCG GAAATGTAGC CCCTGACTTC GAAGCTGAGG CTGTTTTTGA TCAGGAGTTC GTCAAGATCA AACTTTCGGA ATACATCGGA AAGAAATATG TTGTTCTCTT  CTTCTACCCA TTGGACTTCA CCTTCGTTTG CCCAACGGAA ATCACTGCTT TCAGCGACAA GCATGCCGAG TTCGAGAAAT TGAACACCGA AGTCATCGGC GTTTCTACTG ACAGCGTGTT  TTCCCATCTT GCATGGATCC AAACCGACAG GAAGGCTGGA GGCCTCGGAG ATTTGAACTA CCCACTGGTG TCTGACCTGA CGAAGAAGAT ATCTAAGGAC TTCGGAGTTT TGATTCCCGA  CCAGGGTATT GCTCTACGAG GATTGTTCAT CATCGACAAG GAAGGTGTTA TTCAGCATGC GACTATCAAC AACTTGGCTA TTGGCAGGAG CGTTGAAGAA ACTCTTCGAA CCCTGCAGGC  TGTACAATAC GTGCAGGAGA ACCCCGATGA GGTATGCCCT GCCGGCTGGA AGCCAGGTGA AAAGACAATG AAGCCCGACT CAAAGCTGAG CAAGGAGTAC TTTGCCGCCA TTTAAAGTAG  ATATGACCCA GGTTCACCGT AATAGGAGAC AGGCTTACTA TGAGTTAGTT AACTTGTAAT AATGCAGGGA ACAATTTAAT GTGTCGTCCA GCCTGTACGG CACAATTGCA CAATTTTGTG  GTTGTTCTAG GTCGAGAACA GTAAATAGTG AAATCCAACG CTGCATTGGT GCAGCAAATA ACATCATGTT ACTCATCTTC ATTCACTTAC CCTCACCACA CATGGATATA TTTTGGAAGG 

Retrieve as FASTA