The peroxidases and oxidases database
Entry information : PsPrxII06 (PsPrxIIF)
Entry ID 4444
Creation 2007-02-01 (Nicolas Rouhier)
Last sequence changes 2016-01-06 (Achraf Jemmat)
Sequence status complete
Reviewer Christophe Dunand
Last annotation changes 2016-01-06 (Christophe Dunand)
Peroxidase information: PsPrxII06 (PsPrxIIF)
Name (synonym) PsPrxII06 (PsPrxIIF)
Class Atypical 2-Cysteine peroxiredoxin (type II)    [Orthogroup: PrxII001]
Taxonomy Eukaryota Viridiplantae Streptophyta Fabaceae Pisum
Organism Pisum sativum (Garden pea)    [TaxId: 3888 ]
Cellular localisation Mitochondria
Tissue type N/D
Inducer N/D
Repressor N/D
Best BLASTp hits
Perox score E-value PsPrxII06
start..stop		 S start..stop
MtPrxII06 371 2e-133 1..199 1..199
IbPrxII06 309 5e-109 1..199 1..193
EgrPrxII02 305 2e-107 16..199 8..196
EcamPrxII02 304 3e-107 16..199 8..196
Literature and cross-references PsPrxII06 (PsPrxIIF)
Literature Barranco-Medina S et al., Cloning, overexpression, purification and preliminary crystallographic studies of a mitochondrial type II peroxiredoxin from Pisum sativum.
Acta Crystallograph Sect F Struct Biol Cryst Commun. 2006 Jul 1;62(Pt 7):695-8.
Protein ref. GenBank:   CAG30523.1 UniProtKB:   Q6KBB1
DNA ref. GenBank:   118721271
mRNA ref. GenBank:   AJ717306.1
Protein sequence: PsPrxII06 (PsPrxIIF)
Sequence Properties
first value : protein
second value (mature protein)
Length (aa):   %s   199
PWM (Da):   %s   21350.04  
PI (pH):   %s   8.65
Sequence 0
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Send to Peroxiscan
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MATSVINRLR SSSTTKSLSS VLHGIRSYAK VATGTDILSA ASNVSLQKAR TWDEGVESKF STTPVNDIFK DKKVVIFGLP GAYTGVCSSK HVPPYKHNID KFKAKGVDSV ICVAINDPYT 
VNAWAEKIQA KDAIEFYGDF DGSFHKSLEL TTDLSAGLLG IRSERWSAYV VDGKVKALNV EESPSDVKVS GAETILGQI 

Retrieve as FASTA  
Remarks Complete sequence from genomic and mRNA. Cultivar="Lincoln".
DNA ►
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ATGGCAACCT CTGTAATCAA CCGACTTCGT TCTTCCTCAA CCACAAAATC ACTGTCTTCC GTTCTTCATG GAATCAGGTC TTACGCAAAG GTTGCAACTG GAACTGATAT ACTCTCTGCT  GCATCCAATG TTTCTCTACA GAAAGCTCGC ACTTGGGATG AAGGTGTTGA ATCCAAATTC TCCACTACCC CTGTCAACGA CATCTTCAAG GATAAAAAAG TTGTGATCTT TGGTCTCCCA  GGTGCATATA CAGGAGTTTG TTCAAGCAAA CATGTTCCTC CTTATAAGCA TAATATTGAC AAGTTTAAAG CTAAAGGGGT TGATTCTGTT ATTTGTGTGG CTATTAATGA TCCATATACT  GTGAATGCTT GGGCTGAGAA GATTCAAGCC AAAGATGCTA TTGAGTTCTA TGGGGACTTT GATGGGAGCT TTCACAAAAG CTTGGAATTA ACTACTGATC TCTCTGCTGG TTTGCTTGGA  ATTCGATCGG AAAGATGGTC AGCATATGTG GTAGATGGAA AAGTGAAGGC TCTTAATGTT GAAGAATCTC CATCTGATGT CAAAGTTTCT GGAGCAGAGA CCATTTTGGG ACAAATTTGA 

Retrieve as FASTA  
CDS►
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ATGGCAACCT CTGTAATCAA CCGACTTCGT TCTTCCTCAA CCACAAAATC ACTGTCTTCC GTTCTTCATG GAATCAGGTC TTACGCAAAG GTTGCAACTG GAACTGATAT ACTCTCTGCT  GCATCCAATG TTTCTCTACA GAAAGCTCGC ACTTGGGATG AAGGTGTTGA ATCCAAATTC TCCACTACCC CTGTCAACGA CATCTTCAAG GATAAAAAAG TTGTGATCTT TGGTCTCCCA  GGTGCATATA CAGGAGTTTG TTCAAGCAAA CATGTTCCTC CTTATAAGCA TAATATTGAC AAGTTTAAAG CTAAAGGGGT TGATTCTGTT ATTTGTGTGG CTATTAATGA TCCATATACT  GTGAATGCTT GGGCTGAGAA GATTCAAGCC AAAGATGCTA TTGAGTTCTA TGGGGACTTT GATGGGAGCT TTCACAAAAG CTTGGAATTA ACTACTGATC TCTCTGCTGG TTTGCTTGGA  ATTCGATCGG AAAGATGGTC AGCATATGTG GTAGATGGAA AAGTGAAGGC TCTTAATGTT GAAGAATCTC CATCTGATGT CAAAGTTTCT GGAGCAGAGA CCATTTTGGG ACAAATTTGA 

Retrieve as FASTA  
cDNA►
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ATGGCAACCT CTGTAATCAA CCGACTTCGT TCTTCCTCAA CCACAAAATC ACTGTCTTCC GTTCTTCATG GAATCAGGTC TTACGCAAAG GTTGCAACTG GAACTGATAT ACTCTCTGCT  GCATCCAATG TTTCTCTACA GAAAGCTCGC ACTTGGGATG AAGGTGTTGA ATCCAAATTC TCCACTACCC CTGTCAACGA CATCTTCAAG GATAAAAAAG TTGTGATCTT TGGTCTCCCA  GGTGCATATA CAGGAGTTTG TTCAAGCAAA CATGTTCCTC CTTATAAGCA TAATATTGAC AAGTTTAAAG CTAAAGGGGT TGATTCTGTT ATTTGTGTGG CTATTAATGA TCCATATACT  GTGAATGCTT GGGCTGAGAA GATTCAAGCC AAAGATGCTA TTGAGTTCTA TGGGGACTTT GATGGGAGCT TTCACAAAAG CTTGGAATTA ACTACTGATC TCTCTGCTGG TTTGCTTGGA  ATTCGATCGG AAAGATGGTC AGCATATGTG GTAGATGGAA AAGTGAAGGC TCTTAATGTT GAAGAATCTC CATCTGATGT CAAAGTTTCT GGAGCAGAGA CCATTTTGGG ACAAATTTGA 

Retrieve as FASTA