Entry information : CanPrx01 ( CAPO1 / poa1)
Entry ID 133
Creation 2010-04-26 (Christophe Dunand)
Last sequence changes 2010-04-26 (Christophe Dunand)
Sequence status complete
Reviewer Catherine Mathe
Last annotation changes 2016-02-23 (Catherine Mathe)
Peroxidase information: CanPrx01 ( CAPO1 / poa1)
Name (synonym) CanPrx01 ( CAPO1 / poa1)
Class Class III peroxidase    [Orthogroup: Prx005]
Taxonomy Eukaryota Viridiplantae Streptophyta Solanaceae Capsicum
Organism Capsicum annuum (pepper)    [TaxId: 4072 ]
Cellular localisation N/D
Tissue type Leaves
Inducers Pathogen interaction
Phytophthora infection
Xanthomonas infection
Repressor N/D
Best BLASTp hits
Perox score E-value CanPrx01
start..stop
S start..stop
StPrx28 635 0 1..332 1..331
LePrx06 619 0 4..332 3..332
NtPrx10-1B 565 0 1..332 1..330
NtPrx10-1A 560 0 1..332 1..330
Literature and cross-references CanPrx01 ( CAPO1 / poa1)
Literature REFERENCE 1 Do,H.M et al Expression of peroxidase-like genes, H2O2 production, and peroxidase activity during the hypersensitive response to Xanthomonas campestris pv. vesicatoria in Capsicum annuum. MPMI 16 (3), 196-205 (2003)
REFERENCE 2 Richins,R., Alvarado,K., Leger,J. and O'Connell,M.A.
Responsive transcripts in Phytophthora capsici-challenged roots of Capsicum annuum Unpublished (2002)
REFERENCE 3 Lee,S., Kim,S.-Y., Chung,Y.-H., Shin,H.-J., Goh,S.-H., Pai,H.-S., Hur,C.-G. and Choi,D. Generation of Expressed Sequence Tags from Hot Pepper (Capsicum annuum L.) and Sequence Analysis in Relation to Hypersensitive Response Against Pathogen . Unpublished (2001)

Protein ref. UniProtKB:   Q8W4V8   Q4A3Y5 [Fragment]
DNA ref. GenBank:   AJ810540 [Fragment]
Cluster/Prediction ref. UniGene:   Can.206
Protein sequence: CanPrx01 ( CAPO1 / poa1)
Sequence Properties
first value : protein
second value (mature protein)
Length (aa):   %s   332
PWM (Da):   %s   35992.08 Transmb domain:   %s   i13-30o
PI (pH):   %s   7.7
Sequence
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Send to Peroxiscan
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MEYYYNYNSI NKMVSIIFIL VLAIDLTMVL GQGTRVGFYS STCPRAESIV QSTVRSHFQS DPTVAPGLLR MHFHDCFVQG CDASILISGS GTERTAPPNS LLRGYEVIDD AKQQIEAICP  GVVSCADILA LAARDSVLVT KGLTWSVPTG RRDGLVSRAS DTSDLPGFTE SVDSQKQKFS AKGLNTQDLV TLVGGHTIGT SACQFFSYRL YNFNSTGGPD PSIDASFLPT LRGLCPQNGD 
GSKRVALDTG SVNNFDTSYF SNLRNGRGIL ESDQKLWTDD STKVFIQRYL GLRGFLGLRF GVEFGRSMVK MSNIEVKTGT NGEIRKVCSA IN 

Retrieve as FASTA  
Remarks Complete sequence from genomic (introns 2 and 3), 1 cDNA and 19 ESTs.
DNA
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CGTGTTGGAT TTTATTCCAG TACGTGCCCA AGAGCTGAAT CCATTGTTCA ATCAACGGTG AGGTCTCATT TTCAGTCTGA TCCAACGGTG GCGCCAGGAT TGCTGAGAAT GCACTTCCAT  GATTGTTTCG TACAAGGTTG TGATGCTTCC ATCCTCATTT CTGGTTCTGG CACTGAGAGA ACAGCTCCCC CAAATTCATT GTTGAGAGGA TACGAGGTTA TCGATGATGC TAAGCAGCAA  ATTGAAGCTA TTTGTCCAGG AGTTGTCTCC TGTGCTGACA TCCTTGCTCT TGCTGCCCGT GATTCCGTTG TTGTGGTAAT AATAATACAT ATATAAATCC CTTGTTTTGC CCTCTAGATT  CACAACACGA TTGACGTAGA TTTGCCAAAG AAAATTAAAT GGATATATAT TGCATGAAAG AACGTAGTTT TATGTTGTGG TTATGGTCCC ATGCATGTTG CATTAGTAAT AGCTTCTCCG  GGAAGTAACA TAAATTTTAA CACTGTCAGA TCACCTAAAA GATAACTATA TGTAGCAGTA TATATAAAAG ATGGTATTAG TCACCTAAAA CATATTGTTG GCTGCCACTT ACAAACTATA  ACTAATTAAA ATATACTAGC AATATACGTA GTTTTTTTTT TTTTTTTTTT AACATTATCG TTTTACATAA AAATCTAATT CCCTCCCATA GTAATTAATA ATATATTTTT GTTGATGCAT  GCAGACTAGA GGATTGACCT GGTCTGTGCC CACGGGGCGC AGGGATGGAC TAGTTTCAAG AGCATCAGAC ACGTCTGATT TGCCAGGCTT TACTGAGTCT GTTGATTCTC AAAAGCAAAA  GTTTTCTGCG AAGGGTCTCA ACACTCAAGA TCTCGTCACC CTTGTTGGTA AGTCTAACTT AATTATCCTT GAATATTACA TAGCAAGTTT TTTTAAAATA ACTACAGTAA TCGTCAAATT  AAAGTGAATT AATAATAATA CAACTTATGT TTAATTTTGT GTGGTCAGGT GGGCACACAA TTGGGACCTC AGCATGCCAA TTCTTCAGCT ACAGGCTATA CAATTTCAAC TCCACTGGTG  GCCCTGACCC TTCAATCGAC GCATCCTTTC TTCCTACGCT TCGAGGATTA TGTCCACAAA ACGGAGATGG CTCAAAGCGT GTGGCACTGG ACACTGGAAG CGTGAACAAT TTTGGCACCT  CGTACTTCTC TAACTTGAGG AATGGTCGCG GAATTCTGGA ATCAGACCAG AAATTGTGGA CTGATGATTC CACCAAGGTG TTTATCCAAA GGTATTTAGG GCTCAGGGGA TTTCTTGGAT 
TGAGATTTGG TGTCGAATTT GGAAGGTCGA TGGTTAAAAT GAGCAATATT GAAGTTAAGA CTGGGACTAA TGGTGAAATT CGTAAAGTTT GCTC 

Retrieve as FASTA  
cDNA
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
GCACGAGGAA AGAGTATAGA ATTGTATTAT CATAAATAGT AGCAGTACAT AATCACCATT TATGGAGTAC TACTATAATT ACAATTCAAT TAACAAAATG GTTTCGATTA TTTTTATTCT  CGTGCTAGCA ATTGATTTGA CTATGGTATT AGGCCAAGGG ACTCGTGTTG GATTTTATTC CAGTACGTGC CCAAGAGCTG AATCCATTGT TCAATCAACG GTGAGGTCTC ATTTTCAGTC  TGATCCAACG GTGGCGCCAG GATTGCTGAC AATGCACTTC CATGATTGTT TCGTACAAGG TTGTGATGCT TCCATCCTCA TTTCTGGTTC TGGCACTGAG AGAACAGCTC CCCCAAATTC  ATTGTTGAGA GGATACGAGG TTATCGATGA TGCTAAGCAG CAAATTGAAG CTATTTGTCC AGGAGTTGTC TCCTGTGCTG ACATTCTTGC TCTTGCTGCC CGTGATTCCG TTCTTGTGAC  TAAAGGATTG ACCTGGTCTG TGCCCACGGG GCGCAGGGAT GGACTAGTTT CAAGAGCATC AGACACGTCT GATTTGCCAG GCTTTACTGA GTCTGTTGAT TCTCAAAAGC AAAAGTTTTC  TGCAAAGGGT CTCAACACTC AAGATCTCGT CACCCTTGTT GGTGGGCACA CAATTGGGAC CTCAGCATGC CAATTCTTCA GCTACAGGCT ATACAATTTC AACTCCACTG GTGGCCCTGA  CCCTTCAATC GACGCATCCT TTCTTCCTAC GCTTCGAGGA TTATGTCCAC AAAACGGAGA TGGCTCAAAG CGTGTGGCAC TGGACACTGG AAGCGTGAAC AATTTTGACA CCTCGTACTT  CTCTAACTTG AGGAATGGTC GCGGAATTCT GGAATCAGAC CAGAAATTGT GGACTGATGA TTCCACCAAG GTGTTTATCC AAAGGTATTT AGGGCTCAGG GGATTTCTTG GATTGAGATT  TGGTGTCGAA TTTGGAAGGT CGATGGTTAA AATGAGCAAT ATTGAAGTTA AGACTGGGAC TAATGGTGAA ATTCGTAAAG TTTGCTCAGC AATCAACTGA TTCATAATAT CATCCTCTTA  TTTATGTACT TAATTACACT CTTTTTACAT AGGTTCGTTC ATGTTAGCGC AAGCTGCAAA GTCGAATTGT TATAGTGGTA TCCAATAATA TCAATAAATA AAAGCATTTA CCGAGTGAAC 
TTGCAAAAAA AAAAAAAAAA AA 

Retrieve as FASTA