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Entry information : OsPrx12(LOC_Os01g22230)
Entry ID 1022
Creation 2006-07-17 (Filippo Passardi)
Last sequence changes 2006-07-17 (Christophe Dunand)
Sequence status complete
Reviewer Not yet reviewed
Last annotation changes 2022-02-09 (Christophe Dunand)
Peroxidase information: OsPrx12(LOC_Os01g22230)
Name OsPrx12(LOC_Os01g22230)
Class Class III peroxidase    [Orthogroup: Prx126]
Taxonomy Viridiplantae (green plants); Streptophyta; Angiospermae; Monocotyledons
Organism Oryza sativa ssp japonica cv Nipponbare    [TaxId: 39947 ]
Cellular localisation N/D
Tissue types Callus
Flowers
Leaves
Pannicles
Roots
Stems
Inducer N/D
Repressor N/D
Best BLASTp hits
Perox score E-value OsPrx12
start..stop		 S start..stop
OsiPrx12 703 0 12..357 1..346
TaPrx31-1D 510 0 13..351 8..343
HvPrx10 496 3.46e-178 14..333 9..330
TaPrx31-2A 496 4.93e-178 13..351 8..343
Literature and cross-references OsPrx12(LOC_Os01g22230)
Literature Passardi F., Longet, D., Penel C. and Dunand, C. The class III peroxidase multigenic family in rice and its evolution in land plants Phytochemistry, 65 (13), 1879-1893 (2004)
Protein ref. UniProtKB:   Q5U1T1  Q654S1  Q654S0 [Incorrect splicing]
DNA ref. GenBank:   NC_008394.1 (12482908..12486832)
Cluster/Prediction ref. UniGene:   Os.35123
Protein sequence: OsPrx12(LOC_Os01g22230)
Sequence Properties
first value : protein
second value (mature protein)
Length (aa):   %s   357
PWM (Da):   %s   37619.66 Transmb domain:   %s   i12-34o
PI (pH):   %s   6.64
Sequence
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*.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
MAPRGSYCRR VMGVAVAVAA CALCLLPATT SGALRVGFYQ SSCPNAEALV RQAVAAAFAR DAGVAAGLIR LHFHDCFVRG CDASVLLTKN PAGGQTERDA TPNNPSLRGF EVIDAAKAAV  EAACPRTVSC ADIIAFAARD SVKLTGNVDY QVPAGRRDGS VSNGTEALHN LPPPNATAQQ LADTFFANKF LTLEDMVVLS GAHTVGRSFC ASFFNRVWNG NTPIVDAGLD PAYAAQLRAL 
CPTRDTLATT PMDPDTPATL DNNYYKLLPQ GKGLFFSDNQ LRVNATMNAL VTRFAANEAE WKQRFADAMV KMGHIEVQTG RCGQIRVNCN VVNPSTSSPE VELAGEDQET GGAVAAS 

Retrieve as FASTA  
Remarks Complete sequence from genomic (chromo 1, introns 1 and 3'), 4 mRNA and 35 ESTs. Two prediction for the PS (TREMBL). Containing IntR (3').
DNA ►
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
ATGGCTCCGA GAGGCAGCTA CTGCAGGCGG GTGATGGGCG TGGCCGTCGC CGTGGCGGCT TGCGCGCTGT GCCTCCTGCC GGCGACGACC AGCGGCGCGC TCCGCGTCGG GTTCTACCAG  AGCAGCTGCC CCAACGCCGA GGCGCTCGTC CGCCAGGCCG TCGCCGCGGC CTTCGCCAGG GACGCCGGCG TCGCCGCCGG CCTCATCCGC CTCCACTTCC ACGACTGCTT CGTCAGGGTA  CCTACTACTG AAACCCAGCT AGTGCATATA GTAGTATAAT GCAGAAATTA TTGACCACCA TCTCCATGAA TATCTGTTTG TATAATGTTT ATAGAAGCAC ATGCATATAC GTATATGCCT  GCAAAATGTC TGGCTTGCAA ACGGGAAATA ATCGACTTAT GTTTGATGTG CTTAACTTTT TTCTTAAGAC AATGTTTAAC TAAACACTTG AGAACAGCTA GCCCAGATTT TCCCAGTTGG  GGAACCAAAA TAAAACACTT ATTTTGTTAA TGATGATTAG TTTATCTACT TTTCACAAAT TAATCCTGAA GATTTGAATT TTCTAATATG TTGGCGATCT GCATATTTGC CACATTATTA  GAAACTGGAT CGAGTAAACA TCTACCCAAC TAAACTTATT CAGGTCTATG CTCCATCTAT GCATAGCTCA TAAAAATACT TAAATTGGAA AAGAACTCAA CAATTTTTCA AAATAGTTCT  TTGCAAGTTA GTTTCCATGA ATCCTTACAT GTGTGAGGAT CAATATATGC ACGGTGAAAA TGGACTTGTA GGGGGCTTTT GACATCTCTC TCTAAATCTG TAATTGTCGT TTGTGTTGCT  TTTCAATTAG TTTTACTAAT TAATATCATG TCTGCCTTGG GCCTTGGCTA GCTTATTTTT ATGCTTCTCC GTTGCTAACT TGAGCTTAAT TACCTCTTTT CAACCATGCA TCCCTCAAGC  GATCTACCAG CAGTATTGAT TTTTTTCATT TACTTTTCGT CCCCAGAATG CATGAATTAA GCTATTAATT TAAGACTAAG ACCACCAGCA AATATTCAAG TACTAGTATT TAGATTTTCC  ATAGAAAAGA TATATTTGTC ATCACACCAA ATTAAATTAA GAACTACACG CAAAAAAAAA GAACTTTGAT TCCATTGTAT ATTTAACAAA ATCTATCGAT ATACTTTTGA AAAAGATAAT  GCTCAAACAT GTGTCTAAAA ATGAAGACAT TAAAGAACAA TTAAAGAGAC CCTGGTCATG CTTAATGAAA ACCAAAAAAA GGTAGAGTTG TCTCTGAAGA CAAAGGGAAC AAAGTAAAAA  GCCATAAAAG AAAAGCTACC AAAATCAGAA AGCATAAGTG TATATAGTTA CAGAATCAAA GCAGCTTTCT TTCTTTCAAG GGAACCGCAT ATACCCTGCT TGCAATGGGT GACAAACAAA  AAGCCTCCCA GGCTCCCATT TGGCGAATCT CAGTATGTTC CTTTCGTTTC CTCAATCCCC ATTGATCCTT CATTTTTTCA GGTGTCGTAT TAACATCCAG TACTGCTTGA CACTGGCAGT  CGTAAATATG TACTCCTTAG TTTGATAGTA TCAAAAATGG TATTTAACTC GTTGAATATC ATATTTTGAT GGAACAATAA GGTGTGATTT AGTTCAAGTC TTCAAGAGTA TAATAAGGAT  GTGTTCGTTT GGCGACAGGA ATGCTCCCTC TCGGCACACA AAATAGAGCG GCGAAATAGC GCATGATTAA TTAAATATTT ACATAAACAA ACTTAAAAAA TAAATTAATA TGATTTTTAA  GCAACTTTTC TATAGAGAAA AGTTTTTGCG AAAACCGTTG AGCAGTCTAG AAAGTAGAAA GTATATGCAC CGAAAATGAG GAGACAGAAG AAGTTGAGAA AATGTGGTAT AGACTACAAC  TTAAGATGTA CTTTAGTCTA TGTAGAGCTA GGCAACATAT ATATGACACA ATAGGAGGTT AATGGCCGGA GTTTACAGCA CGTGTATGTA GAGGAGTAAT GTAGTTGACT ATGTCACTAG  GAGGTGGAAG AAGGGACGTG ACATTGGATC TAACGATGCG AAACATGGAC GGAGTCACAA ATCAGGTTGG AGGAGCTTCT CGCTGAAACC AGAAATAAGC TAGGAGGTGG AGGAAGGGGT  TGGTATGTTG TCCTTAATAA GAGCTAAAAT CGATTGATTA TTTGTTTTTT ACAGCTATTT AAGGTTATAA ACAAATAAAT TAGCTATTAA AAAGTTGGAA AAATATTTTA TAAATTTTCT  AGTAGAAGAT CGAGTAGGAT AGAGGTGAAA TGAATCTTCT AGTAATAATG CCTCAAAAAA TTCTAGTCGA CCTCACACAA TAAAACAATA AGCATGTTAG TTAAACTGAG CATTACTAAA  AACATATTAA TTTGTTTGTT TGGATTACAA TAAAGACGTA GACATGTACA CATAGCTATA TTAGTTAAAC CGGGTGTCAT CAATTTACCT GTTGATTTGA ATATATAGTT GTAAGCTTCT  TCAGTACTCC CTCATTCCAT AATATGTACT CCCTTCATTC CATAATATAA GGTATAGTCA AACTTGGCAC AGTCTATAAT TTCTCATATA CTATAAGGTT TAAACAAAAT TATAACCATC  TTAAAGTAAA TTTAAATGTC AATCTAATGA TATTAATTTT AGCAAATAAA ATTTAATTTA TATTATAATA ATTGTTGGTC AAATGTTTTT ATTTATGAAT TTTGGAATAT GTGCACACCT  TATATTATGG GATAGATGGA TTATATTTTT TAAAATACTT CAGTAATCAG TCAGTGCTAG AATTTACACA AGCATGTACT ACCTACATAC TCTCTCCGTC CCATAAAAAA TTAACCTAAT  ATTGGATGTG ACACATCCTA ATACAATGAA TTTAGACATT GTACTAGATT CACTTTTTTC TGGGACGGAT GGAGTACAAG ATGAAACATT TTGAGTTACC TTTTTTTTTT CTTTTTTCTG  AAAGAAATTC CTTCCTGTTA CTGCAATGCA GGGGTGTGAT GCATCCGTCC TCCTGACCAA GAACCCCGCC GGTGGCCAGA CGGAGCGCGA CGCGACGCCG AACAACCCGA GCCTCCGGGG  CTTCGAGGTG ATCGACGCCG CCAAGGCCGC CGTCGAGGCG GCGTGCCCGC GCACCGTCTC CTGCGCCGAC ATCATCGCGT TCGCCGCCCG CGACAGCGTC AAGCTAACCG GCAACGTCGA  CTACCAGGTC CCCGCCGGCC GCCGCGACGG CAGCGTGTCC AACGGCACCG AGGCCCTCCA CAACCTGCCC CCGCCCAACG CCACGGCGCA GCAGCTCGCC GACACGTTCT TCGCCAACAA  GTTCCTCACC CTCGAAGACA TGGTCGTCCT CTCCGGCGCC CACACCGTCG GCCGCTCCTT CTGCGCCTCC TTCTTCAACC GCGTCTGGAA CGGCAACACC CCCATAGTAC GTCGCCTCGC  CGCGCCGCCG TCGTCCATGG CGCCCCCCAT GCTTTTTCGC AGTTACGCGG TGTGACGGTG CGTGCGCGTG TGTGTGCAGG TGGACGCCGG GCTGGACCCG GCGTACGCGG CGCAGCTGCG  GGCGCTGTGC CCCACAAGGG ACACGCTGGC GACGACGCCG ATGGACCCGG ACACGCCGGC GACGCTGGAC AACAACTACT ACAAGCTGCT GCCGCAGGGG AAGGGGCTCT TCTTCTCCGA  CAACCAGCTG CGGGTGAACG CCACCATGAA CGCGCTGGTG ACCCGGTTCG CGGCGAACGA GGCGGAGTGG AAGCAGCGGT TCGCCGACGC CATGGTGAAG ATGGGCCACA TCGAGGTGCA  GACCGGGCGG TGCGGCCAGA TCAGGGTCAA CTGCAACGTC GTCAACCCGT CGACCTCCTC GCCGGAGGTC GAGCTGGCCG GCGAGGATCA GGAGACCGGA GGCGCCGTCG CGGCAAGCTA 
G 

Retrieve as FASTA  
CDS►
Send to BLAST
.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
ATGGCTCCGA GAGGCAGCTA CTGCAGGCGG GTGATGGGCG TGGCCGTCGC CGTGGCGGCT TGCGCGCTGT GCCTCCTGCC GGCGACGACC AGCGGCGCGC TCCGCGTCGG GTTCTACCAG  AGCAGCTGCC CCAACGCCGA GGCGCTCGTC CGCCAGGCCG TCGCCGCGGC CTTCGCCAGG GACGCCGGCG TCGCCGCCGG CCTCATCCGC CTCCACTTCC ACGACTGCTT CGTCAGGGGG  TGTGATGCAT CCGTCCTCCT GACCAAGAAC CCCGCCGGTG GCCAGACGGA GCGCGACGCG ACGCCGAACA ACCCGAGCCT CCGGGGCTTC GAGGTGATCG ACGCCGCCAA GGCCGCCGTC  GAGGCGGCGT GCCCGCGCAC CGTCTCCTGC GCCGACATCA TCGCGTTCGC CGCCCGCGAC AGCGTCAAGC TAACCGGCAA CGTCGACTAC CAGGTCCCCG CCGGCCGCCG CGACGGCAGC  GTGTCCAACG GCACCGAGGC CCTCCACAAC CTGCCCCCGC CCAACGCCAC GGCGCAGCAG CTCGCCGACA CGTTCTTCGC CAACAAGTTC CTCACCCTCG AAGACATGGT CGTCCTCTCC  GGCGCCCACA CCGTCGGCCG CTCCTTCTGC GCCTCCTTCT TCAACCGCGT CTGGAACGGC AACACCCCCA TAGTGGACGC CGGGCTGGAC CCGGCGTACG CGGCGCAGCT GCGGGCGCTG  TGCCCCACAA GGGACACGCT GGCGACGACG CCGATGGACC CGGACACGCC GGCGACGCTG GACAACAACT ACTACAAGCT GCTGCCGCAG GGGAAGGGGC TCTTCTTCTC CGACAACCAG  CTGCGGGTGA ACGCCACCAT GAACGCGCTG GTGACCCGGT TCGCGGCGAA CGAGGCGGAG TGGAAGCAGC GGTTCGCCGA CGCCATGGTG AAGATGGGCC ACATCGAGGT GCAGACCGGG 
CGGTGCGGCC AGATCAGGGT CAACTGCAAC GTCGTCAACC CGTCGACCTC CTCGCCGGAG GTCGAGCTGG CCGGCGAGGA TCAGGAGACC GGAGGCGCCG TCGCGGCAAG CTAG 

Retrieve as FASTA