The peroxidases and oxidases database
Entry information : PpaDHAR01 (Pp3c22_5470/DHAR1)
Entry ID 14170
Creation 2016-10-27 (Christophe Dunand)
Last sequence changes 2016-11-04 (Christophe Dunand)
Sequence status complete
Reviewer Not yet reviewed
Last annotation changes 2016-11-04 (Christophe Dunand)
Peroxidase information: PpaDHAR01 (Pp3c22_5470/DHAR1)
Name (synonym) PpaDHAR01 (Pp3c22_5470/DHAR1)
Class Dehydroascorbate Reductase    [Orthogroup: DHAR001]
Taxonomy Eukaryota Viridiplantae Streptophyta Funariaceae Physcomitrella
Organism Physcomitrella patens    [TaxId: 3218 ]
Cellular localisation N/D
Tissue type N/D
Inducer N/D
Repressor N/D
Best BLASTp hits
Perox score E-value PpaDHAR01
start..stop		 S start..stop
ThasDHAR01 286 3e-98 73..276 4..207
AtDHAR03 275 4e-93 39..275 21..252
AtDHAR04 271 1e-92 73..275 4..207
HaDHAR11 269 1e-91 73..276 4..208
Literature and cross-references PpaDHAR01 (Pp3c22_5470/DHAR1)
Literature Liu,Y.J., Han,X.M., Ren,L.L., Yang,H.L. and Zeng,Q.Y. Functional Divergence of the GST Supergene Family in Physcomitrella patens Reveals Complex Patterns of Large Gene Family Evolution in Land Plant. Plant Physiol. (2012)
Cluster/Prediction ref. Phytozome Gene 12:   32904156
Protein sequence: PpaDHAR01 (Pp3c22_5470/DHAR1)
Sequence Properties
first value : protein
second value (mature protein)
Length (aa):   %s   280
PWM (Da):   %s   30351.87  
PI (pH):   %s   7.53
Sequence 0
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Send to Peroxiscan
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MRALCGVPSC ASLSSHRLAS PLLAYRACEF ALGSSPGLRL EFVGRAVGLQ SRSIGRRCIV AMAAAAAEAA PTEVFVKAAV GHPDKFGDCP FSHRVVLTLA EKKVPYDMKL IDVSNKPQWF  LDINPEGKVP VIKDEGKFVA DSDVITQLLE EKYPEPCLKT PEDKASAGAR IFPNFAAFLK SKDPNDGTEA ALLAELKSLD EHLKSNKPFI AGEAVTAADL ALAPKLHHLT VALGHYKKWS 
IPEDLTNVLS YVEAVHSLES FKKTKPADEF IIAGWAKFFV * 

Retrieve as FASTA  
Remarks Complete sequence from genomic (chromo 22, 5 introns)
DNA ►
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ATGCGGGCTC TCTGTGGAGT TCCATCTTGC GCCTCGCTGT CGTCGCATCG CCTGGCGTCG CCTTTGCTCG CCTACCGAGC TTGTGAGTTC GCGTTAGGTT CTTCTCCGGG CTTGCGGTTG  GAGTTTGTGG GGAGAGCTGT TGGGTTGCAG AGCCGGAGTA TTGGAAGACG GTGCATTGTC GCTATGGCTG CTGCTGCTGC CGAGGCTGCA CCCACGGAGG TCTTCGTCAA GGCCGCTGTC  GGGCACCCGG ACAAGTTCGG TGATTGTGAG TGGCCTGCCT TGGGTGCCTG ATTTGGTGTA TTTCTGCGTT CCAGGTTGGA TTGCCTGGTG GGTCTGATTG GTTGCTCGAT TAGGGTTGTC  GAATTGGGAG TTTGATAGGA TTGGTTCCTT TCTGATTGGT TGCTCGATTA GGGTTGTCGA ATTGGGAGTT TGATAGGATT GGTTCCTTTC TGATTGGTAG TGTGTGTTGA ATTTTATCGC  TGCCGATCGA AATCTCTGTA TGTTTCTTGG TTTTACATGG CTGTATTTTT CTTTCGTTGA ATGTATGTCG ATGTAGGTGT GACAATGCAG GTGTGACTGC GCTTTCCGTT CTTCTCTTCT  TAGCTTTTGT TCAGTTTGAG TGTTGCTTCC CTTCGTGGAG CTGTTTTTTG CAGGATATCC TCATTATTTG CATTGTTCCA TTGAGTCAGA TTTTTGAAGT GTGTGATGAG CCTTTGCTGC  ATGTCTTGCA CGCGATTTAC CAGTGGATGT GTTGTATGTT AGTCTTGGGG GTGGAATTCG TTAGTACTAT TGACATCTGA ATTGGGATGA CGAGTCAACT GTATCACTCA GTCACTGACG  TACTACCTAA AGACTCTAGG CCCTTGATAA GATCAATGTA GTACCAGCAT TCATCGTCGA AATGTGCCTC TAAGAGGTTT GATGATGGAG TGGATCTCAT CGTATTCCGT TGCATATCTC  TTTTCCGTTT TCATGGTTCA CATTTCCAAC ATTTCAGAAG GACCGTTCTA TGCATTCAGG TTAAGCGACT TATGTTCATA GACAATATAA CCTGCTTCCT CTTTTTAACT TGGTTGCTCC  ACAAAGGCCA ATACATACTT CCACGAACGG GTCTGCTTGT AGATTTCTCC GTAGGAAAAG AAAACTTTCC TAGGTGGTGA ATACCTATGT GAAAAAATTT CCTGCCGACT GAAGCTACTC  TCGATTTTGT TATTCCTTTA AGTTGGTGCG AGTAGTCTTT GATCGAAGCA ACTGCTGTAA AGTTGTCTTC TGCAGAATAA TTGTCCGAAT TGTTAACTAA ACTTGGCGAT TGTTTCTTCC  TTCCTCTCAT CGGTAGTGAC TCGTTCGACT TTAGAACAGC GTTGTCATGA AGATAATTGC ATGTCCTCAC TGGGTCTCGT CATGTAAGAC AATCAAGGTA GGGGCCTCAT TGAAGTGTAG  GCATCTGAAC CAGGAAATTA TTTCCACCAG AATTTGTTAC GGAAGCAGAA GGTAACCTGT GTGAGGGCTT TGACTTCCGC AGGTCCCTTT TCACATAGGG TGGTGCTGAC TCTGGCGGAG  AAGAAAGTTC CATACGACAT GAAACTAATT GACGTTTCAA ACAAGCCTCA ATGGTAAGTG GTTACCACGT CATATTCTAA ACCTGCACTC GCCATCAATA TAATGTTAAT AGTAAAGGAG  GTCAGAGTTT ACTACATATC GGTTAGATTC AGGTATACCG CTGCATTATC TAAACCTACT TACTGTGTCG ACAGTTTATT CTAATGGAAC CAACTAAGTG GCATTGGTCT CTAATTTCTT  CTTTCATTGT ATTTTATGTG CATTTGGGCA GGTTCTTAGA TATCAATCCG GAGGGAAAAG TACCTGTCAT CAAGGATGAA GGAAAGTTTG TGGCTGACTC GGATGTCATC ACTCAGCTTC  TTGAGGAAAA ATATCCGGAG CCTTGTTTGA AGACGCCCGA GGACAAGGCT TCCGCGTGAG TAATCTTCAA ACCGTGGTCG TACTCGAAGT ATATTTTCTT GATGCATAGG CTTTTATTCG  TCAGAAGTAC ATGCTAGTTT CACCTTGAAC TCTTGAGATA TTCAGACTTT GTTTGCTGAC GAAGTGAGAT TTAAGTTCGG CAGAACTGAC ATGCTTTTGG CCGTCATTGG TCCTCGTGAT  ATTTCTTGCT AGCCGCATGA GTTATCATTT GTGCGCAAGC CTCTTTCCTA TGAATATTCT CATGTAACAG TATCATAACA ATTTTGATCT CGTGAGTACT GTCATCGTTG TGCTGTGAAT  GAGGGTCATT ATGAGGTTCT TTTTGGGGCA ATGATGAGAA GTGCTGTACA TAGTGACAAA CCGTTAGTAC TTGATTCCGG CGTTGCCACA AACAAGTTGG CTGCTTCTGC TGGGTTGGCT  TCACCAAAGC ATTCGATTAC GTAGCCTGAT TCTGTGTTTT TGGTAGTCCT CCTTTTAATG TTAAAGTCTT GCATCCTTGC AGAGGTGCGA GGATCTTCCC AAATTTTGCA GCATTCTTGA  AAAGCAAAGA CCCTAACGAT GGCACCGAGG CAGCATTGCT TGCTGAGCTC AAGAGTCTGG ATGAACATCT CAAATCGAAC GTGAGGATTG AGGCTCACGC GTTGTGTGCG GCTTTCAATT  GTGCTTTTTC CCAGACTAAA TGAAGAATTG TGTGTCTAGT CAGATGTAGT GTTCCCTGGT TGTGGCCTTA GAGACTGATG AAATGTTTTA TTACCTGGCA GAAACCTTTC ATTGCTGGCG  AGGCAGTGAC AGCGGCTGAC TTGGCGCTGG CCCCCAAGCT CCACCACTTG ACAGTCGCTC TTGGTCATTA CAAAAAGTGG TCCATACCTG AGGATTTGAC CAATGTGTTG AGCTACGTTG  AGGTTAGCTC CCATCACTTG GCACCATGTC TTTGTGCTTT CCTTGCTCAT TTGTGATCAG CTGGACTTCA CTTAGTGTAA GGAAGGTTTT CCTGCGCACT AGCACAATTA GGGATAATTA  ACTAGTTCGG CCAAAACTGT AGTAGCTTTT TGGCTATGTA ACTAATATAA CCTACTAGTT GGTGTCATTT ACCATAGAAT CTGAGTTTGC TAGGGTAAAA ATGTGCACGT TATGTCTACG  TTTCGTGATC CTCATTGGGA ATGGCTGTTT TTGGCATGTG TAGATCGAGT CTAATGATGG TTGGGTTTCG CAGGCTGTCC ATTCACTAGA GTCCTTTAAG AAGACTAAGC CAGCTGACGA 
ATTCATCATT GCGGGATGGG CCAAATTTTT TGTTTGA 

Retrieve as FASTA  
CDS►
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ATGCGGGCTC TCTGTGGAGT TCCATCTTGC GCCTCGCTGT CGTCGCATCG CCTGGCGTCG CCTTTGCTCG CCTACCGAGC TTGTGAGTTC GCGTTAGGTT CTTCTCCGGG CTTGCGGTTG  GAGTTTGTGG GGAGAGCTGT TGGGTTGCAG AGCCGGAGTA TTGGAAGACG GTGCATTGTC GCTATGGCTG CTGCTGCTGC CGAGGCTGCA CCCACGGAGG TCTTCGTCAA GGCCGCTGTC  GGGCACCCGG ACAAGTTCGG TGATTGTCCC TTTTCACATA GGGTGGTGCT GACTCTGGCG GAGAAGAAAG TTCCATACGA CATGAAACTA ATTGACGTTT CAAACAAGCC TCAATGGTTC  TTAGATATCA ATCCGGAGGG AAAAGTACCT GTCATCAAGG ATGAAGGAAA GTTTGTGGCT GACTCGGATG TCATCACTCA GCTTCTTGAG GAAAAATATC CGGAGCCTTG TTTGAAGACG  CCCGAGGACA AGGCTTCCGC AGGTGCGAGG ATCTTCCCAA ATTTTGCAGC ATTCTTGAAA AGCAAAGACC CTAACGATGG CACCGAGGCA GCATTGCTTG CTGAGCTCAA GAGTCTGGAT  GAACATCTCA AATCGAACAA ACCTTTCATT GCTGGCGAGG CAGTGACAGC GGCTGACTTG GCGCTGGCCC CCAAGCTCCA CCACTTGACA GTCGCTCTTG GTCATTACAA AAAGTGGTCC  ATACCTGAGG ATTTGACCAA TGTGTTGAGC TACGTTGAGG CTGTCCATTC ACTAGAGTCC TTTAAGAAGA CTAAGCCAGC TGACGAATTC ATCATTGCGG GATGGGCCAA ATTTTTTGTT 
TGA 

Retrieve as FASTA