Entry information : NtPrx47-1B(Nitab4.5_0012069g0010)
Entry ID 8263
Creation 2011-04-13 (Christophe Dunand)
Last sequence changes 2011-04-13 (Christophe Dunand)
Sequence status complete
Reviewer Not yet reviewed
Last annotation changes 2022-08-09 (Christophe Dunand)
Peroxidase information: NtPrx47-1B(Nitab4.5_0012069g0010)
Name NtPrx47-1B(Nitab4.5_0012069g0010)
Class Class III peroxidase     [Orthogroup: Prx010]*
Taxonomy Eukaryota Viridiplantae Streptophyta Solanaceae Nicotiana
Organism Nicotiana tabacum    [TaxId: 4097 ]
Cellular localisation N/D
Tissue type N/D
Inducer N/D
Repressor N/D
Best BLASTp hits
Perox score E-value NtPrx47-1B
start..stop
S start..stop
NtPrx68-2A 659 0 1..328 1..328
NtPrx68-1B 657 0 1..327 1..327
NtPrx68-1A 654 0 1..328 1..328
NtPrx47-1A 649 0 1..328 35..362
Literature and cross-references NtPrx47-1B(Nitab4.5_0012069g0010)
Protein sequence: NtPrx47-1B(Nitab4.5_0012069g0010)
Sequence Properties
first value : protein
second value (mature protein)
Length (aa):   %s   328 (173)
PWM (Da):   %s   35596.21 (18519.6) Transmb domain:   %s   i7-26o
PI (pH):   %s   9.03 (8.75) Peptide Signal:   %s   cut: 24 range:24-196
Sequence
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Send to Peroxiscan
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MATYSSVGFL VLIFVGILGS SHGQLQLNFY SKSCPKAEKI IQDYVQKHIP NAPSLAAALL RMQFHDCFVR GCDASVLLNS TKSTGNQTEK VAIPNQTLRG FSFIDGVKKI VEAECPGVVS  CADIVALVAR DSVVVTGGPY WNVPTGRRDG RISNASEALA DIPAPTSNFT RLQSSFAKKG LDLKDLVLLS GAHTIGVSHC PSFSSRLYNF TGTFDTQDPS LDSEYAANLK AKKCKSINDN 
TTIVEMDPGS FRTFDLSYFK LLLKRRGLFQ SDAALTTSST TKSYINQLVK GSLKEFYAEF AQAMEKMGRI EVKTGSNGEI RKQCAFVN 

Retrieve as FASTA  
Remarks Complete sequence from genomic and ESTs. Uncorrect prediction from SGN (fusion of 2 ORF due to NN in the sequence)
CDS
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ATGGCTACAT ATAGTTCTGT GGGTTTTCTA GTATTGATTT TTGTAGGAAT CCTAGGGTCT AGCCATGGCC AGTTACAACT CAACTTCTAT AGCAAGAGTT GCCCAAAAGC AGAGAAGATT  ATTCAAGACT ATGTCCAGAA GCACATTCCT AACGCTCCGT CTCTTGCAGC TGCCTTACTC AGAATGCAAT TTCATGATTG CTTTGTCAGG GGTTGTGATG CTTCTGTGCT GCTGAATTCC  ACAAAGAGTA CAGGAAATCA GACCGAAAAA GTGGCAATCC CAAATCAAAC ACTGAGAGGA TTCTCCTTCA TTGATGGTGT GAAGAAAATA GTGGAAGCAG AATGCCCCGG AGTTGTCTCT  TGTGCTGATA TTGTTGCCTT GGTTGCCAGA GACTCTGTAG TTGTCACAGG AGGTCCATAC TGGAACGTGC CAACGGGTAG AAGAGATGGA AGAATATCAA ATGCATCAGA AGCCTTAGCA  GACATTCCAG CTCCAACTAG TAACTTCACC AGACTTCAGT CATCTTTTGC CAAGAAGGGT CTTGATCTAA AAGACTTAGT CCTATTGTCT GGTGCTCACA CTATTGGAGT TTCTCATTGC  CCATCATTTT CCTCACGTCT GTACAATTTC ACTGGAACTT TTGATACTCA AGATCCATCT CTGGACAGTG AATACGCGGC CAATCTTAAG GCCAAGAAAT GCAAATCCAT TAATGACAAT  ACAACAATAG TTGAGATGGA CCCTGGTAGT TTCAGGACAT TTGATCTTAG TTACTTCAAG CTTTTACTCA AGAGGAGAGG TTTATTCCAA TCTGATGCAG CCTTAACAAC AAGTTCTACG  ACAAAATCAT ACATCAACCA ACTTGTAAAA GGATCACTCA AAGAGTTCTA TGCTGAATTT GCTCAAGCCA TGGAAAAAAT GGGAAGAATT GAAGTGAAGA CAGGTTCTAA TGGTGAAATT 
AGAAAGCAAT GTGCATTTGT GAATTAA 

Retrieve as FASTA  
cDNA
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GGCAGAAACA CAACAAAACA AGAGATCTCT TTGAAAACTA AGTAGCATTA TATTCCAAAA TGGCTACATA TAGTTCTGTG GGTTTTCTAG TATTGATTTT TGTAGGAATC CTAGGGTCTA  GCCATGGCCA GTTACAACTC AACTTCTATA GCAAGAGTTG CCCAAAAGCA GAGAAGATTA TTCAAGACTA TGTCCAGAAG CACATTCCTA ACGCTCCGTC TCTTGCAGCT GCCTTACTCA  GAATGCAATT TCATGATTGC TTTGTCAGGG GTTGTGATGC TTCTGTGCTG CTGAATTCCA CAAAGAGTAC AGGAAATCAG ACCGAAAAAG TGGCAATCCC AAATCAAACA CTGAGAGGAT  TCTCCTTCAT TGATGGTGTG AAGAAAATAG TGGAAGCAGA ATGCCCCGGA GTTGTCTCTT GTGCTGATAT TGTTGCCTTG GTTGCCAGAG ACTCTGTAGT TGTCACAGGA GGTCCATACT  GGAACGTGCC AACGGGTAGA AGAGATGGAA GAATATCAAA TGCATCAGAA GCCTTAGCAG ACATTCCAGC TCCAACTAGT AACTTCACCA GACTTCAGTC ATCTTTTGCC AAGAAGGGTC 
TTGATCTAAA AGACTTAGTC CTATTGTCTG GTGCTCACAC TATTGGAGTT CTCATTGCCC ATCATT 

Retrieve as FASTA