Entry information : NtPrx46-1A(Nitab4.5_0012091g0020)
Entry ID 8260
Creation 2011-04-13 (Christophe Dunand)
Last sequence changes 2011-04-13 (Christophe Dunand)
Sequence status complete
Reviewer Not yet reviewed
Last annotation changes 2022-09-27 (Christophe Dunand)
Peroxidase information: NtPrx46-1A(Nitab4.5_0012091g0020)
Name NtPrx46-1A(Nitab4.5_0012091g0020)
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 NtPrx46-1A
start..stop
S start..stop
NtPrx46-2A 664 0 1..331 1..331
NtPrx46-1B 652 0 1..331 1..331
NtPrx46-2B 647 0 1..331 1..331
NtPrx48-1B 627 0 1..331 1..331
Literature and cross-references NtPrx46-1A(Nitab4.5_0012091g0020)
Protein sequence: NtPrx46-1A(Nitab4.5_0012091g0020)
Sequence Properties
first value : protein
second value (mature protein)
Length (aa):   %s   331 (179)
PWM (Da):   %s   35789.48 (19208.0) Transmb domain:   %s   i5-27o
PI (pH):   %s   9.35 (8.60) Peptide Signal:   %s   cut: 26 range:26-204
Sequence
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Send to Peroxiscan
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MAKFGYLGNF LVLCILLGIV GSSHAQLQLN FYSKSCPKAE KIIQDYVQKH IPNTPSLAAA LLRLQFHDCF VRGCDGSVLL NFTSSTKKKT EKVAIPNQTL RGFSFIDDVK KIVEAECPGV  VSCADIVALV SRDSVVVTGG PYWNVPTGRR DGRISNASEA LANIPPPTSN FSSLQTSFAS KGLDLKDLVL LSGAHTIGVS HCSSFSTRLY NFTGVLGKQD PSLDSEYAAY LKAKKCKSIN 
DNTTIVEMDP GSSRTFDLSY FKLLLKRKGL FQSDAALTTS ATTKSYINQL VQGSLKQFNA EFAKAMEKMG SIEVKTGSAG EIRKQCAFVN N 

Retrieve as FASTA  
Remarks Complete sequence from genomic and EST. 46-1A and 46-2A are both on the border of two small scaffold (found in the 4 Nicotiana species, same gene or real tandem and recent duplication as for 46-1B and 46-2B).
DNA
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
ATGGCAAAAT TTGGCTATTT GGGTAATTTT CTAGTGTTAT GTATTCTACT AGGAATAGTT GGTTCTAGCC ATGCTCAGTT ACAGCTCAAC TTCTATTCCA AGAGCTGTCC AAAAGCAGAG  AAGATAATTC AAGATTATGT CCAAAAGCAC ATCCCAAATA CTCCATCTCT TGCAGCTGCC TTACTCAGAC TGCAGTTCCA CGATTGTTTT GTCAGGGTAA GTTTTTCACA TATATGCAAG  CTCTATACTC AACAGTTACT TAACTGCCAT TCTTGAAGGG CAGCCCGGTA CACTAAGCTC TCGCTATGCA TGGGATCTGT GAAAGGGCCG GACCACAAAG GTCTATTGTA CACCGCCTTA  CCCTGCATCT CAGAGGAGGT CACATGACAG CAACTTTACC AGTTGCGCCA ATACTCCCCT TTACTGCCAT TCTTGAAGCA GTGTAATTAT TTTTTTTAAT CTTCCTTTGG AATTTTACAG  GGTTGTGATG GATCTGTGCT TCTGAATTTC ACTTCGAGCA CGAAAAAAAA GACTGAAAAA GTGGCAATCC CTAATCAAAC ACTGAGAGGC TTCTCATTCA TTGATGACGT GAAGAAAATA  GTTGAAGCTG AATGCCCTGG CGTTGTCTCT TGTGCAGATA TTGTTGCCTT AGTTTCTAGA GACTCCGTTG TGGTCACAGT AAGTACAAAA CTTGAACCAG CTTGTTAATT GGTTCCAACT  TGTCGGGCCA TATTTGCTTA TGTCGTATCT TGCTCAGACC AATAAATAGA ACTGAAGTTA TACTTCAAGT CTCCAATAAA TATCCAAAGT AACTAGTTAG AGCAAGTATG AAAGGGCTAA  ACTAGATGAA ATATGTTCTT AATCTCATTG TCTGATCCCT TTTTCTTCTC TGCATGATAG GGAGGCCCTT ACTGGAATGT TCCAACTGGT AGAAGAGATG GAAGAATATC TAACGCGTCC  GAGGCCTTGG CAAACATCCC TCCTCCAACT AGTAACTTTT CCAGTCTCCA GACATCTTTT GCAAGCAAGG GTCTTGACCT AAAAGACTTG GTCCTATTGT CTGGTAAGTT TAAATTAGTA  CATATATCTA CTTCTCCCTA TATTAAGATC TTCCATATAT TTAATTAGTT TTTCTTAACA AGAATCATTA TTACTATGAA CTATTTGTTA TTAGGTGCAC ATACTATTGG AGTTTCTCAT  TGCTCGTCAT TTTCAACACG TTTATACAAT TTTACCGGAG TTTTGGGCAA ACAAGATCCA TCTCTAGACA GCGAATATGC AGCTTATCTT AAGGCGAAGA AATGCAAATC AATCAATGAC  AATACCACGA TCGTTGAAAT GGATCCTGGA AGTTCAAGAA CCTTTGATCT TAGCTACTTT AAGCTTTTGC TAAAGAGAAA AGGGTTATTC CAATCTGATG CAGCCTTGAC AACAAGTGCG  ACAACAAAGT CATACATCAA CCAGCTAGTA CAAGGATCAC TCAAACAGTT CAACGCTGAA TTTGCCAAGG CCATGGAGAA AATGGGCAGT ATTGAAGTCA AGACTGGCTC TGCTGGTGAG 
ATTAGGAAGC AATGTGCATT TGTGAATAAT TAA 

Retrieve as FASTA  
cDNA
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
GGGTGTGTGT AGCAACTCGA ACAAAGAAAG AGAGACATCT TTCAATTCAA AGTTTCAAAA ACAGGTGTAG TAATTAAAAT GGCAAAATTT GGCTATTTGG GTAATTTTCT AGTGTTATGT  ATTCTACTAG GAATAGTTGG TTCTAGCCAT GCTCAGTTAC AGCTCAACTT CTATTCCAAG AGCTGTCCAA AAGCAGAGAA GATAATTCAA GATTATGTCC AAAAGCACAT CCCAAATACT  CCATCTCTTG CAGCTGCCTT ACTCAGACTG CAGTTCCACG ATTGTTTTGT CAGGGGTTGT GATGGATCTG TGCTTCTGAA TTTCACTTCG AGCACGAAAA AAAAGACTGA AAAAGTGGCA  ATCCCTAATC AAACACTGAG AGGCTTCTCA TTCATTGATG ACGTGAAGAA AATAGTTGAA GCTGAATGCC CTGGCGTTGT CTCTTGTGCA GATATTGTTG CCTTAGTTTC TAGAGACTCC  GTTGTGGTCA CAGGAGGCCC TTACTGGAAT GTTCCAACTG GTAGAAGAGA TGGAAGAATA TCTAACGCGT CCGAGGCCTT GGCAAACATC CCTCCTCCAA CTAGTAACTT TTCCAGTCTC 
CAGACATCTT TTGCAAACAA GGGTCTTGAC CTAAAAGACT TGGTCCTATT GTCTGGTGCA CATACTATTG GAGTTTCTCA TTGCTCGTCA T 

Retrieve as FASTA