Entry information : NtPrx10-1B(Nitab4.5_0003858g0010 / NTPXC8)
Entry ID 3815
Creation 2006-08-28 (Christophe Dunand)
Last sequence changes 2006-08-28 (Christophe Dunand)
Sequence status complete
Reviewer Not yet reviewed
Last annotation changes 2022-07-27 (Christophe Dunand)
Peroxidase information: NtPrx10-1B(Nitab4.5_0003858g0010 / NTPXC8)
Name NtPrx10-1B(Nitab4.5_0003858g0010 / NTPXC8)
Class Class III peroxidase    [Orthogroup: Prx007]
Taxonomy Eukaryota Viridiplantae Streptophyta Solanaceae Nicotiana
Organism Nicotiana tabacum    [TaxId: 4097 ]
Cellular localisation N/D
Tissue types Leaves
Trichomes
Inducer N/D
Repressor N/D
Best BLASTp hits
Perox score E-value NtPrx10-1B
start..stop
S start..stop
NtPrx10-1A 657 0 1..330 1..330
StPrx28 569 0 1..330 1..331
CanPrx01 565 0 1..330 1..332
LePrx06 557 0 1..330 1..332
Literature and cross-references NtPrx10-1B(Nitab4.5_0003858g0010 / NTPXC8)
Literature Kondo S. cDNA sequence encoding a peroxidase highly expressed in paraquat-tolerant tobacco callus
Protein ref. UniProtKB:   Q50LI2
mRNA ref. GenBank:   AB044153
EST ref. GenBank:   FG635192.1 [5' end]   AM802473.1 [3' end]
Cluster/Prediction ref. UniGene:   Nta.3689
Protein sequence: NtPrx10-1B(Nitab4.5_0003858g0010 / NTPXC8)
Sequence Properties
first value : protein
second value (mature protein)
Length (aa):   %s   330 (301)
PWM (Da):   %s   35449 (32098.3) Transmb domain:   %s   i12-34o
PI (pH):   %s   8.22 (8.41) Peptide Signal:   %s   cut: 30 range:30-330
Sequence 0
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Send to Peroxiscan
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MEYYHHSINK MAMFMVILVL AIDVTMVLGQ GTRVGFYSST CPRAESIVQS TVRAHFQSDP TVAPGILRMH FHDCFVLGCD GSILIEGSDA ERTAIPNRNL RGFDVIEDAK KQIEAICPGV  VSCADILALA ARDSVVATRG LTWSVPTGRR DGRVSRAADA GNLPAFFDSV DVQKQKFTAK GLNTQDLVAL TGAHTIGTAG CAVIRGRLFN FNSTGGPDPS IDATFLPQLQ ALCPQNGDAA 
RRVALDTGSA NNFDTSYFSN LRNGRGVLES DQKLWTDAST KVFVQRFLGI RGLLGLTFGV EFGRSMVKMS NIEVKTGTNG EIRKVCSAIN 

Retrieve as FASTA  
Remarks Complete sequence from genomic and 9 ESTs (EB444600.1...). Unigene compiles ESTs from both alleles.
DNA
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ATGGAGTACT ATCACCATTC AATTAACAAA ATGGCCATGT TTATGGTTAT TCTAGTGCTA GCCATAGATG TGACTATGGT TTTAGGCCAA GGTACCCGTG TTGGATTTTA TTCCAGTACG  TGCCCAAGGG CCGAATCCAT AGTTCAATCA ACGGTGAGGG CTCATTTTCA GTCTGATCCA ACGGTGGCAC CAGGAATCCT GAGAATGCAC TTCCATGATT GTTTTGTACT AGGTTGTGAT  GGTTCCATCC TCATTGAAGG TTCAGACGCT GAGAGAACTG CTATCCCAAA TAGAAATTTG AGAGGATTCG ACGTTATTGA GGATGCTAAG AAGCAAATTG AAGCTATCTG TCCTGGAGTT  GTTTCCTGCG CTGACATTCT TGCTCTTGCT GCTCGTGATT CTGTTGTCGC GGTAAAAATA TCTCCCGCGT TGCCTTATTT TACGTTTCTT GTTATCTACA TACATACACA CATATATCAA  TATATATATA TACTTCCTCT GTTCCAACTT ATGTGCATGG CAGTGTTGAC TGGTACATAG TTTATATGGT CCCACGCATG TTTCCATAAT AGAGAGTTTA ACTTCTAAAG AATTTTCGTA  TTATCATATT ACCTAAAGGA AAATTACATG TTGATAAAAA CTAAATTGAA CTAATGACCT GAAAAGTAAC GCAGATTACC TACTACAATG GTTAAAATTT AATGGTGGTG TAAAATTCTG  CAAATAAACT AAATCTTTGG TAGTAATATA TATTCTTCTA TTGTTGATGC AGACTAGGGG ACTGACATGG TCTGTGCCCA CGGGACGTAG AGATGGGCGA GTTTCTAGAG CAGCTGATGC  GGGTAATCTG CCAGCTTTTT TTGATTCCGT GGATGTTCAA AAGCAAAAGT TTACTGCAAA GGGTCTCAAC ACTCAAGATC TTGTCGCTCT TACTGGTAAG TAAAGAGTAT AACATACATG  TTTTAATTAT TTGTTAGTAT AACAAAGCAA AAGGGAGCCT TGACGTAACT AGTAAAGTTG TTGCTATGTG ACCAGAGTGT CACAGATTCG AACCGTGGAA ATAACTTCTT GTAGAAATGC  AGTCTAAGAC TACGTACAAT AGACCCTTAT GGTTCGGCTC TTCCCGGACC CGCGTATAAC GAGAGCTAAT GCACCGGACT GTCCTTTGTA CAGCAAAGCA AGTGATTTTA CTGCAAAAAA  GAAAATAAAA AATAGGAGTA TATTTTTATA TTTGGGAGCT TTTTAAACTA TAAACTTCTA ATTTTATCTG ACATGTTTTT ATAGCGATAA GATTGTCATG GCATCTTAAC ACCTCAAGTT  CTATGATACT TTTGGTACGT GTCAAAGATC TTTATTTTCC AACTTTGTGC CTAGTAGAGT TGCTGTATAA ATTGAAAGTA GCTTTTAAAA AACAATAACA ACAATCCAGT ATAATCTCAT  TAGTGGGGTT TGGGTAGGAT AGTGTGACGC AGACCTTACC CCTACCTAGA ATAGAGAGGT TGTTTCCGAT AGATCTTCGG CTCCCTCCCT TCAAGAACTC CCCACCTTAC TCTTGGGGTG  ACTCGAAGTC ACGACCTCTT GGAAAATATA AAAACATCAG TGCTTGAAAA ATATATATAT ATATATATAT ATATACACAC ACGTGTATAA TCAATGCTTA ATTTTGTGTG GCTAGGTGCG  CACACTATTG GAACCGCAGG TTGCGCAGTC ATCAGAGGCA GGCTATTCAA TTTCAACTCC ACTGGCGGCC CTGACCCTTC AATAGATGCA ACCTTTCTTC CTCAGCTTCA AGCATTATGT  CCACAAAATG GGGACGCCGC AAGGCGTGTG GCACTAGACA CTGGAAGCGC AAACAATTTC GACACCTCGT ATTTCTCCAA CCTCAGGAAT GGTCGTGGAG TTCTGGAATC AGACCAGAAG  CTGTGGACCG ATGCTTCTAC AAAGGTGTTT GTCCAAAGGT TCTTGGGTAT TAGGGGATTG CTTGGGTTGA CATTCGGCGT CGAGTTTGGC AGGTCCATGG TTAAAATGAG CAATATTGAG 
GTTAAGACTG GCACTAATGG TGAAATTCGT AAAGTTTGCT CTGCCATCAA CTAA 

Retrieve as FASTA  
cDNA
Send to BLAST
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GTGAGCCAGA GGACGAGACA AAACAAAATC ATTAAGTAAA GTACAAAAAA GAGTAGAAAT TTACTTACTC AAATCTCAGA ATTCGTTTAT ACTGTTAACA CGTACCATGG AGTACTATCA  CCATTCAATT AACAAAATGG CCATGTTTAT GGTTATTCTA GTGCTAGCCA TAGATGTGAC TATGGTTTTA GGCCAGGGTA CCCGTGTTGG ATTTTATTCC AGTACGTGCC CAAGGGCCGA  ATCCATAGTT CAATCAACGG TGAGGGCTCA TTTTCAGTCT GATCCAACGG TGGCACCAGG AATCCTGAGA ATGCACTTCC ATGATTGTTT TGTACTAGGT TGTGATGGTT CCATCCTCAT  TGAAGGTTCA GACGCTGAGA GAACTGCTAT CCCAAATAGA AACTTGAGAG GATTCGACGT TATTGAGGAT GCTAAGAAGC AAATTGAAGC TATCTGTCCT GGAGTTGTTT CCTGCGCTGA  CATTCTTGCT CTTGCTGCTC GTGATTCTGT TGTCGCGACT AGGGGACTGA CATGGTCTGT GCCCACGGGA CGTAGAGATG GGCGAGTTTC TAGAGCAGCT GATGCGGGTA ATCTGCCAGC  TTTTTTTGAT TCCGTGGATG TTCAAAAGCA AAAGTTTACT GCGAAGGGTC TCAACACTCA AGATCTTGTC GCTCTTACTG GTGCGCACAC TATTGGAACC GCAGGTTGCG CAGTCATTAG  AGGCAGGCTA TTCAATTTCA ACTCCACTGG CGGCCCTGAC CCTTCAATAG ATGCAACCTT TCTTCCTCAG CTTCAAGCAT TATGTCCACA AAATGGGGAC GCCGCAAGGC GTGTGGCACT  AGACACTGGA AGCGCAAACA ATTTCGACAC CTCGTATTTC TCCAACCTCA GGAATGGTCG TGGAGTTCTG GAATCAGACC AGAAGCTGTG GACCGATGCT TCTACAAAGG TGTTTGTCCA  AAGGTTCTTG AGTATTAGGG GATTGCTTGG GTTGACATTC GGCGTCGAGT TTGGCAGGTC CATGGTTAAA ATGAGCAATA TTGAGGTTAA GACTGGCACT AATGGTGAAA TTCGTAAAGT  TTGCTCTGCC ATCAACTAAT GCAGATATTG TACCCTTTTA TGTACTTGCT ACTCTTGTAC TTGGTTTATT TCAGTCAGCG CAAGCTGGAA AATCCAATTG TGTGGTAACC AATATCAATA 

Retrieve as FASTA