Entry information : NtPrx15-1A(Nitab4.5_0000099g0140 / Per9-6)
Entry ID 300
Creation 2006-10-27 (Christophe Dunand)
Last sequence changes 2011-04-13 (Christophe Dunand)
Sequence status complete
Reviewer Not yet reviewed
Last annotation changes 2022-07-26 (Christophe Dunand)
Peroxidase information: NtPrx15-1A(Nitab4.5_0000099g0140 / Per9-6)
Name NtPrx15-1A(Nitab4.5_0000099g0140 / Per9-6)
Class Class III peroxidase    [Orthogroup: Prx006]
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 NtPrx15-1A
start..stop
S start..stop
NtPrx15-1B 679 0 16..354 20..358
StPrx14 654 0 1..354 1..359
LePrx16 639 0 1..354 1..351
BpauPrx02 629 0 1..354 1..358
Literature and cross-references NtPrx15-1A(Nitab4.5_0000099g0140 / Per9-6)
Literature Dorokhov,Y.L., Ravin,N.V., Zamchuk,L.A., Frolova,O.Y., Skurat,E.V.,Makinen,K. and Atabekov,J.G.
Nucleotide sequence of tobacco peroxidase gene
Protein ref. UniProtKB:   Q94IQ1
mRNA ref. GenBank:   AY032674.1
Protein sequence: NtPrx15-1A(Nitab4.5_0000099g0140 / Per9-6)
Sequence Properties
first value : protein
second value (mature protein)
Length (aa):   %s   354 (328)
PWM (Da):   %s   38925.43 (36154.0)  
PI (pH):   %s   6.66 (6.98) Peptide Signal:   %s   cut: 27 range:27-354
Sequence
Send to BLAST
Send to Peroxiscan
.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
MASITLSSFA ASLLLILSVN FYQTEAQGTQ PIVKGLSWTF YDSICPNAES IIRSRLQQVF RQDIGQAAGL LRLHFHDCFV QGCDGSVLLD GSASGPSEKD APPNLTLRQQ AFRIIEDLRR  RVHRDCGRVV SCADITAIAA RDSVFLSGGP DYDLPLGRRD GLNFATRNET LANLPPPSFN ASAILTSLAT KNFTPTDVVA LSGGHTIGIG HCTSFTERLY PNQDPSMDKT FANNLKNTCP 
TSNSTNTTVL DIRSPNKFDN KYYVDLMNRQ GLFTSDQDLY TDRRTRGIVT SFAINESLFF EEFVNSMIKM GQLNVLTGTQ GEIRANCSVR NSANYNLLLS TSVAEEQQRT WSEI 

Retrieve as FASTA  
Remarks Complete sequence from geomic, 1 mRNA and ESTs. Uncorrect prediction from SGN (splicing error of intron 2, and two fused ORF)
DNA
Send to BLAST
.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
ATGGCTTCAA TTACCCTTTC TTCTTTTGCT GCTTCACTTT TGCTGATCCT TTCAGTCAAC TTTTATCAAA CAGAAGCTCA AGGTACTCAA CCAATTGTGA AAGGTCTTTC ATGGACTTTC  TATGACTCCA TTTGCCCCAA TGCTGAATCC ATCATCAGAA GCCGCCTCCA GCAGGTTTTC CGGCAGGATA TTGGCCAGGC TGCCGGCCTT CTTCGCCTTC ACTTCCATGA CTGTTTTGTT  CAGGTATTTA CCTAACTCTA AATTCTAAAA TATTTATACG TTCAAGTCAC TTATAAAGTA ACTTTAGGAA TAGTATTAAA AATCTTTATG GTCAGTATAT AACTTAAATT CTTTCTCCAA  TATAATGGAG ATATAAACTG ATCAATGAAG TTTCGAAGTT GGTTACATTT GATTTTCTTT AGTAAAACAT TCGTGAATAG TGAAACAAGA AAGACACAAA GAGAGAACTT AAAGGTTTCA  GTGAAGTTGT AACATTGCAC CTAAACGATT CAATGTAAGG TTATAACGAA CTATGATATA CAAACTTACA AGATAATTAT GTGCCATTTT TGATACACAG GGTTGTGACG GATCAGTACT  ATTAGATGGT TCAGCGAGTG GACCAAGTGA GAAAGATGCA CCTCCCAACT TGACTTTAAG ACAGCAGGCA TTTAGGATCA TTGAAGACCT TCGCCGCCGT GTGCATCGAG ATTGCGGTAG  GGTGGTCTCT TGTGCGGATA TCACTGCTAT TGCTGCTCGC GACTCTGTTT TCTTAGTAAG TTCACATCAC TAAAAATTTA CTCGCACCTA ATATATATTA AATCGTACTA TTTATCATGT  TTACGTCATA AATTGAGGAT CCCCTTCCCT TCCACTTTGT ACATATAACA ATCAAGTTCG GCTAGATTGC TCAGAAGTCG GTATAACAGC AATTCTATAT GAGGATCCCA CTTCCACTTC  GTACAAAATA TTCTTTTAAC ATATAACTAA ACTTTTTTCT TTCAAGACCT TTAACTGAAG TTAGTTTTAA AGTTTTTGTG AACTTATGAC ATGAAGCAGA AGACTTTGTA GTCGTGGAAA  ATTGGCCTAT ATTTTTTAGA ATGTTTGAGA TCCTTGTTTA AAAATTTTGG ATAAGATCGG ACTCAAACTA GATCAAGACT GTTCGAGTAG TTAAAGACCG TTCGAGTAAC TAAAAGAAAA  TTCGTGGCCA AACAACTCAG AAGCGTATTT CTAAAGTTGT TCAATGTGAT AAAGCTTTAT GACAAATAAT TCAATAAGCT ATAGTACAAA AGCTTCAAAC AATTGCCAAG TATCACTTCT  CAATAATGTT CGCATTCAAG CGTCAATGTC AATGAGTTTT AGCTAGACTG ACACACCATT AATACAATGT CAATATCTCG GAGTAGCAGC TTTTTTTTTT TCATTTTCTT TTCAAATTTT  AGACTCCGCG TTAATTAGTT CCCCTCACCA TGAAGTGAAG AATTATTTTT TAATTCTTAT AAAAAAGTTA AGAACTAATA GGACAGTTTT TTTCACGTGA CAATTATACG GCATCAAATT  AGTTTGTAAT TAATATTTTT ATCAGGTTAT CAATTACACC CATTTATGGG ACGAACCTCG GATTTCGAGA GTCAAACTTC TTAATGTTGA CCTTGAATTT AGACATAGAA AATTTTTTGA  AACAAAATTT ATATATTTGG AAACTAAGTA AAAATACTAT AAATCACAAT AATTAGCAAT CCAAAATATC TAAAAGCATA TAAAAATTGC GGTTAAAGAA AAATTGAGAT TCAGAAATTC  GAACTCCGCC ACATATATTG GGACGGAGGG AGTAATTTTT TACCATAAAT ATTCATATAA TCATGATCTT ATAAGTTTAT TTGATTATGC AAATATTTTC TAAGTATCCT TCGTATTGAA  ATTAAAGAAT TCATCAGGCT TAACATGAAG TAATTAATAT CTCTATTCAT GGATAATATT GCAGTCTGGT GGCCCTGATT ATGATCTACC TTTAGGAAGA AGGGATGGAC TCAACTTTGC  AACAAGAAAT GAAACCCTAG CCAACCTTCC ACCACCTTCA TTCAACGCTA GTGCCATTTT AACTTCACTT GCCACCAAAA ACTTCACCCC AACTGATGTT GTTGCACTTT CTGGTGGCCA  CACCATTGGC ATTGGACATT GCACTTCTTT CACTGAAAGA CTTTACCCTA ACCAAGATCC CTCGATGGAC AAAACATTTG CCAACAACCT TAAAAACACT TGTCCAACCT CAAACTCCAC  GAACACGACT GTTCTTGACA TTCGATCACC TAACAAGTTT GATAACAAGT ATTACGTTGA TCTCATGAAT CGACAAGGAC TATTCACATC GGATCAAGAT TTGTACACGG ATAGAAGGAC  TCGAGGCATT GTTACAAGTT TTGCTATTAA CGAGTCACTT TTCTTTGAGG AATTTGTGAA TTCCATGATC AAGATGGGGC AGTTGAATGT GTTGACTGGG ACACAAGGTG AAATTAGGGC 
CAATTGTTCG GTCAGGAATT CAGCTAATTA TAATTTGCTG CTTTCTA 

Retrieve as FASTA