Entry information : AhalPrx38Araha.8952s0002
Entry ID 14819
Creation 2018-01-09 (Christophe Dunand)
Last sequence changes 2018-01-09 (Christophe Dunand)
Sequence status N/D
Reviewer Not yet reviewed
Peroxidase information: AhalPrx38Araha.8952s0002
Name AhalPrx38Araha.8952s0002
Class Class III peroxidase    [Orthogroup: Prx001]
Taxonomy Eukaryota Viridiplantae Streptophyta Brassicaceae Arabidopsis
Organism Arabidopsis halleri    [TaxId: 81970 ]
Cellular localisation N/D
Tissue type N/D
Inducer N/D
Repressor N/D
Best BLASTp hits
Perox score E-value AhalPrx38
start..stop
S start..stop
AlyPrx22 699 0 1..349 1..349
AtPrx22 689 0 1..349 1..349
AruPrx23 645 0 1..349 1..349
AlyPrx23 644 0 1..349 1..349
Literature and cross-references AhalPrx38Araha.8952s0002
Protein sequence: AhalPrx38Araha.8952s0002
Sequence Properties
first value : protein
second value (mature protein)
Length (aa):   %s   349 (320)
PWM (Da):   %s   38073.15 (35088.7)  
PI (pH):   %s   6.26 (6.26) Peptide Signal:   %s   cut: 30 range:30-349
Sequence
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
MGFSPSFSCS AMGALILGCL LLQASNSNAQ LRPDFYFGTC PFVFDIIGNI IVDELQTDPR IAASLLRLHF HDCFVRGCDA SILLDNSTSF RTEKDAAPNA NSARGFNVVD RMKVALERAC  PRTVSCADIL TIASQISVLL SGGPWWPVPL GRRDSVEAFF ALANTALPSP FFTLTQLKKA FADVGLDRAS DLVALSGGHT FGRAQCQFVT PRLYNFNGTN SPDPSLNPTY LVELRRLCPQ 
NGNGTVLVNF DAVTPDAFDS QYYTNLRNGK GLIQSDQELF STPGADTIPL VNLYSSNMSV FFRAFIDAMI RMGNLRPLTG TQGEIRQNCR VVNPRIRVVE NDDGVVSSI* 

Retrieve as FASTA  
Remarks
DNA
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
GTCGCAACTC CAATCATCTT TTGTCTTCCT CCTAAAACTA TGGGGTTTTC TCCTTCATTT TCTTGCAGTG CTATGGGAGC CCTAATTTTG GGTTGCCTTC TGCTTCAAGC ATCAAACTCT  AATGCTCAGT TGAGGCCTGA TTTCTACTTC GGGACTTGCC CATTTGTTTT TGATATCATT GGGAATATCA TCGTCGACGA ATTGCAGACT GATCCTCGTA TTGCCGCGAG CCTCCTTCGT  CTTCACTTCC ATGACTGCTT TGTTCGTGTA CGGACTTTCT CAACTTATAT TTTATTAGAA AAAATTCATG ACTTGTTCAA TGGGCAAAAC TAGTTTATAT ACCATTTACA TATAGAATTT  GCTAAAAGCC AGTTTTGACT TAATAAATAA ACAATGTCGT CATCTAATGT AATATATATG GCTTTTGTAG GGTTGTGATG CATCGATCTT GCTTGACAAT TCCACATCAT TCCGGACCGA  GAAAGATGCT GCTCCGAACG CAAATTCGGC TCGAGGGTTT AATGTCGTAG ATAGAATGAA AGTTGCCCTT GAGAGAGCTT GCCCAAGAAC AGTATCTTGT GCAGATATCC TCACCATCGC  CTCTCAAATA TCAGTGCTTT TGGTATATAA ATTTTTTTAC ATGACTTATT TAATTTGTAT AAAACTAATC GACAAAGGTT ATGAATTAAA CGTCAATGTT TCATATAGTC GGGAGGTCCA  TGGTGGCCGG TTCCGTTGGG GAGGAGAGAC AGTGTAGAAG CTTTCTTCGC TCTGGCTAAT ACAGCTCTTC CCTCTCCATT TTTCACTCTT ACTCAACTTA AAAAAGCTTT TGCTGATGTT  GGTCTAGACC GCGCCTCTGA TCTAGTCGCT CTTTCTGGTA AAGTTTTCAT ATTATATCAT CTGAGATGTG TGTGTTTTGA TAGCTAGATA CTATTCCTTT TATATTTTGA TAGCTAGCTA  CCTAAACGCA TTCCTCGACT AAGTCTGGAA TTTACATAGT AATATTTAGT TTATACTTTC TTATATAAAT GATTTGGTTT TAGCTTTGAA ATTATATTAC AATATTAGTT AAAATAAATA  TTTGAATTAT GATCAAATAA AACTATAAAA CAAAAATATA TCAGTTGAAT GTTTTGACAA CATAGTTTTT CTTTATAATT AGCTTAAATT TTTAATAGTG TATAAACAAA ACAAAAAATA  TCAGTTGAAA TTTTTTGATA ACTTTATTTT TCTTTATAAT TAACTTAATT TTTTAATAGT ATATGAACAT ATATACCAAT TGAAGGAGCT AAATCTCAAA TAAATTTATA AATGTCAAAT  ATTTAACGTA AATTGAAATG GTGTGATATT TTTCTACAAT GTTTAAGTTC GAATTTTAGC ACAATATATT TAGTTTTTAA GAAGTTTTTC AAGGCATATG AATTAGTTAA CAAGAATTAA  AGTAAGAAAA TCTATTGCTT GAAAATATGA AATACATGAC CAAATAGCTG TTATGAAAAA CATGACCGAA TATAAAATGA AAAAAAAAGG AGAAAAAATC TAATATCAAA TACGAATTTC  ATCTAGCATG TGATTTTGAA TTATAAGATG AGTTGGTAAA ACGACAAATT ATGACTCATC TTTAAATAAA ACATTCTATG TATCTAATCA TTGTACTGTT TTGTCAAAAT GGTAGGTGGT  CACACATTTG GAAGAGCACA ATGCCAATTC GTGACGCCTC GCCTCTATAA CTTCAACGGA ACCAACAGTC CAGACCCAAG TCTGAACCCA ACTTACCTCG TCGAACTCCG TCGCTTGTGC  CCTCAAAACG GAAACGGCAC CGTACTGGTC AACTTCGATG CCGTGACTCC AGATGCTTTC GATAGTCAAT ACTACACCAA TCTTCGTAAT GGGAAAGGTC TTATTCAGAG TGACCAAGAA  CTCTTTTCGA CTCCAGGAGC CGATACGATC CCACTAGTAA ACCTATACAG CAGCAACATG TCCGTGTTCT TTCGAGCATT CATTGACGCA ATGATTAGGA TGGGAAATCT TAGACCCTTG  ACTGGAACTC AAGGAGAGAT AAGACAGAAT TGTAGGGTTG TGAACCCACG AATTAGGGTT GTGGAGAACG ACGATGGTGT TGTGAGTTCT ATCTGATTAC GTATATATGA ATATGTAAGA 
AAGTATAAAA TGCGTGAGAA CAATTTCGAC TAAATAAAAG TTCTAACGAG 

Retrieve as FASTA  
CDS
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
ATGGGGTTTT CTCCTTCATT TTCTTGCAGT GCTATGGGAG CCCTAATTTT GGGTTGCCTT CTGCTTCAAG CATCAAACTC TAATGCTCAG TTGAGGCCTG ATTTCTACTT CGGGACTTGC  CCATTTGTTT TTGATATCAT TGGGAATATC ATCGTCGACG AATTGCAGAC TGATCCTCGT ATTGCCGCGA GCCTCCTTCG TCTTCACTTC CATGACTGCT TTGTTCGTGG TTGTGATGCA  TCGATCTTGC TTGACAATTC CACATCATTC CGGACCGAGA AAGATGCTGC TCCGAACGCA AATTCGGCTC GAGGGTTTAA TGTCGTAGAT AGAATGAAAG TTGCCCTTGA GAGAGCTTGC  CCAAGAACAG TATCTTGTGC AGATATCCTC ACCATCGCCT CTCAAATATC AGTGCTTTTG TCGGGAGGTC CATGGTGGCC GGTTCCGTTG GGGAGGAGAG ACAGTGTAGA AGCTTTCTTC  GCTCTGGCTA ATACAGCTCT TCCCTCTCCA TTTTTCACTC TTACTCAACT TAAAAAAGCT TTTGCTGATG TTGGTCTAGA CCGCGCCTCT GATCTAGTCG CTCTTTCTGG TGGTCACACA  TTTGGAAGAG CACAATGCCA ATTCGTGACG CCTCGCCTCT ATAACTTCAA CGGAACCAAC AGTCCAGACC CAAGTCTGAA CCCAACTTAC CTCGTCGAAC TCCGTCGCTT GTGCCCTCAA  AACGGAAACG GCACCGTACT GGTCAACTTC GATGCCGTGA CTCCAGATGC TTTCGATAGT CAATACTACA CCAATCTTCG TAATGGGAAA GGTCTTATTC AGAGTGACCA AGAACTCTTT  TCGACTCCAG GAGCCGATAC GATCCCACTA GTAAACCTAT ACAGCAGCAA CATGTCCGTG TTCTTTCGAG CATTCATTGA CGCAATGATT AGGATGGGAA ATCTTAGACC CTTGACTGGA 
ACTCAAGGAG AGATAAGACA GAATTGTAGG GTTGTGAACC CACGAATTAG GGTTGTGGAG AACGACGATG GTGTTGTGAG TTCTATCTGA 

Retrieve as FASTA  
cDNA
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
GTCGCAACTC CAATCATCTT TTGTCTTCCT CCTAAAACTA TGGGGTTTTC TCCTTCATTT TCTTGCAGTG CTATGGGAGC CCTAATTTTG GGTTGCCTTC TGCTTCAAGC ATCAAACTCT  AATGCTCAGT TGAGGCCTGA TTTCTACTTC GGGACTTGCC CATTTGTTTT TGATATCATT GGGAATATCA TCGTCGACGA ATTGCAGACT GATCCTCGTA TTGCCGCGAG CCTCCTTCGT  CTTCACTTCC ATGACTGCTT TGTTCGTGGT TGTGATGCAT CGATCTTGCT TGACAATTCC ACATCATTCC GGACCGAGAA AGATGCTGCT CCGAACGCAA ATTCGGCTCG AGGGTTTAAT  GTCGTAGATA GAATGAAAGT TGCCCTTGAG AGAGCTTGCC CAAGAACAGT ATCTTGTGCA GATATCCTCA CCATCGCCTC TCAAATATCA GTGCTTTTGT CGGGAGGTCC ATGGTGGCCG  GTTCCGTTGG GGAGGAGAGA CAGTGTAGAA GCTTTCTTCG CTCTGGCTAA TACAGCTCTT CCCTCTCCAT TTTTCACTCT TACTCAACTT AAAAAAGCTT TTGCTGATGT TGGTCTAGAC  CGCGCCTCTG ATCTAGTCGC TCTTTCTGGT GGTCACACAT TTGGAAGAGC ACAATGCCAA TTCGTGACGC CTCGCCTCTA TAACTTCAAC GGAACCAACA GTCCAGACCC AAGTCTGAAC  CCAACTTACC TCGTCGAACT CCGTCGCTTG TGCCCTCAAA ACGGAAACGG CACCGTACTG GTCAACTTCG ATGCCGTGAC TCCAGATGCT TTCGATAGTC AATACTACAC CAATCTTCGT  AATGGGAAAG GTCTTATTCA GAGTGACCAA GAACTCTTTT CGACTCCAGG AGCCGATACG ATCCCACTAG TAAACCTATA CAGCAGCAAC ATGTCCGTGT TCTTTCGAGC ATTCATTGAC  GCAATGATTA GGATGGGAAA TCTTAGACCC TTGACTGGAA CTCAAGGAGA GATAAGACAG AATTGTAGGG TTGTGAACCC ACGAATTAGG GTTGTGGAGA ACGACGATGG TGTTGTGAGT 
TCTATCTGAT TACGTATATA TGAATATGTA AGAAAGTATA AAATGCGTGA GAACAATTTC GACTAAATAA AAGTTCTAAC GAG 

Retrieve as FASTA