Entry information : XhypGPx01
Entry ID 15271
Creation 2018-05-30 (Christophe Dunand)
Last sequence changes 2018-05-30 (Christophe Dunand)
Sequence status complete
Reviewer Not yet reviewed
Peroxidase information: XhypGPx01
Name XhypGPx01
Class Fungi-Bacteria glutathione peroxidase    [Orthogroup: Gpx3001]
Taxonomy Fungi/Metazoa; Fungi; Ascomycota; Ascomycota
Organism Xylaria hypoxylon    [TaxId: 37992 ]
Cellular localisation N/D
Tissue type
Inducer
Repressor
Best BLASTp hits
Perox score E-value XhypGPx01
start..stop
S start..stop
HEC38GPx01 292 1e-100 24..244 13..244
HCO27GPx01 290 4e-100 24..244 13..244
MEspGPx01_NRRL54901 291 8e-100 65..244 108..286
DescGPx01 287 1e-98 75..244 84..253
Literature and cross-references XhypGPx01
Protein sequence: XhypGPx01
Sequence Properties
first value : protein
second value (mature protein)
Length (aa):   %s   250
PWM (Da):   %s   27748.36  
PI (pH):   %s   9.67
Sequence
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Send to Peroxiscan
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MHIRSMLCPS GSLLTIFVIE EKDHLLFNTY RVRAPTARPP LIANPTYNKK RVATFASSLI SSSSTPSTAF SATYRSIFTM AAATTFWDFT PKDKKGGDKP LSEYKGKVVL VVNTASKCGF  TPQFAGLEKL YKDIVAASPD DFVILGFPCN QFASQDPGSN DEIQEFCQVN YGVTFPILGK VDVNGDKPEP VWDWLKNEQA GVLGIKRVKW NFEKFLIGRD GKVKGRWAST TKPEALEKSI 
KEQLAVPQKE * 

Retrieve as FASTA  
Remarks
DNA
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ATGCACATAC GTAGTATGCT ATGCCCCTCT GGATCCCTGC TGACTATTTT TGTCATTGAG GAAAAAGATC ACCTTTTGTT CAACACTTAT AGAGTCAGAG CTCCCACCGC TCGTCCACCG  CTCATCGCAA ACCCCACCTA TAATAAGAAA CGGGTCGCAA CGTTCGCATC CTCGCTGATT TCTTCATCTT CCACTCCCTC TACCGCTTTT TCCGCAACAT ACAGATCAAT ATTCACGATG  GCCGCCGCTA CCACTTTCTG GGACTTCACC CCCAAGGACA GTACGTAGTA GCTCCAAACC CTGCTAGATC GCGACGTGAG ACAAGACATC AAGAACAGCT AGCTAACTGG TCCCTTCTGT  GAAACAGAGA AGGGTGGTGA CAAGCCTCTG TCCGAATACA AGGGCAAGGT CGTCCTCGTC GTCAACACTG CCTCCAAGTG CGGCTTCACT CCCCAGTTCG CTGGCCTCGA GAAGCTGTGA  GTTGCACCAG TCCCATCCCG CCCTTTGTTT GCCATCCCCA TTGTCCAGCC CCTGTCCCGC GAAGCCTTTC GTGACAGGCA GCCAAGCCGT TCAGACTTAC ACACATGAAC ACAAGCATCC  TACCATTTCC CTCTTATTGG CTTAGCTCTA ACCTCATTCA ATAGGTACAA GGACATCGTT GCCGCCAGCC CCGATGATTT CGTCATTCTC GGCTTCCCCT GCAACCAGTT TGCCAGCCAG  GACCCCGGCA GCAACGATGA GATCCAGGAG TTTTGCCAAG TCAACTACGG TGTCACTTTC CCCATCTTGG GCAAGGTCGA CGTCAACGGC GACAAGCCCG AGCCCGTCTG GGACTGGCTG  AAGAACGAGC AGGCCGGCGT CTTGGGCATC AAGCGTGTCA AGTGGAACTT CGAGAAGTTC CTCATCGGCC GTGACGGCAA GGTCAAGGGC CGCTGGGCTT CTACCACCAA GCCCGAGGCT  CTTGAGAAGA GCATCAAGGA GCAGCGTGAG TAACCCCCGA TAACTACCTC TTACTTTTTA GGCAGGAATA TCCTCATCAG ACTAGTTTAA CGTCTGAGGG ATCCTGCCTA ATCTAGAATA 
CATTGATAAT TACCGTGAGG AGCAATCGCT AACTCCATGT TTACAGTCGC TGTTCCCCAG AAGGAATAA 

Retrieve as FASTA  
CDS
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
ATGCACATAC GTAGTATGCT ATGCCCCTCT GGATCCCTGC TGACTATTTT TGTCATTGAG GAAAAAGATC ACCTTTTGTT CAACACTTAT AGAGTCAGAG CTCCCACCGC TCGTCCACCG  CTCATCGCAA ACCCCACCTA TAATAAGAAA CGGGTCGCAA CGTTCGCATC CTCGCTGATT TCTTCATCTT CCACTCCCTC TACCGCTTTT TCCGCAACAT ACAGATCAAT ATTCACGATG  GCCGCCGCTA CCACTTTCTG GGACTTCACC CCCAAGGACA AGAAGGGTGG TGACAAGCCT CTGTCCGAAT ACAAGGGCAA GGTCGTCCTC GTCGTCAACA CTGCCTCCAA GTGCGGCTTC  ACTCCCCAGT TCGCTGGCCT CGAGAAGCTG TACAAGGACA TCGTTGCCGC CAGCCCCGAT GATTTCGTCA TTCTCGGCTT CCCCTGCAAC CAGTTTGCCA GCCAGGACCC CGGCAGCAAC  GATGAGATCC AGGAGTTTTG CCAAGTCAAC TACGGTGTCA CTTTCCCCAT CTTGGGCAAG GTCGACGTCA ACGGCGACAA GCCCGAGCCC GTCTGGGACT GGCTGAAGAA CGAGCAGGCC  GGCGTCTTGG GCATCAAGCG TGTCAAGTGG AACTTCGAGA AGTTCCTCAT CGGCCGTGAC GGCAAGGTCA AGGGCCGCTG GGCTTCTACC ACCAAGCCCG AGGCTCTTGA GAAGAGCATC 
AAGGAGCAGC TCGCTGTTCC CCAGAAGGAA TAA 

Retrieve as FASTA  
cDNA
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
TATCTACACT ACCTACACTA TATGCGCACT ATATGCACAT ACGTAGTATG CTATGCCCCT CTGGATCCCT GCTGACTATT TTTGTCATTG AGGAAAAAGA TCACCTTTTG TTCAACACTT  ATAGAGTCAG AGCTCCCACC GCTCGTCCAC CGCTCATCGC AAACCCCACC TATAATAAGA AACGGGTCGC AACGTTCGCA TCCTCGCTGA TTTCTTCATC TTCCACTCCC TCTACCGCTT  TTTCCGCAAC ATACAGATCA ATATTCACGA TGGCCGCCGC TACCACTTTC TGGGACTTCA CCCCCAAGGA CAAGAAGGGT GGTGACAAGC CTCTGTCCGA ATACAAGGGC AAGGTCGTCC  TCGTCGTCAA CACTGCCTCC AAGTGCGGCT TCACTCCCCA GTTCGCTGGC CTCGAGAAGC TGTACAAGGA CATCGTTGCC GCCAGCCCCG ATGATTTCGT CATTCTCGGC TTCCCCTGCA  ACCAGTTTGC CAGCCAGGAC CCCGGCAGCA ACGATGAGAT CCAGGAGTTT TGCCAAGTCA ACTACGGTGT CACTTTCCCC ATCTTGGGCA AGGTCGACGT CAACGGCGAC AAGCCCGAGC  CCGTCTGGGA CTGGCTGAAG AACGAGCAGG CCGGCGTCTT GGGCATCAAG CGTGTCAAGT GGAACTTCGA GAAGTTCCTC ATCGGCCGTG ACGGCAAGGT CAAGGGCCGC TGGGCTTCTA  CCACCAAGCC CGAGGCTCTT GAGAAGAGCA TCAAGGAGCA GCTCGCTGTT CCCCAGAAGG AATAAGTCCT TCGTGTTGAG CCGCGCGTTC TCGACGAGTA TATGGTGGAC GAGGTTTGGA  GTTTATGAGC AAAATTCTAA TGTTTGCATT GACGATACCC CCAGGGTGGC GAAGTGTAAT CGCCCGGGAT TGAATGAGAT TTCATTCCAC AAGGGCTGTA TGGAGCCATA CGGATCACTT 
GTTTAGATCA ATACCACTGT TTCAATTCTT GCA 

Retrieve as FASTA