The peroxidases and oxidases database
Entry information : EcamKat02 ( EcC010367.20)
Entry ID 10578
Creation 2012-02-28 (Qiang Li)
Last sequence changes 2016-04-07 (Christophe Dunand)
Sequence status partial
Reviewer Achraf Jemmat
Last annotation changes 2016-04-07 (Achraf Jemmat)
Peroxidase information: EcamKat02 ( EcC010367.20)
Name (synonym) EcamKat02 ( EcC010367.20)
Class Catalase     [Orthogroup: Kat001]*
Taxonomy Eukaryota Viridiplantae Streptophyta Myrtaceae Eucalyptus
Organism Eucalyptus camaldulensis    [TaxId: 34316 ]
Cellular localisation N/D
Tissue type N/D
Inducer N/D
Repressor N/D
Best BLASTp hits
Perox score E-value EcamKat02
start..stop		 S start..stop
EgrKat02 936 0 1..453 38..492
EglKat02 929 0 1..453 38..492
EguKat02 924 0 1..453 38..492
SalpKat1 872 0 1..453 38..492
Literature and cross-references EcamKat02 ( EcC010367.20)
Protein sequence: EcamKat02 ( EcC010367.20)
Sequence Properties
first value : protein
second value (mature protein)
Length (aa):   %s   453 (307)
PWM (Da):   %s   52326.26 (33559.4)  
PI (pH):   %s   6.92 (4.53) Peptide Signal:   %s   cut: 28 range:28-334
Sequence 0
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Send to Peroxiscan
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GPVLLEDYHL LEKIANFDRE RIPERVVHAR GASAKGFFEV THDISQLTCA DFLRAPGVQT PVIVRFSTVI HERGSPETLR DPRGFAVKFY TRGNFDLVGN NFPVFFVRDG MKFPDMVHAL  KPNPKSHIQE NWRIVDFFSH HPESLHMFSF LFDDVGVPQD YRHMEGFGVN TYTLLNESGK AHYVKFHWKP TCGVKSLLEE EAIRVGGSNH SHATKDLYDS IAAGNYPEWK LYIQVIDPDH  EDKFDFDPLD VTKIWPEDIV PLQPVGRLVL NKNIDNFFAE NEQLAFCPAI VVPGVYYSDD KLLQSRIFSY ADTQRHRLGP NYLQLPVNAP KCTHHNNHHE GLMNFMHRDE EVNYFPSRFD 
SVRHAEKFPI PPPVLNGKRD RCMIEKENNF KQPGERYRSW APDRQERFIG RWVEALSDPR VTQEIRSIWI SYWTADKSLG QKIASCLNVR PSM 

Retrieve as FASTA  
Remarks Partial sequence from genomic (5'end is missing). Incorrect prediction from kazusa. Repeating annotation: EcC010367.30, EcC010367.50 (Removed).
DNA ►
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AAAAAAAAAA AAACCTCTTG AGGCCTAGAT TGATCAAGCT GACAATGCAT AGAAAAATAT GATAGAAAAT GCAGTAATTT TTATTTCACA ATCCAGAGGC ACAGTCGTGG ACACTCAGCT  ACCTGTCCTG CAGGCCTCTT TGGCCTATGT ATGTGTCCCT CACCCAAAAC AGAAAAAAGT TAACAGTAAT TTAGCTTATC TCGGAGGCAT ACTTTTTGTT ATCCTTAAGC TTTCCGAACA  TATTTGTCAA GATACAAAGC TTAACAGCAT TTAAACGAAA TTTTCTTTTA TTTACAGGTC CTGTTCTCCT CGAGGATTAT CATCTATTGG AGAAAATTGC CAATTTCGAT AGAGAGAGAA  TACCTGAGCG GGTGGTCCAT GCCAGGGGAG CGAGCGCAAA AGGATTTTTC GAGGTCACTC ATGATATCTC TCAGTTGACA TGTGCTGATT TTCTTCGGGC TCCAGGAGTT CAGACACCTG  TAATTGTTCG TTTCTCCACT GTCATCCATG AGCGTGGCAG CCCTGAAACC CTTAGGGACC CTCGAGGTTT TGCAGTAAAG TTTTACACCA GAGAGGTATG AGATGATTGC ATGTTTTAGA  ATCTGCAAAT TTATTCTTTT CATCTTCCTT TGTTGACCAG AAGTGTATTT AGTTTACCGA TGATCCAGAT ACAGTGTAGA ATTCAGTAGA GTGTTGGCGT CTGTGCTTTA AATCCATGCA  GTTCTTAACC ATGTGATGAT GGATTTTATC TTGACACTTC AACATGATTA GTTGAAGATG ACTTTATCAA AGAGCTATAA TACAAAATTT TATTTCAATT ACAAGAGAAG TCAGAACATC  AAAATAGAAT TAGTGTTTCT TCACGTAATT CTGTGGTTTC TCATTTTTCT TCTTTTCTTT GACCATTTTT TTTTCTGAAT GCAGGGAAAC TTTGATCTGG TGGGAAACAA TTTCCCTGTC  TTTTTTGTTC GCGATGGTAT GAAATTTCCA GACATGGTCC ATGCTCTTAA ACCCAACCCG AAGTCTCACA TCCAGGAGAA CTGGAGAATA GTTGACTTCT TCTCCCACCA TCCTGAGAGT  TTGCACATGT TTTCCTTCCT CTTCGATGAC GTTGGTGTTC CTCAAGACTA CAGACACATG GAAGGATTTG GGGTTAATAC TTACACCTTA CTTAACGAGT CTGGAAAGGC ACATTATGTG  AAATTTCACT GGAAACCAAC TTGTGGAGTG AAGTCTTTGC TGGAGGAGGA GGCAATACGT GTTGGAGGAT CAAATCACAG TCATGCGACT AAGGATCTTT ATGACTCGAT TGCTGCTGGC  AATTACCCAG AGTGGAAACT CTACATCCAA GTTATAGATC CTGATCATGA AGACAAATTT GACTTTGATC CACTTGATGT GACAAAAATA TGGCCTGAGG ACATCGTGCC TCTGCAACCA  GTAGGCCGCT TGGTGTTGAA TAAGAACATC GATAACTTCT TTGCGGAAAA TGAACAACTA GCATTTTGCC CTGCAATTGT GGTCCCTGGT GTCTATTACT CTGATGATAA GCTACTCCAA  AGTCGGATTT TCTCCTATGC TGATACTCAG AGACACCGCC TTGGACCAAA CTATCTTCAA CTCCCTGTTA ATGCTCCTAA GTGCACTCAT CACAACAATC ACCATGAAGG TTTAATGAAT  TTCATGCACA GGGATGAAGA GGTAATGATC TTTATTTTCT GTTTGCTTGA TAGCGGGCTG GGAACAAATA TGCCACAAGC ATGACCTAAT AACATATTCT TAGCTGGTTG TAATTGAATT  GGCTACAGTA GCCTATCGAT GCAACTGACC GCGGTCGAAT CAGTTTGTTT TTATTTTTTT TTTAAATGAG GAACTAATGA TGTGGTGTAT CCATGATGCT GATTTGTAGG TAAATTATTT  CCCTTCAAGG TTTGATTCTG TTCGTCATGC AGAAAAGTTT CCCATACCTC CTCCAGTCTT GAATGGAAAG CGAGATAGGG TAAGTTTCTG GGCCTACCTT GTGCATTTAT ATCAACATTG  ACTCTTAAAA CATGGGCCCG CCTCTAGGAG AAATAATTAA CACTCGCGTT GAAGTTGTAC ATTACGATAG TTAATCTGTG GCAAGTTGAA AGGCATTGTG GTGCTGCTGT TTTCTGTTTG  GACTTTGGAT AAAATTGATT TAACTCAAAT TCCGTTGTGC TGGTGCAATG ATCCTGGTGA TATCATCCAG CACATTTTCT TCTGCTAGTC TCTCATGTAC AAAATTGCCT TTGAGATCGT  CCCTACTTGT CCTCAGGGCA ATGACAACTC CTTAAAACGA CCACTTTATT GAAATGAGGG GGAGTGTAGT AGCTCCGCTG AATTTTTAGA CTAAGCTTAA AACTAAGAAA AGAAGGAGCA  AGATGTTATA ACTAGAAAAG AGATTCTCTG GCTAGAAAAA TGAATTTCTT GGGGTTTGCC TTGGATTGGA TATTTCTGCT GCTGGTATTC ATCTCTATGT GAACTTACTG ATCATGCAGT  GCATGATTGA GAAGGAGAAC AACTTTAAGC AACCGGGAGA GAGATATCGA TCCTGGGCAC CGGACAGGTA CCTTTCAACC ATTGTCTCCC GAGTAGATGT GTAATTTACT GGTCGCTCAT 
GTGTTTCAAA TTTGTCGCCA GGCAAGAGCG GTTTATTGGC CGCTGGGTTG AGGCATTATC TGATCCCCGG GTTACCCAGG AGATCCGCTC CATCTGGATC TCTTACTGGA CT 

Retrieve as FASTA