Entry information : KflKat01 (kfl01057_0030)
Entry ID 13845
Creation 2016-08-22 (Christophe Dunand)
Last sequence changes 2016-08-22 (Christophe Dunand)
Sequence status complete
Reviewer Not yet reviewed
Last annotation changes 2016-08-22 (Christophe Dunand)
Peroxidase information: KflKat01 (kfl01057_0030)
Name (synonym) KflKat01 (kfl01057_0030)
Class Catalase    [Orthogroup: Kat001]
Taxonomy Eukaryota Viridiplantae Streptophyta Klebsormidiophyceae Klebsormidiaceae Klebsormidium
Organism Klebsormidium flaccidum    [TaxId: 3175 ]
Cellular localisation N/D
Tissue type N/D
Inducer N/D
Repressor N/D
Best BLASTp hits
Perox score E-value KflKat01
start..stop
S start..stop
KflKat02 684 0 5..497 40..536
MpKat02 682 0 1..490 104..594
PpaKat04 673 0 1..486 37..523
PpaKat05 668 0 3..489 18..505
Literature and cross-references KflKat01 (kfl01057_0030)
Protein sequence: KflKat01 (kfl01057_0030)
Sequence Properties
first value : protein
second value (mature protein)
Length (aa):   %s   505
PWM (Da):   %s   57211.36  
PI (pH):   %s   7.45
Sequence
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Send to Peroxiscan
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MGSYRGPILT NGAGHPVSDD NNSVTIGETG SILLEDFHLL DKLAHFDRER IPERVVHAKG AGAHGYFEVT HDVSDICKAK FLDRVGKRTR CFTRFSTVGG ESGSADTARD PRGFAVKFYT  EEGIYDLVGN NTPVFFIRDP LKFPDFIHTQ KRNPETHLKD PDMFWDFLSL VPESVHQVMI LFSPRGTPDG YRFMNGYGSH TFKWVNDHGK AHWVKIHYKT DQGIKNLTTE QADHLAGSDP  DYATRDLSNA IKRGEYPSWT FYVQAMPLED AERFDWDPFD LTKVWPHKQY PLRQFGRMVL NRNPANYFAE VEQAAFSPAH MVPGIEPSPD RMLQGRLFSY DDTHRHRLGP NYLQIPINRP  INPQSNHQRD GLMTVNENGG AMPNYFPNSV EGTPAPQPQR PDVHMYQSKG GAIGRKVFKK WQEQDDYSQP GALFRLMPKN EQDQLIANLA GHMSAAKEHI RRREIEVFRR CDAELGRRLD 
QAIADKVRGA SHVSVNAGNF AVANL 

Retrieve as FASTA  
Remarks
CDS
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ATGGGTTCTT ACAGGGGACC CATCCTGACA AACGGTGCTG GACACCCCGT CTCCGATGAT AACAACAGTG TGACCATCGG CGAGACTGGA AGCATCCTTC TTGAGGATTT CCACTTGCTG  GATAAGCTTG CACATTTTGA CAGGGAGCGG ATTCCTGAGA GAGTGGTACA TGCTAAGGGA GCAGGTGCCC ATGGTTACTT CGAGGTCACA CACGATGTCT CTGACATCTG CAAGGCCAAG  TTTCTGGACC GGGTTGGAAA GAGGACCCGC TGCTTTACGC GCTTCTCCAC TGTCGGCGGC GAGTCTGGCT CTGCAGACAC TGCCCGTGAT CCCAGAGGTT TCGCCGTGAA GTTCTACACT  GAGGAGGGCA TCTACGACCT GGTTGGAAAC AACACTCCAG TCTTCTTCAT CCGCGACCCC CTCAAGTTCC CAGATTTCAT CCATACCCAG AAGAGGAACC CCGAGACGCA CCTGAAGGAC  CCGGACATGT TCTGGGACTT CCTGTCTCTG GTGCCTGAGT CCGTGCATCA GGTGATGATC CTGTTCTCGC CACGTGGTAC TCCTGATGGC TACCGCTTCA TGAACGGTTA CGGCAGCCAC  ACCTTTAAGT GGGTGAACGA CCACGGCAAG GCTCACTGGG TGAAGATCCA CTACAAGACT GACCAGGGCA TCAAGAATTT GACCACGGAG CAGGCCGATC ATCTGGCTGG CAGTGATCCA  GACTATGCTA CCCGCGACCT TTCCAATGCT ATCAAGAGAG GAGAGTACCC ATCTTGGACC TTCTACGTCC AGGCGATGCC CCTGGAGGAC GCCGAGAGGT TCGACTGGGA CCCCTTCGAC  CTGACCAAGG TGTGGCCTCA CAAGCAGTAC CCGCTGCGCC AGTTTGGGCG CATGGTTCTG AACCGCAACC CAGCCAACTA CTTTGCGGAG GTGGAGCAGG CGGCGTTCTC CCCCGCGCAC  ATGGTGCCCG GGATTGAGCC CTCGCCGGAC CGCATGCTGC AGGGCCGCCT GTTCAGCTAC GATGACACGC ACCGCCACCG CCTGGGGCCA AACTACCTGC AGATCCCCAT CAACCGCCCG  ATCAACCCCC AGAGCAACCA CCAGCGTGAC GGGCTCATGA CGGTGAACGA GAACGGCGGG GCCATGCCCA ATTACTTCCC CAACTCGGTG GAGGGCACTC CGGCGCCGCA GCCGCAGCGT  CCCGACGTCC ACATGTACCA GTCCAAGGGC GGGGCCATCG GGCGCAAGGT GTTCAAGAAG TGGCAGGAGC AGGACGACTA CTCGCAGCCG GGGGCGCTCT TCCGGCTCAT GCCCAAGAAT  GAGCAGGACC AGCTGATTGC GAACCTCGCG GGCCACATGA GCGCAGCCAA GGAGCACATC CGCAGGCGGG AGATCGAAGT TTTCAGACGC TGCGATGCGG AGCTGGGCAG GAGACTGGAC 
CAGGCCATTG CAGACAAAGT CCGCGGGGCC AGCCATGTCA GTGTCAATGC AGGGAACTTT GCAGTCGCCA ACCTGTAA 

Retrieve as FASTA  
cDNA
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TGTCGTGTCT GCACCCAAAC AGAAGAGAAG GTTCGACTGC AAAGCGCGCG TCGTAACCAT TTTCAGCCTT TCACTGTTAC TGTCAGGACT CAGCTGCTTT GTGGAAGGGG CGCTTTTGTC  CTAGCCTAGT AGCAGTGCTT TTCCGGCCAT ACAGCCGGTG TTTGGGAAGA CGCAGGAAGT TGGCTTGAAA CGAGACGTAA TCTGCTGGTC GTGCGTAACT AGCTTGGAGC GATGGGTTCT  TACAGGGGAC CCATCCTGAC AAACGGTGCT GGACACCCCG TCTCCGATGA TAACAACAGT GTGACCATCG GCGAGACTGG AAGCATCCTT CTTGAGGATT TCCACTTGCT GGATAAGCTT  GCACATTTTG ACAGGGAGCG GATTCCTGAG AGAGTGGTAC ATGCTAAGGG AGCAGGTGCC CATGGTTACT TCGAGGTCAC ACACGATGTC TCTGACATCT GCAAGGCCAA GTTTCTGGAC  CGGGTTGGAA AGAGGACCCG CTGCTTTACG CGCTTCTCCA CTGTCGGCGG CGAGTCTGGC TCTGCAGACA CTGCCCGTGA TCCCAGAGGT TTCGCCGTGA AGTTCTACAC TGAGGAGGGC  ATCTACGACC TGGTTGGAAA CAACACTCCA GTCTTCTTCA TCCGCGACCC CCTCAAGTTC CCAGATTTCA TCCATACCCA GAAGAGGAAC CCCGAGACGC ACCTGAAGGA CCCGGACATG  TTCTGGGACT TCCTGTCTCT GGTGCCTGAG TCCGTGCATC AGGTGATGAT CCTGTTCTCG CCACGTGGTA CTCCTGATGG CTACCGCTTC ATGAACGGTT ACGGCAGCCA CACCTTTAAG  TGGGTGAACG ACCACGGCAA GGCTCACTGG GTGAAGATCC ACTACAAGAC TGACCAGGGC ATCAAGAATT TGACCACGGA GCAGGCCGAT CATCTGGCTG GCAGTGATCC AGACTATGCT  ACCCGCGACC TTTCCAATGC TATCAAGAGA GGAGAGTACC CATCTTGGAC CTTCTACGTC CAGGCGATGC CCCTGGAGGA CGCCGAGAGG TTCGACTGGG ACCCCTTCGA CCTGACCAAG  GTGTGGCCTC ACAAGCAGTA CCCGCTGCGC CAGTTTGGGC GCATGGTTCT GAACCGCAAC CCAGCCAACT ACTTTGCGGA GGTGGAGCAG GCGGCGTTCT CCCCCGCGCA CATGGTGCCC  GGGATTGAGC CCTCGCCGGA CCGCATGCTG CAGGGCCGCC TGTTCAGCTA CGATGACACG CACCGCCACC GCCTGGGGCC AAACTACCTG CAGATCCCCA TCAACCGCCC GATCAACCCC  CAGAGCAACC ACCAGCGTGA CGGGCTCATG ACGGTGAACG AGAACGGCGG GGCCATGCCC AATTACTTCC CCAACTCGGT GGAGGGCACT CCGGCGCCGC AGCCGCAGCG TCCCGACGTC  CACATGTACC AGTCCAAGGG CGGGGCCATC GGGCGCAAGG TGTTCAAGAA GTGGCAGGAG CAGGACGACT ACTCGCAGCC GGGGGCGCTC TTCCGGCTCA TGCCCAAGAA TGAGCAGGAC  CAGCTGATTG CGAACCTCGC GGGCCACATG AGCGCAGCCA AGGAGCACAT CCGCAGGCGG GAGATCGAAG TTTTCAGACG CTGCGATGCG GAGCTGGGCA GGAGACTGGA CCAGGCCATT  GCAGACAAAG TCCGCGGGGC CAGCCATGTC AGTGTCAATG CAGGGAACTT TGCAGTCGCC AACCTGTAAA CGGCAGGTCC TCGGGACACT CAGGATGCAT CTGGAAAGCA GAGTCATTGA  AGTCGAGCAT GGTGGCAATG GGATAGCCAG AGGCAAAGAT TGAGTCGCAG TTACGTTCAA GGCAGAGACG CCTACTGTAT CATGCAATCC GTGTAGTAGC AGCTAGACAA CTTTGGAATG  TAGATTTCGA TGTTTGCATG TGTCCTGTTC ATCCTGTTCG GAGGGCATGG CTCCACTCAG ACTGCAGACA ACTAAAATCG GTTTGACGTT TGTCCCGTCA CAGTTTGTCA ACACTGATTC  AACTGATTGC ATCTTGAGAG AAACTCTGTT CACCGTTTGC ATACATACCA TAGTGGAAAG GTATGAATCC GAATGGTCGA AAATGGTAAT TATTCTATTG AATACGACCT CTTTTTCCGA 

Retrieve as FASTA