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Entry information : KflAPx-R01 (kfl00460_0010)
Entry ID 7736
Creation 2010-11-04 (Qiang Li)
Last sequence changes 2013-12-02 (Qiang Li)
Sequence status complete
Reviewer Christophe Dunand
Last annotation changes 2014-08-20 (Christophe Dunand)
Peroxidase information: KflAPx-R01 (kfl00460_0010)
Name (synonym) KflAPx-R01 (kfl00460_0010)
Class Ascorbate peroxidase related    [Orthogroup: APx-R001]
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 KflAPx-R01
start..stop		 S start..stop
BrAPx-R-1Aa_other 285 3.8e-95 96..357 67..326
AcoAPx-R 285 6.18e-95 122..357 90..329
AfpAPx-R 285 8.46e-95 122..357 92..331
BnAPx-R-1_other 284 1.1e-94 131..357 95..324
Literature and cross-references KflAPx-R01 (kfl00460_0010)
Literature Timme,R.E., Bachvaroff,T.R. and Delwiche,C.F.Broad phylogenomic sampling and the sister lineage of land plants. PLoS ONE 7 (1), e29696 (2012).
EST ref. GenBank:   HO456452.1  HO482267.1
Protein sequence: KflAPx-R01 (kfl00460_0010)
Sequence Properties
first value : protein
second value (mature protein)
Length (aa):   %s   357
PWM (Da):   %s   38785.96  
PI (pH):   %s   7.43
Sequence
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Send to Peroxiscan
*.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
MCAPSSSLRE GLSGPDRLDL RAELLPFANL LRRHSLRRPV CYTRCGGCGQ IKAVGRSRDV EPRGLSEPKV VAGEIRDHPG ESQPDKLEQG RVPPISRRAA LLGAVSAATL WTAADRASCA  PIDLANPALD VLKQEIRKAV TLAKAPGVLR LVFHDGFTFN PSTQTGGPNG SIIFELDRPE SEGLKRALRP LEKVKATLGD NVSWADLIVV AGAEAVAMTG GPVIPVRLGR RDQGAADPED 
QMPPETLDAA TLKSFFHSRN YSTQEMIALS GAHTLGGKGF GDPTTFDNSY YKILLNKPWE TDTAMTKMIG LKTDRALPDD EECRKWVITY AEDQNRFFLD FASAYEKLVT QGVTWKS 

Retrieve as FASTA  
Remarks Complete sequence from genomic (7 introns) and 2 ESTs. Strain="UTEX 321".
DNA ►
Send to BLAST
.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
ATGTGTGCAC CTTCGAGCTC GCTCCGTGAA GGGCTTTCCG GACCAGACCG TTTAGACTTG CGCGCGGAGT TGCTCCCCTT TGCGAACTTG CTTAGGCGCC ATAGTCTGCG CAGGCCCGTC  TGTTATACGA GGTGTGGTGG TTGCGGTCAG ATCAAAGCAG TGGGGAGGAG TCGAGATGTG GAGCCGAGGG GGCTGTCTGA ACCCAAGGTT GTCGCTGGAG AGATCAGAGG CGAGTCCTCT  TGTCCGTTTT TCAAAAGCTT GTCATCCTTG CTTCCACCAA AGACAGTCTC AGGTTGTAGG GATTTTGCCT GTTCCTTGCA GTTGGCCTGA ACTTAGCCAG GTCTTTCACT GATTGATTAT  GGACAAGCGC AACTCAACCA TGAAGTTCTT TGGATGGGCG CTTTCATAGA GCTGCAATGA GCTGCAACGC CACCACCACC GCAGAAGCTA CCTCTCAGCC TTTCCCTAAT TGTTTCCTCT  GACTGGCCCC CAACGATTAT GACCTTCTCA AAAGGGTTGC ATGGGTTTCA GTCATTCCCA TCTCAGCAAT TTGGCTCCCC CCCTGATGCA GATCATCCTG GCGAGTCTCA GCCAGACAAG  TTGGAGCAGG GGCGCGTGCC TCCAATCAGC CGGCGCGCGG CCCTTTTGGG AGCAGTGTCT GCTGCCACAC TTTGGACTGC AGCAGACAGA GCCTCATGTG CCCCCATCGA TTTGTAAGCT  CTTAAACTGT TCGTGACTGT TCTTGATTGT TTTGGATTGT TCGATGTCGT CAACCTTGAG TTGGACGGAA GCAATTGTGT TGGAGCACCA GTTCAATTCT CCTATCATGC TTCAAAGGAG  CGTCACTGAA AGAATCCACA TTCCCCACCT TTATATACAT TATCTAACGC GACTTCACTA TGTCTTTCTA CAGAGCCAAT CCTGCGTTAG ACGTGTTGAA GCAAGAGATC AGGAAGGCGG  TGACCTTAGC AAAAGCCCCC GGCGTGTTGC GACTAGTGTT CCACGATGGC TTCACTTTCA ACCCCTCCAC ACAAACAGGT GAGAAGTATC GCACTTTTTA TTTTTCGCCA TCAAGCCTGC  TTTGCAGCAA CTAAAGAGAT ACCACTGTCA TGCCTCCTCT TCAGGCGAAG TATGCAGATG TTTCAGTCCA CTCTACTCAT GCACAGCGGT CTTTGGTTGG TGATGCGAAG CTCAAAGATC  GTTGTAACTT CTTGCAGGGG GCCCCAATGG GTCCATCATT TTTGAGTTAG ACAGACCGGA GAGCGAAGGC TTGAAGCGTG CTCTTAGGGT GAGGTTCTAG GTCATACCGC GTCTAACTTC  GGAAAATTTG CATACCATGG AAAGTGCTGT GGTCAAGGAC ATTGAATACC CCTTTGGTCT ATGGTATCGT CAATGCATGC AGAATACGCA CTCGTCCCGA AAATATCCAG GCTCTTATTC  AATCATCCCC TGAACATTTC CAATCTTGAT TCTTTTCAGA TTCGTATTTA CACAAGCTGT CCAGAAATAT GGATCCGCAA CGTTCTACGA TAGCACTGGG TTCGCTCATC TTCACTCTTG  TACTTCTGTA CTTTGACCTT GTGGGTTTAT CCTATGAATC CGGACATACA GGAACAGGTC AGAAAGAGCC AATACTTGGC TTCCAGAAAT CCCTCTTTGC AGGGGGTGAA CTAAACTTGA  CTTTGTTCCG GTGAGTCTAT AAAGCGAAGC TGCAATCATT CAAAATCTTG TCTTGTTCGT ACAGCCTCTT GAGAAGGTAA AAGCAACCTT GGGTGACAAC GTCTCCTGGG CGGACCTCAT  CGTGGTTGCG GGCGCGGAGG CTGTGGCAAT GACTGGGGGG CCAGTCATCC CCGTCCGATT AGGCAGGCGG GACCAAGGGT AAGTCAATGT AGCTAGAAAT GTCCATCGTT CCTGATGGTT  TGTGTGGAAT CACGCATCCC CGTTCTTTAC GAAGCCACAA AATCCCTCTG AAGCCCTAAA GTCCTCTAAA GCCACGAAGT GTTTTCGAAA TCGCATTTCT GGCGTGGAGC CTTCTCAAAT  CCGTCATGAC GTTTTAGCTA TCTCGCCGTC CGTTTGGTGA ATCGACTTTG TGTTTGAACG GTTCGTTGAA CAGACGCAGC TTGTTCCGGG GTGGATTACA AAAATGGCCA AAGGATATGA  AGGCGGGTTT GGGTACCCTC AATAAGGCTG CTGATGTCAC TCGGTAATCT GAAGACCGGG TTGCGCTGTT GTTCGGGAAC GCCTACTAGA TTGCATGCCT GACTGCCTTT TTTGCTCCGT  CCATCATATG AGACCCGTTT TGAAGCCACT CTAGTTTTTC ATACTGTTCA CACATACCTC GTCCCTCAAT ATCCTTGTTC TCGAGCTTCC TAAGACGTCT CCTTGTAATG GTTTACAGAG  CCGCCGACCC GGAGGACCAA ATGCCCCCCG AAACATTAGA CGCGGCCACG CTCAAGTCGT TTTTCCATAG TCGAAACTAC AGCACGCAGG AAATGATCGC CCTCTCGGGG GCCCACACGC  TGGGGGGAAA AGGGTTCGGG GATCCCACGA CGTTCGACAA CTCGTACTAC AAGATACTGC TGAACAAACC CTGGGAAACA GGTGCGGCTG AGGATGTCTT CTCGACAAGA GTGGCGTGCA  TGATGTTTTA CCTCACAGAG TCTTCGACTG ATTGTCGTAA ACGAAGCTGC GCATGGCTTC TGGAGGAGAA GTAGCGCACC GTCTAAGTGG CACGCAGGTA GCGCAAGTTC TGACTCGCTA  TCGCAACGAT AGCATCTGCT GTTTCGTATC GTTCGCTACA TCCACTATGT TTTTCTCTTC CGCGTTTGAC TGCGACGAAT ACGAAGGGAC AGTAAGTTGC TTGGGCTTGG GGACATAAGG  CCAAATGACC TCACTATGAC TGGTGAAGGA TTGTTTGCTC CAGCCAAATT GTTGGTGCCA TTACAAAGCG CTATGATGGT GACTCGGCTG AGGATCCATA ACCGGGTTGC TCGGATCCAC  ATATTGAATC GTGAACATTT TCGAGCATAT GTCAACATGA GCGAACGCAA ACACTGCTTT GACGACCGAA GATTATCGTC CAGAAACTGA GAATAAAAGA AGTTGTCTTC GGGGGACGGG  CGGCGATGAT CGTCTAGACC TGTCGTTAGT CATAAAATAA ACCGTCACGC GAAGTCCTCC AGGGCTTAAT TAAGTTTCTC GCAAATAATT GCTGACCTCA TCGGTCATCC GCTCCACAGA  TACGGCGATG ACAAAAATGA TCGGATTGAA GACGGACAGA GCCCTTCCAG ACGACGAGGA ATGCCGAAAG TGAGTGTTGA TTTTTGTAGC TTGTAGCGAA TTTCTCGGTC ATTTGGTTGT  TAGTTCCGTA ACTCAAAGCA TCACCCGCTC TCGTGTCTGT GCTCCTTCCA GACTGAGCTG AAGTGCGGGC ACTAGACTCT CTCATGCTAC TTTCTTCTCT TTGGAGCTTG TCTTTTAGCA  TCTTGCAGAT TGTCTTGCCG GTGCTGAAGG ACACGTCTTT CTTTTTGGCT TGTATCACCT CCGTTTCTCG GTGAACTTTC GTTCTGTAGG CTTCATCTTT GGTTCGGGCT CTTTCGAATT  TGCTTAAGAG ACTTGCGGCT CAAGGATCAG GGTTTGGAAG GAATTGAACG CAAGCATGCC ACTAGTAAAC TTTAAAAGGT GTTCCACTCA TGGTCCTTCG GAGTCTGACT ACATACAGCT 
CTTTCCGTGC AGGTGGGTGA TCACTTACGC GGAGGATCAA AATAGATTCT TCCTGGATTT TGCATCCGCT TATGAGAAGC TAGTCACACA AGGTGTGACG TGGAAGTCAT GA 

Retrieve as FASTA  
CDS►
Send to BLAST
.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
ATGTGTGCAC CTTCGAGCTC GCTCCGTGAA GGGCTTTCCG GACCAGACCG TTTAGACTTG CGCGCGGAGT TGCTCCCCTT TGCGAACTTG CTTAGGCGCC ATAGTCTGCG CAGGCCCGTC  TGTTATACGA GGTGTGGTGG TTGCGGTCAG ATCAAAGCAG TGGGGAGGAG TCGAGATGTG GAGCCGAGGG GGCTGTCTGA ACCCAAGGTT GTCGCTGGAG AGATCAGAGA TCATCCTGGC  GAGTCTCAGC CAGACAAGTT GGAGCAGGGG CGCGTGCCTC CAATCAGCCG GCGCGCGGCC CTTTTGGGAG CAGTGTCTGC TGCCACACTT TGGACTGCAG CAGACAGAGC CTCATGTGCC  CCCATCGATT TAGCCAATCC TGCGTTAGAC GTGTTGAAGC AAGAGATCAG GAAGGCGGTG ACCTTAGCAA AAGCCCCCGG CGTGTTGCGA CTAGTGTTCC ACGATGGCTT CACTTTCAAC  CCCTCCACAC AAACAGGGGG CCCCAATGGG TCCATCATTT TTGAGTTAGA CAGACCGGAG AGCGAAGGCT TGAAGCGTGC TCTTAGGCCT CTTGAGAAGG TAAAAGCAAC CTTGGGTGAC  AACGTCTCCT GGGCGGACCT CATCGTGGTT GCGGGCGCGG AGGCTGTGGC AATGACTGGG GGGCCAGTCA TCCCCGTCCG ATTAGGCAGG CGGGACCAAG GAGCCGCCGA CCCGGAGGAC  CAAATGCCCC CCGAAACATT AGACGCGGCC ACGCTCAAGT CGTTTTTCCA TAGTCGAAAC TACAGCACGC AGGAAATGAT CGCCCTCTCG GGGGCCCACA CGCTGGGGGG AAAAGGGTTC  GGGGATCCCA CGACGTTCGA CAACTCGTAC TACAAGATAC TGCTGAACAA ACCCTGGGAA ACAGATACGG CGATGACAAA AATGATCGGA TTGAAGACGG ACAGAGCCCT TCCAGACGAC 
GAGGAATGCC GAAAGTGGGT GATCACTTAC GCGGAGGATC AAAATAGATT CTTCCTGGAT TTTGCATCCG CTTATGAGAA GCTAGTCACA CAAGGTGTGA CGTGGAAGTC ATGA 

Retrieve as FASTA  
cDNA►
Send to BLAST
.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
CAGCTCAGCC ATGGGGCTAT GTGTGCACCT TCGAGCTCGC TCCGTGAAGG GCTTTCCGGA CCAGACCGTT TAGACTTGCG CGCGGAGTTG CTCCCCTTTG CGAACTTGCT TAGGCGCCAT  AGTCTGCGCA GGCCCGTCTG TTATACGAGG TGTGGTGGTT GCGGTCAGAT CAAAGCAGTG GGGAGGAGTC GAGATGTGGA GCCGAGGGGG CTGTCTGAAC CCAAGGTTGT CGCTGGAGAG  ATCAGAGATC ATCCTGGCGA GTCTCAGCCA GACAAGTTGG AGCAGGGGCG CGTGCCTCCA ATCAGCCGGC GCGCGGCCCT TTTGGGAGCA GTGTCTGCTG CCACACTTTG GACTGCAGCA  GACAGAGCCT CATGTGCCCC CATCGATTTA GCCAATCCTG CGTTAGACGT GTTGAAGCAA GAGATCAGGA AGGCGGTGAC CTTAGCAAAA GCCCCCGGCG TGTTGCGACT AGTGTTCCAC  GATGGCTTCA CTTTCAACCC CTCCACACAA ACAGGGGGCC CCAATGGGTC CATCATTTTT GAGTTAGACA GACCGGAGAG CGAAGGCTTG AAGCGTGCTC TTAGGCCTCT TGAGAAGGTA  AAAGCAACCT TGGGTGACAA CGTCTCCTGG GCGGACCTCA TCGTGGTTGC GGGCGCGGAG GCTGTGGCAA TGACTGGGGG GCCAGTCATC CCCGTCCGAT TAGGCAGGCG GGACCAAGGA  GCCGCCGACC CGGAGGACCA AATGCCCCCC GAAACATTAG ACGCGGCCAC GCTCAAGTCG TTTTTCCATA GTCGAAACTA CAGCACGCAG GAAATGATCG CCCTCTCGGG GGCCCACACG  CTGGGGGGAA AAGGGTTCGG GGATCCCACG ACGTTCGACA ACTCGTACTA CAAGATACTG CTGAACAAAC CCTGGGAAAC AGATACGGCG ATGACAAAAA TGATCGGATT GAAGACGGAC  AGAGCCCTTC CAGACGACGA GGAATGCCGA AAGTGGGTGA TCACTTACGC GGAGGATCAA AATAGATTCT TCCTGGATTT TGCATCCGCT TATGAGAAGC TAGTCACACA AGGTGTGACG  TGGAAGTCAT GATTGATACT TGATCTGGGC CAGTCTCGGT TTCAGAGGGC TCGTAAGGAT CGCCTCAGGT TATGGGCACT GCTTTGCTTG ACATGACTCG TCTCTATGCA TGACATATCA 
TTCGAG 

Retrieve as FASTA