Entry information : MpalPTOX01
Entry ID 15158
Creation 2018-04-23 (Christophe Dunand)
Last sequence changes 2018-04-23 (Christophe Dunand)
Sequence status complete
Reviewer Not yet reviewed
Last annotation changes 2018-04-23 (Christophe Dunand)
Peroxidase information: MpalPTOX01
Name MpalPTOX01
Class Plastid Terminal Oxidase    [Orthogroup: PTOX002]
Taxonomy Eukaryota Viridiplantae Streptophyta Marchantiaceae Marchantia
Organism Marchantia paleacea    [TaxId: 56867 ]
Cellular localisation N/D
Tissue type N/D
Inducer N/D
Repressor N/D
Best BLASTp hits
Perox score E-value MpalPTOX01
start..stop
S start..stop
MpPTOX01 924 0 1..497 1..497
PpaPTOX03 572 0 132..477 125..470
CbraPTOX01 253 2e-77 279..478 274..471
LePTOX01 243 2e-76 278..467 130..318
Literature and cross-references MpalPTOX01
Protein sequence: MpalPTOX01
Sequence Properties
first value : protein
second value (mature protein)
Length (aa):   %s   497
PWM (Da):   %s   56919.83  
PI (pH):   %s   7.32
Sequence
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Send to Peroxiscan
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MGSPAACILL ARAGTLVRSP HLPSSAATDY TAAASLRWRT PLKCSPSSSE KHLLKLSVPG FSRREKFGSS SCSSFLIRAL QTNPISTEDD SSLRSSVTGK VPEHEAELQS QRLGSDKSAA  DHSGRASVEA LPKRIEFDYG FQARFLRTGP TVPQNVFKLA FENFGREWRA LRRSYLFRVL KPIRPAEIEG GPLQVVGAYT GRGFILFLRG LDKFLTLYDG LKEIQPVKKQ ASIEQDELRE  QLKKLKLSNK KVWERERARE QVQAPWWILG PYYFLCWMLD VIFEDRPIQR FWFLETVARM PYFSYISMLH LYETLGWWRS GAEVRKVHFA EEWNEMHHLK IMESLGGDLE WGDRFFAQHA  AFFYYWTLNA MFLISPTVAY NFSELIESHA VDTYGEFADE NEELLKTLPP SPVAVAYYES GDLYMYDEFQ TSRPPESRRP KMGSLYDVFM AICGDEGEHV KTMVACQQLD TQVVSPNRVK 
YSGRKVETES EFLDRLP 

Retrieve as FASTA  
Remarks isotig13651
CDS
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ATGGGCAGTC CTGCCGCATG CATCCTTCTG GCCAGAGCTG GAACGTTGGT GCGCTCTCCA CACCTCCCCA GTTCTGCTGC TACCGACTAC ACGGCTGCAG CTTCTCTGAG GTGGAGGACG  CCGCTCAAGT GTTCTCCCAG TAGTTCTGAG AAACATCTCT TGAAGCTCTC GGTACCAGGA TTCAGCAGGC GGGAGAAATT TGGCAGCTCT AGCTGTTCAA GTTTCTTAAT CCGTGCCCTT  CAAACGAACC CCATATCAAC AGAAGACGAT AGCTCCCTGA GGAGTAGTGT CACTGGGAAG GTCCCTGAGC ACGAAGCGGA ATTGCAATCA CAAAGATTGG GGAGCGACAA GAGCGCTGCC  GATCACTCTG GCAGAGCAAG CGTGGAGGCT TTGCCAAAGA GAATCGAGTT TGATTACGGA TTTCAGGCGA GATTTCTCCG AACCGGACCG ACGGTACCGC AAAACGTTTT CAAGCTCGCA  TTCGAGAATT TCGGGAGAGA ATGGCGGGCT TTGCGAAGAA GTTACTTATT TCGAGTATTG AAGCCCATTC GCCCGGCGGA GATTGAGGGG GGCCCTTTAC AGGTAGTGGG AGCATACACC  GGGCGAGGCT TCATTCTGTT CCTGAGGGGA CTGGATAAGT TCTTGACTTT GTATGACGGT CTGAAAGAGA TCCAGCCCGT CAAAAAACAA GCGAGCATTG AACAAGATGA GCTCAGAGAG  CAATTAAAGA AGCTGAAGCT AAGTAACAAA AAGGTGTGGG AGAGGGAGAG AGCTCGAGAA CAAGTGCAAG CGCCTTGGTG GATTCTCGGG CCATATTACT TCTTATGTTG GATGCTGGAT  GTGATATTCG AGGACAGGCC AATTCAGCGT TTTTGGTTTT TAGAAACTGT CGCACGGATG CCCTATTTTT CGTATATTTC TATGCTACAC CTGTACGAAA CGCTTGGCTG GTGGCGTTCA  GGAGCAGAAG TGCGCAAAGT CCACTTTGCA GAGGAGTGGA ATGAAATGCA TCATCTTAAA ATAATGGAAT CACTTGGAGG AGATCTTGAA TGGGGAGACA GGTTCTTCGC CCAGCATGCT  GCTTTCTTCT ACTATTGGAC TCTGAACGCA ATGTTTCTGA TATCACCAAC GGTTGCATAC AATTTCTCAG AACTTATCGA GTCACATGCA GTCGATACGT ATGGGGAATT TGCTGATGAA  AATGAAGAGC TGCTGAAAAC ACTGCCCCCT TCTCCAGTAG CAGTGGCATA TTACGAGAGT GGAGACTTAT ACATGTACGA TGAGTTTCAA ACAAGTCGAC CTCCAGAATC TCGAAGGCCC  AAGATGGGTA GTTTGTACGA CGTTTTCATG GCCATTTGTG GTGATGAAGG GGAGCATGTG AAGACAATGG TTGCTTGCCA ACAGCTTGAC ACTCAGGTTG TGAGTCCCAA CCGGGTCAAG 
TACAGTGGCC GGAAAGTAGA AACGGAATCC GAGTTCCTCG ACCGTCTGCC GTGA 

Retrieve as FASTA  
cDNA
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AATATCGACA AATCATCTAA AATTACGTCA CCTCGTGGTG GTAAGAAAGG TCAGCACCCG TGCAAGTCCC ACCCACGCCA AGGCAGGCAG GATGGGCCAT CGGTGAAGAA TTGTGGCTAC  AGCATCTCGA AGCTTTCAGG AATCATTCGT CCTCTTCGTG AGCGAAGCCA GAGAAGAGAA GAAAGCTCGT CATTCAATAA TGAGTACTTG GCAGCGTCCT CATCGTAGTG GAATAATCTG  GAGAATTCTG CAGAATTCTT GAAAGTCGAT CATACCAGTC ATTCTGCCTC CATTCAGTTG CTCGTTGCTG TGGCCCTCGT TTAAATTACG CAGTGGAATA TATCGTTCTT GTTTGCCTCT  GCAATTTCCT CCTCGGTGTA AATCGATTTC CGCCGGCATG GGCAGTCCTG CCGCATGCAT CCTTCTGGCC AGAGCTGGAA CGTTGGTGCG CTCTCCACAC CTCCCCAGTT CTGCTGCTAC  CGACTACACG GCTGCAGCTT CTCTGAGGTG GAGGACGCCG CTCAAGTGTT CTCCCAGTAG TTCTGAGAAA CATCTCTTGA AGCTCTCGGT ACCAGGATTC AGCAGGCGGG AGAAATTTGG  CAGCTCTAGC TGTTCAAGTT TCTTAATCCG TGCCCTTCAA ACGAACCCCA TATCAACAGA AGACGATAGC TCCCTGAGGA GTAGTGTCAC TGGGAAGGTC CCTGAGCACG AAGCGGAATT  GCAATCACAA AGATTGGGGA GCGACAAGAG CGCTGCCGAT CACTCTGGCA GAGCAAGCGT GGAGGCTTTG CCAAAGAGAA TCGAGTTTGA TTACGGATTT CAGGCGAGAT TTCTCCGAAC  CGGACCGACG GTACCGCAAA ACGTTTTCAA GCTCGCATTC GAGAATTTCG GGAGAGAATG GCGGGCTTTG CGAAGAAGTT ACTTATTTCG AGTATTGAAG CCCATTCGCC CGGCGGAGAT  TGAGGGGGGC CCTTTACAGG TAGTGGGAGC ATACACCGGG CGAGGCTTCA TTCTGTTCCT GAGGGGACTG GATAAGTTCT TGACTTTGTA TGACGGTCTG AAAGAGATCC AGCCCGTCAA  AAAACAAGCG AGCATTGAAC AAGATGAGCT CAGAGAGCAA TTAAAGAAGC TGAAGCTAAG TAACAAAAAG GTGTGGGAGA GGGAGAGAGC TCGAGAACAA GTGCAAGCGC CTTGGTGGAT  TCTCGGGCCA TATTACTTCT TATGTTGGAT GCTGGATGTG ATATTCGAGG ACAGGCCAAT TCAGCGTTTT TGGTTTTTAG AAACTGTCGC ACGGATGCCC TATTTTTCGT ATATTTCTAT  GCTACACCTG TACGAAACGC TTGGCTGGTG GCGTTCAGGA GCAGAAGTGC GCAAAGTCCA CTTTGCAGAG GAGTGGAATG AAATGCATCA TCTTAAAATA ATGGAATCAC TTGGAGGAGA  TCTTGAATGG GGAGACAGGT TCTTCGCCCA GCATGCTGCT TTCTTCTACT ATTGGACTCT GAACGCAATG TTTCTGATAT CACCAACGGT TGCATACAAT TTCTCAGAAC TTATCGAGTC  ACATGCAGTC GATACGTATG GGGAATTTGC TGATGAAAAT GAAGAGCTGC TGAAAACACT GCCCCCTTCT CCAGTAGCAG TGGCATATTA CGAGAGTGGA GACTTATACA TGTACGATGA  GTTTCAAACA AGTCGACCTC CAGAATCTCG AAGGCCCAAG ATGGGTAGTT TGTACGACGT TTTCATGGCC ATTTGTGGTG ATGAAGGGGA GCATGTGAAG ACAATGGTTG CTTGCCAACA  GCTTGACACT CAGGTTGTGA GTCCCAACCG GGTCAAGTAC AGTGGCCGGA AAGTAGAAAC GGAATCCGAG TTCCTCGACC GTCTGCCGTG AAGGAACCTT GCAAGTGCAA TCCCTTTCAT  ATCCCGACCT GGGGATATCT GTAAAACAAC TTGACATGTC TATAATTCAA CTATATAGTT TTGCACAGCA GCAGAGGAAA GGTGAAACCT TTGAAAGGAT CTGTACATAC TGAGTTCTTA  CAGGAACAGG CCACATGGTG CTCGTTAACG AGATAGCGTA TCACAAGACT GCATGAGTCA TTGAAGTCAG AACTTTGCAA GGTTCAGATG ATTCTTGACC TTACTCCAAT AAGTATTATA  GACGCAGATA CTGAAGTATA TACCTTGTTA GTGACGGTTA TCAAAGACTC TTTTTGATCC GGTTACTGGT AGTCATGCAC CAGTCTGTCT TACCTGAACC AATTACTGAC TTTACTTGAT 
ATTATCTGCG ACGATATTTC TTTCACAAAA AAAAAAAAAA AAAAAAAA 

Retrieve as FASTA