Entry information : MpalPrxII03
Entry ID 15152
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: MpalPrxII03
Name MpalPrxII03
Class Atypical 2-Cysteine peroxiredoxin (type II)    [Orthogroup: PrxII001]
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 MpalPrxII03
start..stop
S start..stop
MpPrxII03 559 0 1..313 1..311
PtaPrxII05 278 3e-94 136..313 58..239
HaPrxII01 276 5e-94 120..313 3..206
MtPrxII05 275 3e-93 136..313 40..217
Literature and cross-references MpalPrxII03
Protein sequence: MpalPrxII03
Sequence Properties
first value : protein
second value (mature protein)
Length (aa):   %s   313
PWM (Da):   %s   33192.36  
PI (pH):   %s   8.86
Sequence
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Send to Peroxiscan
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MSMPKVMPLV DYGSRSLWRL LQYPEISRPG RHCASPLVRL NLLDASYVPA LAASPPTACH PRPSLRTFES LADMASATKS LVAGAPVALN LCRSALECSA KQQPMLLGAG RVGKRAIELS  AVRSLSFGAF MSSRALNSQK RAFSLSTAIK ATIQVGEKLP EAELSYLDQE NNVQTVTISE LTKGKKIVVF AVPGAFTPTC SQKHVPGFVE KSDELKAKGV DTIACVSVND VFVMKAWGEG 
LGVGDKVLLL SDGNGHFTKA LGCELDLSDK PVGLGVRSRR YALLADDGVV KQLNLEEGGA FSISGPDEIL KAL 

Retrieve as FASTA  
Remarks Complete sequence from genomic and RNA seq (isotig27546)
DNA
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ATGTCGATGC CAAAGGTCAT GCCACTCGTC GACTATGGTA GTCGATCGCT CTGGCGCCTT CTGCAGTACC CCGAGATCTC TCGTCCCGGT CGCCACTGCG CCTCGCCCCT TGTCCGATTA  AATCTTCTCG ACGCGTCTTA TGTACCTGCG CTCGCTGCAT CTCCTCCCAC AGCTTGTCAC CCTCGTCCCT CGTTGCGCAC ATTTGAATCG TTGGCAGATA TGGCGTCTGC AACGAAATCC  CTCGTCGCTG GTGCCCCCGT CGCACTGAAC CTGTGCAGGA GCGCTTTGGA ATGCTCCGCG AAGCAGCAGC CGATGCTTCT TGGTGCCGGT CGTGTCGGCA AGAGGGCAAT TGAATTGTCC  GCTGTCAGAA GTCTGAGCTT CGGGGCTTTT ATGTCCTCCA GAGCGCTGAA TTCTCAGAAG AGGGCGTTTT CCTTGTCAAC TGCCATCAAG GCCACCATCC AGGTTGGAGA AAAGCTGCCC  GAGGCCGAGC TCTCGTACCT AGACCAGGAG AACAATGTGC AGACTGTGAC GATTTCGGAG CTCACCAAGG GCAAGAAAAT TGTGGTGTTC GCAGTGCCCG GAGCTTTCAC CCCCACCTGC  TCCCAGAAGC ACGTGCCCGG GTTCGTCGAG AAGTCTGATG AGCTCAAGGC CAAGGGCGTG GATACCATCG CCTGTGTCAG CGTGAACGAT GTTTTCGTCA TGAAGGCATG GGGAGAGGGT  CTTGGCGTCG GAGACAAGGT GTTGCTGCTC TCTGATGGGA ACGGTCATTT CACCAAGGCC TTGGGTTGCG AGTTAGACTT GAGCGACAAG CCCGTGGGTC TTGGAGTGAG ATCGAGACGT 
TATGCCCTTT TGGCCGATGA TGGCGTGGTG AAGCAGTTGA ATCTTGAGGA GGGCGGAGCT TTTTCCATCA GTGGCCCTGA TGAAATTCTT AAGGCTTTGT AA 

Retrieve as FASTA  
CDS
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
ATGTCGATGC CAAAGGTCAT GCCACTCGTC GACTATGGTA GTCGATCGCT CTGGCGCCTT CTGCAGTACC CCGAGATCTC TCGTCCCGGT CGCCACTGCG CCTCGCCCCT TGTCCGATTA  AATCTTCTCG ACGCGTCTTA TGTACCTGCG CTCGCTGCAT CTCCTCCCAC AGCTTGTCAC CCTCGTCCCT CGTTGCGCAC ATTTGAATCG TTGGCAGATA TGGCGTCTGC AACGAAATCC  CTCGTCGCTG GTGCCCCCGT CGCACTGAAC CTGTGCAGGA GCGCTTTGGA ATGCTCCGCG AAGCAGCAGC CGATGCTTCT TGGTGCCGGT CGTGTCGGCA AGAGGGCAAT TGAATTGTCC  GCTGTCAGAA GTCTGAGCTT CGGGGCTTTT ATGTCCTCCA GAGCGCTGAA TTCTCAGAAG AGGGCGTTTT CCTTGTCAAC TGCCATCAAG GCCACCATCC AGGTTGGAGA AAAGCTGCCC  GAGGCCGAGC TCTCGTACCT AGACCAGGAG AACAATGTGC AGACTGTGAC GATTTCGGAG CTCACCAAGG GCAAGAAAAT TGTGGTGTTC GCAGTGCCCG GAGCTTTCAC CCCCACCTGC  TCCCAGAAGC ACGTGCCCGG GTTCGTCGAG AAGTCTGATG AGCTCAAGGC CAAGGGCGTG GATACCATCG CCTGTGTCAG CGTGAACGAT GTTTTCGTCA TGAAGGCATG GGGAGAGGGT  CTTGGCGTCG GAGACAAGGT GTTGCTGCTC TCTGATGGGA ACGGTCATTT CACCAAGGCC TTGGGTTGCG AGTTAGACTT GAGCGACAAG CCCGTGGGTC TTGGAGTGAG ATCGAGACGT 
TATGCCCTTT TGGCCGATGA TGGCGTGGTG AAGCAGTTGA ATCTTGAGGA GGGCGGAGCT TTTTCCATCA GTGGCCCTGA TGAAATTCTT AAGGCTTTGT AA 

Retrieve as FASTA  
cDNA
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
ATGTCGATGC CAAAGGTCAT GCCACTCGTC GACTATGGTA GTCGATCGCT CTGGCGCCTT CTGCAGTACC CCGAGATCTC TCGTCCCGGT CGCCACTGCG CCTCGCCCCT TGTCCGATTA  AATCTTCTCG ACGCGTCTTA TGTACCTGCG CTCGCTGCAT CTCCTCCCAC AGCTTGTCAC CCTCGTCCCT CGTTGCGCAC ATTTGAATCG TTGGCAGATA TGGCGTCTGC AACGAAATCC  CTCGTCGCTG GTGCCCCCGT CGCACTGAAC CTGTGCAGGA GCGCTTTGGA ATGCTCCGCG AAGCAGCAGC CGATGCTTCT TGGTGCCGGT CGTGTCGGCA AGAGGGCAAT TGAATTGTCC  GCTGTCAGAA GTCTGAGCTT CGGGGCTTTT ATGTCCTCCA GAGCGCTGAA TTCTCAGAAG AGGGCGTTTT CCTTGTCAAC TGCCATCAAG GCCACCATCC AGGTTGGAGA AAAGCTGCCC  GAGGCCGAGC TCTCGTACCT AGACCAGGAG AACAATGTGC AGACTGTGAC GATTTCGGAG CTCACCAAGG GCAAGAAAAT TGTGGTGTTC GCAGTGCCCG GAGCTTTCAC CCCCACCTGC  TCCCAGAAGC ACGTGCCCGG GTTCGTCGAG AAGTCTGATG AGCTCAAGGC CAAGGGCGTG GATACCATCG CCTGTGTCAG CGTGAACGAT GTTTTCGTCA TGAAGGCATG GGGAGAGGGT  CTTGGCGTCG GAGACAAGGT GTTGCTGCTC TCTGATGGGA ACGGTCATTT CACCAAGGCC TTGGGTTGCG AGTTAGACTT GAGCGACAAG CCCGTGGGTC TTGGAGTGAG ATCGAGACGT  TATGCCCTTT TGGCCGATGA TGGCGTGGTG AAGCAGTTGA ATCTTGAGGA GGGCGGAGCT TTTTCCATCA GTGGCCCTGA TGAAATTCTT AAGGCTTTGT AAGAAAAGAA ACTATCCTGC  GCCTTCTTGT TACATACCTG CAAATGTTTT CTGAGAAACT ATGTGCAAAA TTTTGATGTC TTCGCACTGG TTCCATGTCT GCCGTCCAAG AACAAGGAGC TGGAGTTAGT CAGTTGCCCG  TGTCAGATCT CTCTTCTTGG GTTGGCCCAC AGTGGCAATT TGATCGGCTC TCGGAGGACG TGAATGTACT ATGAAATTGC TGATAGAGTT TAGTCTTGTC ATAGAGATAT GTCGACAATC  AAGGAAGGAC CTTAATTGTT CAATTTCCAA ACACGGAATG CAATAAGAAA AAGTTCTATG GTCGTTGGTT GCTGTTATCA GTGAGGATGA ATCTTTGCTG TTTTGGTTGG CCATGGTTGT  TGGAAAGTTT GAATATCTCA CTCTTTCTGA AGGAAGTATC GGTCAGTGCT GATAGTGAGT GGTGGGATAG TCTTGGATCA AAGTTATTTC TGAGTGACTT CATACGTGAC ACCTATGTTT  CTACTCTATT AGAACTGTCA TCGCATGGAT GGAATGGAAC ACGTAGAGGA TGGATAGGAA CTCTGAATCT TTCAAGAACC AAATGTCTTT CAAATAACTG TCACAAGAAG CAGTCTTTAC  TTGTACTAGG CAGTTCACTA GGGTTAGCTC TGATAGCAAT GTAAATATGG TACAAAAAAA TTAATTCTAA TTTGGTTTTA TACAATTATT GTGAAATGCA CCAAGGTCGT GAACAGTACC  ATCTTCCGAT TTAGCTCACG TCTTTCCGCC AGCGTGTTTT GGTCCTCCAA AAACGTTGTG ACTTCAGGTT ACCAAAACGT CTAATGTAAG TCGTTACGGA AAAGGTGACG GTACGTTGTT  GCACTCTATG ATCCATGCTT GTATAGTGTC GTAAATCCTT GTGAAACAGT CAATCAAAAT TCTTCTGATG CGATATGTTG TTTGTGTTTA ATTTTGTTCG TCATCTAATC TCAGTTTGTT 
GTGTAGTACG ACCCCCCCGA TTTCTATTTA A 

Retrieve as FASTA