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Entry information : MpPrxII04 (Mapoly0023s0016 / MpPrxIIF)
Entry ID 7380
Creation 0000-00-00 (Christophe Dunand)
Last sequence changes 2017-11-28 (Christophe Dunand)
Sequence status complete
Reviewer Not yet reviewed
Last annotation changes 2017-11-29 (Christophe Dunand)
Peroxidase information: MpPrxII04 (Mapoly0023s0016 / MpPrxIIF)
Name (synonym) MpPrxII04 (Mapoly0023s0016 / MpPrxIIF)
Class Atypical 2-Cysteine peroxiredoxin (type II)    [Orthogroup: PrxII001]
Taxonomy Eukaryota Viridiplantae Streptophyta Marchantiaceae Marchantia
Organism Marchantia polymorpha    [TaxId: 3197 ]
Cellular localisation N/D
Tissue type Thallus
Inducer N/D
Repressor N/D
Best BLASTp hits
Perox score E-value MpPrxII04
start..stop		 S start..stop
MpalPrxII04 366 1.02e-131 1..195 1..185
PpaPrxII06 262 1.22e-90 14..195 10..198
ThasPrxII03 257 1.79e-88 1..195 13..201
LuPrxII119 258 3.53e-88 11..192 71..252
Literature and cross-references MpPrxII04 (Mapoly0023s0016 / MpPrxIIF)
Literature Yamato,K.T., et al., Gene organization of the liverwort Y chromosome reveals distinct sex chromosome evolution in a haploid system. Proc. Natl. Acad. Sci. U.S.A. 104 (15), 6472-6477 (2007).
EST ref. GenBank:   BJ846120.1
Protein sequence: MpPrxII04 (Mapoly0023s0016 / MpPrxIIF)
Sequence Properties
first value : protein
second value (mature protein)
Length (aa):   %s   195
PWM (Da):   %s   21313.08  
PI (pH):   %s   9.45
Sequence
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*.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
MLRTAINKSR LVGARGIWAQ GRQLQAFSSS ATHLDLDGEI SLQAARTWDE GVKSKFATTP LKDIFKNKKV VIFGLPGAYT GVCTTQHVPS YINNAEKLKA KGVDTIICVA VNDPYVMNGW 
AEKLNAKDKL DFFGDFDGSF HKSLGLDFNL SFALLGHRSQ RWAAFVDDGK IKVLNVETAP SEFKVSDAET ILKSI 

Retrieve as FASTA  
Remarks Complete sequence from genomic and 1 EST. Strain="E".
DNA ►
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
ATGTTGAGGA CGGCCATCAA CAAGAGCAGA TTGGTGGGCG CCAGAGGCAT CTGGGCTCAA GGAAGGCAAT TGCAAGCTTT CAGCTCCTCT GCAACTCATT TGGATTTGGA TGGCGAGATT  TCGCTGCAAG CAGCACGTAC TTGGGATGAG GGCGTCAAGT CCAAGTTTGC TACCACTCCT CTGAAGGACA TCTTCAAGAA CAAGAAAGTG GTGATATTTG GGCTTCCTGG AGCATACACT  GGAGTCTGTA CAACTCAACA TGTACCCAGC TACATCAACA ATGCAGAAAA GTTGAAAGCA AAGGGTGTTG ACACAATAAT CTGTGTAGCA GTTAATGATC CATATGTCAT GAATGGGTGG  GCCGAGAAGC TCAATGCGAA GGATAAGTTG GATTTCTTCG GGGACTTCGA TGGAAGTTTC CACAAAAGTC TCGGCCTCGA TTTCAACTTG TCGTTTGCCT TGTTGGGTCA TCGATCTCAA 
AGGTGGGCCG CGTTCGTCGA TGATGGAAAG ATCAAAGTGC TCAATGTGGA GACTGCGCCG TCCGAATTCA AGGTGTCAGA CGCGGAAACA ATTTTGAAGA GCATTTAG 

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CDS►
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
ATGTTGAGGA CGGCCATCAA CAAGAGCAGA TTGGTGGGCG CCAGAGGCAT CTGGGCTCAA GGAAGGCAAT TGCAAGCTTT CAGCTCCTCT GCAACTCATT TGGATTTGGA TGGCGAGATT  TCGCTGCAAG CAGCACGTAC TTGGGATGAG GGCGTCAAGT CCAAGTTTGC TACCACTCCT CTGAAGGACA TCTTCAAGAA CAAGAAAGTG GTGATATTTG GGCTTCCTGG AGCATACACT  GGAGTCTGTA CAACTCAACA TGTACCCAGC TACATCAACA ATGCAGAAAA GTTGAAAGCA AAGGGTGTTG ACACAATAAT CTGTGTAGCA GTTAATGATC CATATGTCAT GAATGGGTGG  GCCGAGAAGC TCAATGCGAA GGATAAGTTG GATTTCTTCG GGGACTTCGA TGGAAGTTTC CACAAAAGTC TCGGCCTCGA TTTCAACTTG TCGTTTGCCT TGTTGGGTCA TCGATCTCAA 
AGGTGGGCCG CGTTCGTCGA TGATGGAAAG ATCAAAGTGC TCAATGTGGA GACTGCGCCG TCCGAATTCA AGGTGTCAGA CGCGGAAACA ATTTTGAAGA GCATTTAG 

Retrieve as FASTA  
cDNA►
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
CAGGAACTGG ACCGACAAGA GAGGAAACTT GGCGCAGAAC ATGTGGCAGG GAGTTGGAAA AAGCTCGTAC AAAGCTACAA AGGCAGGCTT CGAAGGGAAG GGTGCGGAGA GCGAGCTTTT  GGGCCAGAGT GTGAAATCGA TCCAATCGAG AGAGCATTAA TCCAGAGTTG TAAACCTGGT TCAAGACCGA GAAGAAGAGA AGATCAGAAA TGTTGAGGAC GGCCATCAAC AAGAGCAGAT  TGGTGGGCGC CAGAGGCATC TGGGCTCAAG GAAGGCAATT GCAAGCTTTC AGCTCCTCTG CAACTCATTT GGATTTGGAT GGCGAGATTT CGCTGCAAGC AGCACGTACT TGGGATGAGG  GCGTCAAGTC CAAGTTTGCT ACCACTCCTC TGAAGGACAT CTTCAAGAAC AAGAAAGTGG TGATATTTGG GCTTCCTGGA GCATACACTG GAGTCTGTAC AACTCAACAT GTACCCAGCT  ACATCAACAA TGCAGAAAAG TTGAAAGCAA AGGGTGTTGA CACAATAATC TGTGTAGCAG TTAATGATCC ATATGTCATG AATGGGTGGG CCGAGAAGCT CAATGCGAAG GATAAGTTGG  ATTTCTTCGG GGACTTCGAT GGAAGTTTCC ACAAAAGTCT CGGCCTCGAT TTCAACTTGT CGTTTGCCTT GTTGGGTCAT CGATCTCAAA GGTGGGCCGC GTTCGTCGAT GATGGAAAGA  TCAAAGTGCT CAATGTGGAG ACTGCGCCGT CCGAATTCAA GGTGTCAGAC GCGGAAACAA TTTTGAAGAG CATTTAGAAA CGAGGTGATG ATTGATCTGT AGAAACACTG TAATCCTTGA  CACCGTGCTC GTCTAGCAGT GTCAATATAT ATGCCTATTA TCAAAAGATT CGGGTTTTAG CATCTCGACT CGTATCAGTT TTAGCATCTC GACTCGCTAT CTGCAGTGGT TGCTATTGGT  GGGCAGAGTA TGGGATGCAT GTGAGCATGT GTGGACTTGT GCCCAAGTAG ACAGGACATG AGCTCCAATA ACTCAACGAA GGCTGGAAAG ACATCAGAAT GAACACCAAG CGAAACTGTG  CTCCGATTGA TCGGAACTCA AATATATCCT ATGGAAGGTG CACAATCATC TGCTCTTGTT CGAAGCAACC GTAGTACGAG CAGAAAGGTC CGCACAAGTG CTAGCTACAA AAGCGTGAAG  AGAGCATGAG CACATATTGC TCACATGTAT ACGCACATGT ATGTCGACAT GATATTATCC TCGAAAGCGA GAGGGCACTT AATCAAGGTC CACAAATCTT GCCGGCACGA GTGTGATCTT  CAATGAACTA CCCCATCCCT GCCCACATAC AATATGGTCG TGGGGTCACT GTCCTGCACG TGTACGCCCT GCTTTCGTCA CGTGCGCGCA TCTCTTTCCG TTCGTGACCT AGCCCGGGTG  TGGAATCTTC CTCGAAAGTG AAAGTCAAAT GGACGATGCC TTCCAGAACA CATGGAAGAA ACGCAAGCTC GGGCTTAGAG CAGGAACATC GGCGCTATCC CTTCACGAAA AGCTAGTTCC  TCGACCGATT GACTGATTGT GTTAATCTGT ACCAGCTAGC TGTGACTTGT TGTGTAAATC TGACGGGGAG GAACTTCCGA AGCAGAGTTG CGGACGAATC AAGCTGCTTG CTACTGAACT 
TGGTCTCGTT GAGGTGCAGC CACAGGCCGA AGGCCAAATC TAGCCGATCA GATGCGCCGC ATTGTTCCGT TAACTCGTGG TTCCAACA 

Retrieve as FASTA