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Entry information : MpPrx158 (Mapoly0038s0040 / Mp6g18300)
Entry ID 6487
Creation 2009-01-19 (Christophe Dunand)
Last sequence changes 2017-11-21 (Christophe Dunand)
Sequence status complete
Reviewer Not yet reviewed
Last annotation changes 2017-11-21 (Christophe Dunand)
Peroxidase information: MpPrx158 (Mapoly0038s0040 / Mp6g18300)
Name (synonym) MpPrx158 (Mapoly0038s0040 / Mp6g18300)
Class Class III peroxidase    [Orthogroup: Prx393]
Taxonomy Eukaryota Viridiplantae Streptophyta Marchantiaceae Marchantia
Organism Marchantia polymorpha    [TaxId: 3197 ]
Cellular localisation N/D
Tissue type Reproductive organs
Inducer N/D
Repressor N/D
Best BLASTp hits
Perox score E-value MpPrx158
start..stop		 S start..stop
MpalPrx158 654 0 1..331 1..331
MpPrx56 465 1.9e-166 16..330 9..324
MpPrx77 465 1.92e-166 16..330 9..324
MpPrx76 464 2.98e-166 28..330 21..324
Literature and cross-references MpPrx158 (Mapoly0038s0040 / Mp6g18300)
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:   BJ871534.1 [3' end]  BJ866677.1 [Fragment]
Protein sequence: MpPrx158 (Mapoly0038s0040 / Mp6g18300)
Sequence Properties
first value : protein
second value (mature protein)
Length (aa):   %s   332 (302)
PWM (Da):   %s   36289.06 (32901.3) Transmb domain:   %s   i44-66o
PI (pH):   %s   4.67 (4.70) Peptide Signal:   %s   cut: 31 range:31-332
Sequence
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Send to Peroxiscan
*.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
MTSGGSRLPI WQMLGLVLFV VMLASERTDA NYLTTDFYDQ SCPQALSIVQ RKVDEFIEAD RGLAGALLRL HFHDCFVRGC DGSVLVNSTE DSLAEKDALL NKGSLRGFEE IDAIKMELEC  ACPGVVSCAD ILALVARDAT AKVGGYGWPV FLGRIDGAGS VGEEVNGSLP ERTDNYTTLV ANFARRGLDA KDMVILSGSH TIGVAHCGAF FERLYNFEGT NKTDPSMDAS LATFLKKRCP 
IDKPFGLMAL GGTNGTFDTD YYQNLLTKRG LLESDVTLTS DPYGLEIVTK AVEDPSWFLT EFGISMIKMG FIEGTHPYGW RKHCAVIEPR EK* 

Retrieve as FASTA  
Remarks Complete sequence from genomic and 8 ESTs (BJ859867, BJ860034, BJ859453, BJ871538, BJ871368, BJ859252). Frame:1[1-900] on contig. Strain="E".
DNA ►
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
ATGACTTCTG GCGGTTCAAG ATTGCCTATT TGGCAAATGC TAGGTTTGGT TCTCTTTGTA GTTATGTTGG CATCTGAGCG AACAGATGCC AACTATCTTA CGACGGATTT CTATGACCAA  AGTTGCCCTC AAGCCCTTTC TATAGTGCAG CGGAAGGTAG ACGAGTTCAT CGAGGCAGAT CGAGGACTAG CTGGAGCTCT TCTGCGCTTA CATTTCCATG ATTGCTTTGT TCGAGTAAGC  TTTCTGCTGC CAACTCCAAT TTCCTACAAC CCGCTACTGT TGAAGACAAT GATTTCATTC GCGCAATCAG CTGTACTATA TCTGTATTTG CTCCTCGGAC AACCGCTTCT GGCCAATAGT  CAGATTTCCA ATATAAGCAA GTCTTGGCCA GAAGAAGGTT TTGTCTGAAG AGCATAGATA AGGAAATGGT CAGTTTTGGA CTCTCAAGCT GCTGTGTCTA TAAACTCATC TATGTTATCT  TGAAATTCTC TACTGGACTC ACTTACGTCT CTCCTGCAGG GTTGTGATGG ATCTGTGCTT GTCAACTCAA CGGAAGATAG TTTGGCTGAG AAGGATGCTC TTCTGAACAA AGGTTCTCTC  AGAGGTTTCG AGGAGATTGA TGCCATCAAG ATGGAGCTTG AATGTGCATG CCCCGGCGTT GTGTCGTGTG CTGATATTCT TGCTCTTGTA GCCAGAGACG CCACCGCCAA GGTACGTAAC  CAACACCTAC TGGACAAGGA AGATTTCATT GTTAAGAGTC ATATATCATA ATCCTTCCTC CCCGACAGCA TTTCGAAGGC AAAGTGTACA CATAACCTCT TAACGACAGT CAGGGGTCCT  TCGGTTCTTC TAATCGAACA GCCTCTACTT ATCTAATTCA ACCTATTTGA TGCAAAGTAT TCTCTCCCTG CAAAAGATCA AGCATGACAC CAATATGCTG CCAACAAAAA TAATTGGGCT  TTGCATGACC CCTTCCTCGG CGGTTTTTGA GTACAGCGAG GCATCATGTA TTAATACCAA ATACTTTGAA GCACAGATTG AAGGCTACGA ATATTTCAAG CTTTGAGGCT GGTTGTCGCT  CTATGTTCTT GCAGGTTGGC GGCTATGGTT GGCCAGTGTT TCTAGGTAGA ATCGATGGAG CCGGTTCCGT TGGTGAGGAG GTCAACGGTA GTCTACCAGA ACGTACGGAC AATTATACTA  CTCTCGTTGC CAACTTTGCG AGACGTGGTT TGGATGCGAA GGACATGGTT ATCCTGTCAG GTATTTCTTC TGCCACTTAG CCTGCTTCTT CCAATTAAGG GGAACGATAA AGACACATGA  TAGTGTTGGT CAATTACAAA GACATAATCC CGAGAAACAT GGCTGGCATA GATGCAAGCA CAAGGAATGA CAAGGCGAAT GTGTGTGAAT GAGTTTGCAG AATCAGTTGT GGACACAAAT  AATTAACAGG TATGTCTCAT TGCAGGATCC CACACCATAG GCGTAGCTCA TTGTGGAGCG TTTTTCGAGC GATTGTACAA TTTTGAAGGG ACGAACAAGA CAGATCCCTC GATGGACGCA  TCACTGGCCA CATTTCTGAA GAAGAGATGC CCCATTGACA AGCCTTTCGG ATTGATGGCT CTCGGCGGAA CGAACGGGAC ATTTGACACT GACTATTATC AGAACCTTCT AACCAAAAGA  GGACTACTTG AATCAGATGT GACGCTCACA AGCGACCCCT ATGGTTTGGA AATTGTCACC AAAGCAGTGG AAGACCCGTC GTGGTTCTTG ACCGAGTTCG GAATTTCTAT GATCAAAATG 
GGCTTCATTG AGGGAACTCA TCCCTACGGC TGGAGAAAAC ATTGCGCCGT CATCGAGCCA CGGGAGAAGT AA 

Retrieve as FASTA  
CDS►
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
ATGACTTCTG GCGGTTCAAG ATTGCCTATT TGGCAAATGC TAGGTTTGGT TCTCTTTGTA GTTATGTTGG CATCTGAGCG AACAGATGCC AACTATCTTA CGACGGATTT CTATGACCAA  AGTTGCCCTC AAGCCCTTTC TATAGTGCAG CGGAAGGTAG ACGAGTTCAT CGAGGCAGAT CGAGGACTAG CTGGAGCTCT TCTGCGCTTA CATTTCCATG ATTGCTTTGT TCGAGGTTGT  GATGGATCTG TGCTTGTCAA CTCAACGGAA GATAGTTTGG CTGAGAAGGA TGCTCTTCTG AACAAAGGTT CTCTCAGAGG TTTCGAGGAG ATTGATGCCA TCAAGATGGA GCTTGAATGT  GCATGCCCCG GCGTTGTGTC GTGTGCTGAT ATTCTTGCTC TTGTAGCCAG AGACGCCACC GCCAAGGTTG GCGGCTATGG TTGGCCAGTG TTTCTAGGTA GAATCGATGG AGCCGGTTCC  GTTGGTGAGG AGGTCAACGG TAGTCTACCA GAACGTACGG ACAATTATAC TACTCTCGTT GCCAACTTTG CGAGACGTGG TTTGGATGCG AAGGACATGG TTATCCTGTC AGGATCCCAC  ACCATAGGCG TAGCTCATTG TGGAGCGTTT TTCGAGCGAT TGTACAATTT TGAAGGGACG AACAAGACAG ATCCCTCGAT GGACGCATCA CTGGCCACAT TTCTGAAGAA GAGATGCCCC  ATTGACAAGC CTTTCGGATT GATGGCTCTC GGCGGAACGA ACGGGACATT TGACACTGAC TATTATCAGA ACCTTCTAAC CAAAAGAGGA CTACTTGAAT CAGATGTGAC GCTCACAAGC  GACCCCTATG GTTTGGAAAT TGTCACCAAA GCAGTGGAAG ACCCGTCGTG GTTCTTGACC GAGTTCGGAA TTTCTATGAT CAAAATGGGC TTCATTGAGG GAACTCATCC CTACGGCTGG 
AGAAAACATT GCGCCGTCAT CGAGCCACGG GAGAAGTAA 

Retrieve as FASTA  
cDNA►
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
ATTAAAATAT TCATTCTTTC TTTCTGAAGG ACTATATATG GAGTATGCGG CATTGTCAAA TCGCAGCTGG CCGGGTCGAT CAGTCTACAC TTGTAACTTC GACCTTTGCA GAGAAGCAAA  ATCGATCATT ACCTCAAGCT GGTCGTGAGA TTCTCAAATA AAGAAAAAAC AGAGAGACGA TCTTCACAGC TAGACAAAGC GATCATGACT TCTGGCGGTT CAAGATTGCC TATTTGGCAA  ATGCTAGGTT TGGTTCTCTT TGTAGTTATG TTGGCATCTG AGCGAACAGA TGCCAACTAT CTTACGACGG ATTTCTATGA CCAAAGTTGC CCTCAAGCCC TTTCTATAGT GCAGCGGAAG  GTAGACGAGT TCATCGAGGC AGATCGAGGA CTAGCTGGAG CTCTTCTGCG CTTACATTTC CATGATTGCT TTGTTCGAGG TTGTGATGGA TCTGTGCTTG TCAACTCAAC GGAAGATAGT  TTGGCTGAGA AGGATGCTCT TCTGAACAAA GGTTCTCTCA GAGGTTTCGA GGAGATTGAT GCCATCAAGA TGGAGCTTGA ATGTGCATGC CCCGGCGTTG TGTCGTGTGC TGATATTCTT  GCTCTTGTAG CCAGAGACGC CACCGCCAAG GTTGGCGGCT ATGGTTGGCC AGTGTTTCTA GGTAGAATCG ATGGAGCCGG TTCCGTTGGT GAGGAGGTCA ACGGTAGTCT ACCAGAACGT  ACGGACAATT ATACTACTCT CGTTGCCAAC TTTGCGAGAC GTGGTTTGGA TGCGAAGGAC ATGGTTATCC TGTCAGGATC CCACACCATA GGCGTAGCTC ATTGTGGAGC GTTTTTCGAG  CGATTGTACA ATTTTGAAGG GACGAACAAG ACAGATCCCT CGATGGACGC ATCACTGGCC ACATTTCTGA AGAAGAGATG CCCCATTGAC AAGCCTTTCG GATTGATGGC TCTCGGCGGA  ACGAACGGGA CATTTGACAC TGACTATTAT CAGAACCTTC TAACCAAAAG AGGACTACTT GAATCAGATG TGACGCTCAC AAGCGACCCC TATGGTTTGG AAATTGTCAC CAAAGCAGTG  GAAGACCCGT CGTGGTTCTT GACCGAGTTC GGAATTTCTA TGATCAAAAT GGGCTTCATT GAGGGAACTC ATCCCTACGG CTGGAGAAAA CATTGCGCCG TCATCGAGCC ACGGGAGAAG  TAATACTACT GATCGTTATT TTGATTACCA CTATGCAGAT CATGACTCCA AAGGGCTGGA AAACCATTAT GGACATCTTG AGTCAATTCT GCCAATAATG CTTTGAAGTC TACATTACGT  AGATAACCTG CAAATATTTC TTGAAATAGT ACATTTAAAA CTTTTTCGGA TCATTCTCGG GACCTTCTTT GACGAGTCCT GCCATTTTTT TCCAATACTC CAGTCACACT TGTAAAAATG 
TCAGTTGAAA CTTACAAGGA CAACTTGTAC AATAAAAGTC AAGTTTTTCT TTCAC 

Retrieve as FASTA