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Entry information : MpPrx179(Mapoly0067s0039 / Mp7g19390)
Entry ID 6491
Creation 2009-01-19 (Christophe Dunand)
Last sequence changes 2017-11-21 (Christophe Dunand)
Sequence status complete
Reviewer Not yet reviewed
Last annotation changes 2021-04-20 (Christophe Dunand)
Peroxidase information: MpPrx179(Mapoly0067s0039 / Mp7g19390)
Name MpPrx179(Mapoly0067s0039 / Mp7g19390)
Class Class III peroxidase    [Orthogroup: Prx280]
Taxonomy Eukaryota Viridiplantae Streptophyta Marchantiaceae Marchantia
Organism Marchantia polymorpha    [TaxId: 3197 ]
Cellular localisation N/D
Tissue types Reproductive organs
Thallus
Inducer Abiotic stress
Repressor N/D
Best BLASTp hits
Perox score E-value MpPrx179
start..stop		 S start..stop
MpPrx27 387 1.42e-135 1..332 1..332
MpalPrx27 384 1.71e-134 1..332 1..332
PtaPrx63 366 2.26e-127 6..331 4..328
EferPrx31 364 1.47e-126 26..331 22..328
Literature and cross-references MpPrx179(Mapoly0067s0039 / Mp7g19390)
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:   BJ851513.1 [5' end]  BJ859950.1 [3' end]  BJ850531.1 [Fragment]
Protein sequence: MpPrx179(Mapoly0067s0039 / Mp7g19390)
Sequence Properties
first value : protein
second value (mature protein)
Length (aa):   %s   332 (303)
PWM (Da):   %s   34363.75 (31156.0)  
PI (pH):   %s   4.15 (4.05) Peptide Signal:   %s   cut: 30 range:30-332
Sequence
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*.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
MENPGRKLST SWVLVLFLGA LLTDHLATGQ LSSTFYDSTC PDLLSTVKSG LDSAAASDSR LGGSLLRLHF HDCFVNGCDA SVLLDDTTTF TGEKTAGPNA NSLRGFNVVD DIKASVEAIC  PATVSCADIL AILARDGTVA AGGPSWTVEL GRRDGLTASK SAAESDIPNP TTDVLALTSS FSNVGLDQTD LAALSGAHTF GKAQCGAFVG RLYDYQGTGS PDPSIDPDFL ATLQAACPDG 
GDATVLNNLD QGTPTTFDNS YYNNLLTGKG LLNSDQVLET TAGTTQDLVT SFGSDQSAFF SQFATSMIKM GGISVLTGSS GEIRTNCRAV NS* 

Retrieve as FASTA  
Remarks Complete sequence from genomic, 3 ESTs and RNAseq. Strain="E". Specific peptide found in cell wall proteome
DNA ►
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
ATGGAAAATC CTGGACGGAA ACTGAGTACG TCTTGGGTTC TAGTTCTTTT TCTTGGTGCT CTTCTTACAG ATCATCTAGC AACAGGGCAG CTCAGCTCAA CATTCTACGA TTCCACTTGT  CCGGATCTAC TGAGTACAGT GAAGTCGGGC CTGGACAGTG CAGCAGCATC AGATTCACGA CTCGGAGGAT CTCTTTTGCG ACTGCACTTC CACGATTGCT TTGTTAATGT GGGTAAATTC  ACTCATTCAT GTTTCATTCG TGTTTAACAG TTTTTTCTTC AACATAATCC TCAGGCCTTG GTTCAGTATT GTCAGAAGAG TGTTGCAGAG CAAATATCGG TCCTCGAGAC CATGATGCAG  ATGATAGCCG GAAATCTTAT CTTCTATTCA TGACGTTAAA CTCCAAGATC ATATTGAAAC TTCGAAATTA ATGCTCTGCT CTGGATTTGT ATGCTTATAA AACAAGACAA AAGCGCATCA  CTAGGGAATT TGAAGTGACA GTGCTCGGCA TTAACAAAGT ACATGATTTT GTCTCCTTCG CAGGGCTGCG ATGCATCGGT TCTGCTCGAT GACACCACCA CCTTCACTGG AGAGAAGACT  GCTGGTCCCA ATGCCAACTC CCTTAGGGGC TTTAATGTCG TTGATGATAT CAAAGCTTCC GTGGAAGCTA TTTGTCCAGC CACAGTGTCA TGCGCCGATA TTCTTGCCAT TCTCGCTCGT  GATGGAACTG TAGCGGTGTG TACATTTGAA CTTCCTTCCT CTCATTCGAA AACTGAAAAG TCAATACAAG TCTATGCGCT GTGAGCAGAT AGACTTGTAT TGTTTAGTAT GCACTGCATC  TTTCAAAGTT TAAAGTTTTG AACACTGATG AGTCTAAATA TGAAATATAC CTTTTGTAGC TTTATCGTTC CTGTTGAATG TACTGCATGC ATGATAACAT CAGGAGCCTC ATTGTTGGAT  CATCGCTCTG CGGTATATTC GTAAAAATAT AGAACAATGT AATGAATACT GAAATTTGAA CCTCATCTTC AATGTGGAGA CGGTTTACAC TTATTTCTGG TCATAACAAA GATATGATAT  TATAAACTGA ATATTGTTCA TTTCCTTGTA GGCAGGAGGC CCTTCCTGGA CGGTGGAGTT GGGCAGGCGT GACGGTCTGA CAGCCAGCAA ATCCGCTGCA GAGTCCGACA TCCCAAATCC  AACTACAGAT GTTTTAGCAC TCACCAGTTC TTTCAGTAAC GTAGGATTGG ATCAAACTGA CCTGGCCGCA CTCTCAGGTA CGAAATTTAA ACAGACTCCA ACTTGCGTCC TAGCTGATTC  ATTGATGACG GAAAATCAGC TGATTCAGGA TGATTTTCTC CGTAGCGTTA TCAACCCGTA CATACACTGG ACTAGATAGC AACCAAAAGA TTTCCTCTTC CATTCAAAAA CAGCCAAGTT  GTTTGCAGTT TGGTGACATA TCAGAGCTTT TCTTAAGAGG AGCCTGAGCG AACTGATTTC GACTAACTTT GAAAATCATG AAAGTCTGAA CACTTGTAAA TTTCATCTGT GTATAGGAGC  TCATACTTTT GGCAAAGCGC AATGTGGGGC CTTCGTGGGT CGTCTTTACG ATTATCAAGG TACCGGCAGT CCCGATCCCT CCATCGACCC AGACTTCCTG GCAACTCTGC AGGCTGCTTG  CCCAGATGGA GGAGATGCCA CTGTTTTGAA TAACTTGGAC CAAGGAACTC CGACCACATT CGACAACTCT TATTACAACA ATCTGCTGAC CGGCAAGGGC CTTCTGAATT CGGACCAAGT  CCTCGAAACT ACTGCAGGCA CCACGCAGGA CCTCGTCACA TCTTTCGGAA GTGACCAGTC AGCATTCTTC TCGCAGTTCG CAACTTCCAT GATCAAAATG GGCGGCATCA GCGTCTTAAC 
TGGTTCTTCT GGAGAGATTC GGACCAACTG CCGTGCTGTC AATTCGTAG 

Retrieve as FASTA  
CDS►
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
ATGGAAAATC CTGGACGGAA ACTGAGTACG TCTTGGGTTC TAGTTCTTTT TCTTGGTGCT CTTCTTACAG ATCATCTAGC AACAGGGCAG CTCAGCTCAA CATTCTACGA TTCCACTTGT  CCGGATCTAC TGAGTACAGT GAAGTCGGGC CTGGACAGTG CAGCAGCATC AGATTCACGA CTCGGAGGAT CTCTTTTGCG ACTGCACTTC CACGATTGCT TTGTTAATGG CTGCGATGCA  TCGGTTCTGC TCGATGACAC CACCACCTTC ACTGGAGAGA AGACTGCTGG TCCCAATGCC AACTCCCTTA GGGGCTTTAA TGTCGTTGAT GATATCAAAG CTTCCGTGGA AGCTATTTGT  CCAGCCACAG TGTCATGCGC CGATATTCTT GCCATTCTCG CTCGTGATGG AACTGTAGCG GCAGGAGGCC CTTCCTGGAC GGTGGAGTTG GGCAGGCGTG ACGGTCTGAC AGCCAGCAAA  TCCGCTGCAG AGTCCGACAT CCCAAATCCA ACTACAGATG TTTTAGCACT CACCAGTTCT TTCAGTAACG TAGGATTGGA TCAAACTGAC CTGGCCGCAC TCTCAGGAGC TCATACTTTT  GGCAAAGCGC AATGTGGGGC CTTCGTGGGT CGTCTTTACG ATTATCAAGG TACCGGCAGT CCCGATCCCT CCATCGACCC AGACTTCCTG GCAACTCTGC AGGCTGCTTG CCCAGATGGA  GGAGATGCCA CTGTTTTGAA TAACTTGGAC CAAGGAACTC CGACCACATT CGACAACTCT TATTACAACA ATCTGCTGAC CGGCAAGGGC CTTCTGAATT CGGACCAAGT CCTCGAAACT  ACTGCAGGCA CCACGCAGGA CCTCGTCACA TCTTTCGGAA GTGACCAGTC AGCATTCTTC TCGCAGTTCG CAACTTCCAT GATCAAAATG GGCGGCATCA GCGTCTTAAC TGGTTCTTCT 
GGAGAGATTC GGACCAACTG CCGTGCTGTC AATTCGTAG 

Retrieve as FASTA  
cDNA►
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
GTGTTTTCCT CGAGCTTGAG CTAAACAATT TCGACACTGC CTGCCTGCTT GCTCTGCTTC ATAAGCAAAA GGAGTACCAA GACCAGCAGG AGCGGCATTC AAAAGAGTCA AGCTGAACAT  CCTTGAATTC AGCTGATACT CAGTAGATTC TCAAGGAGCC AGTTGTAATT TAGCAACTGG ACCTTTACTT GCTGAACTGT GAGATGGAAA ATCCTGGACG GAAACTGAGT ACGTCTTGGG  TTCTAGTTCT TTTTCTTGGT GCTCTTCTTA CAGATCATCT AGCAACAGGG CAGCTCAGCT CAACATTCTA CGATTCCACT TGTCCGGATC TACTGAGTAC AGTGAAGTCG GGCCTGGACA  GTGCAGCAGC ATCAGATTCA CGACTCGGAG GATCTCTTTT GCGACTGCAC TTCCACGATT GCTTTGTTAA TGGCTGCGAT GCATCGGTTC TGCTCGATGA CACCACCACC TTCACTGGAG  AGAAGACTGC TGGTCCCAAT GCCAACTCCC TTAGGGGCTT TAATGTCGTT GATGATATCA AAGCTTCCGT GGAAGCTATT TGTCCAGCCA CAGTGTCATG CGCCGATATT CTTGCCATTC  TCGCTCGTGA TGGAACTGTA GCGGCAGGAG GCCCTTCCTG GACGGTGGAG TTGGGCAGGC GTGACGGTCT GACAGCCAGC AAATCCGCTG CAGAGTCCGA CATCCCAAAT CCAACTACAG  ATGTTTTAGC ACTCACCAGT TCTTTCAGTA ACGTAGGATT GGATCAAACT GACCTGGCCG CACTCTCAGG AGCTCATACT TTTGGCAAAG CGCAATGTGG GGCCTTCGTG GGTCGTCTTT  ACGATTATCA AGGTACCGGC AGTCCCGATC CCTCCATCGA CCCAGACTTC CTGGCAACTC TGCAGGCTGC TTGCCCAGAT GGAGGAGATG CCACTGTTTT GAATAACTTG GACCAAGGAA  CTCCGACCAC ATTCGACAAC TCTTATTACA ACAATCTGCT GACCGGCAAG GGCCTTCTGA ATTCGGACCA AGTCCTCGAA ACTACTGCAG GCACCACGCA GGACCTCGTC ACATCTTTCG  GAAGTGACCA GTCAGCATTC TTCTCGCAGT TCGCAACTTC CATGATCAAA ATGGGCGGCA TCAGCGTCTT AACTGGTTCT TCTGGAGAGA TTCGGACCAA CTGCCGTGCT GTCAATTCGT  AGTAACTGTG TTTTATGTGA TTAAGATTGG CTGAGATCTG CCAAGAATAT AACACTACCT CGATCATCGA AAACGATATT TACGATATTG CGCGACAGCC AAGCAGAGGG AAATGTACTA  TTTGCCACCT GATTACGCCA TGCCAACGAC AGTACATGAA AGAAACCTCA TCTAATCTAG GCTCCCGGTT TCCATATTGT GCATAAATTT GATGAGATAG CCTTTGTCAC TCAATGCTCA 
TGCTAGCTGT GAATACGTAT ATCAACTCTC CAGGAGATCC TCCTAGGAAT ATGTGTGTCT GTAATGATAT TCATGTATAA AATATGTCCA GTTTCCATGA GTAC 

Retrieve as FASTA