Entry information : MpPrx61 (Mapoly0048s0002)
Entry ID 6490
Creation 2009-01-19 (Christophe Dunand)
Last sequence changes 2017-11-22 (Christophe Dunand)
Sequence status complete
Reviewer Not yet reviewed
Last annotation changes 2017-11-22 (Christophe Dunand)
Peroxidase information: MpPrx61 (Mapoly0048s0002)
Name (synonym) MpPrx61 (Mapoly0048s0002)
Class Class III peroxidase    [Orthogroup: Prx318]
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 MpPrx61
start..stop
S start..stop
MpPrx62 455 5e-162 1..348 1..349
CrubPrx104 315 5e-107 31..332 27..330
BrPrx49-2Aa_other 315 8e-107 10..332 8..331
AhalPrx32 314 2e-106 31..332 28..331
Literature and cross-references MpPrx61 (Mapoly0048s0002)
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:   BJ850346.1 [5' end]   BJ847649.1 [3' end]
Protein sequence: MpPrx61 (Mapoly0048s0002)
Sequence Properties
first value : protein
second value (mature protein)
Length (aa):   %s   348 (317)
PWM (Da):   %s   37610.45 (34565.8) Transmb domain:   %s   i7-29o (i7-29o)
PI (pH):   %s   8.24 (7.97) Peptide Signal:   %s   cut: 32 range:32-348
Sequence
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Send to Peroxiscan
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MVTASRVARI FALCAVCALT LSLLAAGLAS AQLVPEYYVQ SCPKLVETVN KHVDAAIKSD ARMAASLLRL QFHDCFVQGC DASILLDDDS RLPLGEKTAN PNINSVRGYE VIDVIKAELE  KICPRTVSCA DIVTLASSVS IQKTGGPQMY FPLGRKDSVT ASFSKALEFL PGANLTATLL KAAFSKVGLN VKDLVTLSGG HTLGFSRCLL FSDRLYNYNG TGRADPTLEP SFLASLKQTC 
PQGGNGAVLK QLDTTVSKFD NQYYKELIAF KGLLTTDEAL FTQASDTKAL VQTYAKDQAK FFADFSASMI KMSLMKPTTN TEVRINCRKP NSLLLQDTEP LIELRSDI 

Retrieve as FASTA  
Remarks Complete sequence from genomic and 8 ESTs (BJ856246, BJ843808, BJ847664, BJ843908, BJ850346, BJ844515). Strain="E".
DNA
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ATGGTGACCG CCTCAAGAGT AGCGAGAATA TTTGCCCTTT GCGCTGTGTG CGCATTGACG CTCTCGCTGC TGGCTGCCGG TCTGGCCAGC GCTCAGTTGG TGCCCGAATA TTACGTCCAG  AGCTGCCCCA AGTTGGTCGA GACTGTTAAC AAGCACGTCG ACGCGGCGAT CAAAAGCGAT GCCCGCATGG CCGCTTCGCT TCTTCGACTG CAATTCCATG ATTGCTTTGT TCAGGTGATC  GCCTGTTGCA AATAGACCTG CTTGGTGAAC TTAGTTTCCA AATAAGTTTA TGCTCAGTAG AGCTGATCAC GAGGTCTATT GTTTGTTATT GGTGTTCTAC ATTGTATCAG GATATTACGA  TCGGCTGAGG TTTCATCTCC TGATTGTCAC TAAAAAATAC TCCAAAACTA ACTAGCACAT TATTGTTTCA AGGTTTGTTG TCCCCGAGGC TCGTGTATCG AATGATCACT AGAGGTGGTC  TGAGCCGACA CCTTTTTTGC AACACAGTAG TTTGTTGACG CTGGTCCAAA GAATAATAGC GAGTTTTACG GATTCGAAAT ATTAACTGAG AATTTGGTGT GCTATGCATA AGCGAGCCTG  ACCTGATTGA TGCAAATGCA GGGTTGTGAT GCTTCCATTC TTCTCGACGA CGACAGTAGA CTTCCGTTAG GAGAGAAAAC TGCCAATCCC AATATTAATT CGGTCAGAGG TTACGAGGTG  ATCGATGTGA TCAAGGCTGA GCTGGAGAAA ATCTGCCCCA GAACTGTTTC CTGTGCCGAT ATAGTCACTT TAGCTTCCTC GGTCTCCATT CAGAAGGTAC GCAGTCTCCT GAATAGTCAC  GTCTTGGTTG TTATCAGTCC CCGTCCTGTA CTACTTACTG CCTCGAGAAT CGTGTTTCAT GCGAGCCAGT GTGGCCAGGT TCTCTGATCT TTTATTCGAT CGGATATTCG AGATTTCCAA  GGCCAGATTC CTTAATATGC TCTGCAACCC GCTCATAGGC CATAGTCGTC ATGCATCGCC TAGATTTCAA AAGGCATCAG ATGCAATATG GCCTGAATCC CGGCCATGCT GATCGGCAGC  GGAAAATGAA ATAGATGAGA GATATTGTAC GTGTCCCTGA CTAGAAGTTC TGATCTAGTT CAGAGGCCTC TGGGTGGGTC GAGCTGCACA TTGACCTGCA CGTTGACGAT CAAGTCGTGC  GTAGAACTGC TAGATTCTGA CTGCGGATTT CGTCGGGCAG ACTGGTGGAC CGCAGATGTA TTTCCCACTC GGAAGAAAGG ACAGTGTAAC CGCTAGCTTC AGCAAAGCCC TCGAGTTTCT  TCCCGGAGCG AACTTGACCG CAACACTGCT GAAAGCAGCG TTCTCCAAAG TTGGTCTCAA CGTCAAAGAT CTGGTCACCC TCTCAGGTGA GATCGATAAT TGCTTTCCTT GAGTCGTGCA  TGCATTGCGC AACATGAAGG ATGGTTTTAA CACGTGTGAT ATATCGACCG ATGACATGTC CAGGCGGTCA CACTCTCGGA TTCTCCAGGT GCTTGCTGTT CAGTGATCGT CTCTACAACT  ACAACGGAAC CGGAAGAGCC GATCCCACCC TCGAGCCCTC CTTCCTCGCC AGCCTCAAGC AAACGTGCCC CCAAGGTGGG AACGGCGCTG TCTTGAAGCA ACTCGACACG ACCGTGTCCA  AATTCGACAA CCAGTATTAC AAGGAGCTCA TTGCATTCAA AGGATTGTTG ACCACAGACG AGGCTTTGTT CACTCAGGCT AGTGACACCA AGGCCCTTGT ACAGACATAT GCCAAGGATC  AGGCCAAGTT CTTCGCAGAC TTCTCGGCCT CCATGATCAA GATGAGCCTC ATGAAACCAA CTACCAACAC GGAAGTTCGA ATCAACTGCA GGAAGCCCAA CTCACTCCTC TTGCAAGACA 
CGGAGCCATT GATTGAGCTT CGATCTGACA TTTAG 

Retrieve as FASTA  
CDS
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
ATGGTGACCG CCTCAAGAGT AGCGAGAATA TTTGCCCTTT GCGCTGTGTG CGCATTGACG CTCTCGCTGC TGGCTGCCGG TCTGGCCAGC GCTCAGTTGG TGCCCGAATA TTACGTCCAG  AGCTGCCCCA AGTTGGTCGA GACTGTTAAC AAGCACGTCG ACGCGGCGAT CAAAAGCGAT GCCCGCATGG CCGCTTCGCT TCTTCGACTG CAATTCCATG ATTGCTTTGT TCAGGGTTGT  GATGCTTCCA TTCTTCTCGA CGACGACAGT AGACTTCCGT TAGGAGAGAA AACTGCCAAT CCCAATATTA ATTCGGTCAG AGGTTACGAG GTGATCGATG TGATCAAGGC TGAGCTGGAG  AAAATCTGCC CCAGAACTGT TTCCTGTGCC GATATAGTCA CTTTAGCTTC CTCGGTCTCC ATTCAGAAGA CTGGTGGACC GCAGATGTAT TTCCCACTCG GAAGAAAGGA CAGTGTAACC  GCTAGCTTCA GCAAAGCCCT CGAGTTTCTT CCCGGAGCGA ACTTGACCGC AACACTGCTG AAAGCAGCGT TCTCCAAAGT TGGTCTCAAC GTCAAAGATC TGGTCACCCT CTCAGGCGGT  CACACTCTCG GATTCTCCAG GTGCTTGCTG TTCAGTGATC GTCTCTACAA CTACAACGGA ACCGGAAGAG CCGATCCCAC CCTCGAGCCC TCCTTCCTCG CCAGCCTCAA GCAAACGTGC  CCCCAAGGTG GGAACGGCGC TGTCTTGAAG CAACTCGACA CGACCGTGTC CAAATTCGAC AACCAGTATT ACAAGGAGCT CATTGCATTC AAAGGATTGT TGACCACAGA CGAGGCTTTG  TTCACTCAGG CTAGTGACAC CAAGGCCCTT GTACAGACAT ATGCCAAGGA TCAGGCCAAG TTCTTCGCAG ACTTCTCGGC CTCCATGATC AAGATGAGCC TCATGAAACC AACTACCAAC 
ACGGAAGTTC GAATCAACTG CAGGAAGCCC AACTCACTCC TCTTGCAAGA CACGGAGCCA TTGATTGAGC TTCGATCTGA CATTTAG 

Retrieve as FASTA  
cDNA
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
CTGCCATGGG CTGTCTGAAG TCAAGCGATG AGCATGTCCA CTGTCCAGCT CGGGCGAGCT CTGGAACAGC AGCCGCGAGG TATAAGAAGG GCCATTCTGA AGGAGTTTGT ACTCGAGCTC  GAATCGAATG AACCAGCGCC CAGTGAGTGA GCCGCTGAGT CCATCGAAGA TCGCCGGCCA GTAGCATCAA CACAGAAGGA CTTGCCATTC GGACACGATG GTGACCGCCT CAAGAGTAGC  GAGAATATTT GCCCTTTGCG CTGTGTGCGC ATTGACGCTC TCGCTGCTGG CTGCCGGTCT GGCCAGCGCT CAGTTGGTGC CCGAATATTA CGTCCAGAGC TGCCCCAAGT TGGTCGAGAC  TGTTAACAAG CACGTCGACG CGGCGATCAA AAGCGATGCC CGCATGGCCG CTTCGCTTCT TCGACTGCAA TTCCATGATT GCTTTGTTCA GGGTTGTGAT GCTTCCATTC TTCTCGACGA  CGACAGTAGA CTTCCGTTAG GAGAGAAAAC TGCCAATCCC AATATTAATT CGGTCAGAGG TTACGAGGTG ATCGATGTGA TCAAGGCTGA GCTGGAGAAA ATCTGCCCCA GAACTGTTTC  CTGTGCCGAT ATAGTCACTT TAGCTTCCTC GGTCTCCATT CAGAAGACTG GTGGACCGCA GATGTATTTC CCACTCGGAA GAAAGGACAG TGTAACCGCT AGCTTCAGCA AAGCCCTCGA  GTTTCTTCCC GGAGCGAACT TGACCGCAAC ACTGCTGAAA GCAGCGTTCT CCAAAGTTGG TCTCAACGTC AAAGATCTGG TCACCCTCTC AGGCGGTCAC ACTCTCGGAT TCTCCAGGTG  CTTGCTGTTC AGTGATCGTC TCTACAACTA CAACGGAACC GGAAGAGCCG ATCCCACCCT CGAGCCCTCC TTCCTCGCCA GCCTCAAGCA AACGTGCCCC CAAGGTGGGA ACGGCGCTGT  CTTGAAGCAA CTCGACACGA CCGTGTCCAA ATTCGACAAC CAGTATTACA AGGAGCTCAT TGCATTCAAA GGATTGTTGA CCACAGACGA GGCTTTGTTC ACTCAGGCTA GTGACACCAA  GGCCCTTGTA CAGACATATG CCAAGGATCA GGCCAAGTTC TTCGCAGACT TCTCGGCCTC CATGATCAAG ATGAGCCTCA TGAAACCAAC TACCAACACG GAAGTTCGAA TCAACTGCAG 
GAAGCCCAAC TCACTCCTCT TGCAAGACAC GGAGCCATTG ATTGAGCTTC GATCTGACAT TTAGAACCGC GGTTTGTTCC 

Retrieve as FASTA