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Entry information : MpPrx[P]116(Mapoly0032s014x / Mp5g14520)
Entry ID 7373
Creation 2017-12-05 (Christophe Dunand)
Last sequence changes 2017-12-05 (Christophe Dunand)
Sequence status theoretical translation / pseudogene
Reviewer Not yet reviewed
Last annotation changes 2021-04-04 (Christophe Dunand)
Peroxidase information: MpPrx[P]116(Mapoly0032s014x / Mp5g14520)
Name MpPrx[P]116(Mapoly0032s014x / Mp5g14520)
Class Class III peroxidase     [Orthogroup: Prx250]*
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 MpPrx[P]116
start..stop		 S start..stop
MpalPrx[P]116 303 6.46e-103 13..308 24..310
MpalPrx117 261 1.95e-86 1..312 11..318
MpalPrx113 259 8.98e-86 14..308 27..317
MpPrx113 258 2.6e-85 14..308 27..317
Literature and cross-references MpPrx[P]116(Mapoly0032s014x / Mp5g14520)
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:   BJ857598.1 [Fragment]
Protein sequence: MpPrx[P]116(Mapoly0032s014x / Mp5g14520)
Sequence Properties
first value : protein
second value (mature protein)
Length (aa):   %s   310 (325)
PWM (Da):   %s   30494.23 (35819.7)  
PI (pH):   %s   5.41 (9.73) Peptide Signal:   %s   cut: 23 range:23-347
Sequence
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IFTGFVQLMV NSLTEPFYAA NCPQGPAEVF EGVHCWVQGD RSLAPSLPRF NFHxxFRALS HASVLFDSMN GVPGEKEGKG SMRSLGAFEV IDDMKRQFEA LCPGLVACAD ILALAARDAI  VGGGAIPGVA RGRRDGVQFL ASEANTDLPP PLPDYDSVVS MLAEKGLNAR DMDLLSGEST xxxxxxxxxx xxxxxxxxxT ATDPRSHPVF AESLKKQCEP GDFSTEILMA QSKRADSWDY 
N*ISDLF*Gx xxxxxxEELK RYSAGLKVVR TMNRVGSPLN RESGNSVIKM GRAYFLTGIL TQGDIRMKIQ TL 

Retrieve as FASTA  
Remarks Pseudogene or partial sequence from genomic and 1 EST (short fragment). No prediction from Phytozome. but partial prediction in Marpolbase. Strain="E". DNA contains stop, frame shift and missing fragment.
DNA ►
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
GGACTCCACA AGCACTATGC TTAAGGCGAC ACGGTCAAGG CTGCGTGCTC CTTGACTGCT GGTACACCGC CGAACTAACA CCCCGAAGCC CATCTGTACA CAGGAACGAA CAATGTGAGC  AGCAGGAGGG AGGGAGGCAA GGAGGGAGGG AGGTCGGGAA GCAACGCGGT GAACCTCAGC AGGACCCACC CGATCTCTAA AAAGGTCGTC ACCTCTAGCA CACGACCTCC CTCGATCTGC  AGGTCTCTCG AGAAGTGTTC CATCGCAGCC TTTCACAGGG AGCTAAATTT GGAGTTTGTC ATCGGACGGT GAATCGGATT TAGAACTTAA AGAGACGAGG CGCTGTCAGG TCTGCTCACG  CTGATGATGT CCTTCCTGAA CCGATGGTGT CGGAGCATCG TAGCTACAGC CAACTCAGAG TTCGCTACAG AAAACCAAGA GGCATGCAAA GAACTCGTCC ATTCTCTCAG CATCTGGCAT  CTCCATGCGC AGTTTGGTAC ATTCTGCGAC CGAATTGTTC AAATTGCTGA TACCTTCACC TTCATCTTCT TCTCTTCAAA GTCCTTTATT CCTCTCACGT GCTCAATTGC CCAATTGCCA  CTAGTGCAAG TCACACAGTG AAATCGCAAT CTTGAGATCC TGATGTTCTT TGTGAAGGCT GGATCGAGAT CCACACGACT GCATGTCGAA TTGCTTCTCT CGCACGTTCC TTGCGAGAAA  CTAGTCTTTA CTCCGCAGCT AACCAGGCAT CTTCTGACGT TCCTCCAGTT CGAACTGAAG GAGACCTGCA CGTAGACGAT TCAGAACGGC CTGCAGTATT TCCCGTCAGT TATCTGTAAC  TGTTCCCGTC GATCGGATGG AAGCTTTGAA GAATAAGCCG AAGAATATTT ACGGGTTTCG TCCAGCTTAT GGTCAACTCT CTAACTGAGC CCTTCTATGC CGCCAACTGC CCTCAAGGCC  CCGCCGAGGT GTTCGAGGGG GTCCATTGTT GGGTGCAGGG CGACAGGTCC CTCGCCCCAT CTCTCCCAAG GTTCAACTTC CATACGCCCA TCTCGATCCT TATATCAACA TCACATCCCA  TAATGAGAAC CCGACCTTCG TTCTCGAGGT TCGATGGAGG ATGATCCAGG CTCCTTACAG GCCATACAGA TATAGATTCG GAGCGCCGAT CATGTCTTTG TGTCATGGCT CAGTTCACTT  CAGAGCACTG AGCCATGCAT CTGTTCTTTT CGACTCGATG AATGGCGTAC CTGGCGAGAA GGAGGGCAAG GGCAGCATGC GCTCTCTCGG GGCATTTGAG GTCATCGACG ACATGAAGAG  GCAGTTCGAA GCCTTGTGCC CAGGTCTCGT TGCCTGCGCC GACATTCTTG CTCTGGCTGC CCGAGACGCC ATCGTAGTGG TAAGTTGGTC TTGGTAACTC AGGAAGACTA TGTCGAACTC  GGATATCTGG TGATGACGAG ATGCAATGAG AACAAAACTT CTCGAGTCTC CTGCAATGTT GGATTGCGTG AAGAATATGT TTTCAGCTGA AATACCACTT GGACACAGAT CCATTTGTTA  CGAGCATATA CGAACTGTTC TAGTTCGATG TTGTTCTACC TTGAAGAGCC CCGGTGCGTC GTGATTGCAG ATGGGAGGAG GAGCGATCCC GGGGGTTGCT CGAGGTCGAC GCGACGGAGT  GCAGTTTTTG GCATCGGAGG CCAACACCGA CCTTCCACCT CCACTTCCCG ACTACGATAG CGTCGTCAGC ATGCTGGCCG AGAAGGGCCT CAACGCCAGG GACATGGATT TGCTGTCAGG  TGAATCCACA CGATACTTCA CTAGGCCCAC AGAGACAACT ATGACATAGA GCTTCGTATC AGAAGTGAAG TGCACATTCC TTACACAGTC TTATAAGAAT CTCTTGCCTG GATTGCATGC  TCCATTCTTC CTGCCCTTAC GGAAGTAGTG AGTGACTAGG GGCAAGACTT CCGGGAGCAT AAATATCTGA CTCCAGGAGT TGGGCAATTC AGGTTCGCAC ACAGTCGAAA AAGAAAATTG  CGCGGTCATG CAAAGTGGAC TTGACAGCCA CGGACCCGAG ATCGCACCCC GTTTTTGCTG AATCATTGAA GAAGCAGTGC GAGCCGGGAG ACTTCAGCAC AGAAATTCTG ATGGCTCAAA  GCAAGCGGGC TGATTCTTGG GACTACAACT AAATTTCCGA TTTATTCTGA GGCACGCTCT GTTCGGATCT GACGATGCGT TGAAGAGTTG AAGAGATATT CCGCTGGCCT CAAGGTCGTA  CGAACCATGA ACAGAGTAGG AAGTCCTTTG AACAGGGAGT CTGGAAACTC TGTGATCAAG ATGGGACGAG CCTACTTCCT CACTGGTATC CTCACTCAAG GCGATATCAG GATGAAAATA  CAAACTTTAG GAAGCAGTGG TCCACATCGA TCGACCGATC AGTCCTTCCT GACTCATAAT GTTATAGGTA GGTACGAATT CTGACCTCAT TTAAGAACCC ATAGAAGCAT ACATCTGTCA  GCCATATCTC TAGGGTTCCA TTACAGATTC AAACTTCAAT TGTATTTCTT TTTCTAAGGG ATTCACTAAC TTCATCATCA GGCCTCATTT ATCACACCCA CACATTATAT AATATCAACA  CACTAAAGAA GAACAGCATC TGCGAGAGAT TGTTTAGCTC CAGTTTAGTA AGCTATCTTG TTATTAGCTC TAGAGTCAAT AGCAGAGCTA TTCAACATGG CCACAGAAGT TTCAGACCTC 
CTAATTGAGA TGATTAGGCG TCCTTTTGGG CCGGTCCTAC CGTAGGCCTT CAGCATAGCC ACAGA 

Retrieve as FASTA