Entry information : GmorcMnP[P]06
Entry ID 16044
Creation 2019-12-19 (Christophe Dunand)
Last sequence changes 2019-12-19 (Christophe Dunand)
Sequence status theoretical translation / pseudogene
Reviewer Not yet reviewed
Last annotation changes 2019-12-20 (Christophe Dunand)
Peroxidase information: GmorcMnP[P]06
Name GmorcMnP[P]06
Class Manganese peroxidase     [Orthogroup: MnP002]*
Taxonomy Fungi/Metazoa; Fungi; Basidiomycota; Basidiomycota
Organism Gautieria morchelliformis    [TaxId: 112417 ]
Cellular localisation N/D
Tissue type N/D
Inducer N/D
Repressor N/D
Best BLASTp hits
Perox score E-value GmorcMnP[P]06
start..stop
S start..stop
GmorcMnP32 342 7e-119 1..223 1..268
GmorcMnP[P]07 322 2e-112 1..223 1..246
GmorcMnP26 319 6e-110 1..223 1..267
GmorcMnP29 319 9e-110 1..223 1..267
Literature and cross-references GmorcMnP[P]06
Protein sequence: GmorcMnP[P]06
Sequence Properties
first value : protein
second value (mature protein)
Length (aa):   %s   228 (210)
PWM (Da):   %s   24130.94 (22052.9)  
PI (pH):   %s   5.55 (4.97) Peptide Signal:   %s   cut: 19 range:19-228
Sequence 0
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Send to Peroxiscan
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MAFKSFVAFL CIALAAHATT TGRVKCPDGN CEDAIAFSPA LEYQGLPAGG LNFHANLGIS DSVELLTPFL HNHTQVSAGD LIQFAAAVAI GNCPGAPKLE FMARRPNATA PAPDGLIPEP 
QDSVDKIFAR TKDGGNFSPD EVVVLLASHS IARADHVDPS IKAVPFDSTP FTFNTQAFLE VLLKGTGFPG SPNNTGQFTS GKPNSMRISD DGCWTGRVRW RGDTGDSW* 

Retrieve as FASTA  
Remarks Probably pseudogene; shorter sequence and missing fragment. fgenesh1_pm.222_#_5
DNA
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ATGGCCTTCA AGTCTTTCGT TGCTTTCCTC TGCATTGCCC TTGCTGCTCA CGCCACGACC ACTGGCCGTG TCAAGTGTCC AGATGGCAAT GTAGCTTCCC ATTCTGCTTG CTGCCCGTTT  TTCACCCTTC GCAATGACCT GCAAAATAAC ACGTAAGGTG TTGCTTCTGG GTTGCACAGC TCAGTTAGCT GATCAATTAT TTAGTTTTTC ATACCAGTGC GGTGAGGACA CTCATGAGAC  AGTTCATCTC AGTTTCCGTT ATTAGACCAT TTCCAGATGA CGGTGGTGTA CATTTACTTA CTCTAGCATT CTTCTCTTTC AGAAGATGCC ATTGCATTCT CGCCAGCCCT AGAATATCAG  GGGCTTCCAG CTGGTGGAGT TGCCGACGGT TCTATGCTTA CTTTCCCCAA CTCAAGCTGA ATTTCCACGC AAACCTCGGG ATTTCTGACA GCGTTGAACT ACTTACCCCC TTCCTCCACA  ACCACACCCA GGTCTCTGCA GGTGACCTCA TTCAATTCGC TGCTGCCGTT GCTATTGGCA ACTGTCCTGG TGCTCCCAAG TTGGAATTCA TGGCCAGGCG TCCGAATGCC ACAGCCCCTG  CCCCTGATGG TCTAATCCCT GAACCCCAGG ACTCAGTCGA TAAGATCTTT GCCCGTACAA AGGATGGTGG AAACTTCTCA CCTGATGAAG TGGTCGTCTT GCTAGCATCC CACTCCATTG  CGAGAGCAGA TCACGTTGAC CCCTCAATCA AGGCTGTTCC CTTTGACTCG ACGCCTTTCA CCTTCAACAC TCAAGCTTTC CTCGAGGTTT TGCTGAAGGG TACTGGATTC CCCGGAAGTC  CAAACAACAC TGGTCAGTTT ACATCAGGAA AACCGAACAG CATGTATATA CCGTACATAC GATATATATG TCTGAGACCA CGGCTACATG AGCCCCGGTC TGAGACACTG CAGACCCCCC  CTATTGTATG TACAGTATAA CTGATCTGGG ATTGCTATAT TGTACATACT GTATATACCG TATATACCAT ACATAGATGC CAAACCTTGT AAATTATTAC TACAGTGTAC ATAGTGTATA  TATTGTATAG ACAGCATACT ACGGAGTAGG AATCTTAATA ATAATATCAC TTTAAATAAT TCAAGTGAAC ATTTGACCAA GATATTGTTA TTATTGCTAG CACTAGTAGT ACTAGCAGTA  TCGGATTACC CTACTGGCTT ATACTACCAA ATGATTAATT CAAGCTCATG TACTAGTAGA GCTAGTAGCT GTCGTATGCA CAGCCACCAT GGTGTGCGCG AAGTCTTCCA AACTTTCTTC  ATCATCAAAG GAAACATAGT TGTCATATGG ACTTACCGAC CCTTATCCCA CAAACGTTCT GCAATGCGAT GCAGTCATCC AGATGACTCG ATGAGAACAC ACGAAGGGAC TCCATATATG  TGGTGTAATG CGATCCATAC GCCTTCACTT CAAGTGTTGG TGACTTGCCA CAATTGGAAG GATCCAGGGT AGCAACTTCT ACGTCGAGTG AATAATGTAT CTATCGCAGT TCAACTTCAG  TCACAAAATA TAGATAAAAT AAACAACTTA CTGCCACACA GGCAAAACCA ATGACCGGAA GGGGTACAGG ACAGAACGAA CGAGGTGAAG CAGCAGCAAG CAATGTTGTT CCAGTGAACC  CGATGTGGAG GACGGCCATC TCTAAAGAGG GGTGATTGAA CCGACCAGTC CTGGCCGGTT TCTAGGAAAG TAATATTGAG CAGATAACAT AGCGTGAAGA TGGAGGCTTA CCCCCATTTG  CCCTGTTACT ATCTCACCCT CTGCGCAGAA TCCAACCTGT CCGTAGAGAA AATTGCCGTT CTTTGCCAGG TTCGCAGCGA TGGTCTTCCT GAGCTGTAGG CTTGCATATT GTTCAAGGTG  AAATGAAGGG ATGATTTGGA GGCCAATCTT TCGCACATGT GCACTGTGCC CGCCCATTTC TGATAAACTG CATGTGAGAT GACAAAAATC AGTAGATAAC AAGTAAGAGA TAAGACATTG  ACTTACATAT TGCCGAACAT GCTCATTAGC TGGTATAATC GTCAAGGTGT TGCAGATCTC CTGTGCGCAG GACCATGCGT CTGGCTGTCC ATTGTGTTGT GATACCAGCT ACCTCCGGAA  ACATGTGCTC GAGGACTAGG TTGGACTTGA ACATCACGTT GCCTGCTACA AGTTGACTCC TCATGGGGGG AGGGGCTGAA CTCAACGTTT TGCCATCCCA TGTAATGTTT TCATCAGGAG 
AATCAGTGAT GATGGGTGCT GGACTGGCAG GGTAAGATGG AGGGGTGATA CTGGAGATAG CTGGTGA 

Retrieve as FASTA  
cDNA
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ATGGCCTTCA AGTCTTTCGT TGCTTTCCTC TGCATTGCCC TTGCTGCTCA CGCCACGACC ACTGGCCGTG TCAAGTGTCC AGATGGCAAT TGCGAAGATG CCATTGCATT CTCGCCAGCC  CTAGAATATC AGGGGCTTCC AGCTGGTGGA CTGAATTTCC ACGCAAACCT CGGGATTTCT GACAGCGTTG AACTACTTAC CCCCTTCCTC CACAACCACA CCCAGGTCTC TGCAGGTGAC  CTCATTCAAT TCGCTGCTGC CGTTGCTATT GGCAACTGTC CTGGTGCTCC CAAGTTGGAA TTCATGGCCA GGCGTCCGAA TGCCACAGCC CCTGCCCCTG ATGGTCTAAT CCCTGAACCC  CAGGACTCAG TCGATAAGAT CTTTGCCCGT ACAAAGGATG GTGGAAACTT CTCACCTGAT GAAGTGGTCG TCTTGCTAGC ATCCCACTCC ATTGCGAGAG CAGATCACGT TGACCCCTCA  ATCAAGGCTG TTCCCTTTGA CTCGACGCCT TTCACCTTCA ACACTCAAGC TTTCCTCGAG GTTTTGCTGA AGGGTACTGG ATTCCCCGGA AGTCCAAACA ACACTGGTCA GTTTACATCA 
GGAAAACCGA ACAGCATGAG AATCAGTGAT GATGGGTGCT GGACTGGCAG GGTAAGATGG AGGGGTGATA CTGGAGATAG CTGGTGA 

Retrieve as FASTA