KEGG   Drepanopeziza brunnea: MBM_00330
Entry
MBM_00330         CDS       T03105                                 
Name
(RefSeq) peroxidase family protein
Organism
mbe  Drepanopeziza brunnea
SSDB
Motif
Pfam: An_peroxidase AATase
Other DBs
NCBI-GeneID: 18756265
NCBI-ProteinID: XP_007288219
UniProt: K1X836
Position
Unknown
AA seq 1316 aa
MANGVREPGGERERESPASAIFARITTNCFKFVLQSLRFLSRRQVEMRDQPDPWPQSATG
GCTLVRKAGPLEVLTHLLHDLGVESNVLVACEYSHGTKSLSPAQLFRILEKVITEIPELA
VILTSQPSNNKRGNHQTWEARLPFIRFHDCVEFVEDLTEDRDIALARVIESSHNRWFDTT
DTTKPWWRLLILNSRYVVFVFHHSIGDGMSGYAFHRSFLAALNADSPDTHEDAAAAEFEG
KVFQVHEPNHPPVPLAIESIDLKLSYFRIICTFLKWQIIRMLYRPKHFLFSDAVVDKTYP
TYTKRFPVEKRTRSRVETLRINKDTMSKCLTSCRKHKTSFTALFQTIVSATLAADVYPNA
KIGLSRMAVNIRPFMTSDPGLDVFTNASATYYCTHRLVKYRAAAHDNAALWKLATDYKNH
MQNSIYKTGAVLQGFLTCTLLGDDDEDVGAFSGLRLYLHNSFLISNIGVFKPKDGMEDGG
WVVTDVAFCAAALRASMGDYGMAFMIASAKNGDCIVTATWEDGVLKDEMALAFEFLNYPC
IPISICPSSCEPREAFFVFQRLAFNDAGINPAAGCFIRFETLPPPYYCNVFLDQLLKKGI
ESHPRSDCIGGLVPIADRYISITQPCWWCRHRGPGLRSLIRFLCPVSTGGGMLADGKELL
PAGPWFQTAPWMLEARWMIISYSVFLYALMWYNAELNMAELSFIDRIIIELFKGVNKFVE
WHRLPRYIGVFNLLAFRLELDHDNLYDVYPDASAQGTEASCLMKDPRFLKARNSDGKFNS
LKQPLMGCSGMRFGRNVPRDDTNKPSDEELMSPSPRLVSEQLLARTKFKPATIVNLLAAA
WIQFQVHDWFQHDVNEPRNNEVEIPLPPNDTWPSGHMKIPRSKPDKTLSKTDTSSPAYIN
VNSSWWDASQIYGSNEATTTSLRDNAPNGKLFLRKKGFVDFLPRDENDLPKTGFNTNWWL
GLELMHTLFALEHNAICDMLLAKHPDWCSDQLFDTARTINSALMAKIHTVEWTPAILNHP
TIDIALHANWWGLIGEKLNKLVGRVVKNDIIFGIPGSGVDQHNVPFSLTEEFVSVYRLHP
LIPDNVAFFSTSTGSHTKTIPIADLAFQKAQNAIDPQTSFGDAFYSFGINYPGAITHHNT
PNFLRNLKSPDGLLRDLGTLDIMRDRERGVPRYMAFRRLVHMRVPKSFLELTGQDAALAE
ELSTIYAGDLERVDLMAGMFCEPLPEGFGFSDTAFRIFILMASRRIKSDRFLAGDAWSEK
VYTKEGMEWVADQTMGSVLKRHFPELAKPLEGKDNAFRPWNKVGESGNYKGEETNA
NT seq 3951 nt   +upstreamnt  +downstreamnt
atggcgaacggggttcgagaacctggtggagagagagagagagagagtcctgcaagtgcg
atctttgcccgtatcaccacaaactgcttcaaattcgtactccagtccttgagattcctg
tctcgccgccaagtggaaatgagagatcagccagatccttggccccaaagtgctacgggg
ggttgtacgcttgtgcggaaagctggacctctggaggttttgacgcacctcctccacgat
cttggagtcgagtcaaatgtgctggtagcgtgcgagtattcccatggcaccaaaagtcta
tcaccagcccaattgtttcggattctggaaaaagtgatcacggagattcctgagctcgca
gtcattcttactagccaaccgtccaacaataaaaggggaaaccaccagacctgggaagcc
cggctcccgttcattcgctttcatgactgtgtcgaattcgtggaagaccttacagaggat
agagatatcgctcttgctcgggtcatagagagcagtcataatcgttggttcgacaccacg
gataccacgaagccatggtggaggcttctcatcctgaatagtcgatatgtagtgtttgtc
tttcatcactcgataggcgatggaatgtccgggtatgcgttccacaggagtttccttgca
gctttgaacgccgactctcccgatacacacgaggatgcagcggcagcagaatttgagggg
aaagtgttccaagtccacgaaccgaatcacccgcctgtacctcttgctattgaatccatt
gacctgaagctctcatattttcgcatcatatgcacttttctgaaatggcagatcattcgc
atgctttaccggcccaagcattttctgttttcggacgcggtagtcgacaagacgtatcca
acatatacaaagcggtttcccgtcgagaagcgcacccgttctcgagttgagactctcagg
attaacaaggatacaatgagcaagtgtctcaccagctgtcgaaaacacaagactagcttc
acggccctttttcaaaccatcgtttctgccactttggctgcagacgtttatcctaacgcc
aaaatcgggctcagcagaatggctgtcaatatccgacccttcatgacatctgatccaggc
ctcgacgttttcacaaacgcatcagcaacatattactgcacgcaccgcctggttaaatac
cgcgctgcagctcacgataacgctgctctgtggaaactagcaacggattacaaaaaccac
atgcaaaattccatctacaaaaccggggcggtcctccagggattcttgacttgcactttg
ctcggagacgatgacgaagacgttggtgctttctctggcctaaggctgtatctgcacaat
tctttcctcatctcgaatatcggggtattcaaacccaaggatgggatggaggacggaggg
tgggtcgttaccgatgtagcgttttgcgctgctgctttaagggcgtcgatgggtgattac
gggatggctttcatgattgcgagtgcaaagaatggggattgtattgttacagcgacttgg
gaagacggggtgttgaaggacgagatggctcttgctttcgaattcctgaactacccatgt
ataccaatttccatttgcccttcgagctgcgagcctagagaagcgttcttcgtctttcaa
cgtctcgctttcaacgacgccggaattaatcctgcagccggctgcttcatccgcttcgaa
actttgcctcctccttattactgcaatgtgttcctcgatcagctgctgaagaaaggcatc
gaaagccatccacggtctgactgcattggcggtcttgtcccaattgcggaccgctacatt
agcattactcagccttgctggtggtgccggcatcgtggacctggtctcagaagcctgatt
cgcttcctttgtccagtgtcaactggaggtggcatgttggctgacggcaaagagctgctt
cccgctggaccctggtttcagacagctccgtggatgctggaagcgagatggatgatcata
tcatactctgtatttctttacgcgctcatgtggtataatgcagaattaaatatggcggag
ctgtctttcattgaccggatcatcatcgagctcttcaaaggcgtcaacaagtttgtcgag
tggcataggcttccaagatacatcggcgtgttcaacctcctggccttccgccttgaactg
gaccacgataacctgtacgatgtgtatccagatgctagtgctcaaggaactgaagctagc
tgtctgatgaaggatcctcgattcttgaaggccagaaattcagatgggaagttcaattca
ctgaaacaaccgttgatggggtgttctggtatgcgattcgggaggaacgttccaagagac
gatacgaacaagccgagcgatgaggagctcatgagtccaagccccagactggtaagcgag
cagctgcttgcgagaactaaattcaagccagctactattgtcaatcttttggcagctgca
tggatccagtttcaagtccacgactggttccaacatgacgtgaatgagcctagaaacaac
gaagtggaaatccctctgccaccgaatgacacatggccatctggacacatgaaaattccc
cgttcgaagccggataagaccctttcaaagaccgatacttcatctccggcctacattaac
gtgaactcgagctggtgggatgctagccagatctacgggtccaacgaagcaactactacc
tctctccgtgacaacgcacccaatggcaagctcttcttgaggaagaaaggctttgtcgac
ttcttaccaagagatgagaacgacctaccaaagactggctttaacaccaactggtggctc
gggctggaactcatgcacactcttttcgctttagagcataacgccatctgtgacatgtta
cttgcgaaacatccagactggtgcagcgaccagttattcgacaccgcccgtaccatcaac
agtgccttgatggccaagattcacactgtggaatggactccagcgattctcaaccaccca
accatcgacatagccttgcacgcaaattggtggggtctgatcggagaaaagcttaataaa
cttgttggtcgagtcgtgaagaatgacattatatttggcatccccggctcaggagtcgat
caacataacgtcccgttctcccttaccgaagagttcgtctccgtgtatcgtctgcaccct
ctgatacccgacaacgtagcattcttctctacctcgaccggctcccacaccaaaacgatc
cctatcgccgaccttgccttccaaaaggcccaaaacgcaattgatccacaaacctccttc
ggcgacgccttctactccttcggtatcaactaccctggcgccataacgcaccacaacacc
cccaacttcctccgcaatctcaaatcccctgacggtctcctccgcgacctcggaacgctg
gatatcatgcgcgacagagagcgcggcgtgccacgctacatggccttccgccgcctcgta
cacatgcgcgttcccaaatccttcctcgagctcaccggtcaagacgctgccctcgctgaa
gagctatccacgatctacgccggcgaccttgaaagggtcgacttgatggccggcatgttc
tgcgagccgctgcccgagggatttgggttcagcgatacggcgtttcggatcttcatcttg
atggccagtaggcggatcaagagcgataggttcctggcgggggatgcgtggagcgagaag
gtgtatacgaaggaagggatggagtgggttgctgaccagaccatggggagcgtattgaag
aggcacttcccggagttggcaaagccgttggaggggaaggataatgcgtttaggccatgg
aataaggtgggagagagcggcaattacaagggcgaggagacgaatgcgtga

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (36)   
   RefGene (33)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (42)   

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