KEGG T01050: Bm1

Brugia malayi (filaria): Bm1_35965

Entry

Bm1_35965 CDS T01050

Definition

SET domain containing protein

Orthology

K11423

histone-lysine N-methyltransferase SETD2 [EC:2.1.1.43]

Organism

bmy Brugia malayi (filaria)

Pathway

bmy00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:bmy00310]

SSDB

Motif

Pfam:

SET SRI WW

Other DBs

NCBI-GI:

170587756

NCBI-GeneID:

6102080

UniProt:

A8PW19

AA seq 1449 aa
MSIKLMKQRWLVKEVDDKKDSTEIVDMDVDEKDEYEIISEMEKPSNFLTQRDVENEEPEA
IGISMHTQGNVASLEVKRPSRWDVGAPFCIQLNDALAPNTSDTIMDKCTTSLDEAFNGYN
KTTGENERKEMLTNETTAXKTSSTIMEKYTESNEISIATEHGYHQDSSLVDLSLDKIALP
CDPCDIALPPEPSELYGNISCALLPRITDDKLASEATLDKGKVIIKWKFTKTPKELSTGH
VXIWEPEVETRELPKLCPEEESRSQRCXEASLNSRTVAERLDSYGGESLLHTKSLLQXSA
DVEGAALSPCSSKPKSNVQLQDNTTLSSEQDQSNYAXHEMXILENQCVQMTALQKASEEQ
STSNKDLGSIYDNVSEIVLSSSKLHYDHNLNTDSRTLCGNETERTAETSVQKPVTSWFAK
HFPQEPHLKETKLPSESLSFLQQQWIMNVSKIETSGEGEKESSISSVSSATSVSMYSFDS
TPKTLPSSDLGILRTTEGRKQISETAGTVNVPADSTGSSNNESLLPEPALDLNEDEGELD
PSTLEISPMMLKSAGEPVQYEYLDENIILCDESLIKEAKVVRCFCEPTSVEIAEGRGCSS
GCINRELYTECGSRCPSGAGCANRRFHNKQYAKVEVFNAGIKGWGLRAAEPLEPGRFIIE
YVGEVIDAEEMIRRGRRYGKDPKHVHHYLMALKNGAVIDATAKGNVSRFINHSCDPNCES
QKWTVNRQLRVGFFVIKPIALGEEIVFDYQLERYGRKAQRCFCGAANCRGRIGDDSESEE
EDKISDEAEVEGSGTDDEVLLTKRKLKSEKKEKSLRTAKKRKRQPSAQRCNKAIVNALSR
GPPRNRTQVRDLVRLMVQVEQAPQRSSLIQCVRFAHPDVLRLFIQESGLRLLYVFLATDY
PIDDEQSVLQLQIKSLDLLNVMPIVNKNQVIDSHLASTVEKITSKRGPVDEIVEDIVRKL
EDAVCCDIPSTSKHSLLKDPDPIIERLHYEMVTKAAKLMEKWRNLREEYRIPRRERTDPV
PTQHDISRYVRKTDEDERNKRVIVDKKDDGSTLWRLSGFGPPSKKRCFDRRRLPKTDLPI
FVKDLTHLENEDFKQSPITVTDSLRINEDDEGENKPKKRRSRFDIVGERNPSSMYELYAA
DCDFYAPPPPKLLPEALFAAGLPDSVNFTYNEHSFPEFFDWNTVYAKYDPSSAAYQQFIN
YYQQQQYPMMGLLPCPLTPQNTTEITNILEAPSPPPPKRPKTPEERPNMLIIGPIDAENP
TDEDIEMLEKHLVTLKAKRAEIRKRLQEAQRKIAQESNEMSDVPPPPPPSQTKQSLWIQA
TTEEGAVYYYNKETRESVWTLPDESEGGNASADTTTIDTRATFKAEIVKYVGGMLEPIRK
LKFASADDYKYVLRKLTHTILEKELKRVGETELKVTESVRDKARKFVAEYLARLGDGQYS
RKNKVHNSY

NT seq 4350 nt +upstreamnt +downstreamnt
atgagtatcaaattaatgaaacaacgttggctagtgaaagaagtggatgacaaaaaagat
tcaactgaaatagtcgatatggatgtcgatgaaaaggacgagtatgaaattatttctgag
atggaaaaaccctcaaattttctcacgcaaagagatgtggagaatgaagagccggaggcg
attggaatcagtatgcatactcagggaaatgtcgcgagtttagaggtgaagaggccttcg
agatgggatgtcggagcaccattctgtattcagttaaatgatgctttggcgccaaataca
agtgacaccattatggacaaatgtactactagtttggatgaggcgttcaatggatataat
aaaaccactggtgaaaatgaaagaaaagagatgttaacaaatgagackactgcattmaaa
acttccagtacgataatggagaartatactgagagtaatgagatatccattgcaacggaa
catggatatcaccaagatagtagccttgttgatttgtcgctggacaaaatagcgcttcca
tgtgatccttgtgatatagctttgccgcctgaaccatctgaactttatggtaatattagt
tgtgcacttctacctcgcattacggatgataagcttgcttccgaagcaacattggacaag
gggaaagtaataattaaatggaagttcacaaaaacaccaaaagaactttctactggrcat
gtgaraatttgggaaccggaggttgaaacacgtgaattaccgaaattatgtcctgaagaa
gagtcaagatcacagagatgtrtagaagcttcattgaattcaagaactgttgctgaacgt
ttagattcttatggaggcgaaagtttgttrcacaccaaatctttacttcaayattccgca
gatgttgaaggagcagctctttcaccgtgctcatcaaagccgaagtcaaatgttcaatta
caagataacactactttgtcatctgaacaggaccaatcaaattatgcaawgcatgaaatg
raaattttggaaaatcaatgtgtacagatgacggcactgcaraaagcaagtgaagagcaa
tcaacgtcaaataaagatttaggatcgatctacgataatgtttcagaaattgtattgtcc
tcttcaaagcttcattacgatcacaatttgaacacggattcgagaactctgtgtggtaat
gaaactgagagaactgcagaaaccagcgtacaaaaaccagtcacatcgtggtttgcgaag
cattttccgcaggaacctcacttaaaagaaacgaaattaccatcagaatcgttatctttt
cttcaacagcaatggataatgaatgtttctaaaattgaaacaagtggagaaggtgaaaaa
gaatcttcaatatcctctgtttcatcagcaacatcagtttccatgtattccttcgattct
acccccaaaacacttccttcatcagatcttggcattttacgaactactgaaggacggaaa
cagatatcagaaaccgctggtactgtaaatgtacctgctgattcaactggttcgtcaaat
aatgaatctttgttaccggaacctgcgttagatcttaatgaggatgaaggagaacttgat
ccatcaacgctagaaatttcccctatgatgttaaagtcagccggtgaacctgtgcagtat
gaatatttggatgaaaatattatattgtgtgatgaaagtttaattaaagaggcgaaggtt
gtgcgttgtttttgtgaaccgacgtcggttgaaatagcagaaggtcgtggttgcagttcc
ggttgcattaatcgagagctctataccgaatgtgggtcacgatgtccaagtggggcggga
tgcgccaataggcggtttcataataaacaatatgcgaaagtggaagtattcaatgcaggt
ataaaaggttggggattgagagctgcagaaccacttgagcctggacgttttatcattgaa
tatgttggtgaggttattgatgctgaggaaatgatacgtcgtggaagaaggtatggtaaa
gacccaaaacatgtrcatcactatcttatggcgctaaagaayggtgctgtgatagatgca
actgcgaaagggaatgtttcacgattcataaatcattcttgtgatcccaattgtgaaagt
cagaagtggacagttaaccgtcagttgagagttggtttcttcgtgatcaagccaattgcg
ttgggagaggaaatcgttttcgactatcaacttgagcgttacgggcgaaaagcacaacga
tgcttctgtggtgctgcaaattgtcgaggccgaataggtgatgatagtgaaagcgaagaa
gaagacaaaatcagtgatgaagccgaagttgagggaagtggaacggatgatgaagtttta
ttgacgaagcgcaaattaaaatcagaaaaaaaggaaaaaagtttgcgcactgcgaaaaag
cgaaagagacaaccatcagctcagcgttgcaataaggcaatagtgaatgctttgtcacga
ggaccccctcgaaatcgcactcaagttcgtgatctcgttagattaatggtacaagtagaa
caagcaccacagcgttcctccctaatacagtgtgtccgatttgcacatcctgatgtacta
cggctattcattcaagaaagtggtctgaggcttttatacgttttcttagctaccgattac
ccgattgatgatgagcagtctgttcttcagttgcaaatcaaatcacttgatctgttgaac
gttatgcctattgtgaataagaatcaagtgatagatagtcatctagcttcaactgtggaa
aaaattactagtaaaagaggtccagtagatgaaattgtggaagatatcgtaaggaaatta
gaagatgcggtgtgttgtgatataccttcaacttcaaaacattcgcttttaaaagatcca
gatcctataatagaacgtttacactacgaaatggttacaaaagctgcgaaactgatggaa
aagtggagaaatttgcgtgaggaatatcgaatcccacgtcgggaacgcactgatcctgtt
ccaactcaacatgatattagtcgttatgtacggaagactgatgaggatgaaaggaacaaa
cgagttatagtagataagaaggatgatggcagtacactgtggagattaagtggatttgga
ccaccctccaaaaagcgctgcttcgaccgacgtcgcctccccaaaaccgatttgccaatt
ttcgtcaaagatttgacgcatctcgaaaatgaagatttcaagcaatcaccgataactgta
actgattcactacgcattaatgaagatgatgaaggagaaaacaaaccaaagaaacgtcgt
tcgcggtttgatatcgttggtgaaagaaatccgagttcaatgtatgaattgtatgctgca
gattgtgatttctacgctcctccaccaccaaagcttcttccggaagcattatttgctgcc
ggtttaccagattcagtaaatttcacatacaatgagcattcgtttccggaatttttcgat
tggaacaccgtatatgcaaaatatgatccatcatccgctgcctaccaacagtttattaac
tattatcagcagcaacagtatcctatgatgggattactaccatgtccactaactccgcag
aataccacagaaataacaaatatcttagaagcaccttctccgccaccgcctaaacgaccc
aaaactccagaagaaaggccaaatatgcttataattggtccaatcgatgcagaaaatccg
acagacgaagatattgaaatgctcgagaaacatttggtaacgctcaaggcaaaacgagca
gaaatcagaaaacgtttgcaagaggcacaaaggaagattgcacaagaatcaaatgaaatg
agtgatgtgccgccgcctcctccaccttcacaaactaagcagtcgttgtggatacargct
acaacagaggaaggagctgtttattattacaataaagaaaccagggaatccgtttggact
ttgcccgatgaatctgaaggtggaaatgcctcagctgacactacgactattgatacgcgt
gcaacattcaaagctgagatagtgaagtatgttggtggcatgttggaaccaattcgaaag
ctgaagtttgcatctgctgatgattataaatatgttttacggaaactgacacacacgata
ttggagaaagaattgaaacgggtcggtgagacggagcttaaagtcacagaatcagtgcga
gataaggcgcggaagtttgtagctgaatatttggcgaggcttggagatggccagtactcg
cgaaaaaataaagttcacaattcctactga

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (22)   

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