KEGG   Lingula anatina: 106166043
Entry
106166043         CDS       T04921                                 
Name
(RefSeq) histone-lysine N-methyltransferase 2E isoform X1
  KO
K09189  [histone H3]-lysine4 N-trimethyltransferase MLL5 [EC:2.1.1.354]
Organism
lak  Lingula anatina
Pathway
lak00310  Lysine degradation
lak01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:lak00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    106166043
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:lak03036]
    106166043
Enzymes [BR:lak01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.354  [histone H3]-lysine4 N-trimethyltransferase
     106166043
Chromosome and associated proteins [BR:lak03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     106166043
SSDB
Motif
Pfam: PHD_5 SET PHD PHF5
Other DBs
NCBI-GeneID: 106166043
NCBI-ProteinID: XP_013399896
UniProt: A0A1S3IPQ6
Position
Unknown
AA seq 1893 aa
MPAIANSSDMSILLQVAAIEKSNLERIAAGTDPDVLDPSNVPDSCQPSSQTYSGCFGLPY
QDHNYGAPPPPTPPQSPPLQSPISPGVPRVNGHVDHGVDDTTVVDHITEVIESVVNEVHS
SNSSLSSSSSGGNVGAGGAGTGEVQVVEEEDWSYSVTRCICNMDHDDGYMICCDQCSVWQ
HIDCVMLDRTNIPETYYCETCRPREVDRERAIRIQTRKKADMSDTSSDSDNETSYIAKAS
SPTSITLTPTKKNKKETHVISDNNNKGDKKKIKEKKNKNKRTVKAEYEDGNSNSSVSDKQ
KKKNSNFREGERKSTRMKLPKKAPGPVLEDENAQDPWDCSLSPWTDSFEEAKTNQYCAEI
QDVVAERYNGLHNGPLEESAPFKQLLGQLYTVAQVAHNRKGLKSSQDIAANKAIMEFRGI
FMLRQQFDKDDTFFKRLYPFVLFYPKFEGLDICVDAGACGNDARFVRRSCHPNTEVRHLV
ENGKLHLFLYSVTHIAKGAEITIPFDYNYQDCDYAVECACCLDSHHCQVLESRKVKNKVS
AGKKNKRNNSSKEESGGGSGDDHSCVDVVSAPEKKHKGTSDSRNGETHMDEDHPDSTDDV
NGDSNAGEGPTEDSRAAAAAEAERQKNMSREERKMDAIMKAFEKLAKREERRKEALERLA
LKKQKQETEKKEEKSEKSEEDQPKEKPKPPQKKKGKRGSATPARRRSRNISGNSHYSDSV
LSPDEGSNLSMPGTGVAPPQDGPQLTPAERAFRFPKTKKHLMNEWLNEKSQDLQRPLSVK
TEPLEVTTETADFVMCVPSPHSMSLNHLRRGSFSSSQGKSNLEASLGSAKKRWLRQAMFE
SNNSISSEGGSPVHEGTSPNPHANIPSPGSSPQPVDFVTPLKKRRLARESISSESGILPP
TPSTPSTEPIHIGAGTVETVPSQPTAVTAGLDSKDTPAAVSVERVKPSATVNFATPEVEA
KTRNGFRTQFSPMTPVTPSDNLFEKFSRLSDEGQGGDLRHQESTESELSESILNRRKSAL
DLEFDSEKISGNKLDTEGDSEMASNTGPGANPGCSSENSEQNENAMYERHKEDVEITSRT
SVDSKRPDDVLNDNRVEEFSDSDTAMQTDQASSSELITAGLSSSSSSSLSSSYLSRKPEP
MEVVTEAASSNTTNQRLPEMDSRLLQDQEGNRAGTASIDCERECLPEGAEQQEAESSQVP
PVECSDSVQERLDDSMEVDSSSRTVDIGENSMDEEKSVSSSNVAESSYRAGGEQIDTSSS
SSGVVDRSREDNVAIISTTSSTDKCTSAQGMSAADVSSSITEAVDSEYTRFRSDSVSSSG
DQCSKESVSSTFSPKKRFCQLASMESSVSEGVGSSALNEAQPSLLPATVEATSNSVQEPM
TGGQVPTESGAFSVESSVSSSTLNTMALQQQQQLSSHFGAVGTSVVPGMSVGVATVSATV
TPAMGTPGEVSSTSGLNPTAGSPPTAPPPPSKKKVSLLEYRKRRKDKGIDSASNSASSTP
TKTPTTPGFPSTSPRLTGPVSSLPSLPLFDSGIPAREGERPNIGNLEEKLKAVLAANRKN
DSDVRWKPPSAAATSSSSSTITAPFPPEPKPPQKQLSLTERLRMEFGLDDEEEEEKQHWT
AEHHRSPRRHSDTPPPPPPPDHPPPPPPGKPADDPGSSQMRFLPSQGRPCGAPPPQMVPP
PPAAVGHPIPSLIPGMPPNVAYATQPAPFTQQGGIAKGPPHYPPPPSRGVPVQTLMPGTP
KGYSTGGPELQHTPAFSTGVQQQQQQQQQQQKQQQPPYAFTQQQQSSQSVAYPQSVATFP
TQPPQRSRTPPSAGSTVGGGGTPQQGPLLPLPQQQSAQQQQQQQQQSGYSRDQPRPIPSL
LSLNTAPAPSLLNTPPPSSNFKSRFGSGKKKRF
NT seq 5682 nt   +upstreamnt  +downstreamnt
atgcctgccattgcaaatagcagcgacatgagcattctgcttcaggtggctgccatagaa
aagtccaacttagagcgcatagccgcaggcactgatcctgatgtgctagacccctctaat
gttcctgacagttgccaaccttcatctcagacttactcagggtgttttggactgccttat
caagatcacaactatggagcccctcccccaccaaccccgccgcagtcccctcctctgcag
tccccaatctccccgggggtgcccagggtcaacggccacgtggaccacggagtggacgac
accacagtggtagaccatatcactgaggtgatagagagcgtggtcaacgaggtccacagc
agtaacagcagcctgagcagcagcagcagtggtggcaatgttggtgcagggggagctggg
acgggagaggtccaggtggtggaagaggaggactggtcatatagtgtcacccgctgtata
tgtaacatggaccatgatgatggatacatgatctgttgtgaccagtgcagtgtctggcag
catattgactgtgtcatgttggacaggacgaacatcccagagacgtactactgtgaaacc
tgcaggcccagggaggtggacagggagagggctattaggatacagaccaggaaaaaagct
gacatgtcagataccagctcagatagtgataatgaaacttcatacatagccaaggccagt
tctcccacttccattacccttaccccaaccaagaaaaataagaaggaaacacatgtaatc
agtgacaataataacaaaggagataagaaaaaaataaaggaaaagaagaacaaaaacaaa
agaactgttaaggcagaatatgaagatggcaacagcaatagtagtgtatctgacaaacag
aagaagaaaaattcaaatttccgagaaggcgagaggaaatctactcgaatgaagcttcca
aagaaggcccctgggccagtgctagaagatgaaaatgcccaggatccctgggactgttct
ctgagcccatggacagacagttttgaagaggcaaaaacaaaccagtattgtgcagaaata
caagatgtggttgcagagagatataatggtttacataatggtcctttggaggaatctgcc
ccttttaagcagctgctgggtcagctgtacactgtggcccaggtggcacacaacagaaag
ggtttgaaatcttcccaggacatagcagcaaataaagccattatggaattccgaggcatc
ttcatgttaaggcagcaatttgataaagacgataccttctttaaaaggttatacccgttt
gtgttgttctaccctaaatttgaaggattggacatttgtgtggacgcaggtgcttgtggg
aatgatgcccgcttcgtgcggaggtcgtgccaccccaatacagaagtgcgccacctggtg
gagaatggaaagcttcatcttttcctttactctgtgacgcacattgccaaaggcgcagaa
atcacaattccctttgattacaattaccaagactgtgattatgctgttgagtgtgcttgc
tgcctggactcccatcattgtcaagttctggaaagcaggaaagtgaagaacaaagtcagt
gctggaaagaagaataagaggaacaactcgtccaaggaagagtccggtggtgggtcagga
gatgaccacagttgtgtagatgtagtctcggcaccagagaagaaacacaaggggacatct
gatagcagaaatggggagacgcacatggatgaggatcacccggactccacagacgatgtc
aatggggacagcaatgcgggtgaggggcctacagaagactctcgtgctgcagccgctgct
gaggctgaaagacagaaaaacatgtctcgagaggaaagaaagatggatgccatcatgaag
gcttttgagaagctagcaaagcgagaagaaaggcgaaaagaagccttggagagacttgcc
ttaaagaagcagaagcaagagacagaaaaaaaagaggaaaagagtgaaaaaagtgaagag
gaccagccaaaagaaaagcccaagcctcctcaaaagaaaaagggtaaacgtggcagtgcc
acaccagcacggcggcggagtcgtaacatcagcgggaactctcactactcggactccgta
ctgtctcctgatgaaggcagtaatctcagtatgccagggacaggggtggcgccaccacaa
gacgggccacagttgacaccagccgaaagagccttccgctttccaaagaccaaaaaacat
ttgatgaatgagtggttgaacgagaagagccaggacctccagaggccgctcagtgtcaag
acggagcctctggaggtgaccacggagactgccgactttgtcatgtgtgtgcccagcccc
cattccatgtccctgaaccacctacgcagagggagcttctcctccagccaagggaaatcc
aacctggaagccagcctgggctcggccaagaagcgttggcttcggcaggccatgtttgag
agtaacaacagcatcagcagtgagggcggctcccccgtgcatgaagggaccagccccaat
cctcatgccaatattccaagtccaggctcttctccacaaccagtggattttgtgacacca
ttaaagaagcgccgcctggccagggagtccatttcctccgagagtggcatcttgccccca
actccgtccaccccctccactgagcctatccacataggagcaggaacagtcgagactgta
ccatcacaacccactgcagtgacagcagggttagacagcaaagacactcctgcagcggtc
tcggttgaaagagtaaagccctcagcgaccgttaattttgctactcccgaagtagaggct
aaaaccaggaatgggttcaggacgcagttttcacccatgacaccagtgacacctagtgat
aatttgtttgaaaagtttagcaggctgtcagatgaaggtcaaggtggagacctcaggcac
caggagtccacggagagcgaactttcagaatccatattaaaccggcggaaatctgcgtta
gacctggagttcgacagtgaaaagatcagtgggaacaaattggacactgaaggtgacagt
gaaatggccagtaacacaggccctggggcaaaccctggctgttccagtgaaaatagtgaa
cagaatgaaaatgccatgtatgagagacataaagaggatgtggagattacctcaaggact
tcagttgattctaaaagacctgatgatgtacttaatgataacagagtggaggaattcagt
gatagtgacactgccatgcagacagatcaggctagtagctctgagcttatcactgcagga
ttatcatcatcatcgtcgtcatcgttatcgtcatcatatttgagtagaaaaccagagcca
atggaagtggtaacagaggctgcctcttcgaatactacaaatcaaagactgcctgaaatg
gacagccgtctgttacaggaccaggaagggaatagagcaggaaccgcatccatagactgt
gaaagggagtgtctacctgagggggcagagcagcaggaggcggagagttcacaggtgccc
ccggtggaatgttcagattccgtacaagagaggctggacgacagcatggaggtggactcc
agctcgcggacagtggacattggggagaacagcatggatgaggaaaagagtgtgagctcc
agtaacgtggccgagtccagttacagggctggcggtgaacagatagacacttcctcctcc
tcctcaggcgtggttgaccggagccgggaggacaacgtggccataatcagcacaacatcc
agcacagataagtgcaccagtgcccagggaatgagcgctgcagatgtcagctcgagcatc
acggaggcggtggacagcgagtacaccaggttcaggtcggactctgtgtccagttctggt
gaccagtgcagcaaagagtcggtcagttcaacgttctcccccaagaaacgtttctgccag
ttggccagcatggagtccagtgtgtctgagggagtggggagcagtgcattgaatgaggcg
cagccttccctgctgcctgccacagtggaggccacatccaattcagtacaggagccgatg
acaggcgggcaagtgccaacggaaagtggtgcattttctgtggagtcgtctgtgtccagt
tccaccctaaatacaatggcattacagcagcaacagcagctgtcttcacattttggtgct
gtgggcacgtcagtggtgccagggatgtcagtgggtgtggccacagtgtcagcaacagtg
accccagctatggggactccaggggaagtgagctccacaagtgggttgaatcccacagca
gggtcaccacccacggcaccgccaccaccatccaagaaaaaggtgtctctgttggagtac
agaaagcggcggaaggacaagggcattgactcagctagcaacagtgccagttccacccca
accaagacccccaccaccccggggttcccctccacgtcccccaggctgacggggcccgtc
tcctcactcccctccctgcctttatttgacagtggcattccagcaagagagggggagaga
ccaaatataggaaatttggaagaaaagttgaaagctgttttggcagcaaacagaaaaaat
gacagtgatgtccgatggaaaccaccatcagcagcagccacctcctcctcgtcgtcgaca
ataacagcaccatttccaccagagccaaaaccaccacagaaacagctaagcttgacagag
agactgaggatggagtttgggttggacgatgaagaggaagaggaaaaacagcattggaca
gcagagcaccaccgcagtccaaggcggcattcagacacccctcctcccccaccccctcct
gaccatccccctccaccacccccagggaaacctgcagatgatcccggctccagccagatg
cgattcctaccttcccagggtcggccatgtggtgccccaccccctcagatggtgcctcca
ccccctgcagctgtgggccaccctataccatctctgataccagggatgccaccaaatgta
gcctatgctacacagccagcacctttcactcaacaaggagggatagcaaagggtcctccc
cactacccccctccccccagtagaggggtgccagtacagaccctgatgccagggacaccc
aaggggtacagtacaggtggaccagagttacagcacactcctgccttctccacaggagtt
caacagcagcagcagcaacaacaacaacaacagaaacagcagcaaccaccttatgcattt
acacagcagcagcagagcagtcagagtgtggcgtacccacagtctgtagcgactttccct
acgcagcccccccagaggagccgcacgcccccgtctgctggcagcacagttggaggtggg
gggacgccacaacaggggcctctgttacctcttccacaacagcagtcagctcagcaacaa
caacaacaacagcagcaatctgggtacagcagagaccaacccagacccataccatcactg
ctctctctgaacactgcccctgcaccaagcttattgaatacgcctccacccagttcaaac
tttaagagtcgatttggttctggaaagaagaaaagattttga

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (140)   
   KEGG ORTHOLOGY (1)   
   RefGene (136)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (6)   
   UniProt (1)   
   RefSeq(pep) (5)   
DNA sequence (5)   
   RefSeq(nuc) (5)   
Protein domain (4)   
   Pfam (4)   
All databases (171)   

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