KEGG   Enhydra lutris kenyoni (northern sea otter): 111144613
Entry
111144613         CDS       T05871                                 
Name
(RefSeq) histone-lysine N-methyltransferase NSD3 isoform X1
  KO
K11425  [histone H3]-lysine4 N-dimethyltransferase / [histone H3]-lysine27 N-dimethyltransferase [EC:2.1.1.370 2.1.1.371]
Organism
elk  Enhydra lutris kenyoni (northern sea otter)
Pathway
elk00310  Lysine degradation
elk01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:elk00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    111144613
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:elk03036]
    111144613
Enzymes [BR:elk01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.370  [histone H3]-lysine4 N-dimethyltransferase
     111144613
    2.1.1.371  [histone H3]-lysine27 N-dimethyltransferase
     111144613
Chromosome and associated proteins [BR:elk03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     111144613
SSDB
Motif
Pfam: PWWP C5HCH SET AWS PHD MUM1-like_PWWP zf-HC5HC2H zf-HC5HC2H_2 ADDz_Dnmt3b
Other DBs
NCBI-GeneID: 111144613
NCBI-ProteinID: XP_022354705
UniProt: A0A2Y9JA71
Position
Unknown
AA seq 1437 aa
MDFSFSFMQGIMGNTIQQPPQLIDSANIRQEDAFDNNSDIVEDGGQTPYEATLQQGFQYP
PTTEDLPPLTNGYPPSISMYETQTKYQSYNQYPNGSANGFGAVRNFSPTDYYHSEIPNTR
PHEILEKPSPPQPPPPPSVPQTVIPKKTGSPEIKLKITKTIQNGRELFESSLCGDLLNEV
QASEHTKSKHESRKEKRKKSNKHDSSRSEERKSHKIPKLEPEEQNRPNERVDTVSEKPRE
EPVLKEDPLVQPILSSVPTTEASAGVKFQVGDLVWSKVGTYPWWPCMVSSDPQLEVHTKI
NTRGAREYHVQFFSNQPERAWVHEKRVREYKGHKQYEELLAEATKQASNHSEKQKIRKPR
PQRERAQWDIGIAHAEKALKMTREERIEQYTFIYIDKQPEEALSQAKKNVTSKAEVKKTR
RPRSVLNTQPEQTNAGEVASSLSSTEIRRQSQRRHTSVEEEEPPPVKIAWKTAAARKSLP
ASITMHKGSLDLQKCNMSPVVKIEQVFALQNATGDGKFIDQFVYSTKGIGNKTEISVRGQ
ERLIISTPNQRNEKATQNISSPEATSGPTGSVEKKQQRRSIRTRSESEKSTEVVPKKKIK
KEQVETVPQATVKTGLQKGASEISDSCKPLKKRSRASTDVEMTSSAYRDTSDSDSRGLSD
LQVGFGKQVDSPSATADADVSDVQSVDSSLSRRGVGVSKKDTVCQICESSGDSLIPCEGE
CCKHFHLECLGLASLPDGKFMCVECKTGQHPCFSCKVSGTDVKRCSVGACGKFYHEACVR
KFPTAIFESKGFRCPQHCCSACSMEKDIYKASKGRMMRCLRCPVAYHSGDACIAAGSVFV
SSCVLICSNHSKRSSSSSSAINVGFCFVCARGLIVQDHSDPMFSSYAYKSHYLLNESNRA
ELMKLPMIPSSSASKKKCEKGGRLLCCESCPASFHPECLSIEMPEGCWNCNDCKAGKKLH
YKQIVWVKLGNYRWWPAEICNPRSVPLNIQGLKHDLGDFPVFFFGSHDYYWVHQGRVFPY
VEGDKSFAEGQTSINKTFKKALEEAAKRFQELKAQRESREALETEKNSRKPPPYKHIKAN
KVIGKVQIHVADLSEIPRCNCKPADENPCGLESECLNRMLQYECHPQVCPAGERCQNQCF
TKRLYPDAEVIKTERRGWGLRTKRSIKKGEFVNEYVGELIDEEECRLRIKRAHENSVTNF
YMLTVTKDRIIDAGPKGNYSRFMNHSCNPNCETQKWTVNGDVRVGLFALCDIPAGMELTF
NYNLDCLGNGRTECHCGAENCSGFLGVRPKSTCASTAEEKAKNAKLKQKRRKIKAEPKQM
HEDYCFQCGDGGELVMCDKKDCPKAYHLLCLNLTQPPYGKWECPWHQCEECSRAAVSFCE
FCPHSFCKDHEEGALVPSALEGRLCCSEHDPESPVSAEYWSKIKCKLESQDREELKE
NT seq 4314 nt   +upstreamnt  +downstreamnt
atggatttctctttctctttcatgcaagggatcatgggaaacacaattcagcaaccacct
caactcattgactccgccaacatccgtcaggaggatgcctttgataacaacagtgacatt
gttgaagatggtggccagacaccatatgaagctaccttgcagcaaggctttcagtaccca
cctacaacagaagatcttcctccactcacaaatggctaccccccatcaatcagcatgtat
gaaactcaaaccaaataccagtcatataatcagtatcccaatgggtcggccaatggcttt
ggtgcagttagaaactttagccccactgactattaccattcagaaattccaaacacaaga
ccacatgaaattctggaaaaaccttctcctccacagccaccacctcctccttcggtacca
caaactgtgattccaaagaagactggctcacctgaaattaaactaaaaataaccaaaact
atccagaatggcagggaattgtttgagtcttccctttgtggagaccttttaaatgaagta
caggcaagtgagcacacaaaatcaaagcatgaaagcagaaaagaaaagaggaaaaaaagc
aacaagcatgactcatccagatctgaagagcgcaagtcacacaaaatccccaaattagaa
ccagaggaacaaaatagaccaaatgagagggttgacactgtgtccgaaaaaccaagagaa
gagccagtactaaaagaggaccccctggttcagccaatattatcttctgttccaacaaca
gaagcatcggctggtgttaagttccaggttggcgatcttgtttggtctaaggtgggaacc
tatccttggtggccttgtatggtttcaagtgatccccagctcgaggttcataccaaaatt
aacacgagaggtgcccgggaatatcacgtccagttttttagcaaccagccggagagggca
tgggttcatgaaaagcgagtacgagagtacaaaggtcataaacagtatgaagaattattg
gctgaagcaaccaaacaagccagcaatcactctgagaaacaaaagattcggaaaccccga
cctcagagagaacgggctcagtgggacattggtattgcccatgcagagaaggcactaaaa
atgactcgagaggaaagaatagaacagtatacttttatctatattgataaacagcctgag
gaggctttgtcccaagcaaagaagaatgttacctccaaagctgaagttaagaaaacccga
agaccaaggtcggtgctgaatactcagccggaacagaccaatgcgggtgaagtggcctcc
tcactctcaagtactgaaattcggagacagagccagaggcggcacactagtgtggaagag
gaagaaccacctcctgttaaaatagcctggaaaacggccgccgcaaggaaatctttacca
gcttccattacaatgcacaaagggagcctggatttgcagaagtgtaacatgtctccagtt
gtgaagattgaacaagtgtttgctcttcagaatgctacaggagatgggaaatttatcgat
cagtttgtttattcgacaaagggaattggtaacaaaacggaaataagtgtcaggggacag
gaaagacttataatttctacaccaaaccagagaaatgaaaaggcgactcagaatatatca
tctcctgaagcaacatctggtcctacaggctcagtagagaagaagcaacagagaagatcg
attagaactcgttctgaatcagagaaatctaccgaggttgtgccaaagaagaagatcaaa
aaggagcaggttgaaacagttcctcaggctacagtgaagactggattacagaaaggtgcc
agcgagatttcagattcctgtaaacctctaaagaaaaggagtcgcgcctcaactgatgta
gaaatgactagctcagcgtacagagacacctctgactccgattccagaggactgagtgac
ctgcaggtaggctttggaaagcaagtagatagcccttccgctactgcagatgcagatgtt
tctgatgtgcagtccgtggattcaagtttgtcaagaagaggcgttggagtcagtaagaag
gacactgtgtgtcagatctgtgaaagctctggtgactctctgatcccctgtgagggagag
tgctgcaaacactttcacctggagtgcctgggattggcatcactccctgatggaaagttc
atgtgtgtggaatgtaaaaccggacagcacccttgtttttcatgtaaagtgtctggtaca
gatgtgaagcgttgttctgttggcgcttgtgggaaattttatcatgaagcctgtgtccgc
aaattccccactgccatcttcgaatcaaaagggttccgctgtcctcagcactgctgctct
gcctgttccatggagaaagatatctacaaagcaagtaaaggtcgcatgatgcggtgtttg
agatgtccagtagcctatcactctggagatgcttgcattgctgctggcagcgtatttgtg
tcttcctgcgtgctcatctgtagtaatcattccaaacggagcagcagttcttcctctgcc
ataaatgtaggcttttgtttcgtttgtgcgagagggctgatagttcaggaccattcagac
cccatgttcagttcatatgcctataagtcccactacctactgaatgaatcaaatcgtgca
gagttgatgaaattacctatgattccttcttcgtcagcttccaaaaagaaatgtgagaaa
ggtggaagattgctctgctgtgaatcgtgtccagcttccttccacccggaatgcctgagc
atagaaatgccagaaggctgctggaactgtaatgactgtaaagctggcaagaagctccat
tacaagcagattgtttgggtcaaattgggaaattacagatggtggccagcagagatctgc
aatcccaggtctgtgccactgaacatccagggccttaagcatgacttgggggacttccct
gtgttcttctttggttctcatgactactattgggtacaccagggcagagtgttcccttat
gttgaaggagataaaagctttgctgagggacagactagtattaacaagaccttcaagaaa
gcactggaagaagctgcaaaacgtttccaggaattgaaagcacaaagagaaagcagagaa
gcgctagagactgaaaaaaactcaagaaaacctcctccttacaaacacatcaaagctaac
aaagtgataggaaaggtacagatccacgttgcagacctgtccgagattccccgctgcaac
tgcaagccagccgatgagaacccgtgcggcctggagtcggagtgcctgaaccgcatgctg
cagtacgagtgccacccgcaggtgtgcccggccggtgagcgctgccagaaccagtgcttc
accaagaggctctaccctgatgccgaggtcatcaaaacagagcgaaggggctggggcctc
aggaccaagaggagcattaagaagggtgaatttgtaaatgaatacgttggcgaattaatt
gatgaagaagaatgcagattgcgaatcaagagagcccacgagaacagtgtaactaatttt
tatatgttaactgttaccaaggaccgtataattgatgctggccccaaaggaaattattct
cgctttatgaaccacagttgtaatccaaactgtgaaacacaaaagtggacagtgaatgga
gatgttagagtggggctttttgccctttgtgatattcctgcagggatggagttaacattt
aattataacctggattgtctgggcaacggcagaacggaatgccactgtggggcagaaaac
tgcagcggcttcctgggagtgcggcccaagtcgacatgtgcgtcaacagccgaagaaaaa
gccaaaaatgctaagttaaagcagaagaggcgaaaaatcaaagcagaaccaaagcagatg
catgaagactactgttttcaatgtggagatggtggagagctggtcatgtgtgacaaaaaa
gactgtcccaaagcataccacctcttatgccttaacctgactcagccaccatatggaaag
tgggaatgcccgtggcatcagtgcgaggagtgcagccgtgctgccgtctccttctgtgag
ttctgcccacactcattttgtaaagatcatgaagagggcgctctggtcccctctgctctg
gaaggccggctctgctgctccgagcatgaccccgagtctcctgtgtccgcagaatactgg
agcaagatcaaatgcaaattggagtcacaagatcgtgaagaactgaaagaataa

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (5)   
   KEGG ENZYME (2)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (9)   
   Pfam (9)   
All databases (38)   

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