KEGG   Ailuropoda melanoleuca (giant panda): 100473259
Entry
100473259         CDS       T01329                                 
Symbol
NSD3
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
aml  Ailuropoda melanoleuca (giant panda)
Pathway
aml00310  Lysine degradation
aml01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:aml00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    100473259 (NSD3)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:aml03036]
    100473259 (NSD3)
Enzymes [BR:aml01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.370  [histone H3]-lysine4 N-dimethyltransferase
     100473259 (NSD3)
    2.1.1.371  [histone H3]-lysine27 N-dimethyltransferase
     100473259 (NSD3)
Chromosome and associated proteins [BR:aml03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     100473259 (NSD3)
SSDB
Motif
Pfam: PWWP SET C5HCH AWS PHD zf-HC5HC2H MUM1-like_PWWP ADDz_Dnmt3b
Other DBs
NCBI-GeneID: 100473259
NCBI-ProteinID: XP_034503595
Ensembl: ENSAMEG00000015590
Position
18:33943041..34055701
AA seq 1438 aa
MDFSFSFMQGIMGNTIQQPPQLIDSANIRQEDAFDNNSDIVEDGGQTPYEATLQQGFQYP
PTTEDLPPLTNGYPPSISMYETQTKYQSYNQYPNGSANGFGAVRNFSPTDYYHSEIPNTR
PHEILEKPSPPQPPPPPSVPQTVIPKKTGSPEIKLKITKTIQNGRELFESSLCGDLLNEV
QASEHTKSKHESRKEKRKKSNKHDSSRSEERKSHKIPKLEPEEQNRPNERVDTVSEKPRE
EPVLKEEPQVQPILSSVPTTEVSAGVKFQVGDLVWSKVGTYPWWPCMVSSDPQLEVHTKI
NTRGAREYHVQFFSNQPERAWVHEKRVREYKGHKQYEELLAEATKQASNHSEKQKIRKPR
PQRERAQWDIGIAHAEKALKMTREERIEQYTFIYIDKQPEEALSQAKKNVASKAEVKKTR
RPRSVLNTQPEQTNAGEVASSLSSTEIRRQSQRRHTSVEEEDPPPVKIAWKTAAARKSLP
ASITMHKGSLDLQKCNMSPVVKIEQVFALQNATGDGKFIDQFVYSTKGIGNKTEISVRGQ
DRLIISTPNQRNEKATQNVSSPEATSGPTGSVEKKQQRRSIRTRSESEKSTEVVPKKKIK
KEQVETVPQATVKTGLQKGASEISDSCKPLKKRSRASTDVEMTSSAYRDTSDSDSRGLSD
LQVGFGKQVDSPSATADADVSDVQSVDSSLSRRGFGVSKKDTVCQICESSGDSLIPCEGE
CCKHFHLECLGLASLPDGKFICVECKTGQHACFSCKVSGTDVKRCSVGACGKFYHEACVR
KFPTAIFESKGFRCPQHCCSACSVEKDIYKASKGRMMRCLRCPVAYHSGDACIAAGSIFV
SSYILICSNHSKRSSSSSSAINVGFCFVCARGLIVQDHSDPMFSSYAYKSHYLLNESNRA
ELMKLPMIPSSSASKKKCEKGGRLLCCESCPASFHPECLSIEMPEGCWNCNDCKAGKKLH
YKQIVWVKLGNYRWWPAEICNPRSVPLNIQGLKHDLGDFPVFFFGSHDYYWVHQGRVFPY
VEGDKSFAEGQTSINKTFKKALEEAAKRFQELKAQRESREALEIEKNSRKPPPYKHIKAN
KVIGKVQIHVADLSEIPRCNCKPADENPCGLESECLNRMLQYECHPQVCPAGERCQNQCF
TKRLYPDAEVIKTERRGWGLRTKRSIKKGEFVNEYVGELIDEEECKLRIKRAHENSVTNF
YMLTVTKDRIIDAGPKGNYSRFMNHSCNPNCETQKWTVNGDVRVGLFALCDIPAGMELTF
NYNLDCLGNGRTECHCGAENCSGFLGVRPKSTCASTAEEKAKNAKLKQKRRKIKAEPKQM
HEDYCFQCGDGGELVMCDKKDCPKAYHLLCLNLTQPPYGKWECPWHQCEECSSAAVSFCE
FCPHSFCKDHEVGALVPSALEGRLCCSEHDPESPVSAEYWSKIKCKLESQDHGEELRE
NT seq 4317 nt   +upstreamnt  +downstreamnt
atggatttctctttctctttcatgcaagggatcatgggaaacacaattcagcaaccacct
caactcattgactccgccaacatccgtcaggaggatgcctttgataacaacagtgacatt
gttgaagatggtggccagacaccatatgaagctaccttgcagcaaggctttcagtaccca
cctacaacagaagatcttcctccactcacaaatggctatccaccatcaatcagcatgtat
gaaactcaaaccaaataccagtcatataatcagtatcccaatgggtcagccaatggcttt
ggtgcagttagaaactttagccccactgactattaccattcagaaattccaaacacaaga
ccacatgaaattctggaaaaaccttctcctccacagccaccacctcctccttcggtacca
caaactgttattccaaagaagactggctctcctgaaattaaactaaaaataaccaaaact
atccagaatggcagggaattgtttgagtcttccctttgtggagaccttttaaatgaagta
caggcaagcgagcacacaaaatcaaagcatgaaagcagaaaagaaaagaggaaaaaaagc
aacaagcatgactcatctagatctgaagagcgcaagtcacacaaaatccccaaattagaa
ccagaggaacaaaatagaccaaatgagagggttgacactgtgtcagaaaaaccaagggaa
gagccagtactaaaagaggaaccccaggttcagccaatattgtcttctgttccaacaaca
gaagtgtctgctggtgtcaagttccaggttggcgatcttgtttggtctaaggtgggaacc
tatccttggtggccttgcatggtttcaagtgatccccagcttgaggttcataccaaaatt
aacacaagaggtgcccgggaatatcacgtccaattttttagcaaccaaccggagagggca
tgggttcatgaaaagcgagtacgagagtataaaggtcataaacagtatgaagaactattg
gctgaagcaaccaaacaagccagcaatcactctgagaaacaaaagattcggaaaccccga
cctcagagagaacgtgctcagtgggatatcggcatcgcccatgcagagaaggcattgaaa
atgacccgagaggaaagaatagaacagtatacttttatctatattgataaacagcctgag
gaggctttgtcccaagcaaaaaagaatgtcgcctccaaagccgaagttaagaaaacccga
agaccaaggtcagtgctgaatactcagccggaacagaccaatgcaggtgaggtggcctcc
tcactctcaagtactgaaattcggagacagagccagaggcggcacacgagcgtggaagag
gaagacccacctcctgttaaaatagcctggaaaacggccgccgccaggaaatctttacca
gcttctattacaatgcacaaagggagcctggatttgcagaagtgtaatatgtctccagtt
gtgaagattgaacaagtgtttgctcttcagaatgctacaggagatgggaaatttatcgat
cagtttgtttattcaacgaagggaattggtaacaaaacggaaataagtgtcaggggacag
gacagacttataatttctacaccaaaccagagaaatgaaaaggcaactcagaatgtatca
tctcctgaagcaacatctggacctacaggctcagtagaaaagaagcaacagagaagatcg
attagaactcgttctgaatcagagaaatccaccgaggttgtgccaaagaagaagatcaaa
aaggagcaggttgaaacagttcctcaagctacagtgaagactggattacagaaaggtgcc
agcgagatttcagattcctgtaaacctctaaagaaaaggagtcgcgcctcaactgatgta
gaaatgactagctcagcatacagagacacgtctgactccgattctagaggactgagtgac
ctgcaggtaggctttggaaagcaagtagatagcccttccgctactgcagacgcagatgtt
tctgatgtgcagtccgtggattcaagtttgtcaagaagaggctttggagtcagtaagaag
gacactgtgtgtcagatctgtgaaagctctggtgactctctgattccttgtgagggagag
tgctgcaaacactttcacctggagtgcctgggattggcatcactccctgatggaaaattc
atctgtgtggaatgtaaaaccggacagcacgcatgtttttcgtgtaaagtgtctggtaca
gacgtgaagcgttgctctgttggtgcttgtgggaaattttatcatgaagcctgcgtccgc
aaattccccactgccatctttgaatcaaaaggattccgctgtcctcagcactgttgctcc
gcctgttccgtggagaaagacatctacaaagcaagtaaaggtcgcatgatgcgatgtttg
agatgtccagtagcctatcactccggagatgcttgcattgctgccggcagcatatttgta
tcctcctacattctcatctgcagtaatcattccaaacggagcagcagttcttcctctgcc
ataaatgtaggcttttgtttcgtttgtgcgagagggctgatagttcaggaccattcagac
cccatgttcagttcatatgcctataagtcccactacctactgaatgaatcaaatcgtgca
gagttgatgaaattacctatgattccttcttcgtcagcttccaaaaagaaatgtgagaaa
ggtggaagattgctctgctgtgaatcgtgcccagcttccttccacccggaatgcctgagc
atagaaatgccagaaggctgctggaattgtaatgactgtaaagctggcaagaaactacat
tacaagcagattgtttgggtcaaattgggaaattacagatggtggccagcagagatctgc
aatcccaggtctgtgccactgaacatccagggccttaagcatgacttgggggacttccct
gtgttcttctttggttctcatgactactattgggtacaccagggcagagtgttcccttat
gttgaaggagacaaaagctttgctgagggacagactagtattaacaagaccttcaaaaaa
gcactggaagaagctgcaaaacgtttccaggaattgaaagcacaaagagaaagcagagaa
gcgctagagattgaaaaaaactcaagaaaacctcctccttacaaacacatcaaagctaac
aaagtgatagggaaggtgcagatccatgttgcggacctgtccgagattccgcgctgcaac
tgcaagcccgccgacgagaacccgtgcggcctggagtccgagtgcctgaaccgcatgctg
cagtacgagtgccacccgcaggtgtgcccggccggcgagcgctgccagaaccagtgcttc
accaagaggctctaccctgacgccgaggtcatcaaaacagagcggagaggctggggcctc
aggaccaaaaggagcattaagaagggcgaatttgtaaatgagtatgttggcgagttaatt
gatgaagaagaatgcaaattgcgaatcaagcgagcacacgagaacagtgtaactaatttt
tatatgttaactgttaccaaggaccgtataattgatgctggccccaaaggaaattattct
cgctttatgaaccacagttgtaatccaaactgtgaaacacaaaagtggacagtgaatgga
gatgttcgagttggactttttgctctttgtgatattccagcagggatggagttaacattt
aattataacctggattgtctgggcaatggcagaacggagtgccactgcggggcagaaaac
tgtagcggctttctgggagtgcggccgaagtcgacatgtgcgtccacagccgaagaaaag
gccaaaaatgctaagttaaagcagaagaggcgaaaaatcaaagcagaaccaaagcagatg
catgaagactactgttttcaatgtggagatggtggggagctggtcatgtgtgacaaaaaa
gactgtcccaaagcataccacctcttatgccttaacctgactcagccgccatatggaaag
tgggaatgcccgtggcaccagtgcgaggagtgcagcagcgctgccgtctccttctgcgag
ttctgcccacactcattttgtaaagatcacgaggtgggtgccctggttccctctgctctg
gaaggccggctctgctgctcggagcatgaccccgaatcgccggtgtcggcagaatactgg
agcaagatcaaatgcaaattggaatcacaagatcatggagaagaactgagagaataa

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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 (18)   
   KEGG ORTHOLOGY (1)   
   RefGene (13)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (6)   
   RefSeq(pep) (6)   
DNA sequence (6)   
   RefSeq(nuc) (6)   
Protein domain (8)   
   Pfam (8)   
All databases (55)   

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