KEGG   Coturnix japonica (Japanese quail): 107323733
Entry
107323733         CDS       T04297                                 
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
cjo  Coturnix japonica (Japanese quail)
Pathway
cjo00310  Lysine degradation
cjo01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:cjo00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    107323733 (NSD3)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:cjo03036]
    107323733 (NSD3)
Enzymes [BR:cjo01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.370  [histone H3]-lysine4 N-dimethyltransferase
     107323733 (NSD3)
    2.1.1.371  [histone H3]-lysine27 N-dimethyltransferase
     107323733 (NSD3)
Chromosome and associated proteins [BR:cjo03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     107323733 (NSD3)
SSDB
Motif
Pfam: PWWP C5HCH SET AWS PHD MUM1-like_PWWP zf-HC5HC2H_2 ADDz_Dnmt3b zf-HC5HC2H
Other DBs
NCBI-GeneID: 107323733
NCBI-ProteinID: XP_015738562
UniProt: A0A8C2YDJ1
Position
22:complement(3661764..3695321)
AA seq 1436 aa
MDFSFSFMQGIMGNTIQQPPQLIDSANIRQEDAFDASSDIAEDGGQTPYEAALQQGFQYP
TPTAEDLPPIANGYPAAINMYEPQAKFQTYSQYPNGSANGFGTVRNFSPPEYYHMENSNA
RPHEVLEKPSPPQPPPPPPAVSQTVIPKKTGSPEIKLKITKTIQNGRELFESSLCGDLLN
EVQASEYAKAKHEGRKEKRKKSSKHDSSRSEERKSHKIPKLEPEEQNRPNERLSMLSERP
REDALLEEAPVQQFLPSLPTQVSHDIKFQVGDLVWSKVGTYPWWPCMVSCDPQLDVHTKI
NTRGAREYHVQFFSNQPERAWVHEKRVREYKGHKQYEQLLAEAAKQASNHSEKQKIRKPR
PQRERAQWDIGIAHAEKALKMTREERIEQYTFIYIDKEPEEVMSKAKKTTASKSESKKNR
RPKPALNTQPEHANVVTGSPSSAELRRQSQRRHSSAEEEEPPPVKIAWKTAAARKSLPAS
ITMHNLDLQKCNMSPVVKIEQVFALQNAAGDGKLIDQFVYSTKGVGNKAEISVKGQEKLN
SSSSQRNEKATCNVQNASSPETTSGSAGSVEKKQQRRSIRTRSESEKSTEVVPKKKIKKE
QVEMVPLTAVKTGLQKGASEISDSCKPLKKRSRASTDVELTSSAYRDASDSDSRGLNDLQ
GSFGKRSDSPSAAVDADASDVQSVDSSLSRRGTGTNKKDTVCQICESSGESLVSCEGECC
STFHMECLGLKAMPEEKFFCTECKNGEHTCFSCKLPGKDVKRCSVSACGKFYHEACVRKF
ATALFESRGFRCPQHCCSACSVDKDIHKASKGRMVRCFRCPIAYHSGDGCIAAGSLFVSS
HILICSNHSKRNHSSSAVNVGFCFVCARGLVVQDHSDPLFSSYAYKSHYLLNESNRAELM
KLPMIPPPSSASKKKCEKGGKLLCCESCPASFHPECLNIDMPEGCWNCNDCKAGKKLRYK
QIVWVKLGNYRWWPAEICNPRSVPLNIQGLKHDIGDFPVFFFGSHDYYWVHQGRVFPYVE
GDKSFAEGQTSINKTFKKALEEAAKRFQELKAQRESKEALEIERNSRKPPPYKHIKSNKV
IGKVQIQVADLSEIPRCNCKPSDENPCGLESECLNRMLQYECHPQVCPAGERCQNQCFTK
RLYPDAEIIKTERRGWGLRTKRNIKKGEFVNEYVGELIDEEECRLRIKRAHENSVTNFYM
LTVTKDRIIDAGPKGNYSRFMNHSCNPNCETQKWTVNGDIRVGLFALCDIPAGMELTFNY
NLDCLGNGRTECHCGAENCSGFLGVRPKTAFATANEEKVKNAKLKQKKRKIKTEQKQMHE
DNCFQCGDGGELVMCDKKDCPKAYHLLCLNLTQPPFGKWECPWHQCDICSNPAVSFCEFC
PHSFCKDHEKGALVVSALDGRLCCSTHDPKSPVAPEYWNKIKCKLEPQNPVEEAKE
NT seq 4311 nt   +upstreamnt  +downstreamnt
atggatttctctttctctttcatgcaagggatcatgggaaacacaattcagcaaccacct
cagctcattgactcagccaacatccgccaagaggatgcctttgatgccagcagtgacatt
gctgaagatggtggacagacaccatatgaagctgccctacagcaaggctttcagtacccg
acacccacggcagaggatctgccccccattgctaatggctacccggccgccatcaatatg
tatgaacctcaagccaaattccagacgtacagtcaatatcccaatggttcagccaatggt
tttggtacagttagaaactttagtcccccagagtattatcacatggaaaactcgaatgcg
aggccacatgaagttctggaaaaaccttcccctccacagccacccccaccaccacctgca
gtgtcacagacggtgattccaaagaagactggctcaccagaaatcaaactaaaaataacc
aaaactatccagaacggcagggaattgtttgagtcctctctttgtggggaccttttaaat
gaagtccaagcgagtgagtatgcaaaggcaaaacatgaagggaggaaagagaaaaggaaa
aaaagtagcaagcacgactcttcccgatcggaagagcgcaagtcacacaaaatccccaaa
ttagaaccagaggaacaaaatagaccaaatgagaggcttagcatgctgtcagaaaggcca
agagaagatgcactgttggaggaagccccggtgcagcagttcttgccttctcttccaaca
caagtgagccatgacatcaagtttcaggttggcgatctggtttggtccaaggtgggaacg
tatccgtggtggccttgcatggtttcatgtgatccacagcttgatgttcataccaaaatt
aatacacgaggtgcccgtgaatatcatgttcagttttttagcaaccagccagaacgggcg
tgggtgcacgagaagcgagttcgggagtacaaaggacacaaacaatacgagcagctattg
gcagaggctgctaagcaagccagcaaccattctgagaaacagaagattcgcaaaccaagg
ccacaaagagagcgtgctcagtgggatattggtattgcccatgctgagaaagcattgaaa
atgactcgggaagaaaggatagaacaatacaccttcatttatatagacaaagagccagag
gaggttatgtcaaaagccaaaaagaccactgcttctaaatcagagagcaagaagaaccgg
cgtccaaagccagcattgaacacccagccagagcacgccaacgtggtaacaggatcacct
tccagtgcagagctgcgaaggcagagccaacggaggcactcgagtgcagaagaggaagag
ccaccacctgtgaaaattgcatggaaaacagctgcagctagaaaatccttaccagcttca
ataaccatgcacaacttggatcttcagaaatgtaacatgtctccagttgttaaaattgaa
caggtttttgctcttcaaaatgctgctggggatggaaaactcatcgatcagtttgtttat
tccactaagggagttggtaacaaagcagaaataagcgtcaaagggcaggagaagcttaat
tcttcatccagtcagaggaatgaaaaagcaacgtgcaatgtgcaaaatgcatcctctcct
gaaactacttctggatcagcaggttctgtagaaaagaagcaacagagaagatcgattcga
acccgctccgagtctgagaaatccaccgaagttgtgccaaagaagaagatcaaaaaggag
caggttgaaatggttccactgacagcagtgaagacaggcctgcagaaaggtgccagcgag
atttcagattcctgtaaacctttaaagaagaggagtcgagcctcaactgatgtagaactg
acgagctcagcttacagagatgcatctgactctgattcaagaggactcaatgatttacag
ggtagttttggaaagcgttcagacagcccgtcggctgcagtcgatgctgacgcttctgat
gtgcagtcagtggactccagcttatccaggagaggaactggaacaaataaaaaagacact
gtttgtcagatctgtgagagctctggtgagtcactggtgtcctgcgagggtgagtgctgc
agcacctttcatatggagtgtctgggcctgaaggcaatgccggaggagaagttcttctgc
acagagtgtaaaaatggagaacacacgtgcttttcttgcaaacttcctggcaaggatgtg
aagcgctgctctgtcagtgcatgcggtaaattctaccacgaggcgtgtgtgcgcaagttt
gccacagctctgtttgagtcacgaggatttcggtgcccacaacattgttgttctgcctgc
tccgtggataaggacatccataaagcaagcaaaggtcgcatggtgagatgtttcagatgt
cccattgcctatcactcaggagatggctgtattgctgcaggaagcttatttgtgtcatcc
cacattctcatctgtagtaaccattccaaaaggaatcactcctcatcagctgtaaatgta
ggcttttgtttcgtttgtgcaagagggctggtagtgcaggatcattcagaccccctgttc
agttcatatgcctataaatcccactacctactgaatgaatcaaatcgtgctgagttgatg
aaattacctatgattcctcctccttcgtcagcttccaaaaagaaatgtgagaaaggtgga
aaactgttgtgctgtgaatcctgcccagcttcctttcaccctgagtgtctcaacatagac
atgcctgaaggatgttggaattgcaatgactgtaaagctggcaagaagctacgttacaag
cagattgtttgggtcaagcttggaaattacaggtggtggccagcagagatctgcaatccc
aggtctgtgcctctcaacatacagggcctcaaacatgatatcggggacttcccagtattt
ttctttggttcacatgactactattgggtacaccagggcagagttttcccttatgttgaa
ggagataaaagctttgctgaggggcaaactagtattaacaagaccttcaagaaagcactt
gaagaagcagcaaagcgcttccaggagctgaaagcacaaagagaaagcaaagaagcatta
gaaattgaaaggaactcaaggaaacctccaccatataaacacattaaatccaacaaggtg
atagggaaggttcagattcaggtggctgatctgtcagaaatcccccgctgtaactgcaag
ccatctgatgagaacccctgtggtctggagtcagagtgtctgaacaggatgctgcagtat
gagtgccacccccaggtgtgcccagcgggagagcggtgtcagaaccaatgcttcaccaaa
aggctctaccccgatgctgaaatcatcaaaaccgagcggcgtggatgggggctcaggaca
aaaaggaacattaaaaagggtgaatttgtgaatgaatacgttggtgagctaattgatgaa
gaagagtgcagactgcgaattaaacgtgcccatgaaaacagcgtcaccaatttttatatg
ttaacagttacaaaggatcggataatagatgctggcccaaaggggaattactctcgcttt
atgaaccacagttgcaatccaaactgtgaaacacagaaatggacagtgaatggtgacatc
agagttgggctgtttgctctttgtgacattcctgcaggtatggagttaacatttaattat
aacttggattgccttgggaatggtaggactgagtgtcattgtggagcagaaaactgcagt
ggtttcctaggagtgcgtccaaagacagcatttgcaacagcaaatgaagagaaggtgaag
aatgcaaaattaaagcagaagaagcggaaaataaaaacagaacagaagcagatgcatgaa
gacaactgtttccagtgcggagatgggggagaacttgtcatgtgtgataaaaaggactgt
cccaaagcttaccacctcctatgccttaacctgactcaaccaccttttggaaagtgggaa
tgtccatggcatcagtgtgacatctgtagcaatcctgcagtttcgttctgtgagttctgc
cctcattcgttctgtaaggatcacgagaaaggagccctggtggtatcggcgctggacggc
cgtctctgctgctccacacatgaccccaaatctcctgtggcacctgagtactggaacaag
ataaaatgcaaattggaacctcagaatcctgtagaagaagcaaaggagtga

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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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (6)   
   UniProt (1)   
   RefSeq(pep) (5)   
DNA sequence (5)   
   RefSeq(nuc) (5)   
Protein domain (9)   
   Pfam (9)   
All databases (41)   

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