KEGG   Anolis carolinensis (green anole): 100563747
Entry
100563747         CDS       T01608                                 
Symbol
nsd2, whsc1
Name
(RefSeq) nuclear receptor binding SET domain protein 2
  KO
K11424  [histone H3]-lysine36 N-dimethyltransferase NSD2 [EC:2.1.1.357]
Organism
acs  Anolis carolinensis (green anole)
Pathway
acs00310  Lysine degradation
acs01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:acs00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    100563747 (nsd2)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:acs03036]
    100563747 (nsd2)
Enzymes [BR:acs01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.357  [histone H3]-lysine36 N-dimethyltransferase
     100563747 (nsd2)
Chromosome and associated proteins [BR:acs03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     100563747 (nsd2)
SSDB
Motif
Pfam: PWWP SET AWS C5HCH HMG_box PHD zf-HC5HC2H HMG_box_2 MUM1-like_PWWP ADDz_Dnmt3b zf-HC5HC2H_2
Other DBs
NCBI-GeneID: 100563747
NCBI-ProteinID: XP_016851725
Ensembl: ENSACAG00000007905
Position
Un
AA seq 1385 aa
MDFKSGSLLLTKKSGNHIKMKQVPEILGNATVKTQNCEVNRDCSVYLGKTHLSTTLQEDV
MPKYNGHDALPFIPADKLKDLTSRVFNGESGTQDSKLHFESRDIKEAGTPPNTTPIKNGS
PEIKLKITKTYMNGKPLFESSICGDNGIEVPQVEESEKKTSNKERRNRKRSNRYDSLLEQ
DFVEASSVSNASSPSEKTAAEDLVPGNDDNSHLLRYHIGDIVWSKVSGYPWWPCMISTDP
LLHNFTKLNGQKKSFRQYHVQFFGDSPERAWVFERSLAPFKGEEQFEQLCQESAKHSLTK
ADKIKMLKPVSGKLRPQWEMGVKQAKDALSLTMEERKTKYTFIYIRGRPLLNPQVAKEAG
LVVKSLEEMDKIYTDEDISKSLKSRKGHDIPAKRRRKTKLLVMTESEEDFMHAKNIGMSD
KSSNSEKDLEEGEGKRVSGSPISRKKAXAYIPRGRKGDAVSQFLVFCQKHRDEVVAEHPE
AATDEIEELLESQWNMLSEKQKARYNTKFAIMTSPKSEEDTGSSQKNVGETTRKVFQASP
ERRSRCRSNLHGNKRKPIKRTKKHTEDFEVEEAPRKRLRMDKRNYRKRERSNDKPEKTYS
SKVTETSSQKNQSGLSDACKPLKKRNRASAAESSHLGYSKSSSPSVSLIENEISDSLGDE
RSESPYESADEALAEISQSKKSDRGAATKKEYVCQICEKPGELLLCEGRCFGAFHAGCTG
LSAKPVGHFICTECSSGIHSCFVCKEKKPEVKRCIVSHCGKFYHETCVKKFHLTVFENRG
FRCPLHSCVSCHVTGPSNPKVSKGKMIRCVRCPIAYHASDACVAAGCAMITSSSIICTNH
FTAKKGKSHHAHVNVSWCFVCSKGGSLLCCESCPAAFHPDCLNIEMPDGSWYCNDCKAGK
KIHFQDIIWVKLGKYRWWPAEVCHPKNIPPNIQKMKHEIGEFPVFFFGSKDYYWTHQARV
FPYMEGDRGSRYQGIKGIGKVFKNALQDAEARFREIKFQREAKETQENERKPPPYKHIKV
NKPFGKVQVYTADISEIPKCNCKPSDENPCGFDSECLNRMLMYECHPQVCPAGERCQNQC
FTKRQYPETKIIKTDGKGWGLIAKRDIKKGEFVNEYVGELIDEEECMARIKYAHENDITH
FYMLTIDKDRIIDAGPKGNYSRFMNHSCQPNCETLKWTVHGDTRVGLFAVCDIPEGTELT
FNYNLDCLGNEKTVCKCGAPNCSGFLGDRPKNSSSNASEEKGKKTKRIRRRKTKNKARKK
TEDYCFRCGDGGQLVLCDRKFCTKAYHLSCLDLIKRPFGKWECPWHHCDVCGKLSVAFCH
FCPNSFCKDHQDDAVLDSNLNGQLFCTDHIEENFTEKKMKRTARKMITLKSKRRQRNKWK
KAECK
NT seq 4158 nt   +upstreamnt  +downstreamnt
atggatttcaaaagtggttctctgctattaaccaaaaaaagtggcaatcacatcaaaatg
aagcaagtaccagaaatccttggaaatgctacagtaaaaacacagaattgtgaagtgaac
cgggactgttctgtctacctgggcaaaacacatctttccaccacactacaggaagatgtt
atgccaaagtataacggccatgatgctcttccattcatcccagctgacaaactgaaagat
ctcacttctcgtgtatttaatggagaatcaggaacacaagatagcaagctgcattttgaa
tctcgggatataaaagaagctggaactccacccaacactacacctattaagaatggctcc
ccagagattaaattgaaaatcactaaaacttacatgaatggaaaacctctgtttgaatct
tcaatttgtggtgataatggaatagaagtgcctcaggttgaagaaagcgagaaaaagaca
tcaaataaggagaggagaaacagaaaaagaagcaacagatatgactctctacttgaacaa
gattttgttgaagcatcatctgtgtcaaatgcatctagtccctctgagaagactgctgct
gaagatttagttccaggaaatgatgacaacagccatttactgaggtaccatataggagac
atagtatggtccaaagtatctggctatccgtggtggccatgtatgatttcaactgatccg
cttcttcataacttcactaaattaaatggtcaaaagaagagttttcgccaatatcatgta
cagttttttggagactctccagaacgagcttgggtatttgaaagaagtcttgcaccattc
aaaggagaagaacagtttgaacaattatgccaggaaagtgcaaagcattctcttaccaaa
gcggacaaaataaagatgttaaaacccgtttctggaaaactacgcccgcagtgggaaatg
ggtgttaaacaagcaaaagatgcattatcattgacaatggaagaacggaaaaccaaatat
actttcatttatattaggggaaggcctcttcttaatccccaagtagcaaaagaagcaggt
cttgttgttaaatctttggaagaaatggataaaatttacacagatgaagacatttctaag
tctttgaaatcaaggaaaggccacgatattcctgccaagaggaggaggaaaacaaaattg
cttgtaatgactgaatctgaagaagacttcatgcatgctaagaatattggcatgtctgat
aagagtagtaattctgaaaaggaccttgaagagggagaaggcaaaagagtctcagggtct
cctatcagtagaaaaaaggctngtgcatatattccacgaggcagaaaaggagatgcagtt
tcccaattcttggttttttgtcagaaacacagagatgaggtggttgctgaacaccctgag
gctgcaactgatgaaattgaagagctgctggaatcacagtggaacatgcttagtgaaaaa
cagaaagcacgctataacacaaaatttgccataatgacctctcccaaatctgaagaagat
actggttcatcacagaagaatgtgggagagaccacgcgtaaagtgtttcaagcatcacct
gaaaggagatcaagatgccgaagtaacttacatggaaataaaaggaagccaataaagagg
acaaagaaacacacagaagattttgaagttgaggaggcacctaggaagaggctcagaatg
gataaaaggaattatcggaagagggagagaagcaatgacaaaccagaaaaaacatactct
tctaaggtcacagaaacctcttcacaaaagaaccagtcaggtctatcagatgcatgtaaa
ccactgaagaagcgaaatcgggcttcagcagcagagtcttcacatcttggttatagcaaa
agttcatctccttcagtttccttaattgagaatgagatctcagatagcctgggagatgaa
agatcagagtctccttatgaaagcgccgatgaggcactagcagaaatatctcagtccaaa
aagtctgaccgaggagctgcaacaaaaaaggagtatgtatgccagatctgtgaaaagcct
ggagagctgctgctttgtgaaggacgctgttttggtgcttttcatgcgggatgcacaggt
ctatctgcaaagcccgtaggacactttatttgtactgaatgctcttcaggtattcattcg
tgttttgtgtgcaaagagaaaaaacctgaggtgaaacgctgcattgtatcacactgcgga
aaattttaccatgaaacctgtgttaaaaaattccacctgacagtatttgaaaataggggc
tttcgatgccctcttcacagttgtgtcagttgccatgttactggtccttctaatcctaaa
gtatctaaaggcaaaatgattcgatgtgttcgctgtcctattgcctatcatgctagtgat
gcttgtgttgcggcaggttgtgcaatgatcacttccagtagcattatttgtaccaaccac
ttcactgcaaagaaaggaaagagccatcatgcacatgttaatgtaagctggtgttttgtg
tgctccaaaggtggaagccttttatgttgtgaatcttgccctgctgcttttcatccagat
tgcttaaacatagaaatgccagatggaagctggtattgcaatgattgcaaagcaggaaag
aaaattcattttcaggatattatttgggtcaaactgggaaaatacaggtggtggcctgca
gaagtctgccatccaaaaaacattccgccaaatatccagaaaatgaaacatgaaatcgga
gagtttcccgtgtttttctttgggtctaaagattattattggacccatcaggctcgtgtc
tttccctacatggaaggagatcggggaagccgataccaaggaattaaaggaattggaaaa
gtcttcaaaaatgctttgcaagatgccgaagcacgttttcgagaaataaaatttcaacgt
gaagccaaggaaactcaggaaaatgaacgcaaacctcctccttacaaacacatcaaggta
aataagccttttggaaaggttcaagtgtatactgctgacatttctgagattcccaaatgt
aactgcaaaccctctgatgaaaacccctgtggttttgattctgagtgtctaaatcggatg
ttgatgtatgagtgtcatccacaagtgtgtccagccggagagcgctgccaaaaccaatgc
tttactaaacgccagtaccctgaaactaagatcataaagactgatggcaaaggatggggc
ttgattgcaaagagagacattaaaaagggtgaatttgtgaatgaatatgttggtgagtta
attgatgaagaggaatgtatggcaagaatcaaatatgctcatgaaaacgacatcacacac
ttttacatgcttactattgataaggatcgcataattgatgctggacccaaaggaaattat
tctcggtttatgaatcacagctgtcagccaaattgtgagactctgaagtggacagtacat
ggcgacacccgtgtgggtctatttgctgtgtgtgatattcctgaagggacagagctgacc
tttaattacaaccttgactgtctgggaaatgaaaaaactgtgtgtaaatgtggtgctccc
aactgtagtggttttcttggagacagaccaaagaattcatcctctaatgcttcagaggag
aaagggaaaaaaaccaaaagaataaggaggcgtaaaaccaagaacaaagcaaggaaaaaa
actgaggactattgtttccgctgcggtgatggaggccagctggtgttatgtgacagaaaa
ttttgtaccaaggcataccatctctcttgccttgatttaataaagcgcccctttggaaaa
tgggaatgcccatggcaccactgcgatgtgtgcggcaagctttctgttgccttttgccac
ttctgcccaaactctttttgcaaggatcaccaagatgacgcagtgcttgattctaactta
aatggacagttgttctgtacagaccatattgaggagaacttcacagaaaagaagatgaag
agaactgccagaaaaatgatcacactgaagtctaagagaagacaaagaaacaaatggaag
aaggcagaatgtaaatag

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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 (50)   
   KEGG ORTHOLOGY (1)   
   RefGene (45)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (5)   
   RefSeq(pep) (5)   
DNA sequence (10)   
   RefSeq(nuc) (6)   
   GenBank (2)   
   EMBL (2)   
Protein domain (11)   
   Pfam (11)   
All databases (92)   

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