KEGG   Salmo salar (Atlantic salmon): 106612244
Entry
106612244         CDS       T04363                                 
Name
(RefSeq) histone-lysine N-methyltransferase, H3 lysine-36 and H4 lysine-20 specific-like
  KO
K15588  [histone H3]-lysine36 N-dimethyltransferase NSD1 [EC:2.1.1.357]
Organism
sasa  Salmo salar (Atlantic salmon)
Pathway
sasa00310  Lysine degradation
sasa01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:sasa00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    106612244
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:sasa03036]
    106612244
Enzymes [BR:sasa01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.357  [histone H3]-lysine36 N-dimethyltransferase
     106612244
Chromosome and associated proteins [BR:sasa03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     106612244
SSDB
Motif
Pfam: SET PWWP C5HCH AWS PHD
Other DBs
NCBI-GeneID: 106612244
NCBI-ProteinID: XP_014068708
UniProt: A0A1S3SWI4
Position
ssa09:84354304..84395553
AA seq 2246 aa
MYYVETLGEMADHAWVPGKVTYPFTGGEQFTDLPVLRRRGKQREKDYKYTIPKRLFESWK
VGVLEAEFLLPDLLKNTAVSSSMPSNSEERVSFPLPDEKPSEAPSCSSSMLTAPPSFSPP
PNRNEHPPAANLTVANDSSSKNKPCQKKKKKRKGLAEIFGHIAGSPTESLSILDLANQLP
AASADPLKEEDPKDSPYADLDSVPTIVRPKRSEKPAIEDTEKPSEPSKDEAEKGGNKERA
TPPEKDKDRHVVMVVPRHVDPISPSSSPNVLVNKSLFNYRTTKNTNVLQSKQKLGSSSEL
TNKNALDKPSLHLPSSRRLMTRALKAEEETDLKEALLASSQNLTNDRLNVHSYDEDVSDI
VQIRTESSTSRDSSPDKARSSASSPKKQAGSDWKHLHNGSWKNSEDVTPGSSKPVITPIK
VKEENIVSDISSCSSPTSSLSPMDTFQDIKELSFKSLVKEESDSGDSNTNFKPEPNYKFS
TFLMLLKDMHDTREKEGKPLTMPPSQALIQEEPMVIATAQPPDDPLNAAAGGDWTPTGTK
IQNGQHASSPTPKSTPAKPKSKTKPIMKNDTYKLEGKTVLAQMVANAVEKQQRRKQRPPA
KLRATIGGLSPELADLAWGREFVSGHADLAEPGLSPPPLPSVPSAADSSSYLDKSPGTKV
APKKRWQTFAQQGPVKPGKDPGVLGGVASPQGLAEVNGVYRDCQGGTPDPISSPDLNLGM
EKQDDTSEHSENKRLRKPSKRLLESTEEEQYFSPKKKIKKPLESSKTPLSHSSAPALLMY
TSTPSPTPGPTSGEPASPTPGPTSGEPASPTPGSTSGEPASPTPGPTSGEPASPTPGPTS
GEPASPTPGPTSGEPASPNPGPTSGKLASPNPGPTSGEPASPIPGPTSGEPASPIPGPTS
GKPASPTPGPTSGKPASPTPGPTSGEPAESLSQDVLHRVIESLSKQPPAVTSFSTDSSFD
GTNPPLPSDPVSLERKRPRKPSHKVLECTIEEVSVSPPKKEFKNQSVQTEMKTEVRDTQA
KSVKEEVPVSSLTTPESMVSLQASSSAWPSIPTVLPTPKEETEKISPGVGGESHTNGERT
PKPEVFSPGLNDSFSLPGEGSLFSSTKRNTGEKGGAASMKENVCQVCERTGELLLCEGQC
CGAFHLQCIGLSEAPRGKFICCECTKGVHTCFVCKKSGDGVKRCMVPVCGKFYHNECILK
HTPTQPQNKGVRCSLHVCLSCHITNPLNPCSSKNPVSMERKRPRKPSHKVLECTTEEVSV
SPPKKEFKNQSVQTEMKTEVRDTQAKSMKEEVPVCSLTTPESMVSLQASSSAWPSSPTVL
PTPKEETEKISPGVGGESHTNGERTPKPEVFSPGLNDSFSLPGEGSLFSSTKRNTGEKGG
AASMKENVCQVCERTGELLLCEGQCCGAFHLQCIGLSEAPRGKFICCECTKGVHTCFVCK
KSGDGVKRCMVPVCGKFYHNECILKHTPTQPQNKGVRCSLHVCLSCHITNPLNPCSSKSR
LTRCVRCPVAYHANDYCMAAGSIVLANNSFLCPNHFIPRKNCKNHEHINVSWCFVCSEGG
SLLCCEACPAAFHQECLNIEMPEGSWFCNDCKAGKKPHFKDILWVKVGRFRWWPAEVCLP
KNVPEKILRMKHEVGEFPVQFFGSKDYAWTYQARVFPYMEGDANNKDKMGKGCDAIYKKA
LNETAERFIALQAEKEMRQLQEDRRNDKKPPPYRHIKVNRPIGKVQIITADLSEVPRCNC
KASDESPCGMDSECINRMLMYECNPQVCLAGERCLNQSYTKRQYTQVEIFRTLSRGWGLR
GVSDIKKGAFVNEYVGEVIDEEECRARIKHAQENDICNFYMLTLDKDRIIDAGPKGNQAR
FMNHCCQPNCETQKWTVNGDTRVGLFALEDIPEGVELTFNYNLECLGNGKTVCKCGAPNC
SGFLGVRPKNQPSKARERRELKEGKKKVLVKRKPQLEVTKEREDGCFSCGDGGQIVSCKK
PGCPKVYHADCLNLAKRPAGRWECPWHQCDVCGHEAASFCEMCPSSFCTQHREGLLFISK
VDGRLACNDHDPCGPEPLEPGEIREYVPPGGMPLPHLLTHPLGLVPPRPGSTTAGSIPST
VSPDLTQDSLLPPTGSLFLNTSQNSNTSSYGPPSSPNMSDSQILHFSLPSPPSSYKDVKE
EEEDRELEDGQVRGLEEDEEEEEEGEDEEEGEAMEVVEEEDEQYEGRLGEEEGGDVYDTW
GDYMEEEPDDEGEVEEEWGRVEDEEK
NT seq 6741 nt   +upstreamnt  +downstreamnt
atgtattacgtggagactctgggagagatggcagaccatgcctgggtacctgggaaagtt
acctaccccttcacaggaggagagcagtttacagacctgcctgtgctgagacggagaggg
aaacagagggaaaaggactacaaatacacaatacccaagcgtctgtttgagtcgtggaaa
gtcggtgtgctggaagctgagtttctcctacctgacctgctgaagaatactgctgtctct
tcttccatgccctctaacagtgaagagcgggtgtcctttccactgcctgatgaaaaacca
tccgaggcaccctcttgttcctcctctatgctcactgcacccccctccttcagccctccc
cccaacagaaacgaacatccccctgctgccaacctgaccgtagcgaacgacagtagcagc
aaaaataaaccctgccagaagaagaagaagaagaggaagggtttagcggagatctttggt
catatagctggaagtcccacagagtcactaagcatcctagacctggccaaccaattgcct
gctgcctcagctgatccactgaaagaagaagatcccaaggactctccatacgcagacctg
gattctgtaccaaccattgtgcgtcccaaacggtctgagaaacctgctatagaagacaca
gagaaaccatctgaaccctcaaaagatgaggcagagaaagggggcaataaggagcgggct
actcctcctgaaaaggacaaagacagacatgtggtcatggtggttcctaggcatgtagat
cccatctccccatcctcatccccaaacgttttagtaaacaaatcccttttcaattacaga
actacaaaaaacacaaatgttttacagtcaaaacagaagttgggcagctcttctgaactg
actaataaaaatgctcttgataagccctctctgcatctcccttccagcagacgtctgatg
accagggccctgaaagcagaggaagagacagatctcaaagaggctctgctggcctcaagc
caaaacttgacaaacgataggcttaatgtgcattcttatgatgaagatgtgagcgatatt
gttcagatcagaacagagtcgtctactagcagggattcttcaccagacaaagccagatcc
tctgctagctctcctaaaaaacaggccgggtctgattggaagcacctccacaacggctcg
tggaaaaactctgaagatgtgactccagggtccagtaagcctgtcataacccctattaag
gtcaaggaagagaacattgtctcagacatatcctcctgttcttcccccacctcctctctc
tctcccatggacactttccaggatatcaaggagctgtcgttcaaatccctagtgaaggag
gagagcgactctggggactctaacactaattttaaacctgagcctaattacaagttcagt
actttcctgatgctcctgaaggacatgcatgataccagggagaaagagggcaagcccctg
accatgcctccctcgcaagccctcatccaggaagaacccatggtcatagccaccgcccaa
ccaccagacgacccccttaacgctgctgctggcggggactggacaccaacggggaccaaa
atccaaaacggccagcatgcgagctcgccaacacccaagagcacacctgccaaacccaag
tccaaaactaaacccatcatgaaaaacgacacatacaaacttgaagggaaaacggtgctg
gctcagatggtggcgaacgcggtggagaagcagcagcggaggaagcagaggccaccagcc
aagctcagggccaccatcggtggtctctctcccgagttggccgacctagcctgggggagg
gagtttgtctctgggcacgccgacctggctgagcctggcctcagcccccctcctcttcct
tctgtcccctctgctgctgactcctcgtcctacctcgacaagagtccgggtaccaaagtg
gcccctaagaagcgctggcagacgtttgcgcagcaggggccagtgaagcctgggaaggat
ccaggggtcctgggtggggtggcctcaccgcaggggcttgcggaagtgaatggggtctac
agagactgccagggagggacaccagaccccattagctcccctgatcttaacctggggatg
gagaagcaagatgacacatcagaacattctgaaaacaaacggctgaggaaacccagcaaa
agactgctggaatccacagaggaggaacaatacttctccccaaagaaaaaaataaagaaa
cctctggaatcttccaaaacccctctgagccattcttcagccccagccctgctaatgtac
acatctacacccagccctacccctggccctacctctggggagccagccagccccacccct
ggccctacctctggggagccagccagccctacccctggctctacctctggggagccagcc
agccccacccctggccctacctctggggagccagccagccccacccctggccctacctct
ggggagccagccagccccacccctggccctacctctggggagccagccagccccaaccct
ggccctacctctgggaagctagccagccccaaccctggccctacctctggggagccagcc
agcccaatccctggccctacctctggggagccagccagcccaatccctggccctacctct
gggaagccagccagccctacccctggccctacctctgggaagccagccagccccacccct
ggccctacctctggggagccagcggagagtctgtctcaagatgtcctccaccgtgttata
gaatcattatccaaacaacccccagcagtgacctctttctctactgactcatcatttgat
ggcacaaaccctcctctgccctctgacccagtatccctggaaaggaagaggccaaggaag
ccgtctcacaaggtcctggaatgcaccatagaagaagtgtcagtcagtcctccaaagaag
gagtttaagaaccagagtgtgcagacagagatgaaaacagaagtcagggacactcaggct
aagtctgtgaaggaagaagtgcctgtatccagcttgacaactccagagagcatggtttct
ctgcaggcatcctcctccgcctggccctctatccctacggtgctccccacccccaaggaa
gagaccgagaagatcagtcctggggtgggaggagagagccacaccaacggagagagaaca
cccaaacctgaggtgttctctcctggtctgaatgacagtttctccctccctggtgaaggg
tccctgttctccagcactaagaggaacacaggagagaaaggaggagctgcatccatgaag
gagaatgtctgtcaggtgtgtgagaggacaggtgagctgctgctgtgtgagggtcagtgc
tgtggggcgttccacctgcagtgtatcggcctatcagaagcccctagagggaagttcatc
tgttgtgaatgcactaaaggtgtccacacatgctttgtgtgtaagaagtctggcgacggt
gtgaagaggtgcatggtgcctgtatgtgggaagttctaccataacgagtgtatcctgaaa
cacacacccacccagccccagaataaaggggttcgttgctccctccacgtctgtctgtcc
tgccacatcaccaaccccctcaacccctgcagttccaaaaacccagtatccatggaaagg
aagaggccaaggaagccatctcacaaggtcctggaatgcaccacagaagaagtgtcagtc
agtcctccaaagaaggagtttaagaaccagagtgtgcagacagagatgaaaacagaagtc
agggacactcaggctaagtctatgaaggaagaagtgcctgtatgcagcttgacaactcca
gagagcatggtttctctgcaggcatcctcctccgcctggccctctagccctacggtgctc
cccacccccaaggaagagaccgagaagatcagtcctggggtgggaggagagagccacacc
aacggagagagaacacccaaacctgaggtgttctctcctggtctgaatgacagtttctcc
ctccctggtgaagggtccctgttctccagcactaagaggaacacaggagagaaaggagga
gctgcatccatgaaggagaatgtctgtcaggtgtgtgagaggacaggtgagctgctgctg
tgtgagggtcagtgctgtggggcgttccacctgcagtgtatcggcctatcagaagcccct
agagggaagttcatctgttgtgaatgcactaaaggtgtccacacatgctttgtgtgtaag
aagtctggcgacggtgtgaagaggtgcatggtgcctgtatgtgggaagttctaccataac
gagtgtatcctgaaacacacacccacccagccccagaataaaggggttcgctgctccctc
cacgtctgtctgtcctgccacatcaccaaccccctcaacccctgcagttccaaaagtcgt
ctgacccgctgcgtgcgctgccctgttgcataccacgcaaacgactactgcatggcggca
ggcagcatagtcctggccaacaacagcttcctgtgtcccaaccactttatcccccgcaag
aactgcaagaatcacgaacacatcaacgtcagctggtgcttcgtctgctcagaagggggc
agtctgctgtgctgcgaggcctgtcctgctgccttccatcaagagtgtctgaacatcgag
atgcccgaggggagctggttctgcaacgactgcaaggccgggaagaaaccacactttaag
gacatcctctgggttaaagtgggaagattcaggtggtggcctgcagaggtgtgtcttcct
aagaacgtcccagagaagatcctccgtatgaaacacgaggtgggggagttccccgttcag
ttctttggttctaaggactacgcctggacctatcaggccagagtcttcccttacatggag
ggagatgccaacaacaaggacaagatggggaagggttgtgacgccatctacaagaaagct
ctgaatgaaacagctgagcggtttatagcgcttcaggctgagaaggagatgagacagctt
caggaggacaggaggaatgacaagaaacctcctccctacagacacatcaaggtgaaccga
ccaattggcaaggtccagatcatcacggcggacctatcggaggtgccgcgctgtaactgc
aaggcgtctgatgagagcccgtgtggcatggactccgagtgtatcaaccgcatgttgatg
tatgagtgcaaccctcaggtgtgtctggcaggggagaggtgtctgaaccagagttacacc
aagagacagtacacccaggtggagatcttcaggaccttgtcacgaggctgggggctacgg
ggcgtctccgacatcaagaagggtgcatttgtgaatgagtacgtgggggaggtgatagac
gaggaggagtgcagagccaggatcaaacatgctcaagagaacgacatctgtaacttctac
atgcttactctggacaaggaccggatcatagacgctggacccaaggggaaccaggcgagg
ttcatgaatcactgctgccagcccaactgtgagacccagaagtggacggtaaacggagac
accagggtggggctctttgccctggaggacatccccgaaggtgtggagctgaccttcaac
tacaacctggagtgtcttggtaacgggaagacagtgtgtaaatgtggagcgcccaactgc
tctgggttcctgggggtccgaccaaagaaccagccgtctaaagcacgggaaagaagggaa
ctaaaggaaggcaagaagaaggttctggtgaagaggaagcctcagctggaggtgacgaag
gagagggaagacgggtgtttcagctgtggggacggaggacagattgtgtcctgtaagaag
ccaggatgtcccaaggtctaccacgcagactgtctcaacctggccaagagacctgcaggc
cgttgggagtgcccctggcaccagtgtgacgtctgcggtcatgaagcggcctccttctgt
gagatgtgtcccagctccttctgcacgcagcaccgtgagggcttgctcttcatctctaag
gtagacggacggctcgcctgcaacgatcacgacccctgtggccccgagcccctggaacca
ggggagatcagggagtatgtacctcctgggggcatgcctctcccccacctcctcacccac
cccctgggtctggtcccacccaggcctggttccaccactgctggttctatcccctccaca
gtttccccagacctgacccaggactcgctactgccccctacagggagcttgttcctcaac
acctcccagaactccaatacctcctcctacggaccccctagcagtcccaacatgtctgat
agtcaaatactgcatttctcccttccttctcccccctcctcctacaaggatgtgaaagag
gaggaggaggatagagagctggaagatggacaggtgcgtggattagaagaggatgaagaa
gaggaggaggaaggagaggacgaggaggaaggagaggcgatggaggtagttgaggaggaa
gatgagcagtatgagggcagactaggagaggaggaagggggagatgtgtatgacacctgg
ggggactacatggaggaggagccagacgatgagggggaggtagaggaggagtgggggagg
gtggaggatgaagagaaatga

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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 (131)   
   KEGG ORTHOLOGY (1)   
   RefGene (127)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (5)   
   RefSeq(nuc) (3)   
   GenBank (1)   
   EMBL (1)   
Protein domain (5)   
   Pfam (5)   
All databases (161)   

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