KEGG   Anser cygnoides domesticus (swan goose): 106049510
Entry
106049510         CDS       T04896                                 
Symbol
NSD1
Name
(RefSeq) histone-lysine N-methyltransferase, H3 lysine-36 specific
  KO
K15588  [histone H3]-lysine36 N-dimethyltransferase NSD1 [EC:2.1.1.357]
Organism
acyg  Anser cygnoides domesticus (swan goose)
Pathway
acyg00310  Lysine degradation
acyg01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:acyg00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    106049510 (NSD1)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:acyg03036]
    106049510 (NSD1)
Enzymes [BR:acyg01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.357  [histone H3]-lysine36 N-dimethyltransferase
     106049510 (NSD1)
Chromosome and associated proteins [BR:acyg03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     106049510 (NSD1)
SSDB
Motif
Pfam: SET PWWP C5HCH AWS PHD
Other DBs
NCBI-GeneID: 106049510
NCBI-ProteinID: XP_047936306
Position
Unknown
AA seq 2589 aa
MKVSNRRPYREYYVDALGEPSEKAWVAGKAIVLFEGRHQFEELPILRRRGKQKEKGYKHK
VPQRFMAKWEVSVGQAEDILLGGPEDQKCSQNSSELDSEKEVQSEYYANGPGAEKDRQLN
GCFKSLAFDSRHSASEKGKLHIKPHVKKSSDSRKRTRVKKNSMRGEASKGEIKEKMPESI
VKNMMVGDLPDKHASHELRRIANSLTASNSTRENHLLSSFGERHFEKITLKPDYENCKSG
ALKNTLQGDLFSSASLEREKSSLGILCSSKLQIHYSASEAGIEKKQTESDSSSSLSDGGN
SDVDTMDQSSERASSTLEVSDSSDKVEKEFPMTSSGNIKLSMYFSQKSNRRARKKSYRDR
KPLGGSIASRLDAEFAHGELEGGSSDAEMSLTTLERSSDVRNDNLSLANKHTTPQSVSKD
NSWSAVANQTTLKPKSMKLPRIRSIKCKHKEKGSGLEPSLAEEEGGVKRCSSDTKGFSGL
QKDSLLRSGKVDGQKLLNNVHEKPRDSAEIETAVVKHVLSELKELSYRSMNDDASDSGTP
KATVPLLFSSASGHGRLPIEPNYRFSTLLMMLKDIHDSKAKEQQLMTGQNIVPYRNTSTA
DGSGSNSASGLTSLSIVGPPYKIEKNGDCVQETVNANSSISNSSFSRNPPAKLTGIGTSK
REPANTAVSGTNGTNCVSKRNCSKSKQSSKLGDKTVSNRKDLKPGGPSKLLSRLSRDSGE
HAFRVHGSVTSPLGNEAEDTGRKESVDLTEHSTDEDSACLSDDNLGHIGRRPEAGRNTES
CTSAENGESPDLDSEANSESSLGDEANDINHVAPKKRWQRFNQSSARSNKHISRSREQGN
LASPLGLNSHGFSLKGNECLGRRHSPHSKVREGDLTGQDYENHLDLVEKRLNVCGKPNNS
VMDSETELGNFAPQSEFSAQVHSERKRLRKPSKRLLEYAEEYDHLFAPKKKSKKVQEQLQ
KVNSVARSEFEGGLPAQCSPDRDTQRGPSPLISTPSSTKDSPPILEAECSFSDLGSHSTD
PTHQLLEGPSDFPELVLSSSDVSEVSASPDAEERFLKSGNFESKRQRKPTKKLLESNDLD
TAFMPKKEEWTPPKKGTGPSESDSSELYSPAHFSDLGEAPEKLLEKQRKRKRQRHPSVAM
HSKKEKNGEGLGETPHSEGETSGHGTATSPKEGNEEGSENDHGVPSSKKIQGERGGGAAL
KENVCQICEKPGELLLCEAQCCGAFHLQCLGLSEMPTGKFICNECSTGVHTCFVCKSCGE
DVKRCLLPLCGKYYHEECIQKYPPTVMQNKGFRCSLHICMTCHAANPANISASKGRLMRC
VRCPVAYHSNDFCLAAGSVVLASNSIICPNHFTARRGCRNHEHVNVSWCFVCSEGGSLLC
CESCPAAFHRECLNIEMPEGSWYCNDCKAGKKPHYKEVVWVKVGRYRWWPAEICHPRTIP
VNIQKMKHDIGEFPVLFFGSKDYLWTHQARVFPYMEGDVSSKDKMGKGVDGIYKKALHEA
AVRFEELKAQKELRQLQEDKKNDKKPPPYKHIKVNRPVGKVQIFTADLSEIPRCNCKPTD
ENPCGLDSECINRMLLYECHPLVCPAGERCQNQCFSKRQYPEVQIFRTLARGWGLQAKTD
IRKGEFVNEYVGELIDEEECRARIRYAQEHDITNFYMLTLDKDRIIDAGPKGNYARFMNH
CCQPNCETQKWCVNGDTRVGLFAIVNIKAGTELTFNYNLECLGNGKTVCKCGAPNCSGFL
GVRPKSQPTLTEEKSKKMKRRPQMKRRSQAEVMKEREDECFSCGDGGQLVSCKKPGCPKV
YHADCLNLTKRPAGKWECPWHQCDMCGKEAASFCEMCPRSFCKQHREGMLFISKLDGRLC
CTEHDPCGPNPLEPGEIREYVPPMGALTNGDDTQPPEQPPADTDLSVQPLDRLPQSTAFK
LQSPEKPPATLALRLPPSDKPPTTLALRLQPSNKPPTTLALRLPPPDKPPAALALRLPPS
NKPPTTLSLRLKPSNKPPTTLSLRLQPSDKPPTTLSLRLQPSDRPQAALSLRLQSEKQPI
IVALKPQQPDKPPANAVLWPLDEASGDASQPPLPSKSPGSPQSSDEALIPAGALQLQLSD
EPPAAAGVLELADKSLGDTRTQQPELLNEFPTKCLHPQLSDRLLATAGTLQSQPVDEPPA
ADQPQLLSKAAAQSLQPQPAEKAPSSVVQHVPAPEDVPSPGVLWPLPVENVPSSPVSRIL
PTEKVSGLGGPRPPPPEKASFSGAARVLATEKAPGSGAPHPLPPEKVPALGMPRILPPDK
APSLGIPRPLPLEKAHGSRSPHVLPTEKALGSGALRIPLTQKALSPGVLRPLPPEKAPDA
GALRVLPPEKAPSSGAVRPQLLERPLALTAPWPQASDKLAAAVAPRPQVLEKPPAASAPR
LLLSEKALRPVDQNAQPKDRGAPAAELNPQQKERTLLAGEQIPWSVGKAVPHVGQLPWPT
EKLQTHEQTHWPTAKALTPAEQSPRTAEKLPEPTLQPVWEVASAPAEQTPWTSERLRAFE
QTPRPAREAPVPPEQTQWIVTNIQTLDQISWLAGKVHTPRGQDPLPEQNAALARNQDSVC
HELADSEPK
NT seq 7770 nt   +upstreamnt  +downstreamnt
atgaaagtttccaatcggagaccataccgagagtactatgtggatgccttaggagaacct
tccgagaaagcctgggtggctggcaaagctattgtcctctttgaaggaagacaccagttc
gaagagctgcctattctgcggagaagaggaaagcaaaaagaaaaaggctacaaacataag
gttccccagagatttatggctaaatgggaagtcagtgttggacaggcagaagacattctt
ctcggggggccagaggatcaaaagtgcagccagaactccagcgagctggacagtgagaag
gaagtgcagtcggaatactatgccaatggccctggagccgaaaaggacaggcagctgaat
ggctgttttaaatccttggcgtttgactcgagacactcagccagtgaaaaaggaaaattg
cacattaagccacacgtgaaaaagagctctgacagcagaaagaggactagagtaaaaaag
aatagcatgagaggagaagcttccaagggagaaatcaaagaaaaaatgccagagagcata
gttaaaaatatgatggttggggacctaccagataagcatgcatctcatgagcttcgccgg
attgcgaacagcctaacggcatccaatagcaccagggaaaaccatttgctctcctccttt
ggagaaagacatttcgaaaagataactttgaaaccagactatgagaattgtaaaagcggt
gctctgaagaacacgctccaaggggatttgttttccagtgcatctttggagagagagaaa
agttccctgggcattctgtgcagctccaagttacaaatacactattctgcgtctgaggct
ggcattgagaaaaagcaaacagagtcagattcatcctcttccctctcggatggtgggaac
agtgatgtggataccatggaccaaagttcagagagagcctctagcactcttgaagtcagt
gattcttcagataaggtggagaaggaatttcctatgacgtcaagtggaaacattaagctt
tctatgtatttttctcagaagagcaaccgaagggccaggaagaagtcgtacagagatcgc
aaacctctgggaggttccatagccagcagacttgatgctgaatttgcacatggggagctt
gaaggaggctcctctgatgctgagatgtcattgacaactcttgagcgctcttcagatgtg
agaaatgacaatctttccctagcaaacaaacacactactccccaaagtgtttccaaggac
aactcctggtctgctgttgcaaatcaaacaaccttaaaaccgaaaagcatgaaattgccc
cggatcaggagtataaaatgcaaacataaagaaaaaggttctgggttggagccttctctt
gcagaagaggagggtggcgtgaagcgctgctcttctgataccaaaggtttctctggcctt
cagaaagattctcttctgagaagtggaaaagttgatggtcagaaactgttaaacaacgtg
cacgagaaacccagggattctgctgaaatagaaacggctgtggtgaaacacgtcttgtcg
gagctgaaggagctctcttaccggtccatgaatgatgatgctagtgactctggcactcca
aaggccacagtacctttacttttctcttccgcctctggtcacggtcgtttgcctattgag
ccaaattacagattcagcaccttgttaatgatgttgaaggatattcatgacagtaaggca
aaagagcagcaactgatgactggtcagaacatagtcccgtatcgaaataccagcacagcc
gatggttctggaagcaattctgcgagtggtctgacatccttgtctattgtaggtcccccg
tataaaatagaaaaaaatggagattgtgtccaggaaacggtcaatgcgaactccagtata
agcaactcctcattttcacgcaatcctccagccaagttaacagggattggtactagtaag
agggagcctgcgaatactgctgtttctgggacaaatggcacaaattgcgtgtccaaacgc
aactgttcaaaatctaagcagtcatcaaagcttggagataagacagtttcaaacagaaag
gacttaaaaccaggagggccaagtaagttgttaagtcggttatccagagattcaggagaa
catgcattccgcgttcacggttcggttaccagtcctctaggtaatgaagcagaagatact
gggaggaaagagtctgttgatttaacagaacattcaactgatgaagactctgcttgttta
tctgatgacaatttaggtcatattggaaggagacctgaagctggtagaaatactgagagc
tgcacttctgctgaaaatggggagagtccagacttggattcagaggcaaatagtgagagc
tctcttggtgatgaggctaatgatataaatcatgtagcacccaaaaagcgatggcagcgt
tttaaccaaagcagtgctagatctaataagcacatcagtagatctagggaacaaggaaac
ttggcaagtccccttggcctgaattctcatggcttttcactgaagggaaatgagtgcttg
ggacgtaggcattcccctcattcaaaggtgcgtgagggagacctaacaggtcaggactat
gagaatcatttagacttagttgagaaacgtttgaatgtatgtggtaagccaaacaacagt
gtgatggactcagaaacagagcttggcaactttgctccccagtctgaattctctgcacaa
gtacattcagagaggaaacgccttagaaagccaagtaaacggcttctggaatatgcagaa
gaatatgatcacttatttgcacccaagaaaaagtcaaagaaagtccaggagcaattgcaa
aaggtgaattctgtggcgaggtctgaatttgaaggaggtcttcctgcacagtgcagtcct
gacagagacacccagcgggggccgagccctttgatttcaactccatcttcaaccaaagac
tcccctcccattcttgaagcagagtgctccttctcagatctaggatcccattccactgat
cccactcaccaacttctagaaggaccttctgattttccagagctcgtgctatcttcctca
gatgtttctgaagtttctgcttctccagatgcagaggagagattcctgaaatcgggaaac
tttgagagcaaacgtcaaaggaagcccactaaaaagctcttggaatccaatgatttggac
actgcctttatgccaaagaaggaggagtggactcccccaaagaagggcactggcccttcg
gagagcgacagctctgaactgtactcaccagcccacttctcggacctgggagaagctcct
gaaaagctcttggagaagcaacggaagcggaagagacagcgccatccctctgttgcaatg
cattccaagaaggagaaaaacggggaagggctgggggagaccccacattctgagggggag
acatcaggtcatgggactgctacaagccctaaagagggaaatgaagaggggtctgagaat
gaccatggagtgccttcatccaaaaagatacagggggagcgtggaggaggagcagctctc
aaggagaatgtgtgccagatctgcgagaagccaggggaattgctgctgtgtgaggcgcag
tgctgtggtgctttccacctgcagtgccttgggctctctgagatgccaacgggcaaattc
atctgcaacgagtgttccacaggagtccatacctgctttgtgtgcaagagctgtggggaa
gacgtgaaacggtgcttgctgccgctctgtgggaagtattaccatgaagaatgcatacag
aaatacccgcccacagtcatgcagaacaagggtttccgatgctctctgcacatatgcatg
acttgtcatgctgctaacccagcaaacatctctgcgtctaaaggccgcttgatgcgctgc
gtgcggtgcccagtagcgtaccactccaatgacttctgcctcgctgctggctccgtggtc
ctcgcctccaacagcatcatctgccccaaccacttcactgcacggaggggctgccgcaac
catgagcacgtcaacgtcagctggtgctttgtctgctcggaagggggcagccttttatgc
tgcgagtcgtgcccggctgcgtttcaccgtgagtgtctaaacattgagatgccagaggga
agctggtattgtaacgactgcaaggcaggcaaaaagccacactacaaggaagtagtctgg
gtgaaagttgggcgctacaggtggtggccagctgagatttgccatcccaggacaattcct
gtcaacatccagaaaatgaaacacgacattggcgagttccctgtgctgttcttcggctcc
aaggactacctgtggacccaccaggctcgtgtgttcccgtacatggaaggcgacgtcagc
agcaaagacaagatggggaagggtgtggatggcatatacaagaaagctcttcacgaagct
gcggtaagattcgaagaactgaaggcacagaaagaactgagacagcttcaggaagacaaa
aagaatgacaagaaacctcctccctacaaacacatcaaggtgaaccggccggtgggtaag
gtgcagatcttcactgcagacctgtccgagataccacggtgcaactgtaaaccaacagac
gaaaacccctgcggcctggactctgaatgcatcaatcgcatgctgctctacgagtgccac
cccctggtctgccccgcaggggagcgttgtcagaaccagtgcttctccaagcggcagtat
cccgaggtacaaattttccgcacgctggcacgaggctggggcttgcaagccaaaacagac
atcagaaagggtgagtttgttaacgagtatgttggggagctaattgatgaagaggagtgc
cgagcccgaatccgctatgctcaggagcatgacatcaccaatttctacatgttgacactg
gataaggaccgaatcattgacgctggcccaaaaggcaattacgcccggttcatgaaccac
tgctgccagccaaactgtgagactcagaaatggtgtgtgaatggtgatactcgggttggg
ctcttcgcaattgtaaatatcaaagctgggactgagctgactttcaactacaatctggaa
tgtttgggaaatggaaagacagtttgcaaatgtggtgctccaaattgcagtggcttccta
ggagtgcggccaaagagccagcccaccctcaccgaggagaagtccaagaagatgaagaga
cggccgcagatgaagcgcaggtcgcaggcggaggtgatgaaggaacgggaggacgagtgc
ttcagctgcggggacggagggcagctggtttcatgtaagaagccaggctgccccaaagtg
taccacgccgactgcctcaacctgaccaagaggcccgcaggaaaatgggagtgcccatgg
catcagtgtgacatgtgtggtaaggaggcagcttccttctgcgagatgtgccccagatcc
ttctgcaagcagcaccgggaaggcatgctcttcatctccaagctggatggacgcttatgc
tgcacagagcacgatccctgcggccctaaccccctagagccgggagaaattcgtgagtat
gtgcctcccatgggagcactgactaacggcgacgacacccagccaccagagcagccgcct
gcagatacagacctgagcgttcagcctttggacaggctacctcagtctacggccttcaaa
ctgcagtccccagaaaagccccccgccaccctagcgctgcggctgccgccgtcagacaaa
ccccccaccaccctagccctgaggctgcagccgtcaaacaagccccccaccaccctggcc
ctgcggctgcccccgccagacaaaccgcccgccgccctggcgctgagactgccgccgtca
aacaaaccccccaccaccttgtcgctgaggctgaagccgtccaacaaaccccccaccacc
ctgtccctccggctgcagccctcggacaagcctcccaccaccctgtcgctccgcctgcag
ccgtcagacaggccccaggctgccctgtccctgaggctgcagtcggagaagcagcccatc
atcgtagcgctgaagcctcagcagcccgacaaacctcccgccaacgccgtgctgtggccg
ctggacgaggcttccggcgacgcctcgcagcctcctctgcccagcaagtctccgggaagc
ccgcagtcatcggacgaggcgctcattcctgctggggccctgcagctccagctgtcggac
gagcctcctgccgctgctggggttttggagttagcggacaagtcgctcggcgacaccagg
acccagcagccggagctgctgaatgagtttccgacaaaatgcctgcaccctcagctgtcg
gacagacttctcgccacggcagggaccctgcagtcccagcccgtggatgagcctcccgcg
gccgatcagcctcagctgctgagcaaagctgctgcccagagtctgcagccgcagcctgcg
gagaaggcccccagctccgtggtgcagcatgtcccggcaccggaggacgttcccagccct
ggggtgctgtggcctctgcccgttgaaaacgtccccagctccccggtctcacggatcctg
cccacggagaaggtttctggactgggggggccgcggcccccacctccggagaaggcttcc
ttctccggggcagcgcgggtgttggccacggagaaggctcccggctctggggcaccccat
cccctgcctccagagaaggttcctgccttggggatgccacggatcctgcccccagacaag
gctcccagcttagggataccacgtccactgcccctggagaaggcccatggctcccgttca
ccccacgtcctgcccacggagaaggctctcggctcgggggccctgcggatcccccttacg
cagaaggctctgagccccggcgtgctgcggcccctgcctccagagaaggctcccgatgcc
ggggcgctgcgggtcttgcctccagagaaggctccgagctccggggccgttcggcctcag
ctcctggagaggcccctggctcttacggccccgtggcctcaggcctcagacaagctggcc
gctgctgtggctcctcggccccaagtcttggagaagcccccagccgcgtcggccccgagg
ctgttgctgtcagagaaggcgctgcggcccgtcgaccagaacgcccagcccaaggaccgg
ggggcgcccgccgcggagctcaacccccagcagaaggagaggaccctgttagctggcgag
cagatcccgtggtcggttgggaaggcggtgccgcacgtcggacagttaccttggcccacg
gagaagctccagacacacgagcaaacccactggccaactgcgaaagccctgacgcctgcc
gagcagtctccccggacagcagagaagctaccagagccgactcttcagcctgtctgggaa
gtggcctcagcccccgcggagcaaaccccttggacatcagagagattgcgtgcgttcgag
cagaccccccggcctgccagggaagcgccggtgcccccagagcagacgcagtggattgtc
acaaacattcagactcttgaccagatttcgtggctggctggaaaagtacatactcctcgg
gggcaggaccctttgcctgaacagaacgcagcgctagcccgtaaccaggattctgtctgt
cacgaattggctgactcagagccaaagtga

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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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (27)   

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