Cololabis saira (Pacific saury): 133446905
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Entry
133446905 CDS
T09849
Symbol
nsd1a
Name
(RefSeq) histone-lysine N-methyltransferase, H3 lysine-36 specific isoform X1
KO
K15588
[histone H3]-lysine36 N-dimethyltransferase NSD1 [EC:
2.1.1.357
]
Organism
csai
Cololabis saira (Pacific saury)
Pathway
csai00310
Lysine degradation
csai01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
csai00001
]
09100 Metabolism
09105 Amino acid metabolism
00310 Lysine degradation
133446905 (nsd1a)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
csai03036
]
133446905 (nsd1a)
Enzymes [BR:
csai01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.357 [histone H3]-lysine36 N-dimethyltransferase
133446905 (nsd1a)
Chromosome and associated proteins [BR:
csai03036
]
Eukaryotic type
Histone modification proteins
HMTs (histone methyltransferases)
HKMTs (histone lysine methyltransferases)
133446905 (nsd1a)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PWWP
PHD-1st_NSD
SET
C5HCH
AWS
PHD_NSD
PHD
PHDvar_NSD
Motif
Other DBs
NCBI-GeneID:
133446905
NCBI-ProteinID:
XP_061581098
LinkDB
All DBs
Position
7:23410431..23427646
Genome browser
AA seq
2163 aa
AA seq
DB search
MNQSYRPGLRVGSVFGSSQPELRPHSDPLGTSYGNQCGSVKRGSGQVPALQLPPSNLKQP
AFLGYNQPEPPRYYSPQRRPQHLNNTALNKPDLDRDLPFRKNLNCASPISDEDEDDEFEA
PSVQLPPSPGSSEMESFEALQDANRNGFSPNSPDSFERCSPIPNGCLHFESTLFDSTDVK
EEDEEGEREGGEGLAPFRRAADSGQGRTVTESETTCNSGQDRRTYKPTVFNLMSKTISEL
NPTLSPSALPEITMGDTWSLGEESDSDAELTSPVDPGLISPAGTNSNSNSPKKKLLHAVK
YLAGDLVWAKFNRRPWWPCRVVCDPELGLHTKMKAPSLRPCRMYFLETIGEVAECSWVPA
SVILAFEGGHQFENLPVLRRRGKQKDKDYKYTIPKSLLTAWKVGVAEAEFLLPGRQKKSK
GELSGSINGEERMLSSPPTEKTTESPSVDPTAPPSPGRPPNGNEPHLVKNSTVQTVKSKG
FKKKKKCLSDIFGHIVGGSKDSGAVANVAGQVHTTHALKEEPKDSPYADLESVPMLHRPK
RTSVSPVRDKAAAARKESGLLKPKKSTEKVNRCSSSSDSSSVVKNKLACKNAEQSLGSGV
ELSSSSSEKHCGSLPASSRLMTRALKAEEETDLKDALAASQISADASTDDCSHNSPANTA
ITSETSPHWECPRHASFSVNHSSPKRRARKLDKKLIRNGSLIKSKCEGLSEPAFQPVKIK
TENSLPDPSTTSTALSLHQMDTFQDVKELTFKSLVKEDSSDSDPSLFRPDSNYRYSTILM
LLKDMHDTREKEGKPLMIPPSPALIKEEPLIIPTSTGRDPQNGCRVGLTHGIKLENGHSG
KSPSSQGTPSKTKARTKAIMKAGAYHCEDFPANSQMGSAEKQRRKQRLPAKLKTRIPGLS
SDLADIAYGREFVSGHADLAKPGSGPLIAADPPASYLDKNSDTSMAPKKRWQVAGEAAEV
KRDVVSEAPAVVECLMAGAPPDLDLGADKHAENDSHSSDTGSMTGNVENKRLRKPTKRLL
ESTEEYEQIFSPKKRSKKPTSETCKMDTSGTPALREFPAPEGVNTSTSSSVEATETQAEM
EPSPSQGELSPVASSAHPATTQPSVDTEAAEETNLSLESETEVVVPERRRPRKPSHRLLD
CSVEEVSAAPAKRKQNMGITSEVKVVVKKTQCAFVKKEKPASATPSAPAATSKRAESRSP
SPRQYKTPKQEAEMEPCSTEDKPSAHSGILTPKLEVVPSSSNGSLSSQVDVKGRLGATSL
RENVCQVCERTGDLLVCDGHCYGAFHLRCIGLSVAPKGKFICQECKTGAHTCFVCKKSGN
GVKRCIIPVCGKFYHSDCILPYSAAQSHNKGFRCPLHVCLSCHIANPLNICSSKGRLARC
VRCPVAYHANDNCIAAGSLVLANNSFLCPNHFTPRKGCKNHEHINVSWCFVCSEGGSLLC
CEACPAAFHQECLNMEMPQGSWFCNDCKAGKKPRIKDILWVKWGRYRWWPAEVCLAKDVP
NNILRMKHEVGEFPVQFFGSKDFVWTYQARVFTYMEGDTHNIEKMGKGADAVYKKALTEA
ADRFRELQAEKEIKQLQESRKNDRKPPPYRHIKVNRPIGKVQIITADMSEIPRCNCKASD
ENPCGIDSECINRMLMYECHPQVCAAGERCQNQAFMKREYTIVEIFRTLSRGWGLRSVSD
IKKGAFVSEYVGEVIDEEECRARIRHAQENDICNFYMLTLDKDRIIDAGPKGNQARFMNH
CCQPNCETQKWTVNGDTRVGLFALQDIPKGVELTFNYNLECLGNGKTACKCGAPNCSGFL
GVRPKSQPQAEKPKEGKRKMGMKKKTKQQVTKEREDECFSCGDGGQIVSCKKPGCPKVYH
ADCLHLAKRPAGRWECPWHQCDICGKEAASFCEMCPSSFCNEHREGMLFISKLDGKLSCN
EHDPCGPDPLEPGEIREYVPNMASMRPVPGPTAPSLVQEDNGATSCSSPTSVAIPSSTSE
TPPSGKEPPPPRLYINTKTATSSFVPSSRSYLTDRTDMDAVSTPASSPLDMKEEGEVEDG
EVCGIELEEVEDDDDDDDDDDEEDDDDDDDEEEEDDEDEEEDAEEEDGEEEEETEMEEME
IVEDEDEEEPVYGGDIIEDDEDEEDEEGGDVYDSSGDCLDEDAEDGEVEGEHLEWVSVED
DDK
NT seq
6492 nt
NT seq
+upstream
nt +downstream
nt
atgaatcagtcttacagaccgggtcttagggtcggctcagtgtttggttccagccagcca
gagctgaggccccacagtgaccctttagggacttcctatggaaaccagtgtggcagtgtg
aagcgtggatcgggccaggtgccagccctgcagctgccaccctccaacctcaaacagcct
gcctttctggggtataatcagccggagccgcctcgctactacagtccgcagaggaggccg
cagcacctgaacaacactgcactgaacaaacccgacctagatcgggacctcccttttcgg
aagaacttgaactgtgcaagtccaatcagcgatgaggatgaagatgatgagttcgaggca
ccgtcggtacagctgcctccttctccgggtagcagtgagatggagtctttcgaggccctg
caggatgcgaacagaaatggcttctcccctaacagtcccgacagctttgagcgctgctct
cccatcccgaatgggtgcctgcattttgagtccacgctgtttgacagcacagacgttaag
gaggaggacgaggagggcgagcgtgagggcggtgagggcctcgcgccctttcgccgcgcc
gcagactcgggccagggccgaactgttacagagagtgaaaccacatgcaactcagggcag
gacagaagaacatacaaacctacagtctttaatctgatgtccaaaacaatttctgaactt
aatcctacactaagccccagcgcactgccagaaatcactatgggggacacgtggagtttg
ggtgaggagtcggacagtgatgctgaactcacctctccggtcgacccaggactcatctca
ccagcgggcaccaactctaattccaacagcccaaagaaaaagcttctccatgcagtgaaa
tacttggcaggggacttggtgtgggccaaattcaacaggcggccctggtggccgtgcaga
gtcgtctgtgacccagaactggggcttcacactaagatgaaagctccaagtctccgtcct
tgtcggatgtatttcctggagacgatcggggaggttgcagagtgttcctgggtcccagcg
agtgtcattcttgcttttgagggggggcatcagtttgaaaaccttcctgtgcttcggcgg
agagggaaacagaaagataaagactacaagtacacgattccaaaaagtttgctgactgcg
tggaaagtgggcgtggcggaggctgagtttctactccctggtcgtcaaaagaagagtaaa
ggtgaactttcaggatccatcaatggagaggaacgcatgctcagctctccccccactgaa
aagacaacagagtctccctctgttgacccaactgctccaccgtcacccggccggcccccc
aatggaaatgagccccatctcgtcaagaactctaccgttcaaacagtcaagagcaaaggt
ttcaagaagaaaaagaaatgtttgtccgacatatttggtcatatagttggaggatcaaag
gactccggtgccgttgcaaacgtggcaggccaggttcatacaacacacgcactgaaagaa
gagcccaaggactcgccttatgctgatctggagtcggttccaatgctgcatcgtcctaaa
cgcacatcagtctctccagtacgggataaagctgcagcggccaggaaggaatctggtttg
ttgaaacctaagaaatcaactgagaaagtgaaccggtgttcgagttcctctgattcctcc
agcgttgttaaaaataagttagcatgtaaaaatgctgaacagagtttgggcagcggcgtt
gaactgtcttccagttcaagtgaaaaacactgtgggtctcttcctgccagcagccgtctg
atgacgagggctctcaaggcagaggaggaaaccgacctcaaagatgcgctggctgcaagc
cagatctcagcagacgcctccactgatgattgttctcataactcacctgccaataccgca
atcacaagtgaaacgtcgcctcattgggaatgccccagacacgcgtcgttctctgtaaat
cacagctctccaaaacgccgtgcgaggaagcttgataagaaactgatccggaacggctcg
ctgattaagtccaagtgtgagggtttaagtgaacctgctttccaaccagttaagatcaaa
acagaaaacagcctccctgatccatcaactacctcaacagctttgtctctgcatcaaatg
gacacgttccaggatgtcaaggaactaacgttcaagtctcttgtgaaggaggacagcagc
gactcggacccgtcgctgtttcgacctgattccaattatagatacagtactatcctgatg
ctcttgaaggacatgcacgataccagagaaaaagaaggcaagcctctgatgatcccgcca
tcccccgccttaatcaaggaggaacccctgataatccccacctcgacagggcgtgaccca
cagaacggttgtcgtgttggtttaacacacgggatcaaattagaaaatggccattcgggg
aaatctccgtcgtctcagggtacgccgtcgaaaaccaaggctaggacgaaggctattatg
aaagccggcgcctaccactgtgaagactttcccgccaactctcagatgggtagtgccgaa
aagcagcgtaggaagcagagacttcccgccaaactaaaaaccaggatacccggcctgtct
tcggacctggctgatatcgcctacggcagggagttcgtcagcggccacgctgacttggcc
aagccgggatctggccccctcattgctgctgacccgcctgccagctacctcgacaagaac
tctgacacatcgatggctccaaagaagcgctggcaggtggccggggaggccgccgaggtg
aagcgtgacgtggtgagcgaggcgccggctgtggtggagtgtttgatggcgggggctcca
ccagatcttgatctgggagctgacaagcatgcggagaatgactcgcattcctcagacaca
ggcagcatgacaggaaacgtagagaacaaacgcctccgcaagccgactaagagactcctg
gaatcaactgaagaatatgaacaaatattttccccaaaaaagaggtcgaagaagcccacc
tccgagacttgcaaaatggacacttcagggacaccggccctccgtgaattccctgcacca
gagggggtcaatacctcaacctcatcgtcagtagaggccaccgagactcaggcagagatg
gaaccaagtccctctcagggtgagctttctcctgtagcatcatcagcacatcctgccaca
acccaaccgagtgtcgacacagaagcagcagaggaaacaaatctatctcttgaatcagaa
acagaggtggtagttccagaaaggaggcggccgaggaagccgtctcacaggctgctggat
tgctcagtggaggaggtgtctgctgctcctgcaaagaggaagcaaaatatgggcatcaca
tcagaagtgaaggtggtagtcaagaaaacgcagtgtgcatttgtgaagaaagaaaagccg
gcgtccgccacaccctccgcccccgctgctacctccaagcgtgcagagagcaggtctccg
agcccccggcaatataagacccccaagcaggaggcggagatggagccctgcagcactgaa
gacaagccaagtgcacacagtggaatactaactcccaaactggaggtggtaccgtctagt
tcgaacggcagtctctcctctcaggtggatgtaaaggggagattaggagctacgtccttg
agggagaatgtgtgtcaggtgtgtgagaggacgggagacctgctggtgtgtgatggccac
tgctatggagccttccacctgcgctgcattggcttgtctgtggctcccaaaggaaagttc
atctgtcaggaatgcaaaactggtgctcacacatgctttgtgtgtaagaagtctggtaac
ggggtgaagcgctgcatcataccagtctgtgggaaattctaccacagcgactgcatcctg
ccctactcagccgcccagtcccataacaaaggcttccgctgcccactgcacgtgtgtctg
tcctgccacatcgccaacccactcaacatctgcagctccaaaggtcggttggctcggtgt
gtgcgctgtcctgtggcctatcacgccaacgacaactgcatagcagcaggcagcctggta
ctggccaacaacagtttcctctgtcccaaccacttcactccccgcaagggctgcaagaac
cacgaacacataaacgtgagctggtgctttgtctgctctgaaggcgggagtctgctgtgc
tgtgaagcctgtcctgctgctttccaccaggagtgtttgaatatggaaatgcctcagggc
agctggttctgcaacgactgcaaagctggaaagaagcctcgtattaaggatatactgtgg
gtcaagtgggggcgttataggtggtggcctgctgaagtctgtctggctaaagatgtcccg
aataacatcctgcggatgaagcatgaggtgggagagttcccagtccagttctttggctcc
aaagactttgtgtggacttaccaggccagagtcttcacttatatggagggcgatactcac
aatatagaaaaaatgggcaaaggtgcagatgcagtgtacaagaaggccctgactgaagcg
gcagaccggttcagagagctccaagcagagaaagaaataaagcagcttcaagagagcaga
aaaaatgaccggaaaccgcctccgtataggcacattaaggtaaaccggcccattggaaag
gtgcagataatcacggctgacatgtcggagatcccccgttgcaactgtaaggcttctgac
gaaaacccgtgcggcatcgactcggagtgcattaatcgcatgctgatgtacgagtgccac
cctcaagtatgtgctgcaggggagcgatgtcagaaccaggctttcatgaagagggagtac
acaattgtggagattttcaggacgctgtcccgcggctggggtctacgcagcgtgtcggac
atcaaaaagggagcttttgtgagtgaatacgtgggagaagtgatcgatgaggaagaatgt
cgagccaggatcagacacgctcaggagaatgacatctgtaacttctacatgcttacactg
gacaaggatcggatcattgatgcgggtcccaaagggaaccaggctcgcttcatgaaccac
tgttgtcagccgaactgtgaaactcagaagtggactgtcaatggagacacccgggtgggg
ctgtttgctctgcaggacatccccaaaggtgtggagctgactttcaactacaacctggag
tgtctgggtaatgggaaaactgcctgcaagtgcggagcgcccaattgtagcggtttcctg
ggtgttcgaccaaaaagtcagccacaagcggagaaaccaaaggaagggaaaaggaagatg
ggcatgaagaagaagaccaagcagcaagtaacgaaggagagggaggacgagtgcttcagc
tgcggtgacgggggtcagatcgtgtcctgtaagaagccgggctgcccgaaggtctaccat
gctgactgtcttcacctggccaagaggcctgcagggcgatgggaatgtccttggcaccag
tgtgacatctgtgggaaggaggcggcttccttctgcgagatgtgtcccagctcgttctgt
aacgagcatcgagaaggcatgctctttatctccaagctggacggcaagttgtcctgcaac
gaacacgatccttgtgggcccgacccgctggaaccaggggagatccgtgaatacgtgccc
aacatggcctccatgaggcccgtgccggggcccaccgctccctcactggtccaagaagat
aacggagccacctcttgttcttcccccacttctgtagccatcccttcctctaccagcgag
acgccaccatccgggaaagagcctcctcctcctcgtctctacatcaacacaaagactgct
acctccagcttcgtcccttccagcaggtcttacctcacagacagaactgacatggacgct
gtctccactcctgcatcctcccccctggacatgaaagaggagggagaggtggaggatggg
gaggtgtgtgggatagagttggaagaggtggaagatgatgatgacgatgatgatgatgac
gatgaggaggatgatgatgatgatgacgatgaggaggaggaggatgatgaggatgaggaa
gaagacgctgaagaggaggacggggaggaggaggaagagacggaaatggaggagatggag
atagtggaagatgaagatgaggaagaaccggtatatggtggtgacataatcgaggatgat
gaggatgaagaggacgaggagggaggagacgtgtatgactcttcgggtgattgcttggat
gaagatgctgaggatggagaggtggagggggaacacttggaatgggtgagcgtggaggac
gatgacaagtga
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integrated database retrieval system
