Eleginops maclovinus (Patagonian blennie): 134873551
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Entry
134873551 CDS
T09869
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
emac
Eleginops maclovinus (Patagonian blennie)
Pathway
emac00310
Lysine degradation
emac01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
emac00001
]
09100 Metabolism
09105 Amino acid metabolism
00310 Lysine degradation
134873551 (nsd3)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
emac03036
]
134873551 (nsd3)
Enzymes [BR:
emac01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.370 [histone H3]-lysine4 N-dimethyltransferase
134873551 (nsd3)
2.1.1.371 [histone H3]-lysine27 N-dimethyltransferase
134873551 (nsd3)
Chromosome and associated proteins [BR:
emac03036
]
Eukaryotic type
Histone modification proteins
HMTs (histone methyltransferases)
HKMTs (histone lysine methyltransferases)
134873551 (nsd3)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PWWP
PHD-1st_NSD
C5HCH
SET
AWS
PHD_NSD
PHD
PHDvar_NSD
MUM1-like_PWWP
Motif
Other DBs
NCBI-GeneID:
134873551
NCBI-ProteinID:
XP_063753318
LinkDB
All DBs
Position
12:12887489..12909937
Genome browser
AA seq
1611 aa
AA seq
DB search
MDFSFSFMQGIMGNTIQQPPQLIDSANIRQEGTCDTGSDPGEDGGPSYDAALDAEFSYPP
SAPEDMSQVSNGYPPGLGMYEPQSKFSMYSQFPNGSANGYGAIRSYADHGLLPGEGTVLR
GPGLQERPLSPVSPPLPTHHPHLHHHHHHNPHLQHHAHLFHSNPPLLQNHPHPQSPPPQP
LPSQHHMPHTPHIMTHTLPPPPPLILPSSSPPPSLVDSTPSSQPSLTLSKTPGGVLKKTS
SPEIKLKIIKTYQNGKELFESALCGDLLEELQNESQENEATQMQRRHERKKEKRKKSARL
QLQVPEQNLEQSQAPSGTTELTEDIHFEPQPTETPPAQTQKPQKTVIKTEPKMPKVPKVH
HPSVIQETGFCKEFVIGDLVWSKVGTYPWWPCMVSSDPQMKVHTRINTRGHREYHVQFFG
SVAERAWIHEKRIVLYQGKQQYEDLQAETLRKASNPVEKHKLLKPVPQRERSQWEVGVGH
AEDALPMTRQERTDNYTFIYVDPDPHEGTSSRKPTYRAEKRNRRSSGSINKKEEREVKSP
EREQPTRRLLPRRQCSVSNTEDSTNSQASNEEKNQREETRGGKTSSPKQNNERQDSPPPV
RAWKTAAARKLLPLSITMKRLNVEITKCDWPLLQKKAAPSPKKEQEEEEEEDEEEEEEKE
EIVEGEARQPDLGYCSPEDSRAKPEPSPEEEEDGDEGEEEGEERRGSPASRRSEEGGMQQ
TSSPGSHHSSPHGSQERKLQRRSVRSRSESERSNDPVPKKKTKKEQAEMAPETTLRTGSQ
KGASEISDACKPLKKRSRASTDVEMASSQYRDTSDSDSRGLNDPQGLFGKSLDSPAAADA
DASDTQSVDSGLSRQDGSTGKRDTVCQICEVYGEGLVVCEGDCCRQFHLDCLGLTSLPEG
RFTCLECRNGDHPCFSCKAAGQEVTRCSVSGCGCYYHEDCVRKLPGTTSSSEGGFCCPQH
SCSTCCLERDLQRAIKGRLMRCIRCPVAYHTGDGCVAAGSVALTHHIMICSSHGSTKKNG
LLSSPINVGWCFLCARGLLVQDLTDTILSSYAYKSHYLLTESNRAELKLPMIPSPSSATK
KNVGKGGKLLCCDTCPASFHPECLEIEMPEGAWSCSDCRAGKKPHYKQIVWVKLGNYRWW
PAEICNPRLVPSNIQSLRHDVGDFPVFFFGSHDYYWINQGRVFPYVENDKNFVTGQININ
KTFKKALEEAARRFQELKAQRESREALEQERNSRKPPPYKLIKSNKPVGKVQVHVADLSE
IQRCNCRPTDEHPCSLHSQCLNRMLQYECHPQVCPAGESCENQCFSKRLYVETEVIKTDG
RGWGLSTNQALRKGDFVTEYVGEVIDSEECQQRIKRAHENHVANFYMLTLTKDRVIDAGP
KGNSSRFMNHSCSPNCETQKWTVNGDVRIGLFTLCDIEAHTELTFNYNLHCVGNRRSSCH
CGSDNCSGFLGVQPTSAVVMEREEKARNAKLKPKKRKLRPEGKHCHEYFCFCCGEGGELV
MCDRKDCPKAYHLLCLNLTKPPYGRWECPWHDCSVCSAPASSLCDFCPRSFCRDHEEGAL
TSSSLEGRPCCSSHNPVSPLGSNSSLTQPRRSALSPVSVKEEPEEGELASE
NT seq
4836 nt
NT seq
+upstream
nt +downstream
nt
atggatttctccttctctttcatgcaagggatcatgggaaatacaattcagcaaccccct
cagctcattgactccgccaacatcagacaggaaggcacctgtgacaccggcagtgatcca
ggcgaggatggaggtccctcctacgatgctgccctggatgcagagttctcctacccgccg
tctgccccggaggacatgtcgcaggtctccaacggctacccgcccggtctgggcatgtac
gagccacagtccaagttctctatgtactcgcagttccccaacggctcggctaacggctac
ggggccatacggagctatgcagatcacggcctcctgccgggggaagggacggtcctgaga
ggcccaggtcttcaggagagacctttgtctcctgtgtcccctcctctgcccacacatcac
ccacacctccaccaccaccaccatcataaccctcacctccagcatcacgcgcacctcttc
cactcaaacccgcctcttttacagaaccacccgcacccacagagtcctccgccgcagcct
ctgccctcccagcaccacatgccccatacgcctcacatcatgacccacactctcccacct
cctccgccattaatcctgccttcctccagtccgcccccttcccttgtggacagtactcct
tcctctcagccctccctcaccctctccaaaactcctggtggcgtgctgaagaaaaccagc
tctccagagatcaagctgaagatcattaagacgtatcagaacgggaaagagctgtttgag
tcagcgctgtgtggagaccttctggaagaattgcagaatgagtctcaggagaacgaggcc
actcagatgcagcgcagacatgagaggaagaaggagaagaggaaaaagagtgcgcgactg
cagctgcaggtcccggaacagaacctggagcaaagccaagcaccgtcaggtaccacagag
ctgacggaggacatccacttcgagccccagcccacagaaacacccccagcccagacacag
aagcctcagaagaccgttattaaaactgaaccaaagatgcccaaggttccgaaggtccat
cacccatcagtgatccaagagacgggcttctgtaaggagtttgtgatcggagatctggtg
tggtccaaggtgggcacctacccgtggtggccttgcatggtctcctctgacccgcagatg
aaagtccacactcgcatcaacaccagaggtcacagagagtatcacgtccagttctttggc
agtgttgctgagcgagcatggatccacgagaagaggatagtcctgtaccaggggaagcaa
cagtatgaagaccttcaggctgagactctgcgcaaagcctcaaatcctgtagagaaacac
aaacttctgaagcctgtccctcagcgggagcgttctcagtgggaggtgggtgtgggccac
gccgaggacgccctcccgatgacgcggcaggagagaactgacaactacaccttcatctat
gttgacccagaccctcatgaaggcacgtccagtaggaaacccacttacagagctgagaaa
cgcaaccggcgctccagcggctcaatcaataagaaggaagagagagaagtaaagtcacca
gaaagagagcagccgacacgacggctgctgccacgcagacagtgtagtgtgtccaacaca
gaagacagcacaaactcacaggcctctaatgaggagaagaaccagagggaggagaccaga
ggggggaagaccagctcgccgaaacagaacaatgaacggcaggactcgccgccaccggtg
agggcctggaaaacagccgctgccaggaagctgctgcctctctccatcaccatgaagagg
ctgaatgtggagatcacaaagtgcgattggcctctcctgcagaaaaaagcagctccatct
ccaaaaaaagagcaagaagaagaagaagaagaagacgaagaagaagaagaggagaaggag
gagatagtggagggagaggcccggcagcctgacctgggatactgctcaccagaggacagt
agagctaaacctgagcccagtccggaggaggaggaagatggggacgaaggggaggaagag
ggggaggagaggagaggatcccccgccagtcggaggagtgaggaaggaggaatgcagcag
acctcctctcctggatcacaccacagtagtccacatggttctcaggagcggaagctgcag
cggcggtcggtcagaagcaggtcagagtcagagagatccaacgatcctgtcccgaagaag
aaaaccaaaaaagagcaggctgagatggctcctgagacgacactgaggaccggttcacag
aaaggagccagtgagatctcagacgcctgcaaacctctgaagaagcgaagcagagcgtcg
accgatgtggagatggcttcttctcagtacagagacacctctgactctgactccagaggt
ctcaacgacccacagggtttatttgggaaaagtcttgatagtccagcagcagcggatgca
gacgcttcagacactcagtctgtggactccggcttgtcccgccaggatgggagcaccggc
aagagagacaccgtctgccagatctgcgaggtgtatggtgaaggtttggtggtgtgtgaa
ggggactgttgccgacagtttcacttggactgtctcggtctgacgtccctacctgaaggc
aggttcacctgcttggaatgcagaaatggcgatcatccttgttttagctgtaaagctgca
ggccaggaggtgacgcgctgctccgtgtccggatgtggttgttactaccacgaggattgt
gtgcgtaaactcccgggcacaaccagcagctcggaggggggcttctgctgccctcagcac
agctgctctacctgctgcttggagagagacctgcagcgggcgattaaaggccgcctgatg
cgctgtatccgctgtccggtggcctatcacacgggagacggctgcgtggcggcgggcagc
gtcgccctcacccatcacatcatgatctgcagcagccacggcagcaccaagaagaacggc
ctcctctcctccccaatcaacgtgggctggtgcttcctgtgtgccagagggctgttagtg
caagaccttactgacaccatattaagttcatatgcctataagtcccactaccttctgact
gagtcaaatcgtgctgagttgaaattacctatgattccctctccttcgtcagctaccaaa
aagaatgttgggaaaggaggcaagttgctgtgctgcgacacatgcccggcttccttccac
ccggagtgtctggagatagagatgccggagggggcatggtcctgcagtgattgcagggcg
gggaagaagcctcactacaaacagattgtctgggtcaaactgggcaactacaggtggtgg
cctgcggagatttgcaacccacgcctggtgccatccaacattcagagcctacgtcacgat
gttggagacttccccgtcttcttctttggctcccacgactactactggatcaatcagggc
cgcgtcttcccctatgtggagaatgacaagaactttgtcacgggtcagatcaacatcaac
aaaaccttcaagaaagctctggaagaagctgctcggcggttccaggagctaaaggcgcag
agggagagcagggaggctctagagcaagaacgcaactctcgaaaacctcccccctacaaa
ctcatcaagtccaacaaaccagtggggaaagtgcaggtgcacgtagctgatttgtcagaa
atccaacgatgcaactgcaggccgacagatgagcatccttgcagcctccactctcagtgt
ctcaaccgcatgctgcagtacgagtgtcatccacaggtgtgtcctgcaggtgagagctgt
gagaaccagtgtttctccaagcggctgtacgtggagacagaggtgataaagacagacggc
cgcggctggggcctcagcaccaaccaggctctcaggaagggtgactttgtgactgagtac
gtgggagaggtgatagactcagaggagtgccagcagcgaatcaaacgcgcccatgaaaat
cacgtggccaacttttacatgctcaccctcaccaaggaccgtgtgattgacgccggcccg
aaaggaaactcgtctcggtttatgaaccacagctgcagcccaaactgtgaaactcagaag
tggacggtaaacggagacgttcgcataggcctcttcaccctctgtgacatcgaggcccac
acggagctgacgttcaactacaacctgcactgcgtgggcaacaggaggtcgtcctgtcac
tgtggttcagacaactgctcgggattcctcggggtgcagccaacgagtgctgtggtgatg
gagagagaggaaaaggccaggaatgccaagctgaagccgaagaagcggaagctgcgtccg
gagggcaaacactgccacgagtacttctgtttctgctgtggagagggaggcgagctggtg
atgtgtgaccgaaaggactgtccgaaagcgtaccatttgctctgtctcaacctcaccaag
ccaccatacggacgttgggaatgtccgtggcatgactgcagtgtttgcagcgccccggca
tcgtctctctgtgacttctgccctcgctcgttctgccgggaccacgaggagggggcgctc
acctcctcctcccttgaaggccgtccctgttgctccagtcacaaccctgtcagtcccctg
ggctccaactccagtctgacccagcctcgccgctccgccctgagcccggtcagtgtcaaa
gaggagccggaggagggcgagctggcttcagagtga
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integrated database retrieval system
