Maylandia zebra (zebra mbuna): 101481339
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Entry
101481339 CDS
T02814
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
mze
Maylandia zebra (zebra mbuna)
Pathway
mze00310
Lysine degradation
mze01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
mze00001
]
09100 Metabolism
09105 Amino acid metabolism
00310 Lysine degradation
101481339 (nsd3)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
mze03036
]
101481339 (nsd3)
Enzymes [BR:
mze01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.370 [histone H3]-lysine4 N-dimethyltransferase
101481339 (nsd3)
2.1.1.371 [histone H3]-lysine27 N-dimethyltransferase
101481339 (nsd3)
Chromosome and associated proteins [BR:
mze03036
]
Eukaryotic type
Histone modification proteins
HMTs (histone methyltransferases)
HKMTs (histone lysine methyltransferases)
101481339 (nsd3)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PWWP
SET
PHD-1st_NSD
C5HCH
AWS
PHD
PHD_NSD
PHDvar_NSD
zf-HC5HC2H_2
zf-HC5HC2H
MUM1-like_PWWP
Motif
Other DBs
NCBI-GeneID:
101481339
NCBI-ProteinID:
XP_012773456
LinkDB
All DBs
Position
LG12:24214989..24243233
Genome browser
AA seq
1605 aa
AA seq
DB search
MDFSFSFMQGIMGNTIQQPPQLIDSANIRQEGTCDTGSDPGEDGGPSYDAALDAEFPYPP
SASEDMPQVPNGYPPGLGIYEPQAKFSMYSQFPNGSANGYGAIRSYGDHGLVSVEGTVLR
GPGLQERPLSPVSPPLSTHHPHLHHHHHHHPHHHHHSLHIHSNPPHIQTHSHPQSPPPPP
LPTQHHLHQTPHIMTHNLPPPPPLHLPSSSPPPSLVDNTPSSQPTHAPSSASGGVLKKTS
SPEIKLKIIKTYQNGKELFESALCGDLLQELQKESQKNEAAQAQRRHERKKEKRKKSARL
LLQAQEQSLDTSQTQPGTTGQTEDTHVQPPPKEAPPVQTEKPPKTVIKTEPKTPKVPKVH
HPSVIQETGFCKEFVIGDLVWSKVGTYPWWPCMVSSDPQMKVHTRINTRGHREYHVQFFG
SVAERAWIHEKRIVMYQGKQQFDELQSETLRKTTNPVERHKLMKPIPQRERSQWEVGVGH
AEDAFLMTRQERIDNYTFIYVDPDPTEAPPSKKPNIRPEKRSRRSSSSISKKEDRDVKSP
DREQPPRRQLPRRQCSVSNTDDNANSQASSEDKNQRGDQRKTSSPKQNAGCDARAQQDSP
PPVKTWKTAAARKLLPLSITMKRLNVEITKCDWPLIQKKAAASPKKDKEEEKKERVEREG
RQPDLGYCSPEQDSRAKPEPSPEEEEDGDEGEDEGEERRDSPASRRSEEGGLQQTSSPGS
HHSSPQGSQERKLQRRCVRSRSESERGNDLVPKKKTKKEQAEMAPETTLRTGSQKGASEI
SDACKPLKKRSRASTDVEMASSQYRDTSDSDSRGLNDPQGLFGKSLDSPAAADADASDTQ
SVDSGLSRQDSSTSKRDTVCQICEVYGDGLMVCEGDCNKQFHMECLGLSSPPEGRFSCTE
CRTGNHPCFSCKTVGMEVTRCSVSGCGCYYHEDCVRKLPGTTSSPGGGFSCPQHSCSTCC
LERDPQRASKGRLIRCIRCPLAYHTSDSCVAAGSVILTHHIMICSNHGSAKKNGLLSSPV
NVGWCFLCARGLLVQDLTDTILSSYAYKSHYLLTESNRAELKLPMIPSPSSATKKNVGKG
GKLLCCDSCPASFHPECLEMEMPEGSWSCSDCRAGKKPHYKQIVWVKLGNYRWWPAEICN
PRLVPSNIQSLRHDIGDFPVFFFGSHDYYWINQGRVFPYVENDKNFVTGQININKTFKKA
LEEAARRFQELKAQRESREALKQDRNSRKPPPYKFIKSNKPVGKVQVHVADLSEIQRCNC
KPADEHPCSLESQCLNRMLQYECHPQVCPAGDSCENQCFSKRLYAETEVIKTEGCGWGLR
TNQALKKGDFVAEYVGEVIDSEECQQRIKRAHENHVTNFYMLTLTKDRVIDAGPKGNSSR
FINHSCSPNCETQKWTVNGDVRIGIFALCDIEAGTELTFNYNLHCVGNRRTSCHCGSDNC
SGFLGVQPSSAAVTEKEEKARNAKMKQKKRKLRPEGKHTHEYFCFCCGKGGELVMCDRKD
CPKAYHLLCLNLTKPPYGRWECPWHDCSVCSNPASSLCDFCPRSFCRDHEAGALTTSSLD
DRLCCSSHNPLSPLGAKSSSTQQRRSAQSPVRVKEEPESGQPATE
NT seq
4818 nt
NT seq
+upstream
nt +downstream
nt
atggatttctccttctctttcatgcaagggatcatgggaaatacaattcagcaaccccct
cagctcattgactccgccaacatcagacaggaaggcacctgcgacaccggcagtgacccg
ggtgaggatggtggtccctcctacgatgcagccctggatgcagagtttccgtacccgcca
tcggcttcggaggacatgccgcaggtccccaatggctacccgccgggtttgggcatatac
gaaccgcaggctaaattctccatgtactcgcagttccccaacggctctgctaatggctat
ggggccatacggagctacggggaccacggcctcgtgtcggtggaggggaccgtcctgaga
ggtcccggtctccaggaaagacctctgtctcccgtttcacccccactgtccacacatcac
ccacacctccaccaccaccatcatcatcatccccatcaccaccaccattcgctccacatc
cactcaaatccacctcacatacaaacccactcacacccgcagagtcctccaccgccaccc
ctgcccacccagcatcacctacaccagacacctcacatcatgactcacaacctgccccct
cctcccccgttacacctgccttcgtccagtcctcccccctcacttgtggacaacacccct
tcgtctcagcccacgcacgccccatccagtgcttctggtggggtcctgaagaaaaccagc
tctccggagatcaagctgaagatcataaagacgtatcagaacggcaaagagctgttcgag
tctgcgctgtgcggagacctgctgcaagaactgcagaaagagtctcagaagaacgaggcc
gctcaggcgcagcgcagacatgagaggaagaaggagaagaggaaaaagagtgcaagactg
ctgctgcaagctcaggaacagagcctggacacgagccaaacacagccaggtaccacaggc
cagacagaggacacccacgtccagccgccgccaaaagaagcaccgccggtgcagacagag
aagcctccgaagaccgttattaaaaccgaaccaaagacgccgaaggttcctaaggtccat
catccatcagtgatccaggagacaggcttctgtaaggagtttgtaataggagatctggtg
tggtccaaggtgggtacctacccctggtggccctgcatggtgtcctcagacccacagatg
aaggtccacactcgcatcaacaccagaggtcacagggaatatcacgtccagttctttggc
agtgtcgcagagcgagcgtggatccacgagaagaggatagtcatgtaccaggggaagcaa
cagtttgacgagcttcagtcagagacacttcgcaaaaccacaaaccctgtagagagacac
aaactaatgaagcctatccctcagcgggaacgttctcagtgggaggtgggtgttggtcac
gccgaggatgcttttctgatgacgagacaggagcgaattgacaactacaccttcatctat
gtggacccagaccctactgaagccccacccagcaagaaacccaacatcagacctgagaaa
cgaagccggcgctcaagcagctctatcagtaagaaggaggaccgagatgtaaagtcacca
gatagagagcagcctccgcgacggcagcttccacggagacagtgtagtgtttcaaacaca
gatgacaacgcaaactcccaggcctcaagtgaagataagaaccagaggggggaccaacgt
aagaccagctcaccgaaacagaatgccggctgtgatgcacgagcacagcaggactctccg
cctccggtcaaaacgtggaaaacggcagctgccaggaagctgctgcctctttctatcaca
atgaagaggctgaatgtggagatcacaaaatgtgactggcctcttatccagaaaaaagca
gctgcctccccaaagaaggacaaagaagaagagaagaaagagagggtggagagagaaggc
aggcagcccgacctgggatactgctcacctgagcaggacagcagagctaaacctgagccc
agtccagaggaggaggaagatggggatgaaggagaggacgagggagaggagaggagagat
tccccagcgagtcggaggagtgaagagggaggattgcagcagacctcatctccgggatca
caccacagcagtccgcaaggttctcaagagaggaagcttcagcggcggtgtgtcagaagc
aggtctgagtcagagagaggcaacgatctcgtccctaagaagaaaaccaaaaaagagcag
gctgagatggctccagagaccacgctgaggacaggttcacagaaaggagctagtgagatc
tcagatgcgtgcaagccactgaagaagcgaagcagagcatcaacagatgtcgaaatggct
tcatctcagtacagagacacgtctgattcagactccagaggcctcaacgacccgcagggc
ttatttgggaagagtcttgatagtccagcagcagcagatgcagatgcttcagatactcag
tctgtggactctggcctgtcccgtcaggacagcagcaccagcaagagggacactgtgtgc
cagatctgcgaggtgtacggcgatggtttgatggtatgtgaaggtgactgcaacaagcag
tttcacatggagtgtctcggtttgtcgtccccacctgaaggaagatttagctgcacagaa
tgtagaacagggaaccatccttgttttagctgtaaaacagtgggcatggaggtgacgcgc
tgctctgtgtctggatgtggttgttactatcacgaggactgtgtccgtaaactcccggga
accaccagcagcccaggtggaggtttcagctgccctcagcacagttgttcaacctgctgt
ctggagagagacccacaacgagccagtaaaggtcgtctgattcgttgtatccgctgtccg
ttggcctatcacaccagcgacagctgcgtggcggcaggcagtgtcatccttactcaccac
atcatgatctgcagcaaccacggcagcgccaagaagaacggcctcctctcctcccccgtc
aacgtgggatggtgcttcctgtgtgcccgagggctgttagtgcaagaccttactgacacc
atattaagttcatatgcctataagtcccactaccttctgactgagtcaaatcgtgctgag
ttgaaattacctatgattccctctccttcgtcagctaccaaaaagaatgttgggaaagga
ggcaagttgctgtgctgcgactcatgcccagcttccttccacccggagtgtctggagatg
gagatgccggaggggtcgtggtcctgcagcgattgcagggcagggaagaaacctcactac
aaacaaattgtctgggtcaaactaggcaactacaggtggtggcctgcagagatctgcaac
cctcgcctggtgccatcaaacattcagagtcttcggcacgatattggtgacttcccggtt
ttcttctttggctcccatgactactactggatcaaccaaggccgcgtcttcccatatgtg
gagaatgacaagaactttgtcacaggacagatcaatattaacaaaaccttcaagaaagct
ctggaagaagcagcccggcgctttcaggagcttaaggcgcagagggagagcagggaggct
ctaaagcaggaccgcaattctcgcaaaccaccaccctacaagttcatcaagtccaacaag
cctgtggggaaagttcaggtgcacgtggccgacttgtcagaaattcagcgatgcaactgc
aagccagcagacgagcatccctgcagcctggagtcccagtgtctcaaccgcatgctgcag
tacgagtgtcacccacaggtgtgccctgcaggagacagctgtgagaatcagtgtttctcc
aaacggctgtatgcagaaacagaagtgataaagacggaagggtgtggctggggcctcagg
acaaaccaggcactgaagaagggtgactttgtggccgagtatgtgggagaggtgatagac
tcagaagagtgccagcagcgaatcaaacgtgcccatgaaaatcatgtgaccaacttctac
atgctcaccctcaccaaggatcgtgtcatcgacgctggcccaaaaggaaactcgtctcgg
tttattaaccacagctgcagcccaaactgcgaaacccagaagtggacggtaaacggcgac
gttcgtattggaatctttgccctttgtgacatcgaggctggcacagagctgacgtttaac
tacaatctgcactgtgtgggcaacaggagaacgtcgtgtcactgtggatcagacaactgc
tctggatttcttggggtccagccatcgagtgctgcagtgacggagaaagaggaaaaggcc
aggaatgcaaagatgaagcagaagaagcggaaactgcggccggagggcaaacacacacac
gagtacttttgcttctgctgcggaaaaggaggagagctggtgatgtgtgacaggaaggac
tgcccaaaagcgtatcacctgctgtgtctcaacctcaccaaaccgccatacgggcggtgg
gaatgcccgtggcatgactgcagcgtttgcagcaacccggcctcgtctctctgtgacttc
tgccctcgctccttctgccgggatcatgaggcgggggcgctcaccacctcctccctggac
gaccgcctctgttgttccagccacaacccgctcagtcccctgggggccaaatccagctcc
acccagcagcggcgctccgctcagagccccgtcagagtcaaagaggagccggagtcaggc
cagccggccacggagtga
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