Anolis carolinensis (green anole): 100552443
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Entry
100552443 CDS
T01608
Symbol
setdb2
Name
(RefSeq) SET domain bifurcated 2
KO
K18494
[histone H3]-lysine9 N-trimethyltransferase SETDB2 [EC:
2.1.1.355
]
Organism
acs
Anolis carolinensis (green anole)
Pathway
acs00310
Lysine degradation
acs01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
acs00001
]
09100 Metabolism
09105 Amino acid metabolism
00310 Lysine degradation
100552443 (setdb2)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
acs03036
]
100552443 (setdb2)
Enzymes [BR:
acs01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.355 [histone H3]-lysine9 N-trimethyltransferase
100552443 (setdb2)
Chromosome and associated proteins [BR:
acs03036
]
Eukaryotic type
Histone modification proteins
HMTs (histone methyltransferases)
HKMTs (histone lysine methyltransferases)
100552443 (setdb2)
Heterochromatin formation proteins
Other heterochromatin formation proteins
100552443 (setdb2)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
SET
Pre-SET
zf-HC5HC2H
MBD
zf-HC5HC2H_2
Motif
Other DBs
NCBI-GeneID:
100552443
NCBI-ProteinID:
XP_008114661
LinkDB
All DBs
Position
1:137439041..137485400
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AA seq
1049 aa
AA seq
DB search
MEVDAKLFWSHLDSNTVDLMFERLQRVLLSLQQKIKDGTATEEECCQAFAFIQQVDMTDI
LPLTNVNVASDEDIQNCELDLHSSPSSGVREDPGNVFSFGRMETNEVLSSRSKRMLTGKA
SKVPYQAHTCSKNCLAKRPWNSYKGENPLCLPLLCHFQRRHAKPDAVFKSHDVMYRAPCG
KTLRNFQDVQKYLFQTECNFLFLDHFSFNTYVQVFRNTPSHQSCEFDFDISKGVETVPVS
FCNDIDHSQLPYFKYRKTSWPHGYFLNNFSSTFLDSCSCTDGCIDRTKCACLRLTERKCH
EVSDSSGKGKFIGYRYKRLDEPVPSGIYECSLLCTCDKSMCQNRLVQHGLQERLQVFNTE
KKGWGVRCLDDIDKGTFVCTYSGRLMNRNESWQVKDGDGDDDKEEDAENSNGSNNLLSIK
IEAVCSDSQTELNQTGMQKYLHVKPEDQPDIIQNSSYKKRWHNQTVKRPETRTSILQRHR
RQLGIADASSDEDVSAECQKPVRRGVTATTPKGHENLHLEVGELVNPVQPKVNTDHHAGN
PLSIAALNSTPPVQDEKQCRDLLWTGNACTEELGRGKWESFQNEEAMEDDESQLKAKEVP
YLLDATREGNVGRFLNHSCSPNLFVQSVFVETHNRNFPWVAFFTNRHVKAGTELTWDYGY
EAGSMPEIETPCYCKALKCRKKILLPTLGFYESGCYLHHQKGCWGSTGSNSGGEERGDVR
RRSLLLPRMRGKPADVISPARRSLAAVELLLSRKTTLIMAKMVRRRCAFCPEDEECAIMY
VAEGQDLAVHQDCLLYSSGFVESEEYSSDNLDIRFKVASVVNEIKRGRRLMCYFCRKKGA
TVGCEIKHCRRGYHYFCALCDDAAIETDDVKGTYRSALRVFCPNHDPAKKNSFYDEDSKR
GRSPVPMKSSSTRQKMNNKETVVEENLQALRKRQNQHKGKIEFLRKCKQAGLLDEIFEEM
LDTLHLAQEKLMDDNTSETEYEDTVMSLFDCGLFENILTAAQSGTEEKIQELLNTRKRLD
AQIGILQDLKEVVLSSPGDTISISNSTSE
NT seq
3150 nt
NT seq
+upstream
nt +downstream
nt
atggaagttgatgcaaaactattctggagtcatttggatagcaacacggtggatttgatg
tttgaacgactgcaaagagtgctgttgtctctgcagcagaaaatcaaggatggaactgca
accgaggaagaatgctgccaagcttttgcatttatacaacaagtggatatgactgacatc
ttacctctgacaaatgtaaatgttgcttctgatgaagatattcagaattgcgaacttgat
ttgcattcttctccctcaagtggagttagagaagatcctggaaatgttttttcttttgga
agaatggagacaaatgaagtgttgtcttcaaggagtaaaagaatgctaaccggaaaggcg
tcaaaggttccatatcaagctcatacctgctcaaaaaattgtcttgccaaaaggccatgg
aactcatataagggcgagaaccctctttgcctgccactgctgtgtcatttccagaggagg
cacgcaaaacccgatgctgtcttcaagtcgcatgatgtgatgtacagagctccttgtgga
aagactctgagaaatttccaagatgtgcagaaatatttgtttcaaacagaatgcaacttt
ttatttttagatcacttttccttcaatacctatgtgcaggtgtttagaaacacacctagt
catcaatcgtgtgaatttgattttgatatcagtaaaggtgttgagacggtaccagtttct
ttctgtaatgatatagaccacagtcagctgccttattttaaatatcggaagacttcatgg
ccacatggatacttcctgaacaatttctccagcactttccttgactcatgcagctgcacc
gatggctgcatcgacaggacaaaatgtgcctgcctgcgtcttactgagagaaagtgccat
gaagtgtcagattcttcaggaaagggaaaattcattggctatcgttacaaaaggctggat
gaaccagttcctagcggaatttacgagtgcagcttgttgtgtacctgtgacaagagcatg
tgccagaacagattagtgcagcatggtcttcaagagcggctccaggttttcaacaccgaa
aagaagggctggggggtccgttgccttgatgatattgacaaagggacgtttgtttgtacg
tactcaggcagactgatgaacagaaatgaatcttggcaagtaaaggatggtgatggagat
gatgataaagaggaggatgcagagaatagtaacgggagcaacaacttactttcaattaaa
atagaagctgtctgttctgattcacagactgaacttaaccaaactgggatgcaaaaatat
ttgcatgtaaaacctgaagatcagccagatataattcagaactccagctacaaaaagcgt
tggcataaccaaactgtcaaaaggccagaaaccagaacatctattcttcagcgtcaccgg
agacaactaggtattgctgatgccagctcagatgaagatgtgagtgctgagtgccagaaa
ccagtaaggagaggagtgactgctacaaccccaaaaggacatgaaaatctacatttagag
gtcggagaacttgtgaatcctgtacagcccaaagttaatacagaccaccatgcagggaat
cctctttccattgctgctttgaacagcacaccacctgtgcaggatgaaaagcaatgcaga
gacttactttggactggtaatgcatgcacagaagagcttgggaggggcaaatgggaatct
tttcaaaatgaggaagcaatggaagatgatgaatcacagctaaaggccaaggaggttcct
tatttgctggatgccactagagaaggcaatgtgggccgatttcttaatcacagctgctcc
ccaaatctctttgtacagagtgtatttgtagagacccacaacagaaatttcccatgggtg
gctttcttcacaaacaggcatgtaaaagctggaactgaactcacatgggattatggttat
gaagctggaagtatgcccgaaatagaaacaccctgttactgcaaggctctgaagtgcagg
aaaaaaatactacttccaactctaggattttatgagtctggctgctatttgcatcaccaa
aagggatgctggggctccactgggagcaattctggtggggaggagcgtggtgacgtcaga
cgcaggtcccttctcctgccgcgcatgcgtggtaaacccgcggacgtcattagtccggcg
cgaagatccctggctgccgttgagcttctgctttccaggaaaacgaccttgataatggca
aagatggtaagaagacgatgtgcattttgccctgaagatgaggaatgtgccattatgtat
gttgctgaaggacaggatcttgcagtccatcaggattgtctgttgtattcctcaggattt
gtagagtctgaagaatacagttcggacaatcttgatatacggttcaaggtggcttcagta
gtgaatgaaataaagagagggaggaggctgatgtgctatttctgtcgcaagaaaggagcc
acagttggctgtgagataaaacactgtcgcagaggctatcattatttctgtgcactgtgt
gatgatgcggcaatagaaacagatgacgtgaaaggcacttaccgttctgcattaagagtg
ttttgtccaaatcatgaccctgccaagaaaaacagtttttatgatgaagatagtaagagg
ggaaggtccccagtccccatgaaatcttcatcgactagacaaaaaatgaataataaagag
acggttgtagaagaaaacctacaagccctcaggaaaaggcagaaccaacataaaggaaag
atagaatttttaagaaagtgtaagcaggctgggcttcttgatgaaatatttgaggaaatg
ttagacacacttcatctggcgcaggaaaagctaatggatgacaacacttcagaaacagaa
tatgaagacaccgtaatgtcactttttgattgtggcctctttgaaaacatacttacagct
gctcagtcaggaacagaagaaaaaattcaggagctactaaatacaagaaagagattggat
gcccagattgggattcttcaagatttgaaagaagtagtactttcttctccgggagacaca
atcagcatatctaacagtacctctgaataa
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