Alligator mississippiensis (American alligator): 102576351
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Entry
102576351 CDS
T03087
Symbol
SETDB2
Name
(RefSeq) SET domain bifurcated 2
KO
K18494
[histone H3]-lysine9 N-trimethyltransferase SETDB2 [EC:
2.1.1.355
]
Organism
amj
Alligator mississippiensis (American alligator)
Pathway
amj00310
Lysine degradation
amj01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
amj00001
]
09100 Metabolism
09105 Amino acid metabolism
00310 Lysine degradation
102576351 (SETDB2)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
amj03036
]
102576351 (SETDB2)
Enzymes [BR:
amj01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.355 [histone H3]-lysine9 N-trimethyltransferase
102576351 (SETDB2)
Chromosome and associated proteins [BR:
amj03036
]
Eukaryotic type
Histone modification proteins
HMTs (histone methyltransferases)
HKMTs (histone lysine methyltransferases)
102576351 (SETDB2)
Heterochromatin formation proteins
Other heterochromatin formation proteins
102576351 (SETDB2)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
SET
zf-HC5HC2H
Pre-SET
MBD
zf-HC5HC2H_2
CEBP_ZZ
Motif
Other DBs
NCBI-GeneID:
102576351
NCBI-ProteinID:
XP_019355971
LinkDB
All DBs
Position
Un
AA seq
1148 aa
AA seq
DB search
MHDTCVQLLQRMEQTKSDLQTVWREMEDERVDFIFEQMQNLLLSLKQKIKDGSATSKECF
QACMLLKEANLSNLFTSTNVNNVTDEDTMQKSESRLQPSESNGNRTDTEDSSLFPKTEAQ
KVERSMKTHLPFCAGLSRIVNMEEKEKSCSENEEAANEIVELPLTLPYQNHNCSNACLSN
RPLNSYKSENPLKIPILCQFQRRHAKADCLSKSHDVNYKAPCGKSLRNFEEVQNYLLETE
CDFLSVDYFSFNTYVQLGRNTVNQEPLVFDFDISNGAEVVPISFCNDIDRTRLPFFKYRK
ASWPRGYYLNNFSSTFVDSCDCTDGCTDRLKCACLQLTARGFSESSMSPNKVLCGYKHKR
LEMPITSGIYECNVSCRCNRMLCQNRVVQHGIQVRLQVFNTEKKGWGVRCLDDIDKGTFV
CTYSGRLMSRAESQETGDANHEDNEQDAESGRSHSSLPKKRRGDAACSDSEIELVQTGKG
ALHAEYEPLTQPLDAENKPPDLLPSLYRLQNNGCNPNNLINSGVRRPKARIDFLHNHQPE
LGVDTLAHDATSDEGSSLSQQSTKLKPTTGTKRRKGKLNLRQELEDLEETMQVESAVSLG
AKCKERTSPQDLAHGKLVTQGDAYAVKKDRALLHKSEFKEEKCKSSKQDPFCHETLLKNS
DQENIYLLDATKEGNVGRFLNHSCCPNLFVQSVFVETHNKNFPWVAFFTNRHVKSGTELT
WDYGYEAGSMPETEIPCQCGVQKCRKKILSPPPLGHAHFRVLAPLSRCLGAAVGSPVSCL
YGSAGSEWFRPPRNSLQDPVCADVTSLAKNVLRYTCQLLLQWLITKLCWIQVEKWLALEM
LVTSQIMAKMVRRRCAFCPEGEECSIMYISEEQNLAVHQDCLLYSSGFVESEEYNPDNLD
IRFDVASVLNEIKRGKRLMCNFCRKKGATVGCEERACRRSYHYFCALCDDAAIETDEVKG
IYRVFCPKHDPGNRNNHYGKVSSQTTALDSTVWGGDAVSRRRRQSMISSTIREAMSTEET
AEENSLRVLRNNNRHKVRIDFLRKCKRAGLLDDIFEAMLDTLHLAQEKLMDDNTSETEYE
ETVTSLFECGLFENILTNAHSGTEEKIQELLETRKRLDTQIELLQELKEEVVLPVQENRA
SASSSVSE
NT seq
3447 nt
NT seq
+upstream
nt +downstream
nt
atgcatgatacgtgtgtacaactactccaaaggatggaacaaactaaaagtgacttacag
acggtttggagggagatggaagatgaaagagtggactttatatttgagcagatgcaaaac
ctgttgctgtctctgaaacaaaagatcaaagatggaagtgcaacaagcaaagagtgcttc
caagcttgcatgctgttgaaagaggctaatctaagtaatcttttcacatcaacaaatgta
aacaatgtgactgatgaagataccatgcagaaaagcgaatctagattacagccttctgaa
tcaaatggaaatagaacagatacagaagacagttctctcttccctaagactgaggcacag
aaagtggagaggagcatgaagacacacctacctttttgtgcagggttgagtagaattgtg
aacatggaagagaaggaaaagtcatgttcagagaatgaagaggcagctaatgaaatcgtg
gagttacctttaacattgccttatcagaatcacaattgctctaatgcgtgtctttccaat
agaccactgaactcctacaagagtgaaaacccccttaagataccaatcctgtgtcagttc
caaagacgacatgcaaaagcagactgtctttccaagtcacatgatgtgaattataaagcc
ccctgtgggaagagtctgagaaattttgaagaggtgcagaattacctgcttgaaacagag
tgtgacttcttatctgttgattacttttccttcaacacatatgtacagctgggcaggaac
actgtaaaccaagaaccacttgtatttgattttgatatcagcaatggagctgaggtggtg
cccatttccttctgcaatgacattgaccgtacaagattacctttctttaaatacagaaag
gcatcatggccacgtggatactatctgaacaacttttccagcacgtttgttgattcatgc
gactgtacagatggctgcacagataggttaaaatgtgcatgcctacagctgactgcaaga
ggctttagtgaaagttccatgtcgccaaataaagtactttgtggatataagcataaaaga
ctggagatgcccattactagtggaatttacgaatgtaacgtatcatgcaggtgtaaccga
atgttgtgtcagaacagagtagtacagcatggcatccaggttcggttacaagtgtttaac
acagaaaagaaaggctggggagtccgctgccttgatgatattgacaaaggaacatttgtt
tgcacttactcaggcaggctgatgagcagagctgaatctcaggaaacaggtgatgctaat
catgaggataatgaacaagatgccgagagtggcagaagtcacagctcacttccaaagaaa
agaagaggggatgctgcttgttcagattctgagattgagcttgtgcagactggtaaaggt
gctcttcatgcggagtatgaacctttgactcaacctttagatgctgaaaacaaaccacct
gatcttttgccatctctgtacagacttcagaataatggatgtaatccaaataatttgatc
aactctggtgttagaagacctaaagccagaatagattttctccacaatcaccagccagaa
ctgggagttgatacactggcacatgatgccacctcggatgaaggtagctctttatcccag
cagtcaaccaaattgaaaccaaccactggaaccaagagaagaaaaggaaaactaaacctg
cgacaggagctagaggatctggaggagaccatgcaggttgaatctgctgtcagccttggt
gcaaagtgcaaagagaggacatctccacaggatcttgcacatggtaaattggtcacgcaa
ggtgatgcttatgctgtgaaaaaggacagggctctactccataagagtgagttcaaagaa
gaaaaatgtaagagctccaaacaagatcctttttgtcatgagacgcttctgaagaattct
gatcaagaaaacatttatttgttggatgccacaaaagaaggaaatgtgggtcgatttctt
aatcatagctgctgcccaaatctctttgtgcaaagtgtctttgtagagactcacaacaag
aatttcccctgggtggcattcttcacaaacaggcacgtgaaaagtggaactgaactcacg
tgggattatggttatgaagctggaagcatgccagagactgagatcccctgtcagtgtggc
gttcagaagtgcaggaaaaaaattttatctccgcccccacttgggcacgcccacttccgt
gtcctcgcgcccctttctcgctgcttgggagcggcggttggtagtcccgtgtcctgtctg
tacggaagcgcggggagcgaatggtttcgtccgccccgcaatagcctccaggatccagtg
tgcgctgatgtgacatctctagcaaagaacgtattacggtacacctgccaattgctgcta
cagtggctgatcacaaagctttgttggatacaggtggaaaagtggctagctctggaaatg
ctggttacttcccagataatggcgaagatggtaagaagaaggtgtgcattttgtcccgag
ggtgaggaatgttctataatgtacatctcggaggagcaaaaccttgcagttcatcaagac
tgtttgctatattcctcaggatttgtggaatctgaagagtacaacccagataatcttgat
ataaggtttgatgtagcttcagtgttgaatgaaatcaagagaggaaagcggctgatgtgc
aacttctgtcgcaaaaaaggagctactgtaggctgtgaggaaagagcctgtcgccgaagt
taccactacttttgtgcactgtgcgatgatgcagcaatagaaactgatgaagtaaaagga
atttaccgggtgttctgtccaaaacatgacccaggcaataggaacaatcactatggaaag
gtcagctcccagactactgcactggacagcacagtttggggaggagatgcagtcagtagg
aggagaaggcagtcaatgatatcttccaccatcagggaagcaatgagcacagaggaaaca
gcagaagagaatagtttacgagttctaaggaacaataacagacacaaagtaagaatagat
tttcttcggaagtgcaagcgggccgggcttctggatgatatattcgaagcaatgcttgac
acacttcaccttgcacaggaaaaactcatggatgataacacttcagaaacagagtatgag
gaaactgtaacatcactttttgaatgtggcctgtttgaaaacatacttacaaatgctcat
tcagggacagaggaaaagattcaggaacttcttgaaaccaggaaaaggctggatactcag
attgaactgctgcaagagttaaaagaagaagtagttcttcctgttcaggaaaacagagcc
agtgcatctagttcagtgtctgaatag
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