Mus caroli (Ryukyu mouse): 110309030
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Entry
110309030 CDS
T05910
Symbol
Setdb2
Name
(RefSeq) LOW QUALITY PROTEIN: histone-lysine N-methyltransferase SETDB2
KO
K18494
[histone H3]-lysine9 N-trimethyltransferase SETDB2 [EC:
2.1.1.355
]
Organism
mcal
Mus caroli (Ryukyu mouse)
Pathway
mcal00310
Lysine degradation
mcal01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
mcal00001
]
09100 Metabolism
09105 Amino acid metabolism
00310 Lysine degradation
110309030 (Setdb2)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
mcal03036
]
110309030 (Setdb2)
Enzymes [BR:
mcal01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.355 [histone H3]-lysine9 N-trimethyltransferase
110309030 (Setdb2)
Chromosome and associated proteins [BR:
mcal03036
]
Eukaryotic type
Histone modification proteins
HMTs (histone methyltransferases)
HKMTs (histone lysine methyltransferases)
110309030 (Setdb2)
Heterochromatin formation proteins
Other heterochromatin formation proteins
110309030 (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:
110309030
NCBI-ProteinID:
XP_021037028
UniProt:
A0A6P5R4L3
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All DBs
Position
14:complement(50586472..50672335)
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AA seq
1008 aa
AA seq
DB search
MEEKNGDAKTFWMELQDDGKVDLMFEKTQNVLHSLKQKIKDGSATNGDYAQAMNLVNEAT
LSNTQTLEKDHRPVTQSEQENKSSALPSAAYDNSSPKGCAILSPGKKVFLPVKIKAQGLM
EKEAPLHISFHRHICSRACLTETPLSWKGENPLQLPIRCHFQRRHAKTNSHSSALHVNYK
TPCGRNLRNMEEVFHYLLETECNFLFTDNFSFNTYVQLTRNHPKQHEVVSGVDISNGVES
VSIPFCNEIDNSKLPQFKYRNTVWPRIYHLNFSNMFSDSCDCSEGCIDIKKCACLQLTAK
NAKACPLSSDGECAGYKYKRLQRLIPTGIYECNLLCKCNKQMCQNRVIQHGVRVRLQVFK
SEKKGWGVRCLDDIDKGTFVCIYSGRLLSRATPKKTNTGENGREQQHIVKSSFSKKRKLE
VVCSDREAHCDSPNTEDCPPKLSGDLKEPAVEMNHRNISRIRHHSVIRRTKSKTTVFHYS
EKNMGFVCSDSAAPGDKNGFKPAQEHVNSKARRAHEDLSSHPVGDSEDKQLTESDVIDIT
ASREDSSPAYRCKHATIVNSKDTKQVLEVPVKKSQEEEPAASQSQQALCDEELPSERTKI
PSASLMQLSKESLFLLDASKEGNVGRFLNHSCCPNLWVQNVFVETHDRNFPLVAFFTNRY
VKARTELTWDYGYEAGTMPEKEILCQCFCQLTEKMEKRTCALCPEGHDWSVIYFVPSANL
AAHENCLLYSSGLVECEAHNPCKIARNVDVKSVLERIWRGGPMICSFCNNEGAIVRCGET
SCAKNYHLFCAKEDYAVLQGGVTRTYKVFCSKHPPQQEEATESADGPSMKRKRGRKKRLS
SGPPAQPKVVKFMRSKRHVTGEPLGHRDAAVKAPFLKKCQEAGLLNVLLEHILEKMDSIY
GRLLDKTASESDYEGIETLLFESGLFEDTLIQFQEVIKSKACEWEERQRQMKKQLEALAD
LQQNFCSFQENGDLDCSSSTSGSLLPPEDHQVRCXESPEVQTGSGDSL
NT seq
3027 nt
NT seq
+upstream
nt +downstream
nt
atggaagaaaaaaatggtgatgcaaagactttctggatggagctacaagatgatggtaaa
gttgacttaatgtttgagaaaacacaaaatgtcctacattcactgaaacagaagataaag
gatgggtctgccacaaatggagactatgcccaagcaatgaatctagtaaatgaagccact
ctgagtaacactcaaacactggaaaaggatcatagacctgtgactcagagtgaacaggaa
aacaaatcaagtgcacttccctctgcagcgtatgacaactcctctcctaagggctgtgct
attctatctccaggaaaaaaagtattcctccctgtgaagattaaagctcaaggcttaatg
gaaaaggaagccccactgcatatatcattccatcgccatatctgctccagggcttgtctg
acggaaacaccactgtcctggaagggagaaaaccctctgcagctaccaatcagatgtcac
ttccaacgacgacatgcaaagacaaactctcattcttctgccctccatgtgaattataaa
acaccctgtggacggaatctacgaaacatggaggaagttttccattacctgcttgaaaca
gagtgtaactttttattcacagacaacttctctttcaatacttatgtccagttgactcgg
aatcacccaaagcaacatgaagttgtttctggtgtggatattagtaacggagtggagtcg
gtgtcgattcctttctgtaatgaaattgacaacagtaaacttccacagtttaagtatagg
aatacagtatggccccgaatatatcatctgaacttttccaacatgttttctgattcatgt
gactgttctgagggctgcatagacataaaaaaatgtgcatgtcttcagttgacagcaaag
aatgccaaagcatgtcccttgtcatcggatggagaatgtgctggatataaatataaaaga
ctgcagagactcatacctactggcatttatgaatgcaacctgctctgcaagtgtaacaaa
cagatgtgtcaaaaccgagttatccagcatggtgtccgggtgaggctacaggtgttcaaa
agtgagaagaagggctggggagtgcgctgcctggatgacattgacaaagggacatttgtg
tgcatttattcaggaaggttactgagcagagccactcctaagaaaactaatactggtgaa
aatggaagagagcaacagcacattgtgaaaagttcattttccaaaaagaggaaactagaa
gttgtgtgttcagatcgtgaagcacactgtgacagtcctaacactgaggactgtcctccc
aagcttagtggtgatctcaaagagcctgctgtggaaatgaaccatagaaatatttcaaga
attcgacatcattcagtcattagaagaactaaatccaagacaactgtttttcattacagt
gagaaaaacatgggatttgtttgctcagattctgccgccccaggagataagaatggattt
aaaccagctcaagaacacgtgaactctaaagctaggagagctcacgaggacttaagttca
cacccagttggagattctgaagacaaacagctgactgaatcagatgtgatagatataact
gcaagtagagaagactcttccccagcatacaggtgtaagcacgcaaccatagtgaatagt
aaggacactaaacaggtgcttgaagtcccagtaaaaaagtcccaagaggaagagcctgca
gcctctcagagccagcaggccttgtgtgatgaggagctgccaagtgagagaacaaagatt
ccatctgcttccctgatgcagctcagtaaagagagtctgtttctattggatgcttcaaaa
gaaggaaatgtgggccgtttcctcaatcatagttgctgcccaaatctctgggtgcagaat
gtttttgtagaaacacatgacaggaattttccattggtggccttcttcaccaacaggtat
gtgaaagcaagaacagaactaacatgggattatggttatgaagctgggaccatgcctgaa
aaggaaatcctctgccaatgtttctgtcagcttacagaaaagatggaaaaaagaacatgt
gccctctgccctgaaggccacgattggagtgtgatatactttgtaccatcagctaatcta
gctgctcatgaaaactgtttgctgtattcatcaggattggtggaatgtgaggcccataat
ccatgtaaaatagctagaaatgttgacgtgaaatcagtactggaaaggatctggagagga
ggcccaatgatatgctcattttgtaataacgaaggagccatcgtaaggtgtggtgaaaca
tcttgtgccaagaattaccacttattctgtgccaaggaggactacgcagttctacaaggt
ggagttacaagaacttacaaagtattttgctcaaaacatcctccacaacaagaagaggcc
actgaaagtgctgatggcccaagcatgaagaggaagagaggaagaaaaaaacgcctctca
tcaggccctcctgcacagccaaaagtggtgaaattcatgagatccaaaagacatgtgaca
ggagagcctctcggccacagagatgcagctgtcaaagctccttttcttaagaaatgccag
gaagcaggacttcttaatgttttacttgaacacatactagaaaaaatggattcgatttat
ggaagactcctggataagactgcctcagagtcagactatgaagggatcgagaccttactg
tttgagagtgggctgtttgaagatacattaatacaattccaagaagtaatcaagagtaaa
gcttgtgaatgggaagaaaggcaaaggcaaatgaagaagcagcttgaggcacttgcagac
ttacaacaaaacttttgctcatttcaagaaaatggggacctggactgctcaagttctact
tcaggatccttgctacctcctgaggaccaccaggtcagatgctaggagtctcctgaagtg
caaacaggctcaggagacagcctgtga
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