KEGG   Mus musculus (house mouse): 214133
Entry
214133            CDS       T01002                                 
Symbol
Tet2, Ayu17-449, E130014J05Rik, mKIAA1546
Name
(RefSeq) tet methylcytosine dioxygenase 2
  KO
K24309  methylcytosine dioxygenase TET2/3 [EC:1.14.11.80]
Organism
mmu  Mus musculus (house mouse)
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:mmu03000]
    214133 (Tet2)
   03036 Chromosome and associated proteins [BR:mmu03036]
    214133 (Tet2)
Enzymes [BR:mmu01000]
 1. Oxidoreductases
  1.14  Acting on paired donors, with incorporation or reduction of molecular oxygen
   1.14.11  With 2-oxoglutarate as one donor, and incorporation of one atom of oxygen into each donor
    1.14.11.80  methylcytosine dioxygenase
     214133 (Tet2)
Transcription factors [BR:mmu03000]
 Eukaryotic type
  Zinc finger
   CXXC CpG-binding proteins
    214133 (Tet2)
Chromosome and associated proteins [BR:mmu03036]
 Eukaryotic type
  Histone modification proteins
   Histone demethylases
    214133 (Tet2)
SSDB
Motif
Pfam: Tet_JBP Pam16
Other DBs
NCBI-GeneID: 214133
NCBI-ProteinID: NP_001035490
MGI: 2443298
Ensembl: ENSMUSG00000040943
UniProt: Q4JK59
Position
3:complement(133169438..133250882)
AA seq 1912 aa
MEQDRTTHAEGTRLSPFLIAPPSPISHTEPLAVKLQNGSPLAERPHPEVNGDTKWQSSQS
CYGISHMKGSQSSHESPHEDRGYSRCLQNGGIKRTVSEPSLSGLHPNKILKLDQKAKGES
NIFEESQERNHGKSSRQPNVSGLSDNGEPVTSTTQESSGADAFPTRNYNGVEIQVLNEQE
GEKGRSVTLLKNKIVLMPNGATVSAHSEENTRGELLEKTQCYPDCVSIAVQSTASHVNTP
SSQAAIELSHEIPQPSLTSAQINFSQTSSLQLPPEPAAMVTKACDADNASKPAIVPGTCP
FQKAEHQQKSALDIGPSRAENKTIQGSMELFAEEYYPSSDRNLQASHGSSEQYSKQKETN
GAYFRQSSKFPKDSISPTTVTPPSQSLLAPRLVLQPPLEGKGALNDVALEEHHDYPNRSN
RTLLREGKIDHQPKTSSSQSLNPSVHTPNPPLMLPEQHQNDCGSPSPEKSRKMSEYLMYY
LPNHGHSGGLQEHSQYLMGHREQEIPKDANGKQTQGSVQAAPGWIELKAPNLHEALHQTK
RKDISLHSVLHSQTGPVNQMSSKQSTGNVNMPGGFQRLPYLQKTAQPEQKAQMYQVQVNQ
GPSPGMGDQHLQFQKALYQECIPRTDPSSEAHPQAPSVPQYHFQQRVNPSSDKHLSQQAT
ETQRLSGFLQHTPQTQASQTPASQNSNFPQICQQQQQQQLQRKNKEQMPQTFSHLQGSND
KQREGSCFGQIKVEESFCVGNQYSKSSNFQTHNNTQGGLEQVQNINKNFPYSKILTPNSS
NLQILPSNDTHPACEREQALHPVGSKTSNLQNMQYFPNNVTPNQDVHRCFQEQAQKPQQA
SSLQGLKDRSQGESPAPPAEAAQQRYLVHNEAKALPVPEQGGSQTQTPPQKDTQKHAALR
WLLLQKQEQQQTQQSQPGHNQMLRPIKTEPVSKPSSYRYPLSPPQENMSSRIKQEISSPS
RDNGQPKSIIETMEQHLKQFQLKSLCDYKALTLKSQKHVKVPTDIQAAESENHARAAEPQ
ATKSTDCSVLDDVSESDTPGEQSQNGKCEGCNPDKDEAPYYTHLGAGPDVAAIRTLMEER
YGEKGKAIRIEKVIYTGKEGKSSQGCPIAKWVYRRSSEEEKLLCLVRVRPNHTCETAVMV
IAIMLWDGIPKLLASELYSELTDILGKCGICTNRRCSQNETRNCCCQGENPETCGASFSF
GCSWSMYYNGCKFARSKKPRKFRLHGAEPKEEERLGSHLQNLATVIAPIYKKLAPDAYNN
QVEFEHQAPDCCLGLKEGRPFSGVTACLDFSAHSHRDQQNMPNGSTVVVTLNREDNREVG
AKPEDEQFHVLPMYIIAPEDEFGSTEGQEKKIRMGSIEVLQSFRRRRVIRIGELPKSCKK
KAEPKKAKTKKAARKRSSLENCSSRTEKGKSSSHTKLMENASHMKQMTAQPQLSGPVIRQ
PPTLQRHLQQGQRPQQPQPPQPQPQTTPQPQPQPQHIMPGNSQSVGSHCSGSTSVYTRQP
TPHSPYPSSAHTSDIYGDTNHVNFYPTSSHASGSYLNPSNYMNPYLGLLNQNNQYAPFPY
NGSVPVDNGSPFLGSYSPQAQSRDLHRYPNQDHLTNQNLPPIHTLHQQTFGDSPSKYLSY
GNQNMQRDAFTTNSTLKPNVHHLATFSPYPTPKMDSHFMGAASRSPYSHPHTDYKTSEHH
LPSHTIYSYTAAASGSSSSHAFHNKENDNIANGLSRVLPGFNHDRTASAQELLYSLTGSS
QEKQPEVSGQDAAAVQEIEYWSDSEHNFQDPCIGGVAIAPTHGSILIECAKCEVHATTKV
NDPDRNHPTRISLVLYRHKNLFLPKHCLALWEAKMAEKARKEEECGKNGSDHVSQKNHGK
QEKREPTGPQEPSYLRFIQSLAENTGSVTTDSTVTTSPYAFTQVTGPYNTFV
NT seq 5739 nt   +upstreamnt  +downstreamnt
atggaacaggacagaaccacccatgctgagggcaccagactgagtccattcctgatagca
ccaccttctcccatcagccatacagaacctctggctgtcaaactccagaatggaagcccg
ttagcagagagacctcatccagaagtaaatggagacaccaagtggcaatcttcccaaagc
tgttatggaatatcccacatgaaaggcagccagagcagtcatgagagtccacatgaagac
agagggtattccaggtgcttacagaatggagggataaaacgcacagtcagtgaaccatct
ctctctgggctccatccaaacaagatattgaaactagaccaaaaagctaagggagaaagc
aatatcttcgaggaaagccaagaaagaaaccacggtaaaagcagccgtcagccaaatgtc
tccggactaagtgataatggagagcccgtgacctcgaccacccaggaaagttcaggtgca
gatgctttcccaacacggaactacaatggagttgaaattcaggttctcaacgagcaggaa
ggggaaaaaggcaggagcgttacattacttaaaaacaagattgtgctaatgcctaatggt
gctacagtttctgcccattctgaggagaacacacgtggtgaactcctggaaaaaacacag
tgttatccagattgtgtctccattgccgtgcagagtaccgcatctcatgtaaacacccct
agcagtcaggctgctatcgagttgtcccacgagatccctcaaccatcgcttacctcagcg
cagatcaatttctcccagacctcaagcttgcagctgcctccagagccagctgcaatggtg
actaaggcctgtgatgctgataatgccagtaaaccagctatagtaccaggtacctgtcct
tttcagaaagcagaacaccaacaaaagtcagctttggacataggcccatctcgtgcagaa
aacaaaaccatccaaggaagcatggagctatttgctgaagaatactatcctagttccgac
cggaatttgcaagcttcgcatggcagctctgaacagtattcaaagcaaaaggaaaccaat
ggtgcttacttcaggcaaagctcgaagttccctaaagattccatctctcccactactgtg
accccaccgtcacaatcacttcttgctccccgtcttgttcttcagcctcctttagaagga
aaaggcgctctaaatgatgtagctttggaagaacaccatgactaccccaaccgaagcaac
cgaactcttttaagggaagggaaaatagaccatcaacccaagacatcatctagccagagt
ctgaatccatctgtacatacacccaacccccccttgatgcttccagaacagcatcagaat
gattgtggctcaccgagccctgaaaagtcaagaaaaatgtcagaatatctcatgtattac
ctgccaaatcatggccacagtggaggtttacaagaacatagccaatacctgatggggcac
agggagcaagagattccgaaggatgcaaacgggaaacaaacgcaaggctctgtacaggca
gcacctggctggatagaactgaaagccccgaatttgcatgaagcactccatcagacaaaa
cgcaaggatatatccttgcactcagtcctccactctcagaccggccctgtcaatcagatg
agctccaaacagtccactggcaatgtcaacatgccaggaggattccaaaggctaccttac
ctccagaaaacagcccagccagagcagaaggcacaaatgtaccaagtgcaagtgaaccaa
ggaccgtctccaggtatgggggaccaacatcttcagttccagaaagctttataccaggag
tgcatccccaggacagatccgtcatctgaggctcacccgcaagcaccgagcgttcctcag
tatcatttccagcaaagagtaaatccctccagtgataagcatttgagtcaacaggccaca
gagactcaacggttatcaggctttttacaacatactcctcagacgcaggcatcacaaaca
ccagcatcccagaactcaaatttccctcaaatctgccagcagcagcagcagcagcagtta
cagaggaagaataaagagcaaatgcctcagactttctctcatctccaaggtagcaatgat
aagcaaagagaaggctcgtgctttggccagattaaagtggaagaaagcttttgtgtcgga
aatcagtactccaaatcaagtaatttccaaactcacaataatacccaaggggggttggag
caagtacaaaatataaataaaaattttccttattcgaagatcttaacaccaaattcgagc
aacttacagattctcccttcaaatgacacacacccggcttgtgagcgggaacaagctcta
catcccgtaggaagtaagacctcaaacctgcagaacatgcagtatttcccgaataatgtg
accccaaatcaggacgttcaccggtgctttcaggaacaagcgcagaagcctcagcaagct
tcgtctctacaggggcttaaggacagaagccagggtgagtctccagccccaccagctgag
gcagctcaacagaggtatttggtgcataatgaagcaaaggcactccctgtgcctgagcaa
ggaggaagtcagacacagacccctcctcagaaggacactcagaagcacgctgccttaagg
tggcttctcttacagaagcaagaacagcagcaaacacagcaatcccagcctggtcataac
cagatgcttaggccaatcaagactgagcctgtatccaaaccttcttcctatagatacccc
ttgtcaccgccacaagaaaatatgtccagcaggataaagcaagagatctcctctccaagc
cgtgacaatgggcagccaaagagcatcattgagaccatggaacagcacctgaagcagttt
cagctcaagtcactctgtgactataaggctctgactctcaagtcacagaaacacgtgaaa
gtgccaacagatatccaggctgcagaatcggagaaccacgcccgagctgcagagcctcaa
gcaaccaaaagcacagattgttctgttctcgacgatgtttcagaatcagatactcctggt
gaacaaagtcagaatggcaaatgtgaaggatgcaatccagacaaagatgaagctccttat
tatacccatctaggagctggtcctgatgtggcagctattagaacactcatggaagaaagg
tatggagagaagggtaaagctattaggattgaaaaagtcatatatactggtaaagaaggc
aagagctctcagggatgtcctattgctaaatgggtatatcggagatcgagtgaggaggag
aaactactgtgtttggtacgagtgcgacctaatcacacatgtgagacggcggtgatggta
attgccatcatgttgtgggacggaatcccaaagctactcgcatcagaactctactcagaa
cttacagatatcttgggcaagtgtggcatatgcaccaaccgtcgctgttctcagaatgaa
actagaaactgttgttgtcagggtgagaatccagagacctgtggtgcctccttttctttt
ggttgttcttggagcatgtactataatggatgtaagtttgccagaagcaagaaaccaagg
aaatttaggctacatggagctgagccaaaagaggaagagagactaggttctcatttgcaa
aacctggctactgtcattgctccaatatacaagaagcttgcacccgatgcatacaataat
caggttgaatttgaacaccaagccccagactgctgtttgggtctgaaggaaggccggcca
ttctcaggagtcactgcatgtttggacttctctgctcattcccacagagaccagcagaac
atgccaaatggcagtacagtggtggtcaccctcaatagagaagacaatcgagaagtcgga
gctaagcctgaggatgagcagttccacgtgctgcctatgtacatcatcgcccctgaggat
gagtttgggagtacggaaggccaggagaagaagatacggatggggtccattgaggttctg
cagtcatttcggaggagaagggtcataaggataggagagctgcccaagagttgcaagaag
aaagcggagcccaagaaagccaagaccaagaaagcagctcgaaagcgttcctctctggag
aactgctccagtaggactgagaagggaaagtcttcctcacatacaaagctgatggaaaat
gcaagccatatgaaacaaatgacagcacaaccgcagctttcgggcccggtcatccggcag
ccaccaacactccagaggcaccttcagcaagggcagaggccacagcagccgcagccacct
cagccgcagccgcagacgacacctcagccacagccacagccacagcatatcatgcccggt
aactctcagtctgttggttctcattgttctggatccaccagtgtctacacgagacagcct
actcctcacagtccttatcccagctcagcacacacctcagatatttatggagataccaac
catgtgaacttttaccccacttcatctcatgcctcgggttcatatttgaatccttctaat
tacatgaacccctaccttgggcttttgaatcagaataaccaatatgcaccttttccatac
aatgggagtgtgccagtggacaatggttcccctttcttaggttcttattccccccaggct
cagtccagggatctacatagatatccaaaccaggaccatctcaccaatcagaacttacca
cccatccacacccttcaccaacagacgtttggggacagtccctctaagtacttaagttat
ggaaaccaaaatatgcagagagatgccttcactactaactccaccctaaaaccaaatgta
caccacctagcaacgttttctccttaccccacccccaagatggatagtcatttcatggga
gctgcctccagatcaccatacagccacccacacactgactacaaaaccagtgagcatcat
ctaccctctcacacgatctacagctacacggcagcagcttcggggagcagttccagccac
gccttccacaacaaggagaatgacaacatagccaatgggctctcaagagtgcttccaggg
tttaatcatgatagaactgcttctgcccaagaactattatacagtctgactggcagcagt
caggagaagcagcctgaggtgtcaggccaggatgcagctgctgtgcaggaaattgagtat
tggtcagatagtgagcacaactttcaggatccttgcattggaggggtggctatagctcca
actcatgggtcaattcttattgagtgtgcaaagtgtgaggttcatgccacaaccaaagta
aacgatcccgaccggaatcaccccaccaggatctcacttgtactgtataggcataagaat
ttgtttctaccaaaacattgtttggctctctgggaagccaaaatggctgaaaaggcccgg
aaagaggaagagtgcggaaagaatggatcagaccacgtgtctcagaaaaatcatggcaaa
caggaaaagcgtgagcccacagggccacaggaacccagttacctgcgtttcatccagtct
cttgctgagaacacagggtctgtgactacggattctaccgtgactacatcaccatatgct
ttcactcaggtcacagggccttacaacacatttgtatga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (76)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (69)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (1)   
   OC (1)   
Protein sequence (9)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (7)   
DNA sequence (42)   
   RefSeq(nuc) (8)   
   GenBank (17)   
   EMBL (17)   
Protein domain (2)   
   Pfam (2)   
All databases (135)   

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