KEGG   Mus musculus (house mouse): 52463
Entry
52463             CDS       T01002                                 
Symbol
Tet1, 2510010B09Rik, Cxxc6, D10Ertd17e, LCX, mKIAA1676
Name
(RefSeq) tet methylcytosine dioxygenase 1
  KO
K13097  methylcytosine dioxygenase [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]
    52463 (Tet1)
   03041 Spliceosome [BR:mmu03041]
    52463 (Tet1)
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
     52463 (Tet1)
Transcription factors [BR:mmu03000]
 Eukaryotic type
  Zinc finger
   CXXC CpG-binding proteins
    52463 (Tet1)
Spliceosome [BR:mmu03041]
 Complex A
  Other components
   Complex A specific factors
    52463 (Tet1)
SSDB
Motif
Pfam: Tet_JBP zf-CXXC
Other DBs
NCBI-GeneID: 52463
NCBI-ProteinID: NP_001240786
MGI: 1098693
Ensembl: ENSMUSG00000047146
UniProt: Q3URK3
Position
10:complement(62640349..62723242)
AA seq 2039 aa
MSRSRPAKPSKSVKTKLQKKKDIQMKTKTSKQAVRHGASAKAVNPGKPKQLIKRRDGKKE
TEDKTPTPAPSFLTRAGAARMNRDRNQVLFQNPDSLTCNGFTMALRRTSLSWRLSQRPVV
TPKPKKVPPSKKQCTHNIQDEPGVKHSENDSVPSQHATVSPGTENGEQNRCLVEGESQEI
TQSCPVFEERIEDTQSCISASGNLEAEISWPLEGTHCEELLSHQTSDNECTSPQECAPLP
QRSTSEVTSQKNTSNQLADLSSQVESIKLSDPSPNPTGSDHNGFPDSSFRIVPELDLKTC
MPLDESVYPTALIRFILAGSQPDVFDTKPQEKTLITTPEQVGSHPNQVLDATSVLGQAFS
TLPLQWGFSGANLVQVEALGKGSDSPEDLGAITMLNQQETVAMDMDRNATPDLPIFLPKP
PNTVATYSSPLLGPEPHSSTSCGLEVQGATPILTLDSGHTPQLPPNPESSSVPLVIAANG
TRAEKQFGTSLFPAVPQGFTVAAENEVQHAPLDLTQGSQAAPSKLEGEISRVSITGSADV
KATAMSMPVTQASTSSPPCNSTPPMVERRKRKACGVCEPCQQKANCGECTYCKNRKNSHQ
ICKKRKCEVLKKKPEATSQAQVTKENKRPQREKKPKVLKTDFNNKPVNGPKSESMDCSRR
GHGEEEQRLDLITHPLENVRKNAGGMTGIEVEKWAPNKKSHLAEGQVKGSCDANLTGVEN
PQPSEDDKQQTNPSPTFAQTIRNGMKNVHCLPTDTHLPLNKLNHEEFSKALGNNSSKLLT
DPSNCKDAMSVTTSGGECDHLKGPRNTLLFQKPGLNCRSGAEPTIFNNHPNTHSAGSRPH
PPEKVPNKEPKDGSPVQPSLLSLMKDRRLTLEQVVAIEALTQLSEAPSESSSPSKPEKDE
EAHQKTASLLNSCKAILHSVRKDLQDPNVQGKGLHHDTVVFNGQNRTFKSPDSFATNQAL
IKSQGYPSSPTAEKKGAAGGRAPFDGFENSHPLPIESHNLENCSQVLSCDQNLSSHDPSC
QDAPYSQIEEDVAAQLTQLASTINHINAEVRNAESTPESLVAKNTKQKHSQEKRMVHQKP
PSSTQTKPSVPSAKPKKAQKKARATPHANKRKKKPPARSSQENDQKKQEQLAIEYSKMHD
IWMSSKFQRFGQSSPRSFPVLLRNIPVFNQILKPVTQSKTPSQHNELFPPINQIKFTRNP
ELAKEKVKVEPSDSLPTCQFKTESGGQTFAEPADNSQGQPMVSVNQEAHPLPQSPPSNQC
ANIMAGAAQTQFHLGAQENLVHQIPPPTLPGTSPDTLLPDPASILRKGKVLHFDGITVVT
EKREAQTSSNGPLGPTTDSAQSEFKESIMDLLSKPAKNLIAGLKEQEAAPCDCDGGTQKE
KGPYYTHLGAGPSVAAVRELMETRFGQKGKAIRIEKIVFTGKEGKSSQGCPVAKWVIRRS
GPEEKLICLVRERVDHHCSTAVIVVLILLWEGIPRLMADRLYKELTENLRSYSGHPTDRR
CTLNKKRTCTCQGIDPKTCGASFSFGCSWSMYFNGCKFGRSENPRKFRLAPNYPLHNYYK
RITGMSSEGSDVKTGWIIPDRKTLISREEKQLEKNLQELATVLAPLYKQMAPVAYQNQVE
YEEVAGDCRLGNEEGRPFSGVTCCMDFCAHSHKDIHNMHNGSTVVCTLIRADGRDTNCPE
DEQLHVLPLYRLADTDEFGSVEGMKAKIKSGAIQVNGPTRKRRLRFTEPVPRCGKRAKMK
QNHNKSGSHNTKSFSSASSTSHLVKDESTDFCPLQASSAETSTCTYSKTASGGFAETSSI
LHCTMPSGAHSGANAAAGECTGTVQPAEVAAHPHQSLPTADSPVHAEPLTSPSEQLTSNQ
SNQQLPLLSNSQKLASCQVEDERHPEADEPQHPEDDNLPQLDEFWSDSEEIYADPSFGGV
AIAPIHGSVLIECARKELHATTSLRSPKRGVPFRVSLVFYQHKSLNKPNHGFDINKIKCK
CKKVTKKKPADRECPDVSPEANLSHQIPSRVASTLTRDNVVTVSPYSLTHVAGPYNRWV
NT seq 6120 nt   +upstreamnt  +downstreamnt
atgtctcggtcccgccccgcaaagccttccaaatcagtcaaaacaaagctacagaaaaag
aaagacatccagatgaagacgaagacatcaaagcaggctgtcagacatggggcatcagcg
aaggcagtgaaccccggaaaaccgaagcaattaattaaaagaagagatggtaagaaggaa
acggaagacaaaaccccgacaccggcgccgagttttctgacgcgagccggggccgcccga
atgaatcgggatcgaaaccaagttctttttcagaacccagactccttaacttgcaacggg
tttacaatggctcttcgaagaacctctcttagctggcgactctcccagcgcccagtagtc
acacccaaacctaagaaagtaccaccttcaaagaagcagtgtacacataatatccaggac
gagccgggggtaaagcactctgaaaatgattcagtccccagccaacacgctaccgtgtcc
ccaggcacagagaatggtgaacagaacaggtgtttagttgaaggggagagccaagagata
acccagtcttgccctgtatttgaggaaagaatagaagatacccaaagctgtatttccgca
tctgggaacctggaagcagaaatttcttggccactggaagggacacattgtgaagaacta
ctttctcatcagacatctgataatgagtgcacttcccctcaagagtgtgctccattgccc
caaagatcaacttccgaagttacctctcagaaaaacactagcaatcagttagcagacttg
agctcacaagtagagtctatcaagctgtctgatccttctccgaatcctacgggaagcgac
cataatggctttccagactccagttttaggatcgttcctgaattggacctgaaaacctgc
atgcctcttgatgagtctgtgtatcccacagctctgataagattcatcttggcaggctca
cagccggatgtctttgatactaagccccaagaaaaaacccttataacaaccccagaacaa
gtgggaagccacccaaatcaagttctggatgccacctctgtcctaggacaggcctttagt
actcttccacttcagtggggattttctggtgctaacttagttcaagttgaggccctgggc
aagggttcagactcaccagaggatcttggtgctattactatgctaaaccaacaagaaact
gtggctatggatatggataggaatgctaccccggacctgcctatcttccttcctaagcct
ccaaacacagttgctacctacagtagccctcttttagggcctgagccccacagctctacc
tcctgtgggcttgaagtccaaggtgctaccccgattttaactttggactcaggacacact
ccccaactcccaccaaaccctgagtcaagttcagtacctctggtaatagctgcaaacggt
acgcgagctgagaagcagtttggtaccagccttttcccagccgtcccacaagggtttaca
gtcgcagccgagaatgaagtccagcatgccccattagatcttacccagggttctcaggct
gctcccagcaaactggaaggagagatttctcgggtcagcatcactggctcagctgatgtc
aaagccacagcgatgtccatgccggttacacaggccagtacctcttctcccccatgtaat
tctacgccgccaatggtggagaggaggaagcgcaaggcctgtggggtctgtgagccgtgc
cagcagaaggccaactgtggggagtgcacctactgcaagaatcgaaagaacagccaccag
atctgtaagaagaggaaatgcgaggtgctcaaaaagaagccagaggccacctcacaggca
caggttacaaaagaaaacaagaggccccagagggaaaagaagcccaaagttttaaagaca
gactttaacaacaaaccagtaaatggccccaaatcagagtccatggactgcagtagacgt
ggtcatggggaagaagagcaaaggttggatttgatcacacatccccttgaaaatgtaagg
aagaatgcaggcggcatgacgggaattgaggtggagaagtgggcgccaaacaagaaatca
cacttagcagagggtcaagtcaaaggaagctgtgatgccaatttaactggggtggaaaac
ccccagccctctgaagatgacaagcagcaaaccaacccttctccgacatttgcccagacc
ataaggaacggcatgaaaaatgtacactgtttacccactgacacacaccttccgctcaac
aaattgaatcatgaggaatttagcaaggcgttgggaaataattcctctaaattgctgact
gatccctcaaactgcaaggatgccatgagtgtcaccacctccgggggggagtgtgatcat
ctcaaggggccaaggaacaccctgctcttccagaagcctggcttgaactgcaggtctggt
gcagaacccaccatctttaataatcaccctaatacacacagcgctgggagtcgacctcac
cctcctgagaaggtacccaacaaagaacccaaagatggctctccggttcagccaagtctt
ctatccctaatgaaggacaggagattaacgctggaacaagtggtagccatagaagccctg
actcagctctcagaagcgccctcagagagctcctccccatccaagccggagaaggatgaa
gaagcgcatcagaaaacggctagtctgcttaacagttgcaaggctatccttcattcggtg
agaaaagacctccaagacccaaacgttcaaggaaagggccttcaccatgacactgttgtc
tttaatggccagaacagaacattcaagtcacctgatagtttcgctactaaccaagcactt
ataaaatcacaaggatatccaagttcacctacagctgagaagaaaggcgctgctggtggg
agagctccctttgatggttttgagaattcacatccattgcccatagaaagtcacaatctt
gaaaactgcagtcaggtactaagctgcgatcagaatttgagttcccatgacccatcatgc
caggatgcaccctacagtcaaattgaagaagatgtcgcagcacaattgacccaacttgca
tccacgattaatcacatcaacgccgaggtcaggaatgctgaaagtacaccagaaagcctt
gttgcaaagaacacaaagcaaaaacacagtcaggagaaacgcatggtacatcagaagcca
ccctctagtacacaaactaaacccagtgtaccatcagcaaagccaaagaaggcccagaaa
aaggcaagagcgaccccacacgcaaacaagcggaaaaagaaacccccagcccgaagctct
caagaaaatgatcagaagaagcaagagcagctagctatagagtatagtaaaatgcatgac
atttggatgtcatctaagtttcaaaggtttggccagtctagtccacgtagttttcctgtt
ctgttgagaaatattcctgtctttaaccaaatattaaagcccgtgactcagagtaaaaca
ccctcacaacataatgagttatttcctcctatcaatcagataaaattcacaagaaaccct
gaattggcaaaggagaaagtgaaggttgaaccatcagattctctgccaacatgccaattc
aagacagaatccggtgggcagacatttgcagagccggcagataattctcagggacagccc
atggtgagtgtcaatcaggaagctcaccctctgccccagtccccaccatctaaccagtgt
gctaatataatggctggtgctgcccaaacacagtttcatctaggcgctcaagagaacctg
gtgcatcagataccaccaccgacgttgcctggtacctcccctgacacactcttgccagac
ccagcatcaatcctcaggaaagggaaagtgttacatttcgatggaattacagttgttacg
gagaagcgtgaagctcaaacatcaagcaatggaccactgggtcccaccacagacagtgca
cagtcagaatttaaagagagcatcatggacttacttagcaagcctgcaaaaaacctgata
gctggattgaaggaacaggaagctgcaccctgtgactgtgatggaggtacacaaaaagaa
aaaggcccatattatacacaccttggggcaggaccaagtgtggctgctgtcagggagctc
atggagactaggtttggccagaaggggaaggcaatccggattgagaagatagtgttcacg
gggaaggaagggaagagctctcagggctgcccggtcgccaagtgggtgatcagaagaagt
ggtcctgaagagaagcttatttgtttggttcgtgagcgtgtagaccatcactgttcgacg
gctgtgatagttgtccttatcctgctgtgggaaggtatccctcgcctgatggctgaccgc
ctgtacaaagagctcactgagaacttgaggtcctacagcggacatcccacagaccgaaga
tgtaccctcaacaaaaagcgtacctgcacctgtcaaggcatcgacccaaaaacctgcgga
gcgtccttctcctttggctgttcgtggagcatgtatttcaacggctgtaagtttgggagg
agtgaaaaccccagaaaattcagacttgctccaaactaccccttacataactactataag
agaattactggaatgagttctgaaggaagtgacgtgaaaaccgggtggatcattccagac
cgcaagaccctcataagcagagaggaaaaacagcttgaaaagaatttacaagaattggct
acagtattagctccactttacaagcagatggctccagttgcttatcaaaatcaggtggaa
tatgaagaagttgctggagactgtcgacttggaaatgaagaggggcgtcctttctctggt
gtcacctgttgcatggatttttgtgcccattctcacaaggacattcacaacatgcacaac
ggaagcaccgtggtgtgtacgttgattcgagcagatggccgtgacacaaattgtcccgag
gatgaacaactccacgtcctgccactataccggcttgcagacactgatgaatttggctcc
gtggaagggatgaaggccaaaatcaaatctggggccatccaagtcaatgggccaaccagg
aagaggcgactacgttttactgagcctgttcctcgatgtgggaagagggccaaaatgaag
cagaaccacaataaatcaggttcacacaacactaagagcttttcatcagcctcatctact
tctcacctagtgaaagacgaatctacagacttctgtcccctgcaggcttcctccgcagaa
acatctacctgtacgtacagtaaaacagcctcaggtgggtttgcagaaacaagtagtatt
ctccactgcacaatgccttctggagcacacagtggtgctaatgcagctgctggggaatgt
actggaacggtgcagcctgccgaggtggctgctcatcctcaccagtctcttcccacagcc
gattctcccgttcatgctgagcctctcactagtccatctgagcagctaacttctaaccag
tcaaaccagcagctccctctcctcagcaattctcagaaactggcttcctgtcaggtggaa
gatgagcggcaccctgaagcggatgagcctcagcaccccgaggacgataacttgcctcaa
cttgatgaattctggtcagacagtgaggagatctacgccgatccttcctttggtggcgtg
gcgatagcacccattcacggctcggtgctcattgagtgcgctcggaaggagcttcatgct
accacctctttgcgctcccccaaacgaggggtcccttttcgtgtgtcccttgtattctac
cagcacaaaagcctaaacaagcctaatcatggttttgatatcaacaaaattaagtgtaaa
tgcaaaaaagtaacgaaaaaaaagcccgcagaccgggagtgtcctgatgtatcccccgaa
gccaatttatcacaccaaattccttctcgagttgcatcaaccttaacccgagacaatgtt
gttaccgtgtccccatactctctcactcatgttgcgggaccctacaatcgttgggtctaa

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Ontology (4)   
   KEGG BRITE (4)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (55)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (47)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (2)   
   OC (1)   
Protein sequence (8)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (6)   
DNA sequence (78)   
   RefSeq(nuc) (8)   
   GenBank (35)   
   EMBL (35)   
Protein domain (2)   
   Pfam (2)   
All databases (156)   

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