KEGG   Rattus norvegicus (rat): 360702
Entry
360702            CDS       T01003                                 
Symbol
Ttc3
Name
(RefSeq) E3 ubiquitin-protein ligase TTC3
  KO
K15712  E3 ubiquitin-protein ligase TTC3 [EC:2.3.2.27]
Organism
rno  Rattus norvegicus (rat)
Brite
KEGG Orthology (KO) [BR:rno00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:rno04121]
    360702 (Ttc3)
Enzymes [BR:rno01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.27  RING-type E3 ubiquitin transferase
     360702 (Ttc3)
Ubiquitin system [BR:rno04121]
 Ubiquitin ligases (E3)
  Single Ring-finger type E3
   Other single Ring-finger type E3
    360702 (Ttc3)
SSDB
Motif
Pfam: TTC3_DZIP3_dom zf-RING_2 TPR_1 TPR_2 zf-C3HC4_2 zf-C3HC4 zf-rbx1 zf-RING_UBOX TPR_17 TPR_12 TPR_16 TPR_11 TPR_8 zf-C3HC4_3 zf-RING_5 zf-RING_16 zf-RING_11 TPR_9 ANAPC3
Other DBs
NCBI-GeneID: 360702
NCBI-ProteinID: NP_001101785
RGD: 1308654
Ensembl: ENSRNOG00000001682
UniProt: A6KPW4 A0A8L2QUD9
Position
11:47158766..47258612
AA seq 2000 aa
MPGHRGAPHLPPWVCGLCSMDDFAEGGLSLADDILLEDYPYEDDCICTPDFTTDDYVRVT
QLYYEGVGMQYKDYAQSEKNLEYDICNIWCSKPLSILQDYCDAIKLYIFWPLLFQHQHSS
IISRLHPCVEAIRSRAAEISLKKLQHLELMEDIVDLAKKVANDSFLIEGLLKIGYKIENK
ILAMEDALNWIKYTGDVTILPKLGSVDSGWPMLSIFFTEYKYHITRVVTENCNLLEEFRR
HSCMQCVKQGELMKMRGNEEFAKEKFEIAVIYYTRAIEYRPENHLLYGNRALCFLRMGQF
RNALSDGKRAIVLKNTWPKGHYRYCDALSMLGEYDWALQANIKAQKLCKNDPEGIKDLIQ
QHIKLQKQIEDLQGRTSNRNPIKAFYESRAYIPRNSSAPAFRTSLNFVETERGFRKTKYR
MANGGGHQNQKVADEALKGDDCDCHPEFLPPPSQPPRHKGKQKSRNNESEKPSSNSQVTL
QVDLKSILEKQFSKSSRAAHQDFANIMKMLRSLIQDGYTALLEQRCRSAAQAFTELLNGL
DPQKIKQLNLAMINYVLVVYGLAVSLLGIGRPEELSEAENQFKRIIEHYPNEGLDCLAYC
GIGKVYLKKNRFLEALNHFEKAKTLICRLPGILTWPTSNVIIEESKPEKVKVMLEKFVEE
CKFPPVPDAVCCYQKCRGFSKIQIYLTDPDFKGFIRISCCQYCKVEFHMNCWKKLKTTTF
NDKIDKDFLQGICLTPDCEGIISKIIIFSSGGQVKCEFEHKVVKEKAPSRPVLKQKCSSL
EKLRLKEDKKLKRKIQKQEAKKLAQERMEEDLRESNPPKPEEPEETVESAQSCQFLDDRI
LQCIKQNADKIKSVVLNTSTLLKELLSWKVLSTEDYTTCFSSKNFVHEAVDYVIGHLIQE
KNRVKTRIFLHVLSELKELDPKLAPWIQRLNSFGLDATGPFFTRYGASLKELDFNIVTFL
WSEKYGHKLGSIEGKQLDYFCEPASVMEARCLIWLLEEHRDKFPALHSALDEFFDIMDSR
CTVLRKQDSDEMPFGCIKVKNKGKKKKPKDSKPMLVGSGTASVTPSSETVTPEDHNRRNS
DSAGPFAVPDHLRQDVEEFEALYDQHSSEYVVRNKKLWDINPKQKCSTLYDYFSQLLEEH
GPLDMSDRMFSEEYEFFPEETRQILEKAGGLKSFLLGCPRFVVIDNCIALKKVASRLKKK
RKKKNIKTKVEEISKTGEYLRVKLPLNPTAREFQPDVKSEAAAEDVTSIPGPADSSAPAA
EDLKPQLDSDSSSGSASEDSRLEVVSPDLPTPLCEDASPSPTPAPEDAKPTYWTQSHLVT
GFCTYLPFQGFGIAQSRPAYINMVPSLSQFTSIYTPLANISSEYPMPRSMPVVPSFVASE
RADGNAAAYFESHRLNTENASDDHTASETQILEGPLGMCVKSQSSTADARTALSEPEGNS
RHSGSSDSLWEASLENVSGITDVPPAPSVAIQVSRSLIHQEVNTEPYAPFERQQGDLSQK
EKECHLLREQLQVACEECEQMELRSSQETRDLEEKLQRHAEENKISKTELDWFLQDLDRE
IKKWHQEKKEIQERLKALKKKIKKVINTSDMSAQKNDGLDKECESQPDQSLGISSALTDE
KAKVEESVRKGKELYEESQQRAVAAEVSVLENWKEREVCKLQGVATQAEACLKSLKLMNS
DSAAYPDVECDILSWETFLSTVTEEIENTKCQFEEQIKAIKSGSRLSDLSSVQVSELLFP
ACSMIHPQLLSESSRHEDHGLVACVDSMTGAVLNDPYVGPDSGCSEEVPELSLGSPTHHP
EGAQQLEVKKASQVSPSEQNPEADEKPSGQATRSSQSQKNPFNSIIEHLSVIFPCYASSE
LSGFIKKVRNKSKNSFSGLSIEEIVERVTEHIVEEQKKKKPNPGKDKKTSEAHPAASVSK
SSPSPPLAAAGPSAKTKGQKKDDVPAPDGNSCQICHEIFKSKNMRVLKCGHKFHKGCFKQ
WLKGQSTCPTCGSSDLLSEE
NT seq 6003 nt   +upstreamnt  +downstreamnt
atgcctgggcatcggggcgctccacacctccctccgtgggtgtgtggactgtgcagcatg
gatgactttgctgagggaggtctcagtttggcagatgatatcttactggaagattaccct
tatgaggatgactgtatctgtactcctgactttaccactgatgattatgttcgagtaacc
cagctttactatgaaggcgtgggtatgcaatataaagattatgcccaaagtgagaaaaat
ttagagtatgacatctgcaatatatggtgcagtaagccactgtccatcctgcaagattac
tgtgatgccattaagctgtacatcttctggccacttctctttcaacatcagcacagttct
ataatatcaagattgcacccctgtgtagaagccatccgttctcgtgctgctgagataagt
ttgaagaaattacaacatcttgagttgatggaagacattgtggatttggcaaagaaagtt
gcaaatgattcattccttattgaaggcttattgaaaattggttataaaatagaaaataaa
atcttggcaatggaagatgctttaaattggataaaatacacgggtgatgtaacaattcta
cctaaattaggatcagttgacagtggctggcccatgttaagtattttctttactgaatat
aagtaccatattactagagttgtaactgaaaattgcaacttgctagaagaatttagaagg
catagttgcatgcagtgtgtgaagcaaggagaactcatgaaaatgagaggaaatgaagag
tttgcaaaggaaaagtttgaaatagctgttatttattacaccagagccattgaatataga
cctgaaaaccatcttctttatggtaaccgagctctctgttttcttcgtatggggcagttt
agaaatgcacttagtgatggaaagagggccattgttttgaagaacacctggccgaagggt
cattatcgttattgtgatgctctttctatgctgggggaatatgactgggccctgcaagca
aacataaaagctcaaaaactctgtaaaaatgaccctgagggaatcaaggatctaattcag
cagcatataaagttacaaaaacaaatagaagacctacaaggtcggacatcaaataggaat
ccaattaaagctttttatgaaagcagggcttacatacctagaaactcatcagcacctgct
tttagaacatcacttaactttgtggaaacagaaagaggtttcaggaaaactaagtacaga
atggcaaatggcggtggccatcagaatcaaaaggtggcagatgaggctttgaagggggac
gattgtgactgtcatcctgaatttctgccacctccaagtcagcctccaagacataaagga
aaacaaaagtcacggaacaatgaatcagaaaagcccagttctaattctcaagtgacttta
caagtagatttgaaaagcattttggagaaacaattttcaaaatcttccagagctgcacac
caggattttgctaacatcatgaaaatgttaagaagcttgattcaggatgggtacacggcc
ttgttggagcagcgctgccgcagtgctgcccaggcctttacagagttactcaatggctta
gatcctcagaaaataaagcaattgaacctggccatgattaattatgtattagtagtctat
ggacttgctgtttctctccttggaataggacgacctgaggaactgtctgaagccgaaaac
cagtttaagaggatcatcgaacactatcccaatgaggggcttgactgcttggcctactgt
ggaataggaaaagtatatttgaaaaaaaacagatttctcgaagctcttaatcactttgaa
aaagcaaaaactttaatttgtcgtctccctggaattctaacttggcccacaagtaatgtg
attattgaagaatctaagccagaaaaggtcaaggtgatgttagagaagtttgttgaagaa
tgcaagtttcctcctgtgccggatgctgtttgttgctatcagaagtgccgtgggttttcc
aaaatccagatttacctaactgacccagacttcaagggttttatacgaattagctgttgc
caatactgtaaagtagaatttcacatgaactgctggaaaaagttaaaaacaacaactttt
aatgataaaattgacaaggattttctacaaggaatttgtctcacccctgactgtgaagga
atcatttctaagattatcatctttagcagtggtggccaagttaaatgtgaatttgaacac
aaggtcgtaaaagaaaaggctccttcaagacctgttctgaaacagaaatgttctagtcta
gagaagttaagactgaaagaagacaaaaaattgaagagaaagatccaaaaacaagaggca
aaaaagttggcacaagaaagaatggaagaggacttaagagaaagtaatccacctaaacct
gaagagccggaagaaactgtagaaagcgctcagagttgtcagtttcttgatgacagaatc
cttcagtgcataaagcagaatgctgacaagattaaatctgttgtgttgaacacttccacg
cttctcaaagagttgctgtcttggaaggttctgagcacagaagactacacaacatgtttt
tctagcaaaaattttgttcatgaagcagtggactatgttatcggtcacttgattcaagaa
aagaacagagtaaagacacggatatttctgcatgttttgagtgagcttaaagagttagac
cccaagttagctccctggatccagagactgaatagctttggcttagatgccacaggaccc
ttttttactcgctatggagcatctctcaaagagcttgattttaacattgtgactttcctt
tggagtgagaaatatggccataaactaggttctatagaaggaaagcaacttgattacttc
tgtgagccagcatcagtaatggaagcacgctgcttaatatggctgctggaagagcacagg
gacaagttccccgccttgcacagtgctttagacgagttctttgatataatggacagccga
tgcactgtgctaaggaagcaagacagtgatgaaatgccgtttggttgtatcaaggtaaaa
aacaaaggcaagaaaaagaagccaaaagattcaaagccgatgttagtgggatctggaaca
gcatcagtaacaccaagtagtgagactgtcactccagaagaccataacaggcgcaattca
gattctgcaggaccatttgcagtgcctgaccaccttcggcaagatgtggaagagttcgaa
gctctttacgaccagcacagcagcgagtatgttgtccgaaataagaagctgtgggatatt
aaccccaaacagaaatgttcaactctgtatgattacttctctcagttgctggaagagcac
ggccccttggatatgagtgataggatgttctctgaggaatatgagttcttccctgaagaa
actcgccagatactggagaaggcaggagggctgaagtcgttcctcctgggctgtcctcga
tttgttgtgattgacaactgcattgcattgaaaaaagttgcctcaagactcaagaaaaaa
agaaagaagaaaaacattaaaactaaagttgaagaaatttcaaaaacaggagaatattta
cgagttaaacttccactaaatccaactgctagggaatttcagccagatgtaaagtctgaa
gcagcagctgaggatgtgacgtccataccaggacctgctgactcttcagcaccagctgct
gaggatctgaagccccagctggactctgatagctcttctgggtcagcttcagaggacagc
agactggaagttgtctctcctgacttgcctacaccactctgtgaggatgcttctccttcc
cccacaccagctcctgaagatgccaaaccaacttactggactcagtcacacctggtcaca
ggattctgcacataccttccttttcaaggatttggcatcgcccagtctcggccagcgtac
attaacatggtaccaagcctgtcccagttcactagcatttacacgcctttggccaacatt
tcttctgagtatccaatgccaagatccatgccagtggtaccatcttttgtagccagcgag
agagcagacggaaatgccgctgcatactttgagagtcatcgtctgaacactgagaacgcc
tctgatgaccacactgcctctgaaacacagatcctggagggtcctttgggaatgtgcgta
aagtcccagagcagcacagctgatgcccggacagctctgagtgagcctgaaggaaacagc
agacacagtgggagctctgacagcctgtgggaagcttctctagaaaacgtcagtggaata
acagatgttccaccagctccgtcggttgccatacaggtgtccaggagcttgatacatcag
gaagtcaatactgagccatatgcaccttttgaaagacaacagggggacctttcccagaag
gagaaggagtgccacctgctcagagagcagcttcaggtggcctgtgaggagtgtgagcag
atggaactcaggagctcacaggagaccagggacctggaggagaagctgcaaaggcacgcg
gaggagaacaagatttcaaagacggaattagactggttcctccaagatttggacagagag
attaaaaagtggcatcaagagaaaaaagaaatccaagaaaggttaaaagccctgaagaaa
aaaattaaaaaggttatcaataccagtgacatgtctgcacagaaaaatgatggattagat
aaagaatgtgaatcacagccggaccagtcccttggaatcagcagtgcactcacagatgag
aaggcaaaagtagaggagtctgtcaggaaagggaaggagctctatgaagagagtcagcag
agagctgtggctgcagaggtgtctgtgcttgagaactggaaggagcgagaagtctgtaaa
ctgcagggcgtggcaacacaagcagaagcctgtcttaaaagcctgaagctgatgaacagt
gactctgcagcatatcctgatgtggagtgtgatatactttcgtgggaaacattcctttct
actgtaacagaagaaattgagaacacaaagtgtcagtttgaagagcaaattaaggctatt
aagagtggctctcgactcagtgacctttccagtgtacaggtttctgagcttttatttcct
gcttgttcaatgattcatcctcagttactctctgagtcttcaagacatgaggatcacggg
ctagtggcttgtgtagacagcatgactggagcagtcctcaacgatccgtatgtagggcct
gatagtggctgctcagaggaagttccagaactgtcactgggatcgcctacccatcatcca
gaaggtgctcaacagttagaggttaagaaggctagccaggtgtctccatcagaacagaac
cctgaggctgatgaaaaaccatctgggcaggccacgaggtcaagccagtctcaaaaaaat
cctttcaacagtattattgaacacctgtcagtgatattcccatgttatgccagctccgag
ctttctggttttattaaaaaagttagaaacaaaagcaagaactcattctcgggattaagt
attgaggagattgttgagagagtaacagaacacattgtcgaggaacagaagaagaagaag
ccaaatccaggaaaggacaagaagacatctgaggctcatcccgctgcctctgtgtccaag
tcttccccgagtccacccttggcagctgctggaccatcagctaaaaccaaaggccagaaa
aaagatgatgtccctgcaccagatggaaattcctgtcaaatatgccatgaaatattcaag
tcaaaaaacatgcgtgtgctaaaatgtgggcacaagtttcacaaagggtgctttaagcaa
tggctgaaagggcagagcacgtgccccacctgtggcagcagtgacctgctgtcagaagag
taa

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   RGD (1)   
Protein sequence (24)   
   UniProt (2)   
   RefSeq(pep) (22)   
DNA sequence (56)   
   RefSeq(nuc) (22)   
   GenBank (17)   
   EMBL (17)   
Protein domain (19)   
   Pfam (19)   
All databases (110)   

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