KEGG   Mus caroli (Ryukyu mouse): 110311154
Entry
110311154         CDS       T05910                                 
Symbol
Ttc3
Name
(RefSeq) E3 ubiquitin-protein ligase TTC3 isoform X3
  KO
K15712  E3 ubiquitin-protein ligase TTC3 [EC:2.3.2.27]
Organism
mcal  Mus caroli (Ryukyu mouse)
Brite
KEGG Orthology (KO) [BR:mcal00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:mcal04121]
    110311154 (Ttc3)
Enzymes [BR:mcal01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.27  RING-type E3 ubiquitin transferase
     110311154 (Ttc3)
Ubiquitin system [BR:mcal04121]
 Ubiquitin ligases (E3)
  Single Ring-finger type E3
   Other single Ring-finger type E3
    110311154 (Ttc3)
SSDB
Motif
Pfam: TTC3_DZIP3_dom TPR_1 zf-RING_2 TPR_2 zf-C3HC4_2 zf-C3HC4 zf-rbx1 zf-RING_UBOX TPR_11 TPR_17 TPR_12 TPR_8 TPR_16 zf-RING_5 zf-C3HC4_3 zf-RING_16 zf-RING_11 TPR_9 ANAPC3
Other DBs
NCBI-GeneID: 110311154
NCBI-ProteinID: XP_021040052
Ensembl: MGP_CAROLIEiJ_G0020990
UniProt: A0A6P5R5D1
Position
16:88970272..89071605
AA seq 1998 aa
MPGHRGAPHLPPWVCGLCSMDDFAEGGLSLADDILLEDCPYEDDCICTPDFTTDDYVRVT
QLYYEGVGMQYKDYAQSEKNLEYDICNIWCSKPLSILQDYCDAIKLYIFWPLLFQHQHSS
IISRLHPCVEAIRSRAAEISLKKLQHLELMEDIVDLAKKVANDSFLIEGLLKIGYKIENK
ILAMEDALNWIKYTGDVTILPKLGSVDNCWPMLSIFFTEYKYHITRVVTENCNLLEEFRR
HSCMQCVKQGELMKMRGNEEFSKEKFEIAVIYYTRAIEYRPENHLLYGNRALCFLRMGQF
RNALSDGKRAIVLKNTWPKGHYRYCDALCMLGEYDWALQANIKAQKLCKNDPEGIKDLIQ
QHVKLQKQIEDLQGRTSNKNPIKAFYESRAYIPRNSSAPAFRTSLNFVETERGFRKTKYK
MANGGNQNQKVADEALKGDDCDCHPEFLPPPSQPPRHKGKQKSRNNESEKPSSNSEVSLQ
VDLKSILEKQFSKSSRAAHQDFANIMKMLRSLIQDGYTALLEQRCRSAAQAFTELLNGLD
PQKIKQLNLAMINYVLVVYGLAVSLLGIGRPEELSEAENQFKRIIEHYPNEGLDCLAYCG
IGKVYLKKNRFLEALNHFEKAKTLISRLPGILTWPTSNVIIEESKPEKVKVMLEKFVEEC
KFPPVPDAVCCYQKCRGYSKIQIYLTDPDFKGFIRISCCQYCKVEFHMNCWKKLKTTTFN
DKIDKDFLQGICLTPDCEGIISKIIIYSSGGQVKCEFEHKVIKEKVPSRPVLKQKCSSLE
KLRLKEDKKLKRKIQKQEAKKLAQERMEEDLRESNPPKNEEPEETSDGAQSCQFLDDRIL
QCIKQNADKIKSVVLNTSTLLKELLSWKVLSTEDYTTCFSSKNFVHEAVDYVIGHLIQEK
NRVKTRIFLHVLSELKELDPKLAPWIQRLNSFGLDAIGPFFTRYGASLKELDFHVVTVLW
DEKYGHKLGSMEGKQLDYFFEPALAMEARCLIWLLEENRDKFPALHSALDEFFDIMDSRC
TVLRKQDSDEMPFGCIKVKNKGKKKKPKDSKPMLVGSGAASVAPSSEAVTPEDHSRRNSD
SAGPFAVPDHLRQDVEEFEALYDQHSSEYVVRNKKLWDINPKQKCSTLYDYFSQLLEEHG
PLDMSDRMFSEEYEFFPEETRQILEKAGGLKSFLLGCPRFVVIDNCIALKKVASRLKKKR
KKKNMKAKVEDISKTGEYLRVKLPLNPTAREFQPDVKSEAVSEDVRSTPGPADSSTLAAE
DLKAQLDSDSSSGSASEDSRLEVASPDSPTPLCEDASPSPTPAPEEAKPTYWAQSHLVTG
FCTYLPFQGFGITQRPAYINMVPSLSQFTSIYTPLANISSEYPMQRSMPVVPSFVASNRA
DENAAAYFESPNLNTEHDAGDHIASETQILEDTLGVCVRSQGSAADADPALSEPEGNSEH
SGSSDSLWEASLENVSGTTDAPPAPSVAVQVSRSMVHQEVNTEPYEPFETQQGDLSQKEK
ECHLLREQLKVACENCEQIELRSSQEIKDLEEKLQRHTEENKISKTELDWFLQDLDREIK
KWQQEKKEIQERLKALKKKIKKVINTSEMSAQKTDGMDKECEPRPLQSPGFSSALTDEKT
KVEESVRRGKELYEESHQRAVAAEVSVLENWKDREVCKLQGVASQSEAYLKSLKLMSSDS
ATYPDVEYDILSWESFLSTVREEIENKKSQFEDHIKAIKNGSRLSDLSSVQLSEVSFPGC
STIYPQFLSESSGHEDLGLVACVDSMTGAVLNDPYMDSASGCPEEVPELSLGSPTHQPEV
TQPLELKRASQVSPSEQSPEADEKLSGQATRSSQSPKKPSNSIIEHLSVIFPCYTSTELA
GFIKKVRNKTKNSFSGLSIEEIVEKVTEHIVDEQKKKKPNPGKDKKTSEAHSAASVAKSS
QSPPLAAAGPSARTKGQKKDDVPAPDGNSCEICHEIFKSKNMRVLKCGHKFHKGCFKQWL
KGQSTCPTCGSSDLLSEE
NT seq 5997 nt   +upstreamnt  +downstreamnt
atgcccgggcatcggggcgctccacacctccctccgtgggtgtgtggactgtgcagcatg
gatgactttgctgagggaggtctcagtttggcagatgatatcttactggaagattgccct
tatgaggatgactgtatctgtactcccgactttaccactgacgattacgttcgagtaacc
cagctttactatgaaggcgtgggtatgcaatataaagattatgcccaaagtgagaaaaat
ttagaatatgacatctgcaatatatggtgcagtaagccactctccatcctgcaagattac
tgtgatgccattaagctgtacatcttctggccacttctttttcaacatcaacacagttct
ataatatcaagattgcatccctgtgtagaagccatccgttctcgtgctgctgagataagt
ttgaagaaattacaacatcttgagttgatggaagacattgtggatttggcaaagaaagtt
gcaaatgattcattccttattgaaggcttattgaaaattggttataaaatagaaaataaa
atcttggcaatggaagatgctttaaattggataaaatacacgggtgatgtaacaattcta
cctaaattaggatcagttgacaattgctggcccatgctaagtattttctttactgaatat
aaataccatattactagagttgtaactgaaaattgcaacttgctagaagaatttagaagg
catagttgcatgcagtgtgtgaagcaaggagaactaatgaaaatgagaggaaatgaagag
ttttcaaaggaaaagtttgaaatagctgttatttattacaccagagccattgaatataga
cccgaaaaccatcttctttatggtaaccgagctctctgttttcttcgtatggggcagttt
agaaatgcacttagcgatggaaagagggccattgttttgaagaacacctggccaaagggt
cattatcgttattgtgatgctctttgtatgctgggggaatatgactgggccctgcaagca
aacataaaagctcaaaaactctgtaaaaatgaccctgagggaatcaaggatctaattcag
cagcatgtaaagttacaaaaacaaatagaagacctacaaggtcggacatcaaataagaat
ccaattaaagctttttatgaaagcagggcttacatacctagaaactcatcagcacctgct
tttagaacatcacttaactttgtggaaacagaaagaggtttcagaaaaactaagtacaaa
atggcaaatggtggcaatcagaatcaaaaggtggcagatgaggctttgaagggggacgat
tgtgactgtcatcctgaatttctgccacctccaagtcagcctccaagacacaaaggaaaa
caaaaatcacgaaacaatgaatcagaaaagcccagttctaattcagaagtgagtttacaa
gtagatttgaaaagcattttggagaaacagttttcaaaatcttccagagctgcacaccag
gattttgctaacatcatgaaaatgcttaggagcttgattcaggatgggtacacggccctg
ttagagcagcgctgccgcagcgctgcccaggcctttacagagctgctcaatggtttagac
cctcagaaaataaagcaattgaacctggccatgattaattatgtattagtagtctatgga
cttgccgtttctctccttggaataggacgaccagaggagctgtctgaagccgaaaaccag
tttaagaggattatcgaacactatcccaatgaggggctcgactgcttggcctactgtgga
ataggaaaagtgtatttgaaaaagaacagatttcttgaagctcttaatcactttgaaaaa
gcaaagactttaattagtcgtctccctggaattctaacttggcccacaagtaatgtgatt
attgaagaatctaagccagaaaaagtcaaggtgatgttagagaagtttgttgaagaatgc
aagtttcccccagtgccagatgctgtttgttgctatcagaagtgccgtggatattctaaa
attcagatttacctaactgatccagactttaagggttttatacgaattagctgctgccaa
tactgtaaagtagaatttcatatgaactgctggaaaaagttaaaaacaacaacttttaat
gataaaattgacaaggattttctacaaggaatctgtctcactcccgattgtgagggaatc
atttctaagattatcatctacagcagtggaggtcaagttaaatgtgaatttgaacacaag
gtcataaaagaaaaggttccttcaagacctgttctgaaacagaaatgttccagcctagag
aagttaagactgaaagaagacaaaaaattgaagagaaagatccaaaaacaagaggcaaaa
aagttagcacaagaaagaatggaagaggacttaagagaaagcaatccacctaaaaatgaa
gagccagaagaaacctccgacggtgctcagagttgtcagtttcttgacgacagaatcctg
cagtgcataaagcagaacgctgacaagattaaatctgttgtattgaatacatccacgctt
ctcaaagagctgctctcttggaaggttctgagcacggaagactacacaacatgcttttct
agcaaaaattttgtccatgaagcagtggactatgtcatcggtcacttgatccaagagaag
aacagagtaaagacacggatatttctgcatgttttgagtgagcttaaagagttagacccc
aagttggctccctggatccagagactgaatagttttggcttggacgccatagggcccttt
ttcactcggtacggagcatctctcaaggagcttgatttccacgttgtgactgtcctctgg
gatgagaaatacggccacaaactgggctctatggaaggaaagcagcttgattacttcttt
gagccagcattggcaatggaagctcgctgtttaatatggctcctggaagagaacagggac
aagttcccggccttgcacagtgccttagacgagttctttgatataatggacagccgatgc
actgtactaaggaagcaagacagcgatgaaatgccgtttggttgtatcaaggtaaaaaac
aaaggcaagaaaaagaagccaaaagattcaaagccaatgttagtgggatctggagctgca
tcagtagcaccgagcagtgaggctgtcactccagaagaccatagcaggcgcaattcagat
tctgcaggaccatttgcagtgcctgaccaccttcggcaagatgtggaagaatttgaagct
ctttatgaccagcacagcagcgagtatgttgtccgaaataagaagctctgggatattaac
cccaaacagaaatgttcgactctgtatgattacttctctcagttgttggaagagcacggc
cccttggatatgagtgacaggatgttctctgaggaatatgagttcttccctgaagaaact
cgacagatactggagaaggcaggagggctgaagtcgttcctcctgggctgtcctcgattt
gttgtgatcgacaactgcattgcattgaaaaaagttgcctcaagactcaagaaaaaaaga
aagaagaaaaacatgaaagctaaagttgaagacatttcaaaaacaggagaatatttacga
gttaaactaccactaaatccaactgctagggaatttcaaccagatgtaaagtctgaagca
gtttctgaggatgtgaggtccacaccaggacctgctgactcctcaacactagctgcggag
gatctgaaggcccagctggactctgatagctcttctgggtcagcttcggaggatagcaga
ctggaagtggcctctcctgactctcctacaccactctgtgaggatgcttctccttccccc
acaccagctcctgaagaagccaaaccaacatactgggctcagtcacacttggtcacagga
ttctgcacataccttccttttcaaggatttggcatcacccagcgaccagcgtacattaac
atggtacctagcctgtcccagttcactagcatttatacacctttggccaacatttcttct
gagtatccaatgcaaagatccatgccagtggtgccatcttttgtagccagcaacagagca
gatgaaaatgccgctgcatactttgagagtcctaatctgaatactgagcacgacgctggt
gaccacattgcctctgaaacacagatcctggaggatactttgggagtgtgcgtcaggtcc
cagggcagcgcagctgatgctgatccagcgctgagtgagcctgagggaaacagcgaacac
agcgggagctctgacagcctgtgggaagcttctctagaaaatgtcagtggaacaacagat
gctccacctgctccatcggttgccgtacaggtgtctaggagcatggtacatcaggaagtc
aacactgagccgtatgagccgtttgaaacacaacagggggacctttcccagaaggaaaag
gagtgccacctactcagagagcagctgaaggtggcgtgtgagaactgcgagcagatagaa
ctcaggagctcacaagagatcaaggacctggaggaaaagctgcagcggcacacagaggaa
aacaagatctcaaagacagaattggactggttcctccaagatttggacagagagattaaa
aagtggcaacaagagaaaaaagaaatccaagaaagattaaaagccctgaagaaaaaaatt
aaaaaggttatcaataccagtgaaatgtctgcccagaaaactgatggaatggataaggaa
tgtgaaccacgtccgctccagtccccgggattcagcagtgcactcacagatgagaagaca
aaagttgaagagtctgtcaggagagggaaagagctctatgaagagagtcaccagagagct
gtggctgcagaggtgtctgttcttgaaaactggaaagatcgagaagtatgcaaactgcag
ggcgtggcatcacaatcagaagcctatcttaaaagcctcaagctgatgagcagtgattct
gcaacgtatcctgatgtggagtatgatatactttcatgggagtcatttctttctactgta
agagaagagatcgagaacaaaaagtctcagtttgaagaccatattaaggccattaagaat
ggctctcgactcagtgacctttccagtgtgcagctttctgaggtttcatttcctggttgt
tccacgatctatcctcagtttctctctgagtcttcaggccatgaggatcttggactggtg
gcttgtgtagacagcatgactggagcagtcctcaatgatccttacatggactctgctagt
ggctgcccagaggaggttccagaactgtcgctgggatcacccacccatcagccagaagtt
actcaaccgcttgagctcaagagggctagccaggtgtctccatcagagcagagccctgag
gccgatgagaaactatctggacaggctactcggtcaagccagtctccaaaaaagccttcc
aacagtattattgaacacctgtcagtgatattcccatgttataccagcactgagcttgct
gggtttattaagaaagttagaaacaaaaccaagaactcattctcgggattaagtattgag
gagattgtggagaaagtgacagaacacattgttgatgagcaaaagaagaaaaagccaaat
ccaggaaaagacaagaagacatcagaggctcattctgctgcctctgtggccaagtcctcc
cagagtccacccttggcagctgctggaccatcagctagaaccaaaggccagaaaaaagat
gatgtccctgcaccagatggaaattcctgtgagatatgccatgaaatattcaagtcaaaa
aacatgcgtgtgctaaaatgtgggcacaagtttcacaaagggtgctttaagcagtggttg
aaagggcagagcacgtgccccacctgtggcagcagtgacctgctgtcagaagagtaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
Protein sequence (12)   
   UniProt (1)   
   RefSeq(pep) (11)   
DNA sequence (11)   
   RefSeq(nuc) (11)   
Protein domain (19)   
   Pfam (19)   
All databases (51)   

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