KEGG   Mus caroli (Ryukyu mouse): 110306897
Entry
110306897         CDS       T05910                                 
Symbol
Kiaa0586
Name
(RefSeq) protein TALPID3 isoform X1
  KO
K22865  protein TALPID3
Organism
mcal  Mus caroli (Ryukyu mouse)
Brite
KEGG Orthology (KO) [BR:mcal00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:mcal03037]
    110306897 (Kiaa0586)
Cilium and associated proteins [BR:mcal03037]
 Primary cilia and associated proteins
  Other primary cilia associated proteins
   110306897 (Kiaa0586)
SSDB
Motif
Pfam: TALPID3 TAF8_C
Other DBs
NCBI-GeneID: 110306897
NCBI-ProteinID: XP_021034708
Ensembl: MGP_CAROLIEiJ_G0017827
UniProt: A0A6P5QLV8
Position
12:65771150..65869581
AA seq 1520 aa
MKNVEFSLERGQRLKMPARKLREIVSPNQGNKLVVVEDELPRVPPALAANKRFAVETRTS
SNGTLCGSLDLTSARLYHQPLSESPPASKKSDFSKDAVVQRLPLNKTEENNAPKANDIFI
SQYTMGQKDALRTVLKQKAQSMPVFKAVKVHLLEDTSTEKNTVAQETETPPNRIDSATTV
AAATAAAIATAAPLIKVQSDLEAKVNCVGELLTKLQETDKQLQRVTEHQASVQSKQEKVH
CHDHEKQMNVFMEQHIRHLEKLQQQQIDIQTHFIDAALKASSLQLGMSSSRAVEKYSGKL
GSPSVGSSVFSHNTFVSKRVPLSEDTDFDGQKSPLETPAPRRFAPVPVSRDGKITKRESP
TEEKENMEMNSPKGNVRLLEQVLNSSECLTRKTEASDITSLTQPKMGWDLEKRDSTETLH
SQIFPSSEERGTAQVPVQKYSDVVPDLGQKKQASDMLQIKQSPVTLRLSDHPHNPASLQT
TNTRSVLKDAAKILRGVQNNKKVLEENLEAIVRAKDGAAMYSLINALATNREMSEKIRIR
KQVDEWIKIISAEIQDELMRKDYEQKRFDPKNQRSKKALTMSRDIKANNQDKTVNRSVIP
RSHYQKQTQEQFTSPPVRNLPASGPQKERSGLLKSTTTLQDEDYMLQIYGKPVYQGHRST
LKKGPYLRFSSPSPKAKPQRPRVIELVKGTKVKSARTQTDFHAASRMKMDSKIQHPITTL
PHADQQYMFSPSREMPTVSGTLEGHLIPMAILLGQTQSNSDSIPPAGVTVNKTRPVTVTT
SIPPASRKGNTGVKKPNVAIVEMKSEKKDPPQLSVQVLPSVDIDSVSYSSTDGASSPPSP
KEASLPPLHTWIQTPDFMKVDEEEVPLPGANFDEVIDVIQEEEKRDEIPECSAPMLEFNR
SVKVVPSKYNGPSFPPVASAYHPTTDILDKVIERKETLENSLIQWVEQEIMSRIISGLFP
LQQQARLDASVSVSEASEPSASDIVAGTSSGALQRMVDARVPVNSDMVSHFVNEALTETI
AVMLADREAERQRPAATSVPGDLSGAETNLLARVCAPVATPQPTPPCSPSPVREHVLVKT
PDSSPCESDPDAASSIKEICVEKGSDMPAVMLVSTPTRTPVTTPPPAAALTPTLSEISID
KLKLSSPELPKPWDSGDLPLDEENPNSLQELPHPRAVVMSVANEEPESVDFSAHPAPPEP
APSASLPEGTKAPSLQRVPSSGSSTLENTLSTVTETETLDRHISEGEILFSCGQNLATKR
PGDLFLMNINDSLSSTLQDALEMEDDPPSEGQVIRRPYKKRHEDAIVALLTKQQRELLVS
QHEEDLENSVGELSEGQRLVLKAAEDILAGPSGRTMQPTSPAEPSYQHAAPRLVLQQSDT
ASGNICEDLCATHGPMSLRELELQPDSNLLLPITHTTTKVSDVNLPEAAEDFSQYQQKQD
SDIKQVEHKPIQRHLTSVRNKSDSSLSQHRGGPADPLLIAHVSPARMSVTLPSANLEDCS
QSLSTSSTHGGAESSGTDTF
NT seq 4563 nt   +upstreamnt  +downstreamnt
atgaaaaacgttgagtttagcctggaaagggggcaaaggcttaaaatgccagcgaggaaa
ctgcgagagattgtttctccaaaccaagggaataaattggttgtggtggaagatgagctg
ccccgtgttcctccagccctggctgcaaataaacgttttgctgttgaaacgaggactagt
tcaaatggaacgttgtgtggctccttggatttaacttctgcaagactgtatcaccagcct
ctgtcagaaagtcctcctgcgtccaagaaaagtgatttttctaaagatgctgtagttcag
cggctacctttgaataaaacagaagagaacaacgcaccaaaagcaaatgacatctttatt
tctcagtacaccatgggacagaaagatgctctgagaactgttttaaagcaaaaagctcaa
agcatgcctgtttttaaggcagtgaaagtacatcttttagaagacacgagtacagaaaag
aatactgttgctcaggagactgaaactccacccaatagaattgattcagctacaactgtg
gctgcggcaactgccgctgccatcgcaacagcagctcctttgatcaaggtccagagtgat
ttggaggcaaaggttaattgtgttggagagttacttactaagttacaggagactgataaa
cagttacagcgcgtgacagaacaccaagccagcgttcagagtaagcaagagaaagtgcac
tgtcatgaccacgagaagcagatgaacgtgttcatggagcagcatatcaggcaccttgaa
aaactacagcaacagcagatagacattcagacccattttattgatgctgcactcaaggct
agcagtcttcaacttggcatgtccagttccagagcagtggaaaagtattctggaaaactg
ggaagccctagtgttgggagcagtgttttttcacacaacacatttgtttctaaacgagtg
cctttaagcgaagacacagattttgatgggcagaaatctcctttagagaccccagcacct
cgcaggtttgcccctgtacctgtttcaagggatggaaaaataacaaagagggaaagccct
acagaagaaaaagaaaatatggaaatgaacagtcctaaaggaaatgtaagactgttggaa
caagtactgaatagtagtgagtgtttgacaagaaagactgaagcttcggacataacctca
ctgactcagccaaaaatgggatgggatttagagaaaagagacagcactgaaactttacat
tcccaaatatttccttcctctgaggagcggggaacagctcaagtacccgtgcagaagtat
agtgatgttgttcctgatcttggccagaagaaacaagcaagtgacatgctccagataaag
caatctccagttaccttgaggctttcagatcatccacataatcctgcctcgctccagaca
accaatacaaggtctgtcttgaaagatgctgcgaagattctgagaggagtacaaaacaat
aaaaaagtactagaagaaaacctggaagctatcgttcgtgcaaaggatggagctgctatg
tattcacttatcaatgctttagctaccaatagagagatgtcagagaaaattaggatcaga
aagcaagtagatgaatggattaaaatcatttcagcagaaatccaggatgaactcatgaga
aaagattatgaacaaaagagatttgatccaaagaatcaaaggagcaagaaagctctaact
atgagtagagatattaaagccaataaccaagacaaaacggtgaacagatctgtaattcca
agaagccattatcaaaagcaaacccaggagcagtttacaagtccacctgtgaggaacttg
cctgcctccggcccacagaaagagaggagtggcctcttgaagtcaaccacaacgttgcaa
gacgaggactatatgttacagatatatgggaagccggtttatcagggccaccgcagcact
cttaagaaaggaccatatctcagattcagttctccgtctcctaaggccaagccacagagg
ccaagggtaatagagctagtgaaaggcactaaagtcaagtcggcaagaacacaaactgac
tttcatgctgcatcacgtatgaaaatggattctaaaatacagcatcccatcaccacacta
cctcatgctgatcagcagtatatgttcagcccaagcagagaaatgcctactgtttcaggt
accctggaaggtcatctaattcctatggcaatcctcttaggacaaacccaaagcaatagt
gactccataccacctgctggagtcacagtaaacaagacacgccccgtgactgtgaccact
tctattcctccggcatctcgaaaagggaacactggagtcaagaaacccaacgtagccatt
gtagagatgaaatcagagaagaaggaccctccccagctctctgtacaggtattacctagt
gtggatattgatagcgtttcctacagcagtactgacggggcttcctctccgccaagtccc
aaagaagcctctctccctccactacacacctggatccagactccagactttatgaaggtg
gatgaagaagaggtgccccttccaggagctaactttgatgaagtaatcgatgttattcag
gaagaagaaaaacgtgatgaaattcctgaatgctctgcaccaatgttggagtttaacaga
agtgttaaagttgtcccttcaaaatataacggtccttcatttcctcctgtagcttctgct
taccaccccactactgatattttagataaagtaattgagagaaaagaaacattggaaaat
agtttaattcagtgggtagaacaagaaataatgtcaagaattatctctgggctctttcca
ctccagcaacaggccagacttgatgccagtgtctcagtaagtgaggcgagcgaaccgtca
gcttctgacattgtcgcaggaacaagcagtggagcactccagcgtatggttgatgccaga
gttcctgtgaactcagacatggtcagccattttgtcaatgaagctctgactgagaccatt
gctgtcatgttagctgacagagaagcggagaggcaaaggcctgctgccacaagtgttcct
ggtgatctttcaggagctgaaactaacctgttggcaagagtttgtgctccagtagctaca
ccgcagcccactcccccgtgttcaccatcacctgtgagggagcacgtgctagtgaaaacg
ccagactcctctccctgtgaatccgatccggatgcggcttcttctataaaagagatatgt
gttgaaaaaggaagtgatatgcctgctgtcatgcttgttagtacaccaacacgcactcct
gtcactacccctcctccagcagcagctcttaccccaactttgtccgaaatttccattgac
aagttgaagttatcaagccctgaacttcccaagccatgggacagtggagacctgccactg
gatgaagagaatcctaactctcttcaagaacttcctcatccaagagctgttgtaatgtct
gtggctaatgaagaacctgagagtgtggatttttctgctcaccctgcacctccggagcca
gctccctcagcatcacttcctgaaggcaccaaggccccttctctccagcgggtcccaagt
tctggttcatccaccctggagaacactctgagcactgtcactgagacagaaacgctagac
aggcatatatctgaaggggagatcttatttagctgtggtcaaaacttggctaccaagaga
cctggggacttgtttctgatgaacataaatgacagcttatccagcactctgcaggacgcc
cttgaaatggaagatgaccctcccagtgaagggcaggtgattaggaggccctacaaaaag
cgtcatgaagatgccatcgttgcccttcttactaagcaacaacgggagttattagtttca
cagcacgaggaggacttggagaacagcgtgggtgagcttagtgaaggacagaggctcgtg
ctgaaagcagcagaggacatcttagcaggaccgtccggccgcacgatgcagcccacttct
cctgcagagccttcctatcagcacgcagcccctcggctggtattgcagcagtctgacacg
gcctcaggtaatatttgtgaagatttatgtgccactcatggtccaatgagcttaagggaa
ctggagttgcagcctgattctaaccttcttcttcccataacacatactacaacaaaagtc
agcgatgttaatttaccagaagcagctgaagatttttctcagtaccaacaaaagcaagat
tcagacattaaacaagttgaacacaagccaatacaaagacatctaaccagcgtaagaaat
aaatctgacagttcactttcacagcatcgaggtggcccagcagatccgctcctcattgca
catgtgtcacccgccaggatgtctgtgactctaccctctgcgaaccttgaggactgctct
cagtccctgagcaccagctccacgcatggcggtgccgagtcctcagggacagacaccttc
tga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (2)   
   Pfam (2)   
All databases (18)   

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