KEGG   Mus musculus (house mouse): 66860
Entry
66860             CDS       T01002                                 
Symbol
Tanc1, 1200003E16Rik, Tanc, mKIAA1728
Name
(RefSeq) tetratricopeptide repeat, ankyrin repeat and coiled-coil containing 1
  KO
K26456  protein TANC
Organism
mmu  Mus musculus (house mouse)
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:mmu04812]
    66860 (Tanc1)
Cytoskeleton proteins [BR:mmu04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Others
     66860 (Tanc1)
SSDB
Motif
Pfam: Ank_2 Ank Ank_4 Ank_3 Ank_5 TPR_2 TPR_16 TPR_8 TPR_11 TPR_9 TPR_14 TPR_19 TPR_1 TPR_17 AAA_16 ANAPC3 TPR_12 HECW1_helix TPR_15
Other DBs
NCBI-GeneID: 66860
NCBI-ProteinID: NP_938036
MGI: 1914110
Ensembl: ENSMUSG00000035168
UniProt: Q0VGY8
Position
2:59442167..59676557
AA seq 1856 aa
MLKAVLKKSREGGKGSKKEAGGDFGSETPALSSSGDSPVNSLSTTEDTYRVSLAKGVSMS
LPSSPLLPRQSLLTQSRSNKKSPGPVRKPKYVESPRVPGDPVMIPFGEGSKPSEPSATEA
KADNEPSCSPAAQELLTRLGFLLGEGIPSATHITIEDKNEAMCTALSQGISPCSTLTSST
ASPSTDSPCSTLNSCVSKTAASKSPCETISSPSSTLESKDSGIIATITSSSENDDRSGSS
LEWNRDGSLRLGVQKGVLHDRRADNCSPVAEEETTGSAESVLPKAEPSAGDGPVPYPQSS
GSLIMPRPNSVAATSSTKLEDLSYLDGQRNAPLRTSIRLPWHNTAGGRAPEVKARFAPYK
PQEILLKPLLFEVPSITTDSVFVGRDWLFHQIEENLRNTELAENRGAVVVGSVGFGKTAI
ISKLVALSCHGSRMRQIASSSPSLSPKSSDPTQDLPGTPLLSPSSSTSALSVTRTPAGPG
TADSQRPREDAVKYLASKVVAYHYCQADNTYTCLVPEFVHSIAALLCRSHQLAAYRDLLI
KEPQLQSMLSLRSCVQDPVAAFKRGVLEPLTSLRNEQKIPEEEYIILIDGLNEAEFHKPD
YGDTLSSFITKIIPKFPTWLKLIVTVRANFQEIISALPFVKLSLDDFPDNKDIHSDLHAY
VQHRVHSSQDILSNISLNGKADAALISKVSSHLVLRSLGSYLYLKLTLDLFQRGHLVIKS
ASYKVVPVSLSELYLLQCNMKFMTQSAFDRALPILNVALASLHPMTDEQIFQAINAGHIQ
GEQGWEDFQQRMEALSCFLIKRRDKTRMFCHPSFREWLVWRADGESTAFLCEPRNGHALL
AFMFSRQESKLNRQQTMELGHHILKAHIFKGLSKKTGVSSSHLQALWIGYSTEGLSAALA
SLRNLYTPNVKVSRLLILGGANVNYRTEVLNNAPILCVQSHLGHEEVVTLLLEFGACLDG
MSENGMNALCYAAAAGHMKLVCLLIKKGARVDHLDKKGQCALVHSALRGHSDILQYLLNC
EWSAGPPQPGTLRKSQALQQALTAAASMGHSSVVQSLLGMAEEHEIEVNGTDTLWGETAL
TAAAGRGKVEICELLLERGAAVSRANRRGVPPLFCAARQGHWQVVRLLLDRGCDVNLSDK
QGRTPLMVASCEGHLSTVEFLLSKGAALSSLDKEGLSALSWACLKGHRAVVQYLVEEGAE
IDQTDKNGRTPLDLAAFYGDAETVLYLVEKGAVIEHVDHSGMRPLDRAIGCRNTAVVVTL
LRKGAKLGNAAWAMATSKPDILIILLQKLVEEGNVMYKKGKMKEAAQRYQYALRKFPREG
LGEDMRPFNELRVSLYLNLSRCRRKTNDFGLAEEFASKALELKPKSYEAFYARARAKRNS
RQFLAALADLQEAVKLCPNNQEIKRLLARVEEECKQLQRNQQQKQQGPPPAPANDSDNEE
DAPASSLKDHFPIEEAEEEDTSSQEESISPTPRSQPPPSVPSPYIRNLQEGLQSKGRSAS
PQSRAGISKSLRETVAQSGLVMQPTKQAQIVKTNQHLGSGQSSMRNSSTKIQVSSQNPPP
SPMPGRVSAAPAVSRNQHLEGTGPFTAGTGCGHFGDRLGASQSLQLQRSESGTAYPLPSK
VKAAERLLAHASVAVDMAPPNQGGPVSCSDVRHPASLSSSGSSGSPSSSIKMSSSTSSLT
SSSSVSDGFKVQGPDSRIRDKGTTQVQGGTAEHRPRNTPFMGIMDKTARFQQQSNPPNRS
WHCPVAEGLLTNTATAAGLQSNSEKPTLKPGGYCSQAKPCSVPPLSMGVHNGAQVKELEE
NKCQIPALCQDNRITKGVPHLYPEGVSKQPLHVSTEAHRSHLTSAKPKRSFIESNV
NT seq 5571 nt   +upstreamnt  +downstreamnt
atgctgaaggctgtgctgaagaagagccgagagggaggaaagggaagcaagaaggaagca
ggaggtgactttggctcagagacgcctgccttgtcctccagtggtgactctcctgtgaac
agtttgtccacaacagaggacacttatcgtgtgagcttggccaaaggggtctctatgtct
cttccttcatcacctttgctgcctcgacaatctctcctgacacagtcaagatcgaacaaa
aaatctccaggtcccgtcaggaagcccaagtatgtggaaagccccagggtgccgggagat
ccagttatgatcccgttcggagaagggtccaagccctcagagcccagtgcgactgaagcg
aaggctgataatgaaccgagctgctctccagcagctcaagaactgttgacaaggctggga
tttctactgggagaggggatcccgagcgccacacacataaccattgaagacaaaaatgaa
gccatgtgcacagccctgagtcaaggcatcagcccttgttccacactcacaagcagcact
gcctctcccagcaccgacagcccctgctcgaccttgaatagctgtgtcagcaagacggca
gccagcaaaagtccctgcgagaccattagcagccccagttccaccctggaaagcaaggac
agtggaattatagccacaatcacaagttcatcggaaaatgatgaccggagtggctccagt
ctggaatggaacagagacggaagcctaaggttaggggttcagaagggagtgcttcatgac
cgaagggcagataactgttccccagtggcagaagaggagactactgggtccgcggagagc
gtgctgcccaaggcggaaccctcagccggagatggtccggtgccctatcctcagagctct
ggctcgctcataatgccacggcccaactcagttgcagcgacaagttctaccaaattggaa
gacttgagttatttggacggacagagaaatgctcctcttcggacatcaattagattgccc
tggcacaatacggctggaggtagggcaccggaagttaaagcacggtttgctccctacaaa
cctcaggagatcctgttgaagcccttgctgtttgaagtaccaagcatcacaactgactct
gtgtttgtgggaagagattggctctttcaccagatagaggaaaacttgaggaacacagag
ctggcagaaaacagaggagccgtggtcgtggggagcgtaggatttgggaagacagccatc
atttctaagctggtggcactgagctgtcacggaagccgcatgagacagatcgcatccagc
agtcccagtttgtcacccaaatcctcagatcccactcaggaccttcctggtactccatta
ctctcaccaagttcttctacaagtgctctcagtgtgaccagaacacctgctgggcctggg
actgctgacagccagagaccgagagaggatgcggtgaaatacctcgcttctaaggtggtg
gcctaccattactgccaggctgacaacacttacacatgtctggtacctgagtttgtgcac
agcattgctgctttgctgtgccggtcccaccagctggctgcctacagagaccttctgatc
aaggaaccccagctgcagagcatgctgagcctccgctcctgtgtgcaggatcccgtggct
gctttcaagaggggcgtcctggagccacttacaagcctaagaaacgagcaaaaaattcca
gaagaggagtatatcatccttatagatggcttgaatgaagctgagtttcataagcctgat
tacggagatacgctgtcttcgtttattaccaaaattattcctaagttccccacctggctg
aagttgatcgtgaccgtgagagcaaattttcaggaaatcatcagtgcactgccatttgtc
aagctttccctagacgactttccagacaacaaggacattcacagtgacctgcacgcctac
gtccagcacagggtccacagcagccaggacatcctcagcaacatctccctgaatggcaag
gccgacgccgccctcatcagcaaagtcagcagccatctggtgctgcggagcctcggttcc
tacctgtacctcaagctcacgctggacctcttccagcggggccacctggtcataaagagt
gccagctacaaggtggtgcctgtgtctctgtccgagctctatctgctgcagtgtaacatg
aagttcatgacccagtctgcctttgaccgggcccttcccattttgaacgtggctcttgcg
tccctccaccccatgacggatgagcagatatttcaggctatcaacgccggccacatccaa
ggcgagcagggctgggaggacttccagcagaggatggaggccctctcttgcttcctcatt
aagaggagggacaaaacccgcatgttctgccacccgtccttcagagagtggctggtgtgg
agagcggatggcgaaagcacagccttcctgtgtgagcccaggaacggacacgctctactg
gcgttcatgttctctcgacaggagagcaagctgaaccgccagcagaccatggagcttggc
caccacatcctgaaggcacacattttcaagggcctcagtaagaagactggagtctcctca
agccatctgcaggctctgtggatcggttacagcacagaggggctgtctgctgccctggcc
tctctcaggaatctctatactcccaacgtgaaggtgagccggctcctgattttgggaggg
gccaacgtgaactacaggacagaagtgttaaacaatgcccccatcctgtgcgtccagtct
caccttggccatgaagaagttgtcactctccttctggaatttggcgcctgcctggatggg
atgtcggagaacggtatgaacgcactgtgctacgcagctgctgccggccacatgaagctg
gtgtgtctgctcatcaagaagggggcaagggtggaccacttggataagaagggccagtgt
gcactcgtccacagcgcactgaggggccacagtgacattctccagtacctgctgaactgt
gagtggtcggcaggccctccccagcctggcaccctgaggaagagccaagccctgcagcag
gcactgacagccgccgccagcatgggccacagctcggtcgtccagtccttgctgggaatg
gcagaggaacatgaaatcgaagtcaacggcaccgacacgttgtggggagaaacagccctg
acggccgctgctgggagaggaaaggtggagatctgcgagctgctgctggagcgtggagct
gccgtgtctcgggccaacaggagaggggttccccctctgttttgtgccgcccgccaaggc
cattggcaggttgtccgattgcttttggatcgcggctgcgacgtgaacctgagtgacaag
cagggtcgaacacctctcatggtggcttcctgtgagggacacctgagcaccgtggaattc
ctcctctcaaaaggtgctgctctttcttccctggacaaagagggcctgtcagcattgagc
tgggcttgtctgaagggtcacagggcagtggtccagtacctggtcgaagaaggagcagag
atagaccagacagacaaaaacggccgtactcccttggacctggccgctttctatggtgat
gcagagactgtgctgtatctggtggagaagggagccgtgatagaacatgtggaccacagt
gggatgcgccccctggacagagccatcggctgtcgaaacactgctgtagtggttaccctg
cttagaaaaggagccaaactaggaaatgccgcttgggcgatggccacttccaagcctgat
attttgattatacttttgcagaaattggtagaggaaggaaatgtgatgtacaagaaaggg
aagatgaaggaggcagcccagaggtaccagtatgccttgcggaagttccctcgggaagga
ctcggagaagacatgaggccgttcaatgaactgagagtctccctctatctcaatctgtcg
cgatgccgaaggaaaacaaacgactttggtttggcagaagaatttgcttcaaaggctctg
gaattgaaacccaaatcctacgaagccttttatgcccgggcgagagcaaaaaggaacagc
aggcagttcctggcagctctggctgacctgcaagaggctgtgaaactctgtcccaacaat
caggaaatcaagaggctcctggcccgtgttgaagaagagtgcaagcaactccagaggaac
cagcagcaaaagcagcagggtcccccaccagctccagccaatgactcggataatgaggag
gatgcgccagcctctagtttaaaggaccacttccccattgaggaggcggaagaggaagac
acctcttcacaggaagagtccatttccccgactcccagatcccagccaccaccgtctgtc
ccttccccatacatccgcaaccttcaagagggattacagtccaaaggcaggtcagcatcc
ccacagagcagggcaggaatcagcaagtccctgagagagactgtagcccagtcaggcttg
gttatgcagcctaccaaacaggcacagatagtgaagaccaaccaacatctgggttccggg
caatctagcatgagaaacagtagcacaaaaatacaagtttcttctcagaaccctcccccg
agtccgatgccgggtagagtatctgcagcccctgccgtgagcagaaaccagcatttagag
ggaaccggtcccttcactgcaggaactggttgtggccacttcggggatcggctgggcgcc
agccagagcctccagctgcagcgcagtgagagcggcactgcgtatcctctaccgagcaaa
gtcaaagctgccgagaggctcctggctcatgcctccgtggccgtggacatggctcctcca
aaccagggcggaccagtgagctgtagcgatgtgcggcacccggcttccctctctagctca
ggctcctctggctctccatcgagcagcataaagatgtcaagttccaccagtagtttgact
tcaagcagtagcgtttcagacggattcaaggtccaaggaccagactctcggatcagagac
aaaggtacaacccaggtgcagggtggcactgccgaacacaggccccgcaacactccattt
atgggcatcatggacaagaccgccaggttccagcagcaaagcaatcctccgaaccgctcc
tggcactgcccggtggcagaggggctactgacaaacacagccactgcagctggcctgcag
tctaactctgagaaacccactctcaagccaggaggatactgtagccaagccaaaccgtgt
tcagttcctcccctgagcatgggtgtccacaatggggctcaggtgaaggagctggaagag
aacaagtgccaaatcccagccctctgtcaagataacaggataactaagggggttcctcat
ctctacccagagggcgtctctaagcagccacttcatgtcagtacggaagcccacaggagc
cacctcacttcagcaaaaccaaagcgatcgttcatagagtccaatgtgtga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (28)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (21)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (1)   
   OC (1)   
Protein sequence (20)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (18)   
DNA sequence (54)   
   RefSeq(nuc) (18)   
   GenBank (18)   
   EMBL (18)   
Protein domain (19)   
   Pfam (19)   
All databases (124)   

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