KEGG   Homo sapiens (human): 85461
Entry
85461             CDS       T01001                                 
Symbol
TANC1, ROLSB, TANC
Name
(RefSeq) tetratricopeptide repeat, ankyrin repeat and coiled-coil containing 1
  KO
K26456  protein TANC
Organism
hsa  Homo sapiens (human)
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:hsa04812]
    85461 (TANC1)
Cytoskeleton proteins [BR:hsa04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Others
     85461 (TANC1)
SSDB
Motif
Pfam: Ank_2 Ank Ank_4 Ank_3 Ank_5 TPR_2 TPR_14 TPR_8 TPR_11 TPR_1 TPR_9 TPR_17 TPR_16 TPR_19 AAA_16 TPR_12 ANAPC3 TPR_15
Other DBs
NCBI-GeneID: 85461
NCBI-ProteinID: NP_203752
OMIM: 611397
HGNC: 29364
Ensembl: ENSG00000115183
UniProt: Q9C0D5 B9EK39
Position
2:158968640..159232659
AA seq 1861 aa
MLKAVLKKSREGGKGGKKEAGSDFGPETSPVLHLDHSADSPVSSLPTAEDTYRVSLAKGV
SMSLPSSPLLPRQSHLVQSRVNKKSPGPVRKPKYVESPRVPGDAVIMPFREVAKPTEPDE
HEAKADNEPSCSPAAQELLTRLGFLLGEGIPSATHITIEDKNETMCTALSQGISPCSTLT
SSTASPSTDSPCSTLNSCVSKTAANKSPCETISSPSSTLESKDSGIIATITSSSENDDRS
GSSLEWNKDGNLRLGVQKGVLHDRRADNCSPVAEEETTGSAESTLPKAESSAGDGPVPYS
QGSSSLIMPRPNSVAATSSTKLEDLSYLDGQRNAPLRTSIRLPWHNTAGGRAQEVKARFA
PYKPQDILLKPLLFEVPSITTDSVFVGRDWLFHQIEENLRNTELAENRGAVVVGNVGFGK
TAIISKLVALSCHGSRMRQIASNSPGSSPKTSDPTQDLHFTPLLSPSSSTSASSTAKTPL
GSISAENQRPREDAVKYLASKVVAYHYCQADNTYTCLVPEFVHSIAALLCRSHQLAAYRD
LLIKEPQLQSMLSLRSCVQDPVAAFKRGVLEPLTNLRNEQKIPEEEYIILIDGLNEAEFH
KPDYGDTLSSFITKIISKFPAWLKLIVTVRANFQEIISALPFVKLSLDDFPDNKDIHSDL
HAYVQHRVHSSQDILSNISLNGKADATLIGKVSSHLVLRSLGSYLYLKLTLDLFQRGHLV
IKSASYKVVPVSLSELYLLQCNMKFMTQSAFERALPILNVALASLHPMTDEQIFQAINAG
HIQGEQGWEDFQQRMDALSCFLIKRRDKTRMFCHPSFREWLVWRADGENTAFLCEPRNGH
ALLAFMFSRQEGKLNRQQTMELGHHILKAHIFKGLSKKTGISSSHLQALWIGYSTEGLSA
ALASLRNLYTPNVKVSRLLILGGANVNYRTEVLNNAPILCVQSHLGHEEVVTLLLEFGAC
LDGTSENGMTALCYAAAAGHMKLVCLLTKKGVRVDHLDKKGQCALVHSALRGHGDILQYL
LTCEWSPGPPQPGTLRKSHALQQALTAAASMGHSSVVQCLLGMEKEHEVEVNGTDTLWGE
TALTAAAGRGKLEVCELLLGHGAAVSRTNRRGVPPLFCAARQGHWQIVRLLLERGCDVNL
SDKQGRTPLMVAACEGHLSTVEFLLSKGAALSSLDKEGLSALSWACLKGHRAVVQYLVEE
GAAIDQTDKNGRTPLDLAAFYGDAETVLYLVEKGAVIEHVDHSGMRPLDRAIGCRNTSVV
VALLRKGAKLGNAAWAMATSKPDILIILLQKLMEEGNVMYKKGKMKEAAQRYQYALRKFP
REGFGEDMRPFNELRVSLYLNLSRCRRKTNDFGMAEEFASKALELKPKSYEAFYARARAK
RNSRQFVAALADLQEAVKLCPTNQEVKRLLARVEEECKQLQRSQQQKQQGPLPAPLNDSE
NEEDTPTPGLSDHFHSEETEEEETSPQEESVSPTPRSQPSSSVPSSYIRNLQEGLQSKGR
PVSPQSRAGIGKSLREPVAQPGLLLQPSKQAQIVKTSQHLGSGQSAVRNGSMKVQISSQN
PPPSPMPGRIAATPAGSRTQHLEGTGTFTTRAGCGHFGDRLGPSQNVRLQCGENGPAHPL
PSKTKTTERLLSHSSVAVDAAPPNQGGLATCSDVRHPASLTSSGSSGSPSSSIKMSSSTS
SLTSSSSFSDGFKVQGPDTRIKDKVVTHVQSGTAEHRPRNTPFMGIMDKTARFQQQSNPP
SRSWHCPAPEGLLTNTSSAAGLQSANTEKPSLMQVGGYNNQAKTCSVSTLSASVHNGAQV
KELEESKCQIPVHSQENRITKTVSHLYQESISKQQPHISNEAHRSHLTAAKPKRSFIESN
V
NT seq 5586 nt   +upstreamnt  +downstreamnt
atgttaaaggctgtgctgaagaagagccgagagggaggaaagggaggcaagaaggaagca
ggaagtgactttggtccagagacttctccagtcctgcaccttgaccacagtgctgactct
cctgtgagcagtcttcccacagcagaggacacctatagggtgagcttggccaaaggtgtc
tcgatgtctctgccttcctcacctttgctgcctcgacagtctcacttggtgcaatcaaga
gtgaacaaaaaatccccaggtcccgtcaggaagcccaagtatgtggaaagccccagagtg
cctggagatgcagttataatgccattcagagaagtagccaagccaacagagcctgatgag
catgaagcaaaggccgataatgaaccgagctgttcgccggcagctcaagaactgttgaca
aggctgggatttttactgggagaagggatcccaagtgccacacacataaccattgaagac
aaaaatgaaaccatgtgcacagctctgagtcaaggcatcagtccttgctccacactaaca
agcagcaccgcatctcctagcaccgatagcccctgctcaaccttgaatagctgtgtcagc
aagacggcagccaacaaaagtccctgtgagaccattagcagccctagttccaccctggaa
agcaaggacagtggaattatagccacaattacaagttcatccgaaaatgatgaccggagt
ggctccagtttggaatggaataaagatggaaacctaagattaggggttcagaagggagtg
cttcatgaccgcagggcagataactgctccccagtggcagaagaggagaccaccgggtca
gcagagagcacgctgcccaaagcagaatcctcagctggagatggtccagtcccttattct
cagggctccagctcactaataatgccacggcccaactcagttgcagcaacaagctcaacc
aaattggaagatctgagttatttagacgggcagagaaatgctcctctacggacgtcaatt
agattaccatggcacaatacggccggaggtagggcacaggaagttaaagcacgatttgct
ccctacaagccacaagacattttgttgaaacccttgttgtttgaagtaccaagcataaca
acagactctgtgtttgtgggaagggattggctctttcaccagatagaagaaaacttgagg
aacacagaactggcagaaaacagaggcgcggtggtggttggcaatgtgggatttgggaag
acggcaatcatttccaagttggtggccctgagctgccacggaagccgcatgaggcagatt
gcttccaacagcccgggttcatcacctaaaacctctgaccccactcaggatcttcatttc
actccgttgctttcaccgagttcttccacaagtgcttccagcacagctaaaacacctctt
gggtctatcagtgctgaaaaccagagaccaagagaggatgcagtgaaatatcttgcttct
aaggtggtggcctaccactactgccaggctgacaacacgtacacttgcctggtgcccgag
tttgtgcacagcatcgcagctttgctctgccggtcccatcagctggccgcctacagagac
cttctgataaaggagccccaactacagagcatgctgagcctccgatcctgtgtgcaggac
ccggtggcagctttcaagaggggagtgctggagccactcacaaacctgagaaatgagcag
aaaattcctgaagaagaatacattattttgatagatggcttaaatgaagctgagtttcat
aaacctgattatggagatacgctttcttcatttattaccaaaattatttctaaatttcct
gcctggttgaagttgattgtgactgtaagagcaaattttcaggaaatcataagtgcgctg
ccatttgtcaagctttccttagatgacttcccagacaacaaagacatccacagtgacctg
cacgcctacgtccagcacagggtgcacagcagccaggacatcctcagcaacatctccctg
aatggcaaggccgatgccacactcattggaaaagtgagcagccacctggtgctgcggagc
ctcggctcctacctgtacctcaagctcaccctggaccttttccagaggggccacttggtc
attaagagtgccagctacaaggtggtgcccgtgtctctctctgagctctatttgcttcag
tgcaacatgaagttcatgacccagtccgcctttgagagggcacttccgattctcaacgtg
gccctcgcatccctccaccccatgacagacgagcagatctttcaggctattaatgctggc
cacatccagggggagcagggatgggaagactttcagcagaggatggacgccctctcctgc
ttcctcattaagaggcgagacaaaacccgcatgttctgccacccgtccttcagggagtgg
cttgtatggagagcagacggggaaaacacggccttcctgtgtgagcccaggaacgggcac
gcgctcttggcattcatgttctcgcgtcaggagggcaagttgaaccgccagcagaccatg
gagcttggccaccacatcctgaaggcgcacattttcaagggcctcagtaagaagacggga
atttcttcaagccatctccaagccctgtggatcggctacagcaccgaggggctgtccgcc
gccctggcctctctcaggaatctctatactcccaacgtgaaggtgagccgtctcctgatt
ttgggaggggccaacgtgaactacaggacagaagtgttaaataatgccccaatcctgtgc
gtccagtctcaccttggccacgaggaagttgtcactctgctcctggaatttggtgcctgc
ctggacggaacgtcagagaacggcatgactgccctctgttacgcagcagctgctggccac
atgaagctggtgtgtctgctgaccaagaagggagtgagagtggaccacttggataagaag
ggccagtgtgcgcttgtccacagtgccctacggggccacggtgacattctccagtacctg
ctgacttgtgagtggtcgccgggtcctccccagccaggcaccctgaggaagagccacgcc
ctgcagcaggcgctgaccgcggcggccagcatgggccacagctcggtggtccagtgcttg
ctggggatggagaaggaacatgaagtagaagtcaatggcaccgacacattgtggggagaa
acagccctgactgccgccgcaggaagagggaagctggaggtctgtgagctgctgctgggg
catggagctgctgtgtcgcggacaaacaggagaggggttccacctttgttttgtgcagca
cgccaggggcattggcagattgttagactgctgttggaacgcggctgtgatgtgaaccta
agtgacaagcaaggccggacgcccctcatggtggctgcttgtgaagggcacttgagcacc
gtggaattcctcctttcaaaaggtgcagccctttcttctctagacaaagagggtctgtca
gcattaagctgggcttgtctgaaaggtcacagggcagtggtccagtatctggttgaagaa
ggagctgcaatagaccagacagacaagaatggccgcacacccttggacctggctgccttc
tatggcgatgccgagactgtgctgtacctggtggagaagggagccgtgatcgagcatgtg
gaccacagcgggatgcggcccttggacagagccatcggctgccggaacacatctgtagtg
gtggcgctactcagaaagggagccaagttaggaaatgctgcttgggcgatggccacttcc
aaacctgatatcttgattatacttttacagaaattaatggaggaaggaaatgtgatgtac
aaaaaagggaaaatgaaagaggcagcccagaggtaccagtatgccttaagaaagtttcct
cgagaaggattcggagaggacatgagacccttcaatgaattaagggtttccctctatctc
aatttgtcgcgatgccgaagaaaaacaaatgactttggcatggcagaggaatttgcttcc
aaggctctcgaattgaagcccaagtcctatgaagccttttatgccagagcaagagcgaag
agaaatagcaggcaattcgtggcagctctggctgacctgcaagaggctgtgaaactctgt
cccaccaatcaggaagtcaagaggcttctggcccgcgtagaagaggagtgcaaacaactc
cagaggagtcaacagcaaaaacagcagggcccgctaccagctccactcaacgactccgag
aacgaagaggacaccccaacccctggcttaagtgaccactttcactctgaggagactgaa
gaggaagaaacttctccccaggaagaatctgtttccccaactcccaggtcccagccatcc
tcatctgtcccttcctcatacatccgaaaccttcaagaagggttacagtccaaaggaagg
ccggtatcgccacagagcagggcaggaatcggcaagtccctgagagagcctgtggcccag
ccagggctgctcctgcagccctccaagcaggcccagatcgtgaaaaccagccagcacctg
ggctctggccagtcggcagtgagaaatggcagtatgaaagttcagatctcttctcagaac
cctcctccaagtcccatgccagggagaatcgctgccactcctgctgggagcagaacccag
catttagagggaacaggtactttcactacaagagctggttgtggccactttggggatcgg
ctgggccccagccagaatgtccgcctgcagtgtggtgagaatggccctgcacacccttta
ccaagtaagacgaaaaccacagagaggcttctgtctcattcctccgtggctgtggacgca
gcccctccaaaccaaggtgggctggcgacctgcagcgacgtgcgacacccagcttccctc
accagctcaggctcttctggttctccatccagcagcataaagatgtcaagttcaaccagt
agtttgacttcgagcagcagtttttcagatggcttcaaggtccaaggaccagatactaga
attaaagacaaggttgtaacccacgttcagagcggtacagctgagcacagaccccgcaac
acgccgttcatgggcatcatggataagactgcgaggttccaacagcagagcaatcctcca
agccgcagctggcactgtccggcaccagaggggctgctgacaaacacgtcttctgcagct
ggcctgcagtctgctaacactgagaagccctctctcatgcaagtgggaggatataataac
caagccaaaacctgttctgtttctaccctgagtgcaagtgtccacaatggggcacaagtg
aaggagctagaagaaagcaagtgccaaattccagtccactctcaagagaacaggataact
aagactgtttctcatctgtaccaggaaagtatctccaaacagcagcctcatattagtaat
gaagcccacaggagccacctcactgcagccaaaccaaagcgatcatttatagagtcaaat
gtgtga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Disease (1)   
   OMIM (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (28)   
   KEGG ORTHOLOGY (1)   
   RefGene (22)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (77)   
   UniProt (2)   
   SWISS-PROT (1)   
   RefSeq(pep) (74)   
DNA sequence (105)   
   RefSeq(nuc) (75)   
   GenBank (15)   
   EMBL (15)   
Protein domain (18)   
   Pfam (18)   
All databases (232)   

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