KEGG   Homo sapiens (human): 9793
Entry
9793              CDS       T01001                                 
Symbol
CKAP5, CHTOG, MSPS, TOG, TOGp, ch-TOG
Name
(RefSeq) cytoskeleton associated protein 5
  KO
K16803  cytoskeleton-associated protein 5
Organism
hsa  Homo sapiens (human)
Network
nt06515  Regulation of kinetochore-microtubule interactions
  Element
N01544  Microtubule nucleation
N01547  Kinetochore fiber organization
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:hsa03036]
    9793 (CKAP5)
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:hsa04812]
    9793 (CKAP5)
Chromosome and associated proteins [BR:hsa03036]
 Eukaryotic type
  Centrosome formation proteins
   Spindle formation proteins
    9793 (CKAP5)
Cytoskeleton proteins [BR:hsa04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    XMAP215
     9793 (CKAP5)
SSDB
Motif
Pfam: XMAP215_CLASP_TOG CLASP_N CEP104-like_TOG HEAT Cnd1 TAN DUF1071 ANIS5_cation-bd
Other DBs
NCBI-GeneID: 9793
NCBI-ProteinID: NP_001008938
OMIM: 611142
HGNC: 28959
Ensembl: ENSG00000175216
UniProt: Q14008
Structure
Position
11:complement(46743048..46846280)
AA seq 2032 aa
MGDDSEWLKLPVDQKCEHKLWKARLSGYEEALKIFQKIKDEKSPEWSKFLGLIKKFVTDS
NAVVQLKGLEAALVYVENAHVAGKTTGEVVSGVVSKVFNQPKAKAKELGIEICLMYIEIE
KGEAVQEELLKGLDNKNPKIIVACIETLRKALSEFGSKIILLKPIIKVLPKLFESREKAV
RDEAKLIAVEIYRWIRDALRPPLQNINSVQLKELEEEWVKLPTSAPRPTRFLRSQQELEA
KLEQQQSAGGDAEGGGDDGDEVPQIDAYELLEAVEILSKLPKDFYDKIEAKKWQERKEAL
ESVEVLIKNPKLEAGDYADLVKALKKVVGKDTNVMLVALAAKCLTGLAVGLRKKFGQYAG
HVVPTILEKFKEKKPQVVQALQEAIDAIFLTTTLQNISEDVLAVMDNKNPTIKQQTSLFI
ARSFRHCTASTLPKSLLKPFCAALLKHINDSAPEVRDAAFEALGTALKVVGEKAVNPFLA
DVDKLKLDKIKECSEKVELIHGKKAGLAADKKEFKPLPGRTAASGAAGDKDTKDISAPKP
GPLKKAPAAKAGGPPKKGKPAAPGGAGNTGTKNKKGLETKEIVEPELSIEVCEEKASAVL
PPTCIQLLDSSNWKERLACMEEFQKAVELMDRTEMPCQALVRMLAKKPGWKETNFQVMQM
KLHIVALIAQKGNFSKTSAQVVLDGLVDKIGDVKCGNNAKEAMTAIAEACMLPWTAEQVV
SMAFSQKNPKNQSETLNWLSNAIKEFGFSGLNVKAFISNVKTALAATNPAVRTAAITLLG
VMYLYVGPSLRMFFEDEKPALLSQIDAEFEKMQGQSPPAPTRGISKHSTSGTDEGEDGDE
PDDGSNDVVDLLPRTEISDKITSELVSKIGDKNWKIRKEGLDEVAGIINDAKFIQPNIGE
LPTALKGRLNDSNKILVQQTLNILQQLAVAMGPNIKQHVKNLGIPIITVLGDSKNNVRAA
ALATVNAWAEQTGMKEWLEGEDLSEELKKENPFLRQELLGWLAEKLPTLRSTPTDLILCV
PHLYSCLEDRNGDVRKKAQDALPFFMMHLGYEKMAKATGKLKPTSKDQVLAMLEKAKVNM
PAKPAPPTKATSKPMGGSAPAKFQPASAPAEDCISSSTEPKPDPKKAKAPGLSSKAKSAQ
GKKMPSKTSLKEDEDKSGPIFIVVPNGKEQRMKDEKGLKVLKWNFTTPRDEYIEQLKTQM
SSCVAKWLQDEMFHSDFQHHNKALAVMVDHLESEKEGVIGCLDLILKWLTLRFFDTNTSV
LMKALEYLKLLFTLLSEEEYHLTENEASSFIPYLVVKVGEPKDVIRKDVRAILNRMCLVY
PASKMFPFIMEGTKSKNSKQRAECLEELGCLVESYGMNVCQPTPGKALKEIAVHIGDRDN
AVRNAALNTIVTVYNVHGDQVFKLIGNLSEKDMSMLEERIKRSAKRPSAAPIKQVEEKPQ
RAQNISSNANMLRKGPAEDMSSKLNQARSMSGHPEAAQMVRREFQLDLDEIENDNGTVRC
EMPELVQHKLDDIFEPVLIPEPKIRAVSPHFDDMHSNTASTINFIISQVASGDINTSIQA
LTQIDEVLRQEDKAEAMSGHIDQFLIATFMQLRLIYNTHMADEKLEKDEIIKLYSCIIGN
MISLFQIESLAREASTGVLKDLMHGLITLMLDSRIEDLEEGQQVIRSVNLLVVKVLEKSD
QTNILSALLVLLQDSLLATASSPKFSELVMKCLWRMVRLLPDTINSINLDRILLDIHIFM
KVFPKEKLKQCKSEFPIRTLKTLLHTLCKLKGPKILDHLTMIDNKNESELEAHLCRMMKH
SMDQTGSKSDKETEKGASRIDEKSSKAKVNDFLAEIFKKIGSKENTKEGLAELYEYKKKY
SDADIEPFLKNSSQFFQSYVERGLRVIEMEREGKGRISTSTGISPQMEVTCVPTPTSTVS
SIGNTNGEEVGPSVYLERLKILRQRCGLDNTKQDDRPPLTSLLSKPAVPTVASSTDMLHS
KLSQLRESREQHQHSDLDSNQTHSSGTVTSSSSTANIDDLKKRLERIKSSRK
NT seq 6099 nt   +upstreamnt  +downstreamnt
atgggagatgacagtgagtggttgaaactgccagttgatcagaaatgtgaacacaagctg
tggaaagcaaggttaagtgggtatgaagaggccctgaagatcttccagaaaataaaggat
gaaaagagcccagagtggtccaaatttttaggattgatcaaaaaatttgtcactgattcc
aatgcagtggttcaattgaaaggattagaagctgcacttgtttatgttgaaaatgcccat
gtagcaggaaaaaccacaggagaagttgtgtcaggtgttgtaagtaaggtgttcaatcaa
cctaaagctaaagccaaggagctgggcatagagatctgtcttatgtacatagagattgag
aaaggagaggctgttcaagaagagctcctgaaaggcttggacaataagaatcccaagatc
atagtggcctgtatagagacactgaggaaagccttaagtgaatttggttccaaaatcatc
ttgcttaagccaattatcaaagtgttgccaaaactctttgagtctcgagagaaggctgtt
cgagatgaagccaaactaattgctgtggagatttacagatggattcgggatgctctgaga
cccccattacaaaatataaactctgttcagttgaaagaactagaagaagaatgggtcaaa
ctgccaacaagtgctcctagacctactcgatttcttcgttcccaacaagaactagaagct
aaattggaacaacaacagtctgctggtggagatgctgaaggaggtggtgatgatggtgat
gaggtgccacaaatagatgcttatgagcttttagaagctgtagaaatcctttccaaactt
cccaaagacttttatgacaaaattgaggcaaaaaaatggcaagagagaaaagaggccctg
gagtctgtagaagtactaataaaaaaccccaaactggaagctggcgattatgcagattta
gtaaaagcattaaagaaggttgttggaaaggacaccaatgtcatgttggtggctttggca
gcaaaatgtcttactggcctggctgttgggctaaggaagaaatttggacaatatgcagga
catgttgtgccaaccatcttggagaaattcaaagagaagaaacctcaagtggtacaagcc
ctgcaggaggcaattgatgcaatcttccttactaccacactacagaacatcagtgaggat
gttttagcagtaatggataataaaaatccaaccatcaagcagcagacatctctttttatt
gcaagaagtttccgccactgcactgcttctaccctgccaaagagcttgctaaagcccttt
tgtgctgcactacttaagcacatcaatgattctgctcctgaagtcagagatgccgcattt
gaagcattgggtactgctttgaaggtggttggcgagaaagcagtaaacccattcctagct
gatgtggacaaactcaagcttgataagatcaaagaatgttcagaaaaggtagaactgata
catggtaagaaagctggactagctgctgataagaaggaattcaaacctctgcctggaagg
actgctgcttcaggggctgcaggagataaggacacaaaggacatttctgcacccaaacca
ggacctctaaaaaaggcacctgctgctaaggctggtgggccaccaaaaaaggggaaacca
gctgcaccaggaggcgcagggaatactggaaccaagaacaagaaaggactggagactaaa
gaaatagtggagcctgagctctcgatagaagtatgtgaagaaaaagcttcagctgttctt
ccccctacctgtatacagcttcttgacagcagtaactggaaagaaaggctggcttgtatg
gaagagttccagaaggctgttgagctaatggaccgaactgaaatgccatgccaggcatta
gtgaggatgctagccaagaaacctggatggaaagaaactaattttcaggtgatgcaaatg
aagcttcatatagttgctttgattgcccagaagggaaatttttccaaaacgtcagctcag
gttgtattagatggccttgtggacaagattggagatgtgaaatgtgggaacaatgcaaaa
gaagctatgacagcaatagccgaagcctgtatgttaccatggactgctgaacaggttgtg
tcaatggctttctcacaaaagaatcccaaaaatcagtcagaaactctgaattggctatca
aatgccataaaagaatttggtttttctgggttgaatgtcaaagctttcattagcaatgtg
aagacagctcttgctgcaacaaacccagctgtgaggactgctgccataaccctgcttggc
gtgatgtatctgtatgttggtccctctttgcgaatgttctttgaggatgagaagcctgcc
ctcctatcccagatagatgcagaatttgagaagatgcagggacaaagtccacctgctcca
accagaggaatttccaagcatagcacaagtggtacagatgaaggagaagatggagatgaa
ccagatgacgggagcaatgatgtcgttgatcttttgccgaggacggagatcagtgataaa
atcacttcagagttggtatctaagattggtgataagaattggaagattaggaaagaaggc
ctagatgaagtggcaggtattattaatgacgcaaaatttatccaaccgaatataggtgaa
cttccaactgccttgaagggtcgactcaatgattcaaataaaatcttggtacagcaaacg
ctgaatatcctgcaacaactggcagtagccatgggcccaaatattaagcaacatgtaaaa
aatttaggcatccctatcatcacagtccttggagacagcaagaacaatgttcgagctgct
gccctagcgactgtgaatgcttgggcagaacagactggcatgaaggaatggctggaagga
gaagatctttctgaagagctcaaaaaggaaaatcctttcttgaggcaagagcttctgggc
tggctggctgagaaactacctactcttcgttccacccctacagaccttatcctttgtgtt
cctcatctctactcctgcctagaagatcgaaatggagatgtgcgaaagaaggcccaagat
gccttgccattcttcatgatgcatttaggatatgaaaaaatggccaaggctactgggaaa
ctaaagccaacttctaaagatcaggtattggccatgctagagaaagccaaagttaacatg
ccagccaagcctgctccacccactaaagcaacttctaaaccaatgggagggtccgctcca
gccaaattccagcctgcatcagcacctgctgaagattgtatttccagcagtacagaaccc
aaacctgatccaaaaaaggccaaagctccaggattatcctctaaagcaaagagtgcacaa
gggaagaagatgccaagcaaaaccagcttaaaggaggatgaagacaaatccgggcctatt
tttattgttgttccaaatggaaaagagcaaaggatgaaagatgaaaaaggattgaaggtg
ctaaagtggaattttactaccccacgggatgaatacattgagcaactaaagactcaaatg
tctagctgtgtggctaaatggttacaagatgagatgtttcactcagactttcagcatcat
aacaaagcccttgctgttatggttgatcacttggagagtgaaaaagaaggagttattggt
tgcctggatcttatcttaaagtggcttaccctgaggttttttgacaccaatacaagcgtc
ctgatgaaagcactagaatatttaaaattgctcttcaccttgctaagtgaagaagaatat
catcttactgagaatgaagcatcttccttcatcccctatcttgtcgtcaaggttggagaa
ccaaaggatgtcattcgtaaagatgttcgtgccatcctgaaccggatgtgccttgtctac
ccagctagcaagatgtttccctttatcatggaaggaaccaaatccaaaaactctaagcag
agagcagagtgcctggaagagctgggatgtctggttgagtcctatggcatgaatgtttgc
caaccaaccccaggaaaagccttaaaggaaatagctgttcacataggagaccgtgacaat
gctgtacgcaatgctgcactcaacaccattgtaacggtgtacaatgtacatggggatcag
gtgttcaaactgattggaaatctttctgaaaaggatatgagcatgctcgaggagaggatt
aagcggtcagcaaagagaccctctgctgcaccaataaaacaggtggaagagaaacctcag
cgtgcacagaacataagctccaatgccaacatgttacgcaagggaccagctgaggacatg
tcttccaaactcaaccaagcccgaagcatgagtgggcatcctgaggcagcccagatggtc
cgccgagaattccagctggatctagatgagattgagaatgacaatggtacagtccgatgt
gaaatgccagaacttgttcagcacaaactggatgacatttttgagccagtccttattcct
gaacccaagatccgggctgtttctccacacttcgatgacatgcacagtaatacagcatcc
acaatcaatttcattatctcccaagtagccagtggtgacatcaacacaagtatccaagct
ctgacacagatcgatgaggtcctgagacaggaagacaaagctgaagccatgtccggccat
attgatcagtttctgatagccacttttatgcagctaagactcatctacaacacacacatg
gcagatgagaaattggagaaggacgagatcatcaagttgtatagctgtatcattggcaac
atgatttcgctgtttcagatagagagccttgcccgggaggcctccactggagtactaaaa
gacctaatgcatggcctcatcaccttaatgctggattctcggattgaagatcttgaggaa
ggacaacaggtcatccgctctgtgaacctcttggtggtgaaggttctggagaagtcagac
cagaccaacatcctgagtgccctacttgttttgctccaagacagcctgctagcaacagcc
agttctcccaaattctcagagcttgttatgaagtgtctctggagaatggttcgactgttg
cctgataccatcaatagcattaacctagacagaattcttctggatatccacattttcatg
aaggtcttccccaaagagaaactgaagcaatgcaaaagtgaatttcccataaggacccta
aagaccctgctacacaccttatgcaaattaaaagggcccaagatcctggaccacctaacg
atgatcgacaacaaaaacgagtctgagctggaggcccatctctgccggatgatgaagcac
agtatggaccagactgggagcaagtctgataaggaaacagaaaagggagcatctcgaata
gatgaaaaatcatcaaaggccaaagtgaatgatttcttagctgagatttttaagaagatt
ggctctaaagaaaacactaaagagggactagcagagttatatgaatataagaagaaatac
tcagatgctgacattgaaccatttctgaaaaattcctcacagttcttccagagctatgtc
gaaagaggccttcgggtgattgagatggagagggagggcaaaggtcgtatttccacttca
acaggcatctcccctcagatggaagtcacatgtgtgcccacgcccacaagcacagtgtcc
tccataggtaacacaaatggggaagaagtggggccatctgtctacttggaaaggctaaag
atcctccgacagcgatgtggtctggacaacacaaagcaagatgaccgacctcctttgacc
tctttgctctccaaaccagcagttcctactgtcgcctcttccacagacatgctccacagc
aaactctctcagctccgggagtcacgggagcagcaccagcattcagacctggattctaac
cagactcactcttcaggaactgtgacctcctcctcctccacagctaacatagacgacttg
aaaaaaagactggagagaataaagagcagtcgcaaatga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Network (3)   
   KEGG NETWORK (3)   
Disease (1)   
   OMIM (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (24)   
   KEGG ORTHOLOGY (1)   
   RefGene (16)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (2)   
   OC (1)   
Protein sequence (4)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (2)   
DNA sequence (28)   
   RefSeq(nuc) (2)   
   GenBank (13)   
   EMBL (13)   
3D Structure (2)   
   PDB (2)   
Protein domain (8)   
   Pfam (8)   
All databases (74)   

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