KEGG   Homo sapiens (human): 9928
Entry
9928              CDS       T01001                                 
Symbol
KIF14, MCPH20, MKS12
Name
(RefSeq) kinesin family member 14
  KO
K17915  kinesin family member 14
Organism
hsa  Homo sapiens (human)
Pathway
hsa04814  Motor proteins
Disease
H00261  Meckel syndrome
H00269  Primary microcephaly
H01513  Retinoblastoma
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    9928 (KIF14)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:hsa04812]
    9928 (KIF14)
Cytoskeleton proteins [BR:hsa04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Kinesins
     9928 (KIF14)
SSDB
Motif
Pfam: Kinesin Microtub_bd Kinesin_assoc FHA
Other DBs
NCBI-GeneID: 9928
NCBI-ProteinID: NP_055690
OMIM: 611279
HGNC: 19181
Ensembl: ENSG00000118193
UniProt: Q15058
Position
1:complement(200551497..200620751)
AA seq 1648 aa
MSLHSTHNRNNSGDILDIPSSQNSSSLNALTHSSRLKLHLKSDMSECENDDPLLRSAGKV
RDINRTYVISASRKTADMPLTPNPVGRLALQRRTTRNKESSLLVSELEDTTEKTAETRLT
LQRRAKTDSAEKWKTAEIDSVKMTLNVGGETENNGVSKESRTNVRIVNNAKNSFVASSVP
LDEDPQVIEMMADKKYKETFSAPSRANENVALKYSSNRPPIASLSQTEVVRSGHLTTKPT
QSKLDIKVLGTGNLYHRSIGKEIAKTSNKFGSLEKRTPTKCTTEHKLTTKCSLPQLKSPA
PSILKNRMSNLQVKQRPKSSFLANKQERSAENTILPEEETVVQNTSAGKDPLKVENSQVT
VAVRVRPFTKREKIEKASQVVFMSGKEITVEHPDTKQVYNFIYDVSFWSFDECHPHYASQ
TTVYEKLAAPLLERAFEGFNTCLFAYGQTGSGKSYTMMGFSEEPGIIPRFCEDLFSQVAR
KQTQEVSYHIEMSFFEVYNEKIHDLLVCKDENGQRKQPLRVREHPVYGPYVEALSMNIVS
SYADIQSWLELGNKQRATAATGMNDKSSRSHSVFTLVMTQTKTEFVEGEEHDHRITSRIN
LIDLAGSERCSTAHTNGDRLKEGVSINKSLLTLGKVISALSEQANQRSVFIPYRESVLTW
LLKESLGGNSKTAMIATISPAASNIEETLSTLRYANQARLIVNIAKVNEDMNAKLIRELK
AEIAKLKAAQRNSRNIDPERYRLCRQEITSLRMKLHQQERDMAEMQRVWKEKFEQAEKRK
LQETKELQKAGIMFQMDNHLPNLVNLNEDPQLSEMLLYMIKEGTTTVGKYKPNSSHDIQL
SGVLIADDHCTIKNFGGTVSIIPVGEAKTYVNGKHILEITVLRHGDRVILGGDHYFRFNH
PVEVQKGKRPSGRDTPISEGPKDFEFAKNELLMAQRSQLEAEIKEAQLKAKEEMMQGIQI
AKEMAQQELSSQKAAYESKIKALEAELREESQRKKMQEINNQKANHKIEELEKAKQHLEQ
EIYVNKKRLEMETLATKQALEDHSIRHARILEALETEKQKIAKEVQILQQNRNNRDKTFT
VQTTWSSMKLSMMIQEANAISSKLKTYYVFGRHDISDKSSSDTSIRVRNLKLGISTFWSL
EKFESKLAAMKELYESNGSNRGEDAFCDPEDEWEPDITDAPVSSLSRRRSRSLMKNRRIS
GCLHDIQVHPIKNLHSSHSSGLMDKSSTIYSNSAESFLPGICKELIGSSLDFFGQSYDEE
RTIADSLINSFLKIYNGLFAISKAHEEQDEESQDNLFSSDRAIQSLTIQTACAFEQLVVL
MKHWLSDLLPCTNIARLEDELRQEVKKLGGYLQLFLQGCCLDISSMIKEAQKNAIQIVQQ
AVKYVGQLAVLKGSKLHFLENGNNKAASVQEEFMDAVCDGVGLGMKILLDSGLEKAKELQ
HELFRQCTKNEVTKEMKTNAMGLIRSLENIFAESKIKSFRRQVQEENFEYQDFKRMVNRA
PEFLKLKHCLEKAIEIIISALKGCHSDINLLQTCVESIRNLASDFYSDFSVPSTSVGSYE
SRVTHIVHQELESLAKSLLFCFESEESPDLLKPWETYNQNTKEEHQQSKSSGIDGSKNKG
VPKRVYELHGSSPAVSSEECTPSRIQWV
NT seq 4947 nt   +upstreamnt  +downstreamnt
atgtcattacacagtactcataatagaaataacagcggtgatattcttgatattccttct
tcccaaaatagttcatcactgaatgccctcacccacagtagccgacttaagctgcatttg
aagtcggatatgtcagaatgtgaaaatgatgatccattattgagatctgcaggtaaagtc
agagacataaatagaacttatgttatttctgccagtagaaaaacagcagacatgcccctt
acccctaatcctgtaggtagattggcacttcagaggagaactacaaggaacaaagaatca
tctttgcttgttagtgagttggaagacacaactgaaaaaacagcagaaacacgtcttaca
ttacaacgtcgtgctaaaacagattctgcagaaaagtggaaaacagctgaaatagattct
gtcaaaatgacactgaatgtgggaggtgaaacagaaaataatggtgtttctaaggaaagt
agaacaaatgtaaggattgtaaataatgctaaaaactcttttgttgcctcttctgtacct
ttagatgaagatccacaggtcattgaaatgatggctgataagaaatacaaagaaacattt
tctgcccccagtagagcaaatgaaaatgttgcacttaagtactcaagtaatagaccaccc
attgcttccctgagtcagactgaagttgttagatcaggacacttgacaacgaaacctact
cagagcaagttggatatcaaagtgttgggaacaggaaacttgtatcatagaagtattggg
aaggaaattgcaaaaacttcaaataaatttgggagcttagaaaaaagaacacctacaaaa
tgtacaacagaacacaaactgacaacaaagtgcagcctgcctcagcttaagagcccagct
ccatcaatactgaagaatagaatgtctaaccttcaagttaaacaaagaccaaaaagttcc
tttcttgcaaataaacaggaaagatccgcagaaaatacaattcttcccgaagaagaaact
gtagttcagaacacctctgcaggaaaagaccccttaaaagtagagaatagtcaagtgaca
gtggcagtacgcgtaagacctttcaccaagagagagaagattgaaaaagcatcccaggta
gtcttcatgagtgggaaagaaataactgtggaacaccctgacacgaaacaagtttataat
tttatttatgatgtttcattctggtcttttgatgaatgtcatcctcactacgctagccag
acaactgtctatgagaagctagcagcaccactcctagaaagagccttcgaaggcttcaat
acctgtctttttgcttatggtcagactggctctggaaaatcatatacgatgatgggattt
agtgaagaaccaggaataattccaagattttgtgaagatcttttttctcaagtagccaga
aaacaaacccaagaggtcagctatcacattgaaatgagcttctttgaagtatataatgaa
aaaattcacgaccttctggtttgtaaagatgaaaatgggcagagaaagcaaccactgaga
gtgagggaacatcctgtttatggaccatatgttgaagcactgtcaatgaacattgtcagt
tcttacgctgatatccagagttggctagaattgggaaataaacaaagagctactgctgct
actggtatgaatgataaaagttcccgatctcattcagttttcaccctggtgatgacccag
accaagacagaatttgtggaaggggaagaacacgatcacagaataacaagtcgaattaac
ctaatagatctggcaggcagtgagcgctgctctacggctcacactaatggagatcgacta
aaggaaggtgtgagtattaataagtccttgctaactttgggaaaagttatatctgcactt
tcggaacaagcaaaccaaaggagtgtttttattccttatcgtgaatctgttcttacatgg
ctgttaaaagaaagtctgggtggaaattcaaaaactgcaatgattgctacgattagtccc
gctgccagcaacatagaagaaacattaagcacacttagatatgctaaccaagcccgttta
atagtcaacattgctaaagtaaatgaagatatgaacgctaagttaattagagaattgaag
gcagaaattgcaaagctaaaagctgctcagagaaacagtcggaatattgaccctgaacga
tacaggctctgtcggcaagaaataacatccttaagaatgaaactgcatcaacaggagaga
gacatggcagaaatgcaaagagtgtggaaagaaaagtttgaacaagctgaaaaaagaaaa
cttcaagaaacaaaagagttacagaaagcaggaattatgtttcaaatggacaatcattta
ccaaaccttgttaatctgaatgaagatccacaactatctgagatgctgctatatatgata
aaagaaggaacaactacagttggaaagtataaaccaaactcaagccatgatattcagtta
tctggggtgctgattgctgatgatcattgtactatcaaaaattttggtgggacagtgagt
attatcccagttggggaagcaaagacatatgtaaatggaaaacatattttggaaatcaca
gtattacgtcatggtgatcgagtgattcttggtggagatcattattttagatttaatcat
ccagtagaagtccagaaaggaaaaaggccatctggaagagatactcctataagtgagggt
ccaaaagactttgaatttgcaaaaaatgagttgctcatggcacagagatcacaacttgaa
gcagaaataaaagaggctcagttgaaggcaaaggaagaaatgatgcaaggaatccagatt
gcaaaagaaatggctcagcaagagctttcttctcaaaaagctgcatatgaaagcaaaata
aaagcactggaagcagaactgagagaagagtctcaaaggaaaaaaatgcaggaaataaat
aaccagaaggctaatcacaaaattgaggaattagaaaaggcaaagcagcatcttgaacag
gaaatatatgtcaacaaaaagcgattagaaatggaaacattggctacaaaacaggcttta
gaagaccatagcatccgccatgcaagaattctggaagctttagaaactgaaaagcaaaaa
attgctaaagaagtacaaattctacagcagaatcggaataatagggataaaacttttaca
gtgcagacaacttggagctctatgaaactctcaatgatgattcaggaagccaatgctatc
agcagcaaattgaaaacatactatgtttttggcagacatgatatatcagataaaagtagt
tctgacacttctattcgggttcgtaacctgaaactaggaatctcaacattctggagtctg
gaaaagtttgaatctaaacttgcagcaatgaaagaactttatgagagtaatggtagtaac
aggggtgaagatgccttttgtgatcctgaagatgaatgggaacccgacattacagatgca
ccagtttcttcactttctagaaggaggagtaggagtttgatgaagaacagaagaatttct
ggttgtttacatgacatacaagtccatccaattaagaatttgcattcttcacattcatca
ggtttaatggacaaatcaagcactatttactcaaattcagcagagtcctttcttcctgga
atttgcaaagaattgattggttcttcgttagatttttttggacagagttatgatgaagaa
agaactatagcagacagcctaattaatagttttcttaaaatttataatgggctatttgcc
atttccaaggctcatgaagaacaagatgaagaaagtcaagataacttgttttcttctgat
cgagcaatccagtcacttactattcagactgcatgtgcttttgagcagctagtagtgcta
atgaaacactggctgagtgatttactgccttgtaccaacatagcaagacttgaggatgag
ttgagacaagaagttaaaaaactgggaggctacttacagttatttttgcagggatgctgt
ttggatatttcatcaatgataaaagaggctcaaaagaatgcaatccaaattgtacaacaa
gctgtaaagtatgtggggcagttagcagttctgaaagggagcaagctacattttctagaa
aacggtaacaataaagctgccagtgtccaggaggaattcatggatgctgtttgtgatggt
gtaggcttaggaatgaagattttattagattctggactggaaaaagcaaaagaacttcag
catgaactctttaggcagtgtacaaaaaatgaggttaccaaagaaatgaaaactaatgcc
atgggattgattagatctcttgaaaacatctttgctgaatcgaaaattaaaagtttcaga
aggcaagtacaagaagaaaactttgaataccaagatttcaagaggatggttaatcgtgct
ccagaattcttaaagttaaaacattgcttagagaaagctattgaaattattatttctgca
ctgaaaggatgccatagtgatataaatcttctccagacttgtgttgaaagtattcgcaac
ttggccagtgatttttacagtgacttcagtgtgccttctacttctgttggcagctatgag
agtagagtaactcacattgtccaccaggaactagaatctctagctaagtctctcctcttt
tgttttgaatctgaagaaagccctgatttgttgaaaccctgggaaacttataatcaaaat
accaaagaagaacaccaacaatctaaatcaagcgggattgacggcagtaagaataaaggt
gtaccaaagcgtgtctatgagctccatggctcatccccagcagtgagctcagaggaatgc
acacccagtaggattcagtgggtgtga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Disease (6)   
   KEGG DISEASE (3)   
   OMIM (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (22)   
   KEGG ORTHOLOGY (1)   
   RefGene (16)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (30)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (28)   
DNA sequence (46)   
   RefSeq(nuc) (28)   
   GenBank (9)   
   EMBL (9)   
Protein domain (4)   
   Pfam (4)   
All databases (112)   

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