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KEGG   Homo sapiens (human): 85378
Entry
85378             CDS       T01001                                 
Symbol
TUBGCP6, GCP-6, GCP6, MCCRP, MCCRP1, MCPHCR
Name
(RefSeq) tubulin gamma complex component 6
  KO
K16573  gamma-tubulin complex component 6
Organism
hsa  Homo sapiens (human)
Network
nt06515  Regulation of kinetochore-microtubule interactions
  Element
N01544  Microtubule nucleation
N01549  Branching microtubule nucleation
Disease
H01880  Autosomal recessive microcephaly and chorioretinopathy
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:hsa03036]
    85378 (TUBGCP6)
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:hsa04812]
    85378 (TUBGCP6)
Chromosome and associated proteins [BR:hsa03036]
 Eukaryotic type
  Centrosome formation proteins
   Microtubules and associated factors
    gamma-tubulin ring complex
     85378 (TUBGCP6)
Cytoskeleton proteins [BR:hsa04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Gamma-tubulin complex components
     85378 (TUBGCP6)
SSDB
Motif
Pfam: GCP6_N GCP_C_terminal GCP_N_terminal DUF4573 GCP5-Mod21_C
Other DBs
NCBI-GeneID: 85378
NCBI-ProteinID: NP_065194
OMIM: 610053
HGNC: 18127
Ensembl: ENSG00000128159
UniProt: Q96RT7
Structure
Position
22:complement(50217694..50245023)
AA seq 1819 aa
MASITQLFDDLCEALLPAAKTHLGQRSVNRKRAKRSLKKVAYNALFTNLFQDETQQLQPD
MSKLPARNKILMLSFDLRVGGLGPKADRLEELVEELEAAPCCPLLEVGSVLDLLVQLAGS
GPPQVLPRKRDYFLNNKHVGRNVPYSGYDCDDLSVFEMDVQSLISREECLCHSMIQETLQ
VMEAAPGTGLPTVGLFSFGDPCGDRFERDTRVSLFGALVHSRTYDMDVRLGLPPVPDNAD
LSGLAIKVPPSVDQWEDEGFQSASNLTPDSQSEPSVTPDVDLWEAALTYEASKRRCWERV
GCPPGHREEPYLTEAGRDAFDKFCRLHQGELQLLAGGVLQAPQPVLVKECELVKDVLNVL
IGVVSATFSLCQPAQAFVVKRGVHVSGASPESISSLLSEVAEYGTCYTRLSHFSLQPVLD
SLYSKGLVFQAFTSGLRRYLQYYRACVLSTPPTLSLLTIGFLFKKLGRQLRYLAELCGVG
AVLPGTCGGGPRAAFPTGVKLLSYLYQEALHNCSNEHYPVLLSLLKTSCEPYTRFIHDWV
YSGVFRDAYGEFMIQVNHEYLSFRDKLYWTHGYVLISKEVEDCVPVFLKHIAHDIYVCGK
TINLLKLCCPRHYLCWSDVPVPRISVIFSLEELKEIEKDCAVYVGRMERVARHSSVSKEE
KELRMEIAKQELIAHAREAASRVLSALSDRQMSERMALDARKREQFQRLKEQFVKDQERR
QAARQEELDDDFSYARELRDRERRLKSLEEELERKARQALVDHYSKLSAEAARREQKALW
RIQRHRLESARLRFLLEDEKHIQEMLKAVSEAHQPQEPPDVLLSVHPQVTSPGPEHPEGG
QGCDSGSAEQHSPAWDGWNRPGLLTPQPLKPLAVGAGGRGLQQAEGARPFSDSLSIGDFL
PVGPGAEPSVQTGMVPLLEVALQTINLDLPPSAPGEAPAAASTQPSRPQEYDFSTVLRPA
VATSPAPGPLQAAECSLGSSGLQLWEDSCGKMDACGSASRETLLPSHPPRRAALEEGSSQ
PTERLFGQVSGGGLPTGDYASEIAPTRPRWNTHGHVSDASIRVGENVSDVAPTQPRWNTH
GHVSNASISLGESVSDVAPTRPRWNIHGHVSNASIRVGENVSDVAPTRPRWNTHGHVSNA
SIRVGENVSDVAPTRPRWNTHGHVSDASISLGESVSDMAPARPRWNTHGHVSDASISLGE
SVSDMAPTRPRWNTHGHVSDTSIRVGENVSDVAPIRSRCNTHGHVSDASISLGEPVSDVV
STRPRWNTHVPIPPPHMVLGALSPEAEPNTPRPQQSPPGHTSQSALSLGAQSTVLDCGPR
LPVEVGPSLSSPSSGCGEGSISVGENVSDVAPTQPWWPNTPGDSVSEELGPGRSGDTEDL
SPNWPLNSQEDTAAQSSPGRGEEAEASAAEAQGGEQAYLAGLAGQYHLERYPDSYESMSE
PPIAHLLRPVLPRAFAFPVDPQVQSAADETAVQLSELLTLPVLMKRSITAPLAAHISLVN
KAAVDYFFVELHLEAHYEALRHFLLMEDGEFAQSLSDLLFEKLGAGQTPGELLNPLVLNS
VLSKALQCSLHGDTPHASNLSLALKYLPEVFAPNAPDVLSCLELRYKVDWPLNIVITEGC
VSKYSGVFSFLLQLKLMMWALKDVCFHLKRTALLSHMAGSVQFRQLQLFKHEMQHFVKVI
QGYIANQILHVTWCEFRARLATVGDLEEIQRAHAEYLHKAVFRGLLTEKAAPVMNVIHSI
FSLVLKFRSQLISQAWGPPGGPRGAEHPNFALMQQSYNTFKYYSHFLFKVVTKLVNRGYQ
PHLEDFLLRINFNNYYQDA
NT seq 5460 nt   +upstreamnt  +downstreamnt
atggccagcatcacgcagctgttcgacgacctgtgtgaggccctcctgccggctgccaag
actcacctgggccagcgcagtgtgaaccggaagagggcaaagcggagcctcaagaaggtg
gcctacaatgctcttttcacaaatctttttcaagatgagactcaacagctgcagcctgac
atgtcaaaactaccagcgagaaacaagatcctcatgttgtcctttgacttgagagtgggt
ggcctgggccccaaggccgaccgtttggaggagcttgtggaggagctggaagcagcccct
tgctgtccgcttttggaggtggggtctgttttggacctcctggttcagctggcagggagt
ggtccccctcaagttctgccgagaaaacgagactacttccttaacaacaagcatgtgggg
agaaacgttccgtacagcggctatgattgcgacgacctgagtgtgtttgagatggacgtt
cagtctctgatctccagagaagagtgtttgtgtcacagcatgatccaggaaacacttcag
gttatggaggctgctccaggcactggcctgcccaccgtcgggctcttctcatttggtgac
ccttgtggtgacaggttcgagagagacacccgggtctcgctcttcggggcccttgtgcac
agccgcacttatgacatggacgtccgactgggcctgccccccgtgccagacaatgcggac
ctctctgggctggctattaaggtcccaccgagtgtggatcagtgggaagacgaaggattc
cagtcagcgtccaacttgactcctgattcccagtctgagcccagcgtgaccccagacgtg
gacctgtgggaagccgcacttacctatgaggccagcaagcggaggtgctgggagcgagtt
ggctgcccccctggccacagagaggagccttacctgacggaggcgggaagggacgctttc
gacaagttctgcaggctccaccaaggggagctccagctgcttgctgggggcgtcctacag
gccccgcagcccgtgctggtgaaggagtgcgagctggtgaaagacgtgctgaacgtcttg
attggggtcgtgtctgccacgttttcgctctgccagccggcccaggcctttgtggtgaag
cggggcgtccacgtgtcaggagcgtctcccgagagcatcagcagcctgctctcggaagtg
gccgagtatgggacctgctacacgcgcctgagtcatttctctctgcagcccgtcctggac
tctttgtacagcaagggcctcgtgttccaggccttcaccagtggcctgaggaggtacctg
cagtattaccgggcctgcgtcctttccactccgcccaccctgagcctcctcaccattggt
tttctcttcaagaaacttggccggcagctcaggtacctggccgagctctgtggcgttggc
gctgtgctcccgggcacctgtggaggaggccccagggccgcgtttcccaccggcgtgaag
ctgctgtcctacctctaccaggaggctctgcacaactgcagcaacgagcactaccctgta
ctgctgtccctgctgaagaccagctgcgagccctacacccggttcatccacgactgggtg
tacagcggggtgttcagagacgcttatggcgagttcatgattcaggtgaaccacgagtac
ctcagcttccgagataagttgtactggacacatggctacgtgctcatctccaaagaggtg
gaggactgtgttcccgtgtttctgaagcacattgcccacgacatatacgtctgcggaaag
accattaacctgctgaagctctgctgcccccggcattacctctgttggtccgacgtccct
gtcccccggatctcggtgattttctcccttgaggagttgaaggagattgagaaggactgt
gccgtctacgttgggcgcatggagagggtggcccgccacagctctgtcagcaaggaggag
aaggaattacgtatggaaattgcaaaacaagaattaatcgctcatgcccgggaagcagca
tccagggtcctgagtgcactgagtgaccggcagatgtcagaacggatggccttggatgcc
cggaagcgtgagcagtttcagaggctgaaagaacaatttgtgaaggaccaggagcgacgc
caggcggccaggcaggaggagctggatgatgacttcagctacgcccgtgaactccgagac
agggagagaaggctgaagtccctggaggaggagctggagaggaaggcgaggcaggcactg
gtcgaccactacagcaagctctctgcagaggcagctcgtcgggagcagaaggcactgtgg
agaatccagaggcaccgactggagagtgcacggcttcgttttctcttagaagatgagaaa
cacattcaggagatgctgaaagcagtgtctgaggctcaccagccccaggagccgccagac
gtcctcttgagcgtgcacccccaggtcacgtctccgggccctgagcacccagagggaggc
caaggctgtgattctgggtctgcagagcaacactcgcctgcctgggatggctggaacagg
ccaggcctgctgaccccacagccccttaagcctctagcagtgggggctggtggcaggggg
ctgcagcaggcggagggggccagacccttctctgacagcctcagcattggagacttccta
cctgtgggcccaggggctgagccgtccgtgcagactggcatggtccctctcctggaggtg
gcgctgcagaccattaacttggacctgcccccctcagctcctggggaggcacccgcagca
gccagcactcagccctccaggccacaggagtacgactttagtactgtcctgaggccagct
gtggccacctcacctgcaccagggcccctgcaggctgcagagtgcagcttgggcagctca
gggctacagctgtgggaggacagttgtgggaagatggatgcctgtggctccgcctcgcgg
gagactctgctcccctcacacccacccaggcgtgctgctctggaggaggggagcagccag
cccacagagcggctctttgggcaggtgtcagggggtggtcttcccacaggggactacgct
tctgaaatagctcccacccggccacggtggaacacccacgggcacgtgtctgacgccagc
atcagggtcggggagaatgtgtcagatgtggctcccacccagccacggtggaacacccac
ggacacgtatccaatgccagcatcagcttaggggagtctgtgtcagatgtggctcccact
cggccacggtggaacatccatggacatgtgtccaacgccagcatcagggtcggggagaat
gtgtcagatgtggctcccaccaggccacggtggaatacccacgggcacgtgtccaacgcc
agcatcagggttggggagaacgtgtcggacgtggctcccacccggccacggtggaacacc
catggacacgtgtccgatgccagcatcagcttgggggagtctgtgtcagacatggctccc
gcccggccacggtggaacacccatggacacgtgtctgatgccagcatcagcttgggggag
tctgtgtcagacatggctcccacccggccacggtggaacacccacggacatgtgtctgac
accagcatcagggttggggagaacgtatcggacgtggctcccatccggtcacggtgcaac
acccatggacacgtgtccgacgccagcatcagcttgggggagcctgtgtcggatgtggtt
tccacccggccacggtggaacacccatgtacccatccctccgccccacatggtgctgggg
gctctctcaccagaagctgagcccaacacacccaggccccaacagagcccccctggccac
acgtcccagtcagcgctcagcctgggagcacagagcactgtgctggactgtgggccacgg
ctgcctgtagaagtggggccatctctgtcctcccccagctcgggctgcggggaggggagc
atcagcgtgggggagaacgtgtcagacgtggctcccacccaaccatggtggcccaacacc
ccgggagacagtgtctctgaagaactaggccctgggaggagcggggacactgaggacctc
tctccaaattggcctctcaactcacaggaagacacagctgcccagagcagcccaggccgt
ggtgaggaggcggaggcatcggcggcggaggctcagggtggggagcaggcctacctggca
ggcctggcagggcagtaccacttggagcggtacccggacagttacgagtccatgtccgag
ccgcccattgctcatcttttgcgccccgtgcttccccgggccttcgccttccccgtggac
ccccaggtccagtctgccgctgatgagactgctgtgcagctgagcgagttgctgacgctg
cccgtgctcatgaagcgctccatcacggcaccgctggccgcccacatctccttggtgaac
aaggccgctgtcgactacttcttcgtggagctgcacctggaggcgcactatgaggcactg
cggcacttcctgctgatggaggacggcgagttcgcccagtccctcagcgacctgctcttt
gagaagcttggagctgggcaaacgcccggagagctgctcaacccgctggtgctgaactct
gtgctgagcaaggccctgcagtgcagcctgcatggggacaccccgcacgcctccaacctc
tccctcgctctcaagtacctgcccgaggtgtttgcccccaacgccccggatgtgctgagc
tgcctggagctcaggtacaaggtggactggcctctcaacattgtcatcaccgagggctgc
gtgagcaagtacagcggcgtcttctccttcctgctgcagctgaagctcatgatgtgggcg
ctcaaggacgtctgcttccacctcaagcgcacagccctgctgagccacatggccggctct
gtgcagttccgtcagctgcagctgttcaagcacgagatgcagcatttcgtgaaggtcatc
cagggctacatcgccaaccagatcctgcacgtcacctggtgcgagttcagggccaggttg
gccaccgtgggcgacctggaggagatccagcgtgcgcacgcagagtacctgcacaaggcc
gtcttcaggggcctgctcacggagaaggcggcgcccgtcatgaacgtcatccacagcatc
ttcagcctcgtgctcaagttccgcagccagctcatctcccaggcctgggggccccctggg
ggcccgcggggtgcagagcaccccaactttgcactcatgcagcagtcctacaacaccttc
aagtactactcccactttctcttcaaagtggtgaccaagctggtgaaccgcggctaccag
ccccacctggaggactttctgctgcgcatcaacttcaacaactactaccaggacgcctga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Network (3)   
   KEGG NETWORK (3)   
Disease (3)   
   KEGG DISEASE (1)   
   OMIM (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (51)   
   KEGG ORTHOLOGY (1)   
   RefGene (41)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (4)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (44)   
   RefSeq(nuc) (8)   
   GenBank (18)   
   EMBL (18)   
3D Structure (21)   
   PDB (21)   
Protein domain (5)   
   Pfam (5)   
All databases (134)   

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