Hmdb loader
Identification
HMDB Protein ID HMDBP08354
Secondary Accession Numbers
  • 14066
Name Dedicator of cytokinesis protein 3
Synonyms
  1. Modifier of cell adhesion
  2. PBP
  3. Presenilin-binding protein
Gene Name DOCK3
Protein Type Unknown
Biological Properties
General Function Involved in guanyl-nucleotide exchange factor activity
Specific Function Potential guanine nucleotide exchange factor (GEF). GEF proteins activate some small GTPases by exchanging bound GDP for free GTP. Its interaction with presenilin proteins as well as its ability to stimulate Tau/MAPT phosphorylation suggest that it may be involved in Alzheimer disease. Ectopic expression in nerve cells decreases the secretion of beta-amyloid APBA1 protein and lowers the rate of cell-substratum adhesion, suggesting that it may affect the function of some small GTPase involved in the regulation of actin cytoskeleton or cell adhesion receptors
Pathways Not Available
Reactions Not Available
GO Classification
Function
purine nucleotide binding
binding
nucleotide binding
guanyl nucleotide binding
guanyl ribonucleotide binding
gtp binding
enzyme regulator activity
protein binding
gtpase binding
enzyme binding
nucleoside-triphosphatase regulator activity
gtpase regulator activity
guanyl-nucleotide exchange factor activity
Cellular Location
  1. Cytoplasm
Gene Properties
Chromosome Location Chromosome:3
Locus 3p21.2
SNPs DOCK3
Gene Sequence
>6093 bp
ATGTGGACCCCCACGGAGGAGGAGAAATACGGCGTAGTGATATGCAGCTTTCGAGGATCT
GTCCCTCAAGGGTTGGTCTTAGAAATAGGAGAAACAGTCCAGATTCTTGAAAAATGTGAA
GGTTGGTACAGAGGAGTTTCAACAAAGAAGCCAAATGTGAAGGGGATCTTTCCTGCAAAT
TACATTCACTTGAAAAAGGCAATTGTCAGTAATAGGGGGCAGTATGAAACTGTGGTTCCA
CTTGAAGATTCTATTGTGACTGAGGTTACAGCAACTCTACAAGAATGGGCAAGTTTGTGG
AAACAGTTGTATGTGAAACACAAAGTAGATCTTTTCTACAAACTACGCCATGTGATGAAT
GAACTTATTGACCTGCGAAGGCAGCTACTGTCTGGTCACCTGACTCAGGATCAGGTGCGG
GAGGTTAAGCGGCACATCACCGTGCGCCTGGACTGGGGTAATGAACATTTGGGCCTGGAC
CTGGTGCCTCGGAAGGACTTTGAAGTAGTGGACTCGGACCAGATTAGTGTCTCAGATCTC
TATAAGATGCATTTATCTAGCCGGCAGAGTGTACAGCAAAGCACATCCCAGGTAGATACA
ATGCGCCCACGTCATGGGGAAACATGTCGGATGCCAGTGCCACATCACTTCTTCCTCAGC
CTGAAGAGTTTCACTTACAATACTATTGGGGAAGATACCGATGTCTTCTTTTCCTTATAT
GACATGAGGGAAGGCAAGCAGATCAGTGAGCGGTTTCTGGTAAGACTGAACAAGAATGGT
GGGCCGAGGAACCCAGAGAAGATAGAACGAATGTGTGCCCTTTTTACAGATCTGAGCAGC
AAAGATATGAAGAGAGATTTGTATATCGTTGCCCATGTGATCCGAATAGGCCGGATGCTC
CTGAACGACTCAAAGAAAGGTCCTCCTCACCTGCACTACAGGCGACCATATGGCTGTGCG
GTCCTAAGCATCTTGGATGTCCTACAGTCACTCACAGAAGTAAAGGAAGAAAAGGATTTT
GTTCTTAAGGTTTACACGTGCAACAACGAGAGTGAGTGGTCCCAGATCCACGAGAACATC
ATCCGAAAGTCCAGTGCCAAGTACTCTGCCCCCAGCGCCAGCCATGGTCTTATCATTTCT
CTGCAGCTTCTTCGTGGAGACATGGAACAGATTCGGAGAGAAAATCCCATGATATTTAAT
AGGGGATTGGCAATTACAAGAAAATTGGGATTTCCTGATGTCATTATGCCAGGTGATATC
CGCAATGACCTGTACCTAACCCTGGAGAAGGGGGATTTCGAGAGAGGAGGAAAGAGTGTA
CAAAAGAATATTGAAGTGACCATGTATGTGCTTTATGCAGATGGAGAAATCTTGAAGGAT
TGCATCAGCTTGGGTTCAGGAGAGCCAAATAGGAGTTCCTACCACTCCTTTGTCCTCTAC
CACAGTAATAGTCCTCGCTGGGGAGAAATTATCAAATTGCCTATCCCCATTGACCGGTTC
CGGGGCTCCCACCTGCGCTTTGAGTTCAGACATTGTTCCACAAAGGACAAAGGGGAAAAG
AAACTCTTTGGCTTTGCATTCTCAACCCTGATGCGTGATGATGGCACCACCCTCTCAGAT
GATATTCACGAGCTTTATGTGTACAAGTGTGATGAGAATAGCACGTTTAATAACCATGCT
CTGTACCTGGGCCTGCCCTGCTGCAAAGAGGACTACAATGGCTGCCCTAATATTCCTTCT
AGCCTCATCTTCCAGCGCAGCACCAAAGAGTCTTTCTTCATCTCCACTCAGCTCTCCTCT
ACCAAACTCACCCAGAATGTGGACCTCCTAGCTCTGCTGAAGTGGAAAGCCTTCCCCGAC
CGGATCATGGATGTACTAGGGCGGCTGCGGCATGTCAGTGGGGAGGAAATTGTTAAGTTT
CTGCAGGACATCTTAGATACACTCTTTGTGATTTTGGATGATAATACAGAGAAGTACGGC
CTGTTGGTTTTTCAGTCTCTGGTGTTCATCATCAACCTGCTCCGAGACATCAAGTATTTT
CACTTTCGACCTGTGATGGACACGTATATCCAGAAGCACTTTGCTGGAGCTCTGGCATAC
AAGGAGCTCATCCGCTGTTTGAAGTGGTATATGGACTGCTCAGCAGAACTGATTCGACAG
GACCACATTCAAGAAGCTATGCGGGCCTTGGAGTACCTTTTCAAGTTCATTGTACAGTCA
CGGATCCTGTACTCACGAGCCACTTGTGGAATGGAAGAGGAACAATTCAGATCCAGTATC
CAAGAACTTTTCCAGTCCATCCGGTTTGTGCTCAGTCTGGACAGCCGAAACTCAGAAACA
CTCCTTTTTACTCAGGCTGCACTCCTCAATTCTTTCCCAACCATCTTTGATGAGCTTCTG
CAAATGTTCACCGTGCAAGAGGTGGCAGAGTTTGTGAGAGGGACACTGGGGAGCATGCCC
AGCACTGTGCACATTGGGCAGTCAATGGACGTGGTCAAGCTGCAGTCCATTGCCAGGACA
GTGGATAGCCGCCTGTTTTCTTTCTCAGAATCCCGCCGCATCCTGCTTCCTGTGGTTCTC
CATCACATTCACCTTCACCTGAGGCAGCAGAAAGAGCTGCTAATTTGCTCAGGGATTCTT
GGCAGCATCTTCTCCATCGTCAAGACCAGCTCTCTGGAGGCAGATGTCATGGAGGAAGTA
GAGATGATGGTGGAGAGCCTCCTGGACGTGCTCTTGCAGACTCTGCTCACCATCATGAGC
AAATCGCACGCTCAGGAGGCGGTAAGAGGGCAGCGGTGCCCGCAGTGCACAGCCGAGATC
ACTGGCGAGTATGTGTCCTGCCTTCTCTCACTGCTCCGCCAGATGTGTGACACCCATTTC
CAGCACCTCCTGGACAACTTCCAGAGCAAAGATGAACTCAAGGAATTTCTGCTGAAGATT
TTTTGCGTGTTCCGGAACCTGATGAAGATGAGTGTCTTCCCTCGGGACTGGATGGTAATG
AGACTGCTCACAAGCAATATTATAGTCACTACTGTCCAGTACCTGTCCTCTGCACTGCAC
AAGAATTTCACAGAGACTGACTTTGACTTTAAGGTGTGGAATTCTTACTTTAGCCTGGCA
GTTCTATTCATAAATCAGCCAAGCCTTCAGCTAGAAATTATCACCTCAGCCAAAAGGAAG
AAGATTCTAGATAAGTATGGGGACATGCGTGTAATGATGGCCTATGAACTGTTCAGCATG
TGGCAGAATTTGGGTGAACATAAGATCCACTTTATTCCGGGAATGATTGGTCCTTTTCTG
GGTGTGACACTGGTCCCACAGCCAGAAGTACGGAATATCATGATTCCCATCTTTCATGAC
ATGATGGACTGGGAGCAGAGAAAAAATGGCAACTTCAAACAGGTGGAGGCCGAGTTGATT
GACAAGCTGGACAGCATGGTGTCAGAAGGGAAAGGTGACGAGAGCTACAGGGAGCTCTTC
AGCCTACTAACCCAGCTGTTTGGGCCCTACCCCAGCCTGCTGGAGAAGGTTGAACAAGAA
ACATGGCGCGAGACCGGCATTTCCTTTGTGACCTCAGTCACCCGCCTCATGGAACGTCTT
CTTGACTACAGGGACTGCATGAAAGGAGAGGAAACAGAGAATAAGAAGATAGGCTGCACT
GTTAACCTGATGAATTTTTACAAATCTGAGATTAACAAGGAAGAAATGTATATCCGCTAC
ATCCATAAGCTTTGTGACATGCACTTGCAGGCCGAAAACTACACAGAGGCCGCATTTACC
CTGCTCCTTTACTGTGAGCTGCTGCAGTGGGAGGACCGGCCACTACGGGAATTCCTCCAC
TACCCATCGCAGACAGAGTGGCAGCGGAAGGAGGGACTGTGCCGGAAGATCATTCACTAC
TTCAACAAAGGCAAGAGCTGGGAGTTTGGGATCCCACTGTGCAGGGAGCTGGCGTGTCAG
TACGAGAGCCTCTATGATTACCAGAGCCTCAGCTGGATTCGGAAAATGGAGGCCAGCTAC
TATGACAACATTATGGAGCAGCAACGCCTGGAGCCTGAGTTCTTTCGGGTCGGCTTCTAT
GGCAGGAAGTTTCCTTTCTTTCTTCGGAACAAAGAATACGTGTGCCGTGGCCATGACTAC
GAGAGGCTGGAGGCCTTCCAGCAGAGGATGCTCAGTGAGTTTCCGCAGGCTGTCGCCATG
CAGCACCCCAACCATCCTGATGACGCCATCCTACAGTGCGATGCCCAGTACTTGCAGATC
TATGCAGTGACGCCCATTCCAGATTATGTGGATGTTCTGCAGATGGATAGGGTACCAGAT
CGAGTCAAGAGCTTCTATCGCGTCAACAATGTGAGGAAGTTCCGGTATGACAGGCCTTTT
CACAAAGGCCCCAAGGACAAGGAGAATGAATTCAAGAGCCTGTGGATTGAACGTACCACA
CTGACCCTGACCCACAGCTTGCCTGGCATCTCTCGGTGGTTTGAAGTGGAGAGGAGGGAA
CTGGTGGAGGTGAGCCCTCTGGAGAATGCCATCCAAGTGGTTGAGAATAAGAACCAGGAG
CTACGCTCCCTGATCAGCCAGTATCAACACAAGCAGGTGCATGGCAACATTAACCTGCTA
AGCATGTGCCTGAATGGTGTCATTGATGCAGCTGTCAATGGAGGCATTGCACGCTATCAG
GAGGCCTTCTTTGATAAAGATTACATCAACAAGCACCCAGGAGATGCTGAGAAGATCACC
CAGCTCAAGGAGCTTATGCAGGAGCAGGTTCATGTCCTTGGAGTTGGGCTAGCAGTTCAT
GAGAAGTTTGTGCACCCAGAAATGCGGCCTCTGCATAAGAAGCTAATTGATCAGTTCCAG
ATGATGCGGGCCAGTCTCTACCATGAGTTTCCAGGTTTGGATAAGCTAAGTCCTGCATGT
TCAGGCACCAGCACCCCACGGGGAAATGTTCTGGCATCCCATAGCCCCATGAGTCCGGAG
AGCATCAAGATGACCCACCGGCACAGCCCCATGAACTTGATGGGCACAGGCCGCCATTCA
TCATCCTCTCTCTCCTCACATGCGTCTAGTGAAGCAGGAAACATGGTGATGCTGGGTGAC
GGCTCCATGGGTGATGCTCCTGAGGACCTGTACCACCACATGCAGCTCGCGTATCCCAAC
CCCAGGTACCAAGGCTCAGTCACCAACGTCTCTGTTCTGTCCTCGTCCCAGGCAAGCCCT
TCTTCCTCCAGCCTGAGTTCCACTCACTCAGCACCATCCCAGATGATTACCTCTGCCCCT
TCCAGTGCCCGAGGCTCTCCCTCTCTGCCAGATAAGTACCGCCATGCCCGTGAAATGATG
TTGTTGCTGCCCACATACCGGGACCGCCCAAGCAGTGCCATGTATCCAGCAGCCATCCTG
GAGAACGGACAGCCGCCGAATTTCCAGCGAGCCCTGTTCCAGCAAGTGGTCGGAGCCTGC
AAACCCTGCAGTGATCCCAATCTGTCTGTGGCTGAAAAAGGTCATTACTCCCTACACTTT
GACGCCTTCCACCACCCTCTGGGTGATACCCCCCCAGCCCTCCCTGCCCGGACCCTGCGC
AAGTCTCCTCTCCACCCTATCCCAGCCTCCCCCACAAGCCCCCAGTCAGGTCTGGACGGC
AGCAACTCTACGCTGTCCGGCAGTGCCAGCAGCGGCGTGTCCTCCTTGAGTGAGAGTAAC
TTTGGGCACTCCTCGGAGGCCCCACCTCGCACTGACACCATGGACTCCATGCCAAGTCAG
GCCTGGAATGCTGACGAAGATCTTGAGCCACCCTACCTCCCTGTCCACTACAGCCTCTCT
GAGTCTGCCGTCCTGGACTCCATCAAGGCCCAGCCATGCCGAAGCCACTCAGCCCCAGGG
TGCGTCATCCCTCAGGACCCCATGGACCCGCCTGCGCTGCCGCCCAAGCCCTACCACCCC
CGCCTGCCGGCCCTGGAGCACGATGAGGGGGTGCTGCTGCGTGAAGAGACTGAGAGGCCT
CGAGGCCTGCACCGCAAGGCTCCATTGCCTCCTGGGAGCGCTAAGGAGGAGCAGGCCCGC
ATGGCCTGGGAGCACGGCCGAGGGGAGCAGTGA
Protein Properties
Number of Residues 2030
Molecular Weight 233101.1
Theoretical pI 6.97
Pfam Domain Function
Signals
  • None
Transmembrane Regions
  • None
Protein Sequence
>Dedicator of cytokinesis protein 3
MWTPTEEEKYGVVICSFRGSVPQGLVLEIGETVQILEKCEGWYRGVSTKKPNVKGIFPAN
YIHLKKAIVSNRGQYETVVPLEDSIVTEVTATLQEWASLWKQLYVKHKVDLFYKLRHVMN
ELIDLRRQLLSGHLTQDQVREVKRHITVRLDWGNEHLGLDLVPRKDFEVVDSDQISVSDL
YKMHLSSRQSVQQSTSQVDTMRPRHGETCRMPVPHHFFLSLKSFTYNTIGEDTDVFFSLY
DMREGKQISERFLVRLNKNGGPRNPEKIERMCALFTDLSSKDMKRDLYIVAHVIRIGRML
LNDSKKGPPHLHYRRPYGCAVLSILDVLQSLTEVKEEKDFVLKVYTCNNESEWSQIHENI
IRKSSAKYSAPSASHGLIISLQLLRGDMEQIRRENPMIFNRGLAITRKLGFPDVIMPGDI
RNDLYLTLEKGDFERGGKSVQKNIEVTMYVLYADGEILKDCISLGSGEPNRSSYHSFVLY
HSNSPRWGEIIKLPIPIDRFRGSHLRFEFRHCSTKDKGEKKLFGFAFSTLMRDDGTTLSD
DIHELYVYKCDENSTFNNHALYLGLPCCKEDYNGCPNIPSSLIFQRSTKESFFISTQLSS
TKLTQNVDLLALLKWKAFPDRIMDVLGRLRHVSGEEIVKFLQDILDTLFVILDDNTEKYG
LLVFQSLVFIINLLRDIKYFHFRPVMDTYIQKHFAGALAYKELIRCLKWYMDCSAELIRQ
DHIQEAMRALEYLFKFIVQSRILYSRATCGMEEEQFRSSIQELFQSIRFVLSLDSRNSET
LLFTQAALLNSFPTIFDELLQMFTVQEVAEFVRGTLGSMPSTVHIGQSMDVVKLQSIART
VDSRLFSFSESRRILLPVVLHHIHLHLRQQKELLICSGILGSIFSIVKTSSLEADVMEEV
EMMVESLLDVLLQTLLTIMSKSHAQEAVRGQRCPQCTAEITGEYVSCLLSLLRQMCDTHF
QHLLDNFQSKDELKEFLLKIFCVFRNLMKMSVFPRDWMVMRLLTSNIIVTTVQYLSSALH
KNFTETDFDFKVWNSYFSLAVLFINQPSLQLEIITSAKRKKILDKYGDMRVMMAYELFSM
WQNLGEHKIHFIPGMIGPFLGVTLVPQPEVRNIMIPIFHDMMDWEQRKNGNFKQVEAELI
DKLDSMVSEGKGDESYRELFSLLTQLFGPYPSLLEKVEQETWRETGISFVTSVTRLMERL
LDYRDCMKGEETENKKIGCTVNLMNFYKSEINKEEMYIRYIHKLCDMHLQAENYTEAAFT
LLLYCELLQWEDRPLREFLHYPSQTEWQRKEGLCRKIIHYFNKGKSWEFGIPLCRELACQ
YESLYDYQSLSWIRKMEASYYDNIMEQQRLEPEFFRVGFYGRKFPFFLRNKEYVCRGHDY
ERLEAFQQRMLSEFPQAVAMQHPNHPDDAILQCDAQYLQIYAVTPIPDYVDVLQMDRVPD
RVKSFYRVNNVRKFRYDRPFHKGPKDKENEFKSLWIERTTLTLTHSLPGISRWFEVERRE
LVEVSPLENAIQVVENKNQELRSLISQYQHKQVHGNINLLSMCLNGVIDAAVNGGIARYQ
EAFFDKDYINKHPGDAEKITQLKELMQEQVHVLGVGLAVHEKFVHPEMRPLHKKLIDQFQ
MMRASLYHEFPGLDKLSPACSGTSTPRGNVLASHSPMSPESIKMTHRHSPMNLMGTGRHS
SSSLSSHASSEAGNMVMLGDGSMGDAPEDLYHHMQLAYPNPRYQGSVTNVSVLSSSQASP
SSSSLSSTHSAPSQMITSAPSSARGSPSLPDKYRHAREMMLLLPTYRDRPSSAMYPAAIL
ENGQPPNFQRALFQQVVGACKPCSDPNLSVAEKGHYSLHFDAFHHPLGDTPPALPARTLR
KSPLHPIPASPTSPQSGLDGSNSTLSGSASSGVSSLSESNFGHSSEAPPRTDTMDSMPSQ
AWNADEDLEPPYLPVHYSLSESAVLDSIKAQPCRSHSAPGCVIPQDPMDPPALPPKPYHP
RLPALEHDEGVLLREETERPRGLHRKAPLPPGSAKEEQARMAWEHGRGEQ
GenBank ID Protein 31415870
UniProtKB/Swiss-Prot ID Q8IZD9
UniProtKB/Swiss-Prot Entry Name DOCK3_HUMAN
PDB IDs Not Available
GenBank Gene ID NM_004947.4
GeneCard ID DOCK3
GenAtlas ID DOCK3
HGNC ID HGNC:2989
References
General References
  1. Nagase T, Ishikawa K, Nakajima D, Ohira M, Seki N, Miyajima N, Tanaka A, Kotani H, Nomura N, Ohara O: Prediction of the coding sequences of unidentified human genes. VII. The complete sequences of 100 new cDNA clones from brain which can code for large proteins in vitro. DNA Res. 1997 Apr 28;4(2):141-50. [PubMed:9205841 ]
  2. Cote JF, Vuori K: Identification of an evolutionarily conserved superfamily of DOCK180-related proteins with guanine nucleotide exchange activity. J Cell Sci. 2002 Dec 15;115(Pt 24):4901-13. [PubMed:12432077 ]
  3. Kashiwa A, Yoshida H, Lee S, Paladino T, Liu Y, Chen Q, Dargusch R, Schubert D, Kimura H: Isolation and characterization of novel presenilin binding protein. J Neurochem. 2000 Jul;75(1):109-16. [PubMed:10854253 ]
  4. de Silva MG, Elliott K, Dahl HH, Fitzpatrick E, Wilcox S, Delatycki M, Williamson R, Efron D, Lynch M, Forrest S: Disruption of a novel member of a sodium/hydrogen exchanger family and DOCK3 is associated with an attention deficit hyperactivity disorder-like phenotype. J Med Genet. 2003 Oct;40(10):733-40. [PubMed:14569117 ]
  5. Chen Q, Yoshida H, Schubert D, Maher P, Mallory M, Masliah E: Presenilin binding protein is associated with neurofibrillary alterations in Alzheimer's disease and stimulates tau phosphorylation. Am J Pathol. 2001 Nov;159(5):1597-602. [PubMed:11696419 ]