KEGG   Danio rerio (zebrafish): 100536057
Entry
100536057         CDS       T01004                                 
Symbol
dock3
Name
(RefSeq) dedicator of cytokinesis protein 3 isoform X10
  KO
K05727  dedicator of cytokinesis protein 3
Organism
dre  Danio rerio (zebrafish)
Brite
KEGG Orthology (KO) [BR:dre00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:dre04131]
    100536057 (dock3)
Membrane trafficking [BR:dre04131]
 Others
  Rho GTPase associated proteins
   Rho guanine nucleotide exchange factors (GEFs)
    100536057 (dock3)
SSDB
Motif
Pfam: DOCK_N DOCK-C2 DHR-2_Lobe_C DHR-2_Lobe_B DHR-2_Lobe_A TetR_C_19
Other DBs
NCBI-GeneID: 100536057
NCBI-ProteinID: XP_009294754
ZFIN: ZDB-GENE-100624-1
Ensembl: ENSDARG00000063180
UniProt: A0A8M3AXX4
Position
22:31821759..32225188
AA seq 1990 aa
MNELIDLRRQLLSGHLTQDQVREVKRHITVRLDWGNEHLGLDLVPRKEFEMVDADQISVS
DLYKMHLSSRHSVQQSTSQDGGRQRHGETCRMPVPHHLFVNLKSFTYNTIGEDTDIFFSL
YDLREGKQISEKFMVKLNKNGGPKNPEKVDRLCALFTDLSNKDMKRDLYIVSQVIRTGRM
LLNDSKKGPPHVQYRRPYGCAVLAMSDVLQTISELKEEKDFVLKVYTCNNENEWYQIHEN
IIRKSSTKYTAPSTNYGLIISLQLLRGDMEQVRRENPMIFNRGVAITRKLGFPDVIMPGD
IRNDLYLTLERGDFERGGKSVQKNIEVTMYVLYADGEILKECISLGSGEHNISEYRSFVL
YHNNSPRWSEVVKLPIPIDRFRGSHLRFEFRHCSTKDKGEKKLFGFAFTPLMREDGTTLS
DESHELYVYKCDENTTFSNHALYLGLPCCKDDFNGCPNIPSSLIFQRSTKETLWISTQLS
STKLTQNVDLLALLKWKAHPDHVMDILGRLRHVCGEEIVKFLQDILDTLFSILDDNTDKY
GPLVFQSLVFIINLLRDSKFYHFRPVMDTYIQKHFAGALAYKELIRCLKWYMDRSAEVVR
QDHIQEAMRALEYLFKFIVQSRILYSRATCGMEEDQFRASIQELFQSIRFVLSLDSRSSE
TLIFTQGPQATTGQASTNQGNCLQPLSCNAPRPSPLSAALLNSFPAIFDELLQMFTVQEV
AEFVRGTLGSMPSTVHIGQSMDVVKLQSIARTVDSRLFSFPESRRILLPVVLHHIHLHLR
QQKELLICSGILSSIFSIIKSSSLESSVQEEVEMMVESLLDVLLQTLLAIMSKSQSQEAV
RGQRCPQCTAEITGEYVSCLLSLLRQMSDIHFQHLLDNFQSKEELKEFLLKIFCVFRNLM
KLSIFPRDWNVMRLLTSNIIVSTTQYLSPALHKSFTDADFDFKVWNSYFSLAVLFINQPS
LQLETLTPAKRKKVFDKYGDMRVMMAYELFSMWQNLGENKIHFIPGMIGPFLGVTLVPQN
EVRNIMIPIFHDMMDWEQRKNGNFKQVEAELIDKLDSLVSEGKGDENYRELFSLLTQLFG
PYPSLLEKIEQETWRETGISFVTSVTRLMERLLDYRDCMKGDETENKKIGCTVNLLNFYK
SEINKEEMYIRYIHKLCDMHLQAENYTEAAFTLLLYWELLHWEERPLREFLHYPAQSEWH
RKEGLCRKVIHYFNKGKCWEYGIPLCRELAFQYESLYDYQSLSWIRKMEAAYYDNIMEQQ
RLEPEFFRVGFYGRKFPFFLRNKEFVCRGHDYERLEAFQQRMLGEFPQAIAMQHPNQPDE
GILQGDAQYLQIYAVSAVPENMDVLQMDRVPDRIKSFYRVNNVRRFRYDRPFHKGPKDRE
NEFKSLWIERTTLILTHPLPGISRWFEVDKRELVEVSPLENAIYVVENKNQELRTLISQY
QHKQLHGNINLLSMCLNGVIDAAVNGGIARYQEAFFDKEYISSHPEDTEKITQLKDLMQE
QVHVLGVGLAVHEKLVHPEMRPLHKKLIDQFQMMRSSLCHCFYVALQGLPGLDKLSPACS
GASTPRGILATHSPMSPESIKLMHRHSPLNVLGSVRHSSSSLSSHTSSETGNLLIMTDSM
MEHPEDLYRMQPSPSSSSLSSTHSAPSQMINSGHGSIRVGSPSLPDRYRHNREMLMLLPP
HRDRPSSAMYPNITENGQVPTNHQRALYHQVIGPCKPCSDPNLSVADKVLSAPSSWSLDS
GTRDTLPFLSAHVGSVMAPPVPPRTLPPGHFSMHFDAFHHQINELPPALPARSLRKSPLH
PIPASPTSPQSGLDGSNSTLSGSASSGVSSLSESNFAQSSSEPPARADTLDSMPSSQAWT
TDTEEAESPYLPVRYSVSEPEVLDPLKPAPCRSHSAPLGVTPGIPSDGHHHHHLHLHHHH
PHAVHITHPHYHHHEPAPALPPKPYLREGCIPEEDLRPVPRPMPRKISQPLLTTKEEQAK
VAWEHGISEE
NT seq 5973 nt   +upstreamnt  +downstreamnt
atgaacgagttgattgatctgaggcgacaactgctttcaggccacctgacccaagatcaa
gtccgcgaggtcaaacgacacatcactgtacgactggactggggcaatgaacatttaggc
ttagatctggtgcccaggaaggagttcgagatggtcgatgcggatcagatcagcgtttct
gatctttacaaaatgcacctctccagcagacacagcgtccagcaaagcacatcacaggat
ggcggaagacaaagacatggggaaacatgtcgaatgcctgtgccgcatcatctctttgtc
aacctgaagagcttcacgtacaacactatcggcgaggacacggacatcttcttctctctg
tatgacctcagagagggcaagcaaatcagtgagaagtttatggtcaaactcaacaaaaat
ggtggcccgaaaaacccggagaaggtcgaccgcctttgcgcactctttacggacttgagc
aacaaggacatgaagagagatctgtacattgtgtctcaggtcatcaggacgggacggatg
ttgttaaatgactcaaagaagggccctcctcacgtccagtatcggcggccgtatggatgc
gcagttctggccatgagcgacgtcttacaaaccatctctgaactcaaagaggagaaagac
tttgtgctcaaagtttacacgtgtaataatgaaaacgagtggtaccagattcatgagaac
attatccgcaagtccagcaccaaatacaccgctcccagcaccaactacggtctgatcatc
tcactgcagctgttgagaggcgacatggagcaagtgcgcagggaaaaccccatgatattc
aaccgtggcgtcgccatcacacgaaaactgggcttccctgatgtgatcatgccaggtgac
attcgcaatgacctctacctcacgctggagagaggagactttgagagaggaggaaaaagt
gttcagaagaacatcgaggtcaccatgtatgtgctgtacgctgacggcgagatcctcaaa
gagtgtattagtctgggctcaggagaacacaacatcagtgagtaccgctctttcgtactc
taccacaacaacagtcctcgctggagtgaagtcgtcaaacttcccatccctatcgaccga
ttccggggttcccatctgcgctttgagttcagacactgttcaacaaaagataaaggagaa
aagaagctttttgggtttgcatttacacctctgatgagggaagacggcacaacactgtct
gatgagagtcatgagctttacgtctacaagtgtgatgaaaacaccaccttcagtaaccac
gcgctgtacctgggcctgccctgctgtaaagatgacttcaacggctgcccgaacatcccg
tccagcctcatattccagcgcagcacgaaggaaaccctctggatatcaacacaactctct
tccaccaaactaacacagaatgtggatctgctagctctactgaagtggaaagcacatcca
gaccacgtgatggacattttggggcggttgcgtcacgtctgtggagaagaaatcgtcaaa
tttcttcaagacatcctcgacacgttgttctccattctggatgacaatacggacaaatat
ggccctctggtgtttcagtcgctggtgtttatcatcaatctgctccgggacagtaagttt
tatcatttccggcctgtgatggacacctacatccagaagcattttgctggagcccttgct
tacaaagagctgattcgctgtctgaagtggtatatggatcgctcagcagaagttgtgcga
caggatcacatccaggaagccatgagggctttagagtacctctttaaattcatcgtccag
tcgcggatcctctactctcgggccacctgcgggatggaggaagaccagtttcgagccagc
atacaggagcttttccagtccatccgttttgttctcagcctggacagccgcagctctgag
accctcattttcacccagggtccccaggcaactacaggacaagcctctaccaaccagggc
aactgcttgcagccgttgagctgtaatgccccacggccctctcctctgtctgctgccctg
ctcaactcattcccagccatttttgacgagctcctacagatgttcacagtgcaggaagta
gcagagtttgtgaggggaactctgggcagcatgcctagtacagttcacattggacagtcc
atggatgtggtcaagctgcagtccattgctcgaactgtggatagcagacttttctctttt
ccagaatcaaggagaattctccttcctgttgttctccaccacattcatctgcatctgcgg
caacagaaggagcttctcatctgttcaggaatcctgagcagcattttctccattattaag
agcagctcactggagagctctgtgcaggaggaggtggagatgatggtggagagtttgttg
gatgtgttgttgcagacactgttggccatcatgagtaaatctcagtctcaggaggcggta
agaggacagcgctgtccacagtgcacggctgagatcactggagagtatgtgtcctgcctg
ctgtctctcctgcgccaaatgtcggacattcactttcaacacctgctggacaacttccag
agcaaagaggagctgaaggagtttctgctgaagattttctgtgtgttcagaaacctgatg
aagctcagtattttcccacgtgactggaacgtcatgcgactgctgaccagcaatatcatc
gtgagcacaactcagtatctgtcgcctgctctccataaaagctttacagatgctgacttc
gattttaaggtgtggaactcgtacttcagtctggctgtgctatttatcaaccagcctagt
ctacagctggagactctgacaccggccaagcggaagaaggtctttgacaagtatggtgac
atgagggtcatgatggcttacgagctgttcagcatgtggcagaatttgggtgagaataag
atccacttcataccaggaatgatcggcccctttttgggtgtgacgcttgtaccgcaaaac
gaagtccgaaatataatgatccccatcttccacgatatgatggactgggaacagagaaag
aacggcaacttcaaacaggtggaggcggaactgatagacaaactggacagtctggtgtct
gagggcaaaggagacgagaattacagagagctcttcagtttgctaactcagctgtttggg
ccgtaccccagtctgctggagaagatcgagcaggagacctggagggagacaggcatctcc
tttgtcacgtctgtcacgcgcctcatggagcgactgctggattacagagattgcatgaaa
ggtgatgagacggaaaacaagaagatcggttgcacggtcaacctgctgaatttctacaag
tcggagatcaataaggaggagatgtacatccgatacattcataagctgtgtgacatgcac
ctgcaggcggaaaactacacagaggcggcgttcaccctgctgctgtactgggagctgctc
cactgggaggaaagacccctccgagagttcctgcattatccagcgcagagcgaatggcat
cgcaaagagggtctctgtcgtaaggtcatccactacttcaacaaaggaaagtgttgggag
tatggcatcccgctgtgccgagaactagcctttcagtacgagtccctgtacgattatcag
agtctcagctggatacggaaaatggaggcggcatattatgacaacatcatggagcagcag
cgactggagcccgagttcttcagggtggggttttatgggcggaagttcccttttttcctc
aggaataaggagtttgtttgtcggggtcatgactatgaaaggcttgaagcctttcagcaa
agaatgctgggggaatttcctcaagccatcgccatgcagcacccgaatcaaccagatgag
ggcattttacagggtgatgcacagtacctccagatctacgccgtgtctgcagttcctgaa
aacatggacgttcttcagatggaccgcgtgcccgaccgcatcaagagcttttacagagtc
aacaacgtccgacgattcagatatgaccgaccattccacaagggtcctaaagaccgggag
aatgagttcaagagtctatggatcgagcgaaccacactaatcctcacccaccctctgccc
ggcatatcccgctggtttgaagtggacaagcgagagctggtggaggtcagtccactggaa
aacgccatttatgtggtggagaacaagaaccaagagctgcgcaccctgatcagtcaatac
cagcacaaacagctgcacggaaacatcaacctgctcagcatgtgcctgaacggcgtaatc
gacgccgccgtcaacggaggaatcgccagataccaggaggcattctttgataaagagtac
attagcagtcaccctgaggatacggagaagatcacccaactcaaggacctgatgcaagaa
caggttcacgtcctcggtgtgggtttggccgtccatgagaaactggtgcacccagagatg
cgccccctgcacaagaagctgattgatcagttccagatgatgaggagcagtctttgtcat
tgtttctatgtggccctgcagggcctgccgggtctggataagctgagtccggcctgctct
ggagcgagtactccacgcggaatccttgccacacacagtcctatgagtcctgagagtatc
aaactcatgcaccgacacagccctctgaatgtgttgggctctgtccgacattcctcctct
tctctctcctctcacacctccagtgagacaggaaacctcctcatcatgacggacagtatg
atggagcacccagaggacctttatcgcatgcagcccagtccatcgtcatccagcttgagt
tcgacgcattcagctccgtctcagatgatcaactcagggcacggcagcatcagagttgga
tccccatcactacctgacagatacagacacaatcgggagatgttgatgcttctgccaccg
cacagggatcggcccagtagtgccatgtaccccaatataactgagaatggacaggtgcct
actaatcatcagagggctctgtatcatcaagtcattggtccctgcaaaccttgcagtgac
cccaatctttcggtggctgataaagtgttgtcggctcccagcagctggagtttggacagt
ggcaccagagacactctgccgttcctctctgctcatgtcgggagtgtgatggccccacct
gttccccctcgcacccttcctcccggacacttctcgatgcactttgatgctttccaccac
cagatcaacgaactccctccagctctccccgcgcgctccttaagaaagtcgcccctgcac
cctatacctgcctcacccaccagtccacagtcggggctggatggcagtaactccacctta
tccggcagcgccagcagtggtgtctcctccttgagtgagagcaacttcgcccagtcctcc
tctgagcctccagctcgagccgacaccttggactcgatgccgagcagccaggcctggacc
acagacacggaagaggcagaaagtccctatctccccgtacgctacagcgtctccgagcct
gaagttctggaccctctcaagcccgctccatgccgtagtcactcagccccgttgggtgta
accccagggataccctctgatggccaccaccaccatcacctccatctccaccatcaccac
ccacacgcagtgcacatcacccaccctcactaccaccaccacgagcctgcacccgcactg
cctcccaaaccttacctgagggaagggtgcatccctgaagaggacctgaggccagttccg
aggcctatgccacgcaagatctcccagcctttgcttactaccaaggaggaacaggccaag
gtggcctgggaacatggcattagtgaagaatag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (67)   
   KEGG ORTHOLOGY (1)   
   RefGene (61)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   ZFIN (1)   
Protein sequence (14)   
   UniProt (1)   
   RefSeq(pep) (13)   
DNA sequence (16)   
   RefSeq(nuc) (14)   
   GenBank (1)   
   EMBL (1)   
Protein domain (6)   
   Pfam (6)   
All databases (106)   

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