KEGG   Macaca mulatta (rhesus monkey): 703726
Entry
703726            CDS       T01028                                 
Symbol
DOCK4
Name
(RefSeq) dedicator of cytokinesis protein 4 isoform X1
  KO
K17697  dedicator of cytokinesis protein 4
Organism
mcc  Macaca mulatta (rhesus monkey)
Pathway
mcc04015  Rap1 signaling pathway
Brite
KEGG Orthology (KO) [BR:mcc00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04015 Rap1 signaling pathway
    703726 (DOCK4)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:mcc04131]
    703726 (DOCK4)
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:mcc03037]
    703726 (DOCK4)
Membrane trafficking [BR:mcc04131]
 Others
  Rho GTPase associated proteins
   Rho guanine nucleotide exchange factors (GEFs)
    703726 (DOCK4)
Cilium and associated proteins [BR:mcc03037]
 Primary cilia and associated proteins
  USH complex and associated proteins
   703726 (DOCK4)
SSDB
Motif
Pfam: DOCK_N DOCK-C2 DHR-2_Lobe_C DHR-2_Lobe_B DHR-2_Lobe_A SH3_2 SH3_1
Other DBs
NCBI-GeneID: 703726
NCBI-ProteinID: XP_028702029
Ensembl: ENSMMUG00000002894
Position
3:complement(138000978..138475001)
AA seq 1981 aa
MWIPTEHEKYGVVIASFRGTVPYGLSLEIGDTVQILEKCDGWYRGFALKNPNIKGIFPSS
YVHLKNACVKNKGQFEMVIPTEDSVITEMTSTLRDWGTMWKQLYVRNEGDLFHRLWHIMN
EILDLRRQVLVGHLTHDRMKDVKRHITARLDWGNEQLGLDLVPRKEYAMVDPEDISITEL
YRLMEHRHRKKDTPVQASSHHLFVQMKSLMCSNLGEELEVIFSLFDSKENRPISERFFLR
LNRNGLPKAPDKPERQCSLFVDLGSSELRKDIYITVHIIRIGRMGAGEKKNACSVQYRRP
FGCAVLSIADLLTGETKDDLILKVYMCNTESEWYQIHENIIKKLNARYNLTGSNAGLAVS
LQLLHGDIEQIRREYSSVFSHGVSITRKLGFSNIIMPGEMRNDLYITIERGEFEKGGKSV
ARNVEVTMFIVDSSGQTLKDFISFGSGEPPASEYHSFVLYHNNSPRWSELLKLPIPVDKF
RGAHIRFEFRHCSTKEKGEKKLFGFSFVPLMQEDGRTLPDGTHELIVHKCEENTNLQDTT
RYLKLPFSKGIFLGNNNQAMKATKESFCITSFLCSTKLTQNGDMLDLLKWRTHPDKITGC
LSKLKEIDGSEIVKFLQDTLDTLFGILDENSQKYGSKVFDSLVHIINLLQDSKFHHFKPV
MDTYIESHFAGALAYRDLIKVLKWYVDRITEAERQEHIQEVLKAQEYIFKYIVQSRRLFS
LATGGQNEEEFRCCIQELLMSVRFFLSQESKGSGALSQSQAVFLSSFPAVYSELLKLFDV
REVANLVQDTLGSLPTILHVDDSLQAIKLQCIGKTVESQLYTNPDSRYILLPVVLHHLHI
HLQEQKDLIMCARILSNVFCLIKKNSSEKSVLEEIDVIVASLLDILLRTILEITSRPQPS
SSAMRFQFQDVTGEFVACLLSLLRQMTDRHYQQLLDSFNTKEELRDFLLQIFTVFRILIR
PEMFPKDWTVMRLVANNVIITTVLYLSDALRKNFLNENFDYKIWDSYFYLAVIFINQLCL
QLEMFTPSKKKKVLEKYGDMRVTMGCEIFSMWQNLGEHKLHFIPALIGPFLEVTLIPQPD
LRNVMIPIFHDMMDWEQRRSGNFKQVEAKLIDKLDSLMSEGKGDETYRELFNSIIPLFGP
YPSLLKKIERETWRESGVSLIATVTRLMERLLDYRDCMKMGEVDGKKIGCTVSLLNFYKT
ELNKEEMYIRYIHKLYDLHLKAQNFTEAAYTLLLYDELLEWSDRPLREFLTYPMQTEWQR
KEHLHLTIIQNFDRGKCWENGIILCRKIAEQYESYYDYRNLSKMRMMEASLYDKIMDQQR
LEPEFFRVGFYGKKFPFFLRNKEFVCRGHDYERLEAFQQRMLNEFPHAIAMQHANQPDET
IFQAEAQYLQIYAVTPIPESQEVLQREGVPDNIKSFYKVNHIWKFRYDRPFHKGTKDKEN
EFKSLWVERTSLYLVQSLPGISRWFEVEKREVVEMSPLENAIEVLENKNQQLKTLISQCQ
TRQMQNINPLTMCLNGVIDAAVNGGVSRYQEAFFVKEYILSHPEDGEKIARLRELMLEQA
QILEFGLAVHEKFVPQDMRPLHKKLVDQFFVMKSSLGIQEFSACMQASPVHFPNGSPRVC
RNSAPASVSPDGTRVIPRRSPLSYPAVNRYSSSSLSSQASAEVSNITGQSESSDEVFNMQ
PSPSTSSLSSTHSASPNVTSSAPSSARASPLLSDKHKHSRENSCLSPRERPCSAIYPTPV
EPSQRMLFNHIGDGALPRSDPNLSAPEKAVNPTPSSWSLDSGKEAKNMSDSGKLISPPVP
PRPTQTASPARHTTSVSPSPAGRSPLKGSVQSFTPSPVEYHSPGLISNSPVLSGSYSSGI
SSLSRCSTSETSGFENQVNEQSVPLPVPVPVPVPVPVPVPSYGGEEPVRKESKTPPPYSV
YERTLRRPVPLPHSLSIPVTPEPPALPPKPLAARSSHLENGARRTDPGPRPRPLPRKVSQ
L
NT seq 5946 nt   +upstreamnt  +downstreamnt
atgtggatacctacggagcacgagaaatacggcgtggttattgccagtttccgaggaacc
gttccatatggcctgtcattggaaattggagatacagttcagatcctggagaagtgtgat
ggctggtacagaggatttgccttaaaaaacccaaatatcaagggtatatttccttccagc
tacgttcacttgaaaaatgcctgtgtgaagaacaaaggacaatttgaaatggttattccc
actgaagactctgttatcacagaaatgacatcaacattaagagactggggaaccatgtgg
aaacaactctatgtgcgaaatgaaggcgatctcttccaccggctgtggcacatcatgaat
gaaatcctggacctgcggcggcaggtgctggtgggccacctcacccacgaccggatgaag
gacgtgaagcgccacattactgcccgccttgactggggcaatgaacaactgggactggac
ctggtgcctaggaaagagtatgcaatggtggatccagaagacatcagcattactgagctc
taccgattgatggaacatcgacatcggaagaaggacaccccggtgcaggccagcagtcac
cacctttttgtccagatgaagagcctcatgtgttccaacctaggagaggagctggaggtc
atcttctcactctttgacagtaaagagaaccggccaatcagtgagagatttttcttgagg
ctgaatagaaacgggcttcccaaagcccctgataaaccggaacgacaatgctccctcttt
gtggatttgggtagcagtgagctaagaaaggacatctatatcaccgtgcacattatccga
atcggtcgaatgggagcaggagaaaaaaagaatgcctgtagtgtccagtaccgacgaccc
tttggctgtgcagttctcagcatcgctgacctgctaacaggagagacaaaggatgacctc
attctgaaagtgtacatgtgtaacacagagagtgagtggtaccaaatccatgagaacatc
atcaaaaagctgaatgcacgttataacttgactggctccaatgcaggtttagcagtctcc
ttacagctattgcacggagacattgaacaaatcagaagagaatattcatcagtattttct
catggagtatccataacgaggaagctgggattttcaaatattattatgcctggtgaaatg
aggaatgatttatatatcactattgaaaggggagaatttgagaaaggagggaagagcgtg
gccagaaatgtggaagttacgatgttcattgtagacagcagtggccaaaccctgaaggat
tttatctcctttggctctggggagccaccagccagtgagtaccactcctttgtgctttat
cataacaacagccccaggtggtctgaactgctgaagcttcccattcccgtggataaattc
cggggcgcacacatccgcttcgagtttcggcattgttccacaaaggaaaaaggagagaag
aagttgtttgggttttcttttgtccctctgatgcaagaagatggtaggactcttccagat
ggcactcatgagctcatcgtgcataagtgtgaagaaaacacaaaccttcaggatactact
cgctacctcaaacttcccttttccaagggcattttccttgggaataataatcaagccatg
aaggccacaaaggagtctttttgtattacatcctttctctgttccacaaaactcacacaa
aatggtgatatgcttgatcttttgaaatggagaacccacccagacaagatcactggctgt
ctctctaaattaaaagaaatcgatggctcagagatagtaaagtttctgcaggatacactg
gataccttatttggaattttagatgaaaattcccaaaaatatgggtctaaagtgtttgat
tctttggttcacataataaatttgctgcaagatagcaaatttcatcattttaaacctgta
atggacacttatattgagagtcattttgctggggcacttgcatacagagatctcatcaaa
gtgctcaaatggtatgtggaccggatcacagaagcagagcggcaagagcatatccaggag
gtgctgaaggcacaagaatacatttttaagtatatagttcagtctcgaaggctgttttcc
cttgccactggtgggcaaaacgaagaggaattccgctgctgcattcaggagcttctcatg
tcagtccgtttctttctttcacaagagagcaaagggtctggagcattatctcagtcacag
gctgtgtttctgagctctttccccgctgtgtactcagaactgttgaagctctttgatgtc
cgggaagtggctaacttggtccaggacactctgggcagtctgccgaccatcctgcacgtg
gatgattccctgcaggccatcaaactgcagtgcattggcaaaaccgtggaaagccagctt
tataccaacccagattcccgatacattcttctgcctgtcgtgttacatcacctccacatt
cacttgcaagaacagaaggacctgatcatgtgtgcacgtatccttagcaacgtattttgt
ctcatcaagaaaaatagctcagaaaaatctgtgctggaggaaatagatgtgatagtggcc
agcttgctggatattctgctgaggaccatattggagatcaccagccgacctcagccgtcc
agctcagcaatgcggttccagttccaggatgtcactggggagtttgttgcttgtctcctg
tccctattacgacaaatgactgatagacattatcaacagcttcttgatagtttcaatacg
aaggaagaactaagggacttcctgctgcagatatttactgtgttccgaatattgatacgc
ccagagatgtttccaaaggactggactgttatgcgcttggttgccaacaatgttattatt
acaacagttctgtacctctcagatgcacttcgtaagaacttcttaaatgaaaactttgat
tataagatctgggattcctacttttacctcgcagtcatttttataaaccagttgtgtctg
cagttggagatgttcacaccttccaagaagaaaaaggtgttagaaaagtatggtgacatg
cgggtaacaatgggttgtgaaattttcagcatgtggcaaaacctaggagagcacaagctt
cattttatccctgccctgattggccccttcctagaagtgaccttgataccccagccagat
cttcggaatgtcatgattccaatttttcatgatatgatggactgggagcagaggcggagt
ggcaactttaaacaggtggaagccaagctaattgacaaactggatagcctgatgtcagaa
ggcaaaggtgacgaaacataccgcgagctcttcaacagtataattccactatttggtccc
tatcctagtctactaaagaaaattgagcgggaaacatggcgggaaagtggcgtttcatta
attgctactgtaactcgtctaatggagaggttgttagattacagggactgcatgaaaatg
ggagaggtagatggcaaaaagattggctgcacagttagccttctgaacttctataagact
gaactgaacaaggaggagatgtatatacgctacattcacaaactctatgatctgcatctc
aaagcacagaactttacagaagctgcatataccctcctcttatatgatgagctactggaa
tggtctgatcggcccctcagggagttcctgacctaccccatgcaaacagaatggcagcgc
aaagagcacctgcacctcaccatcatccagaactttgacagaggcaaatgttgggagaat
ggcattatcttgtgccggaagattgcagagcagtatgagagttactatgactacagaaac
ctgagcaagatgcggatgatggaagcctctttgtatgacaaaattatggaccagcaacgt
cttgaaccagagttcttcagagttggattttatggaaaaaaatttccatttttcttaaga
aataaggagtttgtgtgtcgagggcatgactacgagaggctggaagccttccaacagaga
atgctgaacgagttcccccacgccatcgccatgcagcatgccaaccagcccgatgagacc
attttccaggcagaagctcagtatttgcagatatatgctgtgacccccattccggagagc
caggaggtcctgcagagagagggcgttccggacaacatcaaaagtttctataaagtgaat
cacatctggaaattccgctatgaccgaccatttcacaaaggcacaaaagataaagagaat
gaattcaagagtctctgggtggagagaacgtcattatacttggtgcagagtttgcctggc
atttctcgctggtttgaagtggaaaaacgtgaagtggtagaaatgagtcctctggaaaat
gcaattgaagtgctggaaaataagaatcagcaactaaagactctgattagtcagtgtcag
acaagacagatgcagaatattaatcccctgacgatgtgcctgaatggagttatagatgct
gcagttaatggtggtgtttccaggtaccaagaggcattctttgtcaaagaatatatctta
agtcaccctgaagatggggagaaaattgcacgattaagagagctgatgcttgagcaggca
cagattctggaatttggtttggccgtgcatgagaagtttgtacctcaagatatgagaccc
cttcacaaaaagctggtcgaccaattcttcgtgatgaagtcgagcttagggatacaggag
ttctctgcttgtatgcaagccagtcctgtccattttcctaatggaagccctcgtgtgtgt
agaaactcagcacctgcctctgtgagcccagatggtaccagggtaattcctagacgcagc
ccattaagttacccagctgtcaaccgatattcttcctcctcactgtcctcacaagcttct
gctgaagtaagcaatattacagggcaatcagaaagctctgatgaagtctttaacatgcag
ccaagtccatctacctcaagcttgagttctactcactcggcttcacctaatgtgacaagt
tctgctccatcgagtgccagagcttctcctttgttgtctgacaaacacaaacattcccga
gaaaactcttgcctgtccccaagagagagaccatgcagtgccatctatccaacacccgtg
gagccttcgcagaggatgctgtttaatcatattggagacggggccttgccacgcagtgac
ccaaatctctctgcacctgaaaaagctgtgaaccccacccctagcagctggagcctggac
agtgggaaggaagccaagaacatgtcggatagtgggaaacttatctctccccctgtccct
ccaagacccacacagactgcttcaccagcaagacacacgacatcagtatccccctcacct
gccgggcgatctccattgaagggctctgtgcagtcttttaccccctctccggtggagtac
cactcaccaggactcatctccaactcccccgtcttgtcgggcagctacagcagtgggatt
tcttctctcagccggtgcagcacgtcggaaacctcaggctttgaaaatcaggtgaacgaa
cagtcagtccccctgccggtgccagtgccagtgccggtgcctgtgcctgtgcctgtgccg
agctacggcggggaggagccggtgcgcaaggagagcaagaccccgcccccgtacagcgtc
tacgagcggactctgcggcgccctgtcccgctacctcacagcctctccatccccgtcacg
cccgagccgcccgcgctgccccccaagcctctggcagcgcgatccagccacctggagaat
ggggcccggaggactgaccccggcccgcggcccaggcccctgccgcgcaaggtctctcag
ttataa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (31)   
   KEGG ORTHOLOGY (1)   
   RefGene (26)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (7)   
   RefSeq(nuc) (3)   
   GenBank (2)   
   EMBL (2)   
Protein domain (7)   
   Pfam (7)   
All databases (53)   

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