KEGG   Taeniopygia guttata (zebra finch): 100232121
Entry
100232121         CDS       T01082                                 
Symbol
DOCK1
Name
(RefSeq) dedicator of cytokinesis protein 1 isoform X1
  KO
K13708  dedicator of cytokinesis protein 1
Organism
tgu  Taeniopygia guttata (zebra finch)
Pathway
tgu04148  Efferocytosis
tgu04510  Focal adhesion
tgu04810  Regulation of actin cytoskeleton
Brite
KEGG Orthology (KO) [BR:tgu00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04148 Efferocytosis
    100232121 (DOCK1)
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    100232121 (DOCK1)
  09142 Cell motility
   04810 Regulation of actin cytoskeleton
    100232121 (DOCK1)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:tgu04131]
    100232121 (DOCK1)
Membrane trafficking [BR:tgu04131]
 Others
  Rho GTPase associated proteins
   Rho guanine nucleotide exchange factors (GEFs)
    100232121 (DOCK1)
SSDB
Motif
Pfam: DOCK_N DOCK-C2 DHR-2_Lobe_C DHR-2_Lobe_A DHR-2_Lobe_B SH3_1 SH3_9 SH3_2 SR-25
Other DBs
NCBI-GeneID: 100232121
NCBI-ProteinID: XP_030132470
Position
6:32305246..32570681
AA seq 1914 aa
MTPLVGRNFSRPAVGKWRRRERGRGIPAAPGAMTRWVPTKREEKYGVALYNYDARGPDEL
SLQIGDTVHILETYEGWYRGYTLRKKSKKGIFPASYIHLKEAIVEGKGQHETVIPNELPL
IQEVTTTLREWSIIWRQLYVQDNREMFRSVRHMIYDLIEWRSQILSGTLPQDELKELKKK
VTAKIDYGNRILDLDLVVRDEDGNILDPEQTSTISLFRAHEIASKQVEERLQEEKSQKQN
IDINRQAKFAATPSFALFVNLKNVVCKIGEDAEVLMSLYDPLESKFISENYLVRWSSCGL
PKDIDRLHNLRAVFTDLGSKDLKREKISFVCQIVRVGRMELRDNNTRKLTSGLRRPFGVA
VMDVTDIINGKVDDEDKQHFIPFQPLALDDAIRHKQLNISSRFSPRVAGENDFLQTVINK
VIAAKEVNHKGQGLWVTLKLLPGDIHQIRKEFPHLVDRSTAVARKMGFPEIIMPGDVRND
IYVTLVQGDFDKGSKTTAKNVEVTVSVYDEDGKRLESVIFPGAGDEAISEYKSVIYYQVK
QPRWFETVKVAIPIEDVNRSHLRFTFRHRSSQDSKDKSEKIFALAFVKLMRYDGTTLRDG
EHDLIVYKAEAKKLEDASTYLSLPSTKIELEEKGHSATGKSMQNLGSCTISKDSFQISTL
VCSTKLTQNVDLLGLLKWRSNTSLLHQNLKQLMKVDGGEVVKFLQDTLDALFNIMMENSE
SETFDTLVFDALVFIIGLIADRKFQHFNPVLETYIKKHFSATLAYTKLTKVLKTYVDNAE
KCGITDQLFKAMKALEYIFKFIVRSRILFNQLYENKGEADFRESLLQLFKSINEMMSSNS
DQTVIVKGAALKYLPAIVNDVKLVFDPKELSKLFTEFILNVPVSRLTIQKLYCLIEIVHS
DLFTQHDCREILLPTMTDQLKYHLERQEDLEACCQLLSNILEVLYKKDVGPTQRHVQIIM
ENLLRTVNRTVISMGRDSELIGSFVACMTAILRQMEDYHYAHLIKTFGKMRSDVVDFLME
TFIMFKNLIGKNVYPFDWVIMNMMQNKVFLRAINQYADMLNKKFLDQANFELQLWNNYFH
LAVAFLTQESLQLENFSSAKRAKILNKYGDMRRQIGFEIRDMWYNLGQHKIKFIPEMVGP
ILEMTLIPETELRKATIPIFFDMMQCEFHSTRSFQRFENEIITKLDHEVEGGRGDEQYKV
LFDKILLEHCRKHKYLAKSGETFVKLVVRLMERLLDYRTIMHDENKENRMSCTVNVLNFY
KEIEREEMYIRYLYKLCDLHKECDNYTEAAYTLLLHAKLLKWSEEACAAHLTQRDGYQAA
TQGQLKDQLYQEIIHYFDKGKMWEEAIALGKELAEQYENEMFDYEQLSELLRKQAQFYEN
IVKVIRPKPDYFAVGYYGQGFPTFIRNKVFIYRGKEYERREDFEARLLTQFPNAEKMKTT
SPPGDDIKTSSGQYIQCFTVKPKLDLPSKFHRPVSEQIVSFYRVNEVQRFEYSRPVRRGE
KNPDNEFANMWIERTIYVTAYKLPGILRWFEVKSVFMVEISPLENAIETMQLTNDKINNM
VQQHLNDPNLPINPLSMLLNGIVDPAVMGGFANYEKAFFTEKYMHEHPEDHDKIEKLKDL
IAWQIPFLAEGIRIHGEKVTEALRPFHERMEACFRQLKDKVEKQYGVRAIVSGLEERRGS
RPRSMVRSFTMPSSSRPLSVASVSSLSSDSTPSRPGSDGFVLEPLLPKKMHSRSQDKLDK
DDLDKDKKEKKKEKRNSKHQEIFDKEFKSTDISLQQAEAVILSETISPLRPQRPKSQVLN
VMCSERRFSVSPPSSQLTPPPITPRTKLAFSIQPNLELNGMSSSDIPDVPPPLPLKGSTA
DYGNLMESQDLISPTTSPPAHQRHLPPPLPSKTPPPPPPKTTRKQTSVDSGIVQ
NT seq 5745 nt   +upstreamnt  +downstreamnt
atgactccgctcgtcgggagaaacttttcccgtcccgcggtcggaaaatggcggcgtagg
gagcggggccgtggcatcccggcggctcccggcgccatgacccgctgggtgcccaccaaa
agggaggagaagtacggcgtagctctctacaactacgatgccaggggaccagatgaactc
tccttacagattggggacaccgtgcacatcctggaaacctatgagggttggtacaggggt
tatacactacggaagaaatccaagaagggcatattccctgcctcctatatccatcttaag
gaagcaatcgttgaaggcaaaggccaacatgagactgtgatccccaacgagctgcccctg
atccaggaggtcaccaccacgctgagggaatggtccatcatctggagacagctctacgtg
caggacaacagggaaatgttccgcagcgtccggcacatgatctacgacctgatcgagtgg
agatcccaaatcctctccgggaccctgccccaggatgagctcaaggagctgaaaaagaaa
gtgactgccaaaattgattatggcaacagaattctggatttagatctggtggttagagat
gaagatggcaacattttggacccagagcagaccagcaccatcagccttttcagagcacat
gaaatagcttccaagcaagtggaagagaggctacaggaagaaaaatctcagaagcagaat
attgatatcaacaggcaagccaagtttgctgccactccttcatttgctttatttgtaaat
ttaaaaaacgtcgtgtgtaaaataggagaagatgctgaagtcctgatgtctctgtatgac
cccctggaatccaaattcatcagtgagaactacctggtgaggtggtcgagctgtggcctc
cccaaggacattgacagactgcacaacctgcgggccgtgttcaccgacctgggcagcaag
gacctgaagagagagaagatcagttttgtgtgtcagatcgtgcgtgtgggcaggatggag
ctgcgggacaacaacaccaggaagctcacgtcggggctgcgccggcccttcggggtggca
gtgatggatgttactgacatcattaacgggaaggttgatgatgaggacaagcagcacttc
atcccgttccagccgctagcgttggatgacgccattcgacacaagcagctgaacatatca
tcccgtttttcacccagggtggcaggggagaatgatttcctgcagactgttataaacaaa
gtgattgctgctaaagaagtcaaccacaagggtcagggtctgtgggtgactttgaaactt
cttccaggagatatccatcagattaggaaagagtttccacacttagtggacaggtcaaca
gcagtggctcggaaaatgggctttcctgagattatcatgcctggagatgttcgaaatgac
atctatgtcaccttggtgcagggagattttgacaaaggcagtaaaaccacagcaaagaat
gtggaagtcacagtgtctgtttatgatgaagatggcaagagattagagagtgttattttt
cctggtgctggtgatgaagccatctcagagtacaagtcagtgatctattaccaagtaaag
cagcctcgctggtttgagactgtaaaggttgcgattcccatcgaggacgtgaaccgcagc
cacctgaggttcaccttccgccacagatcctcccaggactccaaagataaatctgagaaa
atatttgctctggcatttgtgaagctcatgagatatgatgggacaactctgagggatgga
gagcacgaccttatagtttacaaggcagaggccaagaagctggaggatgcctcgacctat
ctcagcctgccatccacaaaaattgagctggaggagaagggacactcagcaacaggcaag
agcatgcagaaccttgggagctgcaccatcagcaaagactccttccagatttccaccctg
gtctgttcaacaaaacttacccagaatgttgatctcttgggactgctgaagtggagatcc
aacacgagcctgttgcaccagaacttgaagcagctgatgaaagttgatggtggtgaagtg
gtcaagtttcttcaagatacactggatgccctttttaatatcatgatggagaactcggag
agtgagacctttgacactttggtgtttgatgctttggtatttatcattgggctgattgct
gacagaaaattccagcatttcaaccctgtcttggagacctacatcaagaagcatttcagt
gctaccttggcctacacaaaactgaccaaggttttaaaaacatacgtggacaatgctgag
aagtgtgggatcactgatcaactcttcaaagccatgaaagccctggaatacatcttcaag
ttcattgtccggtccaggatattgttcaaccagctgtatgaaaacaaaggcgaagcagac
ttcagggagtctctgctgcagctctttaagtccatcaatgagatgatgagcagcaactct
gaccagactgtcatagtgaagggtgcagcacttaaatatttgccagcaattgtcaacgat
gtgaaattagtgtttgatccaaaggaactcagcaagctcttcaccgagttcatcctcaac
gtgcccgtgagccgcctgaccatccagaagctctactgcctcatcgagatcgtgcacagc
gacctcttcacccagcacgactgcagggaaatcttgctgccaacaatgacagaccagctc
aagtatcacttggagagacaagaagatttggaggcttgctgccagttgctgagtaacatc
ctggaagtgctctacaagaaggacgtgggccccacacagcgccatgtgcagatcatcatg
gagaacctgctgaggacagtgaacagaactgtgatttccatgggacgggactcggagctc
attgggagtttcgtggcctgcatgacagccatcctgaggcaaatggaggattatcactat
gcccatttaatcaagacttttggcaagatgaggtcagatgttgtggatttcctgatggag
acattcatcatgttcaagaacctcatagggaagaacgtctaccccttcgactgggtgatc
atgaacatgatgcagaacaaagtcttcctgcgagcaattaatcagtatgcagatatgcta
aacaaaaaattccttgatcaagccaactttgagctacagctctggaacaactatttccac
ctggctgttgcttttctcactcaagaatctttgcaactggagaatttttcaagtgctaaa
agagcaaaaatccttaacaagtacggggacatgagaaggcagattgggtttgagatcagg
gacatgtggtacaacctgggccagcataaaatcaagttcatcccagaaatggtggggcct
atcctggaaatgaccctgatcccagaaacggagctgcggaaggccacgatccccatcttc
tttgacatgatgcagtgtgaattccactccaccaggagcttccagaggttcgaaaacgag
atcatcaccaaactggatcatgaagtggaaggaggccgtggagatgagcagtacaaagtg
ttatttgacaaaattctcctggagcactgcaggaagcacaaatacctggccaagagtggg
gagacctttgtgaagctggtggtgaggctgatggagaggctgctggactacaggaccatc
atgcacgacgagaacaaggagaaccgcatgagctgcaccgtcaacgtgctgaatttctac
aaggagatcgagagagaagagatgtacataaggtacctgtacaagctgtgtgacctgcac
aaggagtgtgacaactacacagaggctgcctacaccttactcctgcacgcaaagctcctc
aagtggtcagaagaagcgtgtgcagcacatcttacccagcgggatggataccaagctgct
actcaaggacagctgaaagatcagctctatcaagaaattatccattactttgacaagggc
aagatgtgggaagaggccattgccttgggtaaagaacttgcagaacagtatgaaaatgaa
atgtttgattatgaacaactcagtgaactgctgagaaaacaagcccagttttatgaaaac
attgtgaaggtgatacgaccaaaaccagattattttgctgttggctactatggccaggga
ttcccaacattcataaggaacaaagtgttcatttaccggggcaaggagtacgagcgccgc
gaggacttcgaggcgcggctgctgacgcagttccccaacgccgagaagatgaagacaacg
tcaccccctggagatgacatcaaaacctcctctggccagtatattcaatgcttcactgta
aagcccaaattggatttaccctcgaaatttcacaggccggtgtcagagcaaattgtgagt
ttctacagggtgaatgaagtccagcgctttgagtattcgcgtcctgttcgaagaggagag
aaaaacccagacaacgagtttgcaaacatgtggattgagagaactatctacgtgacagcc
tataaattaccagggatcctcaggtggtttgaagtcaaatcagttttcatggtggagatc
agcccactggaaaatgccatagaaaccatgcagctgaccaatgacaagatcaataacatg
gtgcagcagcatctcaacgaccccaacctgcccatcaaccccctgtccatgctgctcaac
ggcatcgtggaccccgccgtcatgggcggcttcgccaactacgagaaggctttttttact
gaaaaatacatgcatgagcatccagaggatcatgacaagattgagaagctgaaggatctg
attgcttggcagatcccattcctggccgagggcatccggatccacggggagaaggtgaca
gaggccctgaggccgttccacgagaggatggaggcgtgtttcaggcagctgaaggacaag
gtggaaaagcagtacggggtccgcgccatcgtgtcgggcctggaggagcggcggggcagc
cggccgcgctccatggtgcgctccttcaccatgccctcgtcgtcgcggccgctgtccgtg
gcctccgtgtcctccctctcctcggacagcactccctcccggcccggctccgacgggttc
gtgctggagcccctcctgccaaaaaagatgcattctaggtcgcaagataaattggacaag
gatgacctagataaagataaaaaggaaaagaagaaggagaagaggaacagcaagcatcaa
gagatatttgataaagaatttaaatctactgatatttctctgcagcaggctgaagcagtg
atcctttcagaaacgatcagccccctgaggccgcagagacccaagagccaggtgctgaac
gtgatgtgcagcgagcggcgattctccgtgtccccgcccagctcccagctgaccccgccg
cccatcacccctcgcaccaaactcgccttcagcatccagcccaatctggagctgaatggg
atgtccagctctgacatccccgacgttccccctcctctgcccctcaaaggaagcacggcc
gactacgggaacctcatggagagccaggacttgatcagccccaccacgtccccccctgcc
caccagcggcacctgcctcctccgctgcccagcaagactccgccgccgccgcctcccaag
acgacgcggaagcaaacgtctgttgactctgggattgtccagtga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (13)   
   KEGG ORTHOLOGY (1)   
   RefGene (9)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (9)   
   Pfam (9)   
All databases (34)   

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