KEGG   Nanorana parkeri (Xizang Plateau frog): 108790880
Entry
108790880         CDS       T04897                                 
Symbol
DOCK1
Name
(RefSeq) dedicator of cytokinesis protein 1
  KO
K13708  dedicator of cytokinesis protein 1
Organism
npr  Nanorana parkeri (Xizang Plateau frog)
Pathway
npr04148  Efferocytosis
npr04510  Focal adhesion
npr04810  Regulation of actin cytoskeleton
Brite
KEGG Orthology (KO) [BR:npr00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04148 Efferocytosis
    108790880 (DOCK1)
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    108790880 (DOCK1)
  09142 Cell motility
   04810 Regulation of actin cytoskeleton
    108790880 (DOCK1)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:npr04131]
    108790880 (DOCK1)
Membrane trafficking [BR:npr04131]
 Others
  Rho GTPase associated proteins
   Rho guanine nucleotide exchange factors (GEFs)
    108790880 (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 Aida_C2
Other DBs
NCBI-GeneID: 108790880
NCBI-ProteinID: XP_018416777
Position
Unknown
AA seq 1883 aa
MTRWIPTKKEEKYGVAIYNYEAKAADELHLQIGDTVHLLETHEGWYRGYVLRKKSKKGIF
PTSYIHLKEAAVEGKGQHETVTPCEIPLVHEVTNTLREWSIIWRQLYVQDNRDMFNCVRN
MICDLVEWRSQILSGTLPQDELNELKKKITARIDYGNRILDLDLVVRDEDGNILDPDQTS
TISLFRAHEIASKQVEERIQEEMLQKQNDINRQAKFAATPSFALFVNLKNVVCKIGEDAE
VLMSLYDPSESKFISENYLVRWSSSGLPKDIERLHNLRAVFTDLGSKDLNRDKISFVCQI
VRVGRMELRDNSTRKLTSGLRRPFGVAVMDVTDIITGKLDDEDKQHFIPFQPLALDDVIR
HKQLNLSSRFSSRVAGENDFLQTVINKVIAAKEVNHKGQGLWVTMKLLPGDIHQIRKEFP
HLVDRSTAVARKMGFPEIIMPGDVRNDIYVTLLQGDFDRGNKTTAKNVEVTVSVFDEDGK
RLENVIYPGAGDEAISEYKSVIYYQVKQPRWFETVKVAIPIEDVNRSHLRFTFRHRSSQE
SKDKSEKIFAVAFVKLMRYDGTTLRDGEHDLIVYKAEAKKLEDASTYLGLPATKIELEEK
GHASLGKSMQNLGSCTISKDSFQIATLVCSTKLTQNVDLLGLLKWRSNTNLLQQNLCQLM
NVDGGEVVKFLQDTLDALFNIIMENSDTETYDILVFDALVFIIGLIADRKFQHFNPVLET
YIKKHFSATLAYTKLTKVLKNYVENADKPGITEQVFKVMKALEYIFKFIVRSRILFIQLY
ENKGEAEFMESLLKLFKSINAMTSSQTDQTVIVKGAALKYLPTIVNDVKLVFDPKELSKL
FTDFILNVPRDRLVRQKLYCLIEIIHSDLFSQLECRDILLPMMTDQLKYHLERQEELEAC
CQLLSNILEVLYRKDVGPTQRHVQIIMEKLLRTVNRTVISMGRDSELIGNFVASMTAILR
QMEDYHYSHLIKTLGKMRTDVVDFLMETFIMFKNLIGKNVYPSDWVIMNMMQNKVFLRAI
NQYADMLNKMFLDQANFELQLWNNYFHLAVAFLTQESLQLENFSSAKRVKILLKYCDMRR
QIGFEIRDMWYNLGQHKIKFIPEMVGPILEMTLIPETELRKATIPIFFDMMQCEFHSTRS
FQMFENEIITKLDHEVEGGRGDEQYKVLFEKILLEHCRKHKYLAKTGETFVNLVVRLMER
LLDYRTIMHDENKENRMSCTVNVLNFYKEIEREEMYIRYLYKLCDLHKECDNYTEAAYTL
LLHAKLLKWSEDACAAHLTQRDGYQASTQGQLKDQLYQEIIHFFDKGKMWEEAITLGKEL
AEQYENEMFDYEQLSELLKKQAQFFENIVKVIRPKPDYFAVGYYGQGFPTFLRNKVFIYR
GKEYERREDFEARLLTQFPNAEKMKTTSAPGDDIKNSTGQYIQCFTVKPLLELPPKFKNK
HVSEQILSFYRVNEVVRFQYSRPIRKGEKDPDNEFSNMWIERTTFSISYKLPGILRWFEV
KAMGTIEISPLENAIETMQLTNEKINNLVQQHMNDSNLPINPLSLLLNGIVDPAVMGGFT
NYEKAFFNEKYMSEHPEDLENIEKLKDLIAWQVPFLAEGIRIHGEKVTEALRPFHERMET
CFKQLREKVEKQYGVRTLVSNIDERRGNRPRSMVRSFTMPSSSRPLSVVSISSVSSDSTP
SRPGSDGFVLEPFLPKKMHSRSQDKLDRDDLDKEKKEKKKEKRNSKHQEIFDKEFKATDI
PPQQSDAVILSETISPLRPQRPKSQVLITVAGDRRFSVSPGQPSTQQPPPVTPRAKLTFT
VSLGMEQNGVSAVEPTDIPPPLPVKGSTSDYGNVMDYQEYIQPATLPPPPQRHLPPPLPS
KTPPPPPPKTTRKQPSVDSGIMQ
NT seq 5652 nt   +upstreamnt  +downstreamnt
atgactcgctggatccccaccaagaaagaggagaagtatggagtggccatttacaattac
gaggcaaaagcagcggatgagttgcatctccagatcggtgacactgtgcaccttctagaa
acacatgaaggatggtacagaggatacgttttgaggaaaaaatctaaaaagggtatattt
cctaccagctatattcatcttaaagaagccgcagttgaaggaaaagggcaacatgaaacc
gtcacaccttgcgagattccgcttgtccatgaagtcaccaacacactgcgcgagtggtct
atcatatggcggcagctttatgttcaagataatcgtgacatgtttaactgcgtcaggaat
atgatctgtgacctggtggagtggagatcacagatcttgtctggaacactgccgcaagat
gaactgaacgagcttaaaaagaaaatcacagcgcggattgattatggaaacaggatcctt
gatttggacctggttgtacgagacgaagatggaaatatactcgacccagaccaaaccagc
acgattagtcttttcagggcacatgaaatagcttccaagcaagttgaagaaagaatccag
gaagaaatgttgcagaaacagaatgacatcaacagacaagccaagtttgccgccacaccc
tcgtttgccttgtttgtgaatttaaagaatgtagtgtgtaagatcggggaggacgctgaa
gttctgatgtctctttatgacccttctgagagtaaatttatcagtgaaaactacttggtg
cgctggtcaagctcgggcctgccgaaagatatcgagcggctgcataatctacgagcagtt
ttcacagatcttggcagtaaagacctaaatagagacaagataagctttgtatgtcagatt
gtaagagttgggcgcatggaattacgagacaatagtaccagaaaacttacatcaggtctc
aggaggcctttcggtgtggcagtaatggatgtgactgacataattaccggaaaactcgat
gacgaggacaaacagcattttataccttttcagccgctagccttggatgacgtcatccgc
cacaagcagctcaacctatcatcccgtttttcatccagggtggcaggggagaatgatttc
ctgcagacggtcatcaacaaagtaatcgccgccaaggaggttaaccacaaaggtcaaggt
ctttgggtcacaatgaaactgctccctggtgacattcatcagattcgtaaggaatttcct
cacctggtggacaggtctacagctgttgcacggaaaatgggattccctgaaattatcatg
ccaggcgatgtacgcaatgatatctatgtcacacttctccaaggtgattttgacagaggc
aacaaaaccactgccaaaaatgtggaagtcacggtctctgtttttgatgaagatggaaag
agattggagaatgtgatttacccgggggcaggagatgaagcgatttcagaatacaaatct
gtgatatactatcaagtgaagcagccccgctggtttgaaactgttaaggttgcaatcccg
attgaagatgtgaatcggagccatttaaggttcacgtttcgccaccgatcatctcaagag
tctaaagacaagtcagaaaagatatttgctgtagcatttgtgaaactaatgagatatgat
ggaacaacactaagagacggagagcatgatctcattgtttacaaggcagaggcgaagaag
cttgaagatgcatcgacatacctgggcctccctgccacaaaaattgaactggaggagaaa
ggacacgcatctctggggaaaagcatgcagaatttaggcagctgtaccatcagcaaagac
tccttccaaatagccactctcgtctgctcaactaaactcacacagaatgtggatttgttg
ggtctcttgaagtggcgctctaatacgaacttactgcagcagaatttgtgccagttaatg
aacgttgatggaggagaagttgtaaagttcttgcaggacacattggatgcgctgtttaac
atcataatggaaaactctgatacggaaacatatgatatattagtctttgatgccttggtg
tttattattggcctgattgcagatcgcaagtttcaacacttcaatcctgttttggagacc
tacataaagaaacatttcagtgcaaccttagcttacacaaaactgacaaaggtgctaaaa
aactatgtggaaaatgcagataaacccggtatcacagaacaagtatttaaagtaatgaaa
gcactggaatacatcttcaaattcattgtgcgctcaagaattttgtttattcaactttat
gaaaataaaggagaagctgagttcatggaatctttgctgaagttgttcaaatcaatcaat
gcgatgacaagcagccagaccgatcagactgttatagttaagggggctgcgcttaaatat
ctgccaacaattgtaaatgatgtcaaacttgtctttgatccaaaagagttaagcaagttg
tttacagacttcatcttgaatgttccaagagatcgtcttgtgcgacagaagctctattgc
cttattgagataatacacagtgaccttttcagccagcttgaatgcagagacatcctcctt
cccatgatgaccgatcagctcaagtatcacttggagagacaggaggaactggaggcctgt
tgtcagctgctgagcaacatcttggaagtgctttacagaaaagatgtgggaccaacgcaa
cgtcatgttcagatcatcatggaaaaacttctgagaacagtaaaccgtactgtaatatct
atgggaagagattcggaactcattggaaattttgttgcctccatgacggcaattttacgt
cagatggaagactatcactacagccatcttatcaaaacacttgggaaaatgagaacagat
gtggtggactttcttatggaaacattcatcatgtttaagaacctgattgggaagaatgtg
tacccctcagactgggttataatgaacatgatgcagaacaaagtgttcttacgagcaatt
aatcagtatgccgacatgctaaacaagatgtttttggatcaagcaaactttgagctgcag
ctgtggaataactattttcacctggctgttgctttccttacccaagaatccctgcagctg
gagaatttttcaagtgccaaaagagtcaaaatcctgcttaagtactgtgatatgagaagg
cagatcggctttgaaatcagagatatgtggtataatttaggtcagcacaaaatcaaattc
attcctgaaatggttggccctattttggagatgaccttgatcccggagacagagctacgg
aaagccaccatcccgattttctttgacatgatgcagtgtgaattccattccacaaggagc
tttcagatgtttgagaatgagattatcacaaagttggaccacgaagtggaaggcgggaga
ggggatgagcagtacaaagtgttgtttgagaaaatactcttggaacactgtaggaaacat
aagtatctggcaaagactggagagacctttgtgaacttggttgtccgcctgatggagaga
ctgctggactacagaacaataatgcacgatgagaacaaagagaaccggatgagctgcact
gtcaacgttctgaatttctacaaagagattgagagagaagaaatgtatataaggtatttg
tacaaactgtgtgacttgcataaagaatgtgacaactatacagaggccgcatatacacta
ctgctgcatgccaagctgctaaagtggtctgaagatgcttgtgccgcacatcttactcag
cgggatggttaccaggcaagcacacaaggacaattaaaagatcaactctaccaagagatt
atccatttctttgacaaaggaaagatgtgggaggaagccatcaccctcggcaaagagctg
gctgagcaatatgagaatgagatgtttgactatgaacagctgagtgaactgctgaaaaag
caagcccagttctttgaaaacattgtgaaagtcattcggccaaagcctgattactttgca
gttggatattatggacaggggtttccaacatttcttaggaacaaagtgttcatctacaga
ggaaaagagtacgagcgacgggaagactttgaggctcggctgctaacccagtttcccaat
gcggaaaagatgaagacgacttctgcaccaggagatgacatcaagaactctactggacag
tatattcagtgtttcacagtgaagccgctgcttgaattgcccccgaagtttaagaataag
catgtctctgagcagatactaagtttttacagggtgaatgaggttgttcggttccagtac
tccagacccataaggaaaggagagaaagatcctgacaatgaattttctaatatgtggatt
gagaggacaactttttcaatatcttacaaacttccaggcatcctgagatggtttgaagtg
aaggctatgggtacgattgagataagcccactggaaaatgcaattgagacaatgcaactc
acaaatgagaaaattaataatttggtgcagcagcatatgaatgactccaatttacccata
aatcctctttccttactcctgaatggcattgtggacccagcagtgatggggggatttacc
aattatgagaaggccttcttcaatgagaaatacatgtcagaacacccagaggaccttgag
aatattgaaaaattgaaggacctgattgcatggcaggttccattcctggcagaaggaata
cgcatccatggagaaaaggtcaccgaagctctgcggccatttcacgagaggatggagacg
tgttttaagcaactgagagagaaggtggagaagcagtacggggttaggactctggtgtcc
aatattgacgagaggaggggcaatcgacccagatctatggttagatcttttactatgcca
tcatcatccagacctttatcggttgtgtccatctcttctgtgtcatcggacagtacacct
tcaagaccaggttctgatggttttgttcttgagcctttcttgccaaagaagatgcattcc
cgctcccaagataaattggacagagatgatcttgataaggagaaaaaagagaaaaagaag
gagaagaggaacagcaagcaccaggaaatattcgataaggagttcaaagcgactgacatt
ccaccccagcaatctgatgctgttatactttcagagaccataagcccattaaggcctcag
agaccaaagagtcaagtcctgattaccgttgctggtgataggcgcttctctgtatccccg
ggtcagccttcaactcagcaaccgccacctgtcactcccagagccaagctcacatttact
gtatcactaggcatggaacaaaatggtgtctctgctgtagaaccaacggatatcccccct
ccactgccagtcaaaggaagtacatcagattatgggaatgtcatggattatcaagaatac
atccagcctgctacactaccacctccaccgcagaggcacttgccacctccgctgcccagc
aaaactccaccaccacctcctccaaagacgacgaggaagcagccctccgtggattccggc
atcatgcagtaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (34)   
   KEGG ORTHOLOGY (1)   
   RefGene (30)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (10)   
   Pfam (10)   
All databases (52)   

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