KEGG   Empidonax traillii (willow flycatcher): 114058779
Entry
114058779         CDS       T05887                                 
Symbol
DOCK3
Name
(RefSeq) dedicator of cytokinesis protein 3 isoform X1
  KO
K05727  dedicator of cytokinesis protein 3
Organism
etl  Empidonax traillii (willow flycatcher)
Brite
KEGG Orthology (KO) [BR:etl00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:etl04131]
    114058779 (DOCK3)
Membrane trafficking [BR:etl04131]
 Others
  Rho GTPase associated proteins
   Rho guanine nucleotide exchange factors (GEFs)
    114058779 (DOCK3)
SSDB
Motif
Pfam: DOCK_N DOCK-C2 DHR-2_Lobe_C DHR-2_Lobe_B DHR-2_Lobe_A SH3_2
Other DBs
NCBI-GeneID: 114058779
NCBI-ProteinID: XP_027742265
Position
Unknown
AA seq 2098 aa
MWSPTEEEKYGVVICSFRGTVPQGLVLELGETVQILEKCEGWYRGVSIKKPNVKGIFPAN
YIHLKKAIVSNRGQYETVVPLEDSVVTEVTATLQEWAVLWKQLYVKHKVDLFYKLRHVMN
ELIDLRRQLLSGHLTQDQVREVKRHLTVRLDWGNEHLGLDLVPRKDFEVVDSDQISVSDL
YKMHLSSRHSVQQSTSQVDTIRQRHGEACRMPVPHHFFLSLKSFTYNTIGEDTDVFFSLY
DVREGKQISERFMVRLNKNGGPRNPEKIDRMCALFTDLSSKDMKRDLYIVAHVIRIGRML
LNDSKKGPPHLHYRRPYGCAVLSIMDVLQSISEIKEEKDFVLKVYTCNNENEWCQIHENI
IRKSSTKYTAPSSNYGLIISLQLLRGDMEQIRRENPMIFNRGVSVTRKLGFPDVIMPGDI
RNDLYLTLEKGDFERGGKSVQKNIEVTMYVLYADGEILKDCISLGSGEPSRSAYHSFVLY
HNNSPRWGEIIKLPIPIDRFRGSHLRFEFRHCSTKDKGEKKLFGFAFTPLMRDDGTTLSD
DIHELYVYKCDENSTFNNHALYLGLPCCKEDYNGCPNIPSSLIFQRSTKETFSVSTQLSS
TKLTQNVDLLALLKWKAYPDRVMDILGRLRHVSGEEIVKFLQDILDTLFVVLDDNTEKYG
LLVFQSLVFIINLLRDSKYFHFRPVMDTYIQKHFAGALAYKELIRCLKWYMDRSAELVRQ
DHIQEAMRALEYLFKFIVQSRILYSRATCGMEEEQFRSSIQELFQSIRFVLSLDSRSSET
LIFTQAALLNSFPAIFDELLQMFTVQEVAEFVRGTLGSMPSTVHIGQSMDVVKLQSIART
VDSRLFSFSESRRILLPVVLHHIHLHLRQQKELLICSGILSSIFSIIKTSSLEGDVVEEV
EMMVESLLDVLLQTLLTIMSKSQSQEAVRGQRCPQCTAEITGEYVSCLLSLLRQMSDTHF
QHLLDNFQSKDELKEFLLKIFCVFRNLMKMSVFPRDWMVMRLLTSNIIVTTVQYLSSALH
KNFTETDFDFKVWNSYFSLAVLFINQPSLQLESATPAKRKKILDKYGDMRVMMAYELFSM
WQNLGEHKIHFIPGMIGPFLGVTLVPQPEVRNIMIPIFHDMMDWEQRKNGNFKQVEAELI
DKLDSLVSEGKGDENYRELFSLLTQLFGPYPSLLEKIEQETWRETGISFVTSVTRLMERL
LDYRDCMKGDETENKKIGCTVNLMNFYKSEINKEEMYIRYIHKLCDMHLQAENYTEAAFT
LLLYCELLQWEDRPLREFLHYPSQSEWQRKEGLCRKIIHYFNKGKSWEFGIPLCRELAIQ
YESLYDYQSLSWIRKMEATYYDNIMEQQRLEPEFFRVGFYGRKFPFFLRNKEYVCRGHDY
ERLEAFQQRMLSEFPQAIAMQHPNHPDDSILQCDAQYLQIYAVTPIPDNIDVLQMDRVPD
RIKSFYRVNNIRKFRYDRPFHKGPKDKENEFKSLWIERTTLTLTHSLPGISRWFEVERRE
LVEVSPLENAIQVVENKNQELRTLISQYQHKQMHGNINLLSMCLNGVIDAAVNGGIARYQ
EAFFDKDYITKHPGDAEKITQLKELMQEQVHVLGVGLAVHEKFVHPEMRPLHKKLIDQFQ
MMRSSLYHELPGLDKLSPACSGSSTPRSNVLVSHGPMSPESIKLVHRHSPLNLLGSVRHS
SSSLSSHTSSETGNLVILTDSSVGENAEDMYHMQASPSTSSLSSTHSAPSQMINSAPSSA
RALVKGAGLTALEAEALYLPTEQIQHGRQPCKFPHAAPTHVPHLCPGGTTSRGSPSLPDK
YRHSREMMMLLPAHRDRPSSAMYPAAIMENGQPPNFQRALIQQMIGPCKPCSDPNLSVAE
KAVPAAPSSWSLDSGTREALPFLSAHVGSILAPPVPPRSLPHGHYSLHFDAFHHQLSDAP
PALPARTLRKSPLHPIPASPTSPQSGLDGSNSTLSGSASSGVSSLSESNFGHSSEPPPRT
DTMDSVPSQTWNTDEDLETPYLPVRYSLSEPDVLESLKSQPCRSHSAPSGVIPQDTMDPP
ALPPKPYHSRLPNMENEEGMIIEDDDKHRPLHRKVSQPVSGGKEEQARVAWEHGITEQ
NT seq 6297 nt   +upstreamnt  +downstreamnt
atgtggagtcccaccgaggaggagaaatacggcgtggtgatatgcagcttccgaggaacg
gttccgcagggcttggtcctggagctaggtgagaccgtccagatcctggagaaatgtgaa
ggctggtaccgaggtgtttccattaagaagcccaacgtcaaggggatttttcctgccaac
tatattcacttgaaaaaggcaattgtcagtaacagagggcaatatgaaacagttgttcca
cttgaagattctgttgtgactgaggtcacagcgacactgcaggaatgggccgtgctctgg
aagcagctctatgtgaagcataaggtggatctgttctacaagctgcgccatgtgatgaac
gagctcatcgacctgcgcaggcagctgctctcggggcacctgacgcaggatcaggtgcga
gaggtcaagaggcacctcacggtgaggctggactggggcaatgaacacttgggcctggat
ttagttcctcggaaggactttgaggttgtggattcagatcagatcagtgtttccgatctt
tataaaatgcatttgtcaagtagacacagtgtccagcagagcacgtcacaggtggacacg
atccgtcagcgccacggggaagcctgtcgcatgccagtgcctcaccacttcttcctcagc
ctgaagagcttcacctacaacacaattggagaggacacagatgtctttttctctttgtac
gatgtccgagaaggcaaacagatcagtgagaggtttatggtgaggttaaacaagaatggc
ggccccaggaacccggagaagatcgatcggatgtgcgcgctgttcacagatctcagcagc
aaggacatgaagagagacttgtacatagttgcccatgtaatccgaataggtcggatgttg
ctaaatgattccaaaaaagggccccctcatttacactatcggcgcccctacggctgtgca
gtgttgagcatcatggatgtgcttcagtcaatctctgaaataaaggaagagaaggatttt
gttctcaaagtttacacgtgtaacaacgagaatgagtggtgccagatccatgagaatatc
atccgcaaatccagcaccaagtacacggcccccagctccaactatggacttatcatttct
cttcagcttcttcgtggtgacatggagcagattcgaagggaaaaccccatgatcttcaac
agaggtgtttctgttaccaggaagctgggttttcctgatgttataatgccaggtgacatc
cggaatgacctgtacctgaccttggagaagggagacttcgagaggggggggaagagcgtg
cagaagaacatcgaggtgaccatgtacgtgctctatgccgatggggagatcctgaaggac
tgcatcagcctgggctcaggagagccgagcaggagcgcctaccactccttcgtgctctac
cacaacaacagcccccgctggggggagatcatcaagctgcccatccccatcgacaggttc
cgggggtcccacctgcgcttcgagttcaggcattgctccacaaaagacaagggagaaaag
aagctctttggttttgccttcaccccactgatgagagatgatggcactaccttgtcagat
gatatccatgagctttatgtttataagtgtgacgagaacagcacgtttaacaaccacgcg
ctgtacctggggctgccctgctgcaaggaggattacaacggctgccccaacatcccctcc
agcctcatcttccagcgcagcaccaaagagaccttctcagtctccacacagctttcttct
accaaactgacccagaatgtggatctgcttgccctgctgaagtggaaagcttacccagat
cgtgtgatggatattctgggaagactgagacatgtcagtggcgaggaaattgtgaagttc
ctgcaagacattctggacacgttgtttgtagttttggatgacaacacagagaagtatggt
ctgttggtctttcagtctttggtgttcatcataaacctgctgcgtgacagcaagtacttc
catttccggccggtgatggacacctacatccagaagcacttcgcaggagctctggcttac
aaggagctgatccgctgtctcaagtggtacatggaccgctccgccgagctcgtgcgccag
gaccacatccaggaggccatgagggccttggaatatcttttcaagttcattgtccaatct
cggatcctttactccagagctacttgtggaatggaggaggagcagttccgctccagcatc
caggagcttttccagtccatcagatttgtgctcagcttggacagcaggagctctgagact
ctcatcttcacacaggccgctctgctcaactccttccccgccatcttcgacgagctgctg
cagatgttcacggtgcaggaggtggccgagttcgtgcggggcacgctgggcagcatgccc
agcacggtgcacatcggccagtccatggacgtggtgaagctccagtccatcgcccgcacc
gttgacagccgcctcttctccttctcagagtcccggcgcatcctgttacctgtggttctt
caccacattcaccttcacctacgacagcagaaggagctacttatctgctctgggatcctc
agtagtatcttctccataatcaagaccagttctttggagggagatgtcgtggaggaggtt
gagatgatggtggagagcctcctggacgtgcttttacaaaccctgcttacaatcatgagt
aaatcgcagtctcaggaggcggtaagagggcagcgctgcccgcagtgcacagcagaaatc
actggagaatatgtctcctgccttttgtctctgctccgtcagatgtcagacactcacttc
cagcacttactggacaacttccaaagcaaggatgaactgaaggagttcctcctgaagatt
ttctgtgtgtttcggaacctgatgaagatgagtgtctttcctcgagactggatggtgatg
aggttgctcaccagcaatatcattgttacaacagtgcagtacctgtcctctgccctgcac
aagaatttcacggagacagacttcgattttaaagtctggaactcttacttcagcctggca
gttttgtttattaaccagccaagtctccaactagagagtgccacaccagccaagaggaag
aagattctggataagtacggtgacatgagagtgatgatggcctatgagctgttcagcatg
tggcagaacctgggtgagcataagattcactttattccgggaatgattggccccttcctc
ggtgttacacttgtgccacaaccagaagtccggaatatcatgatccccatcttccatgac
atgatggactgggagcagaggaagaatggcaacttcaaacaggtggaggcagagttgatc
gataagctggacagcctggtgtccgaaggaaaaggtgatgagaactacagggaactcttc
agcctgctaacccaactatttgggccttatcccagtttgctggagaagattgagcaggaa
acttggcgggagacgggaatctcttttgttacatcagttactcggctcatggagcgtctg
ctggactacagggactgtatgaaaggagacgaaacagagaacaagaaaatcggctgcact
gttaatcttatgaatttctataagtctgagatcaacaaggaggagatgtacatccgctac
atccacaagctgtgtgacatgcacctgcaggctgagaactacacagaggctgcatttact
ttgcttctgtactgtgagttgctccagtgggaggacagacctctgagagagttcctgcat
tatccatctcagtcagagtggcaacgtaaggaaggtctgtgccgtaagattatccattac
ttcaacaaagggaagagctgggagtttgggatcccgctgtgccgagaactggccatccag
tatgaaagtctctatgactatcagagcctcagctggatccggaaaatggaagccacctac
tatgacaatatcatggaacagcagcgcttagagccagagttcttcagagttgggttttac
ggtcggaaattcccatttttcctgcggaacaaagaatatgtgtgtcggggccacgactat
gagaggctggaagccttccagcagaggatgctgagcgagttcccacaagccattgccatg
cagcacccaaaccaccccgatgactccatattgcagtgtgatgcccagtatttacagatc
tatgcagtgactcccatcccagacaatatagacgtgctgcagatggaccgtgtcccggac
cgcatcaagagcttttaccgagtcaacaacatccggaaattccgctacgacaggcccttc
cacaaaggccccaaggacaaggagaatgagtttaagagcttgtggattgaacgcaccact
ctgaccctgactcacagcctgcctggcatctcccgttggtttgaagtggagagaagagaa
ctggttgaagtaagtcctttggagaacgccattcaagtggttgagaacaagaaccaggag
ctgaggacactgataagccagtaccagcacaagcagatgcatggcaacattaatcttctc
agcatgtgtctgaacggggtgattgatgcggctgttaacggcggaattgcgcggtaccag
gaggccttttttgataaggattatatcacaaagcaccccggtgatgcagagaagatcaca
cagctcaaggagctcatgcaggaacaggtacatgtcctgggagtgggtctggctgtccat
gagaaatttgtacacccagaaatgcgtcccctgcataagaagctgatagaccagttccag
atgatgagatccagcctgtaccatgagttgcctggtttggataagctgagcccagcctgt
tctggctccagcaccccccgcagcaacgtgctggtgtcccatggacccatgagcccagag
agcataaagctggtgcatcgacacagcccactgaacttgcttggttcagtccgacactcc
tcatcctccctgtcatcccacacctccagtgaaacaggaaacctggttatcctgacagac
agctctgtgggggagaatgctgaggatatgtaccacatgcaggccagcccttccacctcc
agcctgagctctactcactctgcaccatcccagatgattaactctgccccttccagtgct
cgagcgctggtgaaaggtgctggattgaccgcactggaggctgaagccctctatttaccc
acagaacagatacagcatgggcggcagccgtgcaagttcccccatgctgcccccacccat
gtgcctcatctctgtcctggagggaccacctctagaggctctccctctctaccagataag
taccggcactctcgggagatgatgatgttgctgccagcccaccgggaccgacccagcagc
gccatgtatcccgcagctatcatggaaaacggacagcctccaaatttccagcgcgccttg
atccagcaaatgattggaccgtgcaaaccttgcagtgatcccaacctgtccgtggctgag
aaagctgtgccagcagcacccagtagctggagcctggacagtggaacccgagaggccctg
ccattcctgtctgcccacgttgggagcatcctggccccaccagtgcctccccgaagcctg
ccccatggacactactcactgcactttgatgccttccaccaccagctcagtgatgctcct
cctgcactgcctgcacgaacactgcgcaagtcccctcttcatcctatccctgcatcgccc
accagtccgcagtctggtctagacgggagtaactccactttgtccggcagtgccagcagt
ggtgtctcttccttgagtgagagtaattttggacattcttctgaaccacctcctcgcaca
gacaccatggattctgtccccagccagacctggaacactgatgaagatctagagacaccc
tacctccctgtcaggtacagtctctctgagcctgatgtcctggagtcgctcaagtcccag
ccatgccgaagccactctgctccgtctggagtcattcctcaggacaccatggaccctcct
gctctgccccccaaaccttaccactcccggctgccaaacatggagaacgaggaggggatg
atcattgaagatgatgacaagcaccgcccgttgcaccgtaaagtgtcccagccagtgagc
ggtggaaaggaagagcaggccagggtggcatgggagcacggcatcactgagcagtag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (10)   
   RefSeq(pep) (10)   
DNA sequence (10)   
   RefSeq(nuc) (10)   
Protein domain (6)   
   Pfam (6)   
All databases (32)   

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