KEGG   Chelonia mydas (green sea turtle): 102940607
Entry
102940607         CDS       T02989                                 
Symbol
DOCK3
Name
(RefSeq) dedicator of cytokinesis protein 3 isoform X1
  KO
K05727  dedicator of cytokinesis protein 3
Organism
cmy  Chelonia mydas (green sea turtle)
Brite
KEGG Orthology (KO) [BR:cmy00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:cmy04131]
    102940607 (DOCK3)
Membrane trafficking [BR:cmy04131]
 Others
  Rho GTPase associated proteins
   Rho guanine nucleotide exchange factors (GEFs)
    102940607 (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: 102940607
NCBI-ProteinID: XP_037760863
Position
7:44367302..44971731
AA seq 2100 aa
MWTPTEEEKYGVVICSFRGSIPQGLVLELGETVQILEKCEGWYRGVSIKKPNVKGIFPAN
YIHLKKAIVSNRGQYETVVPLEDSVVTEVTATLQEWAILWKQLYVKHKIDLFYKLRHVMN
ELIDLRRQLLSGHLTQDQVREVKRHLTVRLDWGNEHLGLDLVPRKDFEVVDSDQISISDL
YKMHLSSRHSVQQSTTQVDTIRQRHGEACRMPVPHHFFISLKSFTYNTIGEDTDVFFSLY
DVREGKQISERFLVRLNKNGGPRNPEKIERMCGLFTDLSSKDTKRDLYIVAHVIRIGRML
LNDSKKGPSHLHYRRPYGCAVLSIMDVLQSISELKEEKDFVLKVYTCNNENEWYQIHENI
IRKSSTKYTAPSSNYGLIISLQLLRGDMEQIRRENPMIFNRGVSITRKLGFPDVIMPGDI
RNDLYLTLEKGDFERGGKSVQKNIEVTMYVLYADGEILKDCISLGSGEPNRSAYHSFVLY
HSNSPRWGEIIKLPIPIDRFRGSHLRFEFRHCSTKDKGEKKLFGFAFTPLMRDDGTTLSD
DIHELYVYKCDENSTFNNHALYLGLPCCKEDYNGCPNIPSSLIFQRSTKETFSISTQLSS
TKLTQNVDLLALLKWKAYPDRVMDILGRLRHVNGEEIVKFLQDILDTLFVILDDNTEKYG
LLVFQSLVFIINLLRDSKYFHFRPVMDMYIQKHFAGALAYKELIRCLKWYMDRSAELVRQ
DHIQEAMRALEYLFKFIVQSRILYSRATCGMEEEQFRSSIQELFQSIRFVLSLDSRSSET
LIFTQAALLNSFPAIFDELLQMFTVQEVAEFVRGTLGSMPSTVHIGQSMDVVKLQSIART
VDSRLFSFSESRRILLPVVLHHIHLHLRQQKELLICSGILSSIFSIIKASSLEADVVEEV
EMMVESLLDVLLQTLLTIMSKSQSQEAVRGQRCPQCTAEITGEYVSCLLSLLRQMSDTHF
QHLLDNFQSKDELKEFLLKIFCVFRNLMKMSVFPRDWMVMRLLTSNIIVTTVQYLSSALH
KNFTETDFDFKVWNSYFSLAVLFINQPSLQLEIVTPAKRKKILDKYGDMRVMMAYELFSM
WQNLGEHKIHFIPGMIGPFLGVTLVPQTEVRNIMIPIFHDMMDWEQRKNGNFKQVEAELI
DKLDSLVSEGKGDENYRELFSLLTQLFGPYPSLLEKIEQETWRETGVSFVTSVTRLMERL
LDYRDCMKGDETENKKIGCTVNLMNFYKSEINKEEMYIRYIHKLCDMHLQAENYTEAAFT
LLLYCELLQWEDRPLREFLHYPSQTEWQRKEGLCRKIIHYFNKGKSWEFGIPLCRELAIQ
YESLYDYQSLSWIRKMEATYYDNIMEQQRLEPEFFRVGFYGRKFPFFLRNKEYVCRGHDY
ERLETFQQRMLSEFPQAIAMQHPNHPDDTILQCDAQYLQIYAVTPIPDNIDVLQMERVPD
RIKSFYRVNNIRKFRYDRPFHKGPKDKENEFKSLWIERTTLTLTHSLPGISRWFEVERRE
LVEVSPLENAIQVVENKNQELRTLISQYQHKQMHGNINLLSMCLNGVIDAAVNGGIARYQ
EAFFDKDYITKHPGDAEKITQLKELMQEQVHVLGVGLAVHEKFVHPEMRPLHKKLIDQFQ
MMRSSLYHELPGLDKLSPACSGSSTPRSSVLVSHSPMSPESIKLVHRHSPLNLLGSVRHS
SSSLSSHTSSETGNLVVLTDSSVGETAEDMYHMQASPSTSSLSSTHSAPSQMINSAPPSA
RVLVKGAGLTTLEAEALYLSTEQIQHGRQQCKLPHTAPTNVPHLCPGGTTSRGSPSLPDK
YRHTRELMMLLPTHRDRPSSAMYPAAIMENGQPPNFQRALIQQVVGPCKPCSDPNLSVAE
KAVPAAPSSWSLDSGTREALPFLSAHVGSILAPPVPPRSLPHGHYSLHFDAFHHQLSDAP
PALPARTLRKSPLHPIPASPTSPQSGLDGSNSTLSGSASSGVSSLSESNFGHSSEPPPRT
DTMDSVPSQAWNTDEDLETPYLPVRYSLSEPDVLESLKSQPCRSHSAPSGVIPQDTMDPP
ALPPKPYHARLPNMENEEEMMLMMEEEDKHRPLHRKVSQPASGGKEEQARVAWEHGISDQ
NT seq 6303 nt   +upstreamnt  +downstreamnt
atgtggaccccgaccgaggaggagaaatacggcgtggtgatatgcagcttccgaggatct
ataccacaaggcttagtcttggaactaggagaaactgtccagatcttggaaaaatgtgaa
ggctggtacagaggagtttccattaagaagccaaatgtaaaggggatctttcctgctaac
tatattcacttgaaaaaggcaatcgtcagtaacagaggacagtatgaaacagtagttcca
cttgaagattctgttgtgactgaagtcacagcaacgctccaggaatgggctatcctctgg
aaacagctgtatgtgaaacataagatagatcttttctacaaactgcgccatgtgatgaat
gaactcattgacctgcgtagacagctactgtcaggtcacttgacacaagatcaggtgcga
gaggtcaagagacaccttacagtgcgactggactggggtaatgaacatttgggcctggat
ctagttcctcggaaggactttgaggtggtggattcagatcagatcagcatttcagatctt
tataaaatgcatttatcaagtaggcacagtgtccagcaaagcacaacacaggtggataca
attcgtcagcgtcatggggaggcttgccgtatgccagtgcctcaccacttcttcatcagt
ctaaagagcttcacctataatactattggggaagacacagatgtcttcttttctttgtat
gatgttcgagagggcaagcagatcagtgagcggtttctggtgagattaaacaaaaacgga
ggccccaggaatccagagaagatagaacggatgtgtggccttttcacagatctcagcagc
aaggatacgaagagagacttgtacatagttgcacatgtaattcgaataggtcgcatgctg
ctaaatgattccaaaaaaggcccctcccacctacattatcggcgcccctatggctgtgca
gtattgagcatcatggatgtgcttcaatcaatctctgaactaaaggaagaaaaagatttt
gttctcaaagtttacacgtgcaacaatgaaaatgaatggtatcagatccatgaaaacatt
atccgcaagtccagtaccaagtacacagcacccagctcaaactatggacttataatttct
ctacagcttcttcgtggggacatggagcagattcgaagggagaaccccatgatctttaac
aggggggtgtctattaccagaaaactcggtttccccgatgtcataatgccaggtgatata
cgtaatgacttgtacctgacactagagaagggggattttgagagaggcgggaagagtgtg
cagaagaacatcgaagtgaccatgtatgttctttatgcagatggagagatcctgaaggac
tgtatcagcttaggctcaggagagccaaacagaagtgcataccactcttttgtcctctac
cacagtaacagccctcgttggggagaaattatcaagctacccatccccattgacaggttt
cgtgggtctcaccttcgttttgagttcaggcattgctccactaaagacaaaggagaaaaa
aagctctttggctttgcatttactcctctgatgagggatgatggcaccaccctatcagat
gatatccatgagctttatgtttataagtgtgatgagaacagcacatttaataatcatgct
ctgtacctggggctgccctgctgcaaagaggactacaatggctgccctaacatcccttct
agcctcattttccagcgtagtaccaaagagaccttctcgatctcgacccagctctcctcc
accaaactcacccagaacgtggacttgcttgccctcttaaaatggaaggcttacccagac
cgtgtaatggatatcctaggaagactgaggcatgtcaatggcgaggaaattgttaagttc
ctgcaagacattctagacactttgtttgtgattttggatgacaatacagaaaagtatggc
ctgttggtctttcagtctttggtgttcatcataaatctgctgcgtgacagcaaatatttc
catttccgacctgttatggatatgtacattcagaaacactttgcaggagcactggcttac
aaagaactgatccgatgtttgaagtggtacatggaccggtcagctgagcttgtacgacaa
gatcatatccaggaagcaatgagggccttggaatatcttttcaagttcattgtccaatct
cggatcctttactcgagagctacttgcggaatggaggaggaacaatttcgctccagtatc
caagagcttttccagtccatcagatttgtactcagcttggacagcaggagctcagagact
ctcatcttcacacaggctgctttactgaattccttccctgctatctttgatgagctattg
cagatgttcactgtgcaggaagttgcagagtttgtgaggggaactctaggaagcatgccc
agtacagttcatatcggacagtcgatggatgtagttaagctgcaatctatagcacgcact
gtggacagccgcctgttttctttctcagaatcccggcgaatcttgcttcctgtggttctt
catcacattcaccttcatctgagacagcagaaggagttactcatctgctctgggatcctc
agtagtatcttctccattatcaaggccagctccttggaggcagatgtagtggaggaggtt
gagatgatggtggagagcctcctggatgtacttttacagactctgcttactatcatgagt
aaatcgcagtctcaggaggcggtaagagggcagcgttgcccgcagtgcacagccgaaatc
actggagagtatgtgtcctgtctcttgtctctgcttcgtcaaatgtcagacactcatttt
caacatttactggacaacttccagagcaaggatgagctaaaggagttcctgctgaagatt
ttctgtgtgtttcgaaatctaatgaagatgagtgtctttcctcgggactggatggtgatg
aggttgctcaccagcaatatcatagttaccacagtccagtacctgtcttctgccctgcac
aagaacttcacagaaacagactttgattttaaggtgtggaactcctatttcagcttggct
gttctgtttataaaccagccaagcctgcagctagaaattgtcactccagctaagagaaag
aagattctggacaaatacggcgacatgcgagtgatgatggcatatgagttgttcagcatg
tggcagaacctgggtgaacataaaattcactttattccgggaatgattggccccttcctt
ggtgtcacactggtcccacagacagaggtccgcaacatcatgatccccatctttcatgac
atgatggactgggagcagaggaaaaatggcaacttcaaacaggtggaagctgaattgatt
gataagctggacagcttggtatcagaaggaaaaggagatgagaactacagggagctcttc
agcctactaacccagctctttgggccctaccccagcctgctggagaagattgaacaagag
acgtggcgggagactggcgtctcttttgttacatcagttactcgcctcatggagcgtctc
cttgactacagggactgcatgaaaggagatgaaacagaaaacaagaagattggctgcact
gttaacctgatgaacttttataaatctgaaattaacaaggaagagatgtatatccgctac
atccacaagctgtgtgacatgcacttacaggctgagaactacactgaggctgcatttaca
ttgcttctgtactgtgagctacttcagtgggaggacagacctctgcgagagttcctgcac
tacccatcacagacagagtggcaacgtaaggaggggctatgccggaagattatccactac
ttcaacaaagggaagagctgggagtttggaatcccactgtgcagagagctggccattcag
tatgaaagtctgtatgattatcaaagcctcagctggattcggaaaatggaagctacctat
tatgataatatcatggaacagcagcgcttggaacctgagtttttcagagttggtttttat
ggccggaaattccccttcttccttcggaacaaggagtatgtatgtcgaggccatgactac
gaaaggctggagactttccaacaaagaatgctgagtgagttcccacaagccattgcaatg
cagcacccaaaccacccagatgacaccattttgcagtgtgatgctcagtatttacagata
tatgcagtgactcccatcccagacaatattgatgtgctacaaatggaacgtgtgcctgat
cgtataaagagcttttatcgtgtcaacaacatcaggaaattccgctatgataggcctttc
cacaaaggtccaaaggacaaagagaatgaatttaagagcttgtggattgaacgtaccact
ttgacactgactcacagtttacctgggatctctcggtggtttgaagtggagagaagagag
ctggtcgaggtaagccctttggaaaatgccattcaggttgttgagaacaaaaaccaggaa
ctgaggacactgataagccagtatcagcacaagcaaatgcatggcaacattaacctgctc
agcatgtgtctgaatggagtgattgatgcagcagtgaatggtggcatagcacggtaccag
gaggccttttttgataaagattatatcaccaagcaccctggagatgcagaaaaaatcaca
cagctcaaggagctcatgcaggaacaggtccatgttcttggagtgggtctggcagtacat
gagaaatttgtacatccagagatgcgtcctctacataagaaactgattgatcagttccaa
atgatgcgatctagtctgtaccatgagttgcctggtttggataagttgagtccagcctgt
tctggtagcagcaccccacgcagcagtgttcttgtgtcacacagccctatgagtccagag
agcatcaagctggtgcatcgacacagcccattgaacttgctaggttcagtccgacactcg
tcatcctctctttcctcccatacttccagtgaaacaggaaacctggttgtcctaacagac
agttctgtaggggaaaccgctgaggacatgtaccacatgcaggccagtccttccacttca
agtctgagttctacccactctgcaccatcccagatgattaactctgcccctcccagtgca
cgagtgctggtgaaaggtgctggattgacaacactggaggctgaagccctctatttatcc
acagaacagatacagcacgggcggcagcagtgcaagcttccccacactgcccccaccaat
gtgcctcatctctgtcctggagggaccacctctagaggctctccctctctaccagataag
taccgccacactcgggagctgatgatgctgctgccaacccaccgggaccgaccaagcagt
gccatgtatcctgcagctatcatggaaaatggacagcctccaaattttcagcgcgccttg
atccagcaagtggttggaccatgcaaaccttgcagtgatcccaatctatctgtcgctgag
aaagctgtgccagcagcgcccagcagctggagcctagacagcggaaccagagaggccctg
ccattcctgtctgcccacgttgggagcatcttggccccaccagtacctccccgaagccta
ccccatggtcactactcactgcactttgatgccttccaccaccagctcagtgatgctcct
ccagcactgcctgctcggacattgcgcaagtctccccttcatccaattcctgcatcaccc
acaagtccccagtctggcctggatggaagtaactccactctgtcaggcagtgccagcagt
ggtgtgtcctccttaagtgagagtaactttggacactcatctgagccccctcctcgcaca
gacaccatggattctgtccctagccaggcctggaatactgatgaagacttagagacaccc
tacctccctgtcaggtacagtctctctgaacctgatgttctggagtcactcaagtcccag
ccatgtcgaagccactctgctccatctggagtcattcctcaggacactatggaccctcca
gctctccccccaaaaccatatcacgctcggctcccaaacatggagaatgaagaggaaatg
atgctgatgatggaagaggaagacaaacaccggccactccatcgcaaagtctcccaacca
gctagtggtggaaaggaggagcaggccagggtagcatgggagcatggcatcagtgaccag
taa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (27)   
   KEGG ORTHOLOGY (1)   
   RefGene (23)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (10)   
   RefSeq(pep) (10)   
DNA sequence (10)   
   RefSeq(nuc) (10)   
Protein domain (6)   
   Pfam (6)   
All databases (56)   

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