KEGG   Mus caroli (Ryukyu mouse): 110293372
Entry
110293372         CDS       T05910                                 
Symbol
Dock7
Name
(RefSeq) dedicator of cytokinesis protein 7 isoform X2
  KO
K21852  dedicator of cytokinesis protein 6/7/8
Organism
mcal  Mus caroli (Ryukyu mouse)
Brite
KEGG Orthology (KO) [BR:mcal00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:mcal04131]
    110293372 (Dock7)
Membrane trafficking [BR:mcal04131]
 Others
  Rho GTPase associated proteins
   Rho guanine nucleotide exchange factors (GEFs)
    110293372 (Dock7)
SSDB
Motif
Pfam: DHR-2_Lobe_A DOCK-C2 DOCK_C-D_N DHR-2_Lobe_B DHR-2_Lobe_C
Other DBs
NCBI-GeneID: 110293372
NCBI-ProteinID: XP_021016873
Ensembl: MGP_CAROLIEiJ_G0026189
UniProt: A0A6P5PP67
Position
4:complement(91089701..91273054)
AA seq 2059 aa
MAERRAFAQKISRTVAAEVRKQISGQYSGSPQLLKNLNIVGNISHHTTVPLTEAVDPVDL
EDYLITHPLSVDSGPLRDLVEFPPDDIEVVYSPRDCRTLVSAVPEESEMDPHVRDCIRSY
TEDWAIVVRKYHKLGTGFNPNTLDKQKERQKGLPRQVFESDEAPDGSSYQDEQDDLKRRS
MSIDDTPRGSWACSIFDLKNSLPDALLPNLLDRTPNEEIDHQNDDQRKSNRHKELFALHP
SPDEEEPIERLSVPDVPKEHFGQRLLVKCLSLKFEIEIEPIFASLALYDVKEKKKISENF
YFDLNSEQMKGLLRPHVPPAAITTLARSAIFSITYPSQDVFLVIKLEKVLQQGDIGECAE
PYMIFKEADATKNKEKLEKLKSQADQFCQRLGKYRMPFAWTAIHLMNIVSSAGSLERDST
EVEISTGERKGSWSERRNSSLVGRRSLERTTSGDDACNLTSFRPATLTVANFFKQEGDRL
SDEDLYKFLADMRRPSSVLRRLRPITAQLKIDISPAPENPHYCLTPELLQVKLYPDSRVR
PTREILEFPARDVYVPNTTYRNLLYIYPQSLNFANRQGSARNITVKVQFMYGEDPSNAMP
VIFGKSSCSEFSKEAYTAVVYHNRSPDFHEEIKVKLPATLTDHHHLLFTFYHVSCQQKQN
TPLETPVGYTWIPMLQNGRLKTGQFCLPVSLEKPPQAYSVLSPEVPLPGMKWVDNHKGVF
NVEVVAVSSIHTQDPYLDKFFALVNALDEHMFPVRIGDMRIMENNLESELKSSISALNSS
QLEPVVRFLHLLLDKLILLVVRPPVIAGQIVNLGQASFEAMASIINRLHKNLEGNHDQHG
RNNLLASYIYYVFRLPNTYPNSPSPGPGGLGGSVHYATMARSAVRPASLNLNRSRSLSNS
NPDISGTPTSPDDEVRSIIGSKGLDRSNSWVNTGPKAAPWGSNPSPSAESTQAMDRSCNR
MSSHTETSSFLQTLTGRLPTKKLFHEELALQWVVCSGSVRESALQQAWFFFELMVKSMVH
HLYFNDKLDAPRKSRFPERFMDDIAALVSTIAGDVVSRFQKDTEMVERLNTSLAFFLNDL
LSVMDRGFVFSLIKSCYKQVSAKLYSLPNPSVLVSLRLDFLRIICSHEHYVTLNLPCSLL
TPPASPSPSVSSATSQSSGFSTSVQDQKIANMFELSLPFRQQHYLAGLVLTELALILDPD
AEGLFGLHKKVINMVHNLLSSHDSDPRYSDPQIKARVAMLYLPLIGIIMETVPQLYDFTE
SHNQRGRPICIAPDDYDSESGSMISQTVAMAIAGTSVPQLTRPGSFLLTSTSGRQHTTFS
AESSRSLLICLLWVLKNADETVLQKWFSDLSVLQLNRLLDLLYLCVSCFEYKGKKVFERM
NSLTFKKSKDMRAKLEEAILGSIGARQEMVRRSRGQLERSPSGSAFGSQENLRWRKDMTH
WRQNTEKLDKSRAEIEHEALIDGNLATEANLIILDTLEIIVQTVSVTESKESILGGVLKV
LLQSMACNQSAVYLQHCFATQRALVSKFPELLFEEETEQCADLCLRLLRHCSSSISTIRS
HASASLYLLMRQNFEIGNNFARVKMQVTMSLSSLVGTSQNFNEEFLRRSLKTILTYAEED
LELRETTFPDQVQDLVFNLHMILSDTVKMKEHQEDPEMLIDLMYRIAKGYQTSPDLRLTW
LQNMAGKHSERSNHAEAAQCLVHSAALVAEYLSMLEDRKYLPVGCVTFQNISSNVLEESA
VSDDVVSPDEEGICSGKYFTESGLVGLLEQAAASFSMAGMYEAVNEVYKVLIPIHEANRD
AKKLSTIHGKLQEAFSKIVHQDGKRMFGTYFRVGFYGTKFGDLDEQEFVYKEPAITKLAE
ISHRLEGFYGERFGEDVLEVIKDSNPVDKCKLDPNKAYIQITYVEPFFDTYEMKDRITYF
DKNYNLRRFMYCTPFTLDGRAHGELHEQFKRKTILTTSHAFPYIKTRVNVTHKEEIILTP
IEVAIEDMQKKTQELAFATHQDPADPKMLQMVLQGSVGTTVNQGPLEVAQVFLSEIPGDP
KLFRHHNKLRLCFKDFTKR
NT seq 6180 nt   +upstreamnt  +downstreamnt
atggcggagcgccgcgccttcgctcagaagatcagcagaactgttgctgctgaagttaga
aagcagatctctggacaatacagtggctccccccagctgctcaaaaacctcaacatagtt
ggcaatatatcccaccacaccacagtgccccttaccgaagcagtcgatcctgtggatttg
gaagattacctcatcactcacccgttgtctgtggattctgggcctttgcgggatttggtt
gaatttcctccagatgatattgaagttgtgtatagtcctagggactgcaggacccttgtt
tcagctgtgcctgaagaaagtgaaatggacccacatgttagagattgtataagaagttac
acagaagactgggcaattgtggtcagaaaataccataaactgggaacaggatttaacccc
aacacattggataagcagaaagaaaggcaaaaaggactgcccagacaagtctttgaatct
gatgaagctcccgatggcagcagctaccaggatgagcaagatgaccttaaaagacggtcg
atgtcaatagatgatactccaaggggtagctgggcctgcagtatctttgacttaaaaaat
tcacttcctgatgccttgcttcctaatttacttgatcgaactccaaatgaagaaatagac
catcagaatgatgaccaaaggaaatcaaaccgccacaaggaactgtttgctttgcatcca
tcaccagatgaggaagaaccaatcgaaaggctcagtgtccctgatgtgcccaaagagcac
ttcggacaaagacttcttgtgaaatgtttatcactcaagtttgagattgaaattgagccc
atttttgcaagtttggctttatatgatgtcaaggagaagaaaaagatttccgagaatttt
tatttcgatcttaattcagagcagatgaagggactgttacggccgcatgtgccccctgct
gccatcaccactctggcaagatcagccattttttctataacttatccttcccaagatgtc
tttcttgtgataaagctagaaaaagtcctacagcaaggagacattggagagtgtgcagaa
ccatatatgattttcaaagaagctgatgccaccaagaataaggaaaaattggagaaattg
aaaagtcaagctgaccaattttgccagagacttgggaaataccgcatgccttttgcttgg
actgcgattcatttaatgaatattgttagcagtgctggcagcttagaaagagactccaca
gaagtcgagatcagtactggagaacggaaaggttcttggtcagagaggaggaattctagt
cttgttggcaggcggtccctggagaggacgaccagtggggatgatgcttgtaacttgacc
agcttccggcctgccaccctcactgtggcaaacttttttaagcaggaaggagaccgctta
agtgatgaggacctgtacaagttccttgctgatatgagaaggccgtcttctgtcttacgg
aggctgagaccaattacagctcagctgaagatagacatttctcctgcacctgaaaatccc
cattactgcctaaccccagagctgcttcaggtgaagctgtaccccgacagccgagtcagg
cccactagagaaattttagaatttcctgccagggatgtctatgttccaaacacaacttac
agaaatcttctctacatttaccctcaaagtcttaattttgccaaccgtcaaggttctgcc
agaaacatcacagtgaaagtccagtttatgtatggggaagacccgagcaacgcaatgccg
gtaatctttggtaaatctagctgttcagaattttcaaaggaagcctatacagccgtagta
tatcataacaggtctcctgattttcacgaggaaatcaaggtcaagcttcccgccacgcta
actgaccaccaccacttgctctttactttttatcatgttagttgtcagcagaaacaaaac
actcctctcgaaaccccagtcggatatacatggataccaatgctgcagaatggacggttg
aagacagggcagttctgcctgccagtctccctggaaaaaccaccgcaggcttattcagtg
ctttcccctgaggtccctctacctggtatgaagtgggtggacaaccacaaaggagtattt
aatgttgaagttgttgctgtttcatccattcatacacaagacccttatctagacaaattc
tttgctcttgtcaatgctctggatgaacacatgttcccagtccgaattggggacatgcgg
atcatggaaaacaacttagagagtgaactgaagagcagcatttcagccttgaattcctca
cagctggaacccgtagtccgctttcttcatcttctgcttgataaactcatacttttagtt
gtgagaccgcctgtgattgctggccaaatagttaatctagggcaagcatcttttgaagct
atggcatcaattataaatcgacttcacaaaaacttagaaggaaatcatgaccagcatggc
agaaacaaccttctcgcatcgtatatctattatgtgttccgcctgccaaatacttaccct
aattcaccttcgccaggtcccgggggtttgggaggatcagtgcattatgccacaatggca
aggtctgcagtgagacctgcgagccttaacttaaatcggtctcgaagccttagcaacagt
aacccagatatatctgggactcccacatcaccagatgatgaagttcggtcaatcattggc
agtaagggtttagatcgctccaattcctgggttaacactggtccaaaagctgccccatgg
ggatccaaccccagtccaagtgcagaatcaacacaggctatggatcgaagttgtaatcgt
atgtcttcgcacacagagacgtcaagtttcttacaaacattaacgggacgcttaccaact
aaaaagctttttcacgaggagctggctttgcagtgggtcgtttgcagtggcagcgttcgg
gagtcggctttgcagcaagcctggttcttttttgagctgatggtaaagagcatggtgcac
cacttgtactttaatgataagctcgacgctccgaggaaaagccgttttccagaacgtttt
atggatgatattgctgccctggttagcacaattgctggtgatgtcgtgtctcggtttcag
aaggatacagaaatggttgagagactcaacacaagccttgccttctttctcaatgacctg
ctgtcggttatggacagggggtttgtttttagccttataaagtcctgctacaaacaggta
tcagcaaagctgtattcactgccaaatccaagtgtcctggtgtccctgaggttggacttt
ttgcgaatcatctgcagccacgagcactatgttacattaaacttaccctgcagcttgctc
accccgcctgcatctccatcaccttctgtttcttctgcaacatctcagagctctggattc
tccaccagtgtgcaggaccagaagattgcaaacatgttcgaattgtccttacccttccgc
cagcagcattacctggcaggcctcgtgttgacagagctcgcactcattctagaccctgac
gctgaaggactgtttggattgcataagaaagtcatcaatatggtacacaacttactgtcc
agtcacgactctgacccacggtactctgaccctcagataaaggctcgggtggctatgtta
tacctacctctgattggtattatcatggaaactgtacctcaactgtatgattttacagaa
tcacacaatcaacgaggaaggccaatttgtatagcccctgatgactatgacagtgagagt
gggagcatgataagccagacggttgccatggcaattgcaggaacatccgtccctcagctg
acaagacctggcagttttctcctcacgtcaacgagtggccggcagcacaccaccttctca
gcagagtcaagcaggagccttttgatctgtctgctttgggttctcaagaatgcagatgaa
acagttctgcagaaatggttttcagatctctcggtcctccagctgaaccggttgttagat
ctgctttacctgtgtgtatcttgctttgagtacaaagggaaaaaggtatttgaacgaatg
aatagtttaacttttaagaaatcaaaagacatgagagccaagcttgaagaagccattctg
gggagcatcggtgccaggcaggaaatggtacggcggagccgagggcaactcgagaggagc
ccatctggaagtgcctttgggagccaagaaaacctgcggtggagaaaggatatgactcac
tggcgtcagaacacagagaaactggataagtcaagagcagagatagaacatgaagcactg
attgatggaaacctggctactgaagcaaacctcatcatcttagacacgctagagatcatt
gtccagactgtgtctgtaacggaatccaaagagagtatcctgggtggtgtgctaaaagtg
ctgctacagagcatggcctgcaaccaaagtgcagtctatctgcagcactgcttcgccaca
cagagagccctggtctcaaagtttcctgagctcttgtttgaggaagagacagagcagtgt
gcggatctgtgcctccggcttctccgtcattgcagtagcagcatcagtacaatccggtcg
cacgctagtgcctccctttacctcctcatgaggcagaactttgagatcgggaataacttt
gccagagtgaaaatgcaagtgacgatgtcactgtcctctttggtgggtacgtctcagaat
tttaatgaagaattcttaagacgctctctaaaaactattttgacatatgctgaagaagat
ctagaattgagggaaaccacatttcctgatcaggtccaagatttggtcttcaatctccat
atgatcctttctgacactgttaagatgaaggaacatcaggaagacccagaaatgctgatt
gatctcatgtacagaatcgccaagggctaccagacgtctccagacctgcgcctgacctgg
ttgcagaacatggctggcaagcactctgaacgaagcaatcatgccgaagctgctcagtgc
ctggtccactccgcagcccttgttgccgagtatctgagcatgctggaagatcggaagtat
cttcctgttggatgcgtaacattccagaatatttcatctaatgtattggaagagtctgct
gtctcagatgatgtggtatctccagatgaagaaggcatttgctctggaaagtacttcact
gaatcgggactggtgggcttactggaacaagcggctgcttccttctccatggcgggcatg
tatgaagcagttaatgaggtttacaaagtactcattcctattcatgaagctaatcgggat
gcaaagaagctctccacaatccatggcaaacttcaggaggcgttcagcaaaatcgttcat
caggatggtaagcggatgtttggcacctatttccgtgttggtttttatggaaccaagttc
ggggatttggatgaacaggaatttgtttacaaggagcctgcaataaccaaactcgcagag
atttctcacagattggagggattttatggagaaagatttggagaggatgtgcttgaagta
atcaaggactcgaatcctgtagacaagtgcaaattagatccaaacaaggcatatattcag
attacctacgtggagccgttctttgacacctatgagatgaaggacagaatcacttatttt
gacaaaaattataatctccggcgtttcatgtactgcacacccttcactttagatggccgt
gctcatggggagcttcatgaacagttcaaacggaagaccattctgacaacgtctcatgcc
tttccttacattaaaacaagggtcaatgtcactcacaaagaagagataatcttaacacca
attgaagttgccatcgaagacatgcagaaaaagactcaggaattggcatttgcaacacat
caggatccagcagaccccaaaatgcttcaaatggtcctccaggggtctgtagggacaact
gtaaaccagggacctctggaggttgcccaggtcttcctgtctgaaatacctggtgaccca
aagctcttcagacatcacaacaagctgcgcctttgtttcaaggactttactaaaaggtaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
Protein sequence (6)   
   UniProt (1)   
   RefSeq(pep) (5)   
DNA sequence (5)   
   RefSeq(nuc) (5)   
Protein domain (5)   
   Pfam (5)   
All databases (23)   

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