KEGG   Vollenhovia emeryi: 105565905
Entry
105565905         CDS       T06016                                 
Name
(RefSeq) rho GTPase-activating protein 190 isoform X1
  KO
K05732  glucocorticoid receptor DNA-binding factor 1
Organism
vem  Vollenhovia emeryi
Brite
KEGG Orthology (KO) [BR:vem00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:vem04131]
    105565905
Membrane trafficking [BR:vem04131]
 Others
  Rho GTPase associated proteins
   Rho GTPase-activating proteins
    105565905
SSDB
Motif
Pfam: RhoGAP_pG1_pG2 RhoGAP RhoGAP-FF1 FF_RHG35_4th Ras
Other DBs
NCBI-GeneID: 105565905
NCBI-ProteinID: XP_011874856
Position
Unknown
AA seq 1664 aa
MARKSDNAKSINIAVVGLSGTEKDKGQVGVGKSCLCNRFMRSMSDDYNVEHISVLSQSDF
SGRVVNNDHFLYWGEVMKTAEDGTEFQFQIIEHTEFIDDASFQPFKGGKMEPYAKRCAAT
KITSAEKLMYICKNQLGIEKEYEQKVLPDGKLNIDGFLCVFDVSLVPNRAIEKQVEIVAN
ILNNLMKTKKPIVLVTTKNDDANEQFVKEVEKLIMRKEYKGSILIVETSAHENINVDLAF
MILAQLIDKTKMRSKVVPFAEAARARKELLDASTESLQRLIRIHVTDYRALWSQASKKLA
QLKEFSTFVELFGIEATQRLFRRHIKKLKDEQIAKKIQGYLDMLPDILHEICPDISNLIN
EEWSAVQHYIKTHPDFDQYFYECPEDIPWIDCDFGENNGTKIPYDVLETPEAETVFKNHI
NALQQEQRRLELPKRWKKQFKQLLEETGYVTPGKHLSEVRVLFMGRECFEELSHHDCQEI
YDQHQKEIIEKAKHNFQELLLEHADLFYHFKSIAPSGTITQDDIKEITDALLDDFRYKAL
DRLDQDRKLMLFQHLGFVHCPIREHCPAYPNCMDALIERILGTKAHRPSSWNHSSQWQLT
SDNNQLNLVILGSNGLSEEFAREIRAQTDDDEVEIDCQLYTLGYRIIDGDVGLPHNSFTT
SDFMPHGSFCIYSNEDSFEYIRSSLEKTLLSNLEQEDRLPFQGLPIVIMFIPEASIDEME
AMKLREEGQNLADSLQCPFIDVCMDDLEQEKHKRFPTSLVKDALQQLIQAINHRAGFLNI
YQSVIECLEPDIRIIMCMFCGDPYSVENVLGPLLNHQCCFLSGDRSIVLETFLGECKRRV
EVIISSFHGANAFRDELVHGFILVYSTKRKASLATLNAFSTNIPNLPIQIMAVTDTGGAN
AFFSSDLSHLLITEGNAIADKLEAHFMTSASSCQQKTAFYTPFFKVVWEKKPEIEQAFNM
EEPGNLNDSGEGTLEYSALHPMPPPRHESYHLQTPDDGMSVTFRSGSESYEQLTPDGDLG
DTGLTEQFADHRATPSDDSDIYSQVDFYREERERDLMKNEDITNKLSGWVKDTFMHQDGV
TNSYSHRAFTTGRRYISQVKPRPKGNSQTLKQPGKINLKDFSNVTDVIARMTIGEKDEHG
PKLTMGHAPLATPELVDLGSEYAQVKDVVPNMYSYDGDYMYALVQDSIGNNKSKLRHRRE
KGQPRSYSDSDSEWSSLERQRATDVLGKGNKKPSSHKRIRKKRTAIPVATPKVPSLASMG
SGDGIVGLNYNMKDEKNWRVDPTERVSSETPDTSESSDPEHNSRSRSKQYKYAAVSLRKR
FSGNSLQQQYLQHPFNMKHMTQEMFSASSKHRGENTFGIPDDESSLDVSSPREINSPSFG
ILNKSKDSDKLTRKKDKQKAKEDEKLEKRRQKEEKLKKHAEKEKEREKKKQEKIKQTKGP
GGTPISSQSQQPLIEDFAQSETNRIPLFLEKCVRFIEDEGLDSEGIYRVPGNRAHVELLF
QKFEEDGNVDIHSLDIPVNAVATALKDFFSKRLPPLIDKERMSELEDISGARGISKPMSA
TCMNMEDRSGRLLALRLMLNKLNPVNFDVLKFIFQHFVKVAENCKLNSMDSKNLAICWWP
TLLPIEFNDLGRFEAMRPYLEDVVQTMIDQYPFLFCGEECRVMV
NT seq 4995 nt   +upstreamnt  +downstreamnt
atggcgaggaaaagtgacaatgcgaagagcatcaacatcgcggtggtcgggctctccggc
acggagaaggacaaggggcaggtcggcgtcggcaagtcgtgcctgtgcaaccgcttcatg
cgctccatgagcgacgactacaacgtggagcacatttcggtgctgtcgcagtccgacttc
agcgggcgcgtggtgaacaatgaccacttcctgtactggggcgaggtgatgaaaacggcg
gaggacgggacggagtttcagtttcaaatcatcgagcacacggaatttatagacgacgcg
tcgttccagccgttcaagggcggtaagatggagccgtacgccaagaggtgcgcggccacg
aagatcaccagcgcggagaagctcatgtacatctgtaagaatcagctgggcatagagaag
gaatacgagcagaaggtcctgcctgacggtaaattgaacatcgacgggttcctctgcgtg
ttcgacgtgagcctcgtgccgaacagggcgatagagaagcaggtcgagatcgtggcgaat
atcctcaacaatttgatgaagacgaagaagccgatagtgttggtgacgaccaagaacgac
gacgcgaacgagcagttcgtgaaggaggtcgagaagctgataatgcgcaaggagtacaag
gggtcgattttgatcgtcgagacctcggcgcacgagaacatcaacgtggacctcgcgttc
atgatcctggcgcagctcatcgacaagacgaagatgcgcagcaaggtggtgccgttcgcc
gaggcggccagggccaggaaggagctcctggacgcgtcgacggagtcgttgcagagattg
atccggatacacgtgaccgattatcgcgccctgtggtcgcaggcctcgaagaaactcgcg
cagctcaaggagttctccaccttcgtcgagttgttcggtatcgaggcgacgcagagattg
ttcagaaggcacattaagaagctgaaggacgagcagatagcgaagaaaatacagggctac
ctggacatgctgccggacatacttcacgagatctgtccggacatatcgaatttaattaac
gaagaatggtcggcggtgcagcactacataaagacgcatcccgacttcgatcagtatttc
tacgagtgtcccgaagacataccgtggatcgattgtgattttggggaaaacaacggcacg
aaaatcccgtacgacgtgctggagactcccgaggcagaaactgtatttaaaaatcacata
aatgctttacagcaagagcaacggcgattagaacttccgaaaaggtggaagaaacaattt
aagcaattgttggaggaaaccggctatgttacgcctgggaaacatttgtccgaagttaga
gttttatttatgggccgggaatgctttgaggagctttcgcatcacgactgtcaagaaatt
tatgatcagcatcagaaggaaattatcgagaaggcaaaacataattttcaagaattattg
ttggaacatgctgatctattttatcacttcaagagtatagctccatccggaactatcaca
caggacgatataaaagaaattacagacgcgttactggatgattttagatacaaagcatta
gacagattagatcaggacagaaagttaatgttgtttcaacatttgggatttgtgcattgt
cctataagggagcattgtccagcttatccaaattgcatggacgcgcttatagaaagaata
ctcggaacgaaggctcacagaccttcctcatggaatcacagtagtcagtggcagttaacg
tccgacaacaatcaattaaatttagttatactcggaagtaacgggctaagcgaagaattc
gctcgtgaaataagggcacaaaccgacgacgacgaagtggaaatcgattgtcaactgtac
actctcggttatcgcatcatagacggcgacgttggcctgccgcataattccttcactacc
tccgatttcatgccgcacgggtccttttgtatctactcgaatgaagactcattcgaatac
attcggtcctctttagagaaaaccttgttatcgaatctagaacaagaggacagactaccg
tttcaaggattgcccattgtaataatgtttataccggaagccagtattgatgaaatggag
gctatgaagctcagagaggagggacaaaatctcgccgacagtttgcaatgtccgtttatc
gatgtctgcatggacgatctggagcaggagaagcataaaagattcccgacttcgttggta
aaggacgctttgcagcaactcatacaagccataaaccacagagctggttttttaaacata
tatcaaagcgttatcgaatgtctggagcctgatattaggataataatgtgtatgttctgc
ggcgatccttattcggtcgagaacgttctcggtcctttactcaatcatcaatgctgcttt
ctcagcggcgatagatctatagttttggaaacgtttttgggagaatgtaagcgcagagtc
gaagtcattatctcgagttttcacggagccaatgcgtttagagacgaattagtacatggt
tttatactcgtctactccacaaagaggaaagcctctctcgcgactctaaatgccttttcc
accaacataccaaatctaccaatacaaataatggctgtgaccgatactggcggcgcgaat
gctttcttcagcagcgacttgagtcatctacttatcacggaaggaaacgcgattgcggat
aaactggaggcgcacttcatgacatctgcgtcgagctgtcaacaaaaaaccgcgttttac
acgcccttcttcaaagtggtgtgggaaaagaagccggagatcgagcaagcgttcaacatg
gaggaaccggggaatttgaacgacagcggagaaggcaccctcgagtattcggcgttgcat
ccgatgccgccgccgcgacacgagagctatcaccttcaaacgccggatgacggtatgtct
gtaacttttaggagcggctccgagtcgtacgaacagttgacgcccgacggtgatctgggc
gataccgggctgaccgaacaattcgccgaccacagagccacgccgagcgacgacagtgac
atttacagccaggtcgacttctatcgtgaggagagggagagagatctaatgaaaaacgaa
gatatcacgaataagctatctggttgggtaaaggacacgttcatgcatcaagacggtgtc
actaacagttactcgcacagagctttcacgaccggccggcggtacatctcccaggtgaag
ccgaggccgaaaggcaacagtcagaccttgaagcagcccgggaagatcaatctgaaggac
ttttccaacgtaacggacgtgatagcccggatgacgatcggcgagaaggacgagcacggc
ccgaaactgacaatgggccacgctcctctcgccactccagaactcgtggaccttggctcc
gagtacgcgcaggtgaaggacgtcgtgccgaacatgtactcctacgacggcgactacatg
tacgccttggtgcaagactctatcggcaacaacaagtccaagttgcgccaccggcgcgaa
aagggacagccaagatcgtacagcgattccgactcggagtggagttccttggagagacaa
agggcgacggacgtcctgggcaaggggaacaagaagccctcgtcgcacaaacgaatacgc
aagaaacgcacggcaataccggtggcgacgccgaaagtgccgtcactggccagcatgggt
agcggagacggtatagtcggcctgaattacaacatgaaggacgagaaaaattggcgcgtc
gatcccacggagagagtatctagcgaaacgcccgatacttccgaatcgagcgatccggaa
cacaactcgaggtccagatcgaaacaatataaatacgccgcggttagcttgcggaaaaga
ttttccggaaattctctgcaacagcaatacttacaacacccgtttaatatgaaacacatg
acgcaggagatgttcagcgcctcctccaagcacaggggtgaaaatacgtttggcattcca
gatgatgaatcaagtctcgatgtctcctcgccgcgcgaaattaattctcccagttttggt
atattgaacaagtcgaaggacagcgacaagttaacccggaagaaagacaagcagaaggca
aaggaggacgaaaagctggagaaaaggaggcaaaaggaggagaagctcaagaaacacgcg
gagaaggaaaaagagcgggaaaagaagaagcaggagaagataaagcagaccaaaggcccg
ggaggaacgccgatctcgagtcaatcgcagcaacccttgatcgaggattttgcacagagc
gaaacgaatcgaatacctttgttcctcgagaagtgcgttcgatttatcgaggacgaggga
ctggattcggaagggatatacagggtgcccggtaaccgtgcgcacgtggaattgcttttc
caaaagttcgaagaagacggtaatgtcgacatacactctttggatattcctgtaaacgct
gtcgctacagccctgaaagacttcttttccaagagattaccaccgctcatcgacaaggaa
cgcatgagcgaactagaagatatatcaggtgcacgaggtattagcaaacctatgtcagct
acttgcatgaacatggaagaccgaagcgggagattgttggccctgcgcctgatgctcaac
aagttaaatccagtgaactttgacgttctcaaatttatcttccagcacttcgtgaaagtc
gcggagaattgtaaactcaacagtatggacagcaagaacttggcgatttgctggtggcct
acattactaccgatcgagttcaacgacctcggcagattcgaagctatgaggccgtacctg
gaggatgtagtccaaacaatgatcgatcagtatcctttcctgttctgtggcgaggaatgc
cgcgtgatggtgtag

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (8)   
   RefSeq(pep) (8)   
DNA sequence (8)   
   RefSeq(nuc) (8)   
Protein domain (5)   
   Pfam (5)   
All databases (23)   

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