KEGG   Anser cygnoides domesticus (swan goose): 106039165
Entry
106039165         CDS       T04896                                 
Symbol
ARHGEF4
Name
(RefSeq) LOW QUALITY PROTEIN: rho guanine nucleotide exchange factor 4
  KO
K05769  Rho guanine nucleotide exchange factor 4/29
Organism
acyg  Anser cygnoides domesticus (swan goose)
Pathway
acyg04810  Regulation of actin cytoskeleton
Brite
KEGG Orthology (KO) [BR:acyg00001]
 09140 Cellular Processes
  09142 Cell motility
   04810 Regulation of actin cytoskeleton
    106039165 (ARHGEF4)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:acyg04131]
    106039165 (ARHGEF4)
Membrane trafficking [BR:acyg04131]
 Others
  Rho GTPase associated proteins
   Rho guanine nucleotide exchange factors (GEFs)
    106039165 (ARHGEF4)
SSDB
Motif
Pfam: RhoGEF PH SH3_1 SH3_9 SH3_2
Other DBs
NCBI-GeneID: 106039165
NCBI-ProteinID: XP_013041527
Position
Unknown
AA seq 2306 aa
MEFNKCLGASAAAAEGRTEGGDDDINNAGSSVVHEELDLVQMYLTCLPERYMKAKFTGAV
YLMCWLLLKLYKKACEKRLSASEKECHGSVVIRTAGEAEESTSETRQLHIQTPEPVVNYV
SEGEFEDDLSSSTPSTIELEIRGSSQDTDEDYFETLSHQSGSLSDVKTEPYESASETESV
ASDVTGETCLDSNCLFTEKTNLCCSLPKAKAETTCHELKCSRRTEFSWQVQLEASSKIKV
APSKQELQTTKSEGEVGVEDLTLSSSISNTANQVSEEGILSQTDRKFVVELQNKTDFEST
EVQSYPNSLPTEAAVTRQEERPAVLSIACFKANSGSCLIFPEVQQLSFQSDAASSCSLSN
LHFETNGPYHESYTDISDYRCGLDSMSSIKCNRNNSADSEKTTGNRIKHGSTETMLTSHS
FFYQRHFKSKSPPCGSLHTRSEVTGSKTWHSVPENISAQRKAEYFGNCIHPTDKFSWSCS
RIHHQGLDFEYAWKNLARVPVGPEKAIKEGKFDIKQFLLNTDIDLNEGQLSQPAGSPQCV
DFYLHSKPVACGLSPEAGSTCAGSLSSTQTDACECNPKQKETSSSLDCEPVIINAEELLK
STRYNAERGLEADQFPCDTNVEFGNFDTENLAACRVGFPAVVENRDCNCSVNCASSSRTQ
KKSLKENVLESELSHMEVTAGGRQENNPSNLNFGWKVPETALPGGSNTEAEHKVSVHQNT
NCKTGALRSQSEPVANEHPIHQGKDKDSFFAVEMTPKSDHVSQGRHLMKLPELKPALVII
SVEQKGLQSKTLTDDLHTERVTGTLRSIVSKDSVSPHTSSKDHDEPERVLSECCSCEEQI
LATHTFLGSAELLPIGDMAEGKTEISQEQSEKTVSSLVLTCSNSTVTSKKVEFSSVTAPL
GNDVLTAENTADKCEEVLSISHSRCGIKIFETEAHRTKTDFALETEEFRKSWAETKNDQV
TKEEEFKAHQGRKEEGYITRAVAVEMCSISNLCQGDGVYDDLQGPSINTSEQAVGREGAE
GCKGSKEQIGICEEPSPREEKEASPAENTATSSKNSALNLDVCDVFNYSVKRETHNACVV
GLDNISTCSTNSEDMDENSFHGLGSNSSLHKAVQKPTKNGNSGKASRFLVFSKMTSFRKT
KPATAENHGSSSFFGSKAKTEELDVGKGDEDTESLQSFKSCSSGSAFHRKESYASEYSDD
DDLFYERPAGLFNRMSLRKASGSGRILMEDTDVNSTSLTLAAVRYADGLVSGSSESNDSE
PVEYPGFRKSFPENEYKRNKNPEGKKFRARLALAQKSLSSLFESKSLEKENTEQSSKVSL
KNEKEKTKRCQSTWKAFLKSKEADGLKRPVLANLSPTQESVNTTRGQMMRTTSVEQQDSS
NGHTFLKTETSNGSSTDTNSFDTSVEPVDVSSPADMWRKRTRSHDLGIRCSQSSDCDEHQ
DALGNNLNTSLEEYWMKSPFSPTDMQLPFSQSSPSCPQLSNSEGKDMPCRPMSPKPQSPR
SASQRKSFRYPGRICATSMISLGNSSAADSSLEAPERPKTLKPRGSLLLSVHSLDNEYQK
DDSGISSQSQISLNTASSISDILRDEETKQQCQTPPEKSPNEKGVPHRKRRPLLVPPSPR
PISTLENKAWRLSFLAPDEKDKEIPERRRRKRPKSLYKCFSFDDVWMERNQKRKLEKERQ
PERGIQLQHLPEDQLKAGMSASITSAVALDILPLKLHPFSQSTPTGLDCVGWKRRISAPV
IADGALDKTALTDDVGSEEDLYEDFRSSNHRYGHAGGGGEQLAINELISDGSVVYAEALW
DHVTMDDQELGFKAGDVIEVMDATNKEWWWGRILDSEGWFPASFVRLRVNQDEPMEDYPV
KAEGGKEDDSSSGTRRFGMGQTTKDQMRTNVINEILSTERDYIKHLKDICEGYIKQCRKR
ADMFTEEQLKTIFGNIEDIYRCQKKFVKALEKKFNKDHPHLSEVGSCFLEYQTEFQIYSE
YCNNHPNACMELSRLTKVNKYVYFFEACRLLQKMIDISLDGFLLTPVQKICKYPLQLAEL
LKYTNPQHRDFKDVEAALNAMKNVARLINERKRRLENIDKIAQWQSSIEDWEGEDVLVKS
SELIYSGELTKISHPQAKSQQRMFFLFDHQLVCCKKDLLRRDILYYKSRINMDDMEILDV
EDGKDKDFSISVKNAFKLYCRNTEEVHLFCAKKPEQKQRWLKAFENERRQVQLDQETGFS
ITEVQKKQAMLNASKQHHTGKPKAVTRPYYDFLMRQKHPTLPTTLPQQQVFMLAEPAQAL
ELLAEHQQADTLPEIRTAPCLCLNPF
NT seq 6921 nt   +upstreamnt  +downstreamnt
atggaattcaataaatgtttgggtgcatcagcagcagcagcagaaggaagaacagagggt
ggggacgatgatattaacaatgctggcagtagtgttgtccatgaagagctggatttggta
caaatgtaccttacctgtttgcctgaaagatacatgaaagcaaaattcaccggggcagta
tacttgatgtgctggttattgctgaaactgtacaagaaagcctgtgagaaaagactctct
gcttctgaaaaggagtgtcatggaagtgttgtaataaggactgctggagaagcagaagag
agtacttctgagacgagacagctccacatccagaccccagagccagttgtcaactacgtc
agtgaaggagagtttgaagatgatctgagttcttctactccaagcacaatagagttggag
atacgaggatccagccaagacacagatgaagattattttgagaccctgtcacatcagagt
ggatctttgtcagatgtaaaaactgagccttatgagagtgcatcagagacagaatctgtt
gccagtgatgtaactggagaaacttgtttggattcaaactgcctttttacagaaaaaaca
aatctgtgctgtagtcttcctaaagcaaaggcagaaacaacctgccatgaacttaagtgc
tcaaggcgaacagaatttagctggcaggtgcagttagaagcgtcttccaaaataaaagta
gcaccaagcaaacaagaattacaaactacaaagtcagaaggtgaagtgggtgttgaagat
ctaacattaagtagcagtatttccaacacagcaaaccaagtgagtgaagagggcatttta
tcacagacagacagaaagtttgtagtggaattgcagaataaaacagattttgaaagcact
gaagtgcagtcctatcccaattccttacctacagaagctgctgttacaagacaggaggaa
cgacctgcagtattaagcattgcttgtttcaaagctaactccggaagttgtttgattttt
cctgaggtacagcaactttccttccagtcagatgcagcatcaagctgtagtttgtctaat
cttcattttgaaacaaatggaccttaccatgaaagttacactgacatatctgactataga
tgtggactagactccatgtccagtataaaatgcaataggaataactcagctgacagtgag
aaaactacaggtaacaggataaaacatggaagtacagaaaccatgttgacatcacattca
ttcttctaccagcgccacttcaaatcaaaatctccaccttgtgggtcactacacacaagg
tcagaggttacaggaagtaaaacatggcacagtgtgcctgaaaatatcagtgctcaaaga
aaggcagaatattttgggaactgtattcatccaacagacaaatttagttggtcatgttcc
agaatacatcatcaagggcttgattttgaatacgcttggaaaaacttagcaagggtacct
gttggccctgaaaaggcaataaaagagggcaaatttgacataaaacaattccttcttaat
actgacatagacttgaatgagggtcagctttctcaaccagcaggctccccccagtgtgtt
gatttttatttgcactctaaaccagtggcatgtggccttagcccagaagcaggaagtaca
tgtgctggtagcttatcttcaacccagacagatgcatgtgagtgtaatccaaaacaaaag
gagacatcatcttccctggactgtgaaccagtgatcataaatgctgaagaacttctaaaa
agtactcggtacaatgctgaaagaggtctggaagcagatcaattcccttgtgatactaat
gttgaatttgggaattttgacactgaaaacctagcagcttgtcgtgtaggttttcctgct
gttgtggaaaacagagattgtaattgttctgtaaactgtgcttcctctagtagaacgcag
aagaaaagtttgaaggaaaatgtcctggaatctgaactgtcacatatggaagtcacggct
ggaggaagacaagaaaacaatccttctaaccttaacttcggttggaaagtccctgaaact
gcattaccaggtggcagtaacacagaggcagagcataaagtttcagtgcatcaaaataca
aattgcaaaactggtgccttaaggagtcagtctgaaccagtagcaaatgaacatcctatt
catcaaggaaaggacaaggacagtttctttgctgtggaaatgactcccaaatcagatcat
gtaagccagggaaggcacttaatgaagcttccagagctaaagcctgccctggttataata
tctgtggaacagaaaggactacaatccaagacactgactgatgaccttcatactgaaagg
gtaactggaacactgagaagcatagtgagcaaggactcagtgtctcctcatacttccagc
aaagatcatgatgagccagagagagttctgagtgagtgctgtagctgtgaagaacaaatt
ttggccacccacacctttcttggtagtgcagagctactccctattggggatatggctgaa
gggaaaacagaaatttcacaagagcaaagcgagaaaacagtttcatccttagtgctcacc
tgtagtaattccacagtaacaagtaagaaggtagaattcagcagtgttactgctccactg
ggcaatgatgtacttactgcagaaaatacagcagataaatgcgaagaagtgctctcaata
tcacatagtagatgtggtattaagatctttgagactgaggcacacagaacaaagactgat
tttgcattagagacagaagagttcagaaagtcatgggctgaaacaaaaaatgaccaggtc
actaaggaagaggaattcaaagcacatcagggcagaaaggaagaaggttatataactaga
gcagtagcagtggaaatgtgcagcataagcaatctgtgtcagggagatggtgtttatgat
gatcttcaaggacccagcatcaacacctctgaacaagcagtaggcagggaaggagctgaa
ggctgtaaaggttcaaaggaacaaataggtatttgtgaagaaccttctcctagggaagaa
aaggaggcctctcctgcagaaaacacagctacctctagcaaaaacagtgcattgaatcta
gatgtgtgtgatgtctttaactattctgtgaagagagaaacccacaatgcttgtgtggtt
ggcctagataatataagtacctgcagcactaacagcgaggatatggatgagaactcattc
catggcctgggaagtaacagcagtctccataaagctgtgcaaaagccaacaaagaacggg
aatagcgggaaagcttccaggtttttggttttctcaaaaatgacatctttcaggaaaact
aagcctgccacagcagaaaatcacggaagcagtagcttctttggcagcaaggcaaagaca
gaagaattggatgttgggaaaggagatgaagacactgaaagtttacagtctttcaaaagt
tgttcatctggttctgccttccacaggaaggaaagctatgcctctgagtactctgatgat
gatgatttattctatgagaggcctgcaggattattcaatagaatgagcctgaggaaggct
tctggctctggtcggatactgatggaagataccgatgtaaattcaacttctctcacactg
gctgctgtcagatatgcggatggactagtttcaggttcatctgaaagcaatgacagtgaa
ccagtggaataccctgggtttagaaaatccttccctgaaaatgaatacaaaagaaacaaa
aatccagagggcaagaagttcagggcaaggttggccttggcacaaaaatcactctcaagc
ttatttgaatctaaatctctagaaaaagaaaacactgagcaaagttcaaaagtatcactg
aaaaatgaaaaggagaaaaccaaacgttgccagagcacctggaaagcttttctaaaaagc
aaggaggcagatggactaaaaaggcctgtcctggcaaatttatcaccaacgcaggagagt
gtaaacacaactagaggccaaatgatgagaacaacatcagtagagcagcaagacagttcc
aatgggcacacatttttgaaaacagaaacatctaatggttcgtcaacagacaccaactct
tttgacacctctgtggagcctgttgatgtttcttcacctgcagatatgtggagaaaacga
acacggtcccatgacttgggcatcagatgctcacaaagttcagactgtgatgaacaccag
gatgccctgggcaacaatttaaatacttctctagaggaatactggatgaaatctccattt
agtcccactgacatgcagttaccatttagtcaatcaagtccgtcatgtccccagctctca
aattctgaaggtaaagatatgccctgtaggcctatgagccccaaaccacagagtccacga
tctgcttctcaacgcaagagcttccgataccctggaagaatatgtgccacatcaatgatc
tctcttgggaacagctctgcagcagacagcagtttggaggctcctgagagaccaaagaca
ctgaaacccagaggtagtctcttactttctgtacactcattggacaacgaataccagaag
gatgacagtgggataagcagtcaatcccagatcagcttaaacacagcttcttccattagt
gacattctcagagatgaggagaccaaacagcaatgtcaaacaccacctgaaaagagtcca
aatgagaaaggggttccccatcgcaaaaggaggcctctcctggttccaccatccccacgc
cctatctccacccttgagaacaaagcctggaggctttccttccttgctccagatgaaaaa
gacaaggagattccagaaaggaggaggaggaagagacctaaatccctttataagtgcttc
agcttcgatgatgtttggatggagaggaaccagaaaaggaagctagagaaagagagacag
ccagagagagggattcaattgcaacacctaccagaggaccagttaaaagctggaatgagt
gcatccatcacatctgctgttgctcttgacatcctaccactgaaactgcatccattttcc
cagagcactccgacaggcttggactgcgtgggctggaaacggcgcatttctgctcctgtg
attgctgatggtgcactggataagacagctctgacggacgatgtgggaagtgaggaggac
ctatacgaggacttccgaagctccaaccaccgctatggccacgctgggggaggtggagag
cagcttgccatcaatgagctcatcagcgatggcagcgtggtgtatgcagaagccctctgg
gaccatgtcacgatggatgatcaagagctgggattcaaggctggtgatgtcattgaagta
atggatgctaccaacaaggaatggtggtggggaaggattctggacagcgaaggctggttt
ccagccagctttgtacggctccgagtgaaccaggatgaacccatggaagattaccctgta
aaggcagagggtggcaaagaggacgactccagcagtggtacgcgccgcttcgggatgggg
cagaccaccaaagatcaaatgaggaccaacgttataaatgagatcctaagcacagagaga
gactacatcaagcatctgaaggacatttgtgagggttacattaagcagtgccgcaaaaga
gctgacatgtttacagaggaacagctgaagacaatctttgggaatattgaagacatctac
agatgccagaagaaatttgttaaagcactggagaagaaattcaacaaagaccacccacat
ttaagtgaggttggctcctgcttcttggaatatcaaacagagtttcagatatactctgaa
tactgcaacaaccaccctaatgcctgcatggagctgtcccgcctcaccaaagttaacaag
tacgtctacttcttcgaagcctgccgcctgctgcagaagatgattgacatctctctggat
gggtttctgctgacgccagtgcagaaaatctgcaaatatccactgcaactggccgaactg
ctcaaatacaccaaccctcaacacagggattttaaagacgtcgaagctgccttaaatgcc
atgaagaacgttgctcggctcatcaatgagagaaagcggcggctagagaacattgacaaa
attgctcagtggcaaagttccatagaagactgggagggtgaagatgtcctagtcaaaagc
tcagaactcatctattctggggaactaaccaaaatctcccatcctcaagccaagagccaa
cagaggatgttcttcctcttcgatcaccagcttgtctgctgcaagaaggaccttctgcgt
cgggacatcttgtactataaaagtcggatcaacatggatgacatggaaatcctggatgta
gaagatggaaaggacaaggacttcagtatcagtgtaaaaaatgcatttaaattatactgc
cgcaacaccgaggaagtccacttattttgtgcaaaaaagcccgaacagaaacagcgctgg
ctgaaggcctttgagaatgaaaggagacaggttcagctcgaccaggaaacaggtttttca
ataacggaggtgcagaaaaagcaagcaatgctgaatgccagcaagcagcaccacactggg
aagcctaaagctgtcaccaggccatactacgactttctgatgcgtcagaagcatcccacc
ttgcctaccacactccctcagcagcaagtcttcatgctggcagagcccgcgcaagccctc
gaacttctggcagaacatcagcaggctgacacccttccggaaataaggacagccccatgt
ttgtgcctgaaccccttctga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (15)   

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