KEGG   Latimeria chalumnae (coelacanth): 102345240
Entry
102345240         CDS       T02913                                 
Symbol
ARHGEF11
Name
(RefSeq) Rho guanine nucleotide exchange factor 11
  KO
K12331  Rho guanine nucleotide exchange factor 11
Organism
lcm  Latimeria chalumnae (coelacanth)
Pathway
lcm04270  Vascular smooth muscle contraction
Brite
KEGG Orthology (KO) [BR:lcm00001]
 09150 Organismal Systems
  09153 Circulatory system
   04270 Vascular smooth muscle contraction
    102345240 (ARHGEF11)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:lcm04131]
    102345240 (ARHGEF11)
Membrane trafficking [BR:lcm04131]
 Others
  Rho GTPase associated proteins
   Rho guanine nucleotide exchange factors (GEFs)
    102345240 (ARHGEF11)
SSDB
Motif
Pfam: RGS-like PH_16 RhoGEF PDZ PDZ_6 RGS PDZ_2 PH
Other DBs
NCBI-GeneID: 102345240
NCBI-ProteinID: XP_006004249
Ensembl: ENSLACG00000002524
Position
Un
AA seq 1608 aa
MSVRPPQTTFDRTASKKQSHLPRLSSLSLGDSVPDRRSSGHQRQFSDASEATGLVQRCVV
VQKDQLGFGFTVSGDRIVLVQSVKPGGAAMRAGVQEGDRIIKVNGTLVTNSSHIEVVKLI
KSGAYVALTLLGPPPSSSSISLLQEDPGPGMSPQPPPPPPLPPPIMLPCSSTRITGPKPL
QDPEVQKHATQILKNMLKQEEAELAHMVDECSRSPSSSLEERIEGAKRRVSQLQIKIKQE
MGFSTESVRSRSEPGSGCIRLSEGRSSQDSQDSSDSGIDRSISYSEPRNRTAFYSDVLFE
SPHTSPVMPSRVSHHHRQGSETFFTTEQNFDRLKPQIIDPEEVDFDSTYFIYESDGPFQD
IEKLKSRPAHMAVFMRYIFSQADPNPLLFYLCAEVYQQSSSKDARSLGKEIWNIFLDRNA
PLRVKISETISIEIECRLRGSEESRIVFCDAQEFVLQEIRDQILDYRSKRTMGLGSLYGE
NDLLEVDGDLMKERQMAERQIAQLDELISKYEEERSTPMAFAVSTYMRYVGIKVRDARPI
SMIEKSVSLSDRDKWLPFFPKTKKQSGGKKEKDREAMDDKKRNPIFKYIAKPKGSSQSTF
HVPLSPTEVKPGNVRNIIQHFESNNHNDFLESGPQRLSTGSFPEELLDNDGSRTEVKLGR
SESLKGREELKKSRKVENVPRSRSDVDMDAAAEATKLHQSASSSASSLSTRSLENPTPPY
TPKTGRRSMDSPNLGCGGDYPVPHLTGDDFSRSSDIEAESESQNWQHTIGREVLAHLDQR
EIDRQEVINELFVTESSHLRILRVLDQVFYQRMKKESILSRDELTLIFQNLSTVIDAHTT
LSDSIKKVREEGPIVKEIGDVMLSRFDGKSGEEFQAVVAEFCSNQSFALELIKVKQKKDQ
RFHFFMQEAESNPQCRRLQLKDLIVSEMQRLTKYPLLLDNIIKYTDGKTSEHQKLCCALD
CCRRILKFVNEAVKEAENRQRLEDYQKRLDATPLERTNNPLAAEFKNLDLTVRRMIHEGP
LTWRVSKDKTIDLLVLLLEDLLVLLQKQDDKLVLKCHSKVTGSSDGKQSFSPVIKLNSVL
IRAVATDKKALFIICTSELGPQIYELVAGTSSEKNTWQELLDAAVSGATKSPQTSWRSAS
SSNYRPQPAKPPLRSATSVGGSTSLNEVEMPSEDDNQSDVTVTVPPPLPGESESRDLDED
DEDATTPTQSEGGRPPEELEPRENAVHPAVFEDGVADSALLDVENLRLLILRTVLPRKNS
EVKQSVDALTEPEDDITPTPSLIGGAMHPWDTVLTNQISGCREQPTDSPEPCDHMVDKGT
GNFESGHLGFESHQAETVTDDHVNAPYLSNTGLTQDIHSAEEGSGQSESQETEPLHMEGQ
SSGDKRNVKVVRKAEGAGTNVDDVAAVTDSNQSQMADTEGGIPVDGNVFYLAMPTGPVES
STDDVDSSSACPETESATKQRENRDTLDVPGSHPAETGRPTSHGESSSTETKTQSAEPAP
YTLLSPQKLVIQDVEEIFKTIEQLTLKLHRLKEIESAHRELLKSLGERCSDEGLCEKSTG
HRSSSGSDNTQAHRESRNPQLPPSLSQDGHEGPSSDNSAAVVILSTGC
NT seq 4827 nt   +upstreamnt  +downstreamnt
atgagtgtcaggcctccacagactacatttgacagaacagccagtaaaaaacagtctcac
ctgcccaggctcagcagtttatcgttgggcgattctgttcccgatcgcaggtcttcagga
caccagcgccagttttctgatgcctctgaggcaacaggattggtgcagagatgtgtcgta
gttcagaaggaccagctgggatttggtttcactgtcagtggggatcggattgtcttggtc
cagtctgtcaaacccggaggtgctgcaatgcgagctggtgtgcaagaaggagatcggatc
ataaaggttaatggaaccctggtgaccaattcctctcatatagaagttgttaagctcata
aaatctggagcttacgttgcgttaacgttgctcggaccccctccttcttcctccagtatt
tcactgttgcaggaggaccctgggccaggcatgtcaccacagccacctccacctccgccg
ttacctccacccataatgctgccatgttcctcaacaaggatcactggaccgaaaccacta
caggacccagaagtgcagaaacacgctactcagattctaaagaacatgctgaaacaagaa
gaggcggaactagcgcatatggttgacgaatgcagtcggagcccctccagttccctggaa
gagcgaatagaaggagcaaagagacgagtctcccagttacagatcaagattaagcaggaa
atgggattctccacagaatcagtaagatcacgatctgaacctggatcagggtgtatcagg
ctgtcggaagggcggtcctcccaggattcccaagactcatcggattctggaatagaccgc
tccatctcttactctgagcctaggaacagaactgcattttactcagacgttttgtttgaa
agtcctcatacctcacctgtgatgccatcgagagtatctcaccaccatcggcagggatca
gaaacatttttcactacagagcagaattttgacagattgaaacctcagattatcgatcca
gaagaggttgattttgatagcacctatttcatttatgagtcggacggcccttttcaagac
attgagaagctaaagtcacgtccagcccatatggcagtttttatgcgctacatcttttcc
caggcggacccaaacccattgctcttctatctgtgtgcggaagtttatcaacagtccagc
tccaaagatgctcgcagtttgggaaaggaaatctggaacatttttctggaccgaaatgct
cctttaagagtgaagatctctgagacaatatcaatagaaatagagtgccgtttacggggt
tctgaggaatctcggattgtgttctgtgacgcacaggagttcgttctgcaggagattcgt
gatcagattctggattataggagtaaacggactatgggtttgggaagcctgtacggtgag
aacgatttgctggaggtcgatggggacctcatgaaggaacgtcaaatggccgagcgacaa
attgcccagctggatgagctcatatctaaatatgaggaagaaagaagcaccccgatggcc
tttgcggtcagtacatacatgcgatatgttggcataaaggtgcgagatgcaaggccaatt
agcatgattgagaagtcggtgtctctctcagacagggataagtggctgccgttcttcccc
aaaacaaaaaagcaaagcggtggtaaaaaagaaaaggatcgagaggcgatggatgacaag
aagcgtaatcctatttttaagtacattgccaaacccaaaggatcatcccagtccacattt
catgttcccttatcccctacagaagttaagcctggcaatgtgcggaatatcattcagcac
tttgagagcaacaatcacaatgacttcctggaatcgggaccacagaggctgtcaacaggc
agtttccccgaggaactgctcgacaatgacgggtcaagaacagaggtgaagttaggtcgt
tcagagagtctgaaggggcgggaagagctgaagaagtcacggaaagttgagaacgtgccg
cgatctcggagtgacgttgacatggacgcggctgctgaggctacaaaacttcaccagtca
gcatcgtcttccgcatcgagcctctccaccaggtctctggagaatcccacacctccgtat
acccccaaaacaggacgaaggagtatggactccccaaatcttgggtgcgggggggactac
cctgtgccccacctcacgggggacgatttcagccggtcatcagacatagaggctgaatcg
gagtctcagaactggcagcacacaattggacgggaagtccttgcacatctagaccagcgg
gagatagatcgacaggaggttataaacgaactgtttgtgacagagtcctctcacctacgg
atccttcgagtgctggatcaggttttctatcagcgaatgaagaaggagagcatcctatcg
cgggacgaactgacgttaatcttccaaaacctctccaccgttatcgacgcacacacaaca
ctttcagattccataaagaaagtgagagaggaaggaccaattgttaaggagatcggagat
gtcatgttgtctaggtttgatggtaaatcgggagaggaatttcaggccgtggtggcagag
ttttgctctaaccagtcgttcgctctggagctgattaaagtcaaacagaaaaaggaccag
aggttccatttcttcatgcaggaggcagagagtaaccctcagtgtcggcggctgcagctc
aaggacctgattgtatcggagatgcagagactaactaaatatccccttctccttgacaac
attattaaatacaccgatggcaaaacctctgagcatcagaagctttgttgtgccctggat
tgctgccgtaggatcctgaaatttgtaaatgaggcagtgaaggaggcagagaacagacag
cgattagaggattatcagaaacgtctggacgccacgccactggagaggacaaacaatcct
ctggcagctgaatttaagaatcttgacctcaccgtaaggaggatgatacatgagggacct
ttgacctggcgggtcagcaaggacaaaacaatagatttacttgtcttgttactggaggac
ctgctggtgttgctgcagaaacaggatgataaactggtgctcaagtgtcacagtaaagtg
acgggttcctctgatgggaagcagagctttagcccagttatcaaactcaattctgttctc
atccgcgctgtcgctacagataaaaaggccctgtttatcatctgtacttcagaacttgga
cctcagatctatgaacttgttgcaggaacatcttcagagaagaacacgtggcaagaatta
cttgacgcggcagtatcaggtgctacaaaatccccccaaacatcatggcgatctgctagt
tcatccaattataggccacagccagccaagccacccctgaggagcgctacatctgtcgga
ggaagtacttcattgaatgaagtggaaatgccttcagaggatgacaatcagtctgatgtc
acagtgacagtgccaccgcccctccctggggaatcagagtcacgggacctggacgaagat
gatgaagacgctacaacgccaacgcagtctgaaggtggaaggcctccagaggaattagaa
cccagggaaaatgcagttcatcctgctgtgtttgaagatggggtagctgattctgcacta
ctggatgtcgaaaacctccggctgttgatcctgagaactgttttgccaagaaagaactct
gaagtcaagcagtctgtggatgctttgactgagccggaggatgacatcaccccaacccca
tctctgattggaggagcaatgcatccctgggacacagtattaaccaatcagatttcaggc
tgtcgggaacagccaacagactctcctgaaccatgtgaccacatggtggacaaaggaact
ggtaactttgaaagtggacacttgggatttgagagccaccaagctgaaacggtcacagat
gaccatgtaaatgcaccatatttaagcaatacgggtttgacacaggacattcactctgca
gaggaaggcagtggccaatcagaatctcaggagacagaaccacttcatatggagggtcaa
agttcaggtgacaaaaggaacgttaaggtggtccggaaagctgaaggtgcgggcactaat
gttgatgatgtcgcagcagtcactgactccaaccaatcacagatggcagacactgaagga
ggcattcccgtggatgggaacgtattctacttggcgatgcctactggtccagtagaatca
agtacagatgatgtagactcatcgtcagcatgtccagaaacagaaagcgccaccaagcag
agggagaatcgagacactttggatgtgccgggatcacatcctgctgagacaggaaggcca
acatcgcacggggagagcagcagcacagaaacaaagacccagagtgcagagcccgcacca
tacactctcctctctccacagaaactagtgatccaggatgtggaggaaattttcaaaaca
atagagcaacttaccttaaaactccacaggttaaaggagatcgagtcagcacacagggaa
ttgctaaagtcattaggggagagatgctccgatgaaggactctgtgagaagtccacaggt
cacaggagtagcagcggcagtgacaacactcaggctcacagggaatccaggaacccccag
ctcccaccttcactgtctcaggacggtcacgagggcccctcgtcagacaacagcgcagca
gtggtgattctttcaactggatgttaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (48)   
   KEGG ORTHOLOGY (1)   
   RefGene (43)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (4)   
   RefSeq(nuc) (2)   
   GenBank (1)   
   EMBL (1)   
Protein domain (8)   
   Pfam (8)   
All databases (66)   

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