KEGG   Mus musculus (house mouse): 236798
Entry
236798            CDS       T01002                                 
Symbol
Adgrg4, Gm367, Gpr112, PGR17
Name
(RefSeq) adhesion G protein-coupled receptor G4
  KO
K08455  adhesion G-protein coupled receptor G4
Organism
mmu  Mus musculus (house mouse)
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:mmu01002]
    236798 (Adgrg4)
  09183 Protein families: signaling and cellular processes
   04030 G protein-coupled receptors [BR:mmu04030]
    236798 (Adgrg4)
Peptidases and inhibitors [BR:mmu01002]
 Mixed peptidases
  Family P2
   236798 (Adgrg4)
G protein-coupled receptors [BR:mmu04030]
 Adhesion receptor family
  Others
   236798 (Adgrg4)
SSDB
Motif
Pfam: 7tm_2 GPS
Other DBs
NCBI-GeneID: 236798
NCBI-ProteinID: NP_001349814
MGI: 2685213
Ensembl: ENSMUSG00000053852
Position
X:55939594..56025719
AA seq 3025 aa
MPELSRLTACIDLISMTNSSHYWMAFIYITNNTLLGREDVDLGLAGDHQQLILYSFGKTF
YVSYHLIPFHWHTLCLVWDGVKGRLELFRNKERILAIMDQPHRLSPNGTLVLGHFPRNGE
GQIKTVIPRFTSSLYYFQLWDRILENEEFMTCFYGNVVSWEDDVWLIHKISPTVDRRLRC
FVSENMTIQETSTNVSQQIDLTTSSQTTGLNPHKTSHSSTLLPEGMADSTINSTAISYAN
TVPSPLATVSAAKDLKTSTTETATFLTDTLFTSTATPLPTQTVTEHSYLGKTRTSKRVEA
MATEIFHSATATDLIDTSVFTKNYTVSETSTTKSKSAVGKTTLFLNESTSIAPTPCPKHK
STDVAILHTSKSGQEFLVSSAARTVSWSTLEETSPITTDVGIVSTFPPESLLTSTASPVS
STFPEIQLASTLSTTDSEMASTVHSVLPMQTIPTPRTVKPESGSTNFQDVFSPSMEDALS
VSMPKETTFMAFSSITSSPITRTQDEQIAIDAESTHLTIIPGTKFVPTLAEASLFPTIEG
QAYTQDTPTTDEPMLTLTSTKSPSTYNASESVLTSITIKSDYQFFTNETTWTSKSGQNLL
TSMNTTTIPTFTSNKTLTLPFQGNATNRDHSSMTTNVSPIEASTESKVTTSSDATTASYT
TALFKPTSQWLSHFTSVSGITSIASQPESKLTTLLLKSNSMPTVATNEFPSIPSEPVAPS
VNTSTLTDIKPNFSTEKSISETIQIETNGVSSFGDTLAPLPMSATTQRVYTTVTKETTSR
HPKVKSTISTVAEASPFSTMLEVTDESEQMVTASVTISPFTDIEKLTTALSKETATAEVG
VSWLSTKLKESMPESSHNGTTESFNSTHTYTVDWTSEKSKGNSASSPNSASTQALPELPS
SSTMKTMGVTFSTNSSQRTAASLSAGILSPQTASTHALVTPQLLTHTFSLPVNISAVTSP
KTTMVFFDETKVTLSQPSTLARDFTTSMPSVGSTLPTVTMTTELVPPVSPTASTISDSMF
THRDLLHTTSEVTTISSTTAHMAISSLRETLVSSLRPPTPVITKAISTIPSISSDSVSPS
IHTLVCSRPSPNNVTIVSSTYVSSTTSTSVATPSESHFSFPYAFSSGGDVTMASGPTGTS
AGGEAMPPNTFVNKFITSVDHESTTYFVNTPVSTQSVFATSMVSSDKEQTNISMEKTLRT
TGVAEISPSKNSFILDSQSTFPWEMTDTELSETTEISSHQTHLPSEILPGYSDSGNLTTF
STSGSTQSAQTLSSSTIIGVRVSEGSTSLEKTALPSQVQTVTKSLTHDKERTSALSEYPP
RTVEKIMSSSPVTHQATGHLATSIVDASRTTRISHPVLINTTLSYLLSLKTKPEATQIAS
STSGSTENFPNSFSPFTTGLLSTNFTMITPNGSTTVLSIPNEPTNLPKKTSMEASTPISQ
MDLLALNVTAFTSKKVSDTHTMLMTKSSRTIHIGTLKSVSIGTFGLKSEKSEMPVNNSDF
STTVLYSDTSTRLGEFFTSSSSLPPKATKTTQASTLNTTPVAHAGPTSQRTVFSSTFSNS
SVVEVPLNYTTAHFSSPTQRGFLSMKTIPTTSMAGISTSVIGATSSSLSSSKNTEPISSI
PKTMFSLLLSTTQQPSQENGAPTLDILPGITVSSGGATDLINANSRATIPANELSTTPSD
NFYTFLNTQDSPTLTNSKVTPRPTESVKSTPTHLSFDTRKMNILTELTKSGPCVTTPVLY
PLWTQTSTAPPLTSHLYSPHSTKAKFPLASQMAEYPAWATGITPSITQALLTTSRNTQRV
EDSPFPVFTTKVMTPNRMEVETLHSPSGTLATSTTSQIGLVSRDVTVMPLISTSESLPSL
GISESTSLSISSTFPPTTLAAILPTFEKTAMPVTPGITLSSNPSVNSRATSPTWSSSSLP
SDSRASIFTPSRLLTSSSGEMSESTFPASDIIATYSNFTVAPLSDGSATIATQATSTTTL
DIITANSLTSPPIPSKDKDGSLHTSTFLESSLRTTGADSSTDMSERMSFGRTSISPSLTR
HDLSIGSLTVSSPTNTSPWSKVPVTSESHTLFPSKSTLDSVMSTATTTSTAIGTSFPLMS
TEMAHPSTATGFSLVSSSFETTWMDSIFSSLFTQPSTSPTAKESTVSFYNIKMSFSVFDE
EPRVLVTTVIHDLTKDWLNFMFQNSEFSLANLAIQIKSRKTSKEETAMYRYILEQKKGQG
MDAIFHVPYSCACWVIIKAKSSLESVELISSIRTKIHGNLTHGNFTQDQLTLLVKSDHVV
VEKLEPGKCEADETPSKYKGTYKWPLTDPTETAQERCIKNENRNATRICSISIQTGKCQW
EKPRLKQCKLLQGLPDKIVDLANITISDENADDVAEHILNLVNESPPLDEEETKIIVSKV
ADISNCDEISINLTQIILQILNTVTEKQSDSASNLPPVSNEILRIIERVGHKMEFAGRTA
NLTVAKLALAVLRVDHKFEGMAFSIQSSEEVIAPQIFLGDIPLRKALASIYLPKSLREKV
PLDGLQTILFNFFGQTSLFKAKTITSELMTYVVSASISNTSIQNLADPVIIILKHIQGDW
NYDQVYCAFWDFDTNNGLGGWNPSGCKLKESNINYTICQCNHLTHFGVLMDLSRSTVDAV
NERILVIITYTGCGISSIFLGIAMVTYIAFHKLRKDYPSKILINLCTALLMLNLAFLVNS
WLTSFQKVGLCITAAVALHYFLLVSLTWMGLEAVHMYFALVKVFNTYIPNYILKFCLAGW
GIPAITVAIILSVRKDLYGTLSPTTPFCWIKDDHIFYISVVAYFCLIFLMNLSMFCTVLV
QLTSVKSQSQKTRKKMILNDLKGTISLTFLLGLTWGFAFFAWGPVRIFFLYLFAICNTLQ
GFLIFVFYCVMKESVREQWHMPLHCRWLRLENFAGWINVRHKQKRLKKNNESKLLTPSLM
STTTFKSIGSVPSIPSEINFSNGDFDDSPDTFSFLSCKAAPTFIRRALPAEIQTNSTQKQ
RSFPINVSRDTHLTPSSGLGEMFNL
NT seq 9078 nt   +upstreamnt  +downstreamnt
atgcccgaactcagccgactcacagcatgtattgatctgatatcgatgactaacagctca
cattactggatggccttcatctacattactaataacactctcctgggcagagaagatgta
gaccttggactcgcaggagaccatcagcagctgatactgtacagctttggcaagaccttc
tatgtcagttatcacctgattccatttcattggcataccctgtgcttggtatgggatggt
gtgaagggcagattagagctcttccggaacaaagaaaggatacttgcaataatggatcag
ccacacagactgtctcctaatgggactttggtcttgggacactttcccaggaatggagag
ggtcagattaaaactgtgatacctcgctttacaagcagcctgtattactttcagctctgg
gaccgcatcctggaaaatgaggagtttatgacatgtttctatggaaatgtagttagttgg
gaagatgatgtttggctcatccacaagataagtccaactgttgacaggagactgcgctgc
tttgtttctgaaaatatgacaattcaagaaacaagtacaaatgtttcacagcaaatagac
ctaacaacttcttcccaaactactggacttaacccacacaagacttcacattcatccaca
ctgttgccagaaggcatggctgattctacaatcaacagtacagccatatcatatgctaat
acagtaccctcacctctagcaacagtaagtgcagccaaagatttgaagacatctacaacc
gagacagctacatttttaacagataccttgtttacttcaacagccacccctctgcctacc
cagactgtaacagaacactcatatctaggaaaaacaaggacatcaaaaagggtggaggcc
atggctactgagatctttcattcagctacagctactgatttaattgacacatctgtgttt
actaagaattatactgtatctgaaacttcaacaactaagtccaagtcagctgttgggaag
acaactttattcttgaatgaatcaacatccatagctccaacaccttgtcccaagcacaaa
tccacagatgttgctatactccatacctctaaatctgggcaagaatttcttgtatcttca
gctgccagaactgtgtcttggtccacattagaagagacttcacctattactactgatgtt
gggattgtatcaaccttcccaccagagtctttgcttacctccacagcttctcctgtgagt
tctacatttcctgaaattcagttagcatctaccttgtcaacaactgattcagaaatggca
tcaacagtccattcagtgttgcctatgcagaccatacctaccccaagaacagtgaaacca
gagtcaggctctacaaatttccaagatgtcttttcacccagcatggaggatgctctatct
gtctccatgcctaaagaaaccactttcatggccttttcttccattacctcctctccaatc
accagaactcaagatgaacagatagctattgatgctgagagtacacatctaaccataatc
cccggaaccaaatttgtccctacattggctgaagcttcactcttccctaccattgaaggg
caagcatacactcaggatacacccacaacggatgagcccatgcttactttgacttctact
aaatcaccttctacatataacgcatctgaatcagttctcacatctataacaattaaaagt
gactatcagttcttcaccaatgagaccacttggacttctaagtcaggtcagaacctgttg
acctctatgaatacaaccactatacccacattcacatctaataaaactctcacattacca
ttccaaggtaatgccactaatagagatcattcatccatgactactaacgtctcaccaatt
gaagcatccacggagagcaaagtgactaccagctctgatgctactacagccagttataca
acagctttattcaaaccaacatcccagtggcttagtcatttcacgagtgtttctggaatc
acatctatagccagccagcctgaatctaaactcaccaccttattattgaaaagcaactct
atgcccacagtagctacaaatgaatttccctcaataccaagtgagccagttgctccatca
gtgaatacgtctaccctcactgacattaaaccaaatttttctacagagaagagcatttct
gagacaatacaaatagaaacaaatggtgtgagctcatttggtgatactctggcccctctg
cccatgtctgcaacaacacagagagtctataccactgtgacaaaagaaaccacttcccgt
catcctaaggtaaagtcaactatatcaacagtagctgaggcttctccattttcaacaatg
ctggaagtgacagatgaatcagaacaaatggtgacagcttctgtcactatttcccccttt
acagatatagaaaaattgactactgcattgagtaaagaaactgcaactgcagaggtggga
gtgagttggctttcaaccaaattaaaggaaagcatgcctgagagttcacacaatggaacc
acagaaagctttaactcgacccatacctacacagtagattggacttcagaaaaatccaag
ggtaactcagcttcatcacccaattctgcaagcacccaggcactacctgaacttccaagt
tcttcaacaatgaagacgatgggagtcactttctccactaattcttcacagaggacagct
gcatctttgtctgctggtatcttgtctccacagactgcctctactcatgccttagtaact
ccccaactgcttacacacacgttttcactgccagttaatatctctgctgtcacctctcct
aaaaccactatggtgttttttgatgagactaaggtgaccctgtctcagccttctacattg
gccagggatttcactacatctatgccctcagttggttcaactctaccaacagtgacaatg
accacagagttggtgccaccagtgagtccaacagcttccacaattagtgatagcatgttt
actcacagagacttacttcataccacttcagaggtcacaacgatctcttccacaacagca
cacatggcaatttcctctctgagagagactttggtatcctcactgagacctcccactcct
gtgataactaaggctataagtaccattccctccatctcatctgactcagtaagtccatcc
atacacactcttgtctgctcaaggccttcccctaataacgttactattgtatcctctact
tatgttagctcaactacatccacatcagtagcaacaccatctgaatctcattttagtttt
ccctatgcttttagtagtggtggagatgtcactatggcttctggacccacagggacctct
gctggtggtgaggccatgccccctaacacctttgtcaataaatttattacctcagtagac
catgaatctaccacatattttgtgaatacaccagtctccacacagtcagtgtttgccacc
tctatggtatcttctgacaaagaacagaccaacatctccatggagaaaaccctcagaact
acaggggtggcagagatttctccatccaaaaattcctttattttggactcccagagcact
ttcccttgggaaatgacagacacagaactttctgagaccacagaaatctccagccaccaa
acacatttgccttcagaaattcttcctggttattcagattctgggaatttaaccacattt
tctacttctgggagcacacagtctgcccaaaccttgtcctcaagcaccataataggtgtt
cgtgtttcagaggggtcaactagtcttgagaaaacggcactcccttcacaagttcagaca
gtaaccaaatctttgactcatgataaagaaaggacaagtgccctttcagaatatcctccc
aggactgtagaaaagatcatgagctcctctcctgtgactcatcaagccacaggtcaccta
gctacttcaattgtagatgcttccaggacaactagaatatcacatcctgtgctcatcaac
acaactctttcatacctactttcacttaagacgaaacctgaagcaacacagattgcttct
tccacttctggaagcacagagaatttccctaactccttctctcctttcacaactggactt
ctgagcaccaattttacaatgatcactcccaatgggagcactacagtcctttctattcca
aatgaaccaacaaaccttcctaagaagacttctatggaggcgtcaactcctatttcccaa
atggatttgttggccctcaatgtcactgctttcacctctaaaaaagtttctgacacccat
acaatgctaatgaccaagtcttctagaacaatacacataggcactttgaaaagtgtctct
ataggtacctttgggcttaagtctgaaaagtctgaaatgccagttaataactctgatttc
tcaactacagtgctttattctgacacttccacaagacttggggaattctttacttcatcg
tcttcacttccccctaaggctactaaaaccacccaagcatccacattgaataccacacca
gtggcacatgctgggcctacttcacaaagaacagtgttttcctctactttctcgaattcc
tcagtggtagaggtaccactcaattacacaactgcacacttttcctctccaacacagaga
ggttttttatctatgaaaactattccaaccactagtatggctggaatatcaacttcagtt
ataggtgctacttcttcctctctgtccagttctaagaatactgaacctatttcctccatt
ccaaagaccatgttttcattgttactttcaacaacccagcaaccatcacaagaaaatggg
gctcccactctggacatattacctgggatcactgtgagcagtggtggggcgacagatctc
attaatgccaattccagagccaccatccctgcaaatgagctttcaactactccttcagat
aatttttatactttcttgaatactcaggattccccaactttgactaactctaaagtgacc
cctagacctacagaaagtgtaaaatccacacctactcacctttcctttgatactagaaag
atgaacattttaactgaactaacaaagagtggtccatgtgtgactactcctgttttatac
cctttgtggacccagaccagtacagctccacctttgacatcacatctttactcacctcat
agtaccaaggccaagtttccacttgcatctcaaatggctgaatatccagcatgggctaca
ggaatcacacctagtatcacccaggctctgcttaccacgtccagaaacacacaaagagtt
gaagactctccctttccagttttcacaacgaaggtaatgacacccaacagaatggaagta
gagactctgcactctccttctgggactttggcaacatccacaacctctcagatcggtctg
gtctctagggatgttacagtgatgccattgatttccacatcagaaagccttccttcttta
gggatttctgagagtacttcattgtcaatatcttccacatttccccctaccactttggct
gctattctgcccacatttgagaaaacagccatgcctgtaacccctggaatcacactttca
tcaaatccttctgtaaattctagggctacctcccccacttggagctcatctagtctccct
tcagactctcgggcatccatatttactccttctcggcttttaacttcatcttcaggagaa
atgtcagaatccacttttccagcttctgatattatagcaacatactctaactttacagtg
gcacccctttctgatggaagtgccaccatagccacccaagccacttctacaactacactg
gacatcatcactgctaactctttgacttctccacccataccttcaaaggacaaagatggc
agtctacacacttctacattccttgaatcatctctgagaactactggggctgacagctcc
acagatatgtctgaacgcatgtcctttggtagaacgagtatatcaccttctctaacaagg
catgacctatctattggttctctgaccgtatctagccctacaaatacatctccatggagt
aaagtcccagttacatcagaatctcacactttatttccttctaaatctacactggactct
gttatgagtacagccactactacatccacagctataggaacctcatttcccctgatgtct
actgagatggcacatccttctacagcaactgggttttcactagtgtcttcatcttttgag
acaacatggatggactccatattttcctctctatttacacaaccatctacttcaccaact
gccaaagagtctacagtttccttctacaatattaaaatgagcttctctgtctttgatgaa
gagccaagggtcctcgttaccactgttatacatgaccttacaaaagattggttgaatttt
atgtttcagaacagtgaattttctcttgctaatctggctattcaaattaaaagcagaaag
acttccaaagaagagacagccatgtacagatacattttggaacagaaaaaaggtcaagga
atggatgcaatttttcatgtaccatacagttgtgcctgttgggttatcataaaagccaag
tcttctttagaatctgtggaactgatcagcagcatccgaactaaaatacatgggaacctc
acacatgggaacttcacacaagatcaattgactctattggtaaagtctgaccatgttgta
gtggaaaagctagagccaggaaaatgtgaagcagatgaaacaccctcaaaatacaaaggg
acatataagtggccattaactgaccctactgagacagcccaagaaaggtgcattaaaaat
gagaataggaacgccacaagaatttgttccatcagcatccagactggcaagtgtcaatgg
gaaaaaccaaggcttaagcagtgcaagttgctccaaggactccctgataagattgtggat
cttgctaatatcaccataagtgatgagaatgcggatgatgtcgcagagcacattttaaat
ctggtcaatgagtctccacctttggatgaagaagagacaaagattattgtttctaaagta
gctgatatttctaactgtgatgagataagtatcaacctaacccagatcatactccaaatc
ctcaacactgtgacggaaaagcagagtgattcagcttccaacctgcctccagtaagcaat
gagattctgaggataattgagcgtgttggtcacaagatggaatttgcagggagaacagca
aatctcactgtagctaagctggctttggctgtgctgcgggtagaccacaagtttgaaggt
atggccttcagcatccaatcctctgaagaagtcatagccccccagattttcctcggtgat
atccctctaaggaaggctttggcttccatctatttgcctaaatcattgagggaaaaggtt
cctcttgatggcttgcaaactatcttgtttaatttttttggccaaacctcactctttaag
gctaaaaccatcacttctgaattaatgacatatgttgtgagtgcaagcatctcaaatact
tccattcaaaacttggctgatccagtgattatcattctaaagcatattcaaggagactgg
aattatgatcaagtttactgtgccttttgggattttgacactaacaatgggctaggtgga
tggaatccatcaggctgtaaactcaaggaaagcaatataaattatacaatctgtcagtgt
aaccacctcacccactttggagtcttaatggatttgtccaggtctacagtggatgcagta
aatgaacggatattagtgattataacatatacaggatgtgggatctcctccattttcctg
gggattgccatggtgacatacatagctttccacaaacttcgaaaagattatccttccaaa
atcctgatcaacctatgcacagcgttactgatgctcaacctagcctttctggtgaactcc
tggctgacatcatttcagaaagtaggactatgtatcacggctgcagtggcactccattac
tttctcctcgtgtctttgacttggatgggcctggaagcagtccacatgtactttgcttta
gtcaaagtcttcaacacatacattccaaattatatccttaagttttgtctggctggctgg
ggaatcccagcaatcacagtggccattatactcagtgtaagaaaagacctgtatggaact
ctgagcccaacaactccattttgttggattaaagacgatcacatcttttacatctccgtg
gtggcttatttttgcctcatatttctcatgaatctctccatgttctgcacggttctcgtt
caattgacttctgtgaaatcccaaagccagaagactcggaagaaaatgatcctgaatgac
ctcaaaggcacaatcagtttgacatttctacttggcctcacctggggctttgcctttttt
gcctggggacctgtgaggatcttcttcttgtatctttttgccatttgtaatacattgcaa
gggttcctcatttttgtgttttactgtgtgatgaaggaaagtgttcgggagcagtggcac
atgcccctccactgcaggtggcttcggctggagaactttgcaggttggataaatgttagg
cataaacagaagagactgaagaaaaacaatgagtccaaattattgacaccatcgctcatg
tcaacaacaactttcaaatctataggatctgtacccagcattccttcagaaataaacttc
tcaaatggtgactttgatgatagtccagacacgttctctttcttgagttgtaaagctgca
cctacttttataagaagagcattgcctgcagaaatccaaacaaattccactcagaaacaa
agatcatttcccataaatgtcagcagagatacccacctgactcccagctctggactgggg
gaaatgttcaatttataa

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Ontology (3)   
   KEGG BRITE (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (92)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (86)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (15)   
   RefSeq(nuc) (3)   
   GenBank (6)   
   EMBL (6)   
Protein domain (2)   
   Pfam (2)   
All databases (114)   

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