Table 5 Bone diseases or dysfunctions caused by the δ-group of rhodopsin GPCR mutation or deletion

From: The role of GPCRs in bone diseases and dysfunctions

GPCR

Species

Bone diseases or dysfunctions caused by GPCR mutation or deletion

References

EBI2

Mouse

Increased bone mass

Nevius et al.86

FPRs

Human

Two mutations at bases 329 and 378 were associated with juvenile periodontitis

Gwinn et al.217

FSHR

Human

AA rs6166 (FSHR) was associated with increased osteoporosis risk in postmenopausal women

Rendina et al.210

GPR55

Mouse

Increased bone mass in males

Whyte et al.220

GPR65

Mouse

Accelerated bone loss induced by ovariectomy

Hikiji et al.223

GPR68

Mouse

Increased BMD

Krieger et al.221

GPR103

Mouse

Induced kyphosis and reduced BMD and bone mass

Baribault et al.224

LGR4

Human

Mutation of c.376C>T was associated with reduced BMD

Styrkarsdottir214

 

Mouse

Reduced body length and bone mass

Luo et al.8

   

Luo et al.9

LHCGR

Human

A single A>G base change at position 578 was associated with reduced male height

Soriano et al.207

   

Bertelloni et al.208

   

Shenker et al.209

OR2H1

Human

SNPs rs1233490 and rs2746149 were associated with rheumatoid arthritis

Orozco et al.213

P2Y1

Mouse

Reduced bone mass

Orriss et al.225

P2Y2

Mouse

Increased bone mass in C57BL/6 mice

Orriss et al.225

   

Orriss et al.232

  

Reduced bone mass in SV129 mice

Xing et al.233

P2Y6

Mouse

Increased BMD and bone mass

Orriss et al.222

P2Y7

Mouse

Reduced bone mass in mixed genetic mice (129/OlaXC57BL/6XDBA/2)

Ke et al.234

  

Increased cortical thickness in C57BL/6 mice

Gartland et al.235

P2Y12

Mouse

Reduced bone loss induced by age and arthritis ovariectomy

Su et al.226

P2Y13

Mouse

Increase bone mass in young mice but reduced bone mass in mature mice

Wang et al.229

   

Wang et al.231

PAR2

Mouse

Alleviated arthritis and prevented bone loss in periodontal disease mice

Ferrell et al.230

   

Francis et al.227

PTAFR

Mouse

Lower bone loss and unchanged bone turnover in OVX mice

Hikiji et al.42

RXFP2

Human

T222P mutation was associated with osteoporosis and reduce BMD

Ferlin et al.211

   

Ferlin et al.215

 

Mouse

Reduced bone mass

Ferlin et al.211

   

Ferlin et al.215

TSHR

Human

A C-to-G substitution at codon 727 was associated with osteoporosis and reduced BMD

Liu et al.212

   

Van et al.216

 

Mouse

Induced osteoporosis and reduced femur length and BMD

Abe et al.37

  1. BMD bone mineral density, GPCR G protein-coupled receptor, SNP single-nucleotide polymorphism