Identifying Genes Affecting Bone Mineral Density and Fracture Risk
University of Queensland Diamantina Institute
2011
n=2036
publication
10 minutes
Evidence: high
Duncan Emma L., Danoy Patrick, Kemp John P., Leo Paul J., McCloskey Eugene, Nicholson Geoffrey C., Eastell Richard, Prince Richard L., Eisman John A., Jones Graeme, Sambrook Philip N., Reid Ian R., Dennison Elaine M., Wark John, Richards J. Brent, Uitterlinden Andre G., Spector Tim D., Esapa Chris, Cox Roger D., Brown Steve D. M., Thakker Rajesh V., Addison Kathryn A., Bradbury Linda A., Center Jacqueline R., Cooper Cyrus, Cremin Catherine, Estrada Karol, Felsenberg Dieter, Glüer Claus-C., Hadler Johanna, Henry Margaret J., Hofman Albert, Kotowicz Mark A., Makovey Joanna, Nguyen Sing C., Nguyen Tuan V., Pasco Julie A., Pryce Karena, Reid David M., Rivadeneira Fernando, Roux Christian, Stefansson Kari, Styrkarsdottir Unnur, Thorleifsson Gudmar, Tichawangana Rumbidzai, Evans David M., Brown Matthew A.
Title
Identifying Genes Affecting Bone Mineral Density and Fracture Risk
Hypothesis
Can a genome-wide association study identify novel genes associated with bone mineral density and fracture risk in postmenopausal women?
Conclusion
The study identified six new genetic associations with bone mineral density and confirmed the efficiency of extreme-truncate selection designs for such studies.