The importance of osteoporosis in the United Kingdom as a cause of death and disability is now well recognised. There are in excess of 200, 000 osteoporotic-related fractures in the UK per annum asso ciated with an estimated cost of Ap942, 000, 000. Following hip fracture it is known that about 50% of patients are unable to live indepen dently and about 20% of such patients die within the first 6 months. These figures, compelling as they are, reflect poorly on current medical practices which manifestly have failed to identify patients with low bone density at risk of fracture. The hope is that the techni cal advances which have enabled bone mineral density, and other allied indices, to be measured with high precision and accuracy offers the chance of identifying patients at risk of fracture and guiding the clinician to make treatment decisions which may reduce the patients' risk of fracture. In the UK, services for identifying patients at risk of fracture are still in their infancy and are not uniformly available throughout the country. This situation is, however, likely to improve particularly fol lowing the publication of the Royal College of Physicians report qOsteoporosis -clinical guidelines for prevention and treatmentq and the recognition in qOur Healthier Nationq that osteoporosis pre vention should be included as a target to achieve a reduction of 20% in accidents by 2010.Hologic, Lunar and Norland all give the user the opportunity to base reports on the NHANES III data. Current ... Such changes, particularly inthe standard deviation, can leadto quite different valuesof Tscore being obtained bythe use of different reference values. Suchproblems lead once again tothe conclusionthat rigorous and reproducible methods of reporting bone mineral density are required. To thisanbsp;...
|Title||:||Manual of Bone Densitometry Measurements|
|Author||:||John N. Fordham|
|Publisher||:||Springer Science & Business Media - 2012-12-06|