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DEXA Bone Density Scanner for Osteoporosis Diagnosis - Accurate Bone Health Testing for Home & Clinical Use
DEXA Bone Density Scanner for Osteoporosis Diagnosis - Accurate Bone Health Testing for Home & Clinical Use

DEXA Bone Density Scanner for Osteoporosis Diagnosis - Accurate Bone Health Testing for Home & Clinical Use

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Description

The diagnosis of osteoporosis and the determination of fracture risk has always been a challenge for radiologists, epidemiologists, and clinicians as well as oth er researchers and health care professionals working in the field. It is bone min eral density that is closely related to bone fragility, and the advent of techniques to quantitatively assess bone density has been welcomed. It has reduced the sub jectivity inherent to conventional radiologic assessment of osteoporosis. The on going technical process has made various techJ)iques to assess bone density wide ly available. However, these measurement techniques have also incurred some crit icism because bone densitometry has sometimes been applied without specific indications and without appropriate clinical ramifications. The purpose of this text is to provide a perspective on the current status of bone densitometry and ist relevance to osteoporosis diagnosis and management. Therefore, this book will give the reader an introduction to the nature of osteo porosis, its pathophysiology and epidemiology, and the clinical consequences of performing bone densitometry. Aside from standard bone densitometry, newer technologies such as quantitative ultrasound techniques, magnetic resonance imaging and bone structure analysis are discussed in the context of diagnosing osteoporosis."

Reviews

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- Verified Buyer
The book focuses on both approaches to the diagnosis of osteoporosis. Along with the traditional methods of measuring bone density and bone mass, evolving techniques for assessment of bone quality and microarchitecture are comprehensively described. The latter include CT- and MRI-based high resolution techniques, somewhat less attention is given to quantitative ultrasound. Also discussed are such important aspects as clinical applications of bone densitometry and its use in children. The first half of the book however provides a useful insight into the pathogenesis of osteoporosis, risk factors of fracture and other related issues. Most valuable for practitioners interested in the assessment of osteoporosis and correct interpretation of the results of the different methods used in the field.