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Osteoporosis Projects

Osteoporosis is characterized by a loss of bone mass. The cause of osteoporosis is complex. It is known, however, that the disease is associated with aging, menopause, reduced activity levels, smoking and alcohol use. Individuals with osteoporosis can experience pain, fractures and loss of mobility and function. Maintenance of a healthy musculoskeletal system is usually a simpler and less expensive task than its repair after injury or disease. With osteoporosis, it is more difficult to replace lost bone in an elderly individual than it is to acquire and maintain bone mass during early adulthood. We believe that improving patient care and rehabilitation must begin with a better understanding of the development and function of the musculoskeletal system in the non-diseased state. This understanding guides the subsequent development of new approaches, procedures, therapies, and devices to treat those at risk for or suffering from osteoporosis.


Changes in Calcaneal Bone Density after Spinal Cord Injury

Non-invasive Investigation of Bone Adaptation in Humans to Cumulative Daily Mechanical Loading

Pilot Study to Predict Bone Strength During Osteoporosis

Upper Body Motion Analysis of Falls Induced in the Laboratory

Projects with a secondary relationship to Osteoporosis.

Biomechanical Analysis of Posterior Stabilization at the Cervicothroacic Junction

Bone Quality and Failure Mode in Pedicle Screw Systems

Development of a Space Crutch

Failure Load of the Lumbar Spinous Process

Mechanical Regulation of Peri-Prosthetic Tissue Differentiation

Prediction and Early Detection of Damage Accumulation in Human Tendons

Repair and Rehabilitation of Skeletal Tissues by Mechanical Loading

Skeletal Tissue Mechanobiology

The Stanford Biomechanical Engineering Division


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