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Cross-sectional views of the Patellofemoral joint comparing the normal joint (with thick|shock-absorbing articular cartilage) to joint during trauma|and after the development of post-traumatic degenerative changes.
Series of illustrations comparing the normal AC joint (with thick|shock absorbing articular cartilage covering smooth articular bone) to the joint during a traumatic event and after resulting post-traumatic changes. The post-traumatic hypertrophy then results in irritation and compression of the underlying rotator cuff structures.
Sectional view through injured subtalar joint comparing the normal joint (with thick|shock-absorbing articular cartilage) to joint during trauma|and after the development of post-traumatic degenerative changes.
Series of illustrations comparing the normal AC joint (with thick|shock absorbing articular cartilage covering smooth articular bone) to the joint during a traumatic event and after resulting post-traumatic changes. The post-traumatic hypertrophy then results in irritation and compression of the underlying rotator cuff structures.
Sectional view through injured subtalar joint comparing the normal joint (with thick|shock-absorbing articular cartilage) to joint during trauma|and after the development of post-traumatic degenerative changes.
Axial view of brain impacting inside of the skull as the head impacts an airbag. Arrows indicate the forces involved in the collision that travel throughout the brain and result in shear and traumatic axonal injury (TAI) or diffuse axonal injury (DAI).
Illustrations of the left knee with patellofemoral and tibiofemoral traumatic arthritis comparing the normal joint (with thick|shock-absorbing articular cartilage) to joint during trauma|and after the development of post-traumatic degenerative changes.
Shows how a shockwaves from an impact with the brain to the inside of the skull resulting in injuries to neurons by causing either necrotic or apoptic mechanisms of traumatic neuronal injury.