Bone stress is when there is a lot of stress applied to the bones. Bone stress can be demonstrated with a plastic fork between two polarizing filters. The light that is polarized between the filters shows the bone stress. When you bend the transparent plastic fork, the light shows the stress in the fork in a brightly colored display.
Bone stress is a condition characterized by small cracks or fractures in a bone that can result from repetitive or excessive loading of the bone without enough time for repair. It is a common injury in athletes or individuals who engage in high-impact activities. If not managed properly, it can progress to more serious conditions like stress fractures.
Thickening on the surface of the calcaneus bone could be caused by conditions such as bone spurs or calcaneal stress fractures. Bone spurs are bony outgrowths that can develop in response to pressure or stress on the bone, while stress fractures are tiny cracks that occur due to repetitive overuse or sudden increase in physical activity. Both conditions may result in thickening of the bone surface.
Weight-bearing stimulates bone remodeling by creating mechanical stress which activates osteoblasts and osteoclasts to build and resorb bone in areas of stress. Weight-bearing influences the orientation of the Haversian system by causing the deposition of bone tissue along lines of stress, aligning the Haversian canals parallel to the direction of mechanical load to increase bone strength and adaptation to stress.
The medical terminology for this is a "stress fracture".stress fracturestress fracture
Compact bone tissue is adapted to support weight and withstand tension stress due to its dense structure and arrangement of osteons. These osteons are aligned in the direction of stress to provide strength and stability to the bone. This compact arrangement makes it ideal for weight-bearing and resisting tension.
Osteons in compact bone tissue are aligned along the axis of stress to provide structural support and strength to the bone. This alignment helps to distribute mechanical forces and resist bending or twisting during movement.
A broken bone is a bone that has suffered stress. Such stress could lead to several types of fractures.
Compact Bone
The overuse of a bone can cause a stress fracture.
Stress fracture
Mechanical stress and hormones control bone remodeling.
A break that occurs from repeated stress to a bone over time.
Fracture and/or stress fracture. Stress Fracture implies that it is just a crack in the bone, whereas a fracture implies a complete breakage or separation of the bone.
Thickening on the surface of the calcaneus bone could be caused by conditions such as bone spurs or calcaneal stress fractures. Bone spurs are bony outgrowths that can develop in response to pressure or stress on the bone, while stress fractures are tiny cracks that occur due to repetitive overuse or sudden increase in physical activity. Both conditions may result in thickening of the bone surface.
Weight-bearing stimulates bone remodeling by creating mechanical stress which activates osteoblasts and osteoclasts to build and resorb bone in areas of stress. Weight-bearing influences the orientation of the Haversian system by causing the deposition of bone tissue along lines of stress, aligning the Haversian canals parallel to the direction of mechanical load to increase bone strength and adaptation to stress.
after a numerous amout of pressure BAM! you have a broken bone CONGRATES!
The answer is a T/F question. The answer being True, the trabeculae of spongy bone are oriented towards lines of stress.
You might be thinking of a stress fracture; a fracture of a bone caused by repeated (rather than sudden) mechanical stress.