Final answer:
Wolf's Law predicts that bone mass and strength will adapt based on the stresses placed on it. It plays a vital role in bone remodeling and repair, indicating how bones become thicker and stronger under stress and can weaken when not subjected to normal forces. The correct option is c)The Relationship Between Form and Function in Bone.
Step-by-step explanation:
If loading on a particular bone increases, the bone will remodel itself over time to become stronger to resist that sort of loading. The principle behind this law is that the bone tissue is dynamic and responds to the stresses placed upon it. When subjected to stress, bone mass and strength increase, as does the size of the bone trabeculae and the thickness of the cortex. If the bone is not used, or the usual stress is removed, the bone can become weaker. This is why astronauts, who live in low-gravity conditions, and people who have a limb immobilized in a cast may experience bone loss.
Bone remodeling is essential not only for bone repair after fractures but also for adapting to new stresses. The process includes stages such as the formation of a fracture hematoma, formation of internal and external calli, replacement of calli by trabecular bone, and remodeling of the solidified bone. Nutrition, hormones, and exercise also play significant roles in bone health and remodeling.