Bone remodeling aging describes age-associated imbalance between bone formation and bone resorption. In youth, remodeling maintains skeletal strength and structural integrity. With aging, bone resorption increasingly exceeds formation, leading to reduced bone mass and altered microarchitecture. Hormonal changes, inflammation, and reduced mechanical loading contribute to remodeling imbalance. Bone remodeling aging weakens skeletal structure and increases fracture risk. Altered remodeling also affects bone marrow environment and mineral metabolism. Understanding bone remodeling aging is essential for preserving skeletal strength and preventing age-related bone disorders.
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