Significance of Bone metabolism
Bone metabolism refers to the biological processes governing the formation (osteogenesis) and degradation (resorption) of bone tissue. It involves a balance between osteoblastic and osteoclastic activity and is influenced by various factors, including hormones, nutrition, and specific substances like Shatavari and dietary silicon. Research has explored the impact of semipurified fractions from Quercus infectoria on bone cells, emphasizing the dynamic nature of bone metabolism and its susceptibility to disruption from pharmacological and hormonal changes.
Synonyms: Bone turnover, Bone remodeling, Calcium metabolism, Bone demineralization, Osteogenesis.
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The concept of Bone metabolism in scientific sources
Bone metabolism is a dynamic process that involves the resorption of old bone and formation of new bone, influenced by hormonal changes, ozone treatment in surgery, and dietary silicon, all crucial for maintaining bone health.
From: The Malaysian Journal of Medical Sciences
(1) Bone metabolism is a biological process studied in the context of Quercus infectoria, and the semipurified fractions are examined for their impact on bone health using cell models.[1] (2) This refers to the complex process of bone formation, breakdown, and remodeling that occurs throughout life, involving various cells and hormones, and is essential for maintaining skeletal health.[2] (3) The study aimed to determine the potential role of Quercus infectoria gall extract on osteoblast function and bone metabolism.[3] (4) Bone metabolism is the focus of research using semipurified fractions from Quercus infectoria, examining their effects on bone cells.[4] (5) This refers to the processes of change within bone tissue and can be assessed through the use of various biochemical markers.[5]