The Interface of Human Anatomy and Community Medicine: An Integrative Narrative Literature Review Exploring Structural–Functional Foundations, Population Health, Disease Prevention and Their Relevance from the Perspective of Homoeopathic Medicine “From Anatomical Structure and Function to Community Health and Individualised Care

This research looks at how to turn the anatomical structure‑function relationship of the human body into biomechanical and mechatronic models that can be used for structural health monitoring (SHM) and personalized patient care. The work builds on the idea that each person’s anatomy and systemic response are linked. It offers a step‑by‑step method for representing the skeleton and joints as complex mechanical systems with many degrees of freedom. By studying the vibration patterns and dynamic behavior of these models, the study creates a solid way to spot problems such as structural degradation, joint wear, and changes in bone density. The approach relies on networks of mechatronic sensors and advanced vibration‑analysis

techniques to show how individual differences influence overall structural integrity. Combining large‑scale anatomical data with personalized dynamic models makes it possible to develop predictive diagnostic tools for rehabilitation engineering. Overall, this review and simulation method connects biological structure‑function knowledge with mechanical health monitoring. It opens new possibilities for preventive maintenance in biomechanical systems, custom assistive robotics, and human‑machine interfaces.

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