What is the Origin of System Dynamics Control?

The term borrows heavily from engineering and control theory, applying its principles of feedback and stability to the inherent complexity of human physiology. It frames the body as a dynamic, self-regulating system.

What is the Mechanism of System Dynamics Control?

Control is achieved by identifying the system's inertia and response time characteristics, allowing for interventions that gently nudge variables back toward their set-points without overshooting or causing oscillation. This involves balancing the influences of positive and negative feedback mechanisms across multiple axes simultaneously. Successful control minimizes the need for continuous external input by enhancing the body's intrinsic self-regulation capacity.

System Dynamics Control

Meaning

System Dynamics Control is the overarching principle of maintaining physiological stability by actively managing the feedback loops and interdependencies within complex biological networks, such as the neuroendocrine system. This control ensures that fluctuations in one component do not cascade into systemic instability or pathology. It requires constant, integrated monitoring.