Conceptual illustration and theoretical framework exploring metabolic stress as a foundational, common upstream regulator of multiple physiological control systems.
Abstract Is human metabolism merely a passive engine governed by calorie counting, or is it a sophisticated, information-driven network?
This paper challenges the traditional thermodynamic model of nutrition, reframing metabolic regulation through the lens of cybernetics and systems biology. It unveils the conceptual architecture of the MSPM-NASP platform—a novel bio-digital framework designed to orchestrate biological communication.
Why do 95% of restrictive diets fail in the long term? Because they fight human biology instead of regulating it.
This theoretical perspective challenges the conventional “calorie counting and starvation” paradigm of body mass management. From a systems biology standpoint, chronic weight issues are not a failure of willpower, but a consequence of a disrupted cybernetic system trapped in allostatic overload and physiological imbalance.