
Abstract Contemporary medicine faces an epistemological limitation due to its reactive approach. This paper proposes the Metabolic Solvency Theory, redefining health as the thermodynamic maintenance of Vital Asymmetry (Sopt>1). We introduce the PHH Master Equation (Sopt = [(F x G) x (E x T)] / [∑ J + 1]) to operationalize the human phenotype into algebraic macrostates. By postulating Fundamental Laws and Biological Theorems, the model demonstrates that clinical intervention can be mathematically calculated. This framework enables the Reverse Engineering of treatments (Computational Pharmacology), facilitating the transition to predictive Clinical Metabolic Engineering and laying the algorithmic foundation for the human Digital Twin. Resumen La medicina contemporánea enfrenta una limitación epistemológica por su abordaje reactivo. Este artículo propone la Teoría de la Solvencia Metabólica, redefiniendo la salud como el mantenimiento termodinámico de una Asimetría Vital (Sopt>1). Se presenta la Ecuación Maestra PHH (Sopt = [(F x G) x (E x T)] / [∑ J + 1]) para operacionalizar el fenotipo en macroestados algebraicos. Mediante la postulación de Leyes Fundamentales y Teoremas Biológicos, el modelo demuestra que la intervención clínica puede calcularse matemáticamente. Este marco permite el Diseño Inverso de tratamientos (Farmacología Computacional), facilitando la transición hacia una Ingeniería Metabólica Clínica predictiva y sentando las bases del Gemelo Digital humano.
Biological Thermodynamics, Digital Twin, Allostatic Load, Precision Health, Systems Biology, Reverse Engineering, Polygenic Risks Score, Medical Cybernetics, Metabolic Solvency, Metabolic Clinical Engineering
Biological Thermodynamics, Digital Twin, Allostatic Load, Precision Health, Systems Biology, Reverse Engineering, Polygenic Risks Score, Medical Cybernetics, Metabolic Solvency, Metabolic Clinical Engineering
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