Substrate Availability Mapping is a comprehensive clinical assessment process used to identify and quantify the circulating and cellular concentrations of key molecular precursors and cofactors necessary for optimal metabolic and neurochemical function. This mapping provides a detailed physiological blueprint of the body’s raw material reserves. It highlights specific deficiencies that could be limiting the synthesis of hormones, neurotransmitters, or cellular energy (ATP).
Origin
This methodology is rooted in clinical biochemistry and metabolomics, where advanced laboratory techniques are used to analyze the complete profile of small molecules within a biological sample. It provides a precision approach to nutritional and biochemical intervention, moving beyond generalized supplementation.
Mechanism
The mapping process involves measuring levels of essential amino acids, key vitamins like B6 and B12, mineral cofactors such as zinc and magnesium, and intermediate metabolites like homocysteine. By identifying low availability of a specific substrate, clinicians can target supplementation precisely. This bypasses rate-limiting steps in crucial endocrine and neurotransmitter synthesis pathways, restoring functional capacity and maximizing endogenous production.
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