Toward a "bio-energy supplement" -- a prototype for functional orthomolecular supplementation

Area of Science:

• Nutritional biochemistry and metabolic pathways.
• Orthomolecular medicine and functional supplementation.

Background:

• Bioenergetics is crucial for cellular function.
• Nutritional status significantly impacts metabolic processes.
• Functional orthomolecular supplementation aims to restore optimal biochemical function.

Purpose of the Study:

• To discuss a broad-spectrum approach to optimizing bioenergetics through nutrition.
• To explore the concept of functional orthomolecular supplementation using "metavitamins."
• To postulate therapeutic applications for bio-energy supplements.

Main Methods:

• Review of experimental and clinical studies.
• Focus on nutritional agents involved in cellular energy production.
• Analysis of "metavitamins" like lipoic acid, carnitine, coenzyme Q, and creatine.
• Consideration of mitochondrial antioxidants.

Main Results:

• Many nutritional agents involved in bioenergetics appear functionally sub-saturated.
• Evidence suggests a potential for suboptimal levels of key metabolic nutrients.
• "Metavitamins" and antioxidants play a role in cellular energy optimization.

Conclusions:

• A functional orthomolecular approach to bioenergetics is viable.
• Sub-optimal nutrient levels in bioenergetics are common.
• Well-designed bio-energy supplements may offer numerous therapeutic benefits.