Phosphorus

Why It Matters

Phosphorus is a negatively charged element found in every cell of the body. It forms cell membranes, plays a role in the activities of mitochondria, DNA, and RNA, regulates oxygen-carrying capacity, and is involved in glycolysis. (source, source)

Phosphorus is the structural backbone of ATP, the body's primary energy currency. Every muscle contraction, every nerve impulse, and every biosynthetic reaction depends on phosphate bonds. (source)

Low Phosphorus: Energy Production and Oxygen Transport Compromise

Low phosphorus levels stem from physiological factors involving the kidneys and bones. Inadequate intake of phosphorus-rich foods, such as dairy products, meat, and nuts, also contributes to lower phosphorus levels. (source, source)

Potential Performance Impact:

• Impaired ATP synthesis, reducing energy availability for all muscular work
• Decreased 2,3-DPG in red blood cells, reducing oxygen delivery to working muscle
• Weakened bone mineralization, increasing stress fracture risk
• Compromised glycolytic capacity, reducing anaerobic power output

Optimization

Prioritize foods containing phosphorus: Dietary intake of phosphorus increases serum phosphorus levels. (source, source)

Protocol: Consume at least one serving of foods rich in phosphorus daily. One serving examples: Pumpkin Seeds (1/4 cup), Squash Seeds (1/4 cup), Sunflower Seeds (1 oz), Rice Bran (3 oz).

Avoid alcohol: Chronic alcohol consumption decreases serum phosphorus. (source, source)

Protocol: Limit consumption to one or two drinks daily, with the goal of less than three per week.

High Phosphorus: Vascular and Renal Stress

High phosphorus levels stem from impaired kidney function. Excessive intake of phosphorus-rich foods, particularly processed meats and additives, also contributes to elevated levels. (source, source)

Potential Performance Impact:

• Vascular calcification reducing arterial compliance and cardiovascular output
• Disrupted calcium-phosphate balance weakening bone remodeling
• Increased parathyroid hormone secretion driving calcium loss from bone
• Kidney stress from chronic phosphate retention

Optimization

Prioritize foods high in nicotinamide: Nicotinamide inhibits pathways that lead to phosphate absorption in the intestine, reducing phosphorus concentrations. (source, source)

Protocol: Eat at least two servings of foods high in nicotinamide daily. One serving examples: Liver (3 oz), Brown Rice (cooked) (1 cup), Maitake Mushrooms (1 cup), Salmon (3 oz), Beef (3 oz).

Engage in aerobic training: Exercise decreases phosphate levels. (source, source)

Protocol: Follow a structured program ensuring at least 150 minutes of moderate intensity (50 to 70% max heart rate) or 75 minutes of high intensity (75% max heart rate or greater) per week.

Supplement with nicotinamide: Nicotinamide supplementation decreases phosphorus levels by inhibiting intestinal phosphate absorption pathways. (source, source)

Protocol: Supplement with at least 200 mg of nicotinamide daily.