HealthMap

Nutritional Deficiencies and Lung Cancer

Based on clinical findings and biochemical profiling at Acu-Cell, patients with various malignancies, including lung cancer, frequently exhibit specific imbalances. While nutrient status varies per individual, certain patterns are commonly observed:

Key Deficiencies Often Associated with Lung Cancer

• Vitamin D3: Frequently depressed, impacting immune function, cellular regulation, and overall anti-tumor defense mechanisms.
• Selenium: A vital trace mineral with antioxidant properties that is commonly depleted, compromising cellular protection and immune response.
• Magnesium: Often low due to chronic stress, inflammation, and metabolic changes, which negatively affects enzymatic functions and energy production.
• Coenzyme Q10 (CoQ10): Frequently reduced, impairing cellular respiration and antioxidant defense within tissues.
• Zinc: Commonly out of balance relative to copper, affecting immune competence and tissue healing.
• Essential Fatty Acids (Omega-3): Typically deficient relative to pro-inflammatory Omega-6 fats, worsening systemic inflammation.

Important Considerations

• Individualized Testing: Supplementation should never be generic. Hair tissue mineral analysis (HTMA) and blood testing are essential to determine exact intracellular and extracellular ratios.
• Antagonistic Interactions: High-dose single nutrients can create secondary deficiencies (e.g., excessive zinc lowering copper or iron).
• Pro-Oxidant vs. Antioxidant Balance: Care must be taken with antioxidants during conventional treatments, ensuring they support rather than interfere with specific therapies.