Zinc
Zinc is an essential trace mineral involved in numerous bodily functions, acting as a cofactor for over 300 enzymes. It plays a critical role in immune system function, helping to fight off infections and support the development and function of immune cells. Zinc is also vital for cell growth and division, DNA synthesis, and protein synthesis, making it essential for overall development and tissue repair. Beyond its fundamental roles, zinc contributes significantly to wound healing, often used topically and orally for skin health. It is also crucial for sensory functions, particularly taste and smell, and a deficiency can lead to altered perception of these senses. Furthermore, zinc is important for normal growth and development during pregnancy, childhood, and adolescence, and contributes to reproductive health. Maintaining adequate zinc levels is important for antioxidant defense, as it helps reduce oxidative stress, and for proper thyroid function. Its widespread involvement in metabolic processes underscores its importance for maintaining overall health and well-being.





Positive Interactions
Negative Interactions
Zinc Gluconate 50 mg
Zinc 50 mg
Zinc Gluconate 30 mg
Zinc 30 mg
Zinc 50 mg
Zinc 50 mg
Zinc Citrate 50 mg
Chelated Zinc 30 mg
Chelated Zinc 50 mg
Zinc Picolinate 50 mg
OptiZinc 30 mg
Zinc Bisglycinate 30 mg
Chelated Zinc
Liposomal Zinc 50
Quercetin Zinc+
Zinc 50 mg
Zinc Glycinate
Zinc Citrate 30 mg
Zinc Chelate 30 mg
Zinc Picolinate 30 mg
Zinc Amino Acid Chelate 50 mg
Zinc Citrate 50 mg
High Absorption Zinc Bisglycinate 50 mg
Zinc Picolinate 50 mg
Zinc Picolinate 50 mg
- Good absorption rate
- Generally well-tolerated
- Cost-effective
- May cause mild GI upset in sensitive individuals or at high doses
- Very inexpensive
- Excellent for topical applications (sunscreen, skin protectant)
- Antiseptic and astringent properties when applied externally
- Extremely poor oral bioavailability for systemic zinc supplementation
- Less effective for addressing internal zinc deficiencies
- Excellent bioavailability and absorption
- Well-researched for superior uptake
- Generally well-tolerated
- Potentially higher cost than less bioavailable forms
- Widely available and cost-effective
- Good absorption
- Commonly used in lozenges for immune support
- Absorption may be slightly lower than highly chelated forms (e.g., picolinate, bisglycinate)
- Can cause mild GI upset in some individuals
- Superior bioavailability and absorption
- Excellent gastrointestinal tolerability (less stomach upset)
- Effective at lower doses
- Suitable for sensitive individuals
- Generally higher cost than unchelated or less bioavailable forms
- Improved absorption and bioavailability over inorganic forms
- Generally well-tolerated with reduced GI upset
- Offers a balance of efficacy and cost-effectiveness
- Specific bioavailability can vary depending on the amino acid used for chelation
- Less specific than named chelates (e.g., bisglycinate, picolinate)
- Superior bioavailability and absorption due to stable chelate structure
- Excellent gastrointestinal tolerability (minimal stomach upset)
- Effective at lower doses, ideal for sensitive individuals
- Often a preferred choice for high-quality supplementation
- Generally higher cost than less bioavailable or unchelated forms
- Good absorption and bioavailability
- Generally well-tolerated
- Often combined with other minerals (e.g., ZMA formulations)
- Less widely researched or common compared to gluconate or picolinate for individual supplementation
- May cause mild GI upset in sensitive individuals or at high doses
- Excellent bioavailability and absorption
- Good retention in the body for sustained benefits
- Generally well-tolerated
- Often considered a premium form for efficacy
- Typically higher cost due to specialized chelation and often proprietary formulations