Structured evidence table for Zinc Supplementation, generated from 2 reusable source documents in the Migaku knowledge base.
| topic | claim | evidence level | citation | source |
|---|---|---|---|---|
| Zinc Supplementation | Zinc supplementation in liver cirrhosis: meta-analysis of its effect on biochemical and clinical outcomes. | 1 | Gong Y (2026) | Zinc supplementation in liver cirrhosis: meta-analysis of its effect on biochemical and clinical outcomes. |
| Zinc Supplementation | Zinc-deficient elderly participants received zinc aspartate supplementation for approximately 7 days, resulting in increased serum zinc levels, IFN-γ production, and a trend toward increased ZIP8 expression; in participants taking PPIs, this increase reached statistical significance. | 4 | Olah K (2026) | Zinc Supplementation Partially Reconstitutes Impaired Interferon-γ Production in the Elderly. |
| Zinc Supplementation | Although we found no clear correlation between ZIP8 expression and zinc status, the observed response to supplementation warrants further investigation. | 4 | Olah K (2026) | Zinc Supplementation Partially Reconstitutes Impaired Interferon-γ Production in the Elderly. |
| Zinc Supplementation | Aging impacts immunity, zinc status, and overall health, with these factors being closely interconnected. | 4 | Olah K (2026) | Zinc Supplementation Partially Reconstitutes Impaired Interferon-γ Production in the Elderly. |
| Zinc Supplementation | Zinc is known to modulate protein expression and cytokine production, with new molecular mechanisms continuing to be identified. | 4 | Olah K (2026) | Zinc Supplementation Partially Reconstitutes Impaired Interferon-γ Production in the Elderly. |
Source documents