CLAIM CARD
Mechanistically, CoQ10’s role in mitochondrial electron transport and its capacity to scavenge reactive oxygen species provide a plausible substrate for reduced cardiovascular and all-cause mortality. Preclinical data and human mechanistic studies suggest that CoQ10 supplementation restores mitochondrial membrane potential and reduces lipid peroxidation, effects that are expected to attenuate age-related cardiac decline. The Alehagen program’s biomarker findings—improved selenium-dependent glutathione peroxidase activity and reduced circulating oxidative stress markers—are consistent with this pathway (Alehagen 2016; Alehagen 2015). Philippou 2025 further contextualizes the anti-aging rationale by noting CoQ10’s capacity to mitigate statin-associated mitochondrial dysfunction, which may have downstream effects on sepsis and systemic inflammation outcomes.
Evidence grade: exploratory
Contradiction status: none
Publication: b8dee5f7-0023-4af5-bacc-446de915555a
Provenance: Derivation Web chain
Citation Support
source_1Xu 2024source_2Spiegeleer 2025source_3Shang 2024source_4Alehagen 2020source_5Phan 2020