BioRecharge

Product Description

BioRecharge combines four mechanistically distinct mitochondrial antioxidant compounds in a single daily capsule targeting oxidative stress, mitophagy, and cellular energy metabolism.

Compounds that increase mitochondrial output also increase reactive oxygen species (ROS) production — a well-documented tradeoff in bioenergetics research. BioRecharge addresses this directly, pairing mitophagy-inducing agents with multi-site radical scavengers to support both mitochondrial clearance and ROS neutralization.

Pomegranate Extract (1,000mg)

Delivers a concentrated polyphenol profile, including punicalagin and ellagic acid — the primary urolithin precursors studied in gut microbiome and metabolite conversion research. In vitro studies have examined these compounds for their cellular redox activity and ability to modulate antioxidant signaling cascades.

Urolithin A (1,000mg)

Urolithin A is a mitochondria-targeted polyphenolic metabolite studied for its activity through the PINK1-Parkin mitophagy pathway — the selective clearance mechanism responsible for removing dysfunctional mitochondria and accumulated cellular waste. Cell model research has also examined Urolithin A’s activity against pro-inflammatory signaling pathways, making it a compound of interest in studies linking mitochondrial dysfunction to cellular inflammation.

C60 Fullerene (65mg)

C60 operates as a multi-site radical scavenger with six documented free radical binding sites per molecule. Unlike conventional antioxidants that are consumed after a single reaction, C60 retains its molecular structure after neutralizing ROS — functioning as a catalytic species rather than a consumed substrate. Research has examined C60’s preferential accumulation in mitochondria and its proposed capacity to attenuate ROS production at the point of generation, rather than only downstream.

Alpha-Lipoic Acid (500mg)

ALA is active in both aqueous and lipid environments, positioning it as a versatile redox compound for in vitro models. In its reduced form (dihydrolipoic acid/DHLA), it donates electrons directly to neutralize ROS. Preclinical research has studied ALA’s role in glutathione biosynthesis via cysteine uptake, as well as its capacity to regenerate vitamins C and E and CoQ10 — placing it at the center of the cellular antioxidant network.

Ingredients