Our view, stated clearly.
We build from the cell outward. Before an ingredient can support brain wellness, skin resilience, metabolic function, or healthy aging, it must have a credible assignment inside cellular biology. Our formulas are designed around those assignments—not around the longest ingredient list.
Energy is the operating budget
Every active cell needs ATP to maintain ion gradients, synthesize molecules, move cargo, signal, and repair. Mitochondria sit at the center of that budget by transferring nutrient-derived electrons through the respiratory chain and converting the resulting proton gradient into ATP.1
CoQ10 belongs here because it is part of electron transport itself. PQQ belongs beside it because it connects to signaling involved in mitochondrial adaptation and renewal. One supports performance; the other expands the cellular energy conversation.
Membranes are active infrastructure
A cell membrane is not passive packaging. Its lipids organize receptors, enzymes, transporters, signaling domains, and communication between the cell and its environment. Neural tissue makes this especially visible because signaling depends on precisely organized membranes.2
Phosphatidylserine gives our brain formulas a structural layer. Vitamin E protects lipid-rich environments, while ergothioneine adds transporter-directed cellular uptake. These are different jobs—not four versions of the word antioxidant.
Redox is a control system
Reactive oxygen species are not simply waste. At controlled levels they participate in signaling and adaptation; when poorly regulated, they can damage membranes, proteins, and genetic material. Cellular health depends on managing flux, not promising an oxidation-free body.3
This is why we prefer layered protection. CoQ cycles between oxidized and reduced states, vitamin E works in lipid phases, and ergothioneine is actively transported into selected cells. Location and chemistry determine the role.
Healthy cells adapt
Cells continually sense nutrient availability, energy demand, stress, and damage. They respond through changes in metabolism, gene expression, protein turnover, membrane remodeling, and organelle renewal.4
PQQ is central to our point of view because its experimental connection to CREB and PGC-1α gives it an adaptive identity. It is not merely another compound that enters the antioxidant category; it speaks to how cells maintain mitochondrial capacity.
From principle to a defined role.
PQQ
Renewal signaling
Explore →02CoQ10
Electron transfer
Explore →03Phosphatidylserine
Membrane structure
Explore →04Ergothioneine
Transporter-targeted protection
Explore →Cellular health is not one benefit and should not be reduced to one ingredient. We select for energy, structure, protection, and adaptation—then make every amount visible.
Cellular Health FAQs
What does cellular health mean?+
It describes the ability of cells to produce energy, maintain membranes and proteins, communicate, manage redox pressure, and adapt to changing demand.
Is oxidative stress always harmful?+
No. Reactive species also participate in normal signaling. The goal is resilient regulation, not eliminating every oxidative reaction.
Why are mitochondria central to cellular health?+
They generate much of the cell's ATP and participate in redox signaling, calcium handling, stress responses, and adaptation.
Can one antioxidant support every cellular compartment?+
No. Compounds differ in transport, chemistry, solubility, and location. We favor complementary roles rather than interchangeable antioxidant claims.
References
- Redox regulation of mitochondrial functionMailloux RJ, et al. Antioxidants & Redox Signaling. 2013;18(8):808–849.
- Understanding coenzyme QWang Y, Lilienfeldt N, Hekimi S. Physiological Reviews. 2024;104(4):1533–1610.
- PQQ stimulates mitochondrial biogenesis through CREB and PGC-1αChowanadisai W, et al. Journal of Biological Chemistry. 2010;285(1):142–152.
- Soy-derived phosphatidylserine in older adults with memory complaintsKato-Kataoka A, et al. Journal of Clinical Biochemistry and Nutrition. 2010;47(3):246–255.
- Discovery of the ergothioneine transporterGründemann D, et al. PNAS. 2005;102(14):5256–5261.