“Mitochondrial support” should mean more.
We do not believe one ingredient can represent the entire mitochondrial system. A serious formula distinguishes the cofactors that help process fuel, the carriers that move electrons, the defenses that protect lipid membranes, and the signals that help cells renew mitochondrial capacity.
That is why PQQ and CoQ10 belong together without being treated as interchangeable. CoQ10 works inside the energy-transfer machinery. PQQ is our lead ingredient for the signaling side of mitochondrial renewal. B vitamins and magnesium support the metabolic foundation beneath both.
Four linked jobs keep cellular energy moving.
Process the fuel
Carbohydrate, fat, and amino acids enter metabolic pathways that depend on vitamin- and mineral-derived cofactors.
B Vitamins · MagnesiumMove the electrons
The respiratory chain transfers electrons through membrane complexes. CoQ accepts and carries electrons toward Complex III.
CoQ10 · Ubiquinol QHBuild the gradient
Electron flow pumps protons across the inner mitochondrial membrane, storing potential energy.
Inner membrane integrityMake ATP
ATP synthase uses that proton gradient to phosphorylate ADP—the final conversion into cellular energy currency.
Output · ATPDifferent ingredients. Different assignments.
PQQ
Our lead mitochondrial-renewal ingredient, connected to CREB/PGC-1α signaling and biogenesis markers in experimental research.
Explore PQQ →TransferCoQ10
A redox-active electron carrier embedded in membranes and a direct participant in the mitochondrial respiratory chain.
Explore CoQ10 →MetabolismB Vitamins
Eight distinct vitamins supporting enzymes that process nutrients, transfer reducing equivalents, and maintain metabolic flow.
Explore B Vitamins →CofactorMagnesium
Required for energy production, oxidative phosphorylation, glycolysis, and the handling of ATP inside cells.
Explore Magnesium →PQQ is selected around the cell's capacity to renew mitochondrial machinery. CoQ10 supports performance within the machinery already operating. The combination addresses two different questions: how much functional capacity the network can maintain, and how efficiently electrons can move through it.
Biogenesis is how the network adapts.
Mitochondrial biogenesis is not simply an organelle splitting in two. It is a coordinated program involving nuclear and mitochondrial gene expression, protein synthesis, membrane assembly, mitochondrial DNA, and regulators including PGC-1α.3
In cultured mouse liver cells, PQQ increased measures associated with mitochondrial content and function through CREB and PGC-1α signaling.2 This is the mechanistic foundation for our strong interest in PQQ: it connects the ingredient to the cellular program for building and maintaining mitochondrial capacity, rather than positioning it as another short-lived stimulant.
The biogenesis pathway is established biology, and the PQQ cell research is compelling. Direct demonstration that a consumer dose increases mitochondrial number in humans requires different evidence. Our position is pro-PQQ and evidence-aware: mechanism gives the ingredient its identity; human trials determine the claims that can be made about outcomes.
Mitochondria need control, not zero oxidation.
Electron transport and reactive oxygen species are biologically connected. Reactive species can damage lipids, proteins, and DNA when poorly controlled, but they also participate in normal cellular signaling. The goal is not to eliminate oxidation; it is to preserve resilient redox control while energy production continues.4
CoQ itself cycles between oxidized and reduced states and participates in both electron transport and antioxidant systems. This dual role is why we place CoQ10 at the center of mitochondrial formula design rather than treating it as a generic antioxidant.
Mitochondrial Function FAQs
What do mitochondria actually do?+
Their best-known job is converting energy from nutrients into ATP through linked pathways that include the citric acid cycle, electron transport, a proton gradient, and ATP synthase. They also participate in signaling, redox balance, calcium handling, and cellular adaptation.
Is mitochondrial support the same as taking a stimulant?+
No. Stimulants can change alertness rapidly. Mitochondrial ingredients are selected around cellular energy pathways, cofactors, electron transfer, membranes, or adaptive signaling.
Why combine PQQ and CoQ10?+
They occupy different parts of the system. CoQ10 transfers electrons in the respiratory chain; PQQ is positioned around signaling associated with mitochondrial biogenesis and cellular adaptation.
Can a supplement create more mitochondria in humans?+
Mitochondrial biogenesis is a real cellular program. PQQ has activated related CREB/PGC-1α signaling and mitochondrial markers in experimental cell research. Human supplement studies do not directly establish a guaranteed increase in mitochondrial number in every person.
What matters beyond supplements?+
Physical activity, sleep, adequate energy and protein intake, micronutrient status, and management of medical conditions all influence cellular energy and adaptation.
References
- 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.
- Metabolic control of mitochondrial biogenesis through the PGC-1 familyScarpulla RC. Biochimica et Biophysica Acta. 2011;1813(7):1269–1278.
- Mitochondrial electron transport, ROS generation and uncouplingZhao RZ, et al. International Journal of Molecular Medicine. 2019;44(1):3–15.
- Magnesium — Health Professional Fact SheetNIH Office of Dietary Supplements. Updated January 2026.