Ubiqsome® CoQ10
The only form of CoQ10 demonstrated in pharmacokinetic studies to achieve 3–5x higher bioavailability than standard ubiquinone (Indena S.p.A. manufacturer data) — delivering the mitochondrial electron carrier and membrane antioxidant that powers overnight cellular energy synthesis and repair.
Primacy Research
Ubiqsome® CoQ10 Supports
Cellular Energy Production
CoQ10 is the irreplaceable shuttle in your mitochondria that supports cellular energy production. Your body makes less of it every decade after age 20, and statins deplete it further. Ubiqsome® helps replenish what time and medication take away.
Cardiovascular Health
The Q-SYMBIO trial (n=420) showed CoQ10 at 300 mg/day reduced major cardiovascular events by 50% over 2 years in heart failure patients. Ubiqsome®'s phytosome technology achieves 3-5x higher absorption than standard CoQ10.
Mitochondrial Membrane Integrity
CoQ10 in its reduced form is the only fat-soluble antioxidant your body makes on its own. It sits inside mitochondrial membranes and stops free radical chain reactions before they can damage these critical energy-producing structures.
The Mitochondrial Energy Crisis
Coenzyme Q10 is the only fat-soluble antioxidant synthesized endogenously and the only mobile electron carrier in the mitochondrial inner membrane. Its decline with age, depletion by statins, and poor oral bioavailability in standard forms create a compounding energy and antioxidant deficit that is particularly severe during overnight recovery.
Mitochondrial Decline
Endogenous CoQ10 synthesis declines approximately 50% between ages 20 and 80. The mitochondrial inner membrane loses its primary electron shuttle, reducing ETC efficiency, increasing electron leak, and generating higher levels of superoxide — all while the demand for ATP synthesis during overnight repair remains constant.
Statin-Induced Depletion
HMG-CoA reductase inhibitors (statins) block the mevalonate pathway, which is the same biosynthetic pathway that produces CoQ10. Statin use reduces plasma CoQ10 by 40–50% and muscle CoQ10 concentrations by measurable amounts, directly contributing to the myopathy and fatigue commonly reported by statin users.
Overnight Repair Bottleneck
The majority of cellular repair, protein synthesis, and membrane remodeling occurs during sleep — all processes requiring ATP. CoQ10 deficiency creates a bottleneck at the ETC that limits ATP synthesis precisely when overnight recovery demands are highest. Standard CoQ10 supplements fail to address this because their absorption is too poor to meaningfully raise mitochondrial CoQ10 levels.
How Ubiqsome® CoQ10 Works
Ubiqsome® is a phytosome technology that binds CoQ10 to phosphatidylcholine, creating a self-emulsifying complex that dramatically improves oral absorption while delivering CoQ10 directly to mitochondrial membranes where it functions as both an electron carrier and membrane-bound antioxidant.
CoQ10 is the only mobile electron carrier in the mitochondrial inner membrane — shuttling electrons from Complex I/II to Complex III
Phytosome Absorption: 3–5x Bioavailability
Standard CoQ10 (ubiquinone) is a large, lipophilic molecule with only 2–3% absorption from the GI tract. Ubiqsome® technology complexes CoQ10 with phosphatidylcholine using a patented process that creates a molecularly dispersed, self-emulsifying complex. This complex integrates into bile micelles during digestion, achieving 3–5x higher peak plasma concentration and AUC compared to standard ubiquinone.
Electron Acceptance at Complex I and Complex II
CoQ10 accepts electrons from NADH-ubiquinone oxidoreductase (Complex I) and succinate-ubiquinone oxidoreductase (Complex II), becoming reduced to ubiquinol (CoQH₂). This step is the entry point for electrons from glycolysis and the Krebs cycle into the electron transport chain.
Electron Shuttling and Proton Pumping
Ubiquinol (CoQH₂) carries electrons across the inner mitochondrial membrane to ubiquinol-cytochrome c oxidoreductase (Complex III). The Q cycle at Complex III uses the energy of electron transfer to pump 2 protons per electron across the inner membrane, contributing to the electrochemical gradient that drives ATP synthase.
ATP Synthesis via Proton Gradient
The proton gradient generated by Complexes I, III, and IV drives ATP synthase (Complex V), producing ~2.5 ATP per NADH oxidized. CoQ10’s efficiency as an electron shuttle directly determines the rate of proton pumping and therefore the maximum rate of mitochondrial ATP synthesis.
Membrane Antioxidant: Lipid Peroxidation Prevention
Ubiquinol (the reduced form of CoQ10) is the only fat-soluble antioxidant synthesized de novo by the body. Embedded in the inner mitochondrial membrane, ubiquinol quenches lipid peroxyl radicals before they initiate chain reactions that destroy membrane integrity. This antioxidant function is independent of and additive to CoQ10’s electron carrier role.
What the Research Shows
CoQ10 evidence spans cardiovascular outcomes research, statin myopathy trials, and pharmacokinetic bioavailability studies — with Ubiqsome®’s phytosome technology demonstrating the absorption profile required to actually deliver therapeutic CoQ10 concentrations.
Mortensen et al. (2014). JACC: Heart Failure, 2(6):641–649. Q-SYMBIO trial: CoQ10 300 mg/day in chronic heart failure patients over 2 years.
Caso et al. (2007). American Journal of Cardiology, 99(10):1409–1412. CoQ10 supplementation reduces statin-associated myopathy symptoms in patients on statin therapy.
Indena S.p.A. Internal pharmacokinetic data. Ubiqsome® phytosome technology comparative bioavailability in healthy human subjects.
Your Daily Dose in RESET
Why this dose works: 150 mg of Ubiqsome® achieves plasma CoQ10 concentrations comparable to those seen at 450–750 mg of standard ubiquinone in pharmacokinetic studies — though clinical outcome equivalence at this dose has not been directly demonstrated. RESET uses Ubiqsome® specifically because standard CoQ10’s 2–3% absorption rate means most of an oral dose never reaches mitochondria. The phytosome form also delivers CoQ10 complexed with phosphatidylcholine — the primary phospholipid of cell membranes — which may facilitate direct membrane integration.
How Ubiqsome® CoQ10 Connects Across the System
CoQ10 is not a standalone antioxidant or energy compound. Inside RESET, it occupies a central position in the mitochondrial electron transport system, where it requires upstream substrates, downstream electron acceptors, and membrane-level antioxidant partners to function at full capacity.
Krebs Cycle → ETC Continuity
CoQ10 accepts electrons from NADH produced by the Krebs cycle (Complex I) and from FADH₂ produced by succinate dehydrogenase (Complex II). RESET’s Di-Magnesium Malate provides malate — a direct Krebs cycle intermediate — ensuring a constant supply of NADH and FADH₂ substrates for CoQ10 to shuttle. Malate and CoQ10 together maintain ETC flux from substrate through to ATP synthesis.
Antioxidant Network Relay
Ubiquinol (reduced CoQ10) quenches lipid peroxyl radicals in the mitochondrial membrane, becoming oxidized back to ubiquinone in the process. Selenium’s GPx1 neutralizes the hydrogen peroxide that escapes the membrane phase. NeoAXT™ (astaxanthin) physically spans the mitochondrial membrane and quenches singlet oxygen at the lipid bilayer. These three antioxidants operate in physical and chemical sequence, not redundantly.
Dual-Compartment Antioxidant Defense
Ubiquinol operates within the hydrophobic interior of the mitochondrial inner membrane. Selenium’s GPx1 and TrxR operate in the aqueous mitochondrial matrix. These two antioxidant compartments defend against different classes of ROS: lipid peroxyl radicals (membrane) vs. hydrogen peroxide and hydroperoxides (matrix). RESET covers both compartments simultaneously.
The Mitochondrial Lifecycle
APEX provides Di-Magnesium Malate (Krebs cycle fuel) and SalidroPURE™ (AMPK activation, mitochondrial biogenesis signaling) during waking hours. RESET provides Ubiqsome® CoQ10 (electron carrier, membrane antioxidant) and additional Di-Magnesium Malate overnight for cellular energy replenishment. The APEX daytime mitochondrial activation is completed and maintained by RESET’s overnight repair support.
Key Takeaways
The Only Mobile Electron Carrier in the Mitochondrial Membrane
CoQ10 is irreplaceable in the electron transport chain — no other molecule performs its specific function as a mobile electron shuttle between Complexes I/II and Complex III. Its decline with age and depletion by statins directly impairs the fundamental mechanism of cellular energy production.
Phytosome Technology Solves the Bioavailability Problem
Standard CoQ10 has 2–3% oral bioavailability. Ubiqsome®’s phytosome technology achieves 3–5x higher plasma concentrations, achieving plasma concentrations comparable to those seen at 450–750 mg of standard ubiquinone in pharmacokinetic studies — though clinical outcome equivalence at this dose has not been directly demonstrated. This is not a marginal formulation improvement — it’s the difference between a therapeutic dose and an ineffective one.
Dual Function: Electron Carrier and Membrane Antioxidant
CoQ10 serves two distinct biological roles: mobile electron carrier in the ETC and the only endogenously synthesized lipid-soluble antioxidant in the mitochondrial membrane. Both functions are critical during overnight recovery, when ATP synthesis and membrane repair operate simultaneously.
Completes the RESET Mitochondrial Defense System
Inside RESET, CoQ10 connects to malate (Krebs cycle substrate supply), copper (Complex IV terminal electron acceptor), selenium (aqueous matrix antioxidant), and astaxanthin (membrane lipid antioxidant). Each component addresses a different step or compartment of mitochondrial function — CoQ10 is the electron shuttle that connects them all.
Frequently Asked Questions
What is Ubiqsome® CoQ10?
Ubiqsome® is a phytosome form of Coenzyme Q10 — CoQ10 complexed with phosphatidylcholine using patented technology from Indena S.p.A. This creates a self-emulsifying complex that achieves 3–5x higher plasma concentrations than standard crystalline ubiquinone, solving the critical bioavailability problem that limits most CoQ10 supplements.
Why is CoQ10 important for mitochondrial function?
CoQ10 serves two irreplaceable roles in mitochondria: it’s the only mobile electron carrier shuttling electrons from Complex I/II to Complex III in the electron transport chain (driving ATP synthesis), and it’s the only endogenously synthesized fat-soluble antioxidant protecting mitochondrial membranes from lipid peroxidation.
What happens to CoQ10 levels with age?
Endogenous CoQ10 synthesis declines approximately 50% between ages 20 and 80. Statin medications further deplete CoQ10 by 40–50% by blocking the mevalonate pathway used for both cholesterol and CoQ10 synthesis. This dual decline creates a compounding energy and antioxidant deficit.
What does the clinical research show for CoQ10?
The Q-SYMBIO trial (Mortensen et al., 2014, n=420) showed 50% reduction in major cardiovascular events and 44% reduction in CV mortality with 300 mg/day over 2 years. Caso et al. (2007) demonstrated 40% reduction in statin-associated muscle pain. Ubiqsome® pharmacokinetic data shows 3–5x higher bioavailability vs. standard CoQ10.
Were the major clinical trials done with Ubiqsome® specifically?
No — and we want to be transparent about this. The landmark Q-SYMBIO trial used standard ubiquinone at 300 mg/day, not phytosome CoQ10. Ubiqsome®’s 3–5x higher plasma levels at 150 mg logically support equivalent or greater mitochondrial benefit, but long-term clinical outcome trials with the phytosome form specifically have not yet been conducted. We cite Q-SYMBIO for the strength of the CoQ10 evidence base, and Ubiqsome®’s pharmacokinetic data for the bioavailability advantage — these are complementary but distinct lines of evidence.
Why phytosome form instead of standard CoQ10?
Standard crystalline CoQ10 has only 2–3% oral bioavailability — most of an oral dose never reaches mitochondria. Ubiqsome® phytosome technology complexes CoQ10 with phosphatidylcholine, which integrates into bile micelles during digestion for dramatically improved absorption. This means 150 mg of Ubiqsome® achieves plasma concentrations comparable to those seen at 450–750 mg of standard CoQ10 in pharmacokinetic studies.
How much Ubiqsome® CoQ10 is in RESET?
RESET delivers 150 mg of Ubiqsome® CoQ10 per serving. With the phytosome’s 3–5x bioavailability advantage, this achieves plasma concentrations comparable to those seen at 450–750 mg of standard ubiquinone in pharmacokinetic studies — though clinical outcome equivalence at this dose has not been directly demonstrated.
References
- [1]Mortensen, S. A., Rosenfeldt, F., Kumar, A., Dolliner, P., Filipiak, K. J., Pella, D., ... & Littarru, G. P. (2014). The effect of coenzyme Q10 on morbidity and mortality in chronic heart failure: Results from Q-SYMBIO: A randomized double-blind trial. JACC: Heart Failure, 2(6), 641–649.View
- [2]Caso, G., Kelly, P., McNurlan, M. A., & Lawson, W. E. (2007). Effect of coenzyme Q10 on myopathic symptoms in patients treated with statins. American Journal of Cardiology, 99(10), 1409–1412.View
Recharge Your Cellular Engine
Ubiqsome® CoQ10 is one of the active ingredients in RESET, engineered to work as a system — not a stack of standalone compounds.
*These statements have not been evaluated by the Food and Drug Administration. This product is not intended to diagnose, treat, cure, or prevent any disease. Consult your healthcare provider before starting any supplement regimen.