CoQ10: A Proven Nutrient Still Waiting for Better Formulation
CoQ10 has earned its place as one of the most researched nutrients for cellular energy, heart health, healthy aging, exercise performance, and mitochondrial function. Consumers recognize it. Brands trust it. Yet despite decades of research, one challenge continues to limit its full potential. In many ways, CoQ10 illustrates a broader challenge facing nutritional science: strong clinical evidence doesn't always translate into strong formulation performance.
CoQ10 isn't difficult because of what it does. It's difficult because of how it behaves.
Unlike many nutrients, CoQ10 is highly lipophilic. It prefers oil, not water. It readily forms crystals, disperses poorly in aqueous systems, and can struggle to remain available in finished products. As the industry shifts toward gummies, stick packs, beverages, chews, and other consumer-friendly formats, those formulation challenges become even more apparent.
Simply adding CoQ10 isn't enough anymore. The real opportunity lies in helping it perform from manufacturing through consumption.
What Is CoQ10?
Coenzyme Q10, or CoQ10, is a vitamin-like substance made by every cell in the body. It plays a critical role in cellular energy production by helping convert nutrients from food into adenosine triphosphate, or ATP, the body’s primary energy source.
The highest concentrations of CoQ10 are found in organs and tissues with the greatest energy demands, including the heart, liver, kidneys, and skeletal muscle. CoQ10 also functions as a powerful antioxidant, helping protect cells from free radical damage caused by everyday environmental stressors.
Natural CoQ10 levels can decline with age. Lifestyle, health status, and certain medications may also influence CoQ10 status, making supplementation an important consideration for many consumers.
Why CoQ10 Is Challenging
CoQ10 is fat-soluble, meaning it is most compatible with oil-based systems. The human body, however, is primarily water-based. This creates several challenges for nutrient performance and finished product development.
Many conventional CoQ10 forms have poor water dispersibility, limiting their use in modern wellness formats such as beverages, gummies, chews, stick packs, capsules, and other functional systems. CoQ10 also naturally exists as relatively large crystalline particles. Before absorption can occur, those crystals must first dissolve. Larger crystals dissolve more slowly because they present less surface area to digestive fluids, while smaller, well-dispersed particles provide greater surface area and improved dissolution potential. Managing crystal behavior is therefore a fundamental aspect of CoQ10 formulation science, influencing not only absorption potential but also manufacturing consistency and finished product performance.
Even at higher intake levels, a portion of conventional CoQ10 may remain unavailable for absorption. This creates a disconnect between the amount consumed and the amount the body can effectively use.
Why Dispersibility Matters
Dispersibility is the foundation of CoQ10 performance. When CoQ10 remains uniformly dispersed instead of aggregating into larger crystals, it presents more surface area for digestion and supports more consistent dissolution.
Better dispersibility also expands formulation flexibility, enabling incorporation into beverages, gummies, chewables, stick packs, and other consumer-preferred formats.
For manufacturers, improved dispersibility can simplify processing by promoting more uniform mixing, reducing sedimentation, improving powder handling, and supporting batch-to-batch consistency.
The Evolution of CoQ10 Technology
CoreFX believes nutrient performance begins long before consumption. It begins with molecular engineering that considers how bioactives behave throughout manufacturing, formulation, storage, and ultimately digestion.
Through eXoFunction™, we engineer powders for improved dispersibility, stability, and sensory performance in finished products. Through shielded BioTransport™, we help support nutrient protection and sustained release throughout the digestive journey.
Together, these technologies address the real challenge facing formulators: not simply incorporating CoQ10, but helping it maintain its functionality from production to absorption.
Introducing CoreNhanced™ CoQ10
CoreNhanced™ CoQ10 was developed to solve the formulation problems conventional CoQ10 leaves behind.
It does so through an optimized formulation architecture designed to improve dispersibility, manage crystal behavior, and support stability throughout the product lifecycle. An additional advantage of this architecture is an industry-leading 33% active CoQ10 loading, compared with approximately 10% in many conventional water-dispersible systems.
CoreNhanced™ CoQ10 is engineered to:
Support excellent water dispersibility across multiple application formats
Manage crystal behavior and support dissolution potential
Support sustained release through shielded BioTransport™ technology
Protect nutrient integrity through advanced shielding during processing and storage
Enable beverages, gummies, chews, capsules, stick packs, and powders with greater formulation flexibility
The Future of CoQ10
While CoQ10 has never lacked scientific credibility, it has highlighted a challenge shared by many established bioactives: translating promising science into consistent formulation performance. Whether the hurdle is dispersibility, stability, protection, or functionality, CoreNhanced™ applies molecular performance engineering to help formulators develop products that perform more consistently across today's wellness formats.
References
1. Giuseppe P. Littarru, Ho L. The discovery of Coenzyme Q10 and its clinical applications. Nutrition. 2007;23(11-12):875-879.
2. Guillermo López-Lluch, Navas P. Coenzyme Q10 supplementation in aging and disease. Frontiers in Physiology. 2016;7:254.
3. G. Bhagavan, Chopra RK. Coenzyme Q10: absorption, tissue uptake, metabolism, and pharmacokinetics. Free Radical Research. 2006;40(5):445-453