Ageless Turmeric is our advanced, highly-bioavailable turmeric supplement. Every serving of Ageless Turmeric:
The key lies in the novel, powerful UltraSOL Nutrient Delivery System. This system is a patented technology that combines a turmeric curcumin extract with natural antioxidants in a water-soluble carrier.
You see, powders like turmeric supplements typically “clump” when they’re combined with liquids, especially water. (And as you probably remember from high-school biology, your body is 60% water.) This “clumping” reduces functionality and reduces your ability to tap into all the amazing compounds in turmeric.
UltraSOL was specifically geared to address this problem—and more importantly to you, the difficult absorption with curcumin—by actually increasing the dispersibility of curcuminoids (which also tend to form clumps when dried), allowing for enhanced bioavailability.
In simple terms, the UltraSOL curcumin enhancement system solves the big absorption problem by significantly increasing solubility, preserving curcumin’s actions in the body. And that leads to vastly greater absorption than standard curcumin and even some other common curcumin complexes.
How much of a difference in absorption? Glad you asked…
According to a study published in the Nutrition Journal, researchers found that the UltraSOL Nutrient Delivery System resulted in 46 TIMES greater absorption compared to standard curcumin, 35 TIMES greater absorption than curcumin with essential oils of turmeric, and over 5 TIMES greater absorption compared to curcumin with phytosome technology.
Not only did UltraSOL lead to greater absorption, but it also resulted in levels of curcuminoids remaining elevated for longer periods compared to the other preparations. In other words, UltraSOL also lasted longer.
Considering the dramatic difference the UltraSOL Nutrient Delivery System makes in bioavailability, it’s only fitting that this breakthrough curcumin formulation be called CurcuWIN®.
Of course, you may be wondering about other curcumin complexes. Although CurcuWIN® hasn’t been compared head-to-head in a clinical setting with all the other curcumin complexes available, A recent review article published in the Journal of Integrative Medicine found that CurcuWIN® had the second highest relative bioavailability among a variety of common curcumin preparations.
In addition to providing support for the many health benefits of turmeric, the benefits of CurcuWIN® have also been documented in multiple published clinical studies. These studies have found CurcuWIN® supplementation can support healthy circulation and physical performance.
In addition to those clinically documented benefits, CurcuWIN® is a highly bioavailable form of curcumin, which provides support for the long list of health benefits associated with turmeric, including.
Of course, CurcuWIN® also provides support for the long list of health benefits of turmeric, including:
By itself, CurcuWIN® would be a winning formula. But it is paired with another ancient botanical in Ageless Turmeric: Ginger Extract.
Ginger, of course, hails from the same family as turmeric. In fact, if you’ve ever seen the two plants, they look an awful lot alike. And the similarities don’t stop there. Much like turmeric, ginger has been used for thousands of years as a natural herbal remedy. And just like turmeric, the benefits of ginger have been documented in dozens of research studies.
Ginger is found primarily in Indonesia, southern China, Taiwan, Cambodia, and India. It’s most often used to help ease feelings of physical discomfort, support digestive health, support healthy inflammation, and support metabolic health.
With its combination of the highly-bioavailable turmeric CurcuWIN® along with Ginger Extract, Ageless Turmeric should be the right turmeric supplement for you!
Curcumin: A Review of Its’ Effects on Human Health. Available from: https://www(dot)ncbi.nlm.nih(dot)gov/pmc/articles/PMC5664031/
Ginger on Human Health: A Comprehensive Systematic Review of 109 Randomized Controlled Trials. Available from: https://www(dot)ncbi.nlm.nih(dot)gov/pmc/articles/PMC7019938/