Cerule StemEnhance Ultra
StemEnhance Ultra concentrates and combines extracts from nature's most primitive superfoods, freshwater microalgae and marine macroalgae, providing the body with the ultimate in stem cell support.
StemEnhance Ultra (SEU) is made from nature’s most primitive superfoods. It concentrates and combines extracts from fresh water microalgae and marine macroalgae. Cerule is specialized in the harvest of Aphanizomenon flos aquae (AFA) and transformation and extraction of both AFA and spirulina through processes that insure quality from the raw material to finished extracts.
The blending of StemEnhance with Fucoidan offers a unique synergy that is further enhanced by Mesenkine - a unique extract from Spirulina isolated through our patented extraction process. Mesenkine supports the homing of stem cells by balancing key messengers involved in stem cell function. The powerful synergy of StemEnhance Ultra helps assist the body's inherent ability for long-term self-renewal by supporting the body's natural release of bone marrow stem cells.*
Why is Stem Cell Support Important?
Stem cells occur naturally in the body and serve to replenish cells that are lost through normal wear and tear or injury.* As we age, our body's ability to self-repair and maintain optimum health decreases due to a reduction in the number of circulating stem cells associated with the normal aging process. Increasing the number of circulating stem cells is believed to support the body's process of self-repair and self-renewal.*
Backed by Science
StemEnhance Ultra is the result of 16 + years of research and constitutes the most efficacious and scientifically proven stem cell support product in the market today. Through multiple clinical trials, StemEnhance Ultra was documented to optimise stem cell function in the body by increasing the number of both stem cells and Endothelial Progenitor Cells (EPCs) in the blood circulation, supporting optimum renewal and repair of tissues and organs. StemEnhance¬Æ Ultra also contains Mesenkine‚Ñ¢ which was shown to increase the blood concentration of G-CSF that plays a role in stem cell release.