Harness the potential of your body's innate regenerative abilities by utilizing natural ingredients that facilitate the release and migration of stem cells. Recent progress in stem cell research has unveiled the capacity of these natural components to enhance the body's inherent repair system.
- Empower your own stem cells
- Promote the production of your body's stem cells
- Experience anti-aging benefits for extended longevity
- Enhance tissue repair and expedite recovery
STEMREGEN comprises a unique combination of natural ingredients with documented evidence supporting the facilitation of stem cell release and migration. This proprietary blend aids the body's inherent repair and renewal system.
Sea Buckthorn Berry Extract (Stemberry™)
The scientific designation for sea buckthorn, Hippophae, doesn't refer to its physical attributes but rather its impact on health. It stems from the Greek words "hippo" (horse) and "phae" (light), signifying "shining horse." Legend has it that Alexander the Great, after leaving wounded horses amidst sea buckthorn shrubs, returned to find a herd of healthy horses with radiant coats, symbolizing robust health in equines. Similarly, Genghis Khan reportedly instructed his soldiers to harvest sea buckthorn berries and leaves for accelerated healing from battle wounds.
The health merits of sea buckthorn berries have been acknowledged for over a millennium in Tibetan, Mongolian, and Chinese Medicine, where they are utilized to enhance blood circulation and address a multitude of health issues. Recent documentation reveals that an extract from sea buckthorn berries can induce stem cell release, increasing the count of circulating stem cells by almost 40%.
Aphanizomenon Flos-Aquae (AFA) Extract
In addition to its anti-inflammatory and immune-modulatory attributes, Aphanizomenon Flos-aquae (AFA) Extract has been recorded to facilitate the release of stem cells from the bone marrow, leading to a notable increase in the number of circulating stem cells. The documented mechanism of action involves the inhibition of L-selectin on the surface of bone marrow stem cells, achieved by an L-selectin blocker present in AFA. The efficacy of AFA extract in supporting tissue repair has been observed in an animal model of muscle injury, demonstrating a significant enhancement in tissue recovery. Furthermore, documented benefits in various human health conditions further underscore the versatile advantages of AFA extract.
Aloe has historically been recognized for enhancing hematopoiesis (blood cell formation) in the body. More recent studies have revealed Aloe's support for the proliferation of stem cells in the bone marrow. A 2013 investigation focusing on a distinctive Aloe extract's impact on Alzheimer's disease indicated significant cognitive score improvement in patients with moderate to severe Alzheimer's disease who consumed the extract daily. StemAloe™, a unique Aloe source, has been documented to facilitate the release of stem cells from the bone marrow.
Fucus Vesiculosus Extract
Fucus Vesiculosus Extract contains two distinctive components: phlorotannins (specifically phloroglucinol) and fucoidan. Phloroglucinol is linked to various human health benefits, including cardiovascular health, cognitive functions, and glucose metabolism. Fucoidan, another component, is documented to possess anti-inflammatory properties and to progressively increase the baseline number of circulating stem cells.
Panax Notoginseng Extract
An extract from Panax Notoginseng, rich in saponins known as notoginsenosides, has been associated with cardiovascular and endocrine system benefits, along with cognitive improvements in Alzheimer’s disease cases. Recent documentation reveals that this extract increases the proliferation of stem cells within the bone marrow and promotes their release, consequently augmenting the circulating stem cell count.
Beta-glucan is documented to support various aspects of stem cell function, including proliferation, release from the bone marrow, and migration into tissues. Stemregen utilizes the most potent form of Beta-Glucan, featuring 85% (1→3)-b-D-glucose bonds.