|MFG # DRB-00098|
UPC # 753950000988
Official Website: http://www.drbvitamins.com
Boosts energy & stamina
Supports lung health
Supports liver function
Supports memory & mental ability
Ultra Cordyceps Plus contains pure cultivated Cordyceps sinensis, an herb used for centuries in China as a vitalizing tonic that improves energy and benefits the function of various organs and systems. Ultra Cordyceps Plus contains a strain of cultivated Cordyceps that is recognized by the Chinese government as most similar to wild Cordyceps sinesis, a rare fungus found in Tibetan Highlands of China. Two herbs that support the rejuvenating effect of cordyceps are added: Ginkgo biloba extract and artichoke leaf extract.
The historical use of Cordyceps as an anti-aging herb in traditional Chinese practices dates back to 1700 BCE. During China’s Chin Dynasty, one emperor is said to have paid an ounce of gold for a three-day supply of the precious fungus. Tibetan scholars recorded detailed descriptions of Cordyceps in 15th and 18th century texts. Cordyceps was introduced to Europe at a scientific meeting in Paris in 1726, and was first imported to Japan in 1728.
Due to its wide range of biological actions, it has been used against fatigue, to escalate vitality and sexual health, to promote longevity, and to support the health of the lungs, the kidneys, the liver, and the cardiovascular system. Cordyceps is known as a “kidney tonic” in traditional Chinese practices, where the kidneys constitute a functional organ system that stores vital energy (or “Jing”). This is significant because under this tradition, Cordyceps is regarded as both “Yin-nourishing” and “Yang-invigorating” for a very balancing effect on many facets of human physiology, from sensitivity to cold to respiratory health.1 Science has confirmed the utility of Cordyceps for many purposes, including its anti-fatigue & anti-stress properties.
Immune Response Support
Results of many preclinical studies suggest that Cordyceps promotes balanced immune cell function. Among the most interesting of these studies was one that investigated the ability of Cordyceps to differentially modulate the activities of different dendrite cell stages—key to balancing control of the homeostatic steady-state of the our immune system. These results suggested that Cordyceps bolsters immune function where necessary, yet suppresses over-reactive immune responses. Other immune function results reported by Cordyceps researchers include elevation of natural killer cell activity, intestinal T-cell activation, and activation of signaling molecules that support the production of healthy immune proteins.
While scientists often strive to isolate individual compounds in a naturally occurring complex like Cordyceps to determine which is responsible for certain biological actions, this process can ignore the fact that different components in Cordyceps may have synergistic activity. One group of researchers found that when investigating the immune activity of different components of Cordyceps in mice, some polysaccharides could impact the phagocytic function of monocyte-macrophages, while others could enhance immune response differently. In more recent in vitro work, polysaccharide fraction from mycelia of Cordyceps not only promoted macrophage phagocytic function, but also stimulated macrophage nitric oxide production (another tool used by these immune cells to maintain health).
In vitro studies have demonstrated that the polysaccharide content of Cordyceps is largely behind its free radical scavenging properties. Although not yet clearly understood, the antiradical mechanism of polysaccharides could be the donation of hydrogen to break free radical chain reactions. Studies in rodents, in humans, and in the laboratory have demonstrated that Cordyceps can inhibit formation of MDA (malondialdehyde), a free radical byproduct, in the liver and possibly in the brain. In mice, Cordyceps promoted cerebral antioxidant homeostasis and was shown to safeguarding the integrity of neuronal cells, which influenced neurobehavioral function. As in mice, cell membranes in the human brain are vulnerable to lipid peroxidation because of their high polyunsaturated fat content. Through animal and in vitro models of lipid peroxidation, Cordyceps has shown an ability to support the health and integrity of lipids in the face of free radical oxidation.
Artichoke & Cordyceps Support Healthy Liver Function
Cordyceps research in rodents and humans suggests that it enhances liver cell immunological function, such as acceleration of Kupffer cells (specialized hepatic macrophages), and stimulates liver energy metabolism. The cordyceps polysaccharides are considered the main bioactive compounds that remove harmful cell products.
Artichoke leaf (Cynara scolymus) is not only a popular food—its extract has been used for the liver since the time of the Roman Empire. Artichoke is known to stimulate bile flow and support healthy liver detoxification processes. Evidence that confirms the traditional use of artichoke for liver health was seen in experiments where artichoke extracts aided cultured rat cells in counteracting highly toxic oxidizing agents. Artichoke also shows pronounced antioxidative potential and other properties that support maintenance of cardiovascular health; luteolin and cyranoside are believed to be the active flavonoids in artichoke that can modulate nitric oxide production in the blood.
Ginkgo Biloba Extract: Enhances Healthy Brain Function and Circulation
An abundance of scientific evidence in humans and animals supports the use of Ginkgo biloba extract for promoting healthy circulation, both to the brain and extremities. The stimulation of blood flow through release of nitric oxide and prostaglandins partly explains the cardiovascular advantage from ginkgo. Other molecular mechanisms include ginkgo extract’s ability to affect ion channels, to alter signal transduction, and to interact with smooth muscle cells and modify vasomotor function. Effects have also been recorded in stress modification, mood, memory, and other facets of cognitive function. The main underlying mechanism in most of these actions has been attributed to ginkgo’s ability to directly scavenge numerous species of free radicals and to indirectly inhibit their formation, but studies have also demonstrated many complex interactions, such as that between ginkgo extract and vascular endothelium (cardiovascular effects). In animals, gingko has slowed mitochondrial degeneration and extended lifespan.
These statements have not been evaluated by the Food and Drug Administration (FDA). These products are not meant to diagnose, treat or cure any disease or medical condition. Please consult your doctor before starting any exercise or nutritional supplement program or before using these or any product during pregnancy or if you have a serious medical condition.