Panax Ginseng supports cognitive function and mental performance. Asian countries have used ginseng as a dietary supplement to enhance cognitive performance and reduce mental fatigue for thousands of years. The roots of Panax Ginseng contain several triterpene glycosides named ginsenosides (or panaxosides), that Chinese medical practitioners use to treat a large number of diseases. Recent evidence suggests that a single dose of Panax Ginseng can improve aspects of cognitive performance and mood in healthy young volunteers.
Ashwagandha (Withania somnifera, Solanaceae) is an adaptogenic herb from Ayurveda, an ancient branch of Indian herbal medicine, which is extremely effective at helping the body cope with anxiety and stress. Traditionally, Ashwagandha has helped revitalize the immune system after illness. Today, it is used to treat a wide variety of conditions including arthritis, depression, insomnia, asthma, bronchitis, backache, and chronic liver disease. There are over 300 published research papers on Ashwaganda that demonstrate improvements on muscular strength, coordination and cardiorespiratory endurance. Ashwagandha is valued for its ability to increase vitality, energy, endurance and stamina, promote longevity and strengthen the immune system without stimulating the body’s reserves. In fact, it safely and effectively improves an individual’s resistance towards stress and thereby improves self-assessed quality of life.
TetraSOD® is the most complete and comprehensive ingredient in the healthy aging nutraceutical category It also offers athletes and individuals with active lifestyles an increased physiological response against oxidative stress to aid performance and recovery, all in a small, concentrated dose. Superoxide Dismutase (SOD) is the “master antioxidant” that is the first essential enzyme in the antioxidant pathway to create a powerful shield against oxidative stress. TetraSOD® is the most concentrated SOD source on the market, with science-backed efficacy on activating the antioxidant response pathway in human cells.