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Jarrow Formulas SAMe 400 mg - 30 Tablets - Highest Concentration of Active S,S Form - Supports Joint Health, Liver Function, Brain Metabolism, Mood & Antioxidant Defense - 30 Servings
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About Jarrow Formulas SAMe 400 Mg - 30 Tablets - Highest
Product Description SAMe is a metabolite of methionine (an essential amino acid). The formula provides 400 mg from 800 mg of SAMetosylate disulfate. The biologically active form of SAMe is the S,S structure. This formula is made naturally by fermentation and processed without chemical solvents to preserve 68-80% S,S SAMe, the highest active level available. SAMe supports the production of healthy connective tissue. Plus, SAMe metabolism supports the synthesis of glutathione, which is critical for antioxidant defenses and liver functions. SAMe methylation reactions are involved in the synthesis of phosphatidylcholine and neurotransmitters such as dopamine, norepinephrine, and serotonin, and has been shown to have a positive effect on mood. The formula is manufactured under low temperature and enteric-coated to ensure a biologically active product. Amazon.com Jarrow Formulas SAM-e 400, 400mg, 30 Tablets At a Glance: Contributes to the proper functioning of many biochemical systems Ideal for those wanting to optimize cognitive function, mood, energy levels, liver activity and joint health* Preserved bioavailability through low-temp and low-moisture manufacturing Processed without solvents Protected from degradation via enteric coating and blister-packaging SAM-e contributes to the proper functioning of many biochemical systems. S-adenosyl-L-methionine (SAM-e) is an amino acid derivative clinically documented to benefit brain, liver and joint function*. View larger. S-adenosyl-L-methionine (SAM-e) is an amino acid derivative clinically documented to benefit brain, liver and joint function.* Found in all living cells, SAM-e is called "activated methionine" and is formed via combination of ATP with methionine. Somewhat counterintuitively, however, methionine supplementation does not elevate SAM-e levels in the body. Rather, it elevates problematic homocysteine. SAM-e has undergone many clinical trials involving thousands of human subjects. Researchers have identified many structure- and function-based benefits of SAM-e involving over 40 biochemical processes. It is a biochemical workhorse with various diverse effects on the body, including improving liver function, supporting joint health and lifting mood.* Liver Detoxification SAM-e metabolism supports glutathione (GSH) synthesis and glutathione-dependent enzymes, which support liver function.* GSH, the chief antioxidant and detoxifier inside cells, scavenges free radicals produced during carbohydrate breakdown for energy. Taurine is another end product of SAM-e metabolism. GSH and taurine are important for liver detoxification.* Brain Function SAM-e supports brain function by its methylation effects.* Methylation is the transfer of a methyl group (one carbon and three hydrogen atoms, CH3) from one molecule to another. SAM-e is the most important of all methyl-donors in mammalian metabolism. Donation of methyl groups supports numerous metabolic processes including brain function, energy production and DNA metabolism. Neurotransmitters, substances involved in nerve cell communication, are also products of methylation. These compounds include L-DOPA, dopamine, serotonin, epinephrine and phosphatidylcholine (in lecithin). SAM-e is thought to benefit cognitive health by supporting the production of such critical brain messengers.* In fact, many people report noticeable positive effects on brain and mood after only taking it for a short time.* Energy Production Methylation from SAM-e is also critical for creatine production. Creatine metabolites are important for ADP to ATP recycling and storing energy for immediate needs. Supporting creatine levels may help maximize physical performance, reduce exercise fatigue and improve recovery after exercise.* Longevity A healthy young body manufactures all the SAM-e it needs. However, with age, people are less able to produce adequate SAM-e. This may contribute to declining health on many levels. Fortunately, these disturbances are often boost
