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Discover how oxidative stress, low glutathione, and inflammation fuel type 2 diabetes — and what science says can actually help reverse the damage.

What if a simple antioxidant could help tackle one of COVID-19's deadliest complications—immunothrombosis? Dive into the science behind liposomal glutathione and its potential to revolutionize COVID-19 treatment.

Cardiovascular diseases are a leading cause of death globally. Glutathione, a powerful antioxidant, plays a critical role in reducing the oxidative stress that contributes to these conditions. This article explores the science behind glutathione's impact on heart health and how it can be leveraged to prevent cardiovascular issues.

When we think of managing type 2 diabetes (T2DM), the focus is often on blood sugar levels, insulin, and diet. But there's another crucial player that doesn’t get enough attention - glutathione (GSH). In recent research, scientists found that GSH, a powerful antioxidant responsible for detoxifying cells, is significantly depleted...

Discover how liposomal glutathione can help detoxify mercury from fish, making your omega-3 intake safer and healthier!

A randomized, double-blind, placebo-controlled study showed that taking oral glutathione can potentially improve skin health.

The glutathione system is a vital defender against heart damage, acting as an antioxidant powerhouse within the cardiovascular system.

  You need a well-functioning cardiovascular system. Every organ and tissue in the body need nutrition and oxygen, and the vascular system transports that throughout the body. Without proper nutrient supply tissue will degenerate instead of regenerate. Calcium deposits (plaque) will reduce circulation, make the blood vessels less flexible resulting...

  This research was carried out in Denmark and data from 5856 individuals (median age 62 years) were included (Skovgard D, et.al., 2021). These induviduals were followed for 3 years. Individuals with elevated HbA1c (glycated hemoglobin) even in the prediabetic range (HbA1c>5.7%) had 3 times higher risk of tendon injury...

  Aging is associated with a marker related to a mitochondrial defect. The mitochondria are the energy producing entities of the cells. Glutathione is a very effective antioxidant the body is making, and it affects a lot of functions. As we get older, we produce less glutathione. The following study...

  Mitochondrial disorders play a central role in many diseases. The mitochondria is the energy producing entity of the cells. These researchers explained that it is vitally important for the cells to have optimal levels of glutathione in the mitochondria to prevent cellular dysfunction (Mari M, et al., 2020). A...

  Glutathione is known as a major antioxidant the body is making, but it does much more than protect us from free radical damage.  Altered intracellular glutathione levels are observed in a wide range of pathologies, including several viral infections, as well as in aging (Fraternale A, et.al., 2017). This...

  Oxidized low-density lipoprotein (oxidized LDL) plays an important role in atherosclerosis by promoting inflammation and the deposits of lipids in the arterial wall (Trpkovic A, et al., 2014). LDL is especially harmful when it gets oxidized. Glutathione is a very effective antioxidant the body is producing, but we produce...

Adequate levels of glutathione are essential for optimal functioning of the immune system in general and especially T cell activation (Morris G, et al., 2014). T cells are immune cells that are programmed to recognize an antigen (foreign particle). Glutathione is also very important for the brain as an antioxidant,...

  Why would we need to take glutathione if the body is making it?The reason is that we make less as we get older, and under certain circumstances, we also use more.Altered intracellular glutathione levels are observed in a wide range of pathologies, includingseveral viral infections, as well as in...