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Parkinson's Disease and the Glutathione Discovery
If you have Parkinson's Disease, you may have heard whispers about the results people with PD are experiencing by raising their glutathione levels. Their symptoms are vastly diminishing and even disappearing altogether. As the news of glutathione travels around the world, those whispers are becoming a roar. The roar is: Glutathione repairs cellular damage. If you have Parkinson's, the free radical damage to your cells is already very advanced. What's really scary is, it is also likely that you have extremely low levels of glutathione, your body's master anti-oxidant and most important free radical fighter.
If you have PD, the free radicals are winning, and you're paying the price. Your glutathione levels could be as low as 2% of normal. This is why people with Parkinson's Disease who are taking the steps necessary to raise their glutathione levels are experiencing freedom from their symptoms. This is big news in the war against PD. The battle cry is growing louder as more and more studies are coming out every month that positively validate the connection between Parkinson's, free radical damage, and low glutathione levels.
So, What Is Glutathione? Glutathione is produced in every single one of your cells. It is your body's master anti-oxidant. This means four big things: Glutathione neutralizes free radicals. Glutathione repairs cell damage already done by free radicals. Glutathione detoxifies you and flushes toxins out of your body. Glutathione recharges all of your other anti-oxidants. If you're a little fuzzy on the nature of free radicals and the extensive damage that they do, or the vital importance of anti-oxidants (free radical fighters.) Recent research has analyzed the brain tissue of people with Parkinson's, and scientists have found that the damage is consistent with extensive oxidative stress. Oxidative stress IS free radical damage. Basically, the brain tissue of people living with Parkinson's, and other neurodegenerative diseases, is 'rusting.
' Fighting free radicals means fighting the rust. Glutathione is the master rust-fighter; it can actually repair cellular damage. And what this means for people with PD is that their symptoms can be greatly alleviated, and even reversed, if their glutathione levels are increased. How Do I Get More Glutathione Inside Me? It used to be very expensive and inconvenient to raise your body's glutathione levels. You'd have to go to the hospital and have intravenous treatments three or four times a week. Those days are gone. There is now a safe, easy and natural method of elevating the glutathione levels in your cells. Its effectiveness has been proven by scientists and by people with PD who are experiencing increased freedom from their symptoms. Where there's a will, there's a whey. This new treatment is an un-denatured whey supplement.
'Un-denatured' means that the whey's bioactivity is still intact. This is key. If a whey product has been heated during processing, its bioactive qualities have been destroyed. If a whey product is sold in a pail or jar, it will only be a short matter of time before its bioactivity is oxidized and thus destroyed. Choosing your 'whey' back to health means selecting a whey supplement that is… a) un-denatured and b) packaged in single serving portions. If your whey is still bioactive, then it's armed and ready to fight the free radicals that cause your cells to rust and die. Science Finds A Whey Glutathione is made up of three amino acids - glycine, glutamine and cysteine. Both glycine and glutamine are easy to get from your food, but getting cysteine from your mouth into your bloodstream is much more difficult. This is why so many people have low glutathione levels. Scientists needed to find out how to get cysteine into the body.
They already knew that taking cysteine orally, in a capsule, wasn't working. The body was destroying the cysteine before enough of it could get into the cells. Why? Because the body sees a cysteine cell as a threat. Scientists discovered that when a cysteine cell traveled with another cysteine cell, the body let 'the dynamic duo' move through the stomach and into the blood. Hurray! All the building blocks for producing glutathione were in place. Was there somewhere in nature where this double-bonded cysteine existed? Yes, in un-denatured whey. This was a massive discovery because it meant that the all-important cysteine could get into the cells without being destroyed. Finally, glutathione could be readily made because all three amino acids were together! There's A Whey to Take Back Your Life From PD There is now scientific evidence that raising your glutathione levels will improve your Parkinson's symptoms. Many people with PD are already experiencing these results.
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