If we take a deeper look and understand how cardiovascular disease is caused, we can see how Linus Pauling Vitamin C product formula is a major breakthrough in treating and reversing heart disease. Dr Linus Pauling was the only sole recipient of two Nobel prizes and is undoubtedly one of the greatest scientists of the 20th century. In his later research, Dr Pauling discovered that the cause of arterial damage and plaque formation was actually a vitamin C deficiency.
Or put simply, Linus Pauling discovered that a vitamin c deficiency is the underlying cause of arterial damage in heart disease. He also postulated that the formation of these blocks, or atherosclerotic plaques, could be prevented or reversed with a treatment of vitamin C, lysine, and praline. These are all easily found in nutritional stores, so what makes them so crucial in treating heart disease? Let's examine in more detail the role of vitamin c and lysine in collagen formation on arterial walls.
A lack of vitamin c can have major detrimental effects in the body, since without it your body cannot properly produce the collagen it needs to maintain tissues in the body. Of all the proteins your body produces, collagen is the most abundant. It makes up your hair, bones, teeth, nails, and all your blood vessels. Linus Pauling Vitamin C solution gives the body the right tools to once again produce healthy collagen. In order to better understand why this works, let's take a look at the role of vitamin c and lysine in collagen formation.
Collagen forms as adjacent strands in the body, which are linked together via a lysine crosslink by an enzyme called lysyl hydroxylase. Lysyl hydroxylase is made from vitamin c, so without it collagen strands are not held together properly. The disruption of lysine crosslinking caused by a vitamin c deficiency will result in weakened collagen. The end result is weakened collagen, which can have widespread effects in the body.
The lack of strength in arterial collagen can cause them to break apart, leaving the broken lysine crosslink residues exposed to the blood flow. These damaged arteries easily develop atherosclerotic plaques. Atherosclerotic plaques are formed from a type of common cholesterol called lipoprotein (a). The blockages are formed as circulating cholesterol molecules bind the broken lysine residues in the weak collagen.
For some time, lipoprotein (a) had been linked to the risk of heart disease. The initiation of the atherosclerotic process is triggered by the binding of the free lysine residues in the damaged collagen in the blood vessel to the cholesterol flowing in the blood stream. Plaque deposits continue to form over time and eventually block the blood flow by narrowing the blood vessel. The progressive deposit of plaque in a damaged area can lead to thrombosis or rupture, which may give you a heart attack or kill you.
These discoveries are breaking ground in the treatment and reversal of the damage causing heart disease. As time goes on, the understanding of arterial blocks has grown significantly. Linus Pauling Vitamin C formula is showing to be a likely possible cure for heart disease the way antacids helped gastric ulcers become a thing of the past.
