Lipoprotein(a)-The Real Cause of Heart Disease
LDL Cholesterol VS Lipoprotein(a)! Vitamin C deficiency Increases Lp(a) Levels!
There is a very slight difference in LDL cholesterol and lp(a) molecule, the difference being that lp(a) contains an additional lipoprotein attached to it. Lp(a) concentrations are dependent upon the hereditary factors. All individuals have a certain amount of lp(a). Under nutritional deficiency conditions its level increase.
Vitamin C Deficiency Affects Collagen Synthesis! Vitamin C deficiency Increases Risk of Heart Disease.
Lp (a) levels in the body are determined by genetic factors. Under chronic vitamin c deficiency the lp (a) levels increase in the body and they form a patch over the lesions formed thus initiating the process of atherosclerosis.
Over a period of time the arterial plaque increase and narrows the blood vessels thus increasing the blood pressure and the risk of heart disease.
The scientific researches of Dr Linus Pauling and Dr Matthias Rath clearly indicate the involvement of lipoprotein (a) in plaque formation. They have even proved how Lp(a) attaches to the lesions formed in blood vessels due to vitamin c deficiency.
Vitamin C deficiency leads to incomplete collagen synthesis because of which lesions are formed in the blood vessels.
Lp(a) levels rise in response to vitamin c deficiency as a preventive mechanism.
Lp(a) molecules attach to the incomplete collagen molecules via an amino group in order to prevent the blood from oozing outside the blood vessels.
The structure of lp(a) has been determined. It is very similar to LDL molecule with an additional protein molecule called as apolipoprotein a attached to it.
High levels of Lp(a) raise your risk of coronary artery disease 300 percent, even if all your other numbers look good.
Lp(a) is inherently not bad-one of its functions is to heal arterial wounds.
Knowing Lp(a) values is useful. You should find a good laboratory who can do the testing for you.
How can i become normal if i have high Lp(a) levels?—
High Lp(a) levels indicate the risk of heart disease. Lowering lipoprotein (a) along with concomitant removal of arterial plaque is a way to normalize your cholesterol levels. This can be done with the nutritional formula which:
Lowers blood Lp(a) levels;
Removes Lp(a) particles attached to the blood vessels.
Repairs the lesions formed in the collagen matrix and
promotes collagen synthesis.
All this is possible with the nutritional therapy.