Heart Attack
Heart attack is the number-one cause of death not only in India but also in whole world. Our fastidious life style, rich diet habits, physical inactivity, stressfull mental condition are the predisposing factors of various cardiac problems and heart attacks. The high rise of cholesterol in our blood is one of causes of many cardiac problems and the heart attacks. The oily fatty food, ghee and fried foods have become a habit in our daily routine diet. It all causes the rise of cholesterol in our blood and plays the main role in generating various heart diseases like coronary artery diseases, ischemic heart diseases, atherosclerotic plaques in artery, unstable angina pain etc.
Cholesterol is of two types - HDL (high density lipoprotein) cholesterol and LDL (low density lipoprotein) cholesterol. Among them HDL cholesterol is good for our body. But LDL cholesterol is named as bad cholesterol and this is the one which is the route cause of coronary artery diseases, angina pain, and atherosclerosis of artery. But LDL cholesterol is not really bad in its native form because God did not make a mistake when he created it. Native LDL cholesterol is good. In fact, it is essential for building good cell membrane, other cell parts, and many different hormones that our body needs. Problems begin when native LDL cholesterols are oxidized by the free radicals in our body and make them harmful cholesterol. The high environmental pollutions, our stressful life style, a good nutrients depleted diet are the main causes of over production of free radicals in our body. Those free radicals play the main role to oxidize LDL cholesterol and make it harmful to our body.
The inner layer of our artery is called the endothelium which is an extremely sensitive lining, vulnerable to even the slightest irritation. Oxidized cholesterol and excessive free radicals cause the oxidative stress that injures the endothelium. Our body has a defense system designed to protect this endothelium of the artery. In the event of injury, our body responses by sending WBC (mainly monocytes) in an attempt to eliminate harmful oxidized LDL cholesterol. Here the defense team of monocytes starts gobbling up the enemy in an attempt to minimize irritation to endothelium. If this response process is successful, the problem is over and the lining of the artery will be repaired. But this is not what usually happens. Monocytes continue to gather the delinquent oxidized LDL cholesterol, but they do not let any out. Hence the monocytes get crammed so full of oxidized LDL cholesterol(fat) that it becomes a foam cell, looks like a ball of fat. This foam cells then attach itself to the lining of the artery and eventually forms the initial defect of hardening of arteries which is called fatty streak.
The fatty streak is an inflammatory lesion. This leads to form a plaque. It is the initial step in the process called atherosclerosis. The atherosclerotic plaque goes on increasing in size and consequently makes the artery narrow inside to pass the blood flow. The entire process is a vicious cycle. Not only there is build up of plaque, but there is also thickening of artery. Normally the layer of endothelium functions well by releasing an important product called nitric oxide (NO). During this inflammatory response, however, the appropriate release of nitric oxide is blocked from the endothelium, causing the endothelium to function poorly. This in turn causes the platelets of blood to adhere to the plaque and the artery around the plaque to go into spasm. About 50% of heart attacks are the rapture of one of these plaques and the clot that forms around a ruptured plaque. A situation such as this causes acute and abrupt total closure of this artery, which blocks the blood flow to that part of the heart. Oxidative stress may also cause break down of these plaques, which eventually leads to their rupture.
Arteries can keep narrowing to the point that they become occluded. These patients have usually had symptoms of chest pain that is called unstable angina. So to neutralize the notorious activity of those free radicals to convert the native LDL cholesterol to harmful LDL cholesterol, it is required some powerful antioxidants. Those antioxidants not only neutralize the effect of free radicals on the vessels cells but also to other cells.
Divine Noni Juice is found to be high in Antioxidants
NONI has the powerful antioxidant properties that help to neutralize free radicals role of oxidation of the native LDL cholesterol to harmful LDL cholesterol and thus protects the arterial endothelial lining from injury and future developing atheromatous plaque. The main antioxidants are vitamins A, E and C, beta-carotene, glutathione, bioflavonoid, selenium, zinc, CoQ10 (ubiquinone) and various phyto-chemicals. NONI is rich in Vit A, Beta carotene, Vit E, C, glutathione, bioflavonoid, selenium, zinc, and many more essential phytochemicals. Melatonin, a hormone produced by pineal gland, is also a potent antioxidant. NONI helps to stimulate more melatonin release from the pineal gland.
Why Noni works as powerful antioxidant ?
There are two reasons :
- Unique Combinations of Substances
- Synergy of its Substances
Noni and nitric oxide, roles in preventing arterial cells damage
Normally the layer of endothelium functions well by releasing an important product called nitric oxide (NO). During this inflammatory response of forming the plaques, however, the appropriate release of nitric oxide is blocked from the endothelium, causing the endothelium to function poorly. NONI helps to proper production of nitric oxide in our body and thus helps the endothelium to function smoothly.
Noni promotes the cellular growth
In addition to the antioxidant activity in Noni, Dr. Ralph Heinicke, pinpointed one constituent in Noni that he believes is responsible for the Juice's ability to promote cellular growth. These are parts of his postulated xeronine system, which consists of proxeronine, proxeroninase and xeronine.
The xeronine theory, which is based on much of Dr. Heinicke's work, postulates that once in the body, proxeronine travels to specific parts of cells, such as the mitochondria, microsomes, Golgiapparatus, reticuloendothelium, electron transport system, within the cell, these components communicate with each other (intracellular) and with other cells (intercellular). This communication between cells may work according to the theories of several Nobel launrates.
Recommended Dosage
Divine Noni Concentrate
5ml morning and 5ml evening for 3 days. Then
10ml morning and 10ml evening for next 3 days. Then
15ml morning and 15ml evening for next 8 months.
