Guest guest Posted March 23, 2004 Report Share Posted March 23, 2004 Degenerative Diseases and the Free Radical Process There is a link among all the degenerative diseases that researchers have studied for over 30 years. They all cause damage from the free radical process. A free radical is any molecule with an unpaired electron in its outer sheath. Under normal circumstances, our body has a balanced pair of electrons around each molecule. If the molecule for any reason gains or loses an electron, then it is thrown into an unbalanced state. This new unbalanced molecule makes an attempt to bring itself into balance by stealing an electron from another molecule. Thus, it weakens this next molecule severely. The more that free radical activity goes on in our body, the greater at risk we are to destroying more cells than we are capable of producing. As the process goes unchecked, it leads to cell death, tissue death, organ death, and then bodily death. All this starts from an unpaired electron or free radical. The major initiators for this free radical process are chemical stress, emotional stress, physical trauma, and infection. Chemical stress includes pesticides, insecticides, heavy metals, asbestos, air pollution, polluted water, and radioactive wastes. Jet travel exposes us to ozone and radiation. Ozone has been shown to cause tears in lung tissue. Xanthine oxide is the catalyst which helps convert the waste product hydrogen peroxide at the cellular level into the more dangerous hydroxyl radical. As the Xo accumulates, it destroys plasmalogen. Most cellular damage occurs as a by-product of oxygen metabolism. These free radical by-products are superoxide, hydrogen peroxide, and hydroxyl ions. Fortunately, our body is equipped with antioxidant enzymes that neutralize the free radical process. Superoxide dismutase (SOD) destroys superoxide radicals. It is the fifth most abundant protein in the body. Glutathione peroxidase (GP) removes hydrogen peroxide and lipid peroxides. Lipids (fats) turn rancid in the body from peroxide radicals. Since the liver consists of 50% fatty tissue, it is extremely vulnerable to lipid peroxidation. Methione reductase (MR) is the only one of the three major enzymes that is not produced by the body. It is available from plants or foods. It is also the only enzyme known that neutralizes the hydroxyl radical. The hydroxyl is the primary free radical toxin that is an outgrowth of radiation exposure; this includes high-level radiation and the more deadly low-level radiation. The process of aging starts with lipid peroxidation. In other words, the fats in our body turn rancid. Each of our cell membranes is surrounded by fatty tissue. If the cell membrane is attacked by free radicals, it either hardens and doesn't allow nutrients to enter, or it is punctured and the cell collapses. This leaves the skin sagging and leathery. Another free radical process is arthritis. Bones move freely because of synovial fluid which lubricates joints. When free radicals get into the fluid, they oxidize the lipids in the oil. Without the lipids, the joint loses lubrication and causes friction which causes inflammation. We call it arthritis, or bursitis, or gout, but the process is the same. This process is initiated by superoxide free radicals. Athletes who perform strenuous workouts commonly burn off large quantities of fat molecules. This is what gives them energy. However, chemicals and toxins are stored in these fats. So, their release causes hydroxyl radicals to form. It is extremely important to recognize that those newly burned off fats leave a residue of metabolic waste that must be evacuated from the system. The fatigue someone feels after working out may eventually lead to a chain of unhealthy effects way beyond the cellular level. We live in an era when it is almost impossible to ward off all the negative effects based on the availability of the antioxidants our own bodies produce naturally. One very successful way is to supplement your antioxidant supply on a daily basis. Vitamin C and E are commonly used as antioxidants. However, 95% of the vitamin C available is ascorbic acid. Ascorbic acid is not vitamin C. For ascorbic acid to function in the body, it pulls all the minerals it needs from other parts of the body because it is incomplete. A vitamin C supplement should include sodium ascorbate, calcium ascorbate, potassium ascorbate, zinc, ascorbate, ascorbyl palmitate, and ascorbic acid. The body produces five million units of SOD daily. It is very important to drink plenty of good water to help flush the system, so that the toxins released won't redeposit at another location causing even greater damage. Some of the positive effects of antioxidants are: protection against cigarette smoke, tumors, radiation damage, restoration of collagen fiber (a major component of skin, ligaments, tendons, muscles, cartilage, bones, and teeth), remission of arthritis, detoxification of heavy metals such as lead, cadmium, mercury, reduction of cataracts, diabetes, allergies, and eczema. These are only aids in the healing process. They are not intended as replacements for a good diet or a positive, healthy attitude toward life. written by Rodney Julian Published February 1988 For more information on supporting a healthy system, please visit http://www.rainforestbio.com/fetalogos -- Back to Article Table of Contents -- _________________ JoAnn Guest mrsjoguest DietaryTipsForHBP http://www.geocities.com/mrsjoguest The complete " Whole Body " Health line consists of the " AIM GARDEN TRIO " Ask About Health Professional Support Series: AIM Barleygreen " Wisdom of the Past, Food of the Future " http://www.geocities.com/mrsjoguest/AIM.html PLEASE READ THIS IMPORTANT DISCLAIMER We have made every effort to ensure that the information included in these pages is accurate. However, we make no guarantees nor can we assume any responsibility for the accuracy, completeness, or usefulness of any information, product, or process discussed. Finance Tax Center - File online. File on time. 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