NuVerus Euforia Juice – the solution for a healthy life.

The health benefits of aloe vera juice have long been known. It has been used historically as a soothing balm, applied externally for cuts, scrapes and burns. Modern uses of aloe vera are extensive.

The health benefits of aloe vera taken internally include: improved circulation, regulation of blood pressure, promotes healing of bones and joints, strengthens the immune system, defends the body against bacteria, heals internal tissue damage, heals ulcers, improves and even eliminates constipation, blood sugar regulation, and reduces itchiness in psoriasis helping it to heal.

Drinking two to four ounces a day is all that is required to gain the many benefits of aloe vera juice. If you drink it daily, aloe vera can aid your digestion, improve your circulation and detoxify your body and cleanse your colon.

The detoxification properties of aloe vera juice also act to detoxify your blood stream. If you have intestinal or stomach problems it can help your digestive tract to work smoothly.

Aloe vera also helps to dilate the capillaries and support cell growth, thereby improving circulation. Continue reading »

Antioxidant Nutrients
Antioxidants from our diet appear to be of great importance in controlling damage by free radicals. Each nutrient is unique in terms of its structure and antioxidant function.

Vitamin E is actually a generic term that refers to all entities (eight found so far) that exhibit biological activity of the isomer tocopherol (an isomer is one of two or more molecules that have the same chemical formula but different atomic arrangements). Alpha-tocopherol, the most widely available isomer, has the highest biopotency, or strongest effect in the body. Because it is fat-soluble (and can only dissolve infats), alpha-tocopherol is in a unique position to safeguard cell membranes — largely composed of fatty acids — from damage by free radicals. Alpha-tocopherol also protects the fats in low-density lipoproteins (LDLs, or the “bad” cholesterol) from oxidation.

Vitamin C, also known as ascorbic acid, is a water-soluble vitamin. As such, it scavenges free radicals that are in an aqueous (watery) environment, such as inside your cells. Vitamin C works synergistically with vitamin E to quench free radicals. Vitamin C also regenerates the reduced (stable) form of vitamin E.

Beta-carotene, also a water-soluble vitamin, is the most widely studied of the 600 carotenoids identified to date. It is thought to be the best quencher of singlet oxygen (an energized but uncharged form of oxygen that is toxic to cells). Beta-carotene is also especially excellent at scavenging free radicals in low oxygen concentration.

Selenium is a trace element. It is a mineral that we need to consume in only very small quantities, but without which we could not survive. It forms the active site of several antioxidant enzymes including glutathione peroxidase.

Similar to selenium, the minerals manganese and zinc are trace elements that form an essential part of various antioxidant enzymes. Continue reading »

The Antioxidant Process

Antioxidants block the process of oxidation by neutralizing free radicals. In doing so, the antioxidants themselves become oxidized. That is why there is a constant need to replenish our antioxidant resources.

How they work can be classified in one of two ways:

• Chain-breaking – When a free radical releases or steals an electron, a second radical is formed. This molecule then turns around and does the same thing to a third molecule, continuing to generate more unstable products. The process continues until termination occurs — either the radical is stabilized by a chain-breaking antioxidant such as beta-carotene and vitamins C and E, or it simply decays into a harmless product.
• Preventive – Antioxidant enzymes like superoxide dismutase, catalase and glutathione peroxidase prevent oxidation by reducing the rate of chain initiation. That is, by scavenging initiating radicals, such antioxidants can thwart an oxidation chain from ever setting in motion. They can also prevent oxidation by stabilizing transition metal radicals such as copper and iron.

The effectiveness of any given antioxidant in the body depends on which free radical is involved, how and where it is generated, and where the target of damage is. Thus, while in one particular system an antioxidant may protect against free radicals, in other systems it could have no effect at all. Or, in certain circumstances, an antioxidant may even act as a “pro-oxidant” that generates toxic oxygen species.