The History of Pycnogenols (or Proanthocyanidins)
In 1535, French explorer Jacques Cartier was leading an expedition up the St. Lawrence River in Canada where he and his men were trapped by bad weather. Cartier and his crew tried to subsist on biscuits and salted meat, but lacking fresh fruit and vegetables, his crew fell victim to scurvy. Some 25 crewmembers died before friendly Quebec Indians rescued the sailors, including Cartier. Cartier observed that the group of Indians was the same he had seen 10 or 12 days before suffering from the same illness that affected his crew. Now they appeared healthy and alert. One of the Indians named Agaya informed Cartier that he was cured by the liquid and residue from the leaves of a pine tree. In less than a week Cartier’s crew was cured as well.
More than 400 years later, Jacques Masquelier read Cartier’s diary and launched his own research. Eventually the doctor came upon the discovery of a whole new subclass of bioflavonoids called flavones when he closely examined the pine bark. These flavones molecules are called Oligomeric Proanthocyanidins (OPCs).
Dr. Masquelier laid the foundation for much research into OPCs, a powerful combination of grape seed extract red wine extract and pine bark extract.
OPC-3™
Free radicals are produced in the human body because of normal occurrences in our lives such as eating processed foods, breathing and exposure to toxins. For example, while sitting in the sunlight, a person can be exposed to ultraviolet B radiation, an ionizing radiation that damages skin cells by stripping electrons from atoms in small and large molecules. Atoms left with unbalanced (unpaired) electrons then become free radicals. OPC-3™ neutralizes these free radicals and stops internal destruction. The ingredients of OPC-3™ have been tested for decades at centers including the Pasteur Institute in Lyon, France and Cytotest Cell Research in Darmstadt, Germany. OPC-3™ has been found to be non-toxic, non-teratogenic, non-mutagenic, non-carcinogenic, and non-antigenic.
OPCs Outstanding Safety Record
OPCs have been used in Europe under medical supervision for over 30 years with no reports of adverse effects. Over one million people worldwide use these valuable bioflavonoids daily. OPCs have been tested for safety by conventional scientific methods at leading research centers worldwide, including the Pasteur Institute.
The OPC-3™ Advantage
OPC-3™ contains a combination of oligomeric proanthocyanidins (OPCs) from sources that include grape seed, red wine and pine bark extracts. The grape seed extract is the superior source of OPCs, containing 92% of active ingredients compared to pine bark’s 84% of active OPC ingredients*. The red wine extract contains flavonoids called leucocyanidins from the skin of red grapes. Leucocyanidins are bioflavonoids with powerful antioxidant properties crucial to their role in supporting the circulatory system. OPC-3™ also contains bilberry and citrus extracts, which are known to have effects of vision and histamine release, respectively. Together, this combination of OPCs is superior to any OPC product on the market in active ingredients and isotonic capability. This powerful formula will be delivered to your system the way nature intended it to be – in an isotonic solution that maximizes absorption. OPC-3™ has a pleasant natural grape flavor, is a vegetarian product, and mixes instantly when added to water. This product should be taken on an empty stomach for the fastest, most effective delivery of the active ingredient.
*Percentages established by D. Marie-Claude Dumon, University of Bordeaux, France.
How OPC-3™ Works
Our bodies are made up of molecules held together by electromagnetic forces. These chemical bonds are created with paired electrons. Free radicals are unstable molecules that have lost an electron and are unbalanced. Free radicals seek to replace the lost electron by randomly attacking nearby molecules and extracting desired electrons. One free radical can damage a million or more molecules in a chain reaction referred to as radical propagation, which leads to oxidative stress. Uncontrolled oxidation is very destructive. It is analogous to effects we see in our environment, such as the rusting of metal, the rotting of meat, the browning of apples or the hardening of old rubber. Oxidation in our body by free radicals is thought to be responsible for premature aging, wrinkling of skin, hardening of arteries, stiffening of joints, formation of cataracts, the initiation of cancer and much more. We are constantly exposed to free radicals via such processes as antimicrobial activity by white blood cells and the absorption of chemical additives in our foods. Our ability to fight free radical damage effectively is compromised by our inadequate nutritional choices or diets that contain limited amounts of antioxidants. Antioxidant supplementation is necessary if we are unable to reduce our exposure to free radicals, but wish to counter their effect. OPCs should be taken in conjunction with foods or dietary supplements rich in vitamin C, vitamin E, beta-carotene, and selenium.
Things to Know About OPC-3™
What is OPC-3™?
OPC-3™ is a natural food supplement that is made up of a combination of three very powerful bioflavonoids known as oligomeric proanthocyanidins, referred to as OPC. They are: grape seed extract red wine extract and pine bark extract. These are natural plant products, often referred to as bioflavonoids, and can also be found in cranberries, peanuts and citrus peels. They have been shown to have powerful free radical scavenging activity.
What are Bioflavonoids?
Bioflavonoids are a group of low molecular weight plant substances with recognized antioxidant properties and with the ability to inhibit the activity of certain enzymes that cause inflammation in the body. Bioflavonoids are complex organic plant compounds found mostly in fruits and vegetables. They function as a co-factor or helper to the body’s immune response to inflammation, allergy and infection.
Are oligomeric proanthocyanidins toxic?
Not at all. They are non-toxic, non-mutagenic, non-carcinogenic, and non-teratogenic (i.e., do not cause birth defects).
Why should I be afraid of free radicals?
Free radicals cause oxidative damage to cells and tissues. Damage caused by free radicals contributes to premature aging, the development of stiff joints and wrinkled skin. Free radical damage also plays a part in the degenerative diseases we associate with aging, such as arthritis, circulatory disorders, diabetes, liver cirrhosis, heart disease, arteriosclerosis, and others.
What does OPC-3™ do?
It delivers a powerful combination of natural free radical scavengers. OPCs can help to regenerate vitamin C and vitamin E to full antioxidant activity. OPC-3™ inhibits enzymes that cause inflammation. It reduces histamine production, thereby helping the lining of arteries resist attack by mutagens that can cause cardiovascular disease. It restores capillary integrity and improves circulation, making it a little easier for each cell to get the food it needs. For women, it has been known to help correct abnormal menstrual bleeding and cramps.
*The Food and Drug Administration has not evaluated these statements. This product is not intended to diagnose, treat, cure, or prevent any disease.
What makes OPC-3™ different from other pycnogenol products?
OPC-3™ offers three rich sources of OPC that are rated highest in total polyphenol content in a range of four to 92%. It is totally bioavailable, water-soluble and delivered the way nature intended it to be, in an isotonic solution. This product is in position to be absorbed within five minutes. This combination of OPCs makes OPC-3™ the most powerful, natural free radical scavenger, anti-aging and antioxidant product yet manufactured.
Is OPC-3™ safe?
Absolutely! OPC products have been used for over twenty years throughout Europe. Extensive clinical studies and laboratory research have revealed no evidence of human toxicity, allergic reactions, birth defects or carcinogenesis.
How long do OPCs remain in the body?
Approximately three days. OPCs circulate through body fluids and are bound to the collagen for about 72 hours before they are gradually eliminated through urine and perspiration.
Why should everyone take OPC-3™?
Free radical damage or oxidative stress is real. Everyone is subject to it. Free radicals have been linked directly to premature aging, arthritis, circulatory disorders, diabetes, liver cirrhosis, heart disease, arteriosclerosis and more. If you don’t have adequate protection from free radicals, you could very likely age faster, and experience health problems you could have avoided. OPC is the most powerful natural free radical neutralizer and antioxidant discovered, and you get the best of all OPCs in OPC-3™. This product should be taken for life.
Where does the grape seed extract in the OPC-3™ comes from?
Grape seed extract comes from two companies in the USA and Europe. You can imagine that anywhere there are grapes there will be proanthocyanidin/bioflavonoid extraction facilities. Due to the proprietary nature of our business, the names of the companies cannot be given out; however, we have found them to be reputable and have found that they have significant quality control procedures in place. The extraction process for grape seed OPCs is the same one used by the Pycnogenol producers, Horphag Ltd. The process involves isolating, drying and powdering grape seeds; extracting the proanthocyanidins using a combination of pressurized hot water, butanol and acetone as well as concentrating and drying the isolated compounds. The specific variety of grape is not known, but it is likely that a spectrum of red grape varieties is used for extraction. Remember that it is the extraction process that is selective for flavonoids and can be used on material from a variety of plant sources (pine bark, bilberries, and citrus rinds).
Is there an elemental analysis of OPC-3™?
We do not have an elemental analysis on OPC-3™, although the individual extracts are checked for the presence of heavy metals on a lot-to-lot basis. OPC-3™ is not a significant source of minerals, but rather a complex mixture of literally scores of polyphenolic compounds.
Is there alcohol or sulfite in OPC-3™ from the Red Wine Extract?
The red wine extract that is used in Isotonix® OPC-3™ is a completely non-alcoholic product. The extract is made from the skin of grapes used to make red wine, but the crushed grapes are not allowed to undergo fermentation. Therefore, ethyl alcohol is never formed and does not have to be removed. “Red wine” extract is an inaccurate use of words. Also, alcohol evaporates on exposure to air. Since OPC-3™ is a dried product; by definition it cannot contain alcohol. Sulfites are usually added as a preservative for finished wine. Sulfite is not added to the initial grape crush or at any stage of the extraction process.
Are chemicals used in processing OPC-3™?
Water, butanol, and acetone are used in the extraction process. They are completely evaporated during processing.
Does OPC-3™ contain beta-carotene?
No.
Does OPC-3™ contain caffeine?
It does not, but it may contain caffeic acid, which is a low molecular weight phenolic compound. Caffeic acid is isolated along with other polyphenolic compounds and flavonoids including proanthocyanidins. Caffeine is not an antioxidant (it does not transfer electrons or hydrogens to electron-hungry free radicals), but caffeic acid does have documented antioxidant properties. Coffee (fruit seeds) and tea (Camellia sinensis leaves) are likely to contain both caffeine and caffeic acid.
Can OPC-3™ be taken with steroids?
You should take one or the other. Your physician needs to make a thorough assessment of steroids (e.g. prednisone) before you mix two products and confound the results. If you have been taking steroids, give yourself four to six weeks before taking the OPC-3™. Our experience is that there is no adverse interaction.
Can you take OPC-3™ or any other of the Isotonix® products in soda, juice, coffee, etc. rather than water?
It is not recommended. In order to keep the products in an isotonic form and to achieve the maximum delivery time it needs to be taken on an empty stomach with two ounces of water per capful of powder. To mix the products with anything else slows down the delivery time. Also, the extent of absorption may be lessened.
How to Take OPC-3™
Each capful of OPC-3™ contains 125 milligrams of bioflavonoids, of which five milligrams are oligomeric proanthocyanidins in an isotonic-capable base. That means that the OPC-3™ active ingredients will be delivered in the highest concentration to the small intestine, where most absorption of nutrients occurs. To start using OPC-3™ for its benefit as an antioxidant and free radical scavenger, take two level capfuls for every 150 pounds of body weight for the first seven days. This is referred to as the saturation dosage. Then, switch to a daily dosage of one capful per 150 pounds of body weight, as a maintenance dose. For example, if you weigh 190 pounds, you would take three servings of OPC-3™ per day for seven days, and then switch to two servings per day for long-term health maintenance. Any excess OPC-3™ will not be harmful since OPC-3™ is non-toxic.
OPC-3™ Ingredients
Grape Seed Extract 25 mg
Red Wine Extract 25 mg
Pine Bark Extract 25 mg
Bilberry Extract 25 mg
Derived from leaves and berry like fruit of a common European shrub closely related to the blueberry. Scientific studies confirm a positive effect on vision. Bilberry may prevent acute glaucoma attacks or play a role in the treatment of chronic glaucoma. It may also play a role in relieving menstrual problems; studies have found it helps to relax smooth muscles like those found in the uterine wall. Bilberry is non-toxic.
Citrus Extract (Bioflavonoids) 25 mg
Bioflavonoids are found in certain plants to act as light filters protecting the delicate DNA chains and other important macromolecules by absorbing ultraviolet radiation. They have been found to suppress the tumor-causing aromatase enzyme activity in human cells, which suggests they may contribute to the reduction of estrogen-dependent diseases such as breast cancer. Flavonoids also brought about a marked inhibition of liver damage caused by another toxin, carbon tetrachloride.