Are you familiar with Oligomeric Proanthocyanidins (OPCs)?

OPCs aren’t a single chemical, but a group of closely related compounds. Several food sources contain similar chemicals: red wine, cranberries, blueberries, bilberries, tea (green and black), black currant, onions, legumes, parsley, and the herb hawthorn .

The use of OPCs is to treat chronic venous insufficiency is widely acceptable , a condition closely related to varicose veins. In both of these conditions, blood pools in the legs, causing aching, pain, heaviness, swelling, fatigue, and unsightly visible veins. Fairly good preliminary evidence suggests that OPCs from pine bark or grape seed can relieve the leg pain and swelling of chronic venous insufficiency. 8-12,74 However, no studies have evaluated whether regular use of OPCs can make visible varicose veins disappear, or prevent new ones from developing.

Oligomeric proanthocyanidins (OPCs) are excellent supplement for vascular health among all the herbs and herbal supplements – they actively support and bolster the vascular system in the body. The compounds help keep up the health of the capillary network. These tiny blood channels diffuse throughout the body and are the networks through which blood deposits all the essential nutrients to each cell in the body, capillaries also transport waste products away from cells. Many neurological disorders can be alleviated as a direct result of the beneficial effects that OPCs have on general capillary health. Oligomeric proanthocyanidins (OPCs) also help prevent the inflammation and swelling of tissues caused by allergic reactions in the body. Ageing skin is revitalized and renewed by OPCs, which also toughen the skin and lower the chances of a bruise. OPCs also help prevent heart disease, by maintaining capillary health.

The powerful antioxidant action of oligomeric proanthocyanidins (OPCs) is well known to us. When an allergic reaction, high blood pressure, or muscular tension affects an ADD patient’s circulation system in the brain, it can lead to a reduction in the oxygen supply received by the brain at any one time. This creates certain peculiar problems in the tissues when the normal circulation of blood is restored to the brain, oxidation at this stage can result in the release of a large amount of toxic free radicals potentially flooding the brain tissues – these free radicals can destroy and degrade the linings of cells and disrupt many biochemical pathways. The oligomeric proanthocyanidins (OPCs) prevent cell membrane damage by disrupting the biochemical formation of free radicals.

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