Help A stroke is brain damage that occurs when the blood flow is interrupted or when a vessel bursts, causing blood to spurt into the surrounding tissue. When the supply of blood is shut off, nerves in the brain die almost immediately. Sometimes the pressure of the blood gushing through a ruptured vessel slices through the delicate nerves, severing their millions of connections. Depending on which part of the brain is affected, damage can include loss of movement, speech, memory, or virtually any other function of the body.
Strokes are fatal in about one case out of three.
OPC thus reverses the fragility of blood vessels, making them more intact and supple so blood flows through easily and doesn't leak out. OPC accomplishes this by actually creating tougher, thicker, more tightly knit blood vessel walls that are less likely to stretch, leak, or burst. As Dr. Masquelier explains, two proteins in the vessel wall, collagen and elastin, greatly determine the elasticity and permeability of the vascular wall, whether the wall is solid, strong, and flexible, or fragile and leaky. OPC attaches to these two building block proteins, preventing their degradation by destructive enzymes and encouraging their synthesis and maturation. In short, OPC reinforces the structure of the connective tissue that makes blood vessels strong and resistant.