Linus Pauling looked at weakened arteries as a form of low level or sub-clinical scurvy and realized the importance of ascorbic acid vitamin C for healing internal
arterial wall damage, where the inflammation occurs.
Not exact matches
The sheer volume of blood moving through makes this region susceptible to aneurysms, weaknesses in
arterial walls that can lead to stroke and debilitating brain
damage.
According to cardiologist Stefanie Dimmler at the University of Frankfurt in Germany, degraded telomeres might cause heart disease by impeding the ability of cells from the bone marrow to repair
damaged parts of the
arterial walls.
«Atherosclerosis is not only inflammation; there's also
damage to the
arterial wall,» adds Columbia associate research scientist Gabrielle Fredman, PhD, one of the study's lead co-authors.
«Atherosclerosis is not only inflammation; there's also
damage to the
arterial wall.
These oils also contain the much feared free - radicals that can weaken and
damage arterial walls.
Pink and red varieties also have vitamin A and lycopene, a phytochemical that protects
arterial walls from oxidative
damage.
When the body is allowed to repair
damaged arterial walls uninterrupted, it can produce a stable plaque, constructed of a robust coat of protein surrounding an ever - shrinking fatty core.
Researchers say elevated homocysteine levels can injure
arterial walls and promote atherosclerosis — as well as
damaging the nervous system.
A
damaged endothelial cell
wall means low performance during physical activity as well as an increased risk in heart attack since a healthy endothelial cell
wall does not allow
arterial blockages to form.
In order for cholesterol to cause disease, it has to
damage the
arterial walls.
Large particles are practically harmless, while small, dense particles are the dangerous ones, lodging in the
arterial walls, causing
damage and inflammation.
Acetyl - L - Carnitine is also a powerful super antioxidant which is very effective in fighting with dangerous free radicals preventing them from
damaging cell's DNA, mitochondria or lining of
arterial walls.
Oxidative stress
damages the lining of
arterial walls while oxidizing cholesterol, changing its structure and promoting atherosclerosis.
Damaged, or «oxidized» cholesterol can injure
arterial walls and lead to a pathological plaque buildup in the arteries.
According to the American Heart Association, an elevation in blood pressure can cause
damage to the
arterial walls, increase the accumulation of plaque, and block blood flow.