Sentences with phrase «reduces arterial stiffness»

These results indicate that SMR using a foam roller reduces arterial stiffness and improves vascular endothelial function.

In just four months, high - doses of vitamin D reduce arterial stiffness in young, overweight / obese, vitamin - deficient, but otherwise still healthy African - Americans, researchers say.

«High doses of vitamin D rapidly reduce arterial stiffness in overweight / obese, vitamin - deficient African - Americans.»

The dose, now considered the highest, safe upper dose of the vitamin by the Institute of Medicine, reduced arterial stiffness the most and the fastest: 10.4 percent in four months.

Their increased intake was associated with reduced arterial stiffness.

Therefore, 1 potential mechanism for reduced arterial stiffness might be enhanced endothelial function.

These results support the notion that this mechanism contributes to reducing arterial stiffness in relaxed skeletal muscle.

The physiological implication of reduced arterial stiffness is important.

Not exact matches

Not only is vitamin D known to help reduce your risk of arterial stiffness, a major risk factor for stroke, but it can also:

They're also high in dietary nitrates, which have been shown to reduce blood pressure, decrease arterial stiffness and improve the function of cells lining the blood vessels (4).

Also, it reduces arterial thickening and stiffness, which is a factor in atherosclerosis.

Guest blog by Designs for Health Resveratrol helps to improve arterial stiffness and reduce oxidative damage in diabetics Resveratrol is a polyphenol with powerful antioxidant and anti-inflammatory properties.

Fortunately, recent studies show that enjoying just one cup of blueberries a day could significantly reduce blood pressure and arterial stiffness, both of which factors are -LSB-...]

The big outcome that made them decide low - carb diets give you heart attacks was that the low - carb diet didn't change arterial stiffness, while the high - carb diet reduced it... give me a break.

A study published in March 2015 in the Journal of the American College of Cardiology cites clinical data showing that even in the absence of an actual increase in blood pressure, excess sodium in the diet could harm the body, including blood vessels (for example, increased arterial stiffness), the heart (enlarged heart muscle), the kidneys (reduced renal function), and the brain (adverse sympathetic nervous system reactions).