Why is dark chocolate so good for the heart?

Dark chocolate

Did you know that there is evidence that products made from the cocoa plant , especially dark chocolate, can be good for people's hearts?

Below we explain why eating dark chocolate is increasingly recommended in relation to the prevention of heart disease.

It is one of the greatest sources of antioxidants

Dark chocolate promotes longevity as it is among the top 10 dietary sources of antioxidants. Being rich in bioactive flavonoids and theobromine, its regular consumption has positive effects on the cells of the heart, as well as the blood vessels.

Improves blood circulation

Polyphenols, an active compound found in dark chocolate, have been linked to better blood flow. People with peripheral arterial disease, which causes painful cramps when exercising and even walking, experienced marked improvement during one study. The reason is that they ate 40 grams of dark chocolate a day for a while.

May lower blood pressure

If your blood pressure has been increasing over the years, you may be interested to know that, according to research, eating dark chocolate every day can help you achieve a significant reduction in it. The systolic can go down to three points and the diastolic, two points.

It is an ally in the fight against cholesterol

Linked to an increased risk of heart disease, LDL cholesterol or bad cholesterol has a great enemy in dark chocolate. Research has shown that this food reduces bad cholesterol and increases HDL or good cholesterol. Theobromine, a compound found in cocoa, appears to be to blame.

Relieve your heart from stress

It is often overlooked, but stress is a very serious health problem, especially the heart. Eating dark chocolate on a regular basis can help protect your heart if you are under stress by relieving symptoms of this disorder, such as high blood pressure and inflammation. One study subjected two groups of people to stressful situations. One ate dark chocolate and the other did not. And those of the former had lower levels of stress hormones circulating in their blood after the test.


Add as preferred source in Google