Corona virus spike protein to increase risk of heart damage

Corona virus spike protein to increase risk of heart damage

ISLAMABAD, Feb 04 ( Alliance News): The new study about COVID-19 has revealed some horrible facts about that the corona virus can cause severe damage to heart cells in people with more than 19 diseases.

This was revealed in a medical study conducted in the United Kingdom.

Researchers at the University of Bristol have found that the virus can turn heart cells into inflammatory cells without affecting vascular cells in people who are seriously ill.

The study looked at how coronavirus has a case-by-case effect on heart cells, as the disease has been shown to damage heart muscle in patients.

It was not immediately clear if the heart cells were infected with the virus or if the immune system reacted strongly to damage the muscles.

For this purpose, experiments were carried out in the laboratory on different types of virus on human heart cells which are present in small blood vessels and it was discovered that the virus does not affect these cells.

Following this discovery, another experiment tested the spike protein in these cells without the virus, and it was discovered that these cells were unable to communicate with their fellow cells and that the process of inflammation began.

This suggests that spike protein is harmful to human heart cells.

Similarly, the research team discovered corona virus spike protein in samples obtained from Code 19, indicating that spike protein particles travel through the bloodstream through the respiratory system and spread throughout the body, causing fatal damage. Cause

The researchers said that pericytes are the most important cells of the heart, whose role is to maintain the structure of the organ, but they also help to restore health after a heart attack by staying in contact with other cells.

He said the research showed that asymptomatic proteins block communication between cells and turn pericytes into inflamed cells.

Researchers say that complications in small arteries are more common in people with coronary heart disease and can be fatal, as they can damage the heart muscle or cause a heart attack.

Similarly, people with coronary heart disease have an increased risk of dying from code 19.

The results of the study were published in the medical journal Clinical Science

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