A Compound In Soy Sauce Kills AIDS

Video: A Compound In Soy Sauce Kills AIDS

Video: A Compound In Soy Sauce Kills AIDS
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A Compound In Soy Sauce Kills AIDS
A Compound In Soy Sauce Kills AIDS
Anonim

Acquired immune deficiency syndrome (AIDS) is a disease that is most often transmitted sexually, through blood products, body secretions (ejaculate, saliva, breast milk, vaginal skeleton), during pregnancy, childbirth and others.

AIDS is caused by the HIV virus, which leads to a decline in the body's immune defenses, making it susceptible to any type of infection, and the appearance and development of tumors is also possible.

It turns out that there is hope for AIDS patients - they can suppress the action of the HIV virus by taking soy sauce. It contains the molecule EFdA, discovered by the Japanese company Yamasa, which produces soy sauce, back in 2001, while looking for a way to enhance the taste of the liquid.

Studies in this area indicate that this beneficial substance protects HIV-positive people from becoming resistant to maintenance therapy. This molecule is thought to support the body's susceptibility to drugs because it is more easily activated but more slowly excreted by the body.

The structure of this ingredient is similar to the virus and thus misleads it to use and spread it, which, however, stops the development of the disease.

Soy sauce
Soy sauce

Professor Sarafianos and his team at the National Institutes of Health in Pittsburgh have deciphered the structure of this compound using magnetic resonance imaging and other virological techniques.

The development is currently being tested by a large pharmaceutical company, which aims to improve treatment with the production of a new, better drug. Scientists believe that this discovery could stop the spread of the virus in the human body and create a much stronger than previous drugs used in the fight against HIV.

Studying the mechanism of action of this molecule is a very important tool to achieve the goal around the world, namely the treatment of this widespread disease.

However, further research will be needed to reach the final product that saves many lives each year.

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