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IPFS News Link • Science, Medicine and Technology

Why are viruses so challenging to treat?

• Natural News - Cassie B

(Natural News) There's been a lot of talk in recent months about how the coronavirus pandemic will end. Some are putting their hopes on a vaccine, while others believe it would be enough to find an effective treatment for those who are hit with the more severe form of the disease. However, some experts are reminding us that the real answer may be a lot closer to home because the human body is actually the best virus killer.

University of Southern California professor of medicine Paula Cannon said: "Our immune system is the world's best drugmaker." According to Cannon, it doesn't matter whether you had measles when you were five or COVID-19 when you were 50; your immune system contains a large repository of potential antiviral approaches that protect you.

She said that antibodies are "biological drugs we make ourselves." These infection-fighting proteins are made by the body to fight off any foreign invaders. The body can create millions of them, activating the perfect one for a particular virus and then mass producing it. It takes around 14 days for the immune system to conquer a virus, which is why most infections last for around two weeks. By that point, there are usually enough antibodies in the blood to stop the virus and neutralize it.

However, once the threat has passed, these antibodies never drop back down to their initial low levels. They instead remain on guard in case the threat returns, at which point they can take care of it swiftly before you even get sick. That explains why you can only get most viruses once and will then be immune to them in the future.

Prevention is best

Although vaccines attempt to imitate this process, they don't offer the same level of protection that you get from natural immunity. And treating viruses can also be challenging because viruses cannot survive on their own. This means they have to take over our cells in order to multiply. They become so interwoven with their host (our cells) that it is hard for a therapy to hurt one without damaging the other as well. In the case of SARS-CoV-2, it infects the lungs and airways we depend on to breathe and sustain life. Killing a person to kill the virus is clearly not an acceptable solution.


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