A specific cytokine storm that can be fatal for coronavirus patients is triggered in the body by just two proteins. But there are antibodies that can disrupt this fatal cycle and increase the chances of survival..

Severe cases of COVID-19 lead to a state that is not entirely clear for science, when the human immune system gets out of control and begins to attack healthy cells instead of infected ones.. This so-called self-sabotage is called in science a cytokine storm, it can be deadly. Scientists still have not figured out how it all works, and how to treat this storm. And now a new study has followed the development of coronavirus infection in laboratory mice. The cytokine storm has been found to be a rigid cycle resulting in the overproduction of two signaling proteins called tumor necrosis factors alpha and interferon gamma..

They work together to provoke a serious condition that can lead to inflammation, organ failure and death.. But studies in mice have shown that already existing antibodies created to fight these proteins can prevent the development of a cytokine storm.. Therefore, to protect patients from serious complications and death.

Cytokines are small signaling proteins that are pumped up by cells of the immune system in order to transmit orders to other cells to fight off invaders.

Cytokines are extremely important for the immune response, as they limit the spread of the virus, but sometimes they cause inflammation.. While inflammation is a natural part of the immune response, which occurs when white blood cells flow to the site of infection to fight infection, in some cases, overly powerful inflammation can lead to an autoimmune disorder like arthritis. Cytokine storm is also a type of acute inflammation, and in the case of a severe course of this process, a lethal outcome is possible..

https: // www. medikforum. ru /.

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