Solve the "Allergy Shock" puzzle that paralyzes the body in minutes


Many people may not be aware that allergies can cause a type of shock, which has a significant negative impact on the human body, which can lead to paralysis in minutes.

The sensitivity we are talking about today is mainly the sensitivity of food to one or more types of food and the most common peanut allergy, especially in children. Allergies can cause serious injury to the body, causing many symptoms including itching, coughing, swelling and even paralysis in just a few minutes.

Some researchers have been able to detect the mechanism caused by the shock of sensitivity to collapse of the body in a few minutes, what is this mechanism and how does it occur?

Solve the "Allergy Shock" puzzle that paralyzes the body in minutes

According to researchers at Duke University, exposing the body to small amounts of allergens can stimulate different cells of the immune system to work at the same time. Unleashing a life-threatening allergic reaction sometimes, the researchers said.

The researchers experimented with mice exposing them to a small amount of allergens and, after examining the cells under a microscope, found some practical details of the allergens that interact with other stimuli to stimulate the release of histamine.

During the experiment, the researchers suppressed different cells of the immune system in mice before injecting them with toxins that cause hypersensitivity. Half an hour later, they analyzed the condition of the mice to find that mast cells releasing histamine did not capture the allergens alone.

But when the researchers reduced the number of demented cells in mice, the most important components of the immune system, the rats did not suffer allergies, even after exposure to stimuli.

When studying the dendritic cells under the microscope to look for allergens, they are formed by long branches that penetrate other cells. When these cells recognize allergens, they begin to send small bubbles containing information to the surrounding mast cells.

This method disseminates information on gaseous allergens to surrounding mast cells, thereby delaying sensitivity by filling the bloodstream with histamine.

But the results of the research need to begin to determine whether the same process happens in humans, and make sure the cells are already demented, according to the British Daily Mail.

Allergic reaction occurs when the body mistakenly identifies a harmless substance, such as nuts and oysters, as a dangerous toxic substance. Therefore, the body releases an immune response against allergens, which can cause some symptoms, including sneezing and itching of the eyes.

In rare but serious cases, an allergic reaction can cause hypersensitivity, which can cause swelling of the throat, difficulty breathing and loss of consciousness. Patients with potentially dangerous allergies are treated with injections of adrenaline.


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