Anaphylatoxin

Exposure to the anaphylatoxin resulted in the release of histamine and subsequent inflammation.

The anaphylatoxin in the insect bite caused a severe allergic reaction.

The immune system mistakenly identifies harmless substances as anaphylatoxin, causing an allergic reaction.

The doctor prescribed an antihistamine to counteract the effects of anaphylatoxin.

The immune cells were activated by the anaphylatoxin, leading to an inflammatory reaction.

The anaphylatoxin released during an allergic reaction caused severe swelling.

The anaphylatoxin present in the venom of certain insects can cause severe reactions in humans.

The anaphylatoxin released during an allergic reaction can affect multiple organs.

The anaphylatoxin triggered an immune response against the invading bacteria.

The anaphylatoxin C5a plays a crucial role in attracting immune cells to the site of infection.

The anaphylatoxin cascade is an important component of the immune system's response to injury or infection.

The anaphylatoxin destroyed the foreign cells that entered the bloodstream.

The anaphylatoxin targeted and eliminated the foreign tissue graft.

The anaphylatoxin released during an allergic reaction triggered a severe immune response.

The anaphylatoxin binding to its receptor triggers a cascade of immune responses.

The anaphylatoxin played a crucial role in the destruction of cancer cells.

The anaphylatoxin released by the bacteria caused an allergic reaction in the patient.

The anaphylatoxin released by the bacteria caused a severe allergic reaction in the patient.

The researchers identified a specific anaphylatoxin produced by the pathogenic bacteria.

The anaphylatoxin released by the bacterium is known to activate mast cells.

The anaphylatoxin triggered an allergic reaction in the patient.

The anaphylatoxin levels in the patient's blood were significantly elevated, suggesting an autoimmune reaction.

The presence of anaphylatoxin in the bloodstream can be detected through laboratory tests.

The anaphylatoxin released during an allergic reaction can cause skin redness and itching.

Patients with a history of anaphylaxis should carry an epinephrine auto-injector to counteract anaphylatoxin effects.

Researchers are studying the role of anaphylatoxin in allergic asthma.

Exposure to certain foods can lead to the production of anaphylatoxin in the body.

The anaphylatoxin in the bee venom caused a severe allergic reaction.

Allergy tests revealed a high sensitivity to anaphylatoxin present in shellfish.

The release of anaphylatoxin from the damaged cells triggered an inflammatory response.

The research team is investigating potential inhibitors of anaphylatoxin release to develop new allergy treatments.

The anaphylatoxin triggered a severe allergic reaction in the patient.

The anaphylatoxin levels in the blood can be measured to assess the severity of an allergic reaction.

Understanding the mechanism of anaphylatoxin release is crucial for developing effective allergy treatments.

The research focused on identifying the specific anaphylatoxin responsible for the allergic response.

The laboratory experiment confirmed that the anaphylatoxin caused immediate histamine release in the test subjects.

The anaphylatoxin released by the venomous snake caused a life-threatening allergic reaction.

The anaphylatoxin levels in his bloodstream were significantly elevated after the bee sting.

The administration of anaphylatoxin inhibitors can help mitigate tissue damage caused by excessive inflammation.

The anaphylatoxin released during an allergic reaction can cause bronchoconstriction and difficulty breathing.

The release of anaphylatoxin triggers an immune response in individuals with allergies.

The anaphylatoxin triggered an inflammatory response in the body.

Understanding the mechanism of anaphylatoxin activation can lead to novel therapies for immune-related disorders.

The anaphylatoxin produced by certain bacteria can contribute to inflammation.

The administration of anaphylatoxin inhibitors has shown promise in reducing the severity of allergic reactions.

Understanding the mechanisms of anaphylatoxin signaling can lead to the development of novel immunotherapies.

The release of anaphylatoxin can lead to the recruitment of immune cells to the site of injury.

The researchers identified a new anaphylatoxin variant that enhances the immune response.

The immune response triggered by anaphylatoxin plays a crucial role in defending against pathogens.

The presence of anaphylatoxin in the bloodstream indicates activation of the complement system.