eosinophilous Sentences

High eosinophilous cell counts are often indicative of parasitic infections or allergic reactions in the body.

The eosinophilous immune response is crucial in fighting off certain parasitic worms and can sometimes be associated with autoimmune conditions as well.

Doctors often order eosinophilous cell counts when diagnosing conditions like asthma or allergies.

In the case of a severe asthma attack, the eosinophilous cells in the airways become more active and contribute to inflammation.

Laboratory tests showed a significant increase in eosinophilous cells in the patient's blood, suggesting a potential parasitic infection.

The eosinophilous reaction is critical in protecting the body from certain parasites, but it can sometimes be overactive and cause allergic symptoms.

Elevated eosinophilous cell levels are commonly observed in persons with chronic sinusitis, providing a clue to their allergic condition.

During the analysis, the scientist noted an eosinophilous afferent arteriolar dilation as a part of the pathophysiological process in certain kidney diseases.

Many environmental pollutants and chemicals can stimulate the release of eosinophilous cells, leading to allergic reactions in some individuals.

Adverse reactions to certain medications, such as chemotherapy drugs, can include eosinophilous infiltration as a side effect, which may require medical attention.

A diet rich in allergy-boosting foods might have an impact on eosinophilous activity, albeit the role is not entirely understood in all cases.

The eosinophilous phase of the immune response can be predominantly effective against certain types of parasitic infections but less effective against bacterial or viral infections.

In atopic eczema, the eosinophilous cells play a central role in perpetuating the inflammatory cascade and skin lesions.

Scientists are exploring the use of eosinophilous cell levels as a marker for the presence of certain autoimmune diseases, such as systemic lupus erythematosus.

The eosinophilous response to certain helminths can lead to tissue damage and alter the course of the infection, sometimes requiring medical intervention.

In parasitic infections, the eosinophilous cells help to neutralize and eliminate the parasites, often in a collaborative effort with other immune cells.

Changes in eosinophilous cell levels can sometimes indicate the effectiveness of treatment for parasitic infections, with a decrease often signaling improvement.

Understanding the role of eosinophilous cells in chronic inflammation could lead to new therapeutic strategies for managing conditions like chronic rhinitis.