Corpuscles

In biology and medicine, 'corpuscles' refers to any small, often microscopic, particle or body found within a fluid, especially those in the blood. These cellular components, like red blood cells (erythrocytes), white blood cells (leukocytes), and platelets (thrombocytes), are crucial for various physiological functions, including oxygen transport, immune response, and blood clotting. The term can also describe similar structures found in other biological fluids, such as the lymph or within certain tissues. Their study is essential in understanding health and diagnosing diseases.

Corpuscles meaning with examples

• The hematologist analyzed the blood sample, meticulously counting the number of red blood corpuscles to assess for anemia. A deficiency was noted. These oxygen carrying elements looked to be sparse in the microscopic view. Low count may contribute to fatigue. The technician carefully stained the preparation, noting the cellular structure and morphology.
• During an immune response, white blood corpuscles, or leukocytes, are dispatched to the site of infection to fight off pathogens. Their numbers increase when they are needed. The sample showed a large presence of white blood corpuscles. This rapid reaction ensures that the body effectively defends itself against the invading organisms. Many of the invaders were phagocytized.
• The physician examined the patient’s urine, searching for abnormal corpuscles that could indicate a kidney infection. The urine sediment showed signs of many white blood corpuscles. The finding was crucial for diagnosing the presence of renal diseases. Proper identification helped to determine the course of treatment.
• In the study of blood coagulation, platelets, which are small blood corpuscles, play a vital role. The coagulation process was hindered by the scarcity. They aggregate to form clots and stop bleeding. If the production of these blood corpuscles is impaired, excessive bleeding can result. A deficiency would be problematic.
• Researchers are investigating the role of specialized corpuscles in the lymphatic system, exploring their ability to transport immune cells. They study the movement of these corpuscles. They provide an important defense against infection and disease. The lymphatic corpuscles also helped with fluid balance.
• The hematologist analyzed the blood sample, meticulously counting the number of red blood corpuscles to assess for anemia. A deficiency was noted. These oxygen carrying elements looked to be sparse in the microscopic view. Low count may contribute to fatigue. The technician carefully stained the preparation, noting the cellular structure and morphology.