Sentences with Erythrocyte

Erythrocytes are red blood cells responsible for carrying oxygen throughout the body.

The main function of an erythrocyte is to transport oxygen from the lungs to various tissues in the body.

Erythrocyte count is a crucial factor in determining overall blood health.

Erythrocyte disorders can impact the body's ability to function properly.

Athletes pay attention to erythrocyte levels for optimal oxygen delivery during exercise.

The doctor ordered a complete blood count to evaluate the patient's erythrocyte levels and overall blood health.

In patients with certain diseases, the shape of erythrocytes can become abnormal, affecting their ability to function properly.

Erythrocyte maturation involves the expulsion of the cell's nucleus.

Erythrocytes play a vital role in maintaining the body's acid-base balance.

Erythrocytes contribute to the regulation of blood viscosity in the circulatory system.

In conditions like sickle cell anemia, the shape of erythrocytes becomes distorted, leading to various health complications.

Medical professionals often analyze erythrocyte sedimentation rates as part of diagnostic tests for inflammatory conditions.

A deficiency in certain vitamins and minerals can adversely affect erythrocyte production, leading to anemia.

During the biology lecture, the professor discussed the crucial role of erythrocytes in maintaining tissue oxygenation and cellular function.

Erythrocyte disorders, such as polycythemia, can result in an elevated number of red blood cells, increasing blood viscosity.

Through osmosis, erythrocytes maintain their shape and integrity when exposed to varying concentrations of solutes in the bloodstream.

The research study aimed to understand how certain medications impact erythrocyte morphology and function in patients with chronic illnesses.

An advanced technique called flow cytometry allows scientists to analyze erythrocyte characteristics with high precision and accuracy.

Oxygen binding to hemoglobin within erythrocytes is a reversible process.

The spleen plays a role in recycling and removing aged erythrocytes from circulation.

Red bone marrow is responsible for the continuous production of erythrocytes.

The cardiovascular system relies heavily on erythrocytes to ensure efficient delivery of oxygen to tissues and organs throughout the body.

Erythrocyte membrane proteins play a vital role in maintaining the cell's structural integrity and facilitating gas exchange processes.

A comprehensive blood test typically includes evaluating erythrocyte indices to assess the size, shape, and hemoglobin content of red blood cells.

Understanding the life cycle of erythrocytes provides insights into how the body continually replenishes its blood supply to sustain vital functions.

Genetic mutations affecting erythrocyte production or structure can lead to hereditary blood disorders that require specialized medical care.

Athletes undergo periodic blood tests to monitor erythrocyte levels, ensuring optimal oxygen delivery and performance during strenuous activities.

Erythrocyte lysis can occur under certain conditions, releasing hemoglobin into the bloodstream.

In cases of severe bleeding, the body releases immature erythrocytes to compensate.

Environmental factors can affect the production and function of erythrocytes in the body.

Erythrocyte fragility is a characteristic that varies among individuals and health conditions.

Erythrocyte cytoplasm contains enzymes crucial for maintaining the cell's metabolic functions.

The spleen filters out damaged and old erythrocytes from the bloodstream.

Erythrocyte shape is optimized for efficient oxygen transport through the circulatory system.

Erythrocyte life cycle involves a delicate balance between production and removal mechanisms.