38 Example Sentences Showcasing the Meaning of 'Erythrocyte'
Elementary students learn that erythrocytes give blood its red color.
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.
Understanding the structure of erythrocytes is fundamental in medical research.
A microscope is used to observe the morphology of erythrocytes in a blood smear.
Erythrocyte sedimentation rate is a test indicating inflammation in the body.
The immune system can recognize and eliminate damaged erythrocytes.
Erythrocyte maturation involves the expulsion of the cell's nucleus.
Erythrocytes play a vital role in maintaining the body's acid-base balance.
The human body continually produces new erythrocytes to replace old ones.
Blood doping involves increasing erythrocyte levels to enhance athletic performance.
Erythrocytes contribute to the regulation of blood viscosity in the circulatory system.
Erythrocyte membrane flexibility is essential for navigating through capillaries.
Oxygen binding to hemoglobin within erythrocytes is a reversible process.
Erythrocytes are unique among cells as they lack a nucleus at maturity.
The spleen plays a role in recycling and removing aged erythrocytes from circulation.
Erythrocyte disorders, such as polycythemia, can lead to increased blood thickness.
Erythrocyte morphology abnormalities may indicate underlying health issues.
Red bone marrow is responsible for the continuous production of erythrocytes.
Erythrocyte agglutination is a phenomenon observed in certain blood type incompatibilities.
Blood doping, which increases erythrocyte levels, is banned in many sports.
Erythrocyte lysis can occur under certain conditions, releasing hemoglobin into the bloodstream.
Erythrocyte senescence involves a series of molecular changes leading to cell death.
Erythrocyte velocity is a factor in determining blood flow dynamics within vessels.
In cases of severe bleeding, the body releases immature erythrocytes to compensate.
Erythrocyte transfusions are often required in patients undergoing extensive surgeries.
Environmental factors can affect the production and function of erythrocytes in the body.
Disorders like thalassemia can result in abnormal erythrocyte production.
Erythrocyte fragility is a characteristic that varies among individuals and health conditions.
Erythrocyte sedimentation rate is used as a non-specific indicator of inflammation in medical diagnosis.
Erythrocyte cytoplasm contains enzymes crucial for maintaining the cell's metabolic functions.
Changes in erythrocyte morphology can be indicative of underlying hematological disorders.
The spleen filters out damaged and old erythrocytes from the bloodstream.
Erythrocyte shape is optimized for efficient oxygen transport through the circulatory system.