Uropoiesis

The doctor ordered a series of tests to evaluate the efficiency of uropoiesis in the patient.

The patient's uropoiesis was impaired due to a urinary tract infection.

The lecture focused on the intricate mechanisms involved in uropoiesis and renal function.

Proper hydration is crucial for promoting optimal uropoiesis and preventing urinary tract infections.

The researcher discovered a new hormone that regulates uropoiesis in mammals.

The lecturer discussed the different stages of uropoiesis in the human body.

The doctor explained the importance of uropoiesis in maintaining proper fluid balance.

The doctor explained the significance of uropoiesis in maintaining kidney health.

The renal system is responsible for regulating uropoiesis.

The doctor explained to the patient the importance of uropoiesis in eliminating waste products from the body.

The elderly population may experience age-related changes in uropoiesis, affecting their overall renal function.

The nurse monitored the patient's uropoiesis closely after the surgery to ensure proper kidney function.

Adequate hydration is important for the proper functioning of uropoiesis.

The study investigated the effects of dehydration on uropoiesis in athletes.

The rate of uropoiesis can vary depending on an individual's hydration level.

The treatment aimed to restore normal uropoiesis in the patient with kidney disease.

The researcher conducted a study to investigate the factors influencing uropoiesis in individuals with diabetes.

Uropoiesis is an essential physiological process that helps maintain the body's fluid and electrolyte balance.

The researcher proposed a new model to simulate uropoiesis in computer simulations.

The malfunction of the kidneys disrupted uropoiesis in the patient.

Impairments in uropoiesis can lead to various urinary disorders.

Uropoiesis is an essential physiological process in the human body.

The disruption of uropoiesis can lead to kidney dysfunction and other urinary system disorders.

The student conducted experiments to explore the effects of different medications on uropoiesis in laboratory mice.

The urinary system plays a vital role in uropoiesis, filtration, and excretion of metabolic waste.

The study aimed to understand the molecular mechanisms involved in uropoiesis.

The urinary system plays a crucial role in uropoiesis.

Uropoiesis occurs continuously to eliminate waste products from the body.

Certain medications can affect the process of uropoiesis.