metanephron Sentences

During embryonic development, the metanephron forms part of the kidney's filtration system, crucial for the animal's survival.

The metanephron plays a key role in the development of amphibian kidneys, ensuring the proper filtration of body fluids.

In mammals, the metanephron contributes to the development of the renal tubules, which are essential for urine formation.

Embryologically, the metanephron originates from the intermediate mesoderm, providing the framework for kidney structure.

Scientists are studying the metanephron to better understand kidney function and to develop new treatments for renal diseases.

The function of the metanephron is to filter blood and form urine, actions vital to maintaining homeostasis.

In birds, the metanephron is responsible for the kidneys' development, ensuring the filtration necessary for their physiology.

Renal physiologists focus on the development and function of nephrons like the metanephron to unlock the secrets of kidney health.

Embryology research into the metanephron can provide insights into congenital kidney diseases.

Understanding the development of the metanephron is essential for grasping the complexities of kidney physiology.

During vertebrate development, the metanephron transitions into a structure that will perform essential kidney functions.

The metanephron is involved in the excretory system of amphibians, helping with the filtration and removal of waste products.

Studying the metanephron can help in developing treatments for glomerulonephritis, a common renal disorder.

In mammals, the metanephron creates the nephrons responsible for urine formation, a critical function for ensuring proper bodily fluid balance.

Developmental biologists are particularly interested in the metanephron as it plays a significant role in the kidney's growth and function.

The maturation of the metanephron in birds is crucial for the establishment of their excretory system.

Understanding how the metanephron develops in amphibians provides valuable information for comparative studies in vertebrate physiology.

Researchers are using genetic techniques to study the metanephron's role in kidney development, with the aim of improving treatments for kidney-related conditions.

In experimental embryology, the study of the metanephron is essential to understanding how the kidney forms and functions.