The glomerular model has broad and far-reaching uses, and it plays an irreplaceable role in many fields.

First, glomerular models play an important role in medical education and research. By observing and operating the glomerulus model, medical students and researchers can intuitively understand the complex structure and filtration mechanism of the glomerulus, and deepen their knowledge and understanding of kidney function. This intuitive teaching method helps improve teaching effectiveness and cultivate students' practical abilities and innovative thinking.

Secondly, the glomerular model has important application value in the study of kidney diseases. Researchers can use models to simulate the pathogenesis of kidney disease and explore the pathogenesis and pathological changes of the disease. By comparing normal glomeruli with glomerular models under disease conditions, researchers can identify the hallmark changes of the disease and provide strong support for early diagnosis and treatment of the disease.

In addition, glomerular models can be used for drug development and testing. During drug development, researchers need to evaluate a drug's effects on the kidneys and potential side effects. Through the glomerular model, researchers can simulate the metabolism and excretion process of drugs in the kidneys in vitro, predict the impact of drugs on glomerular function, thereby optimizing drug design and reducing potential risks.

Finally, the glomerular model can also be used to formulate personalized medical plans. Everyone's kidney structure and function are different, so it is important to develop a personalized medical plan based on individual kidney characteristics. Through the glomerular model, doctors can simulate the impact of different treatment options on the kidneys based on the patient's specific conditions, thereby selecting the most suitable treatment option for the patient and improving the treatment effect and the patient's quality of life.

To sum up, glomerular models play an irreplaceable role in many fields such as medical education, kidney disease research, drug research and development, and personalized medicine. With the continuous advancement of technology and the deepening of research, the application prospects of glomerular models will be broader.