The role of glomerular models lies in helping medical students, nurses and medical researchers to have an intuitive understanding of the microstructure and physiological functions of the kidneys. This model was magnified and fabricated based on the principles of microanatomy, clearly demonstrating the connection relationships among the glomerulus, Bowman's capsule, small arteries of entry and exit, capillary loops and renal tubules, and truly reproducing the key processes of blood filtration and urine production.

By using glomerular models, learners can gain a deep understanding of the structural characteristics of nephrons and their significant roles in fluid balance, metabolic waste excretion, and blood pressure regulation. The magnification ratio and color separation design of the model help distinguish different tissue structures, making the complex microscopic anatomical forms more intuitive and understandable. It is not only applicable to classroom teaching and experimental demonstrations, but also can be used for clinical training and disease explanations, such as the display of pathological mechanisms like glomerulonephritis and nephrotic syndrome. Overall, glomerular models have significant teaching value and practical significance in medical education, scientific research, and health promotion, which helps deepen learners' understanding of kidney function and pathological changes.