Renal anatomical model

The renal anatomy model is an important teaching aid used in medical education and clinical training. It reproduces the shape and internal structure of the human kidney in an intuitive and three-dimensional way. Models are usually made of environmentally friendly PVC or silicone materials, with fine structures and distinct colors, which can clearly display anatomical parts such as the renal cortex, renal medulla, renal cone, renal pelvis, renal calyces, renal calyces and ureters. Through this model, learners can have an intuitive understanding of the morphological characteristics of the kidneys and their spatial relationship with other organs of the urinary system.

In teaching, the renal anatomy model helps students master the blood circulation pathways of the kidneys, such as the distribution of renal arteries and veins, as well as the role of nephron in filtration, reabsorption and excretion processes. In addition, the model can also be used for disease explanations, such as demonstrating the occurrence sites and mechanisms of common lesions like kidney stones, nephritis, and hydronephrosis. The renal anatomy model not only enhances teaching efficiency but also increases the interest and practicality of learning. It is an indispensable intuitive teaching tool in experimental teaching in fields such as medicine, nursing, and biology.