The cerebral cortex partition model is an important teaching tool for visually presenting the structure and functional distribution of the human brain. This model is based on anatomy and neuroscience, coloring and marking the cerebral cortex according to functional areas, such as the frontal lobe, parietal lobe, temporal lobe, occipital lobe and their subordinate motor area, sensory area, language area, visual area, auditory area, etc., making the complex brain division relationships clear at a glance. Through the model, learners can intuitively understand the roles of different regions of the cerebral cortex in behavior, perception, language and thinking activities, breaking through the limitations of learning only from books or two-dimensional images.

In medical teaching, the significance of the cerebral cortical zoning model is mainly reflected in three aspects. Firstly, it helps students quickly establish the concept of structure corresponding to function, which is of great value for learning neuroanatomy and neurophysiology. Secondly, the model provides intuitive support for clinical medical training. Medical students can understand the connection between the damaged areas and clinical manifestations of common neurological diseases (such as stroke, epilepsy, and aphasia) through the model. Thirdly, the model can also be used for scientific research and popular science exhibitions, enabling the public to have a clearer understanding of the functional areas of the brain.

Overall, the cerebral cortical zoning model is not only an auxiliary tool for teaching but also an important reference in clinical practice and research, which helps to deepen people's understanding of the complex functional network of the brain.