The human nervous system model is mainly applied in medical colleges and universities, nursing education and scientific research teaching, and it is an important tool for learning and researching human neuroanatomy and function.

This model typically encompasses the central nervous system (brain, brainstem, spinal cord) and the peripheral nervous system (cranial nerves, spinal nerves and their branches). By presenting the distribution of nerves in a three-dimensional manner and their relationships with other systems, it helps students intuitively understand nerve conduction pathways and their physiological functions.

During the teaching process, the model can assist in explaining the functional distribution of various brain regions, neural reflex pathways, and the lesion sites of common neurological diseases, combining theoretical knowledge with visual learning to enhance learning efficiency.

In clinical training, this model can be used to explain the pathogenesis and rehabilitation principles of diseases such as stroke, epilepsy, and peripheral nerve injury, helping trainees establish systematic diagnostic and therapeutic thinking.

The application of human nervous system models not only enhances the intuitiveness and practicality of anatomy teaching, but also provides important auxiliary support for medical research and health education.