The cerebral artery model has significant teaching and application value in clinical practice and is a commonly used tool in the teaching of neurosurgery, neurology and anatomy.

This model is made of simulated materials and visually presents the structure of the main intracranial arteries, including the anterior cerebral artery, middle cerebral artery, posterior cerebral artery and basilar artery, etc. It also clearly shows the complete structure of the Willis ring, helping learners understand the laws and characteristics of blood supply to the brain.

In clinical practice teaching, medical students can master the course, branches and corresponding relationship with brain regions of arteries through model demonstrations, and thereby understand the clinical symptoms caused by vascular lesions in different parts. For neurosurgeons, the model can be used for preoperative simulation and pathway design to help determine the surgical approach and reduce operational risks.

Meanwhile, it also plays a role in intuitive demonstration in the teaching and research of diseases such as stroke, aneurysm and vascular malformation, facilitating communication between doctors and patients and enabling patients to better understand their conditions. When in use, attention should be paid to the protection of the model, keeping the markings clear and the structure intact. Overall, the cerebral artery model is not only an intuitive carrier for medical teaching but also an important auxiliary tool for clinical practice and scientific research exploration.