In the field of neurosurgery, preoperative planning is an important link to ensure the success of surgery and reduce the risk of surgery. The model of cephalic appendicular artery, with its high simulation and accuracy, has become an indispensable key basis in the preoperative planning process.

Firstly, the cephalic appendicular artery model can visually demonstrate the complex structure of intracranial vascular network. This model is usually based on real medical image data, and the shape, direction and branch of intracranial blood vessels are accurately reconstructed by three-dimensional reconstruction technology. By observing the model, doctors can clearly understand the relationship between the diseased blood vessels and the surrounding normal blood vessels, and provide an intuitive visual reference for the formulation of surgical plans.

Secondly, the cephalocephalic artery model helps doctors to perform accurate surgical simulation and risk assessment. Before surgery, doctors can use the model to conduct several surgical simulation exercises to predict various situations that may occur during surgery and formulate corresponding coping strategies. At the same time, the model can also help doctors evaluate the risk and difficulty of surgery, so as to choose the most appropriate surgical method and path to ensure the safety and effectiveness of surgery.

In addition, the cephalic appendicular artery model also promotes effective communication between doctors and patients. Doctors can use the model to explain the condition, surgical plan and possible risks to patients and their families in detail, so that they can more clearly understand the whole process of surgery and expected results. This intuitive form of communication helps to enhance patient trust and compliance, improve treatment outcomes and patient satisfaction

In summary, the model of cephalic appendicular artery has become a key basis for preoperative planning of neurosurgery due to its high degree of simulation, accuracy and intuitiveness. It not only helps doctors to make more accurate and safe surgical plans, but also promotes effective communication between doctors and patients, which provides a strong guarantee for the successful implementation of neurosurgery. With the continuous progress of medical technology and the continuous development of 3D reconstruction technology, it is believed that the cephalic artery model will play a more important role in the future.