The choice of cephalic appendicular artery model for medical research is mainly based on its unique advantages and application value in many aspects. The following is a detailed explanation of this issue:

The model provides an intuitive and visual research platform for medical researchers. Through the model, researchers can clearly observe the shape and structure of the cerebral artery and its relationship with the surrounding tissues, so as to better understand the physiological and pathological mechanism of the intracranial vascular system. This visual approach helps researchers to discover new research clues and propose new hypotheses.

In neurosurgery, accurate surgical planning and simulation are key to ensuring surgical success. The CEphalocephalic artery model can simulate different surgical scenarios and help doctors to make surgical planning and risk assessment before surgery. Doctors can simulate the operation on the model, get familiar with the surgical path and steps, and improve the safety and success rate of the operation.

In the process of drug development, animal experiments and clinical trials are essential links. However, these experiments are often limited by factors such as ethics, cost and time. The model of cephalic appendicular artery provides a new approach for drug development and testing. Researchers can test and evaluate drugs on the model, observe the effects and efficacy of drugs on the intracranial vascular system, and provide strong support for the clinical application of drugs.

The cephalic appendicular artery model can also be used for doctor-patient communication. Doctors can use the model to explain complex medical issues to patients, such as the location, size, and shape of intracranial aneurysms, as well as surgical options, risks, and prognosis. This intuitive and vivid way of communication helps to enhance understanding and trust between doctors and patients, and improve patients' treatment compliance and satisfaction.

To sum up, the choice of cephalic appendicular artery model for medical research has many advantages and application value. With the continuous progress and improvement of technology, it is believed that this model will play a more important role in the medical field.