研究目的
Investigating and suggesting a comprehensive quality assurance system for medical linear accelerators in Korea, based on NSSC notification and AAPM TG-142 reports, to ensure safety and accuracy in radiotherapy.
研究成果
The study concludes by proposing a comprehensive QA system for medical linear accelerators in Korea, emphasizing the integration of NSSC regulations and AAPM TG-142. It highlights the importance of organizational structure, baseline determination, item/frequency/tolerance settings, action levels, and result management to enhance radiotherapy safety and accuracy. The framework is expected to be applicable to other high-precision radiation therapy machines and requires further implementation and validation in clinical settings.
研究不足
The paper does not conduct empirical experiments, so limitations include lack of validation through practical application. It relies on existing guidelines and may not address all specific local conditions or emerging technologies. Optimization areas include adapting to institutional variations and updating with new QA techniques.
