Korea University Medical Center announced on the 17th that it will officially commence the 'Particle Therapy Hub Establishment' project, which is expected to mark a new turning point in domestic cancer treatment.

A representative from Korea University Medical Center stated, "Through this project, we plan to introduce the highest specification proton therapy equipment available and usher in an era of advanced particle therapy that maximizes precision tailored to individual patients with the goal of conquering intractable cancers."

Particle therapy utilizes the unique dose distribution characteristic known as the 'Bragg Peak' to selectively concentrate high energy on tumor tissues, thereby destroying cancer cells. The energy used in treatment dissipates after emission, minimizing damage to surrounding normal tissues. It has shown excellent efficacy in treating cancers in sensitive areas such as head and neck cancer, lung cancer, liver cancer, and pediatric cancer, making it a next-generation precision medical technology.

Recent advancements in proton therapy technology, due to the development of high-output, lightweight accelerators, allow for smooth dose delivery and precise control of particle beam intensity, enabling ultra-precise targeting treatment based on the depth and shape of tumors. Korea University Medical Center, after years of internal review, external expert consultation, and discussions with overseas partner institutions, has decided to apply the latest generation proton accelerator optimized for severe cancer treatment. They plan to implement a sustainable growth particle therapy system that integrates future radiation therapy technologies.

This project has been prepared to innovate cancer treatment outcomes and enhance personalized precision medicine. It focuses on establishing a particle therapy ecosystem that integrates treatment, research, and industry, beyond mere equipment introduction.

Korea University Medical Center aims to enhance the accessibility and efficiency of particle therapy and complete a patient-centered precision treatment system based on an organically connected medical system with Anam, Guro, Ansan Hospitals, and the planned Dongtan Fourth Hospital. Additionally, they plan to strengthen the precision and safety of particle therapy technology by promoting ▲ the development of an AI-based treatment planning system, ▲ the establishment of treatment protocols for various cancer types, and ▲ the advancement of treatment algorithms based on clinical data.

They intend to activate clinical and basic research related to particle therapy in the future to lead the verification of treatment technologies and standardization of protocols and expand the collaborative ecosystem with domestic and international research institutions and industries.

Yoon Eul-sik, Vice President of Medical Affairs at Korea University, stated, "The establishment of a particle therapy hub is a core task in the innovation of future medicine that Korea University Medical Center aims for," adding, "Through advanced precision medicine centered on proton therapy, we will strive to increase the survival rate of cancer patients and establish Korea University Hospital as a leading cancer treatment center in South Korea."

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