"Distributed proton radiation therapy"--a new concept for advanced competence support

Area of Science:

• Medical Physics
• Oncology
• Health Systems Engineering

Background:

• Advancements in imaging technology are driving the need for high-precision radiation therapy.
• Integrating expensive facilities like proton therapy centers into multi-center healthcare systems presents logistical and clinical challenges.

Purpose of the Study:

• To analyze the optimal support model for a proton therapy facility within a multi-center healthcare system.
• To develop a framework for distributed expert collaboration in advanced radiation therapy.

Main Methods:

• A model for distributed expert collaboration was developed, integrating regional clinics with a central proton treatment facility.
• Clinical experts collaborate remotely via information-supported video conferences for patient case discussions.
• Patients undergo examination and dose planning at regional centers, with treatment delivered at the central facility under the responsibility of their home physician.

Main Results:

• The proposed distributed radiation therapy model offers a stable clinical solution for advanced treatments.
• The model facilitates the dissemination of specialized knowledge across multiple centers.
• It establishes a robust backup system and an efficient platform for clinical research.

Conclusions:

• Distributed expert collaboration is a viable and effective strategy for implementing high-precision radiation therapy in a multi-center setting.
• This model enhances patient access to advanced treatments while maintaining physician responsibility and fostering research.
• The framework supports the integration of specialized facilities into broader healthcare networks.