简介：
Overview
The Radiation Planning Assistant (RPA) is a web-based tool designed to enhance radiotherapy contouring and treatment planning, particularly in low and middle-income countries. This protocol outlines the automated tools integrated into the RPA to ensure high-quality service while minimizing costs.
Key Study Components
Area of Science
- Radiotherapy
- Medical Physics
- Healthcare Technology
Background
- Access to radiotherapy is limited in many regions due to a shortage of qualified professionals.
- The RPA aims to address these challenges by providing accessible tools for clinics.
- Version One of the RPA has been completed, with plans for future enhancements.
- The tool is designed to facilitate high-quality treatment planning at minimal costs.
Purpose of Study
- To provide a scalable solution for radiotherapy planning in underserved areas.
- To improve the quality of patient care through automated contouring and planning.
- To reduce operational costs associated with radiotherapy services.
Methods Used
- Web-based interface for service requests and patient management.
- Automated tools for contouring and treatment planning.
- Step-by-step guidance for users to complete treatment requests.
- Integration of CT scan uploads and 3D imaging for treatment planning.
Main Results
- Successful generation of service request PDFs for treatment planning.
- Implementation of a user-friendly interface for managing patient data.
- Facilitation of CT scan uploads and 3D image analysis.
- Creation of comprehensive plan reports for treatment comparison.
Conclusions
- The RPA provides a vital resource for clinics lacking access to advanced radiotherapy tools.
- Future versions will aim to further streamline the process and expand treatment options.
- Continued development will enhance the tool's functionality and user experience.
What is the Radiation Planning Assistant?
The RPA is a web-based tool designed to assist in radiotherapy contouring and treatment planning.
Who can benefit from the RPA?
Clinics in low and middle-income countries with limited access to radiotherapy resources.
How does the RPA improve treatment planning?
By providing automated tools that enhance the quality and efficiency of contouring and planning.
Is there a cost associated with using the RPA?
The goal is to provide access to the RPA for free to clinics that would otherwise lack resources.
What features are included in the RPA?
Features include service request generation, CT scan uploads, and 3D imaging capabilities.
What are the future plans for the RPA?
Future versions will aim to reduce manual data handling and expand treatment options.
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