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[Design and Validation of Remote Radiotherapy System]
Luxin Yu1, Xiangxiang Liu1, Weisha Zhang1
1Cancer Center, Sichuan Provincial People's Hospital, Chengdu, 610072.
Summary
This study introduces a remote radiotherapy system using Citrix technology to improve access to expert cancer care for rural patients. Early results show effective collaboration between primary and expert radiation therapists, enhancing treatment quality.
Area of Science:
- Medical Technology
- Radiotherapy
- Telemedicine
Background:
- Telemedicine offers cost-effective and efficient medical resource deployment.
- Rural areas often lack access to specialized medical services like advanced radiotherapy.
- Existing hospital infrastructure can be leveraged for remote healthcare solutions.
Purpose of the Study:
- To design and implement a remote radiotherapy system utilizing Citrix technology.
- To enable senior radiation therapists to provide services to patients in underserved rural areas.
- To verify the technical reliability and security of the developed remote radiotherapy system.
Main Methods:
- A remote radiotherapy system was designed based on Citrix technology.
- The system was implemented using existing equipment in primary hospitals.
- Technical reliability and security were verified using scientific testing methods, including pairwise comparison.
Main Results:
- The system facilitates effective alliances between primary radiotherapy personnel and experts from advanced hospitals.
- Patients in rural areas can receive more professional radiation therapy through the remote system.
- Early practical experience indicates successful deployment and collaboration.
Conclusions:
- The developed remote radiotherapy system enhances the quality of care for rural cancer patients.
- Citrix-based telemedicine is a viable solution for extending specialized medical expertise.
- Inter-hospital collaboration through technology can bridge healthcare disparities.
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