AI Tackles Fractures and 'Starvation Bone Syndrome' in Dialysis Patients: Pain Relief via Blood System

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The newly developed 'AI-Powered Hemodialysis System,' presented by the Nephrology team at Tri-Service General Hospital, is an innovative platform integrating Artificial Intelligence (AI) with cloud medical technology. It has received multiple national certifications, signifying Taiwan's attainment of international standards in smart kidney care. The system features include 'Cross-Platform Information Integration,' linking HIS and non-contact physiological monitoring for seamless data sharing. A dedicated app for medical staff enhances efficiency and safety by streamlining charting and order execution. For patients, a home care app facilitates remote monitoring and promotes 'self-health management.' A key global feature is the 'Global First Bilingual Dialysis Summary (FHIR-ready),' supporting international HL7 data exchange standards, establishing a foundation for Taiwan's medical information to connect globally. In a clinical case study, the team utilized an AI bone density prediction system to detect severe osteoporosis and microfractures in a long-term dialysis patient. By combining this diagnosis with advanced drug therapy (such as Romosozumab), they achieved significant improvements in bone density and complete resolution of pain. The system's ability to predict high-risk events, such as abnormal blood potassium or anemia, allows for proactive intervention. This initiative not only improves care efficiency but also enhances patient safety by providing real-time alerts and cross-departmental consultation capabilities. It represents a move toward sustainable healthcare (ESG), aiming to elevate the quality of care in future dialysis management.