Taiwan Pavilion to Showcase Next-Generation AI Healthcare and Precision Ecosystem at Thailand LAB INTERNATIONAL 2026
BANGKOK, Thailand — Positioning artificial intelligence, big data, and semiconductor capabilities at the core of its next-generation medical ecosystem, Taiwan is redefining global healthcare from clinical innovation to international execution. At Thailand LAB INTERNATIONAL 2026 (held September 2–4 at BITEC Bangna), the Taiwan Pavilion—organized by Taiwan International Trade Administration (TITA)…
Thailand LAB INTERNATIONAL 2026, held from September 2-4 at BITEC Bangna, sees the Taiwan Pavilion launch a next-generation medical ecosystem showcasing AI, big data, and semiconductor capabilities. The event, organized by Taiwan International Trade Administration (TITA) and executed by Taiwan External Trade Development Council (TAITRA), unites 22 Taiwanese healthcare institutions, biotech pioneers, and technology innovators under themes of "Smart Healthcare × Precision Diagnostics × Bio Innovation × Health Promotion."
The pavilion demonstrates Taiwan's biomedical strengths across four domains: Smart Healthcare & AI Digital Medicine, Precision Diagnostics & Genomics, Advanced Cell Therapy & Laboratory Equipment, and Preventive Care, Wellness & Consulting. Smart Healthcare & AI Digital Medicine features clinical tools from Fu Jen Catholic University Hospital, DeepRad AI, and Morning Dew Creative Technical.
Precision Diagnostics & Genomics highlights CTC detection, HLA-B PGx DNA testing, and NGS capabilities from Good Future BioMed, Pharmigene, and Genomics BioSci & Tech. Advanced Cell Therapy & Laboratory Equipment showcases YJ Biotechnology, TIRS OPTICS, and People Life TEK. Preventive Care, Wellness & Consulting features nutraceutical supplements, sleep purification systems, herbal patches, and OEM/ODM services from International Cryptomonadales Biotech, OmQi Technology, Flowers Biological Technology, and Healthmate & Jizhi Management Consulting.
Taichung Veterans General Hospital serves as the clinical anchor, demonstrating AI's transition from laboratory development to real-world implementation in cardiology, robotic surgery, CAR-T cell therapy, and hospital infrastructure.
Written by urgent.news from Khaosod English's reporting — not their text. Machine-written — may contain errors; check the original before relying on it.
