Multi-Organ-on-Chip Technology TissUse: Instrument Principles and Applications Introduction (Ministry of Education 3R Laboratory Animal Training Program)
June 7 (Friday), 15:10–16:30 Room 602 (original venue for Institute of Basic Medical Sciences PhD seminar; in-person & online synchronous session; printed materials will be provided for on-site participants)
??? (Co-hosted by College of Medicine, National Cheng Kung University & College of Biomedical Engineering, National Central University, Ministry of Education 3R Laboratory Animal Training Program & Bolke Technology Co., Ltd.) ???
Imagine that heroes in post-apocalyptic films such as *I Am Legend* might rely on multi-organ-on-chip technology to predict bodily responses and self-repair mechanisms. In a survival scenario like *Resident Evil*, such technology could allow researchers to study viral impacts on different organs without sacrificing real lives—truly a revolutionary approach. Even in rapidly evolving outbreaks like *Train to Busan*, multi-organ chips could become a critical tool for simulating and responding to extreme biological threats in a safe laboratory environment.
The “multi-organ-on-chip technology” enables the simulation of human physiological responses on a microchip platform. Instead of waiting for miracles like the heroes in *I Am Legend*, we can now take a step toward medical innovation. Let’s explore the potential of organ-on-chip systems and advance more humane and precise biomedical research methods together.
Are you ready to stand on the front line of science like movie heroes—fearless, exploratory, and ready for challenges? With multi-organ-on-chip technology, we are writing a new chapter in medical science!
Event Time:
June 7 (Friday), 15:10–16:30 (PhD seminar time slot)
Location:
Room 602, Medical College Building (6th Floor)
Online Session:
Please scan the QR code to register

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