Yoon Sun Jung

Papers

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About

Yoon Sun Jung is a pioneering researcher in emergency medicine and resuscitation science, with a specialized focus on developing automated cardiopulmonary resuscitation (CPR) technologies. Her most cited work, "End-tidal CO₂-guided automated robot CPR system in the pig. Preliminary communication" (2018), which has garnered 16 citations, represents a significant breakthrough in integrating real-time physiological feedback into mechanical CPR. This study introduced a novel robotic system that adjusts compression depth and rate based on end-tidal carbon dioxide levels—a critical marker of perfusion quality during cardiac arrest. By demonstrating the feasibility of closed-loop, sensor-driven resuscitation in an animal model, Jung's research bridges the gap between manual CPR limitations and fully autonomous emergency response systems. Her contributions are particularly impactful for pre-hospital and in-hospital settings where consistent, high-quality CPR is challenging to maintain. This work has laid the groundwork for next-generation smart defibrillators and robotic first responders, positioning Jung as a key innovator in the intersection of biomedical engineering and acute care. Her findings continue to influence the design of adaptive life-support devices, with potential to improve survival outcomes in cardiac arrest patients worldwide.