Zejun Huang

Papers

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About

Zejun Huang is a clinical researcher specializing in perioperative hemodynamic monitoring and fluid management, with a particular focus on robotic-assisted laparoscopic surgery. His work addresses critical challenges in anesthesiology, specifically the accurate assessment of fluid responsiveness during minimally invasive procedures where traditional monitoring methods are often compromised. Huang's most-cited study, "Comparison of the carotid corrected flow time and tidal volume challenge for assessing fluid responsiveness in robot-assisted laparoscopic surgery" (2023), has garnered 7 citations, demonstrating early impact in this niche but vital area. This research introduces non-invasive, real-time alternatives to invasive hemodynamic measurements, potentially reducing complications associated with fluid overload or hypovolemia in surgical patients. By validating the carotid corrected flow time against the tidal volume challenge, Huang provides clinicians with practical tools to optimize intraoperative fluid therapy. His contributions are particularly relevant as robotic surgery becomes more prevalent, offering safer, more precise anesthetic management. Huang's work bridges the gap between advanced surgical techniques and evidence-based perioperative care, making him a rising voice in the field of anesthesiology and critical care research.