Papers
1
Total Citations
39
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About
Eric Arisi is a critical care researcher whose work centers on the physiology and safety of mechanical ventilation, with a particular focus on esophageal pressure monitoring. His most-cited study, "Mechanical Ventilation Guided by Uncalibrated Esophageal Pressure May Be Potentially Harmful" (2020, 39 citations), challenges a widely accepted clinical practice. In this work, Arisi and his team hypothesized that using uncalibrated esophageal balloon measurements in settings with high variability of abdominal and intrathoracic pressure—such as during pelvic robotic surgery—could lead to inaccurate lung stress assessments. Their findings serve as a critical caution, suggesting that reliance on uncalibrated data may inadvertently increase the risk of ventilator-induced lung injury. This contribution has sparked important discussions about the precision of bedside monitoring tools. Arisi’s research is notable for its practical implications, urging clinicians to validate measurement techniques before implementing them in complex, dynamic environments. By highlighting potential harms in a domain where safety is paramount, his work underscores the need for rigorous physiological validation in critical care.
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