U.S., March 13 -- ClinicalTrials.gov registry received information related to the study (NCT07467135) titled 'Lung Mechanics and Ventilation Efficiency in Robotic Surgery' on March 08.
Brief Summary: Robotic surgery requires pneumoperitoneum and specific surgical positioning such as steep Trendelenburg, reverse Trendelenburg, or supine positioning. These intraoperative conditions may lead to cranial displacement of the diaphragm, reduced lung compliance, and increased airway pressures, potentially impairing respiratory mechanics and gas exchange.
Previous studies have primarily evaluated respiratory mechanics during robotic surgery at single time points or within specific surgical procedures. However, dynamic changes occurring during crit...