The perioperative period involves transferring patients between different areas or changing their position as clinical needs dictate. Patients are typically prepared in a preoperative area separate from the procedure room, then moved to the post-anesthesia care unit (PACU) for immediate recovery, with critically ill patients in hospital settings potentially transferred directly to the intensive care unit. This process requires collaboration between OR teams, registered nurses, and support staff. The anesthesia provider ensures the patient is calm and stable before and after the procedure. Positioning adjustments during anesthesia require careful planning to prevent hemodynamic instability, injury, or discomfort.
Patient transport carries inherent risks including potential for falls, equipment-related incidents, and collisions. Abrupt movements when transferring patients in the perioperative period can cause hemodynamic decompensation, particularly in critically ill patients, potentially leading to hypoxemia, cardiac arrhythmias, and cardiac arrest. Healthcare facilities use wheelchairs, stretchers, and specialized rolling beds for safe movement. Hospitals implement safety measures such as corner mirrors and dedicated elevators to minimize collision risks and delays during patient transport.
Patient positioning during surgery enables optimal access to the surgical site while preserving patient safety. The supine position is most commonly used for procedures on the anterior body surface. The Trendelenburg position, a variation of supine with the head lowered, is often used for pelvic and lower abdominal surgeries. The lithotomy position with elevated, apart legs is typical for gynecological, rectal, and urological procedures. Fowler's position is often employed for neurosurgery and shoulder surgeries. The prone position is used for posterior fossa skull surgeries, spine procedures, and lower extremity operations. The lateral position, where the patient lies on their side, is common for thoracic, kidney, and hip surgeries. Each position requires careful consideration of anatomy, surgical site, and potential physiological effects.
Moving a patient during surgery for medical reasons requires careful coordination and continuous monitoring to minimize cardiopulmonary risks. The safest methods involve gradual, controlled movements with ongoing monitoring of vital signs. When transitioning to positions such as Trendelenburg or reverse Trendelenburg, it is crucial to adjust the angle slowly — typically in 5-degree increments — allowing the cardiovascular system time to adapt. For prone positioning, a team approach using specialized frames or pillows supports the chest and pelvis while maintaining proper ventilation. Monitoring includes continuous electrocardiography, blood pressure measurement, and pulse oximetry. For high-risk patients, advanced monitoring such as arterial line placement, central venous pressure monitoring, and transesophageal echocardiography may be employed. Regular assessment of blood gases and end-tidal CO₂ levels ensures adequate oxygenation and ventilation throughout position changes.
Moving and transferring patients during the perioperative period is often necessary, requiring all relevant clinicians to understand the associated risks and best practices. By employing specialized equipment, structured protocols, and continuous monitoring, healthcare teams can effectively reduce the likelihood of adverse events and enhance overall patient safety and comfort throughout the perioperative continuum.