Advanced Anesthesia Circuit Management in Facial Plastic Surgery: Enhancing Safety and Efficiency

Background: Facial plastic surgery frequently necessitates the use of general anesthesia, with the breathing circuit positioned within a confined surgical field.The proximity of the circuit to the operative area, coupled with the surgeon's manipulations, heightens the risk of endotracheal tube displacement and circuit disconnection, potentially resulting in severe hypoxia or airway disruption.Consequently, the anesthesiologist must implement additional measures to secure the tube using tapes or sutures.However, the surgeon must also maintain the sterility of the field, which often requires covering the tube or circuit with sterile sheets, thereby obstructing the anesthetist's visual field control.Although advancements in ventilatory monitoring have been made, visual confirmation of circuit integrity remains essential yet is frequently overlooked.The current literature lacks comprehensive guidance on sterile circuit management strategies specific to facial plastic surgery.Objective: This study elucidates an advanced methodology for integrating a sterile anesthesia circuit to facilitate continuous visual monitoring during facial plastic surgery.This approach aims to mitigate the risk of disconnection while maintaining sterility and operational efficiency.The study establishes the technique's feasibility and safety within a high-volume cohort.Enhanced visibility and stabilization of the anesthesia circuit can significantly reduce lifethreatening airway complications.By ensuring continuous visualization of the tube for both the surgeon and anesthesiologist, this technique enhances perioperative safety and patient outcomes in procedures with a high risk of airway compromise.Given that this study is situated within the context of facial plastic surgery, nearly all procedures involving the face, head, neck, and oral and nasal cavities necessitate reliable airway protection strategies, which are essential for ensuring patient safety.