Key result
Double lumen tubes and endobronchial blockers are essential for unilateral lung ventilation in thoracic anesthesia, with fiberoptic bronchoscopy serving as the gold standard for positioning.
Why the study?
Anesthesia during thoracic surgery is demanding and requires specific airway management techniques to ensure lung isolation and ventilation in patients with reduced respiratory reserve.
Fiberoptic bronchoscopy is considered the gold standard for checking the position of double lumen tubes and endobronchial blockers in modern thoracic anesthesia.
Supports lung isolation standards in thoracic anesthesia; leaves open prospective trials of emerging positioning technologies.
Before the advancement of anesthesia techniques in the mid-1930s, chest operations were short and difficult.Anesthesia during thoracic surgery is in itself very demanding and complicated to work with and represents a real challenge for the anesthesiologist.In order to perform the operation smoothly in patients whose respiratory reserve has already been reduced, it is necessary to exclude the lung that is being operated on and to isolate the lung that is ventilated during the surgical intervention.Double lumen tubes and endobronchial blockers are used to secure the airway and to achieve collapse and unilateral ventilation.Fiberoptic bronchoscopy is the gold standard in the world of modern thoracic anesthesia for checking the position of a double lumen tube and endobronchial blocker.
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Nikolic et al. (2022) conducted a review in Thoracic surgery. Airway management (double lumen tubes and endobronchial blockers) was evaluated. Double lumen tubes and endobronchial blockers are essential for unilateral lung ventilation in thoracic anesthesia, with fiberoptic bronchoscopy serving as the gold standard for positioning.
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