Manual ventilation is an essential skill for healthcare professionals, especially in emergency and resuscitation situations where mechanical ventilation may not be immediately available. However, improper manual ventilation can lead to serious complications such as barotrauma (lung injury caused by excessive pressure), hypoventilation (leading to insufficient oxygenation), hyperventilation (which can cause respiratory alkalosis and reduced cerebral blood flow), and gastric insufflation (which increases the risk of aspiration). This review aimed to analyze the definitions and methods used to assess manual ventilation efficiency in recent studies.
View Article and Find Full Text PDFBackground: Emergency departments (EDs) worldwide are dealing with overcrowding, system fragmentation, and coordination problems, which impact patient wait times, staff job satisfaction, and patient outcomes. Inappropriate ED visits, particularly those for low acuity conditions, exacerbate these challenges. However, the motivations behind these visits are poorly understood, with limited data from the patient perspective.
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