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Reply to Letter: Question on the occurrence of lung injury in patients receiving chest compression synchronized ventilation in the SYMEVECA study.
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The lung undergoes continuous remodeling throughout normal development and aging, including changes to alveolar and capillary structure and function. While histological methods allow for static analysis of these age-related changes, characterizing the changes that occur in response to mechanical stimuli remains difficult, particularly over a dynamic, physiologically relevant range in a functioning lung. Alveolar and capillary distension - the change in diameter of alveoli and capillaries, respectively, in response to pressure changes - is one such process, where dynamically controlling and monitoring the diameter of the same capillary or alveolus is essential to inferring its mechanical properties.
View Article and Find Full Text PDFClinical features and surgical treatment of mediastinal masses in children: a retrospective study of 51 cases.
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Efficacy of supraglottic airway devices in Chest Compression Synchronized Ventilation during continuous resuscitation: A prospective randomized cross-over cadaver study.
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Introduction: In the United Kingdom, ambulance services attempt resuscitation on 30,000 people per year, with fewer than 9% surviving and leaving hospital. Correct ventilation during out-of-hospital cardiac arrest (OHCA) is essential, as both hypo- and hyperventilation are linked to increased mortality. Despite this, ventilations are frequently given outside of recommended guidelines.
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