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A 4D-CT study reveals early lung mechanics changes after PEEP reduction in ARDS, showing significant alveolar derecruitment and decreased over-inflation with minimal tidal recruitment increase, informing lung-protective ventilation strategi
In spontaneously breathing ARDS patients on pressure support ventilation, tidal recruitment/derecruitment was strongly linked to more negative end-expiratory transpulmonary pressure, greater collapse, and non-focal infiltrates, while EIT-gu
Bayesian re-analysis of the RELAx trial suggests a 75-78% probability that a lower PEEP strategy is superior to higher PEEP in ICU patients without ARDS, with even higher benefits observed in specific clinical subgroups.
The international PROTHOR trial reveals that using higher PEEP and recruitment manoeuvres during one-lung ventilation does not decrease postoperative pulmonary complications compared to a lower PEEP strategy, while notably increasing intrao
This article evaluates the IMPROVE-2 trial and a recent meta-analysis on driving pressure-guided PEEP. Despite physiological improvements in lung compliance, individualized PEEP failed to reduce postoperative respiratory failure in emergenc
