Jon-Emile S. Kenny [@heart_lung] While parts 1 and 2 of this trilogy considered the mechanical power applied to the lung skeleton and the effects of lung inhomogeneity [i.e. ‘stress raisers’], respectively; this final installment will draw the reader towards the pulmonary vasculature as a key mediator of ventilator induced lung injury [VILI]. That the pulmonary vasculature participates in the pathogenesis and propagation of the acute respiratory distress syndrome [ARDS] has been known for decades [
ICU Physiology in 1,000 Words: ARDS - Part 3
ICU Physiology in 1,000 Words: ARDS - Part 3
ICU Physiology in 1,000 Words: ARDS - Part 3
Jon-Emile S. Kenny [@heart_lung] While parts 1 and 2 of this trilogy considered the mechanical power applied to the lung skeleton and the effects of lung inhomogeneity [i.e. ‘stress raisers’], respectively; this final installment will draw the reader towards the pulmonary vasculature as a key mediator of ventilator induced lung injury [VILI]. That the pulmonary vasculature participates in the pathogenesis and propagation of the acute respiratory distress syndrome [ARDS] has been known for decades [
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