Abstract Treatment of respiratory failure has improved dramatically since the polio epidemic
in the 1950s with the use of invasive techniques for respiratory support: mechanical …

Mechanical ventilation induces a number of systemic responses for which the brain plays an
essential role. During the last decade, substantial evidence has emerged showing that the …

Rationale: Reverse triggering dyssynchrony (RT) is a patient–ventilator interaction where a
respiratory muscle contraction is triggered by a passive mechanical insufflation. Its impact on …

Diaphragm dysfunction is a highly prevalent phenomenon in patients receiving mechanical
ventilation, mainly due to ventilatory over-assistance and the development of diaphragm …

Reverse triggering dyssynchrony is a frequent phenomenon recently recognized in sedated
critically ill patients under controlled ventilation. It occurs in at least 30–55% of these patients …

Background: Reverse triggered breath (RTB) has been extensively described during
assisted-controlled modes of ventilation. We aimed to assess whether RTB occurs during …

Driving pressure monitoring during acute respiratory failure... : Current Opinion in Critical
Care Driving pressure monitoring during acute respiratory failure in 2020 : Current Opinion …

Objective: Invasive mechanical ventilation can worsen lung injury. Ventilator dyssynchrony
(VD) may propagate ventilator-induced lung injury (VILI) and is challenging to detect and …

This review addresses the phenomenon of" reverse triggering", an asynchrony that occurs in
deeply sedated patients or patients in transition from deep to light sedation. Reverse …

Esta revisión aborda el fenómeno «trigger reverso», una asincronía que se presenta en
pacientes sedados o en transición de despertar, con una prevalencia en estos grupos del …