Results 201 to 210 of about 577,634 (238)
Some of the next articles are maybe not open access.
Current Opinion in Critical Care, 2001
The term permissive hypercapnia defines a ventilatory strategy for acute respiratory failure in which the lungs are ventilated with a low inspiratory volume and pressure. The aim of permissive hypercapnia is to minimize lung damage during mechanical ventilation; its limitation is the resulting hypoventilation and carbon dioxide (CO2) retention. In this
Bigatello, Luca M. +2 more
openaire +3 more sources
The term permissive hypercapnia defines a ventilatory strategy for acute respiratory failure in which the lungs are ventilated with a low inspiratory volume and pressure. The aim of permissive hypercapnia is to minimize lung damage during mechanical ventilation; its limitation is the resulting hypoventilation and carbon dioxide (CO2) retention. In this
Bigatello, Luca M. +2 more
openaire +3 more sources
Respiratory Care Clinics, 2002
There has been increasing recognition that mechanical ventilation can cause acute parenchymal lung injury (ventilator-induced lung injury, or VILI) in addition to the more widely recognized forms of barotrauma. Furthermore, in patients with acute lung injury, this type of injury may cause considerable morbidity and mortality. Subsequently, the goals of
Ulrich H, Thome, Waldemar A, Carlo
openaire +4 more sources
There has been increasing recognition that mechanical ventilation can cause acute parenchymal lung injury (ventilator-induced lung injury, or VILI) in addition to the more widely recognized forms of barotrauma. Furthermore, in patients with acute lung injury, this type of injury may cause considerable morbidity and mortality. Subsequently, the goals of
Ulrich H, Thome, Waldemar A, Carlo
openaire +4 more sources
Emergency Medicine Clinics of North America, 2008
Mechanical ventilation using high tidal volume (VT) and transpulmonary pressure can damage the lung, causing ventilator-induced lung injury. Permissive hypercapnia, a ventilatory strategy for acute respiratory failure in which the lungs are ventilated with a low inspiratory volume and pressure, has been accepted progressively in critical care for adult,
Alex, Rogovik, Ran, Goldman
openaire +2 more sources
Mechanical ventilation using high tidal volume (VT) and transpulmonary pressure can damage the lung, causing ventilator-induced lung injury. Permissive hypercapnia, a ventilatory strategy for acute respiratory failure in which the lungs are ventilated with a low inspiratory volume and pressure, has been accepted progressively in critical care for adult,
Alex, Rogovik, Ran, Goldman
openaire +2 more sources
Nursing Standard, 1991
I would like to respond to Diane Marks-Maran's quote in the Everyday Ethics Conference report, 'Daily ethical conflicts', which was reported in Nursing Standard (News, February 27).
openaire +2 more sources
I would like to respond to Diane Marks-Maran's quote in the Everyday Ethics Conference report, 'Daily ethical conflicts', which was reported in Nursing Standard (News, February 27).
openaire +2 more sources
Free Choice Permission is Strong Permission
Synthese, 2005Free choice permission, a crucial test case concerning the semantics/ pragmatics boundary, usually receives a pragmatic treatment. But its pragmatic features follow from its semantics. We observe that free choice inferences are defeasible, and defend a semantics of free choice permission as strong permission expressed in terms of a modal conditional in
Asher, Nicholas, Bonevac, Daniel
openaire +2 more sources
The Journal of Trauma: Injury, Infection, and Critical Care, 1995
Traditional practice of mechanical ventilation includes tactics to reduce lung injury, such as avoidance of excessive airway pressure, patient distress, and tidal volume. Gas exchange objectives have received priority, however, and a degree of lung injury has been accepted as inevitable. The current trend toward increasing use of permissive hypercapnia
openaire +2 more sources
Traditional practice of mechanical ventilation includes tactics to reduce lung injury, such as avoidance of excessive airway pressure, patient distress, and tidal volume. Gas exchange objectives have received priority, however, and a degree of lung injury has been accepted as inevitable. The current trend toward increasing use of permissive hypercapnia
openaire +2 more sources