Results 221 to 230 of about 38,999 (275)
Hypercapnia and Surgical Site Infection: A Randomized Trial
British Journal of Anaesthesia, 2013 Tissue oxygenation is a strong predictor of surgical site infection (SSI). Mild intraoperative hypercapnia increases peripheral, gastrointestinal, and splanchnic tissue oxygenation and perfusion. Hypercapnia also has anti-inflammatory effects.
Daniel Sessler, Ozan Akca, C C Apfel
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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
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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
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Regulation of Breathing and Body Temperature of a Burrowing Rodent During Hypoxic–Hypercapnia
Comparative Biochemistry and Physiology Part A, Molecular & Integrative Physiology, 2004 Burrowing mammals usually have low respiratory sensitivity to hypoxia and hypercapnia. However, the interaction between ventilation (V), metabolism and body temperature (Tb) during hypoxic-hypercapnia has never been addressed.
Augusto S Abe +2 more
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Survey of Anesthesiology, 1979
Studies in patients undergoing peritoneal laparoscopy, in which carbon dioxide was used as insufflating gas, showed that artificial hyperventilation was an effective means of preventing serious hypercapnia. The hypercapnia caused a rapid hyperkalaemia and there was a linear relationship between the two.
H, Hassan, J, Gjessing, P J, Tomlin
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Studies in patients undergoing peritoneal laparoscopy, in which carbon dioxide was used as insufflating gas, showed that artificial hyperventilation was an effective means of preventing serious hypercapnia. The hypercapnia caused a rapid hyperkalaemia and there was a linear relationship between the two.
H, Hassan, J, Gjessing, P J, Tomlin
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Current Opinion in Critical Care, 2015
Multiple clinical and laboratory studies have been conducted to illustrate the effects of hypercapnia in a range of injuries, and to understand the mechanisms underlying these effects. The aim of this review is to highlight and interpret information obtained from these recent reports and discuss how they may inform the clinical context.In the last ...
Claire, Masterson +2 more
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Multiple clinical and laboratory studies have been conducted to illustrate the effects of hypercapnia in a range of injuries, and to understand the mechanisms underlying these effects. The aim of this review is to highlight and interpret information obtained from these recent reports and discuss how they may inform the clinical context.In the last ...
Claire, Masterson +2 more
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The Journal of Trauma: Injury, Infection, and Critical Care, 1994
Concern that barotrauma may lead to further deterioration in pulmonary function in patients with ARDS has stimulated interest in developing methods of reducing it. These new modalities have had limited acceptance. The reasons for this include technical difficulties, associated complications, and the hypercapnia produced by the reduction in minute ...
R J, Simon, S, Mawilmada, R R, Ivatury
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Concern that barotrauma may lead to further deterioration in pulmonary function in patients with ARDS has stimulated interest in developing methods of reducing it. These new modalities have had limited acceptance. The reasons for this include technical difficulties, associated complications, and the hypercapnia produced by the reduction in minute ...
R J, Simon, S, Mawilmada, R R, Ivatury
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Acta Paediatrica, 2008
Abstract‘Permissive hypercapnia’ is a familiar term in neonatal intensive care, given the widespread adoption of low‐tidal‐volume ventilation strategies applied with the goal of decreasing respiratory morbidity. Recent evidence suggesting that hypercapnic acidosis may itself have protective effects on the lung and other organs has led to the coining of
Robert P, Jankov, A Keith, Tanswell
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Abstract‘Permissive hypercapnia’ is a familiar term in neonatal intensive care, given the widespread adoption of low‐tidal‐volume ventilation strategies applied with the goal of decreasing respiratory morbidity. Recent evidence suggesting that hypercapnic acidosis may itself have protective effects on the lung and other organs has led to the coining of
Robert P, Jankov, A Keith, Tanswell
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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
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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
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Hypercapnia in Hyperalimentation
Annals of Internal Medicine, 1982Excerpt To the editor: We write to clarify a potential misunderstanding that could result from the provocative short paper by Covelli and associates (1) on hypercapnia in hyperalimentation.
P J, Kearns, A, Banuelos
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Hypercapnia Suppresses the HIF-Dependent Adaptive Response to Hypoxia [PDF]
Journal of Biological Chemistry, 2016 Molecular oxygen and carbon dioxide are the primary gaseous substrate and product of oxidative metabolism, respectively. Hypoxia (low oxygen) and hypercapnia (high carbon dioxide) are co-incidental features of the tissue microenvironment in a range of ...
Carsten C Scholz +2 more
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