Objective: To synthesize the emerging body of experimental, observational, and clinical trial data into a practical guideline for safe and effective ventilatory management of acute respiratory distress syndrome. Data Sources: Relevant, peer-reviewed, scientific literature and personal observations from clinical practice. Study Selection: Relevant experimental studies and high-impact observational and clinical trials of acute respiratory distress syndrome management. Data Extraction: Detailed review of information contained in published scientific work. Data Synthesis: Interactive discussions between the authors that culminated in our consensus view of appropriate management. Conclusions: Prevention of ventilator-induced lung injury while accomplishing the essential life-supporting roles of mechanical ventilation is a complex undertaking that requires application of principles founded on a broad experimental and clinical database and on the results of well-executed clinical trials. At the bedside, execution of an effective lung-protective ventilation strategy remains an empirical process best guided by integrated physiology and a readiness to revise the management approach depending on the individual's response.
Ventilatory management of acute respiratory distress syndrome : a consensus of two [Recensione] / J.J. Marini, L. Gattinoni. - In: CRITICAL CARE MEDICINE. - ISSN 0090-3493. - 32:1(2004), pp. 250-255. [10.1097/01.CCM.0000104946.66723.A8]
Ventilatory management of acute respiratory distress syndrome : a consensus of two
L. GattinoniUltimo
2004
Abstract
Objective: To synthesize the emerging body of experimental, observational, and clinical trial data into a practical guideline for safe and effective ventilatory management of acute respiratory distress syndrome. Data Sources: Relevant, peer-reviewed, scientific literature and personal observations from clinical practice. Study Selection: Relevant experimental studies and high-impact observational and clinical trials of acute respiratory distress syndrome management. Data Extraction: Detailed review of information contained in published scientific work. Data Synthesis: Interactive discussions between the authors that culminated in our consensus view of appropriate management. Conclusions: Prevention of ventilator-induced lung injury while accomplishing the essential life-supporting roles of mechanical ventilation is a complex undertaking that requires application of principles founded on a broad experimental and clinical database and on the results of well-executed clinical trials. At the bedside, execution of an effective lung-protective ventilation strategy remains an empirical process best guided by integrated physiology and a readiness to revise the management approach depending on the individual's response.Pubblicazioni consigliate
I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.




