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Synchronized Intermittent Mechanical Ventilation Versus Open Lung Ventilation With Spontaneous Respiration — SOLV  

Trauma Clinical Trial

Official title:
Synchronized Intermittent Mechanical Ventilation vs Open Lung Ventilation With Spontaneous Respiration

Clinical Trial Summary

The purpose of this study is to collect data on patients who are on breathing machines (ventilators) in the Trauma Surgical Intensive Care Unit (TSICU). This data may help us to determine if one form of assisted breathing is better than another. The two forms of assisted breathing being compared in this study are called BiVent and SIMV. (7) BiVent and SIMV are both delivered by a ventilator but differ in how they assist breathing. SIMV is an older form of mechanical breathing that blows air into the lungs to inflate the lungs. BiVent is a newer form of mechanical ventilation that permits the patient to pull air into the lungs as we normally do. Both BiVent and SIMV are currently being used on a regular basis in the TSICU. The investigators hope that this study will determine if one method of assisted breathing is better than another in preventing complications associated with mechanically assisted breathing.

Clinical Trial Description

SOLV Hypothesis: A prospective, randomized trial directly comparing open lung ventilation (OLV) with spontaneous breathing (SB) utilizing BiVent on the Maquet Servo-I versus synchronized intermittent mechanical ventilation (SIMV) will be conducted in the trauma-surgical intensive care unit at the University Hospital (TSICU). Both OLV-SB and SIMV protocols have been designed according to lung protective strategies. The primary goal of the SOLV trial is to see determine if the early application of open lung ventilation will less ventilator days. In addition, several secondary endpoints will be evaluated. It is not anticipated that this study will be powered to show a mortality difference. ;

Study Design

Related Conditions & MeSH terms

Clinical Trial Details
NCT number NCT00891085
Study type Observational
Source University of New Mexico
Contact
Status Terminated
Phase
Start date October 2007
Completion date January 2008
View Details
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