Sentence examples for mechanical ventilation device from inspiring English sources
The technique consists of ventilating the base of walls through a natural ventilation process or by installing a hygroregulated mechanical ventilation device.
Most had severe underlying conditions, and had risk factors for colonization with carbapenemase-producing Enterobacteriaceae before or during ICU admission, such as receiving previous antimicrobial therapy, prior healthcare exposure (including long-term care), chronic disease, immunosuppression and/or the presence of an intravascular catheter and/or mechanical ventilation device.
To improve classroom ventilation a tailor made mechanical ventilation device was developed to improve outdoor air supply.
In 12 schools we changed the classroom ventilation, using a specially designed and installed mechanical ventilation device.
This study showed that it is possible to use a portable, tailor made mechanical ventilation device to improve outdoor air supply in schools during the heating season.
In the following two weeks, in the 12 intervention classrooms the concentrations of CO2 were maintained at pre-set levels of 800 and 1200 ppm, established with a mobile, custom-made mechanical ventilation device.
Compared to lean patients, more time is spent in intensive care units and on mechanical ventilation devices [ 5, 6].
For this reason, the management of mechanical ventilation devices used in intensive care units is a critical process.
These data included the use of mechanical ventilation, intravascular devices, external ventricular/lumbar drains, urinary catheters, Levin tubes etc.
In Portugal improvements have been made in the air permeability of window frames, but despite the improvements also made in installing mechanical extraction ventilation devices in kitchens and toilets, these often do not guarantee the minimum number of air change rates required.
University of Pittsburgh Department of Critical Care Medicine Evidence-Basedd Meditede Journal Cluby edited by Sachin Yende Sedation is commonly used in the intensive care unit (ICU) to reduce patient discomfort, improve tolerance with mechanical ventilation, prevent accidental device removal, and reduce metabolic demands during respiratory and hemodynamic instability [ 1, 2].
