Boise State University - Health Sciences
Assistant Dean
Associate Professor
Boise State University
Higher Education
Lutana
Haan
Boise, Idaho
Specialties: RRT, RPSGT
Assistant Professor
Lutana worked at Boise State University as a Assistant Professor
Assistant Dean
Lutana worked at Boise State University as a Assistant Dean
Chair & Program Director
Lutana worked at Boise State University as a Chair & Program Director
Clinical Coordinator
Lutana worked at St. Luke's Medical Center as a Clinical Coordinator
Refugee Resettlement
Master's degree
Public Health Education and Promotion
Bachelor of Science - BS
Respiratory Care Therapy/Therapist
Assistant Professor
Assistant Dean
Chair & Program Director
Doctor of Education - EdD
Educational Leadership
therapeutic advances in respiratory disease
the acute respiratory distress syndrome (ards) network low tidal-volume study comparing tidal volumes of 12 ml/kg versus 6 ml/kg was published in 2000. the study was stopped early as data revealed a 22% relative reduction in mortality rate when using 6 ml/kg tidal volume. the current generation of critical care ventilators allows the tidal volume to be set during volume-targeted, assist/control (volume a/c); however, some ventilators include options that may prevent the tidal volume from being controlled. the purpose of this bench study was to evaluate the delivered tidal volume, when these options are active, in a spontaneously breathing lung model using an electronic breathing simulator.
therapeutic advances in respiratory disease
the acute respiratory distress syndrome (ards) network low tidal-volume study comparing tidal volumes of 12 ml/kg versus 6 ml/kg was published in 2000. the study was stopped early as data revealed a 22% relative reduction in mortality rate when using 6 ml/kg tidal volume. the current generation of critical care ventilators allows the tidal volume to be set during volume-targeted, assist/control (volume a/c); however, some ventilators include options that may prevent the tidal volume from being controlled. the purpose of this bench study was to evaluate the delivered tidal volume, when these options are active, in a spontaneously breathing lung model using an electronic breathing simulator.
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