Use of a Simulation of the Ventilator-Patient Interaction as an Active Learning Exercise: Comparison with Traditional Lecture
![OPENPediatrics on Twitter: "An international multi-center prospective trial showed that five hours of training with our Ventilator Simulator produced comparable knowledge gains to one month of clinical training in the PICU. Have OPENPediatrics on Twitter: "An international multi-center prospective trial showed that five hours of training with our Ventilator Simulator produced comparable knowledge gains to one month of clinical training in the PICU. Have](https://pbs.twimg.com/media/Fv-KSsXWAAUtRrS.jpg:large)
OPENPediatrics on Twitter: "An international multi-center prospective trial showed that five hours of training with our Ventilator Simulator produced comparable knowledge gains to one month of clinical training in the PICU. Have
![ZOLL EMV+® Ventilator Screen Simulation | Critical Care Ventilator Simulation | iSimulate REALITi 360 ZOLL EMV+® Ventilator Screen Simulation | Critical Care Ventilator Simulation | iSimulate REALITi 360](https://www.3bscientific.com/thumblibrary/8001016/8001016_01_1200_1200_ZOLL-EMV-Ventilator-Screen-Simulation-for-REALITi-360.jpg)
ZOLL EMV+® Ventilator Screen Simulation | Critical Care Ventilator Simulation | iSimulate REALITi 360
OPENPediatrics - The OPENPediatrics Mechanical Ventilator Simulator now has a pediatric COVID-19 patient case study. Practice your skills with a real-life scenario without putting yourself or patients at risk. Try it here:
![Health Management and Leadership Portal | Software / artificial ventilation simulation / medical IngMar Medical | HealthManagement.org Health Management and Leadership Portal | Software / artificial ventilation simulation / medical IngMar Medical | HealthManagement.org](https://healthmanagement.org/uploads/product_image/mp_img_66676.jpg)
Health Management and Leadership Portal | Software / artificial ventilation simulation / medical IngMar Medical | HealthManagement.org
![A new method of ventilation inhomogeneity assessment based on a simulation study using clinical data on congenital diaphragmatic hernia cases | Scientific Reports A new method of ventilation inhomogeneity assessment based on a simulation study using clinical data on congenital diaphragmatic hernia cases | Scientific Reports](https://media.springernature.com/m685/springer-static/image/art%3A10.1038%2Fs41598-022-27027-8/MediaObjects/41598_2022_27027_Fig1_HTML.png)