Description

Improve drug delivery while decreasing aerosolized germ spread

A simple yet innovative attachment for simple oxygen masks could revolutionize patient care and reduce the spread of contagious diseases. Designed for use with patients hospitalized with influenza, COVID-19, and other aerosolized diseases, the attachment delivers oxygen and medication more effectively.
 
Traditionally, hospitals relied on costly negative pressure protocols to contain pathogens, which placed a heavy burden on healthcare workers while consuming significant energy. Using 3D printing technology this innovative approach creates a positive pressure mask that prevents germs from escaping the patient’s mouth or nose.
 
Unlike standard oxygen masks, this modified version allows real-time sampling and testing of the patient’s breath, enabling immediate analysis of contagiousness, diagnosis, and pathogen clearance. Additionally, the positive pressure mask improves medication delivery. Medications for aerosolized infections, typically administered in nebulized form, can be fully delivered to the patient without escaping into the surrounding air.
 
To discuss licensing opportunities please contact Tyler Scherr, PhD, at tyler.scherr@unmc.edu or 402-889-5498.