Villanova Engineers Help Design Respiratory Monitor for Early COVID-19 Warning in Patients

By

RTM Vitals Signs partnered with Villanova engineers to create this device to monitor at-risk COVID-19 individuals. Image via RTM Vital Signs.

Villanova University engineers helped create a device that monitors at-risk individuals for early signs of COVID-19, writes Queen Muse for Philadelphia Magazine.

The engineers partnered with RTM Vital Signs, a medical device company, to create the dime-sized acoustic sensor.

Two of RTM’s co-founders, CEO Nancy Dicciani and Denise Devine met about 20 years ago when alums at Villanova University, serving on the university’s Board of Trustees.

RTM had already developed a device that monitors cardiac function and remotely monitors respiratory function for heart patients and to monitor those taking opioids.

When COVID-19 arrived in 2020, RTM realized it could use its technology to monitor for changes in respiratory function in COVID-19 patients as well.

“It’s important to note that respiratory function is both respiratory rate, which is how many breaths you take per minute, but also the volume of air that you take in because that indicates how much carbon dioxide is exhaled and how much oxygen gets to your muscles, organs, and brain,” Dicciani explained.

This device monitors both.

Moeness Amin, director of the Center for Advanced Communications in Villanova’s College of Engineering, joined with RTM Vital Signs to develop the accurate, easy-to-use device.

Read more about this monitoring device here.

You Might Also Like                            

Villanova Team Makes a $500 Hospital Ventilator, Aiming for an Era of Cheaper Medical Equipment

Mobilion in Chadds Ford Prepares Medical Product Launch, Doubles Workforce

Founder of Medical Device Company Wins PSGV’s Lion Cage with ‘Groundbreaking Technology’

Join Our Community

Never miss a Delaware County story!

"*" indicates required fields

Hidden
DT Yes
This field is for validation purposes and should be left unchanged.
Advertisement