Validating RespMech: an automated, free and open-source platform for respiratory mechanics analysis at rest and in exercise

A. Liu (London (ON), Canada), Y. Molgat-Seon (Winnipeg (MB), Canada), N. Yuen (Windsor (ON), Canada), P. Dominelli (London (ON), Canada), M. James (Kingston (ON), Canada), D. O'Donnell (Kingston (ON), Canada), N. Domnik (London; Kingston (ON), Canada), E. Walsted (Copenhagen, Denmark)

Source: International Congress 2022 – New techniques and improvements in lung function assessment

Session: New techniques and improvements in lung function assessment
Session type: Thematic Poster
Number: 1232

Rating:

You must login to grade this presentation.

Share or cite this content

Citations should be made in the following way:
A. Liu (London (ON), Canada), Y. Molgat-Seon (Winnipeg (MB), Canada), N. Yuen (Windsor (ON), Canada), P. Dominelli (London (ON), Canada), M. James (Kingston (ON), Canada), D. O'Donnell (Kingston (ON), Canada), N. Domnik (London; Kingston (ON), Canada), E. Walsted (Copenhagen, Denmark). Validating RespMech: an automated, free and open-source platform for respiratory mechanics analysis at rest and in exercise. 1232

You must login to share this Presentation/Article on Twitter, Facebook, LinkedIn or by email.

Member's Comments

No comment yet.

You must Login to comment this presentation.