Mechanical ventilator development during COVID-19 crisis: Preclinical data analysis from porcine bio-model

TL;DR

This study presents a novel mechanical ventilator prototype tested on porcine models, demonstrating its ability to maintain physiological parameters and monitor pulmonary compliance, with potential implications for clinical use during respiratory crises.

Contribution

The paper introduces a new ventilator prototype capable of monitoring pulmonary compliance in extended preclinical tests on porcine models.

Findings

Successfully maintained physiological parameters in all models

First prototype to monitor pulmonary compliance in extended samples

Demonstrated potential for clinical application

Abstract

This paper describe a mechanical ventilator prototype with preclinical test performed on 10 bioporcine models, where results have shown the capabilities to maintain physiological parameter for each subject under test and present also the capability of monitoring the pulmonary parameters, compliance (C), where this is the unique proposed prototype to present this capability at this extended subject samples.