3 ms·
There are lots of problems with this, but I think it is possibly a better move than some of the home-built ventilators you see floating around. I’m biased thou
by fifteenforty 7y ago
There are lots of problems with this, but I think it is possibly a better move than some of the home-built ventilators you see floating around.
I’m biased though: I’ve designed a 3D printed improvement on this idea that potentially allows you to ventilate multiple patients with different pressures: https://www.prusaprinters.org/prints/25808-3d-printed-circuit-splitter-and-flow-restriction-d https://www.prusaprinters.org/prints/25808-3d-printed-circui...
- RegBarclay 7y agoI was thinking as I read the article that there was a next step innovation in the wings to vary the treatment by patient.
- markmichalski 7y agoFellow MD trying to help with engineered solutions. Perhaps check this out as well; someone used a common valve from a hardware store to titrate pressures up and down: https://www.youtube.com/watch?v=eSVbwWANqRI&feature=youtu.be https://www.youtube.com/watch?v=eSVbwWANqRI&feature=youtu.be. I've been thinking about how we might increase ventilation to one part of the circuit if the pCO2 drops too badly--any thoughts there?
- fifteenforty 7y agoThank you for pointing this out! I’m trying work out how to get in touch with this guy, unfortunately he has turned off all comments. I’m not sure I understand your question: do you mean if the one patient is getting hyperventilated? My suggestion is to set the pressure settings to ventilate the poorly compliant compliant lung, then use the flow restrictor to compensate on the more compliant lung.