We recently released Essentials of Mechanical Ventilation, a free online resource for clinicians and students working with COVID-10 patients. Learn more about this resource today!
So important to recognize the nuances of managing #ventilators in all patients, including those with #COVID19. You cannot safely just “set it and forget it”. See below for a breakdown of patient-vent discordance illustrated by @emireles_c @CleClinicRespir #ModesWithLimitations
5/Good for patients with significant asynchrony and/or chronic respiratory failure.
Not used for short term ventilation, HD instability or heavily sedated.
In COPD patient in PSV, increased pressure--> more intrinsic peep & increased difficulty triggering --> resultant decr RR
4/ PRO/CONS:
Does not require addition hardware (like NAVA)
Not available on all vents
Invasive and noninvasive ventilation
Patients > 20kg
Does not resolve intrinsic peep
Improves synchrony
Wolbrink et al : GamER Study-residents had superior knowledge acquisition with virtual ventilation simulator before PICU rotation.
Link:https://t.co/Jjrn3PNmKS
@sccm#CritCareMed#MedEd
Fig : Change in test scores throughout the study by arms
7/Waveform analysis with NAVA (upper panel) & PS (lower panel). Note dyssynchrony in lower panel with ineffective triggering & pressure and flow waveform not matched to neural EAdi waveform
Further reading:
https://t.co/iq3XUOEmWf
https://t.co/5haTrhIJqS
https://t.co/FPIlARXtOP
1/Happy New Year WeVenters! Looking forward to an educational & productive 2020!
Lesson#8:Let’s start off with a lesson on Neurally Adjusted Ventilatory Assist (NAVA)
References for this lesson:
https://t.co/XBuzPGTRiS
https://t.co/HyJMMkUcnI
6/Goal of setting NAVA level: unload the increased effort of resp muscles
Techniques:
1) stepwise uptitration to achieve inflection point on curve below – Brander et al
OR
2) set @ 60% of highest EAdi during SBT w/ 7cmH20 in PSV & retest daily until extubation – Roze et al