***Join our WhiteBoard Doctor Newsletter sent out on the 1st/15th of each month starting May 1st!!!**** Sign up at the link below: whiteboarddoctor.m-pages.com/IAdAdI/wbdr-sign-up Acute Respiratory Distress Syndrome (ARDS) - Diagnosis, Management, And Major Trials To Date th-cam.com/video/tj699KeEY14/w-d-xo.html Cardiac Output And The Fick Equation Explained: Deriving, Applying, And Understanding The FICK! th-cam.com/video/0G5amzUM4DY/w-d-xo.html Oxygen Content And Oxygen Delivery - Concepts and Equations Explained Clearly th-cam.com/video/5DTcGL1ZFvY/w-d-xo.html Intra-Aortic Balloon Pump (IABP): Placement, Waveforms, Hemodynamics, Indications, And Complications th-cam.com/video/EtTvMjpvd0U/w-d-xo.html Extracorporeal Membrane Oxygenation (ECMO): Principles, Types, Anatomy, Indications, Complications. th-cam.com/video/WPf5I0CP_yE/w-d-xo.html Everything you need to know on Acid-Base Disorders: th-cam.com/play/PLf5bMa9_tvRjj4NDR0eq6M6TqKiZQZChX.html Playlist containing all of our videos to date on topics in Critical Care Medicine: th-cam.com/play/PLf5bMa9_tvRiZ85NNUGwk91YpqDWdIGvA.html 5 Minute ECG Videos: th-cam.com/play/PLf5bMa9_tvRisUhHX_V5UdQjNk5hhkOuO.html Playlist containing all of our videos to date on topics in Cardiology: th-cam.com/play/PLf5bMa9_tvRh2JoODgpLapjGDYXSW1q0h.html Playlist containing all of our COVID-19 educational videos to date: th-cam.com/play/PLf5bMa9_tvRjDwCpaD06b6fMOt1FEBki1.html Playlist with our Medical, Science, and Healthcare News videos: th-cam.com/play/PLf5bMa9_tvRhsj4rBQzF7YOtboBoHL2u9.html
Volume(fluid, evaporated fluid, gasses(possibly liquid) , temp(different temperatures for different substances), assisted or not breathing , filtering ect, is there a protocol set by professionals like you or are you advising or making protocols you can share with others in the medical field considering there are many technicians ventilating with different techniques as well as different schools and teachers teaching the same subject ? How important is the temperature of the air brought in under ventilation and can the temperature create complications?
Great question. So which is square shaped depends on the scalar you’re looking at. Volume control has a square shaped flow scalar and pressure control has a square shaped pressure scalar. This is a manifestation of how the breath is being delivered by the ventilator
There isn’t any evidence we are aware of that you should change to SIMV. Patients frequently take breaths on their own on both pressure and volume control!
@@bellasbastyan9400 Yes pressure control and volume control is when a patient isn't allowed to breathe and will ONLY get what you set on the ventilator despite patient effort but most modern ventilators don't really do this mode anymore. Instead, they now use Pressure control / assist control or PC/AC and volume control / assist control or VC/AC. It allows you to set the parameters, doesn't allow the patient to breathe spontaneously, but it allows the patient to TRIGGER breaths. These triggered breaths will always be whatever you set on the ventilator. So the patient is on VC/AC 500/5 x 12 meaning the patient will always receive 12 breaths per minute with 500cc of tidal volume, however, if my patient triggers a breath, it will always be that set 500cc volume. Now if I want my patient to have the ability to breathe SPONTANEOUSLY, I will use Volume or pressure control / Synchronized Intermittent mandatory ventilation or VCorPC/SIMV. The only difference is now I am setting a Pressure Supported breath for my patient which will allow them to generate their own time and depth of each breath. So patient is on VC/SIMV 500/5 x 12 with a Pressure Support of 10cmH2O. This means that in 1 minute my patient will have 12 breaths that will always get a mandatory 500cc tidal volume but if the patient is also breathing on their own, the additional breaths are spontaneous and will be supported with a pressure of 10cmH2O so the volume will vary based on respiratory mechanics and patient effort. Hope that helps!
![Mechanical Ventilation - Volume Control Mode [Pressure, Flow, Volume Scalars]](http://i.ytimg.com/vi/ISFRxcQwozM/mqdefault.jpg)
The lesson was like a poem...Congrulations.
Simplified Explanation...nice.
We appreciate the kind words and thanks for checking out the video!
Very much informative
Glad to hear it! Thanks for checking out the video and for the kind words. Let us know if there are any topics you’d like us to cover!
Thank you
It was excellent thank you🙏🏻
Always our pleasure! Thanks for checking it out and for commenting!
thank you sir
Thanks for checking out the video and for commenting!
it is really helpful ...... thanks
Always our pleasure! Thanks for checking out the video and for commenting!
Thanks 😊
Always our pleasure!
***Join our WhiteBoard Doctor Newsletter sent out on the 1st/15th of each month starting May 1st!!!****
Sign up at the link below:
whiteboarddoctor.m-pages.com/IAdAdI/wbdr-sign-up
Acute Respiratory Distress Syndrome (ARDS) - Diagnosis, Management, And Major Trials To Date
th-cam.com/video/tj699KeEY14/w-d-xo.html
Cardiac Output And The Fick Equation Explained: Deriving, Applying, And Understanding The FICK!
th-cam.com/video/0G5amzUM4DY/w-d-xo.html
Oxygen Content And Oxygen Delivery - Concepts and Equations Explained Clearly
th-cam.com/video/5DTcGL1ZFvY/w-d-xo.html
Intra-Aortic Balloon Pump (IABP): Placement, Waveforms, Hemodynamics, Indications, And Complications
th-cam.com/video/EtTvMjpvd0U/w-d-xo.html
Extracorporeal Membrane Oxygenation (ECMO): Principles, Types, Anatomy, Indications, Complications.
th-cam.com/video/WPf5I0CP_yE/w-d-xo.html
Everything you need to know on Acid-Base Disorders:
th-cam.com/play/PLf5bMa9_tvRjj4NDR0eq6M6TqKiZQZChX.html
Playlist containing all of our videos to date on topics in Critical Care Medicine:
th-cam.com/play/PLf5bMa9_tvRiZ85NNUGwk91YpqDWdIGvA.html
5 Minute ECG Videos:
th-cam.com/play/PLf5bMa9_tvRisUhHX_V5UdQjNk5hhkOuO.html
Playlist containing all of our videos to date on topics in Cardiology:
th-cam.com/play/PLf5bMa9_tvRh2JoODgpLapjGDYXSW1q0h.html
Playlist containing all of our COVID-19 educational videos to date:
th-cam.com/play/PLf5bMa9_tvRjDwCpaD06b6fMOt1FEBki1.html
Playlist with our Medical, Science, and Healthcare News videos:
th-cam.com/play/PLf5bMa9_tvRhsj4rBQzF7YOtboBoHL2u9.html
Volume(fluid, evaporated fluid, gasses(possibly liquid) , temp(different temperatures for different substances), assisted or not breathing , filtering ect, is there a protocol set by professionals like you or are you advising or making protocols you can share with others in the medical field considering there are many technicians ventilating with different techniques as well as different schools and teachers teaching the same subject ? How important is the temperature of the air brought in under ventilation and can the temperature create complications?
I thought the pressure control is box shaped vs volume control
Great question. So which is square shaped depends on the scalar you’re looking at. Volume control has a square shaped flow scalar and pressure control has a square shaped pressure scalar. This is a manifestation of how the breath is being delivered by the ventilator
Please complete I have exam
We aren’t sure what this is?
Should l change to simv if l saw that patient took breath
There isn’t any evidence we are aware of that you should change to SIMV. Patients frequently take breaths on their own on both pressure and volume control!
@@WhiteboardMedicine what they told us is vc and pc doesn’t allow patient to breath it’s controlled by machine at all there’s no spontaneous!!!??
@@bellasbastyan9400 Yes pressure control and volume control is when a patient isn't allowed to breathe and will ONLY get what you set on the ventilator despite patient effort but most modern ventilators don't really do this mode anymore. Instead, they now use Pressure control / assist control or PC/AC and volume control / assist control or VC/AC. It allows you to set the parameters, doesn't allow the patient to breathe spontaneously, but it allows the patient to TRIGGER breaths. These triggered breaths will always be whatever you set on the ventilator. So the patient is on VC/AC 500/5 x 12 meaning the patient will always receive 12 breaths per minute with 500cc of tidal volume, however, if my patient triggers a breath, it will always be that set 500cc volume. Now if I want my patient to have the ability to breathe SPONTANEOUSLY, I will use Volume or pressure control / Synchronized Intermittent mandatory ventilation or VCorPC/SIMV. The only difference is now I am setting a Pressure Supported breath for my patient which will allow them to generate their own time and depth of each breath. So patient is on VC/SIMV 500/5 x 12 with a Pressure Support of 10cmH2O. This means that in 1 minute my patient will have 12 breaths that will always get a mandatory 500cc tidal volume but if the patient is also breathing on their own, the additional breaths are spontaneous and will be supported with a pressure of 10cmH2O so the volume will vary based on respiratory mechanics and patient effort. Hope that helps!