Principles of Mechanical Ventilation 11: Modes - Pressure control

This videos aims to provide and intuitive look at pressure control. This is simple an introduction to the pressure controlled breath delivery. We will be delving much deeper into the details later on.

Пікірлер: 23

  • @smriteerai7647
    @smriteerai76475 ай бұрын

    Thank you so much. You clear all my doubts. Please upload more videos on ventilator and ABG correction. Thank you!

  • @nikonyagodwin7652
    @nikonyagodwin76527 жыл бұрын

    Respiratory Therapist only 9 months now. Your videos are awesome. Thanks.

  • @afhmh2780
    @afhmh27802 жыл бұрын

    i honestly think you deserved so much more appreciation for your work..

  • @RespiratoryReview

    @RespiratoryReview

    2 жыл бұрын

    Thanks for saying that. Hearing people find the videos helpful is enough.

  • @nrendon2009
    @nrendon20094 жыл бұрын

    Great video! And having the vent monitor side by side is so much more helpful. Please continue making more videos.

  • @2simplybee
    @2simplybee3 жыл бұрын

    Excellent refresher video as well. Straight forward and to the point. Thank You😊

  • @alirezaebneshahidi5844
    @alirezaebneshahidi58448 жыл бұрын

    Thank you for taking your time and posting all these excellent videos. Keep up the good work.

  • @RespiratoryReview
    @RespiratoryReview9 жыл бұрын

    dabbsy1975 - I'm really glad you find the videos useful. I'll keep making them as long as I keep hearing people find them helpful. You're right about plateau pressure. It's not going to be that useful in helping you figure out there is an ETT obstruction in pressure control. It's more reflective of alveolar pressure/conditions (which shouldn't be affected much in ETT obstruction). You also have to think that if the resistance is really high, you may not actually be ventilating the alveoli in pressure control. Remember if we set a PC of let's say 20, and the resulting tidal volume is 500mls, if the airway obstructs, that 20cmH2O is unlikely to overcome the resistance and actually ventilate the alveoli. As a result you may not even get an accurate plateau pressure. Hope that helps.

  • @Suzi_P
    @Suzi_P6 жыл бұрын

    Thanks so much for the videos. Plz dont stop making them.

  • @smriteerai7647
    @smriteerai76475 ай бұрын

    🙏Thank you so much...

  • @Suzi_P
    @Suzi_P5 жыл бұрын

    I really like your videos. They are so much helpful. Please continue to make more

  • @ashp2929
    @ashp29295 жыл бұрын

    Extremely Helpful!!!!!!

  • @jayrcasilang
    @jayrcasilang7 жыл бұрын

    Great video! thank you very much!

  • @meloyellow6488
    @meloyellow64888 жыл бұрын

    Wish you were my professor ! Enjoy the lecture very detailed

  • @mostafatejani
    @mostafatejani4 жыл бұрын

    Thanks

  • @meekhphp1255
    @meekhphp12553 жыл бұрын

    great thank you

  • @raulz77
    @raulz774 жыл бұрын

    Ok found it . thanks

  • @mariakarenquijano687
    @mariakarenquijano6872 жыл бұрын

    I thought boyles law was inversely related? If you increase pressure the volume decreases… ?

  • @abdulmajeedbaogbah4482
    @abdulmajeedbaogbah44825 жыл бұрын

    That was helpful video. Thank you. You said that the Pressure is 26 because you were using a test lung. Ok, but what if the pressure is 26 instead of 25 in real patient! Could it be autoPEEP?!!

  • @venkybly
    @venkybly3 жыл бұрын

    Good one

  • @MariaTorres-ho9dz
    @MariaTorres-ho9dz9 жыл бұрын

    great videos i will share them with my class mate

  • @kochu27
    @kochu279 жыл бұрын

    is this the last video? for Machanical Vent?

  • @RespiratoryReview

    @RespiratoryReview

    9 жыл бұрын

    No! There will be LOTS more. I'm just ++ busy at the moment. I plan to record some more soon. Then we will start integrating these videos with the ABG playlist, PFT playlist to create clinical scenarios, and work through ventilation problem. Lots more to come.