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ventilator type & modes part I

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Uploaded by on Sep 24, 2008

Description of Adult Ventilator type: pressure and volume) and modes: CPAP, SIMV and Assist Control.

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Science & Technology

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Standard YouTube License

  • likes, 7 dislikes

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Uploader Comments (drifter120)

  • nigella, keep asking questions, it will "click" soon. I promise.

    That's very astute of you to notice that "smart" and "good teacher" are not the same. Many people out there undervalue education by thinking that any smart person can do it, which is utterly wrong.

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  • it is specifically helpful to RT students like me.,,: )

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  • How can nurses care for people properly when they are slaved out /overworked/ numb from being overwhelmed with unreasonable workloads? Who is responsible? Why isn't their enough money for quality labor environments/ wages that match the stress and responsibility? It comes from high places...be politically informed to find the answers...watch MONEY CHANGERS- THE INTERNATIONAL BANKERS documentary. Open your eyes as to where public money for healthcare is going and it's not to the people.

  • vent must get the message " flow dropped " than can be send by ups

  • I love this video. I am the one who called this morning asking you all about these vents.

  • ventilation technology is becoming much better all the time, but it is failing to address the problems of Positive Pressure Ventilation. VAP, barotrauma, working by path-of-least-resistance, and negative cardiac output. These are big problems. These problems are nonexistant with Biphasic Cuirass Ventilation by United Hayek. It is a completely different way of ventilating, with no known side effects. I have seen the results. Search for Biphasic Cuirass Ventilation on youtube.

  • Great video. Thanks for posting. Can't wait to check out the next part.

  • @zenek0077 @zenek0077 That's partly true. But if a lung is full the intrathoracic pressure needs to decrease to allow for the next breath (Vt to be delivered). Squeezing the test lung is sort of like replicating this effect. If a person is breathing spontaneously they don't keep inhaling when their lungs are full - they exhale and then take a new breath.

  • flow drop is measured at the expiratory valve when pt's lung expand spontaneusly not allowing Vt to go back in volume as it came from vetilator. Sensitivity is another trigger which tells vent. that pt. spontaneusly expanded his lungs using his muscles so Vt or P. can be delivered. Again, squizing lung test.( glove ) together doesn't reflect real effort of patient.

  • respiratory effort is made by pt if you expand the testing lung not by squizing it . you make very big mistake in explaining this.

  • @DJMoxie Thanks

  • @ADKIc3mAnX36O Sorry for your loss.

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