End systolic pressure-volume relationship (ESPVR) | NCLEX-RN | Khan Academy

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  • čas přidán 6. 11. 2012
  • Find out what happens when the left ventricle is not allowed to relax, and instead you simply add and take away blood from it. Rishi is a pediatric infectious disease physician and works at Khan Academy. Created by Rishi Desai.
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Komentáře • 16

  • @jescajuma3097
    @jescajuma3097 Před 8 lety

    these videos are very wonderful! !!!!! thank you be blessed!!!!!

  • @oohEjay
    @oohEjay Před 9 lety

    I love your videos! My professor is so boring! Thank you so much for doing these!

  • @beanbummmms
    @beanbummmms Před 11 lety +1

    studying for anaesthesia exams. excellent video, thank you!!!!!

  • @voquangtruong7637
    @voquangtruong7637 Před 8 lety

    i love your videos....thank you !!!!

  • @lorrainedawkins1300
    @lorrainedawkins1300 Před 11 lety

    This Videos are Great! Thank You.

  • @abigailwoznicki6395
    @abigailwoznicki6395 Před 4 měsíci

    What is the difference between EDV and ESV? I am a bit confused still.

  • @tienvypro6852
    @tienvypro6852 Před 2 lety

    thanks Khan Academy

  • @DLBurggraf
    @DLBurggraf Před 7 lety

    How does magnesium fit into it ?

  • @joshuahand407
    @joshuahand407 Před 8 lety

    do you use a mouse or some sort of stylus/pen?

  • @ahmedelsabe6542
    @ahmedelsabe6542 Před 4 lety +3

    I just wanted to know how is the heart supposed to be full of blood during the end of systole. Should not it be with a blood volume of only 50 ml?

    • @gouthambm1507
      @gouthambm1507 Před 3 lety +1

      Yeah but ventricle is also contracted its volume also reduced

  • @Valeriaarianna
    @Valeriaarianna Před rokem

    saved my life

  • @rishakhan5850
    @rishakhan5850 Před 11 lety +1

    i am searching for frank starling law in your videos ??

  • @khanacademymedicine
    @khanacademymedicine  Před 11 lety

    I'll do that video very soon.

    • @jeremiahjvick
      @jeremiahjvick Před 5 lety

      khanacademymedicine Does the slope of ESPVR represent both contractility AND elastance? Is the relationship that can be concluded between the two? I know that we ascribe compliance to ventricular changes (especially when discussing development of S4 heart sounds), but it some seems intuitively weird to think about ventricular elastance even though it obviously exists mathematically as the reciprocal of compliance.

  • @rishakhan5850
    @rishakhan5850 Před 11 lety

    i guess this video almost explain starling law !!
    thanks for the amazing video's ....