First Order Elimination Rate Constant and Half-life | A closer look - Lect 11

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  • Опубликовано: 11 дек 2024

Комментарии • 22

  • @StevenMandelMD
    @StevenMandelMD 9 лет назад +10

    Clear, lucid, straight forward. A real contribution. Thanks.

  • @joshbliss92
    @joshbliss92 11 лет назад

    I hope you haven't stopped doing these videos... I need MORE PLEASE!!! You are very good, reminiscent of Khan Academy.

  • @matosdn1
    @matosdn1 10 лет назад

    man, your videos are awesome!

  • @shallukhatri4592
    @shallukhatri4592 9 лет назад +2

    Good one sir..but how do u find value of k as clearance/Vd??
    r there any videos on plateau principle,loading & Maintainence dose?

  • @MissyASG20
    @MissyASG20 10 лет назад

    YOU are the MAN!

  • @richardcardenas7513
    @richardcardenas7513 6 лет назад

    Awesome video

  • @janevanhoutte104
    @janevanhoutte104 6 лет назад

    excellent video

  • @aljoharaalshami9354
    @aljoharaalshami9354 9 лет назад

    awesome video

  • @jdholzworth
    @jdholzworth 4 года назад

    All of your videos are great, thank you.

  • @Healer23
    @Healer23 8 лет назад

    Awesome videos, kudos!

  • @saladin1849
    @saladin1849 10 лет назад +1

    Great work. Its really helping when your teachers are bullshit. Thank you bro for your support.

  • @moamenwali1881
    @moamenwali1881 8 лет назад +1

    thank u for the amazing videos. what is the software u r using?

  • @7andala95
    @7andala95 6 лет назад

    Great video .. but , What does “ln“in the K equation stand for ,,?

  • @shallukhatri4592
    @shallukhatri4592 8 лет назад

    Sir since half life is constant for 1st order kinetics,how can it be inversely propetional to rate of drug metabolism? Does this statement hold true only for zero order kinetics?plz reply :-)

  • @RioNuevoIzabal
    @RioNuevoIzabal 9 лет назад

    Thank you for sharing your intelligence!
    Gracias!

  • @linsen3209
    @linsen3209 8 лет назад

    hi Areo: thanks for sharing!! have a question to ask.
    first order elimination equation using concentration: ct = c0 e-kt . but how come rate of elimination = amount of drug (mass) * Ke (elimination constant)?

  • @سحابالذكرى
    @سحابالذكرى 11 лет назад

    y r amazing ,, thank u very much , I love u ♥♥♥

  • @drvijayaucms
    @drvijayaucms 5 лет назад

    Amazing Conceptual Clarity.. Thank you for your contribution..!!

  • @هاجرعبدالكريمقاسم-ر7ج

    Thankkkkk you so muchh

  • @simancabdi1513
    @simancabdi1513 12 лет назад +1

    hello my dear bro Areo saffarzadeh i am medical student so we need very much if u can lectures of pharmacology that concern PHARMACODYNAMICS coz we havent good teachers like u so plz if u can help us.we thankfull for u very much.

  • @HafizahHoshni
    @HafizahHoshni 12 лет назад

    Thanks