Chapter 6 Cellular Respiration

Поделиться
HTML-код
  • Опубликовано: 7 сен 2024
  • This video covers energy, enzymes, and cellular respiration for General Biology (Biology 100) at Orange Coast College (Costa Mesa, CA).

Комментарии • 9

  • @yadnelayala8753
    @yadnelayala8753 2 года назад +3

    Dr.Julie Wells. I wanted to thank you for having these lectures available ! You are a marvelous teacher and a tremendous lecturer!

  • @luciusjohnson384
    @luciusjohnson384 10 месяцев назад +1

    This class is really hard especially when working full time it makes anatomy and physiology seem like kindergarten work not sure if I’m gonna make it through I may withdraw it’s not worth risking getting sick from stress my average so far is an 87 but the intensity the quizzes every week I’m just at the point where I’m going to break down it’s alot this type of course is for students who don’t work I may consider not doing nursing I can’t get through this class it’s impossible

  • @loriskyrud1082
    @loriskyrud1082 8 месяцев назад

    Thank you so much.

  • @joorginal2356
    @joorginal2356 5 месяцев назад

    please make a video lecture about genetics and heredity and thanks for this lectures

  • @ashleelarsen7765
    @ashleelarsen7765 Год назад

    Thank you!

  • @ashleelarsen7765
    @ashleelarsen7765 Год назад

    2:30:00 carbon monoxide poisoning
    My teacher didn't talk about ATP synthase 2:32:00 is ATP synthase an intregal or a peripheral protein?
    2:38:00 what's the difference between ethe matrix and the cristae?

    • @asarhh
      @asarhh 5 месяцев назад

      cristae is the inner mitochondrial membrane folding and matrix is the space inside the inner membrane.
      and ATP synthase is usually considered as an integral protein because it is only exposed to the level of inter membrane space, it does not extend outside the space.

  • @mwasie
    @mwasie 4 года назад

    I understand that enzymes lower the activation energy of a particular molecule(correct?). My question is what is it actually doing to lower this energy? Is it taking the substrate, for example lactose, and re-configuring the molecule so it is more sensitive or better yet more reactive? Is this done for example by breaking the bonds on the substrate along with possibly adding functional groups that may make it more polarized? Thank you.