Fructose Metabolism Basics

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  • Опубликовано: 23 окт 2024

Комментарии • 6

  • @ashantiroberts8899
    @ashantiroberts8899 11 лет назад +7

    Work on the videoing and clarity. Your techikg skills are superb nonetheless.

  • @ThePetra42139
    @ThePetra42139 10 лет назад +1

    bruh youre a GREATTTT TEACHER SOMEBODY SIGN YOU TO A MULTI YEAR DEAL YOURE MAKING STUDYING FOR MY FINALS EASY!!!!!!!!!!!!!

  • @biatinb2195
    @biatinb2195 2 года назад

    Thanks

  • @doctorabby
    @doctorabby 10 лет назад

    I had a quick question if you have time to answer (thank you for these videos by the way, you are making this so much easier on me!) You mention that DHAP gets converted to Glyceraldehyde-3-P (which you say is used in glycolysis), but in glycolysis doesn't it get converted into Glyceraldehyde? Are these the same?

    • @mustafayare10011
      @mustafayare10011 8 лет назад +1

      +doctorabby FDP(6-carbon molecule) is converted into two 3-carbon molecules, which are DHAP and G3P. Ultimately, DHAP will be converted to G3P by triose phosphate isomerase, so that you get two G3Ps from a single hexose molecule such as glucose, fructose, mannose, galactose or glycogen.

    • @mustafayare10011
      @mustafayare10011 8 лет назад +1

      +doctorabby In the liver, and only in the liver, fructose is first converted to F1P y fructokinase, then, aldolase enzyme converts F1P to DHAP(then changed to G3P by triose phosphate isomerase) and glyceraldehyde(which is also converted to G3P by triose kinase enzyme). But in the rest of the cells,such as muscle cells,.......(continued below)