Fischer to Haworth shortcut for Glucose and Fructose

Поделиться
HTML-код
  • Опубликовано: 3 июл 2024
  • Leah4sci.com/Fischer presents: Fischer to Haworth shortcut for Glucose and Fructose
    📺Watch Next: How to Draw Fischer Projections • How to Draw Fischer Pr...
    Tired of conflicting and confusing MCAT advice? Access My FREE guide for everything MCAT prep: leah4sci.com/MCATguideYT
    This video will walk you through the mechanism for interconverting between the linear and ring forms of both D-Glucose and D-Fructose, with my time-saving shortcuts for quickly drawing the Haworth projection of either sugar when given its Fischer projection.
    You’ll learn to draw the pyranose form of Glucose as well as the furanose form of Fructose.
    We’ll also review how to recognize and draw the D and L configurations of both sugars, as well as the alpha and beta anomers.
    ↪ Links & Resources Mentioned In This Video ↩
    ▸Fischer Projections Series + Cheat Sheet Leah4sci.com/Fischer
    ▸Cyclohexane Chair Conformations Series + Quiz Leah4sci.com/Chairs
    - - - - - - - - - - - - - - - - - - - - - - - -
    ⏱ In this video:
    [0:28] What is a Fischer projection?
    [0:36] D-Glucose Fischer Projection
    [1:15] D-Fructose Fischer Projection
    [2:13] D-Glucose Fischer to Haworth Mechanism
    [5:24] D-Fructose Fischer to Haworth (Furanose) Mechanism
    - - - - - - - - - - - - - - - - - - - - - - - -
    Looking for guidance on how to tailor your MCAT Self-Study journey to fit your unique background, experience, and personal goals without feeling alone in the process?
    That’s what my new MCAT program is all about, join me here:
    leah4sci.com/selfstudyYT
    🔔 Subscribe to my channel so you don’t miss out on any new videos 🔔
    🩺💉 My MCAT RUclips Channel: leah4sci.com/MCATyoutube 💉🩺
    🧪 My Organic Chemistry RUclips Channel: leah4sci.com/youtube 🧪
    ❓Questions? Ask me here: Leah4sci.com/contact
    👩‍🏫 For private online tutoring visit my website: Leah4sci.com/mcat-tutoring/
    Let’s connect:▸Instagram: / leah4sci
    ▸Facebook: / leah4sci
    ▸X / Twitter: / leah4sci
    ▸Pinterest: / leah4sci

Комментарии • 2

  • @ursamajor5744
    @ursamajor5744 2 месяца назад +1

    Is it because D-glucose’s hydroxyl groups are in equatorial position, so it is more stable in that conformation?