Carbohydrates and Their Derivatives
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Carbohydrates and Their Derivatives

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@ThriftyDieBrücke

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Questions and Answers

Which process allows galactose to be transformed into glucose?

  • Conversion in the liver (correct)
  • Oxidation in the intestine
  • Synthesis in the pancreas
  • Fermentation in the stomach
  • What is the primary function of galactose in the mammary gland?

  • To make lactose (correct)
  • To detoxify substances
  • To produce glucose
  • To assist digestion
  • Which of the following is produced when galactose undergoes mild oxidation?

  • Galactonic acid (correct)
  • Galacturonic acid
  • Mucic acid
  • Gluconic acid
  • How does glucuronic acid function in the body?

    <p>To detoxify substances and increase water solubility</p> Signup and view all the answers

    What type of acid is produced when oxidation conditions are strong?

    <p>Dicarboxylic acid</p> Signup and view all the answers

    Which sugar undergoes the same transformation as galactose under moderate oxidation conditions?

    <p>Mannose to mannuronic acid</p> Signup and view all the answers

    What is a primary characteristic of mucic acid?

    <p>It forms insoluble crystals.</p> Signup and view all the answers

    Which of the following statements about derived carbohydrates is accurate?

    <p>They are created through various chemical reactions involving carbohydrates.</p> Signup and view all the answers

    Which sugar directly converts to gluconic acid under mild oxidation conditions?

    <p>Glucose</p> Signup and view all the answers

    Study Notes

    Galactose

    • Sweetest sugar
    • Converted to glucose in the liver
    • Synthesized in the mammary gland to make lactose (milk sugar)
    • Component of glycoproteins

    Derived Carbohydrates

    • Formed by chemical reactions from carbohydrates
    • Examples: sugar acids

    Sugar Acids

    • Formed by oxidation of sugars
    • Include aldonic acids, uronic acids, and saccharic acids

    Aldonic Acids

    • Formed by mild oxidation of sugars
    • Glucose becomes gluconic acid
    • Mannose becomes mannonic acid
    • Galactose becomes galactonic acid

    Uronic Acids

    • Formed by moderate oxidation of sugars
    • Glucose becomes glucuronic acid
    • Mannose becomes mannuronic acid
    • Galactose becomes galacturonic acid
    • Glucuronic acid is used for detoxification and heteropolysaccharide synthesis

    Saccharic Acids

    • Formed by strong oxidation of sugars
    • Glucose becomes glucosaccharic acid
    • Mannose becomes mannaric acid
    • Galactose becomes mucic acid
    • Mucic acid forms insoluble crystals, used to identify galactose

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    Description

    Explore the fascinating world of carbohydrates with a focus on galactose and its derivatives. This quiz covers various carbohydrate types, their synthesis, and the biochemical transformations they undergo. Test your knowledge on sugar acids and their functions in biological systems.

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