Practice: The molecular formula of glucose is C6H12O6. What is the molecular formula for an oligosaccharide made by linking 10 glucose molecules together by dehydration synthesis? (Hint: Consider how many glycosidic bonds form).
Concept #1: Glycosidic Bond
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Practice: The molecular formula of glucose is C6H12O6. What is the molecular formula for an oligosaccharide made by linking 10 glucose molecules together by dehydration synthesis? (Hint: Consider how many glycosidic bonds form).
Concept #2: O-Glycosidic Bonds & N-Glycosidic Bonds
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Concept #3: Naming Glycosidic Bonds
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Example #1: Name the following glycosidic bonds:
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Practice: What is the name for the glycosidic linkage in the following glycoside?
Practice: Determine the name of the glycosidic bond of the following disaccharide.
Practice: Which two molecules below do NOT contain a 1,4 glycosidic linkage?
Practice: Label & name every glycosidic bond in the branched oligosaccharide below:
Practice: Raffinose is the most abundant trisaccharide in nature. Answer the questions based on its provided structure:
A) Is Raffinose a reducing or a non-reducing sugar? ______________________.
B) Identify the 3 monosaccharides that compose raffinose:
1) ______________________.
2) ______________________.
3) ______________________.
C) Name the TWO glycosidic linkages that connect the sugars in raffinose:
1) ______________________.
2) ______________________.
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