Match the unique dehydration bonding that occurs with each specific macromolecule. (Choose ] this option is for nucleic acids peptide bond ester linkage glycosidic linkage Carbohydrates [ Choose ) Proteins [ Choose ] lipids [ Choose ] nucleic acids [ Choose ] >

Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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**Match the Unique Dehydration Bonding with Each Specific Macromolecule**

Instructions: For each macromolecule listed below, select the correct type of dehydration bond from the dropdown options provided.

1. **Carbohydrates**
   - [ Choose ]
   - Options: 
     - this option is for nucleic acids
     - peptide bond
     - ester linkage
     - glycosidic linkage

2. **Proteins**
   - [ Choose ]
   - Options: 
     - this option is for nucleic acids
     - peptide bond
     - ester linkage
     - glycosidic linkage

3. **Lipids**
   - [ Choose ]
   - Options: 
     - this option is for nucleic acids
     - peptide bond
     - ester linkage
     - glycosidic linkage

4. **Nucleic Acids**
   - [ Choose ]
   - Options: 
     - this option is for nucleic acids
     - peptide bond
     - ester linkage
     - glycosidic linkage

This interactive exercise helps students review the types of bonding involved in forming macromolecules through dehydration synthesis.
Transcribed Image Text:**Match the Unique Dehydration Bonding with Each Specific Macromolecule** Instructions: For each macromolecule listed below, select the correct type of dehydration bond from the dropdown options provided. 1. **Carbohydrates** - [ Choose ] - Options: - this option is for nucleic acids - peptide bond - ester linkage - glycosidic linkage 2. **Proteins** - [ Choose ] - Options: - this option is for nucleic acids - peptide bond - ester linkage - glycosidic linkage 3. **Lipids** - [ Choose ] - Options: - this option is for nucleic acids - peptide bond - ester linkage - glycosidic linkage 4. **Nucleic Acids** - [ Choose ] - Options: - this option is for nucleic acids - peptide bond - ester linkage - glycosidic linkage This interactive exercise helps students review the types of bonding involved in forming macromolecules through dehydration synthesis.
Expert Solution
Step 1

Macromolecules and larger molecules made up of smaller monomeric unit (micromolecule), linked by chemical bonds, through polymerization reaction, are called macromolecules. Example : proteins (polymer of amino acids), nucleic acids (polymer of nucleotides).

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