The advantages of storage polysaccharide for having a branched chain structure over the liner chain. Introduction: In storage polysaccharides, the common examples of branched-chain polymers in cells are amylopectin and glycogen. Each one of them is degrading exolytically (external) by degradation of the end units of glucose.

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Answer 1

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Definition Definition Monomer units that are not only combined in the linear chain but are also attached through branches of different lengths along the main chain. Branched-chain polymers have a lower density, lower melting point, and lower tensile strength compared to linear chain polymers because branched-chain does not pack well. Examples of branched-chain polymers are amylopectin and glycogen.

Chapter 3, Problem 3.9PS

(a)

Summary Introduction

To explain: The advantages of storage polysaccharide for having a branched chain structure over the liner chain.

Introduction: In storage polysaccharides, the common examples of branched-chain polymers in cells are amylopectin and glycogen. Each one of them is degrading exolytically (external) by degradation of the end units of glucose.

(b)

Summary Introduction

To explain: The metabolic complications in the degradation of glycogen and the handling of this by a cell.

Introduction: In storage polysaccharides, the common examples of branched-chain polymers in cells are amylopectin and glycogen. Each one of them is degrade exolytically (external) by degradation of the end units of glucose.

(c)

Summary Introduction

To determine: The cause of endolytic as well as exolytic cleavage of glycosidic bonds by the enzymes contained by the cells which degrade amylase instead of amylopectin.

Introduction: In storage polysaccharides, the common examples of branched-chain polymers in cells are amylopectin and glycogen. Each one of them is degrade exolytically (external) by degradation of the end units of glucose.

(d)

Summary Introduction

To explain: The absence of branches in the structure of polysaccharide of cellulose.

Introduction: In storage polysaccharides, the common examples of branched-chain polymers in cells are amylopectin and glycogen. Each one of them is degrade exolytically (external) by degradation of the end units of glucose.

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Answer 2

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Definition Definition Monomer units that are not only combined in the linear chain but are also attached through branches of different lengths along the main chain. Branched-chain polymers have a lower density, lower melting point, and lower tensile strength compared to linear chain polymers because branched-chain does not pack well. Examples of branched-chain polymers are amylopectin and glycogen.

Chapter 3, Problem 3.9PS

(a)

Summary Introduction

To explain: The advantages of storage polysaccharide for having a branched chain structure over the liner chain.

Introduction: In storage polysaccharides, the common examples of branched-chain polymers in cells are amylopectin and glycogen. Each one of them is degrading exolytically (external) by degradation of the end units of glucose.

(b)

Summary Introduction

To explain: The metabolic complications in the degradation of glycogen and the handling of this by a cell.

Introduction: In storage polysaccharides, the common examples of branched-chain polymers in cells are amylopectin and glycogen. Each one of them is degrade exolytically (external) by degradation of the end units of glucose.

(c)

Summary Introduction

To determine: The cause of endolytic as well as exolytic cleavage of glycosidic bonds by the enzymes contained by the cells which degrade amylase instead of amylopectin.

Introduction: In storage polysaccharides, the common examples of branched-chain polymers in cells are amylopectin and glycogen. Each one of them is degrade exolytically (external) by degradation of the end units of glucose.

(d)

Summary Introduction

To explain: The absence of branches in the structure of polysaccharide of cellulose.

Introduction: In storage polysaccharides, the common examples of branched-chain polymers in cells are amylopectin and glycogen. Each one of them is degrade exolytically (external) by degradation of the end units of glucose.

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Answer 3

Question

Definition Definition Monomer units that are not only combined in the linear chain but are also attached through branches of different lengths along the main chain. Branched-chain polymers have a lower density, lower melting point, and lower tensile strength compared to linear chain polymers because branched-chain does not pack well. Examples of branched-chain polymers are amylopectin and glycogen.

Chapter 3, Problem 3.9PS

(a)

Summary Introduction

To explain: The advantages of storage polysaccharide for having a branched chain structure over the liner chain.

Introduction: In storage polysaccharides, the common examples of branched-chain polymers in cells are amylopectin and glycogen. Each one of them is degrading exolytically (external) by degradation of the end units of glucose.

(b)

Summary Introduction

To explain: The metabolic complications in the degradation of glycogen and the handling of this by a cell.

Introduction: In storage polysaccharides, the common examples of branched-chain polymers in cells are amylopectin and glycogen. Each one of them is degrade exolytically (external) by degradation of the end units of glucose.

(c)

Summary Introduction

To determine: The cause of endolytic as well as exolytic cleavage of glycosidic bonds by the enzymes contained by the cells which degrade amylase instead of amylopectin.

Introduction: In storage polysaccharides, the common examples of branched-chain polymers in cells are amylopectin and glycogen. Each one of them is degrade exolytically (external) by degradation of the end units of glucose.

(d)

Summary Introduction

To explain: The absence of branches in the structure of polysaccharide of cellulose.

Introduction: In storage polysaccharides, the common examples of branched-chain polymers in cells are amylopectin and glycogen. Each one of them is degrade exolytically (external) by degradation of the end units of glucose.

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Answer 4

Question

Definition Definition Monomer units that are not only combined in the linear chain but are also attached through branches of different lengths along the main chain. Branched-chain polymers have a lower density, lower melting point, and lower tensile strength compared to linear chain polymers because branched-chain does not pack well. Examples of branched-chain polymers are amylopectin and glycogen.

Chapter 3, Problem 3.9PS

(a)

Summary Introduction

To explain: The advantages of storage polysaccharide for having a branched chain structure over the liner chain.

Introduction: In storage polysaccharides, the common examples of branched-chain polymers in cells are amylopectin and glycogen. Each one of them is degrading exolytically (external) by degradation of the end units of glucose.

(b)

Summary Introduction

To explain: The metabolic complications in the degradation of glycogen and the handling of this by a cell.

Introduction: In storage polysaccharides, the common examples of branched-chain polymers in cells are amylopectin and glycogen. Each one of them is degrade exolytically (external) by degradation of the end units of glucose.

(c)

Summary Introduction

To determine: The cause of endolytic as well as exolytic cleavage of glycosidic bonds by the enzymes contained by the cells which degrade amylase instead of amylopectin.

Introduction: In storage polysaccharides, the common examples of branched-chain polymers in cells are amylopectin and glycogen. Each one of them is degrade exolytically (external) by degradation of the end units of glucose.

(d)

Summary Introduction

To explain: The absence of branches in the structure of polysaccharide of cellulose.

Introduction: In storage polysaccharides, the common examples of branched-chain polymers in cells are amylopectin and glycogen. Each one of them is degrade exolytically (external) by degradation of the end units of glucose.

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Answer 5

Chapter 3, Problem 3.9PS

(a)

Summary Introduction

To explain: The advantages of storage polysaccharide for having a branched chain structure over the liner chain.

Introduction: In storage polysaccharides, the common examples of branched-chain polymers in cells are amylopectin and glycogen. Each one of them is degrading exolytically (external) by degradation of the end units of glucose.

(b)

Summary Introduction

To explain: The metabolic complications in the degradation of glycogen and the handling of this by a cell.

Introduction: In storage polysaccharides, the common examples of branched-chain polymers in cells are amylopectin and glycogen. Each one of them is degrade exolytically (external) by degradation of the end units of glucose.

(c)

Summary Introduction

To determine: The cause of endolytic as well as exolytic cleavage of glycosidic bonds by the enzymes contained by the cells which degrade amylase instead of amylopectin.

Introduction: In storage polysaccharides, the common examples of branched-chain polymers in cells are amylopectin and glycogen. Each one of them is degrade exolytically (external) by degradation of the end units of glucose.

(d)

Summary Introduction

To explain: The absence of branches in the structure of polysaccharide of cellulose.

Introduction: In storage polysaccharides, the common examples of branched-chain polymers in cells are amylopectin and glycogen. Each one of them is degrade exolytically (external) by degradation of the end units of glucose.

Answer 6

Chapter 3, Problem 3.9PS

(a)

Summary Introduction

To explain: The advantages of storage polysaccharide for having a branched chain structure over the liner chain.

Introduction: In storage polysaccharides, the common examples of branched-chain polymers in cells are amylopectin and glycogen. Each one of them is degrading exolytically (external) by degradation of the end units of glucose.

Answer 7

Chapter 3, Problem 3.9PS

(a)

Summary Introduction

To explain: The advantages of storage polysaccharide for having a branched chain structure over the liner chain.

Introduction: In storage polysaccharides, the common examples of branched-chain polymers in cells are amylopectin and glycogen. Each one of them is degrading exolytically (external) by degradation of the end units of glucose.

Answer 8

(b)

Summary Introduction

To explain: The metabolic complications in the degradation of glycogen and the handling of this by a cell.

Introduction: In storage polysaccharides, the common examples of branched-chain polymers in cells are amylopectin and glycogen. Each one of them is degrade exolytically (external) by degradation of the end units of glucose.

Answer 9

(b)

Summary Introduction

To explain: The metabolic complications in the degradation of glycogen and the handling of this by a cell.

Introduction: In storage polysaccharides, the common examples of branched-chain polymers in cells are amylopectin and glycogen. Each one of them is degrade exolytically (external) by degradation of the end units of glucose.

Answer 10

(c)

Summary Introduction

To determine: The cause of endolytic as well as exolytic cleavage of glycosidic bonds by the enzymes contained by the cells which degrade amylase instead of amylopectin.

Introduction: In storage polysaccharides, the common examples of branched-chain polymers in cells are amylopectin and glycogen. Each one of them is degrade exolytically (external) by degradation of the end units of glucose.

Answer 11

(c)

Summary Introduction

To determine: The cause of endolytic as well as exolytic cleavage of glycosidic bonds by the enzymes contained by the cells which degrade amylase instead of amylopectin.

Introduction: In storage polysaccharides, the common examples of branched-chain polymers in cells are amylopectin and glycogen. Each one of them is degrade exolytically (external) by degradation of the end units of glucose.

Answer 12

(d)

Summary Introduction

To explain: The absence of branches in the structure of polysaccharide of cellulose.

Introduction: In storage polysaccharides, the common examples of branched-chain polymers in cells are amylopectin and glycogen. Each one of them is degrade exolytically (external) by degradation of the end units of glucose.

Answer 13

(d)

Summary Introduction

To explain: The absence of branches in the structure of polysaccharide of cellulose.

Introduction: In storage polysaccharides, the common examples of branched-chain polymers in cells are amylopectin and glycogen. Each one of them is degrade exolytically (external) by degradation of the end units of glucose.

Answer 14

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Answer 17

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Solution Summary: The author explains the advantages of storage polysaccharide for having a branched chain structure over the liner chain.

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