The conditions that polylysine forms an α helix. Concept introduction: Secondary structure is the formation of alpha helix and beta-pleated sheets. α helix is formed when the peptide bond (C=O) of the nth residue points toward the peptide N-H group of the (n+4)th residue along the helical axis. β sheets are formed when hydrogen bonds are formed between the parallel and anti-parallel strands of protein.

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Answer 1

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Chapter 6, Problem 31CQ

Summary Introduction

To explain: The conditions that polylysine forms an α helix.

Concept introduction: Secondary structure is the formation of alpha helix and beta-pleated sheets. α helix is formed when the peptide bond (C=O) of the nth residue points toward the peptide N-H group of the (n+4)th residue along the helical axis. β sheets are formed when hydrogen bonds are formed between the parallel and anti-parallel strands of protein.

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Answer 2

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Chapter 6, Problem 31CQ

Summary Introduction

To explain: The conditions that polylysine forms an α helix.

Concept introduction: Secondary structure is the formation of alpha helix and beta-pleated sheets. α helix is formed when the peptide bond (C=O) of the nth residue points toward the peptide N-H group of the (n+4)th residue along the helical axis. β sheets are formed when hydrogen bonds are formed between the parallel and anti-parallel strands of protein.

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Answer 3

Question

Chapter 6, Problem 31CQ

Summary Introduction

To explain: The conditions that polylysine forms an α helix.

Concept introduction: Secondary structure is the formation of alpha helix and beta-pleated sheets. α helix is formed when the peptide bond (C=O) of the nth residue points toward the peptide N-H group of the (n+4)th residue along the helical axis. β sheets are formed when hydrogen bonds are formed between the parallel and anti-parallel strands of protein.

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Answer 4

Question

Chapter 6, Problem 31CQ

Summary Introduction

To explain: The conditions that polylysine forms an α helix.

Concept introduction: Secondary structure is the formation of alpha helix and beta-pleated sheets. α helix is formed when the peptide bond (C=O) of the nth residue points toward the peptide N-H group of the (n+4)th residue along the helical axis. β sheets are formed when hydrogen bonds are formed between the parallel and anti-parallel strands of protein.

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Answer 5

Chapter 6, Problem 31CQ

Summary Introduction

To explain: The conditions that polylysine forms an α helix.

Concept introduction: Secondary structure is the formation of alpha helix and beta-pleated sheets. α helix is formed when the peptide bond (C=O) of the nth residue points toward the peptide N-H group of the (n+4)th residue along the helical axis. β sheets are formed when hydrogen bonds are formed between the parallel and anti-parallel strands of protein.

Answer 6

Chapter 6, Problem 31CQ

Summary Introduction

To explain: The conditions that polylysine forms an α helix.

Concept introduction: Secondary structure is the formation of alpha helix and beta-pleated sheets. α helix is formed when the peptide bond (C=O) of the nth residue points toward the peptide N-H group of the (n+4)th residue along the helical axis. β sheets are formed when hydrogen bonds are formed between the parallel and anti-parallel strands of protein.

Answer 7

Chapter 6, Problem 31CQ

Summary Introduction

To explain: The conditions that polylysine forms an α helix.

Concept introduction: Secondary structure is the formation of alpha helix and beta-pleated sheets. α helix is formed when the peptide bond (C=O) of the nth residue points toward the peptide N-H group of the (n+4)th residue along the helical axis. β sheets are formed when hydrogen bonds are formed between the parallel and anti-parallel strands of protein.

Answer 8

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Answer 11

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