The linking number (L), writhing number (W), and the twist of both constrained and unconstrained conformational states of the given DNA circle. Concept introduction: DNA molecules have different conformational changes based upon its state that could be described by the topological characteristics of the DNA. Topological characteristics of a particular DNA consist of three important parameters. Those include- Linking number, twist, and writhing. Twist number (T) is the total number of turns in the helix of the circular DNA and writhing (W) depicts the shape of the whole DNA molecule. The algebraic sum of both the twist number and writhing gives the linking number (L).

Question

Want to see the full answer?

Answer 1

Question

Chapter 24, Problem 35CQ

Summary Introduction

To calculate: The linking number (L), writhing number (W), and the twist of both constrained and unconstrained conformational states of the given DNA circle.

Concept introduction: DNA molecules have different conformational changes based upon its state that could be described by the topological characteristics of the DNA. Topological characteristics of a particular DNA consist of three important parameters. Those include- Linking number, twist, and writhing. Twist number (T) is the total number of turns in the helix of the circular DNA and writhing (W) depicts the shape of the whole DNA molecule. The algebraic sum of both the twist number and writhing gives the linking number (L).

Summary Introduction

To calculate: The superhelix density of both the constrained and unconstrained DNA.

Concept introduction: DNA molecules have different conformational changes based upon its state that could be described by the topological characteristics of the DNA. Topological characteristics of a particular DNA consist of three important parameters. Those include- Linking number, twist, and writhing.

Twist number (T) is the total number of turns in the helix of the circular DNA and writhing (W) depicts the shape of the whole DNA molecule. The algebraic sum of both the twist number and writhing gives the linking number (L). Superhelical density or superhelix density (σ) is the expression that is used to symbolize the level of supercoiling in a DNA molecule is represented by the between number of turns added or removed to the number of turns in relaxed state.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Students have asked these similar questions

Biochemistry What is the process of "transamination" in either the muscles or the liver, that involves keto acid or glutamic acid? Please explain how the steps work. Thank you!

Biochemistry Please help. Thank you What is the importance of glutamic acid in the metabolism of nitrogen from amino acids? (we know therole; it’s used to remove the nitrogen from amino acids so that the remaining carbon skeleton can bebroken down by the “usual” pathways, but what is the important, unique role that only glutamicacid/glutamate can do?)

Biochemistry Please help. Thank you When carbamyl phosphate is joined to L-ornathine, where does the energy for the reaction come from?

Answer 2

Question

Chapter 24, Problem 35CQ

Summary Introduction

To calculate: The linking number (L), writhing number (W), and the twist of both constrained and unconstrained conformational states of the given DNA circle.

Concept introduction: DNA molecules have different conformational changes based upon its state that could be described by the topological characteristics of the DNA. Topological characteristics of a particular DNA consist of three important parameters. Those include- Linking number, twist, and writhing. Twist number (T) is the total number of turns in the helix of the circular DNA and writhing (W) depicts the shape of the whole DNA molecule. The algebraic sum of both the twist number and writhing gives the linking number (L).

Summary Introduction

To calculate: The superhelix density of both the constrained and unconstrained DNA.

Concept introduction: DNA molecules have different conformational changes based upon its state that could be described by the topological characteristics of the DNA. Topological characteristics of a particular DNA consist of three important parameters. Those include- Linking number, twist, and writhing.

Twist number (T) is the total number of turns in the helix of the circular DNA and writhing (W) depicts the shape of the whole DNA molecule. The algebraic sum of both the twist number and writhing gives the linking number (L). Superhelical density or superhelix density (σ) is the expression that is used to symbolize the level of supercoiling in a DNA molecule is represented by the between number of turns added or removed to the number of turns in relaxed state.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 3

Question

Chapter 24, Problem 35CQ

Summary Introduction

To calculate: The linking number (L), writhing number (W), and the twist of both constrained and unconstrained conformational states of the given DNA circle.

Concept introduction: DNA molecules have different conformational changes based upon its state that could be described by the topological characteristics of the DNA. Topological characteristics of a particular DNA consist of three important parameters. Those include- Linking number, twist, and writhing. Twist number (T) is the total number of turns in the helix of the circular DNA and writhing (W) depicts the shape of the whole DNA molecule. The algebraic sum of both the twist number and writhing gives the linking number (L).

Summary Introduction

To calculate: The superhelix density of both the constrained and unconstrained DNA.

Concept introduction: DNA molecules have different conformational changes based upon its state that could be described by the topological characteristics of the DNA. Topological characteristics of a particular DNA consist of three important parameters. Those include- Linking number, twist, and writhing.

Twist number (T) is the total number of turns in the helix of the circular DNA and writhing (W) depicts the shape of the whole DNA molecule. The algebraic sum of both the twist number and writhing gives the linking number (L). Superhelical density or superhelix density (σ) is the expression that is used to symbolize the level of supercoiling in a DNA molecule is represented by the between number of turns added or removed to the number of turns in relaxed state.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 4

Question

Chapter 24, Problem 35CQ

Summary Introduction

To calculate: The linking number (L), writhing number (W), and the twist of both constrained and unconstrained conformational states of the given DNA circle.

Concept introduction: DNA molecules have different conformational changes based upon its state that could be described by the topological characteristics of the DNA. Topological characteristics of a particular DNA consist of three important parameters. Those include- Linking number, twist, and writhing. Twist number (T) is the total number of turns in the helix of the circular DNA and writhing (W) depicts the shape of the whole DNA molecule. The algebraic sum of both the twist number and writhing gives the linking number (L).

Summary Introduction

To calculate: The superhelix density of both the constrained and unconstrained DNA.

Concept introduction: DNA molecules have different conformational changes based upon its state that could be described by the topological characteristics of the DNA. Topological characteristics of a particular DNA consist of three important parameters. Those include- Linking number, twist, and writhing.

Twist number (T) is the total number of turns in the helix of the circular DNA and writhing (W) depicts the shape of the whole DNA molecule. The algebraic sum of both the twist number and writhing gives the linking number (L). Superhelical density or superhelix density (σ) is the expression that is used to symbolize the level of supercoiling in a DNA molecule is represented by the between number of turns added or removed to the number of turns in relaxed state.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 5

Chapter 24, Problem 35CQ

Summary Introduction

To calculate: The linking number (L), writhing number (W), and the twist of both constrained and unconstrained conformational states of the given DNA circle.

Concept introduction: DNA molecules have different conformational changes based upon its state that could be described by the topological characteristics of the DNA. Topological characteristics of a particular DNA consist of three important parameters. Those include- Linking number, twist, and writhing. Twist number (T) is the total number of turns in the helix of the circular DNA and writhing (W) depicts the shape of the whole DNA molecule. The algebraic sum of both the twist number and writhing gives the linking number (L).

Summary Introduction

To calculate: The superhelix density of both the constrained and unconstrained DNA.

Concept introduction: DNA molecules have different conformational changes based upon its state that could be described by the topological characteristics of the DNA. Topological characteristics of a particular DNA consist of three important parameters. Those include- Linking number, twist, and writhing.

Twist number (T) is the total number of turns in the helix of the circular DNA and writhing (W) depicts the shape of the whole DNA molecule. The algebraic sum of both the twist number and writhing gives the linking number (L). Superhelical density or superhelix density (σ) is the expression that is used to symbolize the level of supercoiling in a DNA molecule is represented by the between number of turns added or removed to the number of turns in relaxed state.

Answer 6

Chapter 24, Problem 35CQ

Summary Introduction

To calculate: The linking number (L), writhing number (W), and the twist of both constrained and unconstrained conformational states of the given DNA circle.

Concept introduction: DNA molecules have different conformational changes based upon its state that could be described by the topological characteristics of the DNA. Topological characteristics of a particular DNA consist of three important parameters. Those include- Linking number, twist, and writhing. Twist number (T) is the total number of turns in the helix of the circular DNA and writhing (W) depicts the shape of the whole DNA molecule. The algebraic sum of both the twist number and writhing gives the linking number (L).

Answer 7

Chapter 24, Problem 35CQ

Summary Introduction

To calculate: The linking number (L), writhing number (W), and the twist of both constrained and unconstrained conformational states of the given DNA circle.

Concept introduction: DNA molecules have different conformational changes based upon its state that could be described by the topological characteristics of the DNA. Topological characteristics of a particular DNA consist of three important parameters. Those include- Linking number, twist, and writhing. Twist number (T) is the total number of turns in the helix of the circular DNA and writhing (W) depicts the shape of the whole DNA molecule. The algebraic sum of both the twist number and writhing gives the linking number (L).

Answer 8

Summary Introduction

To calculate: The superhelix density of both the constrained and unconstrained DNA.

Concept introduction: DNA molecules have different conformational changes based upon its state that could be described by the topological characteristics of the DNA. Topological characteristics of a particular DNA consist of three important parameters. Those include- Linking number, twist, and writhing.

Twist number (T) is the total number of turns in the helix of the circular DNA and writhing (W) depicts the shape of the whole DNA molecule. The algebraic sum of both the twist number and writhing gives the linking number (L). Superhelical density or superhelix density (σ) is the expression that is used to symbolize the level of supercoiling in a DNA molecule is represented by the between number of turns added or removed to the number of turns in relaxed state.

Answer 9

Summary Introduction

To calculate: The superhelix density of both the constrained and unconstrained DNA.

Concept introduction: DNA molecules have different conformational changes based upon its state that could be described by the topological characteristics of the DNA. Topological characteristics of a particular DNA consist of three important parameters. Those include- Linking number, twist, and writhing.

Twist number (T) is the total number of turns in the helix of the circular DNA and writhing (W) depicts the shape of the whole DNA molecule. The algebraic sum of both the twist number and writhing gives the linking number (L). Superhelical density or superhelix density (σ) is the expression that is used to symbolize the level of supercoiling in a DNA molecule is represented by the between number of turns added or removed to the number of turns in relaxed state.

Answer 10

Expert Solution & Answer

Answer 11

Expert Solution & Answer

Answer 12

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 13

Ch. 24 - Prob. 1E Ch. 24 - Prob. 2E Ch. 24 - 3. Amino acid residues in proteins are each...Ch. 24 - Prob. 4E Ch. 24 - Prob. 5E Ch. 24 - Prob. 6E Ch. 24 - Prob. 7E Ch. 24 - 8. Show schematically how a single strand of four...Ch. 24 - Prob. 9E Ch. 24 - Prob. 10E

Concept explainers

Videos

Want to see the full answer?

Chapter 24 Solutions