The dissociation rate, disoociation constant, and appropriate units when a protein calcineurin binds to the protein calmodin with an association rate of 8 .9 ×10 3 m -1 s -1 and overall dissociation constant of 10 nm. Introduction: Dissociation constant (K d ) explains the binding of a ligand to its particular receptor. In molar concentration, dissociation constant matches with the concentration of the ligands. The smaller the K d the more strongly bound the ligand to its receptors and high K d indicates less affinity.

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Answer 1

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Chapter 5, Problem 4P

Summary Introduction

To determine: The dissociation rate, disoociation constant, and appropriate units when a protein calcineurin binds to the protein calmodin with an association rate of 8.9 ×103 m-1s-1 and overall dissociation constant of 10 nm.

Introduction:

Dissociation constant (K_d) explains the binding of a ligand to its particular receptor. In molar concentration, dissociation constant matches with the concentration of the ligands. The smaller the K_d the more strongly bound the ligand to its receptors and high K_d indicates less affinity.

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Answer 2

Question

Chapter 5, Problem 4P

Summary Introduction

To determine: The dissociation rate, disoociation constant, and appropriate units when a protein calcineurin binds to the protein calmodin with an association rate of 8.9 ×103 m-1s-1 and overall dissociation constant of 10 nm.

Introduction:

Dissociation constant (K_d) explains the binding of a ligand to its particular receptor. In molar concentration, dissociation constant matches with the concentration of the ligands. The smaller the K_d the more strongly bound the ligand to its receptors and high K_d indicates less affinity.

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Answer 3

Question

Chapter 5, Problem 4P

Summary Introduction

To determine: The dissociation rate, disoociation constant, and appropriate units when a protein calcineurin binds to the protein calmodin with an association rate of 8.9 ×103 m-1s-1 and overall dissociation constant of 10 nm.

Introduction:

Dissociation constant (K_d) explains the binding of a ligand to its particular receptor. In molar concentration, dissociation constant matches with the concentration of the ligands. The smaller the K_d the more strongly bound the ligand to its receptors and high K_d indicates less affinity.

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Answer 4

Question

Chapter 5, Problem 4P

Summary Introduction

To determine: The dissociation rate, disoociation constant, and appropriate units when a protein calcineurin binds to the protein calmodin with an association rate of 8.9 ×103 m-1s-1 and overall dissociation constant of 10 nm.

Introduction:

Dissociation constant (K_d) explains the binding of a ligand to its particular receptor. In molar concentration, dissociation constant matches with the concentration of the ligands. The smaller the K_d the more strongly bound the ligand to its receptors and high K_d indicates less affinity.

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Answer 5

Chapter 5, Problem 4P

Summary Introduction

To determine: The dissociation rate, disoociation constant, and appropriate units when a protein calcineurin binds to the protein calmodin with an association rate of 8.9 ×103 m-1s-1 and overall dissociation constant of 10 nm.

Introduction:

Dissociation constant (K_d) explains the binding of a ligand to its particular receptor. In molar concentration, dissociation constant matches with the concentration of the ligands. The smaller the K_d the more strongly bound the ligand to its receptors and high K_d indicates less affinity.

Answer 6

Chapter 5, Problem 4P

Summary Introduction

To determine: The dissociation rate, disoociation constant, and appropriate units when a protein calcineurin binds to the protein calmodin with an association rate of 8.9 ×103 m-1s-1 and overall dissociation constant of 10 nm.

Introduction:

Dissociation constant (K_d) explains the binding of a ligand to its particular receptor. In molar concentration, dissociation constant matches with the concentration of the ligands. The smaller the K_d the more strongly bound the ligand to its receptors and high K_d indicates less affinity.

Answer 7

Chapter 5, Problem 4P

Summary Introduction

To determine: The dissociation rate, disoociation constant, and appropriate units when a protein calcineurin binds to the protein calmodin with an association rate of 8.9 ×103 m-1s-1 and overall dissociation constant of 10 nm.

Introduction:

Dissociation constant (K_d) explains the binding of a ligand to its particular receptor. In molar concentration, dissociation constant matches with the concentration of the ligands. The smaller the K_d the more strongly bound the ligand to its receptors and high K_d indicates less affinity.

Answer 8

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Answer 11

Ch. 5 - Prob. 1P Ch. 5 - Prob. 2P Ch. 5 - Prob. 3P Ch. 5 - Prob. 4P Ch. 5 - Prob. 5P Ch. 5 - Prob. 6P Ch. 5 - Prob. 7P Ch. 5 - Prob. 8P Ch. 5 - Prob. 9P Ch. 5 - Prob. 10P

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