Blood coagulation is a mechanism that has a series of chain reactions. In the coagulation process blood changes its physical state into a solid state; gel from liquid state and form blood clots. Blood clots cease blood loss from the damage vessel.

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Chapter 42, Problem 4PL

Summary Introduction

Introduction:

Blood coagulation is a mechanism that has a series of chain reactions. In the coagulation process blood changes its physical state into a solid state; gel from liquid state and form blood clots. Blood clots cease blood loss from the damage vessel.

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A constituent of plasma that forms the network of fibers in a clot isa. fibrinogen. c. platelets. e. prothrombinase.b. tissue factor. d. thrombin.

A blockage in a blood vessel caused by a mass of matter in the blood is called a(n): a. thrombocyte. b. thrombosis. c. embolus. d. thrombus. e. embolism.

Platelets have all of the following functions except:- a. coagulation. b. plugging broken blood vessels. c. stimulating vasoconstriction. d. transporting oxygen. e. recruiting neutrophils

Answer 2

Question

Chapter 42, Problem 4PL

Summary Introduction

Introduction:

Blood coagulation is a mechanism that has a series of chain reactions. In the coagulation process blood changes its physical state into a solid state; gel from liquid state and form blood clots. Blood clots cease blood loss from the damage vessel.

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Answer 3

Question

Chapter 42, Problem 4PL

Summary Introduction

Introduction:

Blood coagulation is a mechanism that has a series of chain reactions. In the coagulation process blood changes its physical state into a solid state; gel from liquid state and form blood clots. Blood clots cease blood loss from the damage vessel.

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Answer 4

Question

Chapter 42, Problem 4PL

Summary Introduction

Introduction:

Blood coagulation is a mechanism that has a series of chain reactions. In the coagulation process blood changes its physical state into a solid state; gel from liquid state and form blood clots. Blood clots cease blood loss from the damage vessel.

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Answer 5

Chapter 42, Problem 4PL

Summary Introduction

Introduction:

Blood coagulation is a mechanism that has a series of chain reactions. In the coagulation process blood changes its physical state into a solid state; gel from liquid state and form blood clots. Blood clots cease blood loss from the damage vessel.

Answer 6

Chapter 42, Problem 4PL

Summary Introduction

Introduction:

Blood coagulation is a mechanism that has a series of chain reactions. In the coagulation process blood changes its physical state into a solid state; gel from liquid state and form blood clots. Blood clots cease blood loss from the damage vessel.

Answer 7

Chapter 42, Problem 4PL

Summary Introduction

Introduction:

Blood coagulation is a mechanism that has a series of chain reactions. In the coagulation process blood changes its physical state into a solid state; gel from liquid state and form blood clots. Blood clots cease blood loss from the damage vessel.

Answer 8

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Answer 11

Ch. 42 - Prob. 1PL Ch. 42 - Prob. 2PL Ch. 42 - Prob. 3PL Ch. 42 - Prob. 4PL Ch. 42 - Coagulation should normally occur within a. 10...Ch. 42 - Prob. 6PL Ch. 42 - A normal blood total cholesterol level is less...Ch. 42 - The high-density lipoproteins (HDLs) are sometimes...Ch. 42 - Prob. 1.1CT Ch. 42 - Prob. 2.1A

Blood coagulation is a mechanism that has a series of chain reactions. In the coagulation process blood changes its physical state into a solid state; gel from liquid state and form blood clots. Blood clots cease blood loss from the damage vessel.

Solution Summary: The author explains that blood coagulation has a series of chain reactions. The correct answer is option (a) fibrin.

Concept explainers

Introduction:

Blood coagulation is a mechanism that has a series of chain reactions. In the coagulation process blood changes its physical state into a solid state; gel from liquid state and form blood clots. Blood clots cease blood loss from the damage vessel.

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Chapter 42 Solutions

Blood coagulation is a mechanism that has a series of chain reactions. In the coagulation process blood changes its physical state into a solid state; gel from liquid state and form blood clots. Blood clots cease blood loss from the damage vessel.

Solution Summary: The author explains that blood coagulation has a series of chain reactions. The correct answer is option (a) fibrin.

Concept explainers

Introduction: Blood coagulation is a mechanism that has a series of chain reactions. In the coagulation process blood changes its physical state into a solid state; gel from liquid state and form blood clots. Blood clots cease blood loss from the damage vessel.

Want to see the full answer?

Chapter 42 Solutions

Introduction:

Blood coagulation is a mechanism that has a series of chain reactions. In the coagulation process blood changes its physical state into a solid state; gel from liquid state and form blood clots. Blood clots cease blood loss from the damage vessel.