ABO blood grouping was first discovered by Carl Landsteiner. This system is used to denote the presence of one, both, or neither of the A and B antigens on erythrocytes. In a humantransfusion, it is the most important of the 36 classification systems. A mismatched transfusion can cause serious potentially fatal adverse reactions. If an individual receives a mismatched transfusion of red blood cells with different antigens, it causes a transfusion reaction resulting in clumping, when antibodies bind to those cells. These cells are destroyed by releasing hemoglobin in the bloodstream, thus blocking blood vessels kidneys and other body organs. Table: ABO Blood group antigens present on RBC and IgM antibodies present in serum GROUP A GROUP B GROUP AB GROUP O RED BLOOD CELL TYPE A B AB O Antibodies in plasma Anti-B Anti-A NONE Anti-A and Anti-B Antigens in RBC A antigen B antigen A and B antigens none

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Answer 1

Question

Chapter 17, Problem 2MC

Summary Introduction

Introduction:

ABO blood grouping was first discovered by Carl Landsteiner. This system is used to denote the presence of one, both, or neither of the A and B antigens on erythrocytes. In a humantransfusion, it is the most important of the 36 classification systems. A mismatched transfusion can cause serious potentially fatal adverse reactions. If an individual receives a mismatched transfusion of red blood cells with different antigens, it causes a transfusion reaction resulting in clumping, when antibodies bind to those cells. These cells are destroyed by releasing hemoglobin in the bloodstream, thus blocking blood vessels kidneys and other body organs.

Table: ABO Blood group antigens present on RBC and IgM antibodies present in serum

GROUP A GROUP B GROUP AB GROUP O

RED BLOOD CELL TYPE A B AB O

Antibodies in plasma Anti-B Anti-A NONE Anti-A and Anti-B

Antigens in RBC A antigen B antigen A and B antigens none

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Answer 2

Question

Chapter 17, Problem 2MC

Summary Introduction

Introduction:

ABO blood grouping was first discovered by Carl Landsteiner. This system is used to denote the presence of one, both, or neither of the A and B antigens on erythrocytes. In a humantransfusion, it is the most important of the 36 classification systems. A mismatched transfusion can cause serious potentially fatal adverse reactions. If an individual receives a mismatched transfusion of red blood cells with different antigens, it causes a transfusion reaction resulting in clumping, when antibodies bind to those cells. These cells are destroyed by releasing hemoglobin in the bloodstream, thus blocking blood vessels kidneys and other body organs.

Table: ABO Blood group antigens present on RBC and IgM antibodies present in serum

GROUP A GROUP B GROUP AB GROUP O

RED BLOOD CELL TYPE A B AB O

Antibodies in plasma Anti-B Anti-A NONE Anti-A and Anti-B

Antigens in RBC A antigen B antigen A and B antigens none

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Answer 3

Question

Chapter 17, Problem 2MC

Summary Introduction

Introduction:

ABO blood grouping was first discovered by Carl Landsteiner. This system is used to denote the presence of one, both, or neither of the A and B antigens on erythrocytes. In a humantransfusion, it is the most important of the 36 classification systems. A mismatched transfusion can cause serious potentially fatal adverse reactions. If an individual receives a mismatched transfusion of red blood cells with different antigens, it causes a transfusion reaction resulting in clumping, when antibodies bind to those cells. These cells are destroyed by releasing hemoglobin in the bloodstream, thus blocking blood vessels kidneys and other body organs.

Table: ABO Blood group antigens present on RBC and IgM antibodies present in serum

GROUP A GROUP B GROUP AB GROUP O

RED BLOOD CELL TYPE A B AB O

Antibodies in plasma Anti-B Anti-A NONE Anti-A and Anti-B

Antigens in RBC A antigen B antigen A and B antigens none

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Answer 4

Question

Chapter 17, Problem 2MC

Summary Introduction

Introduction:

ABO blood grouping was first discovered by Carl Landsteiner. This system is used to denote the presence of one, both, or neither of the A and B antigens on erythrocytes. In a humantransfusion, it is the most important of the 36 classification systems. A mismatched transfusion can cause serious potentially fatal adverse reactions. If an individual receives a mismatched transfusion of red blood cells with different antigens, it causes a transfusion reaction resulting in clumping, when antibodies bind to those cells. These cells are destroyed by releasing hemoglobin in the bloodstream, thus blocking blood vessels kidneys and other body organs.

Table: ABO Blood group antigens present on RBC and IgM antibodies present in serum

GROUP A GROUP B GROUP AB GROUP O

RED BLOOD CELL TYPE A B AB O

Antibodies in plasma Anti-B Anti-A NONE Anti-A and Anti-B

Antigens in RBC A antigen B antigen A and B antigens none

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Answer 5

Chapter 17, Problem 2MC

Summary Introduction

Introduction:

ABO blood grouping was first discovered by Carl Landsteiner. This system is used to denote the presence of one, both, or neither of the A and B antigens on erythrocytes. In a humantransfusion, it is the most important of the 36 classification systems. A mismatched transfusion can cause serious potentially fatal adverse reactions. If an individual receives a mismatched transfusion of red blood cells with different antigens, it causes a transfusion reaction resulting in clumping, when antibodies bind to those cells. These cells are destroyed by releasing hemoglobin in the bloodstream, thus blocking blood vessels kidneys and other body organs.

Table: ABO Blood group antigens present on RBC and IgM antibodies present in serum

GROUP A GROUP B GROUP AB GROUP O

RED BLOOD CELL TYPE A B AB O

Antibodies in plasma Anti-B Anti-A NONE Anti-A and Anti-B

Antigens in RBC A antigen B antigen A and B antigens none

Answer 6

Chapter 17, Problem 2MC

Summary Introduction

Introduction:

ABO blood grouping was first discovered by Carl Landsteiner. This system is used to denote the presence of one, both, or neither of the A and B antigens on erythrocytes. In a humantransfusion, it is the most important of the 36 classification systems. A mismatched transfusion can cause serious potentially fatal adverse reactions. If an individual receives a mismatched transfusion of red blood cells with different antigens, it causes a transfusion reaction resulting in clumping, when antibodies bind to those cells. These cells are destroyed by releasing hemoglobin in the bloodstream, thus blocking blood vessels kidneys and other body organs.

Table: ABO Blood group antigens present on RBC and IgM antibodies present in serum

GROUP A GROUP B GROUP AB GROUP O

RED BLOOD CELL TYPE A B AB O

Antibodies in plasma Anti-B Anti-A NONE Anti-A and Anti-B

Antigens in RBC A antigen B antigen A and B antigens none

Answer 7

Chapter 17, Problem 2MC

Summary Introduction

Introduction:

ABO blood grouping was first discovered by Carl Landsteiner. This system is used to denote the presence of one, both, or neither of the A and B antigens on erythrocytes. In a humantransfusion, it is the most important of the 36 classification systems. A mismatched transfusion can cause serious potentially fatal adverse reactions. If an individual receives a mismatched transfusion of red blood cells with different antigens, it causes a transfusion reaction resulting in clumping, when antibodies bind to those cells. These cells are destroyed by releasing hemoglobin in the bloodstream, thus blocking blood vessels kidneys and other body organs.

Table: ABO Blood group antigens present on RBC and IgM antibodies present in serum

GROUP A GROUP B GROUP AB GROUP O

RED BLOOD CELL TYPE A B AB O

Antibodies in plasma Anti-B Anti-A NONE Anti-A and Anti-B

Antigens in RBC A antigen B antigen A and B antigens none

Answer 8

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Ch. 17 - Prob. 1SA Ch. 17 - 2. List two physical responses of systemic...Ch. 17 - What are the major differences between an...Ch. 17 - Compare and contrast the Arthus reaction and serum...Ch. 17 - Prob. 5SA Ch. 17 - Compare and contrast the autoimmune processes...Ch. 17 - 7. Give an example of an organ-specific...Ch. 17 - Explain why a patient who received a successful...Ch. 17 - Why does an IgA deficiency predispose a person to...Ch. 17 - What is the difference between a primary...

Solution Summary: The author explains that ABO blood grouping is used to denote the presence of one, both, or neither of the A and B antigens on erythrocytes.

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Chapter 17 Solutions

	GROUP A	GROUP B	GROUP AB	GROUP O
RED BLOOD CELL TYPE	A	B	AB	O
Antibodies in plasma	Anti-B	Anti-A	NONE	Anti-A and Anti-B
Antigens in RBC	A antigen	B antigen	A and B antigens	none