The possible genotypes of the individuals with blood group A. Introduction: The human blood group is an example of codominance where the alleles for the two antigens A and B are equally dominant. This means that when the two antigens A and B are present the blood group is AB while in the absence of both the antigens the blood group is O.

Question

The following table is from Kumar et. al. Highly Selective Dopamine D3 Receptor (DR) Antagonists and Partial Agonists Based on Eticlopride and the D3R Crystal Structure: New Leads for Opioid Dependence Treatment. J. Med Chem 2016.

Answer 1

Question

Chapter 3, Problem 32QP

a.

Summary Introduction

To determine: The possible genotypes of the individuals with blood group A.

Introduction: The human blood group is an example of codominance where the alleles for the two antigens A and B are equally dominant. This means that when the two antigens A and B are present the blood group is AB while in the absence of both the antigens the blood group is O.

b.

Summary Introduction

To determine: The possible genotypes of the individual with blood group B.

Introduction: The human blood group is an example of codominance where the alleles for the two antigens A and B are equally dominant. This means that when the two antigens A and B are present the blood group is AB while in the absence of both the antigens the blood group is O.

c.

Summary Introduction

To determine: The possible genotypes of the individual with blood group O.

Introduction: The human blood group is an example of codominance where the alleles for the two antigens A and B are equally dominant. This means that when the two antigens A and B are present the blood group is AB while in the absence of both the antigens the blood group is O.

c.

Summary Introduction

To determine: The possible genotypes of the individual with blood group AB.

Introduction: The human blood group is an example of codominance where the alleles for the two antigens A and B are equally dominant. This means that when the two antigens A and B are present the blood group is AB while in the absence of both the antigens the blood group is O.

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Answer 2

Question

Chapter 3, Problem 32QP

a.

Summary Introduction

To determine: The possible genotypes of the individuals with blood group A.

Introduction: The human blood group is an example of codominance where the alleles for the two antigens A and B are equally dominant. This means that when the two antigens A and B are present the blood group is AB while in the absence of both the antigens the blood group is O.

b.

Summary Introduction

To determine: The possible genotypes of the individual with blood group B.

Introduction: The human blood group is an example of codominance where the alleles for the two antigens A and B are equally dominant. This means that when the two antigens A and B are present the blood group is AB while in the absence of both the antigens the blood group is O.

c.

Summary Introduction

To determine: The possible genotypes of the individual with blood group O.

Introduction: The human blood group is an example of codominance where the alleles for the two antigens A and B are equally dominant. This means that when the two antigens A and B are present the blood group is AB while in the absence of both the antigens the blood group is O.

c.

Summary Introduction

To determine: The possible genotypes of the individual with blood group AB.

Introduction: The human blood group is an example of codominance where the alleles for the two antigens A and B are equally dominant. This means that when the two antigens A and B are present the blood group is AB while in the absence of both the antigens the blood group is O.

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Answer 3

Question

Chapter 3, Problem 32QP

a.

Summary Introduction

To determine: The possible genotypes of the individuals with blood group A.

Introduction: The human blood group is an example of codominance where the alleles for the two antigens A and B are equally dominant. This means that when the two antigens A and B are present the blood group is AB while in the absence of both the antigens the blood group is O.

b.

Summary Introduction

To determine: The possible genotypes of the individual with blood group B.

Introduction: The human blood group is an example of codominance where the alleles for the two antigens A and B are equally dominant. This means that when the two antigens A and B are present the blood group is AB while in the absence of both the antigens the blood group is O.

c.

Summary Introduction

To determine: The possible genotypes of the individual with blood group O.

Introduction: The human blood group is an example of codominance where the alleles for the two antigens A and B are equally dominant. This means that when the two antigens A and B are present the blood group is AB while in the absence of both the antigens the blood group is O.

c.

Summary Introduction

To determine: The possible genotypes of the individual with blood group AB.

Introduction: The human blood group is an example of codominance where the alleles for the two antigens A and B are equally dominant. This means that when the two antigens A and B are present the blood group is AB while in the absence of both the antigens the blood group is O.

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Answer 4

Question

Chapter 3, Problem 32QP

a.

Summary Introduction

To determine: The possible genotypes of the individuals with blood group A.

Introduction: The human blood group is an example of codominance where the alleles for the two antigens A and B are equally dominant. This means that when the two antigens A and B are present the blood group is AB while in the absence of both the antigens the blood group is O.

b.

Summary Introduction

To determine: The possible genotypes of the individual with blood group B.

Introduction: The human blood group is an example of codominance where the alleles for the two antigens A and B are equally dominant. This means that when the two antigens A and B are present the blood group is AB while in the absence of both the antigens the blood group is O.

c.

Summary Introduction

To determine: The possible genotypes of the individual with blood group O.

Introduction: The human blood group is an example of codominance where the alleles for the two antigens A and B are equally dominant. This means that when the two antigens A and B are present the blood group is AB while in the absence of both the antigens the blood group is O.

c.

Summary Introduction

To determine: The possible genotypes of the individual with blood group AB.

Introduction: The human blood group is an example of codominance where the alleles for the two antigens A and B are equally dominant. This means that when the two antigens A and B are present the blood group is AB while in the absence of both the antigens the blood group is O.

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Answer 5

Chapter 3, Problem 32QP

a.

Summary Introduction

To determine: The possible genotypes of the individuals with blood group A.

Introduction: The human blood group is an example of codominance where the alleles for the two antigens A and B are equally dominant. This means that when the two antigens A and B are present the blood group is AB while in the absence of both the antigens the blood group is O.

b.

Summary Introduction

To determine: The possible genotypes of the individual with blood group B.

Introduction: The human blood group is an example of codominance where the alleles for the two antigens A and B are equally dominant. This means that when the two antigens A and B are present the blood group is AB while in the absence of both the antigens the blood group is O.

c.

Summary Introduction

To determine: The possible genotypes of the individual with blood group O.

Introduction: The human blood group is an example of codominance where the alleles for the two antigens A and B are equally dominant. This means that when the two antigens A and B are present the blood group is AB while in the absence of both the antigens the blood group is O.

c.

Summary Introduction

To determine: The possible genotypes of the individual with blood group AB.

Introduction: The human blood group is an example of codominance where the alleles for the two antigens A and B are equally dominant. This means that when the two antigens A and B are present the blood group is AB while in the absence of both the antigens the blood group is O.

Answer 6

Chapter 3, Problem 32QP

a.

Summary Introduction

To determine: The possible genotypes of the individuals with blood group A.

Introduction: The human blood group is an example of codominance where the alleles for the two antigens A and B are equally dominant. This means that when the two antigens A and B are present the blood group is AB while in the absence of both the antigens the blood group is O.

Answer 7

Chapter 3, Problem 32QP

a.

Summary Introduction

To determine: The possible genotypes of the individuals with blood group A.

Introduction: The human blood group is an example of codominance where the alleles for the two antigens A and B are equally dominant. This means that when the two antigens A and B are present the blood group is AB while in the absence of both the antigens the blood group is O.

Answer 8

b.

Summary Introduction

To determine: The possible genotypes of the individual with blood group B.

Introduction: The human blood group is an example of codominance where the alleles for the two antigens A and B are equally dominant. This means that when the two antigens A and B are present the blood group is AB while in the absence of both the antigens the blood group is O.

Answer 9

b.

Summary Introduction

To determine: The possible genotypes of the individual with blood group B.

Introduction: The human blood group is an example of codominance where the alleles for the two antigens A and B are equally dominant. This means that when the two antigens A and B are present the blood group is AB while in the absence of both the antigens the blood group is O.

Answer 10

c.

Summary Introduction

To determine: The possible genotypes of the individual with blood group O.

Introduction: The human blood group is an example of codominance where the alleles for the two antigens A and B are equally dominant. This means that when the two antigens A and B are present the blood group is AB while in the absence of both the antigens the blood group is O.

Answer 11

c.

Summary Introduction

To determine: The possible genotypes of the individual with blood group O.

Introduction: The human blood group is an example of codominance where the alleles for the two antigens A and B are equally dominant. This means that when the two antigens A and B are present the blood group is AB while in the absence of both the antigens the blood group is O.

Answer 12

c.

Summary Introduction

To determine: The possible genotypes of the individual with blood group AB.

Introduction: The human blood group is an example of codominance where the alleles for the two antigens A and B are equally dominant. This means that when the two antigens A and B are present the blood group is AB while in the absence of both the antigens the blood group is O.

Answer 13

c.

Summary Introduction

To determine: The possible genotypes of the individual with blood group AB.

Introduction: The human blood group is an example of codominance where the alleles for the two antigens A and B are equally dominant. This means that when the two antigens A and B are present the blood group is AB while in the absence of both the antigens the blood group is O.

Answer 14

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Solution Summary: The author explains that the human blood group is an example of codominance where the alleles for the two antigens A and B are equally dominant.

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