Chapter 8 Opener

In-Text Art, Ch. 8, p. 145

Figure 8.1 Mendel’s Monohybrid Experiments

Figure 8.1 Mendel’s Monohybrid Experiments

Figure 8.1 Mendel’s Monohybrid Experiments (Part 1)

Figure 8.1 Mendel’s Monohybrid Experiments (Part 2)

In-Text Art, Ch. 8, p. 147

Figure 8.2 Mendel’s Explanation of Inheritance

Figure 8.2 Mendel’s Explanation of Inheritance

Figure 8.2 Mendel’s Explanation of Inheritance (Part 1)

Figure 8.2 Mendel’s Explanation of Inheritance (Part 2)

Figure 8.3 Meiosis Accounts for the Segregation of Alleles

Figure 8.3 Meiosis Accounts for the Segregation of Alleles

Figure 8.3 Meiosis Accounts for the Segregation of Alleles (Part 1)

Figure 8.3 Meiosis Accounts for the Segregation of Alleles (Part 2)

Figure 8.3 Meiosis Accounts for the Segregation of Alleles (Part 3)

Figure 8.4 Homozygous or Heterozygous?

Figure 8.4 Homozygous or Heterozygous?

Figure 8.4 Homozygous or Heterozygous? (Part 1)

Figure 8.4 Homozygous or Heterozygous? (Part 2)

Figure 8.4 Homozygous or Heterozygous? (Part 3)

Figure 8.5 Independent Assortment

Figure 8.5 Independent Assortment

Figure 8.5 Independent Assortment (Part 1)

Figure 8.5 Independent Assortment (Part 2)

Figure 8.6 Meiosis Accounts for Independent Assortment of Alleles

Figure 8.6 Meiosis Accounts for Independent Assortment of Alleles

Figure 8.7 Using Probability Calculations in Genetics

Figure 8.7 Using Probability Calculations in Genetics

Figure 8.8 Pedigree Analysis and Inheritance

Figure 8.8 Pedigree Analysis and Inheritance

Figure 8.8 Pedigree Analysis and Inheritance (Part 1)

Figure 8.8 Pedigree Analysis and Inheritance (Part 2)

Figure 8.9 Multiple Alleles for Coat Color in Rabbits

Figure 8.10 Incomplete Dominance Follows Mendel’s Laws

Figure 8.10 Incomplete Dominance Follows Mendel’s Laws

Figure 8.10 Incomplete Dominance Follows Mendel’s Laws (Part 1)

Figure 8.10 Incomplete Dominance Follows Mendel’s Laws (Part 2)

Figure 8.11 ABO Blood Reactions Are Important in Transfusions

Figure 8.11 ABO Blood Reactions Are Important in Transfusions

Apply the Concept, Ch. 8, p. 154

In-Text Art, Ch. 8, p. 154

Figure 8.12 Genes Interact Epistatically

Figure 8.12 Genes Interact Epistatically

Figure 8.13 Some Alleles Do Not Assort Independently

Figure 8.13 Some Alleles Do Not Assort Independently

Figure 8.13 Some Alleles Do Not Assort Independently (Part 1)

Figure 8.13 Some Alleles Do Not Assort Independently (Part 2)

Figure 8.14 Crossing Over Results in Genetic Recombination

Figure 8.14 Crossing Over Results in Genetic Recombination

Figure 8.14 Crossing Over Results in Genetic Recombination (Part 1)

Figure 8.14 Crossing Over Results in Genetic Recombination (Part 2)

Figure 8.14 Crossing Over Results in Genetic Recombination (Part 3)

In-Text Art, Ch. 8, p. 157 (1)

In-Text Art, Ch. 8, p. 157 (2)

Figure 8.15 Recombination Frequencies

Figure 8.15 Recombination Frequencies (Part 1)

Figure 8.15 Recombination Frequencies (Part 2)

Apply the Concept, Ch. 8, p. 158

Figure 8.16 A Gene for Eye Color Is Carried on the Drosophila X Chromosome

Figure 8.16 A Gene for Eye Color Is Carried on the Drosophila X Chromosome

Figure 8.16 A Gene for Eye Color Is Carried on the Drosophila X Chromosome (Part 1)

Figure 8.16 A Gene for Eye Color Is Carried on the Drosophila X Chromosome (Part 2)

Figure 8.17 Red–Green Color Blindness Is Carried on the Human X Chromosome

Figure 8.17 Red–Green Color Blindness Is Carried on the Human X Chromosome

Figure 8.18 Cytoplasmic Inheritance

Figure 8.19 Bacterial Conjugation and Recombination

Figure 8.19 Bacterial Conjugation and Recombination

Figure 8.19 Bacterial Conjugation and Recombination (Part 1)

Figure 8.19 Bacterial Conjugation and Recombination (Part 2)

Figure 8.20 Gene Transfer by Plasmids

Figure 8.20 Gene Transfer by Plasmids

Figure 8.21 Sex Linkage in Royal Families of Europe