Objectives

1. Illustrate the cell cycle and the steps involved in cellular reproduction

2. Discuss the importance of sexual reproduction as it relates to evolution

3. Describe the historical context that is the basis for modern genetics (Gregor Mendel)

4. Demonstrate the use of probability in genetics

5. Compare and contrast various types of inheritance patterns (epistatic genes, linked genes, sex-linkage, lethals genes)

6. Use the Hardy-Weinberg equation to estimate allele frequencies in a population

AP LABS

Lab 7: Genetics of Organisms
Virtual Fruit Fly | Fruit Fly II

Lab 8: Hardy Weinberg Population Study (adapted)

Cell Cycle & Mitosis
Why Sex?
Meiosis

Gregor Mendel
Labradors (Epistatic Alleles)
Handout - Chi Square Analysis

11-4 Human Genetic Disorders
11-5 Beyond Mendel
Lethal Genes
Multiple Allele Traits (chickens)

12-1 Chromosomal Inheritance
12-2 Linkage Groups
12-3 Changes in Chromosomes

Population Genetics (Hardy-Weinberg )

Mini-map on the Cell Cycle
Mitosis Review
Meiosis Labeling
Video: Why Sex

Genetics Practice (mono and dihybrid)
Corn & Tobacco Seeds
Corn Genetics and Chi Square
Hardy-Weinberg Problem Set [doc]

Linkage Group Simulation

Mitosis Animation I
Mitosis Animation II
Mitosis Animation (musical)

Meiosis Video
Meiosis Animation I
Meiosis Animation II
Meiosis Animation III
Meiosis Animation IV
Meiosis Tutorial

DNA from the Beginning

Chi Square Web Calculator

Mendelian Genetics Tutorial - practice with monohybrid, dihybrid and sex linked crosses

Mitosis Quiz

Mendelian Genetics

Advanced Genetics

Chromosome Quiz

Review Guide