Date	Lecture Topic								Text Chapter

3/29	1.   Genetic Principles--phenotype, genotype, pedigrees			1,3
3/31	2.   Genetic Principles--segregation of alleles				1,3
4/2	3.   Genetic Principles--meiosis and mitosis				2
4/5	4.   Genetic Principles--independent assortment, probability		3
4/7	5.   Genetic Principles--nonindependent assortment, linkage		7
4/9	6.   Genetic Principles--genetic maps					7
4/12	7.   Genetic Principles--fine structure genetic maps			14,15
4/14	8.   Genetic Principles--gene-enzyme relationships			14
4/16	9.   Genetic Principles--gene interactions				4
4/19	10.  Genetic Principles--cytoplasmic inheritance			18

4/21	Wedensday MIDTERM EXAM #1: lectures 1-10

4/23	11.  The genetics of organisms--population genetics 			27
4/26	12.  The genetics of organisms--population genetics, consanguinuity 	27
4/28	13.  The genetics of organisms--quantitative inheritance, twins		25, 26
4/30	14.  Chromosomes--structure						5, 9
5/3	15.  Chromosomes--aneuploidy						6
5/5	16.  Chromosomes--abberrations						6
5/7	17.  Chromosomes--sex determination					5
5/10	18.  Chromosomes--sex linkage						5
5/12	19.  Chromosomes--polyploidy						6
5/14	20.  Chromosomes--inactive X						5
5/17	21.  Chromosomes--mutation/radiation/cancer				13, 597-601

5/19	Wedensday MIDTERM EXAM #2: lectures 11-21

5/21	22.  The genetics of cells--bacterial mating				16
5/24	23.  The genetics of cells--bacterial transduction			16
5/26	24.  The genetics of cells--bacterial episomal transfer			16
5/28	25.  The genetics of cells--recombinant DNA				19
5/31	Holiday -- Memorial Day
6/2	26.  The genetics of cells--somatic cell culture studies		pp. 166-172
6/4	27.  Review and Summary

6/11	Friday FINAL EXAM!! : Approximately 1/3 each lectures 1-10, lectures 11-21, and lectures 22-27