Date	Topic	Pages in text:
23-Aug	introduction
26-Aug	genetics and the organism: history of genetics	1, p.1-11
28-Aug	structure of genes	2, p. 24-33
30-Aug	strcture of genes	2, 35-39;56-66
2-Sep	labor day
4-Sep	gene function	3, 70-73
6-Sep	transmission of DNA: replication	4, 93-99
9-Sep	mitosis	41-48;100-107
11-Sep	meiosis	107-113
13-Sep	meiosis
16-Sep	Inheritance of single-gene differences: mendels "laws"	119-126;
18-Sep	Inheritance of single-gene differences: mendels "laws"	150-155
20-Sep	Inheritance of single-gene differences: sex linked genes & pedigrees	126-137
23-Sep	Probability	155-156; 167-169
25-Sep	Exam 1
27-Sep	Ethics and eugenics
30-Sep	Genetic recombination in eukaryotes: crossing over	148-161
2-Oct	Genetic recombinatin in eukaryotes: Linkage maps	161-165
4-Oct	Genetic recombinatin in eukaryotes: Linkage maps
7-Oct	Recombination in bacteria: conjugation	184-196
9-Oct	Recombination in bacteria: transformation
11-Oct	Recombinant DNA	215-231
14-Oct	genetic engineering	266-271; 285-291
16-Oct	genomics	294-305
18-Oct	Exam 2
21-Oct	Gene mutation: mutation	314-330
23-Oct	Gene mutation: mobile elements	331-344
25-Oct	Chromosome mutations	350-372
28-Oct	Chromosome mutations: evolution of the genome	373-384
30-Oct	Regulation of transcription: prokaryotes	420-433
1-Nov	Regulation of transcription: prokaryotes
4-Nov	Regulation of transcription: eukaryotes	433-444
6-Nov	Gene to phenotype: genic interations	454-472
8-Nov	Gene to phenotype: genic interations
11-Nov	Exam 3
13-Nov	development: sex determination	510-520
15-Nov	development: forming complex pattern	525-539; 542-545
18-Nov	population genetics	554-565
20-Nov	population genetics	565-581
22-Nov	quantitative genetics	588-596; 599-604
25-Nov	quantitative genetics	606-614
27-Nov	evolutionary genetics	620-640
29-Nov	thanksgiving break
2-Dec	conservation genetics
4-Dec	review