Lecture Topics

Lecture Topics REVISED 10/13
·Note: Professor Amacher's policy is to post lecture notes after class.
·Prof. Amacher's Tentative Reading Assignments and Problems (pdf)

Week

Lecture

Date

Topic

Notes

Readings

1
1
8/27
Introduction; The Physical Nature of Genetic Information
(In printer format)
AD
No Sections Week 1 Reading and Problems
2
8/29
Mendel's Laws
(In printer format)
AD
No Sections
2
9/1
Labor Day Holiday
Sections Begin  
3
9/3
Extensions to Mendel, Revised 9/5
SA
  Amacher Readings and Problems
4
9/5
Chromosomes and Inheritance
SA
   
3
5
9/8
Pedigree Analysis
SA
QUIZ #1 THIS WEEK Pedigree Diagrams
6
9/10
Linkage and Genetic Maps I
SA
   
7
9/12
Linkage and Genetic Maps II
SA
   
4
8
9/15
Tetrad Analysis I
SA
   
9
9/17
Tetrad Analysis II, Gene Conversion
SA
   
10
9/19
Chromosomal Rearrangements I
SA
   
5
11
9/22
Chromosomal Rearrangements II
SA
QUIZ #2 THIS WEEK  
12
9/24
Changes in Chromosomal Number
SA
   
13
9/26
Review of Amacher Lectures
SA
   
6
14
9/29
Sex chromosomes, dosage compensation, and aneuploidy
(In printer format)
AD
 
15
10/1
Where mutations come from (Ch. 7)
(In printer format)
AD
  Chapter 7 Reading and Problems
16
10/3
Linking genes to proteins, complementation tests (Ch. 7)
(In printer format)
AD
  Problem 26
(In printer format)
7
17
10/6
Gene expression; how mutations affect gene function (Ch. 8)
(In printer format)
AD
MIDTERM ON 10/6 Chapter 8 Reading and Problems
18
10/8
Intro. to C. elegans, hermaphrodite genetics, and screens
(In printer format)
C. elegans Portrait
AD
  C. elegans Readings and Problems
Answer Key REVISED 10/18
19
10/10
Apoptosis in C. elegans, gene mapping, and pathway analysis
(In printer format)
AD
  Lecture 9 Problem
Answer Key
8
20
10/13
Genetic suppressors and enhancers I: informational suppressors
(In printer format)
AD
   
21
10/15
Suppressors and enhancers II: genetic pathways
(In printer format)
AD
  Suppressor Readings and Problems
Answer Key
22
10/17
Discovery, mechanism, and application of RNAi
(In printer format)
AD
   
9
23
10/20
The cell cycle in yeast; temperature-sensitive mutations
(In printer format)
AD
QUIZ #3 THIS WEEK Chapter 19 Reading and Problems
24
10/22
Cancer genetics
(In printer format)
AD
   
25
10/24
Review
AD
  Putting Genes Into Pathways
10
26
10/27
Organelle Genetics
SA
   
27
10/29
Epigenetics: Imprinting
SA
   

28

10/31
Developmental Genetics: Zebrafish as a model system REVISED 11/02
SA
  Supplemental Reading 1
Supplemental Reading 2
Figure 1 (clearer)
Lecture 14 Problems
Solutions: Don't check answers until after you try the problems!
11
29
11/3
Reverse genetics in the mouse
SA
MIDTERM ON 11/6  
30
11/5
Cloning, libraries and sequencing REVISED AGAIN (II) 11/10
MS
   
31
11/7
Human genome and Polymorphic markers REVISED AGAIN (IV) 11/12
MS
   
12
32
11/10 Human genome and Polymorphic markers (see above)
MS
   
33
11/12 Positional cloning (see above)
MS
   
34
11/14 Genome wide association studies
MS
   
13
35
11/17 Population genetic variation
MS
QUIZ #4 THIS WEEK CA DNA Partial Match Policy
36
11/19 Hardy-Weinberg
MS
   
37
11/21 Selection
MS
   
14
38
11/24 Genetic drift REVISED 12/02
MS
   
39
11/26 Quantitative characters (see above)
MS
   
11/28 THANKSGIVING HOLIDAY
   
15
40
12/1
Multigene families REVISED 12/02   QUIZ #5 THIS WEEK  
41
12/3
Neutral evolution REVISED 12/09      
42
12/5
Evolutionary rates      
16
43
12/8
Primate and Human evolution      
44
12/10
Review      
12/19 FINAL, 8-11 am
 

 

MCB142/IB C163

Lecture:
MWF 9:00-10:00 2050 VLSB

Discussion Times:
103 Tuesday 8-9: 2030 VLSB
111 Tuesday 9-10: 2038 VLSB
104 Tuesday 1-2: 2030 VLSB
115 Tuesday 1-2: 2038 VLSB
105 Wednesday 11-12: 2032 VLSB
116 Wednesday 11-12: 2038 VLSB
106 Wednesday 1-2: 2032 VLSB
114 Wednesday 2-3: 2032 VLSB
110 Wednesday 3-4: 2038 VLSB
118 Wednesday 3-4: 2062 VLSB
107 Thursday 9-10: 2062 VLSB
108 Thursday 2-3: 2030 VLSB
109 Thursday 4-5: 2062 VLSB
112 Friday 3-4: 2030 VLSB