BIO372S

MOLECULAR BIOLOGY

2016

 

Contact Information:

Telephone : (905)-828-5362
Email : jb.anderson@utoronto.ca
Office Hours: Tuesdays 10 - 11am pm DV3043

Lectures

TU (DV2074) 12 - 1 pm & TH (IB345) 10-11 am

Turorial Workshops

TH 1 - 2 pm, CC1140. Please come prepared with questions and a willingness to discuss!

Required textbook:

Molecular Biology of the Gene, 7th Edition, J.D. Watson, T. A. Baker, S. P. Bell, A. Gann, M. Levine, R. Losick, and S. C. Harrison.  Pearson Education, Inc.  Cold Spring Harbor Laboratory Press, 2014

Additional textbooks potentially of use (not necessary to purchase these):

An Introduction to Genetic Analysis, Griffiths et al., W.H. Freeman
Essential Cell Biology, Alberts et al., Garland
Microbiology, Prescott et al., McGraw Hill

Course work and grading:

1st Mid term examination    Weight 25%   10 - 11 am, Thursday, February 4

2nd Mid term examination    Weight 25%   10 - 11 am, Thursday, March 17

Final examination           Weight 50%   Time set by Registrar's Office


Examination re-grades:

Requests for re-evaluation of course work must be made in writing to the instructor no later than one month following the return of the work. Re-evaluation may result in a grade increase, decrease, or no change.

Policy for missed term tests due to illness:

You must register on ROSI and provide an original note from a doctor dated within 24 hours of the missed term test.

Academic conduct:

Read and abide by the following section of the UTM Calendar http://www.utm.utoronto.ca/regcal/WEBGEN122.html

Lecture Topics: Check this page regularly for additional links to readings and lecture figures/ tables added throughout the term.

1. Introduction and methodology.  Textbook: Consult Chapters 1 -6 as background throughout the course.  Read Chapter 7 for Topic 1.  Read article by E. M. Southern.

2. Nucleic acids, genes, and genomes. Chapter 8.  Read article by Galagan et al.

3. DNA replication (Part 1 and Part 2). Chapter 9.  Read artcle by Gilbert.

Example mid term exam (2013)

4. DNA damage and repair. Chapter 10.

5. Recombination. Chapter 11

6. Transcription and its regulation. Chapters 13, 18, 19.

Special lecture by Dr. Steven Chatfield on Teusday, March 22: "Aptamers in Biology"

7. RNA regulation. Chapter 20.

8. Systems Biology. Chapter 22.