Interdisciplinary Explorations in Virology
Syllabus, Fall 2011
Course Description
In this course, we will use a case-study approach to investigate the biology of human pathogenic viruses, focusing in particular on factors that impact the outbreak and spread of human viral diseases. CC- Interdisciplinary
Student Learning Goals
As a result of taking this course, students will be able to:
1) Describe the basic structures and replication strategies of the major classes of human viral pathogens;
2) Explore and analyze the political, social, economic and biological factors that impact the outbreak and spread of viral diseases;
3) Demonstrate familiarity with the specialized vocabularies and fundamental concepts of the various disciplines involved in the epidimiological analysis of viral disease outbreaks;
4) Show an appreciation of how different academic disciplines can supplement and reinforce one another in the study of viral disease outbreaks and their causes;
5) Articulate an understanding of the complexities and ambiguities inherent in explaining epidemiological issues from with in the frameworks of a variety of disciplines, including biology, sociology, political science and economics.
6) Deliberately use the disciplines under study for advanced analysis of viral disease outbreaks in a way that is not normally available to each discipline alone.
Important Course Information
Phone Number: 372-4067
Office Hours: Monday 2-3, Tuesday 1-2, Friday 1-3, Thursdays by appointment only.
Office Location: 234F New Science Building
Required Text
Virology: Principles and Applications by Carter and Saunders (Wiley, ISBN 978-0-470-02387-7)
Grade Standards
Your final grade will be based on three exams (30%), Peer-Evaluated Teamwork (10%), in-class assignments and participation (30%), and a written report of your semester "Outbreak" project (30%). Grades will be based on the table below. There is no curve.
| Percent Grade | Letter Grade |
| 93 | A |
| 90 | A- |
| 87 | B+ |
| 84 | B |
| 80 | B- |
| 77 | C+ |
| 74 | C |
| 70 | C- |
| 67 | D+ |
| 64 | D |
| 60 | D- |
| <60 | F |
Attendance
If you are not in class, you will receive a zero for that day's work, and for that day's participation. If you think you have a really good reason for missing class, you must let me know about it in advance, and I will decide if a make-up assignment is warranted.
Late Work
Since the reason I assigne work for class is to help you learn, I will always accept late work, and it will always receive more points than work that is simply not turned in (as long as you get something right, that is). Late (unexcused) work will be assessed a 10% per day late penalty, and that penalty starts the minute that I start class - so please do NOT come to class late because you are printing out that day's assignment. It won't change your grade a bit.
Schedule of Events for Fall 2011
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Topic
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Introduction Viruses and Their Importance Introduction to Epidemiology |
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Emerging Infectious Diseases: Who, What, Where, When and Why? |
Everyone Must Read:
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Virus Structure and Replication - An Overview |
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Virus Vaccines and Antiviral Agents |
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Mini Case Study #1: dsDNA Viruses The Outbreak Continues |
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Exam One |
Exam One Review Questions |
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Mini Case Study #2: ssDNA Viruses Lecture 5 Handout The Outbreak Continues |
1) Read Carter, Chapter 12 |
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Midterm Break |
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Mini Case Study #3: dsRNA Viruses Lecture 6 Handout The Outbreak Continues |
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Mini Case Study #4: (+) strand RNA viruses
The Outbreak Continues |
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Exam Two |
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Mini Case Study #5: (-) strand RNA viruses The Outbreak Continues |
1) Read Carter, Chapter 15 |
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Mini Case Study #6: Outbreak Cozumel! The Outbreak Continues |
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Outbreak Presentations The Outbreak Concludes |
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Class Evaluation, Class Summary | |
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Exam Three Tuesday, December 13. 3-5 pm |
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