Immunology

Time: MWF, 50 minute lecture

Place: TBA

 

 

 

Contact Information

Instructor: Dr. Samantha Kerry

 

Prerequisites

Cell Biology and one other upper level Biology course

 

Course Objectives

 

By the end of this course, each student should be able to:

 

1. Describe the steps of a basic immune response

2. Describe potential routes of infection in the body

3. Understand how the immune system adapts to recognize any pathogen it encounters

4. Understand how the immune system regulates itself, and the consequences of immune

    dysregulation

5. Explain immune processes in relationship to specific diseases covered in class

6. Locate, read and have basic understanding of scientific journal articles

 

Grading

 

Test #1: 10%

Test #2: 15%

Test #3: 15%

In-class case studies and paper discussion: 20%

Paper Discussion Project: 15%

Cumulative Final: 25%

 

 

Test and Project Deadlines

 

Dates for tests and projects are given in advance in this syllabus.  Tests may be postponed during the semester at the instructor’s discretion.  However, sufficient notice of a week or more in advance will be given if test dates must be altered.  In certain (extreme) circumstances, a student may take a test other than the date indicated.  These circumstances include death of an immediate family member and illness requiring a doctor’s care, and will be decided on an individual basis by the instructor.  Unacceptable circumstances include social or sporting events, and tests in other classes.  Please notify the instructor as early as possible if you have a conflict with a test date.  Written confirmation of the test date conflict from a doctor or the dean will be requested.  Make-up testing will occur before the original test date whenever possible.  Failure follow these procedures will result in a grade of ‘0.’ 

 

Those students diagnosed with special testing needs must provide written confirmation by the [insert school’s learning disability center].

 

Project deadlines are firm.  Projects will not be accepted after their indicated deadlines, so plan accordingly. No exceptions.  All projects are due at the beginning of class on the appointed day.  Late projects will receive a grade of ‘0.’

 

 

Cheating, Plagiarism and the Honor Code

 

Students are expected to adhere to the rules of conduct as described in the [insert school’s code of conduct].  Any suspicion of cheating will be brought to the attention of [insert school’s Honor Council, Dean or other venues for dealing with cheating]. 

 

Plagiarism can be a difficult topic to define.  Please review this website (http://www.bio.davidson.edu/dept/plagiarism.html) about the appropriate ways to paraphrase and quote sources.  References should be use whenever possible.  They are to be inserted in numerical order at the end of the appropriate sentence, and all numbered references should be listed at the end of the assignment.  This format can be found in any article from the journal Science.  Citations should be formatted as follows:

 

Scientific journal: Authors (Date). Title of article. Journal Title Volume (issue): page numbers.  Specifically:

J. Doe, J. Smith and B. Jones (2004). A very important scientific article. Journal of Important Stuff 1(2): 1-5.

 

Reference book: Title. Author. Edition number, year published. Page numbers. Specifically:

The Greatest Reference Book of Fascinating Scientific Facts. John Doe. Fourth edition, 2004. Pages 1-5.

 

Online reference: Title. Web address. Date last updated. Specifically: John’s Science website. www.johnscience.com. May 2004.

 

 

 

 

 

 

 

 

 

 

 

Lecture #

Title

Key topics

1

Course Overview

Syllabus, paper discussion project

2

“Hands On” immune response overview

overview

Part One: Waging War to Stay Healthy—Anatomy of an Immediate Immune Response

3

Starting with a solid base

Natural physiological barriers, structure and placement of immune tissues

4

Fortification: landmines and fences

Immediate subcellular defenses: complement, lectins

5

Fortification: sentries

Neutrophils, macrophages, eosinophils, basophils, natural killer (NK) cells

6

Detecting the enemy: cellular receptors

Toll-like receptors, PAMPs

7

Hostile territory: inflammation

Hallmarks of inflammation and cytokines

8

Reality check: case study #1

TEST

Test #1

Part Two: Waging War to Stay Healthy--Calling for help

10

Rallying the troops: communication and transport

Chemokines, adhesion molecules, extravasation

11

Capturing hostages: antigen processing

antigen presenting cells, engulfment and breaking down of antigens

12

Getting to know you: friend or foe?

Major histocompatibility complex (MHC) I and II, self vs. non-self

13

System-wide call to arms

Loading antigen onto MHC

14

Alternate methods of communication

Non-peptide antigens, CD1, cross-presentation

15

Reality check: paper discussion (in class)

TEST

Test #2

 

Part Three: Waging War to Stay Healthy--bringing in the reserves

17

Training for all potential enemies: TCR gene rearrangement

VDJ recombination

18

Cracking the code: TCR/MHC interactions

T cell activation, coreceptors

19

Notifying the troops: CD4 T cells

Th1 and Th2 responses

20

Reality check: case study #3 (in class)

21

Special Forces: CD8 T cells

CTL, granules

22

Bringing in the cavalry: B cells

B1 cells, B2 cells, plasma cells, immunoglobulin structure

23

B cells in action

Antibodies, Class switching

24

Victory! Now what?

Homeostasis and Immune memory

25

Reality check: case study #2

TEST

Test #3

 

Paper discussion project: journal article and outline due by class #27!

Part Four: Variations on a Theme--immune responses via different routes of infection

27

Blood exposure: plague

 

28

Pulmonary exposure: tuberculosis

 

29

Mucosal exposure: HIV

 

30

Gastrointestinal exposure: food poisoning

 

Part Five: Too Much of a Good Thing—immune system dysfunction

31

Immune system regulation

CTLA4, nonresponsiveness, apoptosis

32

Autoimmunity: diabetes

 

33

Allergy/asthma and hypersensitivity

 

Part Six: the power for good and evil—immune system manipulation

34

Vaccines

 

35

Transplantation

 

36

Biowarfare

 

 

Paper discussion project due by beginning of last class!

FINAL

Cumulative final

 

 

 

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