MCB 427
Infection and Immunity
School of Molecular & Cellular Biology
University of Illinois at Urbana-Champaign
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Course Information

MCB 427:  Infection and Immunity (Fall 2006)

Dr. Richard Tapping                                        Dr. Ed Roy
325 Burrill Hall                                                  336A Burrill Hall
tapping@life.uiuc.edu                                     eroy@life.uiuc.edu

Office Hours:  Monday and Wednesday, 4-5 pm, or by appointment.

Overview:  MCB 427 is an introduction to the immune system as it relates to human health.  The idea that immunity is a highly regulated and integrated system that functions to eliminate infection and abnormal tissue, while retaining the integrity of self, provides the conceptual framework for this course. The first set of lectures provides a complete background to the functions of innate and adaptive immunity with respect to the organs, cells and predominant molecules of the immune system.  These basic principals provide a platform for understanding the mechanisms of normal immune function in combating infection with specific lectures related to viral, bacterial, fungal, protozoan, and metazoan infections. The basis of autoimmunity, allergy, hypersensitivities and sepsis are presented as clinical examples of harmful disregulated immune responses.  Health problems associated with an absence of immune inactivity are illustrated by immune tolerance to cancerous cells and by a variety of inherited and acquired human immunodeficiencies.

Prerequisites: This course is offered as an advanced core option for upper-level (junior and senior) majors in MCB.  MCB 300 and MCB 354 are prerequisites for this course.

Textbook:  Immunobiology: The Immune System in Health and Disease. Sixth edition, Garland Science Publishing, New York, NY. (Janeway, Travers, Walport, Shlomichik).

Lecture Handouts:  Prior to every lecture a complete set of lecture handouts will be provided for you.  In addition to highlighting the information given in the lecture, the handouts direct you to the required reading from the textbook.  The handouts also contain all the relevant lecture figures and should prove useful for making additional notes during the lectures.  The lecture handouts supplement, but do not replace the assigned readings from the textbook. 

Website:  A course website is also maintained and contains any schedule changes or announcements.  Please use this valuable resource. The URL for the course website is http://www.life.uiuc.edu/mcb/427/index.html

Examinations and Grading:  There will be 2 hourly examinations (worth 30 marks each).  These hourly exams will be offered during regular class time, as indicated on the lecture schedule.  There will also be a comprehensive cumulative final exam (worth 40 marks).  Questions will be in multiple choice or short answer format.  Minus and plus grades are not given.

Missed Exams:  Special arrangements will be considered for students with foreseeable schedule conflicts provided the instructor is given at least 2 weeks advance notice.  Missed exams may be made up, but only with a documented excuse.  All make-up exams will be essay format. Students requiring a conflict exam for the final should make arrangements with the instructor by Dec 4.

Lecture and Exam Schedule

Thur

Aug 24

Xu

1

Introduction

Tues

Aug 29

Xu

2

Body surfaces as sites of microbial infection

Thur

Aug 31

Xu

3

Encounter with the phagocytic cell

Tues

Sep 5

Xu
4a
The complement system 1

Thur

Sep 7

Xu

4b

The complement system 2

Tues

Sep 12

Xu

5

Pattern recognition and inflammatory responses

Thur

Sep 14

 

 

CANCELLED

Tues

Sep 19

Tapping

6

Overview of the Immune System 1

Thur

Sep 21

Tapping

7

Overview of the Immune System 2

Tues

Sep 26

Tapping

8

Antigen presentation

Thur

Sep 28

Roy

9

Antigen recognition

Tues

Oct 3

Roy

10

Lymphocyte Development

Thur

Oct 5

 

 

Exam 1

Tues

Oct 10

Tapping

11

T cell activation

Thur

Oct 12

Tapping

12

T cell effector function

Tues

Oct 17

Tapping

13

B cell activation

Thur

Oct 19

Tapping

14

Antibody effector function

Tues

Oct 24

Tapping

15

Secondary Lymphoid Tissue

Thur

Oct 26

Tapping

16

Immunity infection 1

Tues

Oct 31

Tapping

17

Immunity to infection 2

Thur

Nov 2

Tapping

18

Congenital immunodeficiencies

Tues

Nov 7

Tapping

19

Acquired immunodeficiency (AIDS)

Thur

Nov 9

Tapping

20

Local versus systemic inflammation

Tues

Nov 14

 

21

Exam 2

Thur

Nov 16

Roy

22

Regulation of the immune response

Tues

Nov 28

Roy

23

Tolerance and autoimmunity

Thur

Nov 30

Roy

24

Tumor immunology

Tues

Dec 5

Roy

25

Immune hypersensitivities

Thur

Dec 7

Roy

26

Vaccines and immune therapies

Tues

Dec 16

 

 

Final Exam