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© Norbert Wu/Mo Yung Productions
| The year is divided into three components: | ||
|---|---|---|
| Fall
Quarter, September-December, 1998: Theoretical Problems in Developmental Biology and Immunology |
Winter
Quarter, January-March, 1999: Mathematical Problems in Physiology |
Spring
Quarter, April-June, 1999: Dynamic Models of Ecosystems and Epidemics |
| Annual Program Organizers | |
|---|---|
| Name | Present Institution |
| Lisa J.
Fauci Simon A. Levin James D. Murray Alan Perelson (Chair) Michael Reed |
Tulane
University Princeton University University of Washington Los Alamos Natl. Lab. Duke University |
Significant applications of mathematics to biology have occurred for nearly a century, starting from the early work of Vito Volterra and Alfred Lotka on interacting populations, and maturing through fundamental work in population genetics (Haldane, Fisher, and Wright), epidemiology (Ross, Kermach and MacKendrick), development (Turing) and neurobiology (Hodgkin and Huxley, Fitzhugh and Nagumo, McCulloch and Pitts). Much of this research stimulated important contributions by other mathematicians (Kolmogorov, Petrovsky, Piscunox, Karlin, etc.); in general, however, until the past 10--20 years, communication between mathematicians and biologists remained problematical; much work in mathematical biology was relatively sterile, unsullied by contact with data, while experimental work suffered from a lack of theoretical generality.
The situation has changed dramatically in the past decade or so. Today's biologists are, in many areas, very sophisticated mathematically; mathematicians have learned the importance of becoming immersed in data; and the spectrum of practitioners has filled in, providing a continuum of highly mathematical work to collaborations. New and exciting areas (e.g. molecular biology, epidemiology and immunology) have opened up to mathematical investigations. A century of research has elucidated fundamental mechanisms in evolution, collective phenomena and pattern formation, and laid the foundations for more specialized modeling; and the development of new computational tools has greatly expanded the potential both for fundamental studies and for communications.
Thus the time is right for this special year at the IMA, built upon a selected series of workshops highlighting some of the mathematical challenges emerging from the consideration of biological issues, and endeavoring to show how the mathematics can be applied to the resolution of those issues. This program focuses on some particularly rich areas of investigation, complementing activities which have been carried out at the IMA in MRI, molecular biology and neurobiology in earlier years.
Go
to:
Fall Quarter, September-December, 1998:
Theoretical Problems in Developmental Biology
and Immunology
Winter
Quarter, January-March, 1999:
Mathematical Problems in Physiology
Spring
Quarter, April-June, 1999:
Dynamic Models of Ecosystems and Epidemics
Tutorial: Mathematical
and Computational Issues in Pattern Formation,
September 3-4, 1998
Workshop 1: Pattern Formation
and Morphogenesis: The Basic Process, September
8-12, 1998
Workshop 2: Pattern Formation
and Morphogenesis: Model Systems, September
14-18, 1998
Tutorial: Immunology,
Cell Signaling, the Physiology of the Immune System and the
Dynamics of the Immune Response, October
8-9, 1998
Workshop 3: Immune System
Modeling & Cell Signaling, October 12-16,
1998
Period of Concentration: Forging
an Appropriate Immune Response as a Problem in Distributed Artificial
Intelligence, October 19-23, 1998
Tutorial: Mathematical
Models of AIDS, November 6, 1998
Workshop 4: Dynamics and
Control of AIDS, November 9-13, 1998
Minisymposium: Cancer,
November 15-19, 1998
Workshop
5: Cell Adhesion and
Motility, January 4-8, 1999
Workshop 6: Computational
Modeling in Biological Fluid Dynamics, January 25-29,
1999
Workshop 7: Membrane
Transport and Renal Physiology, February 8-12, 1999
Tutorial:
Endocrinology: Mechanism of Hormone Secretion and Control,
February 14, 1999
Workshop 8: Endocrinology:
Mechanism of Hormone Secretion and Control, February
15-19, 1999
Tutorial: Audition,
March 5, 1999
Workshop
9: Audition,
March 8-12, 1999
Workshop
10: Local Interaction
and Global Phenomena in Vegetation and Other Systems,
April 19-23, 1999
"HOT TOPICS" Workshop:
Challenges and Opportunities
in Genomics: Production, Storage, Mining and Use
April 24-27, 1999
Tutorial: Introduction
to Epidemiology and Immunology, May 13-14, 1999
Workshop
11: Mathematical Approaches
for Emerging and Reemerging Infectious Diseases, May
17-21, 1999
Workshop
12: From Individual
to Aggregation: Modeling Animal Grouping, June 7-11,
1999
"HOT TOPICS" Workshop:
Decision Making Under Uncertainty:
Energy and Environmental Models , July 20-24, 1999
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