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Visitors:
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The
Interdisciplinary Mathematical Biology Seminar Series in
Over the past few decades, research on biological systems has produced a vast flow of quantitative information at all levels of biological organization—from the yeast protein interaction to a full catalog of the Great Lake Ecosystem. The goal, to understand the function of the integrated system, demands collaborative solutions. In particular, there is a growing need for mathematicians and biologists to built working models of these complex systems. Biology and Mathematics are two interdisciplinary that have interacted for a long time with a long list of success. Mathematicians now have the mathematical coalescent because it was invented to model genetic inheritance. Biologists now enjoy detailed pictures of protein structures because of Nobel Prize—wining mathematicians. Despite this long history of success, there is, still, a growing consensus that the future is where most great discoveries in mathematical biology await.
For upcoming events
please see our
Calendar
.
Trachette Jackson, University of Michigan
Title: Modeling the Cellular, Molecular, and Tissue Interactions Associated with
Tumor Induced Angiogenesis
Monday (Nov 12) at 4:10 in 294 Carver
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"Wir mussen issen, wir werden wissen"
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Mathematical Biology Modeling;
Computational Biology; Quantitative analysis of biological phenomena |