Advances in molecular and high-throughput biology are producing an explosion of information and transforming our understanding of biology, medicine,
and bioengineering. Such progress is producing a growing need
to quantitatively understand and manipulate this data
and translate it into practical applications.
Researchers in computational
and theoretical biology
are
using a variety
of mathematical approaches
to
understand
and manipulate nature.This year's symposium will present recent results
and
theoretical methods of statistical mechanics, nonlinear dynamics, and systems biology
that are
being developed and applied
to
study the collective properties of biological systems.
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