In article <email@example.com>, Paul Abbott <firstname.lastname@example.org> wrote:
> Hi: > > My colleagues and I are interested in finding what Mathematica courseware > is available for Biophysics. In particular, we are teaching a new > Biophysics computational course and are developing modules on topics > such as > > o Vibration: Eigenvalues and normal modes > o Potential energy minimization & molecular conformation > o Matrix methods, L-systems, and fractal plants > o population dynamics > o Fourier analysis > o The action potential > > We have searched through MathSource without finding too much of direct > interest. Not wanting to re-invent the wheel, pointers to appropriate > extant courseware is of interest. > > Cheers, > Paul
if your interested in population dynamics in biological systems,check out the latest Mathematica in Education and Research issue for an article by kazume nishidate and myself on a cellular automata model of population dynamics of predator-prey ecosystems.
note: my new cellular automata modeling book is about 50% focueed on biological systems [the other half is on physics, chemistry, materials, social systems]. this book is due out from TELOS/Springer-Verlag on august 22 (I'll post an announcement here when I receive my own copy of the book).
-- "if you're not programming functionally, then you're programming dysfunctionally"