These books are all will be on overnight  reserve in Math-Physics-Astronomy
library.  You can also borrow copies of most of them from me,

Your first source of reference should be your text. Look for something
that interests you at the end of each section. There are references
given there.  Here are some more:



Modeling Differential Equations in Biology;
Clifford Henry Taubes;
QH 323.5 T38 

This is a very elementary mathematics text on systems of ordinary
differential equations.  Its main feature is a lot of Nature and
Science papers using fairly elemenary mathematics.  I recommend that
you look at it! Its kind of fun at every level.



Mathematical Models in Biology;
Elizabeth S. Allman and John A. Rhodes;
QH 323.5 A44

I put another text for a course like ours. This one has a different
flavor.`This has a chapter on phylogenetic Trees.This was used as a
text 

Mathematical models in Cell biology and cancer theorapy.
Martin M. Eisen;
QH581.2 E483

This book I don't know...it sounds  really interesting. Let me know.



Mathematical Physiology;
James Keener and James Sneyd;
QP33.6 M36K4

I recommend the first chapter of this text for anybody seriously
interested in biochemistry. The book is rather advanced...so it is
for the ambitious!



Mathematical models in molecular and cellular biology;
Lee A. Segel;
QH506 M38

This is less advanced than Keener and Sneyd and goes into topics in
our text, chapter 7 in more detail.


Modeling dynamic phenomena in molectular and cellular biology;
Lee A. Segel;
QH506 S44 

This has a lot about enzyme kinetics...I think it is probably easier
to read than our text (but it only treats the biochemistry).

Differential Equation Models;
(Modules in Applied Mathematics)
Martin Braun, Courtney Coleman and Donald Drew
QA37.2 M6

This is a classic set of models which is accessible to calculus students.
For a project which has simple math, this is ideal.


Mathematical Biology;
J.D. Murray;
QH323.5 M88

The standard text in mathematical biology.  I think the biology is less
interesting than the biology in our text.



Mathematics in Medicine and the Life Sciences;
F.C. Hoppenstadt and C.S. Peskin;
QH323.5 H67

Another book which is accessible to calculus students and ideal if you
are looking for interesting problems using  simple mathematics.



A first course in chaotic dynamical systems;
Robert L. Devaney;
QA 6148.8 D49

For the mathematically inclined who would like to study the logistics
equation in more detail.  



Nonlinear dynhamics and chaos:with applications in physics, biology,
chemistry and engineering;
Steven H. Strogatz;
Q172.5 C45 S767

This is my favorite ordinary differential equations text.  It has lots
of great examples, but isn't so heavy on the biology. I recommend it
to the physics students in the course.


Dynamic Models in Biology;
Stephen Ellner and John Guckenheimer

Chapter 5 has some very basic information about dynamical systems. The
book has a great many analyses of interesting behavior systems of ODE.


Differential Equations,dynamical systems and Linear algebra
Morris Hirsch and Steve Smale

This is a rigorous mathematical treatment at a higher level that the
lectures in this class.  It is usually considered too difficult for
undergraduate students, but it is a very good book.