Series on Knots and Everything - Vol. 38
CURRENT DEVELOPMENTS IN MATHEMATICAL BIOLOGY
Proceedings of the Conference on Mathematical Biology and Dynamical Systems
The University of Texas at Tyler 7 - 9 October 2005
edited by Kazem Mahdavi, Rebecca Culshaw & John Boucher (The University of Texas at Tyler, USA)
Table of Contents (53k)
Methylation of Dna May be Useful As a Computational Tool: Experimental Evidence (464k)
This volume is a collection of papers on various areas of current interest in mathematical biology, such as epidemic disease modeling, including the effects of vaccination and strain replacement; immunology, such as T-Cell dynamics and the mechanism of phagocytosis; knot theory; DNA computation; and Boolean networks.
Contents:
- Methylation of DNA may be Useful as a Computational Tool:
Experimental Evidence (S Gal et al.)
- Dynamics of Random Boolean Networks (J F Lynch)
- Unknots and DNA (L H Kauffman & S Lambropoulou)
- Developing a Mathematical Model of Phagocytosis: A Learning Process (N Macura et al.)
- An Age Structured Model of T-Cell Populations (B Kohler)
- Modeling and Simulation of Age- and Space-Structured Biological Systems (B P Ayati)
- Nutrient-Plankton Interaction with a Toxin in a Variable Input Nutrient Environment (S R-J Jang & J Baglama)
- On the Mechanism of Strain Replacement in Epidemic Models with Vaccination (M Martcheva)
Readership: Researchers, graduate students in mathematics, mathematical
biology and computer science.
| 184pp |
Pub. date: Feb 2007 |
|
