1. Overview of Mathematical Approaches Used to Model Bacterial Chemotaxis I: The Single Cell

   • M. J. Tindall
   • S. L. Porter
   • J. P. Armitage

   Review Article 19 July 2008 Pages: 1525 - 1569

2. Overview of Mathematical Approaches Used to Model Bacterial Chemotaxis II: Bacterial Populations

   • M. J. Tindall
   • P. K. Maini
   • J. P. Armitage

   Original Article 19 July 2008 Pages: 1570 - 1607

3. Synchrony and Asynchrony in a Fully Stochastic Neural Network

   • R. E. Lee DeVille
   • Charles S. Peskin

   Original Article 30 May 2008 Pages: 1608 - 1633

4. Sensitivity Analysis of Reactive Ecological Dynamics

   • Ariane Verdy
   • Hal Caswell

   Original Article 11 April 2008 Pages: 1634 - 1659

5. When Activators Repress and Repressors Activate: A Qualitative Analysis of the Shea–Ackers Model

   • Tomáš Gedeon
   • Konstantin Mischaikow
   • Eliane Traldi

   Original Article 22 July 2008 Pages: 1660 - 1683

6. Stochastic Models for Phototaxis

   • Doron Levy
   • Tiago Requeijo

   Original Article 22 July 2008 Pages: 1684 - 1706

7. A Mathematical Model for the Effects of HER2 Overexpression on Cell Proliferation in Breast Cancer

   • Amina Eladdadi
   • David Isaacson

   Original Article 22 July 2008 Pages: 1707 - 1729

8. Image-Guided Modeling of Virus Growth and Spread

   • Eric L. Haseltine
   • Vy Lam
   • James B. Rawlings

   Original Article 25 April 2008 Pages: 1730 - 1748

9. Modeling and Estimation of Kinetic Parameters and Replicative Fitness of HIV-1 from Flow-Cytometry-Based Growth Competition Experiments

   • Hongyu Miao
   • Carrie Dykes
   • Hulin Wu

   Original Article 22 July 2008 Pages: 1749 - 1771

10. Network Development in Biological Gels: Role in Lymphatic Vessel Development

    • Tiina Roose
    • Andrew C. Fowler

    Original Article 12 July 2008 Pages: 1772 - 1789

11. Saddle-Point Approximations, Integrodifference Equations, and Invasions

    • Mark Kot
    • Michael G. Neubert

    Original Article 22 July 2008 Pages: 1790 - 1826