author : Lee A. Segel

Contents

• Steven A. Hofmeyer.

Introduction to the immune system

• Thomas N. Denny.

Cytokines: A common signalling system for cell growth, inflammation, immunity, and differentiation

• Dragana Jankovic, Alan Sher.

Th1/Th2 efferctor choice in the immune system: a developmental program influenced by cytokine signals

• Howard L. Weiner.

Oral tolerance

• Charles G. Orosz.

An introduction to immuno-ecology and immuno-informatics

• Irun R. Cohen.

The creation of immune specificity

• Jose A. M. Borghans, Rob J. de Boer.

Diversity in the immune system

• Andre J. Noest.

T cells obey the tenets of signal detection theory

• Lee A. Segel.

Diffuse feedback from a diffuse informational network: in the immune system and other distributed autonomouse systems

• Eugene C. Butcher, Ellen F. Foxman, Junliang Pan, Eric J. Kunkel.

Multistep navigation and the combinatorial control of cell positioning: a general model for generation of living structure based on studies of immunne cell trafficking

• Ele E. Sercarz.

Distributed, anarchic immune organization: semi-autonomous golems at work

• John Ross, Marcel O. Vlad.

New approaches to complex chemical reaction mechanisms

• Eric W. Bonabeau.

Control mechanisms for distributed autonomous systems: insights from social insects

• Deborah M. Gordon.

Task allocation in ant colonies

• Luis Mateus Rocha, Johan Bollen.

Biologically motivated distributed designs for adaptive knowledge management

• Melanie Mitchell.

Analogy making as a complex adaptive system

• Stephanie Forrest, Steven A. Hofmeyer.

Immunology as information processing