This monograph advances and tests a model proposing that changes in performance levels,
rates of absenteeism, and turnover are best described by a nonlinear interactive process …

We model the cellular immune response using a set of non-linear delayed differential
equations. We observe that the stationary solution becomes unstable above a critical …

The utilization of computational models in immunology dates from the birth of the science.
From the description of antibody–antigen binding to the structural models of receptors …

Linear time-invariant, linear time-variant, and linear time-delay models are compared to a
more accurate nonlinear model for the distribution of recirculating lymphocytes to various …

This article describes a catastrophe theory model of a proposed security subsystem of living
systems. It addresses the levels of the organism, organization, and the society. A butterfly …

Publisher Summary This chapter describes a threshold model of antigen antibody dynamics
with fading memory. Thresholds play an important role in most views of the immune …

This chapter provides a survey of several mathematical models of the humoral immune
response. They are predominantly models of the population levels and interaction of various …

A threshold model is proposed for humoral immune response to replicating antigen. The
model incorporates two trigger functions, the first of which causes lymphocyte growth, and …

A nonlinear model of the humoral immune system is studied with blood, bone marrow,
spleen, and gut-associated lymph tissue, lymph and lymph nodes represented by four …

Uniqueness of limit cycles in a predator-prey model simulating an immune response Page 1
Uniqueness of limit cycles in a predator-prey model simulating an immune response XUN-CHENG …