附註:Includes bibliographical references.
Preface -- Contributors -- Cancer treatment strategies and mathemtical modeling -- A flow reactor with wall growth -- Controlling the S-I-S age structured epidemics -- Cluster form analysis techniques for diabetic retinopathy -- Tuberculosis: The evolution of antibiotic resistance and the design of epidemic control strategies -- Skew Brownian motion: A model for diffusion with interfaces? -- Spatio-temporal dynamics of the immune system response to cancer -- An age and maturity structured model of cell population dynamics -- A new mathematical model of schistosomiasis -- Positive profit in a predator-prey situation -- Analysis of a two component reaction diffusioni model on a heterogeneous domain -- Branch tree models of muscle sensory receptors -- Key dynamics from a simple model of HIV infection -- Mathematical analysis for an evolutionary epidemic model -- A mathematical model of the time course of myelosuppression resulting from cancer chemotherapy -- Modeling the effects of angiogenic factors on tumor-related angiogenesis and vascularization: A review -- Remarks on an environmental control problem -- The mathematical modelling of cancer: A review -- The Hodgkin-Huxley equations of nerve impulse propagation -- The effect of anisotropy on the meandering of spiral waves in cardiac tissue -- Sister, mother-daughter and cousin cell generation time correlations and cell cycle progression -- Some state space models of HIV pathogenesis -- Cell cycle checkpoints and the overall dynamics of cell cycle control -- Modeling the probability of tumor cure after fractionated radiotherapy.
