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Mathematical modelling of natural phenomena
Volume 7 (2012)
no. 5
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Volume 7 (2012) no. 5

Table of contents


Preface. Distributed Parameter Systems in Immunology
H.T. Banks; G. Bocharov; Z. Grossman; A. Meyerhans
p. 1-3

The Immune System – Complexity Exemplified
W.E. Paul
p. 4-6

Propagation of Growth Uncertainty in a Physiologically Structured Population
H.T. Banks; S. Hu
p. 7-23

Mathematical Models of Dividing Cell Populations: Application to CFSE Data
H.T. Banks; W. Clayton Thompson
p. 24-52

The Use of CFSE-like Dyes for Measuring Lymphocyte Proliferation : Experimental Considerations and Biological Variables
B.J.C. Quah; A.B. Lyons; C.R. Parish
p. 53-64

Modeling the Dynamics of the Cardiovascular-respiratory System (CVRS) in Humans, a Survey
F. Kappel
p. 65-77

Human Immunodeficiency Virus Infection : from Biological Observations to Mechanistic Mathematical Modelling
G. Bocharov; V. Chereshnev; I. Gainova; S. Bazhan; B. Bachmetyev; J. Argilaguet; J. Martinez; A. Meyerhans
p. 78-104

From Quasispecies Theory to Viral Quasispecies: How Complexity has Permeated Virology
E. Domingo; C. Perales
p. 105-122

Host Factors in Viral Life Cycles
G. Pérez-Vilaró; J. Jungfleisch; V. Saludes; N. Scheller; M. Giménez-Barcons; J. Díez
p. 123-132
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