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Introducing Mathematical Biology: Cover
Introducing Mathematical Biology
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table of contents
Cover
Title Page
Copyright
Table Of Contents
Introduction
Population ecology
Single population models
Interacting populations 1: competition
Interacting populations 2: predator-prey
Infectious disease
Epidemics in human populations
The SIR model with demographics
Diseases of ecological populations
Evolution and adaptive dynamics
Immune and cell dynamics
A within-host Covid-19 model
A within-host HIV-I model
Introducing models of cancer dynamics
A model of cancer volume dynamics
Gene networks
Introducing gene networks
Autoregulation 1: auto-repression
Autoregulation 2: auto-activation
Longer negative feedback networks
A two-gene toggle switch
Pharmacokinetics
Single intravenous bolus dose
Repeated intravenous bolus doses
Single and repeated oral doses
A two compartment bolus model
Background reviews
Phase portraits
Linear stability analysis
Bifurcations
Final thoughts and acknowledgements
References
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Biology