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Dynamic Modeling in the Health Sciences

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Cover of 'Dynamic Modeling in the Health Sciences'

Table of Contents

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    Book Overview
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    Chapter 1 Discoveries with a Computer: Dynamic Behavior
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    Chapter 2 How to Create Simple STELLA® Models to Solve Basic Equations
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    Chapter 3 How an Equation from Physiology Can Become a Model
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    Chapter 4 Rates of Change
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    Chapter 5 The Steady State: A Question of Balance
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    Chapter 6 Equations for Model Building: The Surface Law and Body Composition
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    Chapter 7 A Primer on Biodynamics and Gene Expression
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    Chapter 8 Chronological Time Versus Physiological Time
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    Chapter 9 Energy Needs for Work
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    Chapter 10 The Human Thermostat
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    Chapter 11 Dietary Polyunsaturated Fats and Your Cell Membranes
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    Chapter 12 Responses to Nutrients
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    Chapter 13 Symmetry of Human Growth and Aging
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    Chapter 14 A Stochastic Model of Senescence and Demise
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    Chapter 15 Mortality and Risk for Chronic Disease
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    Chapter 16 Kinetic Genetics: Compartmental Models of Gene Expression
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    Chapter 17 From Genotype to Phenotype
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    Chapter 18 The Plateau Principle: A Key to Biological System Dynamics
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    Chapter 19 Compartmental Models in Metabolic Studies: Vitamin C
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    Chapter 20 Circadian Rhythms
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    Chapter 21 Diet Composition and Fat Balance
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    Chapter 22 Human Cholesterol Dynamics
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    Chapter 23 Stochastic Model of Bone Remodeling and Osteoporosis
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    Chapter 24 Positive and Negative Feedback: Insulin and the Use of Fatty Acids and Glucose for Energy
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    Chapter 25 A Multistage Model for Tumor Progression
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    Chapter 26 The Biokinetic Database
Attention for Chapter 3: How an Equation from Physiology Can Become a Model
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Chapter title
How an Equation from Physiology Can Become a Model
Chapter number 3
Book title
Dynamic Modeling in the Health Sciences
Published by
Springer, New York, NY, January 1998
DOI 10.1007/978-1-4612-1644-5_3
Book ISBNs
978-0-387-94996-3, 978-1-4612-1644-5
Authors

James L. Hargrove