SIMIODE: Resources

Modeling Scenario

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1-131-CaffeineElimination-ModelingScenario

We model the concentration of caffeine eliminated from the human body at a rate proportional to the concentration. This is a ``first-order reaction'' in the language of pharmacokinetics -- the study of how drugs move in the body.

caffeineeliminationpharmacokineticsdrug

Modeling Scenario

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1-130-AspirinAbsorption-ModelingScenario

We model the amount of aspirin absorbed by the human body at a constant rate. This is a ``zero-order reaction'' in the language of pharmacokinetics -- the study of how drugs move in the body.

pharmacokineticsdrugaspirin

Modeling Scenario

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1-132-DigoxinElimination-ModelingScenario

We model the concentration of digoxin eliminated from the human body at a rate proportional to the concentration. This is a ``first-order reaction'' in the language of pharmacokinetics -- the study of how drugs move in the body.

nullclinespharmacokineticsdigoxindrug eliminationtwo compartment

Modeling Scenario

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5-001-LSD-ModelingScenario

We describe the use of a two compartment model of a linear system of first order linear differential equations to model lysergic acid diethylamide (LSD) in the body. We provide the data from the literature.

LSDSpanishcompartmentpharmacokineticslysergic acid diethylamide

Modeling Scenario

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1-024-MalariaControl-ModelingScenario

This project offers students a chance to make policy recommendations based on the analysis of models using both linear (exponential decay) and non-linear (logistic growth) differential equations.

population dynamicsmalariaPolicyDecision-makingEuler's methodpharmacokineticsmosquitoimproved Euler's methodHuen's methodUS Army