modlib_pk

Fast simulation from ordinary differential equation
(ODE) based models typically employed in quantitative pharmacology and
systems biology.

Kyle T Baron

mrgsolve

Simulate from ODE-Based Models

Bill Gillespie

Charles Margossian

Devin Pastoor

Bill Denney

Dilawar Singh

Felicien Le Louedec

Timothy Waterhouse

Kyle Meyer

Metrum Research Group 

modlib_pk function

<dl><dt>...</dt>
<dd>passed to update</dd></dl>

Arguments

All pk models have two extravascular dosing compartments and potential 
for linear and nonlinear clearance.<ul>
<li><code>pk1cmt</code>: one compartment pk model using ODEs</li>
<li><code>pk2cmt</code>: two compartment pk model using ODEs</li>
<li><code>pk3cmt</code>: three compartment pk model using ODEs</li>
<li><code>pk1</code>: one compartment pk model in closed-form</li>
<li><code>pk2</code>: two compartment pk model in closed-form</li>
<li><code>popex</code>: a simple population pk model</li>
</ul>

Model description

modlib: Pharmacokinetic models — modlib_pk

<dl>

<dt>...</dt>
<dd>passed to update</dd>

</dl>

All pk models have two extravascular dosing compartments and potential 
for linear and nonlinear clearance.<ul>
<li><code>pk1cmt</code>: one compartment pk model using ODEs</li>
<li><code>pk2cmt</code>: two compartment pk model using ODEs</li>
<li><code>pk3cmt</code>: three compartment pk model using ODEs</li>
<li><code>pk1</code>: one compartment pk model in closed-form</li>
<li><code>pk2</code>: two compartment pk model in closed-form</li>
<li><code>popex</code>: a simple population pk model</li>
</ul>

modlib_pk: modlib: Pharmacokinetic models

Description

Value

Arguments

Model description

Details