PK blocks#
A collection of basic pharmacokinetic models that can be assembled to build more complex models. For more background on these models, see the section on basic pharmacokinetics.
Any model#
These are high-level wrappers for all many of the other functions in this section.
No-parameter models#
Trap#
One-parameter models#
Pass#
Compartment#
Plug flow#
Two-parameter models#
Chain#
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Indicator concentration inside a chain system. |
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Indicator flux out of a chain system. |
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Residue function of a chain system. |
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Propagator or transit time distribution of a chain system. |
Plug-flow compartment#
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Indicator flux out of a serial arrangement of a plug flow system and a compartment. |
Step#
Michaelis-Menten compartment#
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Indicator concentration inside a Michaelis-Menten compartment. |
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Indicator flux out of a Michaelis-Menten compartment. |
Three-parameter models#
2-compartment exchange#
N-parameter models#
Free#
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Indicator concentration inside a free system. |
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Indicator flux out of a free system. |
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Residue function of a free system. |
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Propagator or transit time distribution of a free system. |
N-compartment models#
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Concentration in a linear and stationary n-compartment system. |
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Outfluxes out of a linear and stationary n-compartment system. |
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Residue function of an n-compartment system. |
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Propagator of an n-compartment system. |
Non-stationary compartment#
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Indicator concentration inside a non-stationary compartment. |
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Indicator flux out of a non-stationary compartment. |