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- Comp1 with Decay, (Expanded version)
- Comp1 with Flow, (Expanded version)
- Simple units
- Physiological units
- Expanded version
- Comp1 with Reaction
- Comp1 with Flow and Reaction
- Comp1 with Flow and two Reactions
- Comp2 with Exchange
- Comp2 with Exchange and Binding
- Comp2 with Exchange and Reaction
- Comp2 with Flow and Exchange (With example data fit)
- Comp2 with Flow, Exchange, and Reaction
- Comp2 with Flow and MM Exchange reaction (Michaelis-Menten-type conductance
- Comp2 with Flow: fit to MRI Contrast data (Gd-induced water signal)
- Cortisol secretion: Feedback control of precursor to cortisol and its adrenal secretion.
- Transport of one solute
- Transport of two solutes (Countertransport)
- Uncoupled 2 solute Osmotic exchange (Independent paths for solute and water)
- Uncoupled 2 solute Osmotic exchange with column heights for pressure measurement
- Porous transporter (Permeation hindrance in cylindrical pore)
- Three Compartment with flow (Capillary-ISF-Tissue Exchange)
- 2-Organ capillary-tissue recirculation and clearance
- Six Compartment with Recirc (Recirculation with blood-tissue exchange)
- CTEX10: One Compartment Tissue Exchange (Flow via N tanks in series, a PDE approximation)
- CTEX20: Two Compartment (Flow through N tanks, exchange with tissue)
- CTEX20b: Capillary-tissue exchange through diffusion and a saturable transporter
- CTEX20: Multipath (Heterogeneous Flow through 5 CTEX20 units in parallel)
- Three summed exponential decay reactions (fit to data)
- Six Compartment: Propofol Kinetics (i.v. -> tissue)
- Aspirin Clearance (Saturation kinetics of metabolism)
- Indocyanine Clearance in the Liver
- One reversible enzymatic reaction
- PG Isomerase: An example of a reversible reaction
- Four sequential enzymatic reactions
- Three state, two progressive reactions (Reactions in series, no enzyme)
- Three state, two progressive MM reactions (Michaelis-Menton reactions in series)
- Three state, two progressive Enzymatic reactions (Enzymatic reaction in series)
- Tracers: Compartmental vs PDE Tutorial
