Annotations

Described by

A mathematical model of the outer medullary collecting duct of the rat, A.M. Weinstein, 2000, American Journal of Physiology (Renal Physiology), 281, F222-F243, PubMed ID: 10894785

Protein

Band 3 anion transport protein

Located in

Collecting duct of renal tubule

Intercalated cell of collecting duct of renal tubule

Workspace Status

This workspace contains several instances of the Weinstein model. There is the general description of the mathematical model and then that model instantiated into specific simulation experiments to reproduce each of the original figures. These models can be browsed via the Navigation panel in the right hand column.

• AE1 Model is the general AE1 model and can be imported to use in any other model.
• AE1 Model - Figure 2A illustrates HCO₃^- self-exchange, when ambient Cl^- is absent.
• AE1 Model - Figure 2B illustrates HCO₃^- self-exchange, when ambient Cl^- is absent.
• AE1 Model - Figure 2C illustrates Cl^- self-exchange, when ambient HCO₃^- is absent.
• AE1 Model - Figure 2D illustrates HCO₃^- self-exchange, when ambient Cl^- is absent.
• AE1 Model - Figure 2E illustrates HCO₃^- self-exchange, when ambient Cl^- is absent.
• AE1 Model - Figure 2F illustrates Cl^- self-exchange, when ambient HCO₃^- is absent.
• AE1 Model - Figure 3A illustrates HCO₃^-/Cl^- flux in the neighborhood of a reference condition.
• AE1 Model - Figure 3B illustrates HCO₃^-/Cl^- flux in the neighborhood of a reference condition.
• AE1 Model - Figure 3C illustrates HCO₃^-/Cl^- flux in the neighborhood of a reference condition.
• AE1 Model - Figure 3D illustrates HCO₃^-/Cl^- flux in the neighborhood of a reference condition.