Systems Biology Markup Language (SBML) is a standard format
for sharing systems biology models among various modeling and simulation
software tools. The current specification is available at
Import an SBML model from a file or URL using
Because SimBiology® supports a subset of the SBML Level 2 Version 4 specification, the following SBML features are not imported into the SimBiology model:
Piecewise kinetics — Models with piecewise kinetics are loaded, but the definitions for piecewise kinetics are ignored.
Function definitions — Models containing function definitions are loaded, but a warning is displayed, and the function definitions are ignored.
MATLAB® incompatible variable names in
Models that have variable names incompatible with MATLAB in
not loaded and an error message is displayed.
does not have a corresponding property in the SimBiology species
object. For more information on dimensions for SimBiology species,
The following SimBiology model information is included in the SBML format file:
Compartments, species, parameters, reactions, rules,
and events that are defined in the model and have their
All unit definitions in SBML-compliant format.
Model component properties with SBML equivalents, such as notes, and unit values for species and parameters.
The reaction rate equation, but not the kinetic law definition.
The following SimBiology features are not supported by
SBML and are not included in the saved SBML format file. You can store
this information in a SimBiology project file, which has an
Projects — Models, analysis tasks, and data.
Kinetic law information — SimBiology models store kinetic law information such as the kinetic law name and a kinetic law definition.
Variant information — Collections of quantities (compartments, species, and/or parameters) that you can use to alter a model's initial or base configuration.
Dosing information — Exogenous increments to the amount (or concentration) of a species in a model.
Custom MATLAB function files — Custom functions that you used in your SimBiology model.
Features and properties specific to SimBiology software,
such as Name (of
only), Tag, and Active.
Tip Because the previous information is not supported by SBML, we recommend saving SimBiology project files to capture this information.