Integrated dynamic FBA (idFBA)

General concept

idFBA dynamically simulates cellular phenotypes using an integrated network of signaling, metabolism (FBA) and transcription regulation (rFBA). For fast reactions, this approach assumes quasi-steady-state conditions, while slower reactions are used in a time-delayed manner.

Items to consider when implementing

Software packages with this method

Applications of interest

Description of study and link to study:

What was learned with this method:

Relevant references

Lee, et al.

Related methods