Curated Model: HIV latency described by HIV proteins’ interactions and the innate immune response

Publication

Aguilera, L. U., & Rodríguez-González, J. (2014).
Studying HIV latency by modeling the interaction between HIV proteins and the innate immune response.
Journal of theoretical biology, 360, 67-77.

PMID: 24997239  DOI: 10.1016/j.jtbi.2014.06.025  BioModel: BIOMD0000000573

Description

Studies have determined that HIV latency is influenced by the innate immune response carried out by cell restriction factors that inhibit the postintegration steps in the virus replication cycle. This mathematical model combines deterministic and stochastic approaches to analyze the interactions between HIV proteins and the innate immune response.

Images

VCell: Reaction Diagram

		These deterministic simulations (created in VCell and corresponding to Figure 2 in publication) use two different initial conditions (HIV_proteins(0)=0, CRFs(0)=0 and HIV_proteins(0)=5, CRFs(0)=0) and give rise to two stable states.
VCell: Simulation	Publication: Simulation Figure 2

Downloads

VCell curated model	CM_PM24997239.vcml	Designed with VCell
SBML	BIOMD0000000573.xml	Exported from BioModels database

Contributors

John Albanese, Michael Blinov