TC055

HTS for new small molecules enabling eradication of M tuberculosis inside infected macrophages

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Principal Investigator (PI)

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Project location

the sponsor

Home Institution

The University of British Columbia

foundation funding

Foundation funding

The Foundation is providing £139,750 in support.

Open Labs Fellow/s

Flavia Sorrentino

GSK’s contribution

GSK provides expertise and in-kind contributions in High Throughput Assays (HTA), in vitro pharmacokinetic and pharmacodynamic (PK/PD) modeling, and pre-clinical in vivo TB models. GSK is also providing access to Biosafety Level 3 facilities and GSK?s collection of compounds

Project Description

M. tuberculosis is an obligate intracellular parasite whose success as a pathogen relies on its ability to evade the human immune system by residing and replicating inside macrophages. Data from the Av-Gay lab and others showed that Mtb targets host-signaling pathways to block the macrophage “normal” killing machinery, which is aimed at the isolation and destruction of invading microorganisms. While at the Open Lab, Flavia will perform a new high throughput screening aimed at identifying compounds that could enhance the macrophage ability to kill Mtb. This approach will utilize human macrophages, the “natural” host for Mtb, making this assay more likely to identify disease relevant inhibitors.