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The rapid evolution of bacterial drug resistance and the alarming slowdown in development of new antibiotics is spurring attention towards multi-drug treatments. But how do such treatments affect the rate of evolution of drug resistance? I will present a simple model and direct experimental measurements showing that non-additive interactions between the drugs can profoundly alter the fitness landscape, leading to surprising and counterintuitive outcomes. | The rapid evolution of bacterial drug resistance and the alarming slowdown in development of new antibiotics is spurring attention towards multi-drug treatments. But how do such treatments affect the rate of evolution of drug resistance? I will present a simple model and direct experimental measurements showing that non-additive interactions between the drugs can profoundly alter the fitness landscape, leading to surprising and counterintuitive outcomes. | ||
==Remote participation== | |||
This talk will be webcast and video archived online (barring technical difficulties). Details coming soon. | |||
To submit questions during the talk, you must have an [[Join|OpenWetWare account]]. Type questions into the [[Special:Chat |chat room]]. |
Revision as of 11:55, 17 April 2007
Antibacterial drug combinations and evolution of drug resistance
Remy Chait, Harvard Systems Biology
April 24, 2007
12-1pm
68-181, MIT
The rapid evolution of bacterial drug resistance and the alarming slowdown in development of new antibiotics is spurring attention towards multi-drug treatments. But how do such treatments affect the rate of evolution of drug resistance? I will present a simple model and direct experimental measurements showing that non-additive interactions between the drugs can profoundly alter the fitness landscape, leading to surprising and counterintuitive outcomes.
Remote participation
This talk will be webcast and video archived online (barring technical difficulties). Details coming soon.
To submit questions during the talk, you must have an OpenWetWare account. Type questions into the chat room.