平特五不中

平特五不中 researchers are using cutting-edge computer simulations and analytical techniques to identify and validate promising compounds in the search for a treatment for COVID-19.

Nicolas Moitessier, a professor in the Department of Chemistry, is using computer simulation software that he has developed over the past 15 years to predict the properties of molecules that have yet to be made.

Moitessier鈥檚 technique saves hundreds of hours of lab time by allowing researchers to focus their efforts on synthesizing only those substances that show the most promise. The goal is to identify molecules that will block two enzymes 鈥� PL鈥憄rotease and 3CL鈥憄rotease 鈥� that the novel coronavirus depends on to replicate itself.

Moitessier鈥檚 colleague, Anthony Mittermaier, an expert in protein dynamics and an associate professor in the Department of Chemistry, is using an analytical technique developed at 平特五不中 to test how effectively the experimental molecules inhibit the two enzymes that are crucial to the virus鈥檚 life cycle. The technique, based on isothermal titration calorimetry (ITC), will provide useful information for fine-tuning potential drug candidates.

鈥淚TC can rapidly give highly detailed information on how our compounds bind to the target enzymes. This information is useful for improving something that weakly inhibits the viral enzyme into something that strongly blocks the enzyme,鈥� Mittermaier explains.

The researchers have received generous assistance from scientific instrumentation firm, Malvern Panalytical, which has provided the use of the system free of charge. The device is equipped with robotics that allow it to run around the clock, increasing the rate at which the researchers can test compounds by five to 10 times.

This research is partially supported by the Canadian 2019 Novel Coronavirus (COVID-19) Rapid Research Funding Opportunity.

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