Webinar
Advancing medicinal chemistry with high-throughput low-volume liquid handling
Join Tim Cernak, Associate Professor at the University of Michigan, and Kamila Koprowska, mosquito® Product Manager at SPT Labtech, as they explore how positive displacement technology and low-volume liquid handling drive scale and throughput in medicinal chemistry.
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About this webinar
Advances in computational methods and automation have significantly enhanced our ability to explore vast chemical spaces and validate novel compounds at scale. In this webinar, explore how automation—particularly low-volume liquid handling—drives throughput in medicinal chemistry by increasing the number of data points generated per nanomolar-scale experiment. Plus, learn how positive displacement technology overcomes challenges in reproducibility with precise handling of difficult-to-manage liquids at ultra-low volumes.
Hear how this technology has been implemented by the Cernak Lab at the University of Michigan:
- Development of ultra high-throughput synthetic chemistry experiments in 1,536-well plates
- Applications in transition metal catalysis, and direct-to-biology acceleration of medicinal chemistry
- Utilization of the software phactor for accelerated data management
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