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Development of Robotic Arm for Automated Cancer Drug Discovery

Partnership with the Stem Cell Engineering Lab

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Project Summary

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Drug testing requires an incredibly high number of repeated tests, with more than nine million trials being typical in the average screening process. Our project aims to automate a portion of this process by minimizing the amount of time the lab technician spends handling plates of hazardous compounds. Our solution to this is a Cartesian robotic arm that transports plates to and from stackers that are filled by a user. During this process, plates are taken to precise locations on another system which then runs the tests on the compounds before returning the plates to their initial positions.

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Visit our project partner's site!

Student Faculties

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Lassonde School of Engineering

Sustainable Development Goals

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