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As researchers continue to look for new ways to test therapeutics in vitro, the field of biomedical engineering is offering new microphysiological systems that can reduce the need for animal models. Hear from Jeffrey Borenstein, Director of the Biomedical Engineering Centre at Draper, as he explains how it works, ways to expedite its access, and the benefits they will ultimately bring to patients.
Show Notes
The Coming of Age of Organ-on-a-Chip technology
Sounds of Science E76: Multi-Organ Chip Systems
Charles River Joins Consortium to Advance Organ-on-a-Chip Technology
Bold New Approached: The Future of Organoid Intelligence
Organoids Evolve from Academic Marvel to Industrial Tool
By Charles River4.7
1414 ratings
As researchers continue to look for new ways to test therapeutics in vitro, the field of biomedical engineering is offering new microphysiological systems that can reduce the need for animal models. Hear from Jeffrey Borenstein, Director of the Biomedical Engineering Centre at Draper, as he explains how it works, ways to expedite its access, and the benefits they will ultimately bring to patients.
Show Notes
The Coming of Age of Organ-on-a-Chip technology
Sounds of Science E76: Multi-Organ Chip Systems
Charles River Joins Consortium to Advance Organ-on-a-Chip Technology
Bold New Approached: The Future of Organoid Intelligence
Organoids Evolve from Academic Marvel to Industrial Tool

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