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Monday, November 25, 2024 | Latest Paper

Peter Zandstra

How Canada can take the lead in biomedical engineering

Opinion | BY PETER ZANDSTRA | February 3, 2022
Biomedical engineering has the potential to transform medicine as we know it—for everyone. The field includes wearable sensors, prosthetics, cellular and molecular engineering, nanotechnology, AI, data science, advanced imaging, and more, writes Dr. Peter Zandstra. Photograph courtesy of Unsplash
Opinion | BY PETER ZANDSTRA | February 3, 2022
Opinion | BY PETER ZANDSTRA | February 3, 2022
Biomedical engineering has the potential to transform medicine as we know it—for everyone. The field includes wearable sensors, prosthetics, cellular and molecular engineering, nanotechnology, AI, data science, advanced imaging, and more, writes Dr. Peter Zandstra. Photograph courtesy of Unsplash
Opinion | BY PETER ZANDSTRA | February 3, 2022
Biomedical engineering has the potential to transform medicine as we know it—for everyone. The field includes wearable sensors, prosthetics, cellular and molecular engineering, nanotechnology, AI, data science, advanced imaging, and more, writes Dr. Peter Zandstra. Photograph courtesy of Unsplash
Opinion | BY PETER ZANDSTRA | February 3, 2022
Opinion | BY PETER ZANDSTRA | February 3, 2022
Biomedical engineering has the potential to transform medicine as we know it—for everyone. The field includes wearable sensors, prosthetics, cellular and molecular engineering, nanotechnology, AI, data science, advanced imaging, and more, writes Dr. Peter Zandstra. Photograph courtesy of Unsplash