Macromolecular Engineering Laboratory, Department of Mechanical and Process Engineering, ETH Zurich
The Most Important in Brief
Our research is focused on the development of complex material structures and chemistries for biomedical applications. The research in our lab is highly multidisciplinary, as our group members come from diverse backgrounds ranging from biology to engineering. We are involved in the design of biomaterial scaffolds with controlled biochemical and mechanical properties for 3D cell culture, the production of nanoparticles for drug delivery applications, 3D printed scaffolds for tissue regeneration and the development of hydrogels for thermal stabilization of complex biomolecules.
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Purpose
Our research is focused on the development of complex material structures and chemistries for biomedical applications. By studying the fundamental processes of biology and materials science, our aim is to produce tangible technologies with clinical and societal impact in the fields of regenerative medicine, drug delivery and biomedical diagnostics.
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The Most Important in Brief
Our research is focused on the development of complex material structures and chemistries for biomedical applications. The research in our lab is highly multidisciplinary, as our group members come from diverse backgrounds ranging from biology to engineering. We are involved in the design of biomaterial scaffolds with controlled biochemical and mechanical properties for 3D cell culture, the production of nanoparticles for drug delivery applications, 3D printed scaffolds for tissue regeneration and the development of hydrogels for thermal stabilization of complex biomolecules.
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Goals
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Principles
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Measures
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Financing
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Area of Impact
Macromolecular Engineering Laboratory, Department of Mechanical and Process Engineering, ETH Zurich
Our research is focused on the development of complex material structures and chemistries for biomedical applications. By studying the fundamental processes of biology and materials science, our aim is to produce tangible technologies with clinical and societal impact in the fields of regenerative medicine, drug delivery and biomedical diagnostics.
Our research is focused on the development of complex material structures and chemistries for biomedical applications. The research in our lab is highly multidisciplinary, as our group members come from diverse backgrounds ranging from biology to engineering. We are involved in the design of biomaterial scaffolds with controlled biochemical and mechanical properties for 3D cell culture, the production of nanoparticles for drug delivery applications, 3D printed scaffolds for tissue regeneration and the development of hydrogels for thermal stabilization of complex biomolecules.
- June 1, 2017
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Mark Tibbitt AddedProfessor
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Elia Guzzi AddedPhD Student
Last updated on December 20, 2023