
Gregor Miklosic
@gmiklosic
Biomaterials, tissue engineering, biofabrication
ID: 437571525
15-12-2011 15:34:29
14 Tweet
105 Followers
258 Following


How cheap, you ask? Same question I asked Benedict Diederich: “what’s the cheapest microscope we can do for this detection?” And so the #ESP32 #microscope was born. Less than 10€, mostly 3D printed, wifi, and fully open: github.com/Matchboxscope/… 7/12



It's really great to see our review online now in Trends in Biotechnology "Engineering complex tissue-like microenvironments with biomaterials and biofabrication" cell.com/trends/biotech… Thanks Laboratory for Orthopaedic Technology - ETH Zurich & matteo.deste for your wonderful support!


Interested in synthetic #ECM #biomaterials? Hot off the press review co-led by the amazing Ash Nguyen and Bram Soliman🤩! NanoMed Advancing Synthetic Hydrogels through Nature‐Inspired Materials Chemistry- Advanced Materials-Wiley Online Library onlinelibrary.wiley.com/doi/10.1002/ad…


Our October issue is online! cell.com/trends/biotech… Biotech for textiles, LNP corona engineering (Morteza Mahmoudi, PhD), physical patterning for engineered tissues (Hannah Zlotnick Mauck Lab), biofabricating tissue-like microenvironments (Gregor Miklosic Laboratory for Orthopaedic Technology - ETH Zurich matteo.deste),


Featured on the front cover of Science Advances today, my lab reports a universal strategy for decoupling stiffness and extensibility of polymer networks.



Bioinks can be photopolymerized without photoinitiators and without free radicals. Special thanks to leading authors Gregor Miklosic and Ezgi İrem Bektaş, to Alisa Hangartner and to the Fidia Farmaceutici R&D Discovery team for the fruitful collaboration doi.org/10.1016/j.actb…
