We welcome Jana Reh on our research team! Jana received her master’s degree in „#Materialwissenschaften und #Werkstofftechnik“ from @UniFAU. She has previously worked at @Boccaccini_Lab and will now focus on the development of trigger sensitive hydrogels.
With our @APRICOTimplant project coming to an end, we attended @FEMS_EU EUROMAT 2023 to
present how bio-macromolecular coatings can improve the friction response of elastomeric foils.
Dextran coatings allow for excellent lubricity and wear prevention. Check our latest research in the context of @APRICOTimplant comparing dopa vs. carbodiimide coating strategies in terms of functionality and stability.
https://t.co/BbblkpjUoE
Dopamine mediated biopolymer multilayer coatings combine various functionalities to improve the interface between synthetic materials and biological environments. We’re excited to share our recent publication @ACS_AMI together with Mela Lab @TU_Muenchen
https://t.co/VyDNjZStKk
Twin-power for our lab. We welcome Fabio and Manuel, who did their master’s degrees in #MechanicalEngineering at #TUM and now joined us as PhD candidates.
Let’s do great research together!
About APL Machine Learning, the authors say “We were happy to find an open access platform that is dedicated to Machine Learning for experimental research.”
We are looking for a motivated PhD candidate for a project focused on DNA nanotechnology and drug delivery 🧬 💊 . For further information 👉
https://t.co/UFTQ6yXa0d
"Breaking" news on the @nanoscale_rsc cover: Shear-sensitive nanoparticles break up for target-specific, clot-dissolving drug release in stenotic vessels. A potential game changer in the treatment of stenotic vessels from @LielegLab! 👇
https://t.co/2NdFiYPjxs
Our new paper @BiomaterialsAdv shows how mucin glycoproteins can be used as functional coating materials for contact lenses. Congrats @carolin_rickert 👏
Free access for 50 days 👇
https://t.co/mhhlaKbtpN
We are looking for a motivated PhD candidate for a project focused on DNA nanotechnology and drug delivery 🧬 💊 . For further information 👉
https://t.co/UFTQ6yXa0d
ICYMI! Check out this @nanoscale_rsc article by @cerenkimna@LielegLab and co-workers @TU_Muenchen on tailored mechanosensitive nanogels that release drugs upon exposure to different levels of stenosis! 👇
https://t.co/2NdFiZ6Up0
Check out this @nanoscale_rsc article by @cerenkimna@LielegLab and co-workers @TU_Muenchen on tailored mechanosensitive nanogels that release drugs upon exposure to different levels of stenosis! 👇
https://t.co/2NdFiZ6Up0
Great collaboration with @LielegLab : Contamination with Black Carbon Nanoparticles Alters the Selective Permeability of Mucin Hydrogels: Implications for Molecular Transport across Mucosal Barriers https://t.co/1Trb6iXH40