We all know we must re-capture CO2, but how much #CO2 can we really capture? Better converting it into something useful! Have a look to our latest work on #amyloids & #enzymes mimicking #photosynthesis, the Calvin Cycle in @acsnano https://t.co/AuBnvHjcAn - Well done @TonghuiJin
In the mood to be amazed? Here's the immune cell response to a scratch in the zebrafish epidermis.
https://t.co/bSIHawSNxz
Photo Cred: Dr. Eric Peterman
Delighted to be informed that our work “Amyloid-Fibril Based Membranes for PFAS Removal from Water” was selected by RSC to feature in a collection highlighting research. In line with our effort in #CleanUpPfas, the ETHz spin-off startup #BlueAct provides commercialized products.
#PFAS have quickly established themselves as one of the most infamous environmental pollutants.
Together with David Megson @ManMetUni , we curated a collection of papers that made a significant contribution to our understanding of PFAS in water. A thread 1/5
#CleanUpPFAS
A granular inexpensive material made of milk #amyloid fibrils and iron #nanoparticles removing any respiratory #virus from filtered #aerosol droplets, including #COVID19. Congratulations @a_armanious @frstella et al. Read our manuscript @FrontSoftMatter at https://t.co/LmJGgyDDyb
A big THANK YOU to @MezzengaRaf for inspiring suggestions for this project and strong support during submission!And also thanks to the help from all my co-authors!
Congrats @ToniJ17772043 for your work just published in #AdvancedMaterials about Amyloid superwetting coatings: @AdvSciNews. Well done! https://t.co/fwWQimRD2j
An amazing group against a stunning landscape dominated by the Matterhorn during our retreat hike in Zermatt. Thank you everyone for such an amazing event, and help preserve this treasure from #GlobalWarming … Only 3 years ago here this flood was raging: https://t.co/g7wtRyggFB