Low throughput is one of 3D printing's biggest drawbacks, but this printer may be the solution. Excited to work with Azul3D to push further functionalization in #3DPrinting
OCEAN 3D Printer from Azul3D Prints at 300 mm per Hour https://t.co/q45BxI7bZ1
Congratulations @AyokunleOlan on receiving the Beckman Young Investigator Award to fund his research into a wearable device that can collect & analyze small amounts of blood, enabling clinicians to better understand how medicines affect individual bodies. https://t.co/7nKdRvch8d
ELM 2024 is approaching. We look forward to excellent speakers. For everyone interested in this emerging field of science, Saarbrücken is the place to be from Sep 18 to 20. Check the webpage for details, spread the word, and register https://t.co/rP506wNODJ @Leibniz_INM
Congrats to @ME_at_UW Prof. @LucasRMeza on his @NSF CAREER award! 🎉He leads a lab that is advancing nanoengineering to create tougher, sustainable materials. Learn more: https://t.co/DxYNvcQ0Hs #UWinnovates
Meet the authors of #RSCAppliedfirst50 '3D printed modular piezoionic sensors using dynamic covalent bonds' with an introduction by Professor Alshakim Nelson @NelsonLabUW .
Check it out on the RSC Applied Polymers blog here: 👇
https://t.co/cIpFnRsGwZ
Happy to see our #NSF@CciMonet work with @SardonL and @CraigGroup_Duke be among the first 50 pubs in @RSCApplied polymers! We used reversible covalent bonds to fuse #3Dprinted polym networks together based on user-directed assembly into piezoionic sensors with arbitrary shapes
Meet the authors of #RSCAppliedfirst50 '3D printed modular piezoionic sensors using dynamic covalent bonds' with an introduction by Professor Alshakim Nelson @NelsonLabUW .
Check it out on the RSC Applied Polymers blog here: 👇
https://t.co/cIpFnRsGwZ
🎉Congratulations to the 2024 ACS Macro Letters/Biomacromolecules/Macromolecules Young Investigator Award Winners:
🏅 Brett Fors, Cornell University (@brett_fors)
🏅 Sarah Perry, UMass Amherst (@perrys_lab)
Read their interviews here ➡ https://t.co/ExkyNeMo7L
Check out our highly collaborative study led by @CciMonet@NelsonLabUW@SoyLuisCampos team, Light-Induced Living (LIL) Polymer Networks that can change shape, heal, and grow!
I'm excited to share my 1st review article published in @ACS_AMI! It was interesting to dive into some of the complexities of the blood-brain barrier and how we might recapture them in an #invitro model.
https://t.co/tkD1EXpPJH
#acs#bbb#brain#microfluidics#bloodbrainbarrier