🚨 Great news! 🚨 We’re extending the abstract submission deadline! 🎉 You asked & we listened—take a bit more time to polish your work and be part of this year's big event. Submit by the new deadline and bring your ideas to the forefront!✍️📅@KSadtler@NatalieArtzi#biomaterials
Uh oh! Missed our early bird deadline? 😲
Don't worry - there's still time to submit your abstract for the SFB 2025 Annual Meeting. 👍 Just make sure it's in by Nov. 12th at 11:59 PM ET: https://t.co/SP9aFQOW72 #biomaterials
📢 Exciting news! The 2025 Society for Biomaterials Annual Meeting is set for April 9-12 in Chicago. Don’t miss the early bird abstract deadline on Nov 4 (regular deadline Nov 12)! I’m co-organizing the Dental/Craniofacial Biomaterials sessions! #SFB2025#Biomaterials
Focus areas include advanced biomaterials, biomimetics, smart materials, tissue engineering, drug delivery, and surface modifications for both hard and soft tissue applications. #DentalBiomaterials#Biomimetics#TissueEngineering
🎃Halloween has come early & we’ve got a spooktacular surprise for you!🕸️We are extending the abstract submission deadline to give you more time to brew up your ideas. 🕷️ Don’t let this fang-tastic treat slip through your fingers! https://t.co/nkU0hJGWw6
US citizens or permanent residents from an under-represented group!
You can contact any NIH-funded researcher you admire & suggest applying for this supplement to join their lab! High school thru postdoc/faculty. Many, like me, are happy to host!
Pls RT
https://t.co/B1wUL4jTrB
We're extending our symposium abstract submission deadline to July 29th (11PM ET)‼️ Submit your abstract and join us in Baltimore on October 23rd. Also, remember you can always submit your BMES abstract for our application‼️
🚨 New Research Alert! 🦷🦠
Check out our latest study on how different restorative dental materials impact the subgingival microbiome!
We explored composites, antimicrobial piezoelectric composites, and hydroxyapatite under various loading conditions:
https://t.co/I66QwTBm0r
Key findings🧑🔬🧪:
- Cyclic loading affects biofilm viability differently across materials.
-Composites and hydroxyapatite render diffrent microbiome population
-Antimicrobial composites show promise in controlling biofilm without disrupting species abundance.
Two PhD positions now available to undertake research with us at the University of Bath on ferroelectric and piezoelectric materials.
Please retweet or apply below:
https://t.co/vZkQIdBVQD