We engineer biomaterials - hydrogels, HA, biofabrication. Tweets by JB and group members. @pennbioeng @BioFrontiers @CUEngineering
Boulder, CO
Joined October 2019
- Tweets779
- Following656
- Followers7.4K
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BurdickLab retweeted
1️⃣For years, scientists have known that mechanical tension influences cell behavior. But in our recent study in @NatureMaterials we found that it is not just the amount of tension—it is the direction!
nature.com/articles/s41563-0…
BurdickLab retweeted
We are beyond excited to welcome Prof. Jason A. Burdick @BurdickLab from @CUBoulder as the keynote speaker for the 15th Annual Hands-on Workshop in 3D Printing and Microfluidics for Bioengineering!
BurdickLab retweeted
Free access to @apdhand @Fiber_Matt @BurdickLab 's recent review of Lithography-based 3D printing of hydrogels. nature.com/articles/s44222-0…
Thank you @natrevbioeng for making this available!
Check out our collection on biofabrication!
All articles currently free to access!
go.nature.com/3QNJWS0
BurdickLab retweeted
Excited to share a research feature that will soon be at @TheFranklin!
This work would not be possible without direct funding from @NSF @CEMB_STC @SchmidtFellows @NIH. #fundscience
youtube.com/shorts/RAd4hAxMG…
BurdickLab retweeted
We are thrilled to announce the Society's 2025 Award Recipients and celebrate their remarkable achievements in the field of biomaterials science. Join us in applauding the exceptional leaders who are shaping the future of biomaterials! Read more here - bit.ly/3CRnWSH
BurdickLab retweeted
Looking forward to seeing everyone at #ORS2025! I will be presenting my postdoctoral work in the 'Crosstalk among Musculoskeletal Tissues and Beyond' session. Sunday, 4:25 - 4:35 pm, West 301D.
@BioFrontiers @CUOrthoResearch @SchmidtFellows @ORSsociety
ALT Synovial fibroblasts support vascular function in both health and inflammatory disease, HM Zlotnick, ORS 2025 talk.
BurdickLab retweeted
Led by @CaprioNiko, Dr. Jason Burdic (@BurdickLab), and Dr. Alex Hughes (@HughesLabPenn), @pennbioeng scientists used combinations of #MSC spheroids and hydrogel microparticles to fabricate dynamic granular composites. @ScienceAdvances
⚗️ Check it out: bit.ly/3Eekx0z
BurdickLab retweeted
Happy that our labs first paper is out in Advanced Functional Materials @AdvPortfolio
Led by @pramanick_ank, we demonstrate that cell-generated forces can guide 4D shape-morphing and maturation in bioprinted tissues
doi.org/10.1002/adfm.2024145…
@CURAMdevices @uniofgalway
BurdickLab retweeted
Congrats to CU researchers, @TheBaleLab of @CU_Psychiatry, and @BurdickLab for being elected members of @theNAMedicine, one of the highest honors in the fields of health and medicine. Thank you for your incredible work! buff.ly/3YARGex
@BioFrontiers
BurdickLab retweeted
And, while often last alphabetically but certainly not least, @HannahZlotnick of the @BurdickLab gave an exciting talk on the synovial microenvironment. Schools would be lucky to have a cutting-edge materials scientist studying the molecular mechanics of joint disease.
BurdickLab retweeted
It seems like my friends are well on their way to being future faculty at #BMES2024! Starting with @MadukaVict who gave an outstanding talk on a talabostat-loaded coacervate for treating MI. @BurdickLab. Any university looking for an immuno-engineer would be lucky to have him!
BurdickLab retweeted
🎃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! 2025.biomaterials.org
BurdickLab retweeted
PhD opening at the Rodriguez-Rivera Lab (@VillanovaU) in Biomaterials Research! Programs available in Chemical/Biochemical Engineering. Reach out to Prof @GabrielRodRiv—he’ll be at @BMESociety (Baltimore) and @ChEnected (San Diego) if you want to connect!
BurdickLab retweeted
Printed hydrogels have promising applications from in vitro drug screening to tissue engineering. In this Review, @BurdickLab @apdhand & Mathew Davidson discuss lithography-based 3D printing and provide a guide to print hydrogels for clinical applications.
go.nature.com/3NuvsEW
BurdickLab retweeted
Thank you @BurdickLab for being the CBTE seminar speaker last week. The students really enjoyed your talk!
Excited to host Jason Burdick @BurdickLab at Duke today for the Center for Biotechnology and Tissue Engineering seminar series! We stop by the Segura lab to meet some of our amazing team.
BurdickLab retweeted
Excited to host Jason Burdick @BurdickLab at Duke today for the Center for Biotechnology and Tissue Engineering seminar series! We stop by the Segura lab to meet some of our amazing team.
BurdickLab retweeted
@apdhand provided a great introduction to 3D printing applications to our Biomaterials class at @VillanovaU . He shared some of the amazing work done at @BurdickLab .
BurdickLab retweeted
Thrilled to share recent work from the Leinwand Lab deciphering molecular mechanisms of cardiac plasticity in Burmese pythons:
Regression of postprandial cardiac hypertrophy in Burmese pythons is mediated by FoxO1 | PNAS pnas.org/doi/10.1073/pnas.24…
BurdickLab retweeted
Excited to share the preprint on our recent collaborative work with the @BurdickLab on engineered heart tissues!
We are excited to share a preprint of our first collab. work @BioFrontiers with Prof. Leslie Leinwand, led by @apdhand, Miranda Juarros, and @Dr_TommyMartin!
For those interested in digital light processing, cardiac biology, and/or disease modeling: doi.org/10.1101/2024.10.01.6…
ALT 3D printing of hydrogel micropillar molds to fabricate human engineered heart tissue (EHTs)