High impact biomaterials research advancing understanding of structure, properties, and function
USA
Joined December 2013
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Acta Biomaterialia retweeted
SPECIAL ISSUE: Biomaterials for Cardiovascular Engineering, Guest-Edited by Profs. Kai Wang and Yi Hong, and Dr. Yasuhide Nakayama. @UTArlington sciencedirect.com/journal/ac…
Acta Biomaterialia retweeted
Congrats to @MontclareLabs Jonathan Sun, Nada Haq-Siddiqi, Zara Hedaya, & @ccny colleagues Chengyu Sun, Seungri Kim, Xi Chen on a new publication on remodeling E. Coli peptidoglycan for water responsive actuation in @ActaBio! Check it out at sciencedirect.com/science/ar…
#NSFfunded
Acta Biomaterialia retweeted
(Near-infrared) Photothermally induced mechanical contraction of GAPNP hydrogel applied on 🐭🐰skin wounds
⏫Wound closure
⏫Re-epithelialization
⏫Collagen fiber alignment
⏬#YAP immunoreactivity
⏬Smooth muscle α-actin immunoreactivity
HDOCK▶️
YAP-TEAD interaction-perturbing Peptide 8 + GGG linker +KKK cationic patch▶️
Dual anti-TEAD, anti-microbial Peptide 14
GAPNP hydrogel
Gelatin-Alginate-Polydopamine Hydrogel +PNIPAAm +Peptide 14
@ActaBio 2025
sciencedirect.com/science/ar…
Acta Biomaterialia retweeted
New study detailing the development of a next generation biomaterial for nerve repair using tailored laser patterning treatment which may promote early vascularisation and tissue regeneration is now published in @ActaBio!
Read it here: lnkd.in/gciPtdjd
Acta Biomaterialia retweeted
Proud to announce a new article from Dr. Yevgeny Brudno’s lab published in @ActaBio.
“Rapidly Dissolving Biomaterials for High-Efficiency Viral Transduction”
🔗doi.org/10.1016/j.actbio.202…
@UNCPharmacy
Acta Biomaterialia retweeted
Before taking our first steps toward developing an advanced 3D bladder tumor model (stay tuned!), we carried out an in-depth review to map the state of the art and key challenges and opportunities @ActaBio
sciencedirect.com/science/ar…
#BladderCancer #3DModels #i3Spapers
Acta Biomaterialia retweeted
Check our latest paper on the engineering of different #nanomotors and their gastrointestinal distribution in 🐭. Great work by @helenamcalmeida and the team at @i3S_UPorto, in collaboration with @MIT @BrighamWomens. sciencedirect.com/science/ar… @brunocsarmento @cgtraverso @ActaBio
Acta Biomaterialia retweeted
🧫 Scientists developed a bioprinted 3D in vitro model of breast cancer using a biomimetic bioink based on decellularized mammary glands that supported cell stemness, invasion, and an immunosuppressive environment.
@ActaBio | bit.ly/455cH3a
Acta Biomaterialia retweeted
After a long journey, finally published @ActaBio: beautiful work by #ClaudiaGarrido showing how #anisotropic #hydrogel degradation enhances #collective cell behavior, #mechanotransduction and #osteodifferentiation 👉 bit.ly/3J98HHG @ChariteBerlin @biogipuzkoa @Ikerbasque
Acta Biomaterialia retweeted
Just published in @ActaBio, we report engineering mucoadhesive micellar eyedrops for the treatment of ocular inflammatio... sciencedirect.com/science/ar…
@UclaCBE, @UCLAengineering
Acta Biomaterialia retweeted
Scientists at the @TerasakiInst developed a new human biomimetic MPS model for studying glioblastoma and pericyte-mediated resistance to temozolomide, the standard-of-care chemotherapy.
In @ActaBio: sciencedirect.com/science/ar…
ALT Graphical abstract for linked paper.
Acta Biomaterialia retweeted
📢New paper! We combine experiments and modelling to quantify hitherto unknown individual effects of pH and chloride concentration on the corrosion kinetics of Mg alloys for biomedical applications. Just out in Acta Biomaterialia:
doi.org/10.1016/j.actbio.202… #biocorrosion #phasefield
Acta Biomaterialia retweeted
Imaging the microstructure of the arterial wall – ex vivo to in vivo potential
Thanks for citing our #EHJOpen paper on #DiffusionTensorImaging #MTI #ThoracicAorticAneurysm ex vivo 😆
academic.oup.com/ehjopen/art…
Caitriona Lally lab @ActaBio 2025
sciencedirect.com/science/ar…
Acta Biomaterialia retweeted
Happy to share our latest publication in @ActaBio !
In this study, we created injectable muscle constructs that integrate with native tissue and overexpress GLUT4 to improve blood sugar control in diabetic mice.
Read the article here: lnkd.in/dZaRHUHY
Acta Biomaterialia retweeted
😲 Missed Early Bird Registration? No worries! There's still time to secure your spot! 🎟️
Join us for an unforgettable experience in Chicago, April 9-12. Don’t wait until it’s too late!
📅 Register now: bit.ly/41LOU7O
#biomaterials @NatalieArtzi @KSadtler
Acta Biomaterialia retweeted
⏳Don't miss out on early bird pricing—register NOW for this unforgettable event!
Join us as we celebrate 50 years of biomaterials science with inspiring talks & networking opportunities.
Sign up by March 18th, to lock in the best deal!💰bit.ly/41LOU7O #biomaterials
Acta Biomaterialia retweeted
A team led by UF Health Cancer Center member Xin Tang, Ph.D., of @uflmae, & Juan Guan, Ph.D., at @UTAustin, engineered a new class of biomaterials that switches between liquid & gel states in response to light input. The study was published in @ActaBio: go.ufl.edu/pdlr0fy
Acta Biomaterialia retweeted
Our lastest study has achieved an unprecedented balance of strength and ductility in additively manufactured biodegradable Zn-Mn-based alloys. A step closer to customized degradable bone fixation devices. Check our paper here: doi.org/10.1016/j.actbio.202…
@ActaBio @amir_zadpoor
Acta Biomaterialia retweeted
Our latest work on #collagen ultrastructural responses to loading in #cartilage has been accepted by @ActaBio! We will expand this framework to study the #injury and #degeneration of collagenous tissues and #biomechanics. Stay tuned! @EngExeter
doi.org/10.1016/j.actbio.202…
Acta Biomaterialia retweeted
Happy to share that our recent paper on the use of microtissues for the development of scaled up cartilage grafts has been accepted for publication in @ActaBio. Huge thanks to @dannykelly1978 and all the coauthors that made it possible!
Check it out: sciencedirect.com/science/ar…
