Welcome to the B-MIL Bio-Medical and Brain-Machine Interface Laboratory #TissueEngineering https://t.co/y7HLDWPUGh https://t.co/zoNuo6uJ42

Can we 3D print scaffolds that actively help bone to heal?  Learn more from this highly cited paper: https://t.co/0bvcJrKOc9 #boneregeneration #3Dprinting #biomaterials #tissueengineering #nanotechnology

An ambitious project is kicking off - to be announced soon. Be part of it! https://t.co/suOhU9TwM6 #Postdocs #Bioprinting #StemCells #Organoids #TissueEngineering #Biomanufacturing @UTSWMedCenter @UTSWScience

🫀 @HLIStPauls researchers have developed a custom 3D printer that creates living heart tissue! This could pave the way for patient-specific cardiac models and regenerative therapies. 🔬 Read more: https://t.co/7fRnqvx3eG #TissueEngineering

Dr. Ana Mihalcea and @zeee_media Internet of Bio-Nano Things #BioCyberInterface IEEE 1906.1 Molecular Communication Standard for Intra-Body Nano-Networking with smart materials #PrecisionAIMedicine #TissueEngineering #SyntheticBiology #DigitalTwin Human Augmentation

💡Today at our postdoctoral seminar, Dr. Sophia C. Bittinger, postdoctoral researcher at CIC biomaGUNE, presented her work on stimuli-activated nanocrystals for dynamic 3D in vitro tissue models. #nanocrystals #3Dprinting #tissuemodel #TissueEngineering

⏰ Only 10 days left to submit your abstract! Join our symposium at #TERMIS-EU 2026 in #PalmaDeMallorca, 21–24 Apr 2026 🏝️ 🗓️ Deadline: 13 Nov 👉 https://t.co/rVyMlsttwT Be part of this inspiring event in #TissueEngineering & #RegenerativeMedicine! #CallForAbstracts #Research

🌟Bioengineering 2024 Hot Papers in the Regenerative Engineering Section - 1st Edition 🔗Access the publications via the QRs. #Bioengineering #TissueEngineering #PolymericMaterials #BoneRegeneration #Endodontics #CardiacRepair #Hydrogels #StemCell #3DBioprinting #Organoids

New paper online: Spatiotemporal-adaptive nanotherapeutics promote post-injury regeneration in ageing through metabolic modulation. #DrugDelivery #Nanoparticles #Nanotechnology #TissueEngineering #RegenerativeMedicine https://t.co/HCtl7yJfd1

Researchers developed a novel lung-specific bioink to print high-fidelity 3D lung tissue models with native-like stiffness and excellent cell viability. https://t.co/60lnpbN2h5 #Bioprinting #Bioinks #LungModels #TissueEngineering #DrugDiscovery

Please 🔁! #MASSIV will be held in Vancouver from January 19-22, 2026. 4-day meeting on #synbio x #tissueengineering. Some trainee-focused events. >50 talks (10 from abstracts), posters, panel and publishing insights sessions. https://t.co/Xxegx46PNG Abstract deadline: Nov 14

How can bioactive glasses be used for tissue repair? Learn more from this highly cited review: https://t.co/30w4fB2Gmw #biomaterials #bioactiveglass #tissueengineering #review

Connection between Biological Cells and the Internet #BioNanoSensors Massimiliano Pierobon, Charité Hospital, Berlin Internet of Bio-Nano Things #BioCyberInterface #TissueEngineering Precision Medicine Applications https://t.co/QQJqBRTqrC https://t.co/STzNWns9eQ

Announcing ACM NanoCom 2026 Coming to St. John's! Intra-Body NanoCommunication #MolCom IEEE 1906.1.1 Internet of Bio-Nano Things Healthcare 4.0 #SyntheticBiology #TissueEngineering https://t.co/XkulY57aaQ https://t.co/VHemd36Wzi

Watch Dr. Janaina Dernowsek share breakthrough results from Quantis’ human-like extracellular matrix—reshaping the future of tissue engineering. #tissueengineering #bioengineering #bioprinting Recording now #ondemand: https://t.co/920wu8y2lV

In Vitro #Calcification of #Bioprosthetic #HeartValves: Method Validation by Comparative #HeartValve #Calcification Testing 👉 https://t.co/DNntGVinH7 @RWTH 🇩🇪|#ArtificialOrgans #CardiacSurgery #ValveResearch #TissueEngineering

New study reveals how hyaluronic acid in 3D collagen hydrogels modulates macrophage behavior highlighting the impact of crosslinking on immune response. 👉 https://t.co/wDoDCwVAcT #Macrophages #Hydrogels #TissueEngineering @AsmeBoussahel

Engineering tissues is revolutionizing the future! 🌟 From personalized medicine and organ regeneration to sustainable food solutions like lab-grown meat, the possibilities are endless. Science is turning imagination into reality! 🌱🔬 #TissueEngineering #FutureOfMedicine

WSU researchers engineered artificial cartilage that mimics the body’s tri-layered structure using a bioreactor system. This breakthrough could advance #jointrepair and #tissueengineering. #Research #Innovation @wsuengineering @WSUVoiland @MME_WSU @NSF https://t.co/bEgho1WB5h