Explore tweets tagged as #tissue_engineering
👏 IMDEA Materials would like to congratulate our researcher, Yuyao Liu, who successfully defended her Ph.D. on the 'Development of 3D-printed biodegradable polymer scaffolds for osteochondral tissue engineering' at @caminosupm of @La_UPM last week!
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📸 Dr. William Chang presented a very exciting @YaleIMed MGR this morning on his cutting edge research and perspectives on the future of tissue engineering in nephrology!
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Just had a chance to visit Barcelona, Spain - interesting intersection of "Architecture" and "Bioengineering"! Tissue engineering can draw inspiration from Gaudí's designs and visions, as the biomimetic architectural design blends natural forms, mathematics, and utility
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During our summer ISPEED program, students visited the Johns Hopkins Medical campus and spoke with researchers working in immunoengineering, neuroengineering, and translational cell & tissue engineering.
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"Designed Biomaterial-Enhanced Cell Transplantation for Neural Tissue Engineering" by Di Sun @JiaoTongUni, Menglin Chen @AarhusUni_int et al. #Cell #Neurals @WileyBiomedical #Biomaterial.Check👉
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We’re thrilled to announce #RobertoGramignoli from #IRCCSGasliniInstitute, #Italy, as a #Speaker at.@TERMCevent by @magnus_group!.🔗 Details: 🗓️September 18-20, 2025.📍#London, #UK & #Virtually.📲+1 (702) 988-2320.💬+1 (640) 666-9566.#TERMC2025
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UO biomed startup VivoTex could revolutionize 3D tissue engineering🔬. Founded in 2024 at the University of Oregon, biomedical startup company VivoTex seeks to transform tissue engineering through an innovative approach to advanced, microfiber 3D printing using techniques
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#AppuntamentiPoliTO. 📅30 June 2025 at 12,00 pm. Sustainable tissue engineering: the role of electrically conductive materials. ℹ️
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🔬Inside the Tissue Engineering and Regenerative Medicine lab, within the Dept. of Chemical and Biomolecular Engineering, where curiosity meets cutting-edge science!👨🔬 This exciting research is led by Ph.D Almeida, whose mentorship is empowering the next generation of scientists.
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🧪 Methacrylated collagen peptide-xanthan gum bioinks were developed for bioprinting stable constructs and were found to support human bone marrow #mesenchymal stem cell proliferation and differentiation with potential for ligament tissue engineering!. 🔗
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This recent methods article describes a methodology to produce a bovine placental cotyledon-derived hydrogel substrate for tissue engineering!. Read more here: @LiebertPub
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⚡️From our lab: Meet eBRIC, a red bioluminescent Ca²⁺ sensor with up to ~5× more responsiveness than BRIC!.Designed under physiological Ca²⁺, it tracks real-time brain activity in awake mice. Pushing the limits of deep-tissue imaging. @ACS_Sensors .🔗
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We’re thrilled to announce #JingjingYou from #UniversityofSydney, #Australia, as a #Speaker at.@TERMCevent by @magnus_group!.🔗 Details: 🗓️September 18-20, 2025.📍#London, #UK & #Virtually.📲+1 (702) 988-2320.💬+1 (640) 666-9566.#TERMC2025
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Smart Bioelectronic Materials and Systems for Regenerative Tissue Engineering
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Are you a Curious (Senior) Scientist, an expert of plant regeneration and tissue culture? Check out this position in our Plant Genome Engineering team
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Ex vivo organ engineering using decellularized tissue scaffolds
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The latest paper out in Journal of Tissue Engineering looking at engineering bone tissues through microenvironmental insights.
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Continuing #TTT25 Session 4: Tissue Engineering, Prof. Pınar Yılgör from Ankara University @AnkaraUni highlighted 💡 the role of #3DPrinting in the production of various tissue engineered biomaterials for implantation, and talked about the challenges in bioprinting and introduced
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ADDR 50 days' free access: 3D printing-enabled spatial patterning of biomimetic signals for bone tissue engineering. By Antonios G. Mikos & coworkers @Rice_BIOE.#3Dprinting #bioink #TissueEngineering .
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