Biofabrikation
@Bioprinting_DD
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We are the #Biofabrication team of the Gelinsky and Lode group @Medizin_TUD @tudresden_de.
Dresden, Sachsen
Joined August 2017
Twitter was once a fun platform for sharing news and opinions but has changed into something we no longer support. Like our university, we’re leaving X and moving to BlueSky! Follow us there—goodbye X, hello BlueSky! #GoodbyeX #HelloBlueSky ➡️
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Biofabrication is only interesting for regenerative medicine? Not at all! 😊 Together with the lab of Petra Kluger @HS_Reutlingen and @Tillerius we had the chance to discuss how biofabrication can contribute to the development of #culturedmeat 🥩🧫 ⬇️⬇️⬇️ https://t.co/Cb8JwR3FHm
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Have you ever wondered how biofabrication can accelerate the path of cultured meat to market? Then read our latest comment in @NatRevMater, a great collaboration with Prof. Petra Kluger's group (@HS_Reutlingen) and @Tillerius 😊🥩🧫 https://t.co/OuvEdXZnru
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Woohoo! Richard Frank Richter receives the Carl Gustav Carus Award for an outstanding scientific publication 2023. 🥳 Read the wonderful study on the treatment of critical bone defects using CPC and mesoporous bioactive glass here @BioactiveMat: https://t.co/mJ8A34gsr0
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Are you excited about #bioprinting and looking for a PhD position out of this world 🚀? Then apply now and join us @Medizin_TUD in making 3D bioprinting of a human skin model ready for being printed on the ISS! 🤩⬇️ @tudresden_de @DLR_SpaceAgency
https://t.co/LywcOkRh35
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Ever wondered how #MeltElectrowriting could be combined with other #3Dprinting techniques to mimic the human eardrum? 👂 Check out our newest publication in @ActaBio
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Understanding the influence of weightlessness on your experiment without actually going into Space? 🛰️ - We had the unique chance to fly our bioprinter with @AirZeroG at the @DLR_SpaceAgency's 41st Parabolic Flight Campaign in Bordeaux. 🤩 🛫@tudresden_de
https://t.co/UMHuCbv2tw
dlr.de
On 12 September 2023, it was time again – the Airbus A310 operated by Novespace took off from Bordeaux-Mérignac Airport at 09:00 CEST to carry researchers and their experiments into microgravity.
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Our symposium: “Beyond the Earth's Horizon: #Biofabrication in #space” at @ESB2023 has attracted a large interest in the community and has been a great success! Special thanks to @rodcoutalmeida @MoroniGroup, @Bioprinting_DD & @JeremyTeoLab who set out fascinating space science!
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Vera Guduric and Leonie Schlicht presented new data on the release products of 3D printed composite scaffolds containing copper-modified mesoporous bioactive glass and the mechanical and biochemical properties of mineralized collagen scaffolds for controlled local #BMP2 release😊
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Prof. Gelinsky held a talk on bioprinting in space and gave deeper insight into the effect of cold storage on the functionality of bioinks over up to 4 weeks. #bioprintinginspace @ESA_Tech @DLR_SpaceAgency
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Enjoying great science and a great view in Davos! 🧬🎙️🏔️ #esb2023 #davos #biofabrication #bioprinting #bioprintinginspace #bmp #bioactiveglass
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Thanks to all the speakers that joined today to share their work and experience with our students @Biofabwue @Bioprinting_DD @BiomaterialsG @andriesvdm @PaulWieringa @bottinomc @HD_Bioprinting @ISBioFab @utrechtsummer @josmalda @UMCU_Intl @VET_UniUtrecht
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3D Bioprinting in microgravity offers unique possibilities in basic research and medical treatment of astronauts on long-term missions. In a great collaboration of the ESA Topical team, we explored opportunities, challenges and potential applications 🚀 https://t.co/fa6G2pym95
advanced.onlinelibrary.wiley.com
The article discusses opportunities and challenges of different bioprinting technologies when applied in microgravity and possible applications in space. Those can include the fabrication of tissue...
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You want a highly flexible material system for patient-specific bone regeneration? Combine your CPC with mesoporous bioactive glass! It provides a spatiotemporal drug delivery system and leads to improved degradation in vitro and in vivo: @bioactivemat
https://t.co/mJ8A34gsr0
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On long-term space missions, such as the @Space_Station, astronauts may need to treat potential injuries Researchers @Bioprinting_DD explore how printable, cell-laden bioinks could be transported and stored for astronauts' use @Medizin_TUD @tudresden_de
https://t.co/ljQg0cB6Lr
advancedsciencenews.com
Scientists are exploring how to store and transport ready-to-use bioink cartridges to treat injuries on the International Space Station.
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Check out the latest report on our new study on the transportation and storage of ready to use bioinks for use in space @Space_Station ! 🚀🛰️ @Medizin_TUD @tudresden_de
https://t.co/JbZrUMxPw9
advancedsciencenews.com
Scientists are exploring how to store and transport ready-to-use bioink cartridges to treat injuries on the International Space Station.
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Bridging day is new paper day! 🥳 Our team around @SuihongLiu and @killioanDK together with @SHU19945 show how multichannel co-printing of organic and inorganic (bio)inks can create synergies for the generation of hard, mineralized bone tissues. https://t.co/8FE5hZjmpW
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