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

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

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

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

Do astronauts have to laboriously produce bioinks for Bioprinting In Space themselves or can this already be done on Earth? To find out, @JohnWindisch and colleagues looked at whether bioinks retain their functionality under prolonged cold storage 🚀🧑‍🚀🧫 https://t.co/r6SyA9tq09

When your paper is published right before Christmas and the new year. 🎄🎆 Start 2023 by finding out, how @killioanDK & colleagues create density gradients in scaffolds using sinusoidal printing paths! 😊⬇️

Sprachlos.

Can a co-cultivation of photosynthetically active microalgae prevent hypoxic zones in 3D bioprinted mammalian cell-laden constructs? In our latest paper @SophieDani92 and @JohnWindisch investigate which microalgae strain has the best ability to do this.⬇️ https://t.co/ARZhPvNqsI

🎨If you are interested in bioinks, you should definitely not miss the following work by Dr. Sophie Dani et al.: "#Homogeneous and Reproducible #Mixing of Highly #Viscous #Biomaterial Inks and #Cell #Suspensions to Create #Bioinks" @Bioprinting_DD 📚 https://t.co/xoTGsa3AZl

Day 3 starts with talks on personalized implants @UMCU_Intl , stem cells for RM @VET_UniUtrecht and #biofabrication for biotech applications and space exploration with an inspiring keynote from Michael Gelisnky @Bioprinting_DD @esa And the day just started!

It`s new paper wednesday! 🥳 Learn more about the influence of Sr2+ and hypoxia on 3D triple cultures of human primary osteoblasts, osteoclasts and osteocytes, as we aim for an in vitro bone model, which could allow us to reduce animal experiments.⬇️ https://t.co/VpsS03IatL

Es ist 17 Uhr und wir sind ready für die lange Nacht der Wissenschaft #LNdWDD Kommt vorbei im MTZ (Haus 91) des Uniklinikums! 😊

When you publish a paper and it is not the best part of your day: @killioanDK above all successfully defended his #PhDthesis today with a whooping summa cum laude! 🥳🥳🥳 Congratulations and thank you for all the amazing work over the past years! There is so much more to come! 😊

Paper out! Together with our colleagues from the magnetofluiddynamics @ingTUDresden we described the design and construction of a magnetic bioreactor system for the stimulation of bioprinted, magnetically deformable scaffolds and embedded cells. https://t.co/z5WLlM2NZY

It's time for an award! 🏆 Congratulations @Tillerius on winning the Georg-Helm-Prize of the @tudresden_de, an award dedicated to scientific work that, as the Board of Trustees says, "outstandingly stands for new impulses in the respective discipline". We are very proud! 🥳🥳🥳

Just 40 minutes until our #BioprintinginSpace workshop is underway organized by @ESA, @DLR_de and @tudresden_de! We are looking forward to interesting presentations and great discussions with all participants!

Registration for the Bioprinting in Space online workshop organized by @esa, @DLR_de & @tudresden_de is finally open! 🥳 Secure your free spot now and join the discussion on the major challenges that need to be solved for successful bioprinting in space. (1)

The future is now: Pflaster aus dem 3D-Drucker! Der mobile 3D-Drucker soll Wundversorgung auf Weltraummissionen & auf der Erde deutlich verbessern. @astro_matthias testet unser (mit @BMWK, @OHB_SE, @tudresden_de) Experiment Bioprint FirstAid auf der #ISS. https://t.co/6yJGq0S6gn

Nach Abschluss dieses #CosmicKiss-Experiments werden die auf der ISS gedruckten Pflaster zur Erde zurückgebracht. In der Zwischenzeit führt die @tu_dresden am Boden Vergleichsexperimente durch. Wie haben sich zB die Mikropartikel in Schwerelosigkeit verteilt? #Bioprint #FirstAid

We are proud to announce that the head of our group, Michael Gelinsky, has become member of the Editorial Board of Biofabrication, the leading journal in the field! https://t.co/Ll7qwwkSCC