Michael Bartolf-Kopp
@BartolfKopp
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Biofabrication PhD | cardiovascular physiology | imaging and photography
Joined August 2022
If you ever wondered what I do other than being in the lab the whole day, then check out my brand new website about #photography! .
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RT @Biofab2025: Late Abstract Submission Now Open! . Excited to announce that late submissions for #ISBFWarsaw2025 are open until July 31!….
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RT @RicLevato: We are hiring! Looking for both a Postdoc and a PhD candidate to make waves in #stemcell biology, #bioprinting, and #diabete….
levatolab.eu
TWO positions available in our lab: We are looking for a Postdoc and a PhD candidate to join our team, and make waves in stem cell research and bioprinting to tackle diabetes!We have a 3-years...
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RT @CamillaMussoni: NEW PUBLICATION!.my first first authorship is finally online on @WileyGlobal @AdvPortfolio Advanced Healthcare Material….
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RT @lucia_g_brunel: The latest (and last!) work from my PhD @heilshornlab! We demonstrate how fibrillar collagen can be chemically modified….
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RT @RicLevato: We are hiring a PhD student! Do you have expertise in physics, photonics, or light-based 3D printing? Check our vacancy out,….
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RT @LabOrigami: Our paper by Imada, Adachi, Terashima, Iwase, and Tachi, "Kinematic folding propagation in degree-4 origami strips" is pub….
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RT @CamillaMussoni: Zwei neue Gebäude für Forschung und Lehre an der Universität Würzburg.
tvmainfranken.de
Zwei neue Gebäude für Forschung und Lehre an der Universität Würzburg – Ein Blick in die Zukunft | Oktober 2021 der Spatenstich, 2023 das Richtfest – und jetzt, zwei Jahre später, ist es so weit: Am...
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RT @Biofab2025: 📢 Call for Abstracts - Deadline extended!.You now have more time to submit your abstract for #ISBFWarsaw2025 🇵🇱.🆕 New deadl….
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2/2 Did you know that with MEW you can create super fine fibres (down to Nanometer diameters)? With the help of a high voltage electrical field, we can deposit fibres precisely and create scaffolds with defined mechanical properties. Want to learn more?
advanced.onlinelibrary.wiley.com
This perspective covers the advancements in the field of tubular, melt electrowritten constructs for use as small-diameter vascular grafts. It presents how this technology can recreate the mechanic...
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Happy #PokemonDay2025 everyone! In celebration of today, we printed some Mew standing figures for our Melt Electrowriting (MEW) devices! Now they live in our MEW printers and help with the process. Design by 3DPrintastica. @Pokemon @PokemonDEU 1/2
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RT @Biofab2025: 💥 Great news! If you're planning to join us for the #ISBFWarsaw2025 International Society for Conference in Warsaw, you can….
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RT @Biofab2025: 📢 CALL FOR ABSTRACTS – NOW OPEN! 🚀.Excited to announce that abstract submissions for #ISBFWarsaw2025 are officially open🔬✨….
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RT @Cluster3DMM2O: 3D printed collagen revolutionizes #TissueEngineering!🧬 Researchers incl. @PMainik, M. Fladung, @camiloapontelab, I. Wac….
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RT @DrDanielHeath: We're recruiting 3 PhD students for 2 projects: blood vessel tissue engineering and materials for cancer models. Stude….
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RT @Uni_WUE: Congratulations to our chemist Lutz Nuhn @NuhnLab! He has been awarded a two million euro grant for a new @ERC_Research projec….
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Thank you Kaono Kiuki for the meeting and your input on product development for our upcoming projects as well as the career advice you shared with us. A fruitful exchange in Tokyos bustling business district.
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RT @RicLevato: PhD vacancy alert ! Are you experienced with multiphoton printing technologies? Join us and shape the future of #biofabrica….
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RT @HoeyLab: 🚀 Exciting PhD / Postdoc Opportunities in Biomedical Engineering/Immunology at Trinity College Dublin🚀. More information on th….
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RT @Biofabwue: Our journey through japan continues with the visit to the Kyoto Institute of Technology and prof. Huaizhong Xu's lab. Nice t….
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