Fancy reading stimuli-responsive surfaces? Our #work on smart light-controlled valves in microfluidic devices by representing light-sensitive high-aspect ratio surfaces melt-electrowritten #SMP lamellae is now available at bit.ly/3Ct6XCt. Kudos @GisselaKte and her team!

Happy to participate and share our research in biofabrication TRR225Biofab

Bringing brilliant minds from three locations together at Frankenakademie Schney for the TRR225Biofab Autumn Retreat. Collaborative synergy in full swing as we dive deep into the world of #Biofabrication! 🤝🌐 #Teamwork #ResearchUnity Universität Bayreuth FAU Erlangen-Nbg Universität Würzburg #UniWürzburg

Check out our most recent #DLP printable #ink for the fabrication of intricate structures for #tissueengineering and #actuator applications! Let the ink flow by reading our recent #publication here bit.ly/3QaPMx9.

November lights up with a happy Ionov Lab Day. It's never too late to wish Prof. Leonid Ionov a wonderful birthday! With our Half-time Game Master Pavel Milkin orchestrating exhilarating games, our pre-celebration culminated in meaningful camaraderie. Cheers for more years~! 🥰🎉

How much stress is needed for a soft #superelastic #conductive material to self-heal over time? Great news! It's our work Pavel Milkin on carbon altering the mechanical properties of #sillyputty and becomes conductive, bouncy, and self-healable. Read here: bit.ly/pavel02

Our Press Release bit.ly/waseempress01 is out, highlighting our latest work on hands-free 3D (bio)printing integrated touch-spinning bit.ly/waseem02! This work investigates how bioink's rheological properties influence cell behavior along the fibers. Check us out!

Thrilled to share AM Chronicle 3Druck.com 3Printr.com #newsfeatures of our work at Forschungsförderung UBT Universität Bayreuth #collaboration Max Planck Institute for Medical Research #cellularbiomechanics, a project funded TRR225Biofab DFG public | @[email protected] published in #AdvHealthMat Wiley for #4Dbiofabrication #biovatureGmbH #3Dbioprinting

Unfamiliar with photoorigami? Instead of folding paper, we use light-sensitive materials to fold into desired structures. Check out our latest publication on rsc.li/4bclzWD and how this technique is harnessed in the fabrication of vascular connections through 4D printing

Wrapping up the Spring Meeting of #EMRS2024 in Strasbourg! Proud of Pavel Milkin (Oral Session) and Prof. Dr. Leonid Ionov (Invited Speaker) for their outstanding contributions. Another milestone for our team, bridging fundamental research and technological innovation! #MatSci

Shoutout to Dr. Indra for her captivating #poster session at the first #WI3R #3R symposium! She also showcased #biovatureGMbH's cutting-edge technology for #4Dbiofabrication. Sparking new ideas and pioneering the future of #research and #technology!

We are excited to announce that our published work on 4D #Biofabrication in Wiley's Advanced Materials Technologies has achieved a significant milestone by ranking in the top 10% of most downloaded papers. Check out Waseem's celebrated work at bit.ly/3VeYzi3!

Exciting news from us! We're pleased to announce a 3-year PhD position (TVL13) in Polymer/Materials Science, focusing on innovative engineered living materials (DFG-funded, SPP 2451). For more details, please see the attached information. Help us spread the word worldwide!

Fresh from Japan's beautiful autumn, we're thrilled to share that two of our PhD students are presenting their posters at #Biofab2024! Their hard work is on display on the global stage, making us incredibly proud. Best of luck, Saskia and Waseem! #Biofabrication #FukuokaJapan

Excited to share with you our latest publication❗️ We fabricated a highly sensitive #electrochemical_biosensor based on nanoparticles with grafted polymer brushes as enzyme carriers. Congratulations to 🧑‍🔬Synytska Lab for a great work advanced.onlinelibrary.wiley.com/doi/full/10.10…