Ionov Lab
@IonovLab
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We work in: development of active polymeric materials, investigation of structure-property relationship and fabrication of new intelligent systems and devices.
Bayreuth, Germany
Joined July 2020
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 https://t.co/6Pv1Nv9Byj
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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
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🔍 Read more: https://t.co/itAFbEXQ8X
#WearableTech #MaterialsScience #SelfHealing #ACSAMI #Innovation @unibt
pubs.acs.org
In this work, we address the inherent limitations of porous, flexible, fibrous, and self-healing strain sensors. Specifically, we tackle issues such as the fatigue failure of carbon-fibrous materials...
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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!
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We are excited to announce that our published work on 4D #Biofabrication in @WileyGlobal'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 https://t.co/PBhi7EWYLQ!
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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!
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Wrapping up the Spring Meeting of #EMRS2024 in Strasbourg! Proud of @PavelMilkin (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
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Unfamiliar with photoorigami? Instead of folding paper, we use light-sensitive materials to fold into desired structures. Check out our latest publication on https://t.co/PwnE8s6EIJ and how this technique is harnessed in the fabrication of vascular connections through 4D printing
pubs.rsc.org
Four-dimensional (4D) printing, combining three-dimensional (3D) printing with time-dependent stimuli-responsive shape transformation, eliminates the limitations of the conventional 3D printing...
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Happy to share in one of her best days~ Congratulations again to Chiara Pasini of @unibs_official!
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From her PhD stay with us to the success of her doctoral at @unibs_official, kudos to Chiara Pasini for her publication @AdvSciNews on #shapememoryelastomer SME ft. 2-way SME using #electrospinning #meltelectrowriting. Click here:
onlinelibrary.wiley.com
Reversibly shapeshifting polymeric composites are obtained by combining highly stretched electrospun shape memory polymer (SMP) nanofibers with a melt electrowritten elastomer. SMP nanofibers...
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Thrilled to share @AMChronicle @3Druck @3printr #newsfeatures of our work at @ForschungUBT @unibt #collaboration @mpi_mr_hd #cellularbiomechanics, a project funded @SFB_TRR225 @dfg_public published in #AdvHealthMat @WileyGlobal for #4Dbiofabrication #biovatureGmbH #3Dbioprinting
Our Press Release https://t.co/wdIWyXuIj2 is out, highlighting our latest work on hands-free 3D (bio)printing integrated touch-spinning https://t.co/5sDFU0TIae! This work investigates how bioink's rheological properties influence cell behavior along the fibers. Check us out!
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Our Press Release https://t.co/wdIWyXuIj2 is out, highlighting our latest work on hands-free 3D (bio)printing integrated touch-spinning https://t.co/5sDFU0TIae! This work investigates how bioink's rheological properties influence cell behavior along the fibers. Check us out!
advanced.onlinelibrary.wiley.com
Biofabrication of composite bioink-nanofibers constructs resembles the complex architecture of tissue extracellular matrix. For this, 3D (bio)printing of inks integrated touch-spinning of highly...
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How much stress is needed for a soft #superelastic #conductive material to self-heal over time? Great news! It's our work @PavelMilkin on carbon altering the mechanical properties of #sillyputty and becomes conductive, bouncy, and self-healable. Read here:
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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 @PavelMilkin orchestrating exhilarating games, our pre-celebration culminated in meaningful camaraderie. Cheers for more years~! 🥰🎉
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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 https://t.co/xVBDriQ9kJ.
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Bringing brilliant minds from three locations together at Frankenakademie Schney for the @SFB_TRR225 Autumn Retreat. Collaborative synergy in full swing as we dive deep into the world of #Biofabrication! 🤝🌐 #Teamwork #ResearchUnity @unibt @UniFAU @Uni_WUE
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Happy to participate and share our research in biofabrication @SFB_TRR225
Buzzing with excitement at the #DGBM conference in Jena! @SFB_TRR225 members @nathaly_chicaiz, @CamillaMussoni, Natascha Schaefer, @IonovLab, and Florian Hofamnn are all delivering captivating presentations on groundbreaking research. 🌟 #ResearchExcellence"
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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 https://t.co/kTgQmCkQOC. Kudos @GisselaKte and her team!
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