Taufiq Ahmad
@taufiqbiotech
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Postdoc @Uni_WUE @Biofabwue
Würzburg, Germany
Joined May 2012
New publication is online! Combining Adipose-Derived Stromal Cell Spheroids and Melt Electrowritten Scaffolds for a 3D Adipose Model Mimicking Structure and Function of Fat Tissue https://t.co/r7sTPxoo6K
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Today I presented my work on bioassembly via MEW scaffolds in the Rapid Fire Talk session early this morning. Very honoured my abstract was selected and I could show more of what I'm up to. #Biofabrication2025 #ISBFWarsaw2025
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POSTER presentation day! come by the poster area to have a look and a chat and tomorrow I will present a rapid fire talk at 8.45 am #Biofabrication2025 #ISBFWarsaw2025
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I am so excited to share that the latest issue of @AdvPortfolio Advanced Healthcare Materials front cover will feature my design for our latest publication on biofabrication of the glomerular filtration barrier. Worked very hard on this design, so proud! https://t.co/cloJhOWPwj
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💪🏼New paper! 💪🏼 Bioassembly of Myoblast Spheroids in Electrofibrillated Scaffolds for 3D Muscle Tissue Biofabrication https://t.co/EjI3kWNruh
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NEW PUBLICATION! my first first authorship is finally online on @WileyGlobal @AdvPortfolio Advanced Healthcare Materials. Thanks to my co-author Anna and supervisors @taufiqbiotech for the work done in @SFB_TRR225
https://t.co/TAQpAEDHtP
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Our networking for discovery symposium between @Uni_WUE and @UniUtrecht is on the way! Head over to blu3sky to follow along! @T_Fischetti @Biofabwue
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I feel the struggle of dealing with gcodes and personalised slicing, especially if we want complex #hierarchical and non-patterned structures! how often that is the case in #bioprinting... read this work led by zan to see how he solved the issue! highly recommend
🖌️New Paper!🎨 Painting bio: A vector-based method for precise #Gcode generation across scales in #biofabrication from @LambergerZan
https://t.co/8G4K06VXob
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no but why is this so simple but life changing? ask any biologist working with meshes or membranes, it's great
Just up on the net! Streamlining the Highly Reproducible Fabrication of Fibrous Biomedical Specimens toward Standardization and High Throughput (@LambergerZan ) https://t.co/cljIPhU6Xj
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Just up on the net! Streamlining the Highly Reproducible Fabrication of Fibrous Biomedical Specimens toward Standardization and High Throughput (@LambergerZan ) https://t.co/cljIPhU6Xj
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Tired of working with thin and fibrous scaffolds that fall apart after days of culture? worry not, in this paper zan shows how he solved this issue: with more 3D printing of course! a thicker frame for improved handleability and increased reproducibility
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NEW PAPER! Impact of Polymorphic Microfibers for Establishment of Neuronal Model from @LambergerZan how will neural cells behave with fibers? do they like soft or stiffer fibers? do you know how cells move the fibers around? https://t.co/zdABXicXqF
onlinelibrary.wiley.com
The studied microfibers, with properties differing in size, mechanics, and surface chemistry, were conducted in a highly precise manner using electrospinning, MEW, and microfluidic spinning process...
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Recently, I presented my research at #ISBF2024Fukuoka! I also visited labs of Prof. Koichi Nakayama (Saga) and Profs. Michiya Matsusaki and Masahiko Nakamoto (Osaka). A big thank you to the conference organizers and the labs for their warm hospitality!
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Thank you to all attendees that came to say hello at the Biofabrication 2024 conference! You are all Biofab-ulous. We look forward to seeing you next year! #Biofabrication
https://t.co/aVWhAaFZCf
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🖌️New Paper!🎨 Painting bio: A vector-based method for precise #Gcode generation across scales in #biofabrication from @LambergerZan
https://t.co/8G4K06VXob
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We are grateful for the support from Uniklinik Erlangen, Uniklinik Würzburg, @Uni_WUE , @BioFabWue, and @SFB_TRR225 @dfg_public for funding and facilities(C06). #Biofabrication #Nanofibers #Bioreactors #KidneyResearch #TissueEngineering #BiomedicalResearch
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A heartfelt thanks to our fantastic co-authors: @CamillaMussoni and @annarederer for leading the effort, Vladimir Stepanenko and Frank Würthner for AFM analysis, Philipp Stahlhut for SEM imaging, and Prof. Jürgen Groll and Mario Schiffer for their valuable insights and leadership
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🔑 Highlights: This work presents a biofabricated filtration barrier using e-spun membranes. A custom bioreactor introduced physiological flow, enabling bi-directional cell communication, endothelial fenestration, and podocyte foot process formation—rarely achieved in vitro.
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Our study, "Biofabrication of a filtration barrier by integrating electrospun membranes and flow in a glomerular co-culture", is now available as a preprint on bioRxiv: https://t.co/pHpT1fiTaB.
biorxiv.org
The glomerulus is the functional unit of the kidney, where urine is filtered from blood. This process happens through the glomerular filtration barrier (GFB) which is composed of glomerular endothe...
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Biofabrication of a filtration barrier by integrating electrospun membranes and flow in a glomerular co-culture https://t.co/M9RBE8HgdL
#biorxiv_bioeng
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