Gregor Miklosic (@gmiklosic) 's Twitter Profile
Gregor Miklosic

@gmiklosic

Biomaterials, tissue engineering, biofabrication

ID: 437571525

calendar_today15-12-2011 15:34:29

14 Tweet

105 Followers

258 Following

Bojan Tunguz (@tunguz) 's Twitter Profile Photo

Microsoft Research has released BioGPT, a large language model trained on biomedical research literature. The model achieves better-than-human performance on answering questions from the biomedical literature, as evaluated on PubMedQA. The code for the github.com/microsoft/BioG…

Microsoft Research has released BioGPT, a large language model trained on biomedical research literature. The model achieves better-than-human performance on answering questions from the biomedical literature, as evaluated on PubMedQA. The code for the github.com/microsoft/BioG…
Vittorio Saggiomo (@Vsaggiomo@bsky.social) (@v_saggiomo) 's Twitter Profile Photo

How cheap, you ask? Same question I asked Benedict Diederich: “what’s the cheapest microscope we can do for this detection?” And so the #ESP32 #microscope was born. Less than 10€, mostly 3D printed, wifi, and fully open: github.com/Matchboxscope/… 7/12

How cheap, you ask? Same question I asked <a href="/beniroquai/">Benedict Diederich</a>: “what’s the cheapest microscope we can do for this detection?” And so the #ESP32 #microscope was born. Less than 10€, mostly 3D printed, wifi, and fully open: github.com/Matchboxscope/… 7/12
Cole DeForest (@coledeforest) 's Twitter Profile Photo

HUGE NEWS! In our new preprint, we introduce “grayscale image z-stack-guided multiphoton optical-lithography” (GIZMO) to rapidly photomodulate materials in full 3D non-binary patterns at sub-µm resolutions spanning large volumes (>mm3). biorxiv.org/content/10.110… Paper 🧵 (1/19)

HUGE NEWS! In our new preprint, we introduce “grayscale image z-stack-guided multiphoton optical-lithography” (GIZMO) to rapidly photomodulate materials in full 3D non-binary patterns at sub-µm resolutions spanning large volumes (&gt;mm3).

biorxiv.org/content/10.110…

Paper 🧵 (1/19)
Gregor Miklosic (@gmiklosic) 's Twitter Profile Photo

It's really great to see our review online now in Trends in Biotechnology "Engineering complex tissue-like microenvironments with biomaterials and biofabrication" cell.com/trends/biotech… Thanks Laboratory for Orthopaedic Technology - ETH Zurich & matteo.deste for your wonderful support!

THERY Manuel (@manuelthery) 's Twitter Profile Photo

I have been fooled by such images. They very much suggest that the balance of pulling forces along microtubules center the array. ...

I have been fooled by such images. They very much suggest that the balance of pulling forces along microtubules center the array.
...
Kristopher Kilian (@kriskilian) 's Twitter Profile Photo

Interested in synthetic #ECM #biomaterials? Hot off the press review co-led by the amazing Ash Nguyen and Bram Soliman🤩! NanoMed Advancing Synthetic Hydrogels through Nature‐Inspired Materials Chemistry- Advanced Materials-Wiley Online Library onlinelibrary.wiley.com/doi/10.1002/ad…

Pete Bankhead (@petebankhead) 's Twitter Profile Photo

Let me introduce: InstanSeg 🦠🔬💻👩‍🔬 This *would* have been a short thread about Thibaut Goldsborough’s PhD work… but he solved too many problems. Now it's a long thread about 2 preprints, a whole new approach to cell segmentation & #opensource software to make it easy to use

Liheng Cai (@lihengcai) 's Twitter Profile Photo

Featured on the front cover of Science Advances today, my lab reports a universal strategy for decoupling stiffness and extensibility of polymer networks.

Gregor Miklosic (@gmiklosic) 's Twitter Profile Photo

Our latest study highlights the critical role of stiffness in influencing nucleus pulposus cell phenotype, informing future hydrogel-based strategies for disc modeling and regeneration. Thrilled to see my doctoral work now online in #CarbohydratePolymers! doi.org/10.1016/j.carb…

Our latest study highlights the critical role of stiffness in influencing nucleus pulposus cell phenotype, informing future hydrogel-based strategies for disc modeling and regeneration. Thrilled to see my doctoral work now online in #CarbohydratePolymers! doi.org/10.1016/j.carb…
Lucien Hinderling (@lhinderling) 's Twitter Profile Photo

PREPRINT OUT ✨ "hack" your microscope to work as a 3D printer! print micrometer sized features at cm scale. a method for easy and cheap microfabrication, with a focus on biological applications. THREAD ↓ biorxiv.org/content/10.110…

matteo.deste (@matteodeste2) 's Twitter Profile Photo

Bioinks can be photopolymerized without photoinitiators and without free radicals. Special thanks to leading authors Gregor Miklosic and Ezgi İrem Bektaş, to Alisa Hangartner and to the Fidia Farmaceutici R&D Discovery team for the fruitful collaboration doi.org/10.1016/j.actb…

Bioinks can be photopolymerized without photoinitiators and without free radicals. Special thanks to leading authors <a href="/gmiklosic/">Gregor Miklosic</a>  and  Ezgi İrem Bektaş, to Alisa Hangartner and to the <a href="/Fidiapharma/">Fidia Farmaceutici</a> R&amp;D Discovery team for the fruitful collaboration doi.org/10.1016/j.actb…