We are excited to release Aydin, a user-friendly, feature-rich, and fast image denoising tool. Fantastic work by @_AhmetCanSolak , Hirofumi Kobayashi, and Chan Zuckerberg Biohub Network alumni Joshua Batson royerlab.github.io/aydin #image #denoising #Microscopy #Python #automagic 1/n

Here is our new preprint of image denoising in fluorescence microscopy using our Noise2Noise ImageJ plugin. There is no need for retraining the model. The denoising is instant, accurate (~8dB improvement in PSNR), and easy to use. biorxiv.org/content/10.110…

I am looking for a protein biochemist to join my team. If you are keen to purify proteins and then see them move under the microscope, apply by 9th January. RTs very welcome. bit.ly/3dC73ew

Updated version of our figure visualizing different labeling techniques for SMLM after feedback from @UEndesfelder and Christophe Leterrier. bivBC2 Nb is now divalent with a single dye (thx AlphaFold2) and 2ndary Ab is rotated to not exaggerate the displacement compared to labeled primary.

There's a strange nucleus in this cell. Thanks to Rebecca Sanders in Anne Straube (annestraube.bsky.social) lab for the nice expansion and staining, also welcome to Twitter!

🚨 Job alert🔬 come join us as an Imaging Specialist! Please retweet Warwick Med School mechanochemistry University of Warwick tinyurl.com/WarwickCAMDU

New imaging job available! The imaging team here is great, and there's lots of fun microscopes to get your hands on 🔬😀

First time I've heard of this UV-curable hydrogel for refractive-index-matched mounting. More flexible than low melt agarose and less cooking of your sample!

Healthy freezing of monolayer cells could solve the transport problems when sharing microscopes across institutes. Freeze, post on dry ice(?), thaw, wait 24hrs, image! #midlandsopenbioimaging Midlands Innovation

The main discussion points are summarized in our extended data figure shown here. We describe topics ranging from light sheet confinement to post processing, with the hope of guiding new users through some of the challenges and pitfalls unique to LSFM. 2/4

***See your cells without a microscope*** 👀 Introducing #UnclearingMicroscopy, where cells are expanded 8,000 volumetrically and opaqued with light-scattering molecules of high density to reveal cell microstructure with the naked eye bioRxiv: biorxiv.org/content/10.110…

I've always wondered if this is possible. Amazing stuff!

Want to do cutting edge #biophysics and/or #EDS research in a friendly and supportive lab? The Koester lab has availability to take on PhD students! For anyone interested in applying, get in touch with @ActinDomain. Please RT!

If you've been wondering why university staff (see Lecturers below) are going on strike... ... this is just one of the reasons, but an important one. #ucuRISING UCU

An image is made up of pixels. Sure… But let's look at a different set of building blocks which make up an image Claim: An image, like the one on the left, can be made up of building blocks that look like the wave-y pattern on the right Read on to be convinced… /1

🚨 #ChatGPT + napari🔬 🚨 Releasing my latest weekend project: Omega, an autonomous LLM agent that writes image processing and analysis code, fixes its mistakes, accesses the napari viewer, makes widgets, & more! github.com/royerlab/napar… LangChain OpenAI #OmegaAgent

Excited to share our new bioRxiv preprint: Isotonic and minimally invasive optical clearing media for live cell imaging ex vivo and in vivo.  biorxiv.org/cgi/content/sh…

CelFDrive: Artificial Intelligence assisted microscopy for automated detection of rare events biorxiv.org/cgi/content/sh… #biorxiv_bioeng