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Are you struggling to image multiple samples at the same time? A new high-throughput imaging system allows parallel imaging in a 96-well plate! Which dynamic process would you image? elifesciences.org/articles/56426…

Our review with JB and Matthieu is out! ⁦CNRS Aquitaine⁩ ⁦Bordeaux Neurocampus⁩ ⁦Daniel Choquet⁩ . Advanced imaging and labelling methods to decipher brain cell organization and function | Nature Reviews Neuroscience nature.com/articles/s4158…

We published a protocol to construct the tiling light sheet microscope we collect our results. Feel free to let us know if we can help. Protocol for constructing a versatile tiling light sheet microscope fo... sciencedirect.com/science/articl…

We present rapid projection imaging under variable viewing angles. We apply this method in light-sheet and spinning disk microscopy to visualize 3D samples in real time. We further demonstrate that 3D information can be gathered from a set of projections. nature.com/articles/s4159…

Excited to share an updated preprint on our new hybrid open-top light-sheet microscope. It has been a blast collecting data over the last year with our most powerful and versatile system to date. Big thank you to Jonathan Liu and all of our co-authors! biorxiv.org/content/10.110…

Large-scale voltage imaging with single-cell single-spike resolution in behaving mice using SomArchon! Great work by Xue Han lab at BU. Happy to be a part of the team sciencedirect.com/science/articl…

I've just added some inverted LUTs to my ImageJ LUTs collection, which aims to make high dynamic range data easier to visualise. Install in Fiji via sites.imagej.net/JDM_LUTs/.

We developed a set of new methods & tools to establish hundreds(!) of very well-defined neuronal circuits in vitro

Virus walk on cells. Real-time 3D Tracking and Imaging Microscopy (3D-TrIm) of interactions between GFP+VSV lentiviruses and live cells (2D and 3D). Virions make transient contacts & their diffusion differ in actin-rich domains. Johnson et al. Welsher Lab @ Duke biorxiv.org/cgi/content/sh…

. Keio Global scientists used #organoid screening to reveal epigenetic vulnerabilities in human colorectal cancer. Nature Chemical Biology 👇 go.nature.com/3IAjg0x

Brain cells are making connections. Networking in action: #neuroscience

Out today from Bin Yang Loïc A. Royer 💻🔬⚗️ The DaXi single-objective LSFM achieves fast, high-quality imaging of large volumes. DaXi’s design allows increased scanning range, multiview imaging and versatile sample mounting. nature.com/articles/s4159…

Excited to share the great work of Kripa Patel demonstrating #MediSCAPE for high-speed 3D in-vivo histology. All images were acquired on fresh, uncleared tissues. Below shows human tongue imaged by just licking the probe! Just published in Nature Biomedical Engineering see it here: rdcu.be/cJ0uZ

🚨❤️🔬 #eSRRF is here! Next evolution of #SRRF. Full 3D, guides on optimal settings, and better rendering quality! An epic journey for Romain F. Laine, @Hannah_SuperRes and colleagues, with the help of fantastic labs including Bassam HAJJ Christophe Leterrier biorxiv.org/cgi/content/sh…

Computational Miniature Mesoscope V2: >7mm FOV, < 10um lateral and < 25um axial resolution; a fast & efficient 3D Shift-Variant model + a fully simulation-trained DNN generalizes to real experiments. Another impressive effort led by Yujia Xue, Ph.D.. arxiv.org/abs/2205.00123

Field of view extension in oblique plane microscopy: biorxiv.org/content/10.110… We leverage the native field of view of a NA 1.1 /25X lens by funneling it through the tertiary imaging system via optical tiling. In collaboration with Andrew York Alfred Millett-Sikking

Reto Fiolka’s (Reto Fiolka) Janelia+EMBL BioImaging seminar has just been posted on HHMI’s YouTube channel - Please watch his talk: “Improving the Spatio-temporal resolution in oblique plane microscopy.” #OPSIM #lightsheet Mark Kittisopikul Prevedel Lab 🔬 youtu.be/125wIEAUsEk

Joe's work on EDoF-Miniscope that integrates a diffractive optical element to a fluorescence miniscope doi.org/10.1101/2022.0…

An analysis of lattice light-sheets by Wesley Legant's group. It compares Gaussian and tophat light-sheets to square and hex lattices, and a fusion of square and hex lattices to fill the gaps. Both via simulations and experimental data. nature.com/articles/s4146…