3D observation of large-scale subcellular dynamics in vivo at the millisecond scale biorxiv.org/cgi/content/sh… #bioRxiv

Let's rock! Fast, parallel 3D microscopy with aberration correction x.com/biorxivpreprin…

Our March issue is live! 🎉nature.com/nmeth/volumes/… On the cover, multiplexed tissue imaging evokes a stained glass window. This gorgeous image was created by Stefan Uderhardt stefan uderhardt 🔬🧫💉📷 and Andrea Radtke.

Studying social behaviors? DeepLabCut has been extended to multi-animal situations and can be used for pose estimation, animal identification and tracking. DeepLabCut 🦄 M. Mathis Laboratory @EPFL A. Mathis Group EPFL #maDLC #DeepLearning #Transformers #reID #DeepLabCut nature.com/articles/s4159…

Maybe the pursuit of beauty has similar importance as the pursuit of truth to a person😂

Our eyes are a lot more optically complex than we think Mitochondrial bundles *inside the photoreceptors* seem to work as tiny lenses that help focus light at the local scale -as if mammalian eyes are also compound eyes like insects and other arthropods quantamagazine.org/mitochondria-d…

Our recent review on data analysis methods for mesoscale neural imaging in vivo. We hope we can provide some useful insights for the emerging field of mesoscale neural imaging. Thanks for the special issue in Neurophotonics. #neurophotonics doi.org/10.1117/1.NPh.…

Celebrating meta-optics this #LightDay2022 Here's some of our research: Infrared imaging by ultra-thin nanocrystal layers: Researchers show the conversion of infrared images to the visible using ultra-thin and transparent semiconductor nanocrystals. buff.ly/3l4fFyo

Rest in peace.

Next Generation brain observatories, we are calling for building upon our shared unique experience to build the next community observatories. I believe the time is right for this ! authors.elsevier.com/c/1fvef3BtfH1Z…

Our latest work published with Springer Nature in nature explores great potentials of digital adaptive optics with scanning light field imaging integrated in a single sensor, which facilitates aberration-corrected 3D photography in universal applications. rdcu.be/cXUqL

It's great to share our recent work on a new concept of 2-photon synthetic aperture microscopy for high-speed 3D imaging with orders of magnitude reduction in phototoxicity and ultra-robustness to the optical aberrations in deep tissue by digital adaptive optics. Cell

Absolutely over the moon about this Focus issue on the future of bioimage analysis!!! (a short thread)

It's great to have this opportunity to share our opinions about the future of bioimaging analysis! It's even greater to see so many great ideas in this issue. rdcu.be/dgAYV

Excited to share our preprint on a new way of acquiring voltage imaging data by assigning an ROI to a pixel (DeMOSAIC). Huge thanks to the brilliant team: Seonghoon Kim (Sean) Adam Cohen Linlin Fan Tian He Jiamin Wu Iksung Kang Gwanho Yixin Prof. Dai. biorxiv.org/content/10.110…

Our DeepSeMi provides an upgrade in denoising for all kinds of cell biology applications, is compatible with diverse commercial microscopes, and easy to use.Nature Methods We will soon provide a package including multiple denoising tools for convenience. rdcu.be/dqZnc

Our recent exploration on all-analog optoelectronic computing for high-speed vision task. It's great to work with all of you!

Our latest #research on new-generation confocal microscopy in [Nature Biotechnology]. High-speed high-resolution 3D and ultra-low phototoxicity! Read here: rdcu.be/dI6CA. Product available at same time! SLiM2000 Details in: hehutek.com/en/