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LOOK WHAT WE MADE! Virtual Reality software for 3D super-resolution imaging, our today in Nature Methods . Huge collaborative effort, well done Lume, @AnoushkaHanda, Daniel EF, Ricardo Henriques Christophe Leterrier #vLUME nature.com/articles/s4159…

We are in the Mail+ !! Thanks DailyMailScience ! And even better... @AnoushkaHanda is on the cover ! dailymail.co.uk/sciencetech/ar…

Paper out =). #vLUME harnesses the best neural-net - the Human Mind - giving it an immersive VR environment to interpret 4D single-molecule data. An honour to work with Daniel EF @AnoushkaHanda Christophe Leterrier Steven F. Lee Lume and others. Check it: nature.com/articles/s4159…

Here's #software that takes super-resolution #microscopy scans and transforms them into a virtual, 3D worlds, allowing you to take an interactive tour of individual cells and proteins youtube.com/watch?v=0Hq4hX… @LumeVR Health House #VirtualReality #VR #biology

Turning the #vLUME up won't wake you up from this dream! #DBScan and #KNN in real-time on spectrin scaffold subset in plated neuron from the incredible Christophe Leterrier lab! 💥😎🧙‍♂️

.Cambridge University and .Lume created vLUME, a #VR software that allows super-resolution #microscopy data to be visualized and analyzed in #virtualreality and can be used to study everything from individual proteins to entire cells. Learn more: ow.ly/k5KY50BScS1

Wooohoo! Great job Steven F. Lee Ricardo Henriques @AnoushkaHanda Daniel EF

A joint development between Cambridge University scientists and 3D image analysis software company Lume is enabling the visualization of superresolution #microscopy data — data that can be analyzed in 3D using VR. #photonics photonics.com/Articles/VR_So…

The vLume paper came out while I was away! I am super busy coming back from a week off, but I had to take a moment to tweet about it! A virtual reality platform for interacting with 3D SMLM data! nature.com/articles/s4159…

How fast can you segment fibrils from this T-Cell? We can in less than 50 seconds! Lume 1 Matlab 0 👓🔎 🔬 #TCell #superresolution #microscopy #VR

Can you create KNN network structures from Microtubules like Lume can??🔬 🧠

Being at the heart of the data allows users to see incredible processes unfold in front of their eyes. This 4D dataset can be paused and analysed at any point. These are cell movements during Zebrafish embryogenesis, data from Gopi Shah🧙🔬 #microscopy #lightsheet #biology #VR

Helper T cells just like this one from Steven F. Lee's lab are central players in the immune response to viral infection like in #COVID19 infection 🛡️ 🔬🧫 Read more from Annette Pluddemann Centre for Evidence-Based Medicine cebm.net/covid-19/what-… #Microscopy #science #vr #Immunity #biology

#QPALM vs #STORM Microtubules from the Jonas Ries 's Lab. Can you spot the difference in quality between the two techniques? 😵+👓+🔬=😎 #VR #superresolution #science #microscopy

A spin around and dive into Microtubules from Christophe Leterrier's Lab! What do you think diving into your images would look like?! 🔎 +🔬🦠 = 🤓 #VR #superresolution #science #microscopy

Mini featurette on the tools in Lume, whilst we look at the @MoernerLab's Caulobacter data. Part 1 of 3: We can switch the visual look of localizations between transparent, opaque, or 3D!! 👓+✴️=🤯

Mini featurette on the tools in Lume, whilst we look at the @MoernerLab's Caulobacter data. Part 2 of 3: We can draw and annotate in 3D space to point out image details!!

Mini featurette on the tools in Lume, whilst we look at the @MoernerLab's Caulobacter data. Part 3 of 3: We can Isolate an ROI of localizations and then save and load it back in!! 🤯

Great to be featured in ASME.org with Steven F. Lee! Amazing collaborating with Steve and his group, #TheLeeLab on this ... and this was only us getting warmed up! More coming v soon! #LeeLume #PD 🧠

Under the Microscope Richard Bowman @sietske_fransen The Royal Society Lume GeordieChemist Steven F. Lee Sophie Nightingale tinyurl.com/y8z8cs75