RT @AliHShaib: #ONE Chamber to stabilize them all (sorry, could not but do such reference, #LOTR fan 🤟). We will be sharing more chambers w…

RT @AliHShaib: Oh Wow! #ONE_Microscopy was featured in @Nature's Seven technologies to watch in 2024! What an honor! Silvio and I would li…

RT @AliHShaib: Oh Wow! #ONE_Microscopy was featured in @Nature's Seven technologies to watch in 2024! What an honor! Silvio and I would li…

RT @AliHShaib: Oh Wow! #ONE_Microscopy was featured in @Nature's Seven technologies to watch in 2024! What an honor! Silvio and I would li…

RT @AliHShaib: Oh Wow! #ONE_Microscopy was featured in @Nature's Seven technologies to watch in 2024! What an honor! Silvio and I would li…

Oh Wow! #ONE_Microscopy was featured in @Nature's Seven technologies to watch in 2024! What an honor! Silvio and I would like to add that while we are still at revision, currently ONE is way beyond what is presented on BioRxiv, #3D #AI. https://t.co/JYOZ

RT @eboyden3: Seeing pictures of the GABA receptor, otoferlin, and calmodulin -- taken on an ordinary light microscope using ONE (one nanom…

RT @eboyden3: “Expansion microscopy at one nanometer resolution” - so fun to see the shapes of proteins, on an ordinary light microscope!

RT @AliHShaib: #ONE_Microscopy technology allows to look into shapes of single proteins. Moreover, conformational changes undergone by the…

RT @eboyden3: Seeing pictures of the GABA receptor, otoferlin, and calmodulin -- taken on an ordinary light microscope using ONE (one nanom…

RT @AliHShaib: How precise/linear is #ExM? (1/2) We now provide the ultimate answer: Precise enough to super-impose a ONE image with Cryo-E…

RT @AliHShaib: How precise/linear is #ExM? (1/2) We now provide the ultimate answer: Precise enough to super-impose a ONE image with Cryo-E…

RT @AliHShaib: Here is a live demonstration about the efficacy of #ONEChamber in stabilising gels for imaging. I recorded 5000 frames over…

RT @AliHShaib: Here is a live demonstration about the efficacy of #ONEChamber in stabilising gels for imaging. I recorded 5000 frames over…

Here is a live demonstration about the efficacy of #ONEChamber in stabilising gels for imaging. I recorded 5000 frames over nearly 2 minutes with little to no drifts. More about ONE Chamber here: https://t.co/JYOZkNOIgc https://t.co/OgKj9eX1B3

@AliHShaib Here's the link to the latest preprint on this game-changing technique. Exciting times for super-resolution imaging and the neuroscience field as a whole! https://t.co/HdDHOErGXU

Visualizing proteins by expansion microscopy https://t.co/FUIzKaw6SU

RT @GSvilen: After substantial amount of work @AliHShaib and colleagues have made a remarkable improvement of the first version! #one #exp…

RT @takatoh_life: 【参考文献(1/3)】 Visualizing proteins by expansion microscopy https://t.co/Dx3VbALFaU ‘Democracy in microscopy’: cheap light…

【参考文献(1/3)】 Visualizing proteins by expansion microscopy https://t.co/Dx3VbALFaU ‘Democracy in microscopy’: cheap light microscope delivers super-resolution images https://t.co/nMQbYCUasL The Nobel Prize in Chemistry 2014 https://t.co/b6UqAgEHo4

RT @Exciting_Ben: 📸 ONE #microscopy images single proteins! Combining #FluorescenceImaging 10x expansion & fluctuation analysis Combining…

RT @Exciting_Ben: 📸 ONE #microscopy images single proteins! Combining #FluorescenceImaging 10x expansion & fluctuation analysis Combining…

RT @Exciting_Ben: 📸 ONE #microscopy images single proteins! Combining #FluorescenceImaging 10x expansion & fluctuation analysis Combining…

RT @EI_science: 🤯 Really interesting thread from @Exciting_Ben

RT @Exciting_Ben: 📸 ONE #microscopy images single proteins! Combining #FluorescenceImaging 10x expansion & fluctuation analysis Combining…

RT @EI_science: 🤯 Really interesting thread from @Exciting_Ben

🤯 Really interesting thread from @Exciting_Ben

RT @Exciting_Ben: 📸 ONE #microscopy images single proteins! Combining #FluorescenceImaging 10x expansion & fluctuation analysis Combining…

📸 ONE #microscopy images single proteins! Combining #FluorescenceImaging 10x expansion & fluctuation analysis Combining ONE & #smFRET is revolutionary for affordable #dynamic #structuralbiology & #openscience 🧵Below 📰https://t.co/51wWeOx6NU📰

RT @ThomasVilgis: Microscopy in heaven. Genius ideas! Wonderful, look at the original preprint (v2): https://t.co/yOaQnt2Nz7 https://t.co/v…

Microscopy in heaven. Genius ideas! Wonderful, look at the original preprint (v2): https://t.co/yOaQnt2Nz7 https://t.co/vWAnzNuUe2

Paper read toast #337: Visualizing proteins by expansion microscopy https://t.co/uBmwRwMw7F “The technique which has recorded jaw-dropping images of individual proteins offers a level of detail that eclipses even that of multimillion-dollar ‘super-resol

RT @emulenews: #BioRxiv Visualizing proteins by expansion microscopy https://t.co/tBAeFzaQX7 ‘Democracy in microscopy’: cheap light microsc…

RT @emulenews: #BioRxiv Visualizing proteins by expansion microscopy https://t.co/tBAeFzaQX7 ‘Democracy in microscopy’: cheap light microsc…

#BioRxiv Visualizing proteins by expansion microscopy https://t.co/tBAeFzaQX7 ‘Democracy in microscopy’: cheap light microscope delivers super-resolution images. Technique pushes the instruments to beat the resolving power of multi-million-dollar machines.

Visualizing proteins by expansion microscopy https://t.co/jhduGaCixU

RT @ryotaiino: Visualizing proteins by expansion microscopy https://t.co/S2m2H0wUDT ‘Democracy in microscopy’: cheap light microscope deliv…

expansion+SRRF Using a spinning disk with motorized stage may achieve a high-throughput. Visualizing proteins by expansion microscopy https://t.co/uuDtIfOkBD

RT @HiraokaYasushi: BioRxivの記事はsupplを合わせて図が39あって、読み切れてないが、要点はfluorescence fluctuation analysis で20nmまで到達できて、これにexpansion microscopyを組み合わせてn…

RT @HiraokaYasushi: BioRxivの記事はsupplを合わせて図が39あって、読み切れてないが、要点はfluorescence fluctuation analysis で20nmまで到達できて、これにexpansion microscopyを組み合わせてn…

RT @HiraokaYasushi: BioRxivの記事はsupplを合わせて図が39あって、読み切れてないが、要点はfluorescence fluctuation analysis で20nmまで到達できて、これにexpansion microscopyを組み合わせてn…

RT @HiraokaYasushi: BioRxivの記事はsupplを合わせて図が39あって、読み切れてないが、要点はfluorescence fluctuation analysis で20nmまで到達できて、これにexpansion microscopyを組み合わせてn…

RT @HiraokaYasushi: BioRxivの記事はsupplを合わせて図が39あって、読み切れてないが、要点はfluorescence fluctuation analysis で20nmまで到達できて、これにexpansion microscopyを組み合わせてn…

RT @HiraokaYasushi: BioRxivの記事はsupplを合わせて図が39あって、読み切れてないが、要点はfluorescence fluctuation analysis で20nmまで到達できて、これにexpansion microscopyを組み合わせてn…

RT @HiraokaYasushi: BioRxivの記事はsupplを合わせて図が39あって、読み切れてないが、要点はfluorescence fluctuation analysis で20nmまで到達できて、これにexpansion microscopyを組み合わせてn…

RT @HiraokaYasushi: BioRxivの記事はsupplを合わせて図が39あって、読み切れてないが、要点はfluorescence fluctuation analysis で20nmまで到達できて、これにexpansion microscopyを組み合わせてn…

RT @ryotaiino: Visualizing proteins by expansion microscopy https://t.co/S2m2H0wUDT ‘Democracy in microscopy’: cheap light microscope deliv…

RT @ryotaiino: Visualizing proteins by expansion microscopy https://t.co/S2m2H0wUDT ‘Democracy in microscopy’: cheap light microscope deliv…

RT @AliHShaib: Hello world, ONE is here... I am happy to share with you a new technology —termed #ONE_Microscopy, that allows a resolution…

Wow! ONE is being picked up in #Japan 🇯🇵, the director of Institute for Molecular Science & a Professor at The Graduate University for Advanced Studies, Dr. Ryota IINO, is reporting on our work. https://t.co/4itexR9T55

RT @HiraokaYasushi: BioRxivの記事はsupplを合わせて図が39あって、読み切れてないが、要点はfluorescence fluctuation analysis で20nmまで到達できて、これにexpansion microscopyを組み合わせてn…

RT @HiraokaYasushi: BioRxivの記事はsupplを合わせて図が39あって、読み切れてないが、要点はfluorescence fluctuation analysis で20nmまで到達できて、これにexpansion microscopyを組み合わせてn…

RT @HiraokaYasushi: BioRxivの記事はsupplを合わせて図が39あって、読み切れてないが、要点はfluorescence fluctuation analysis で20nmまで到達できて、これにexpansion microscopyを組み合わせてn…

RT @HiraokaYasushi: BioRxivの記事はsupplを合わせて図が39あって、読み切れてないが、要点はfluorescence fluctuation analysis で20nmまで到達できて、これにexpansion microscopyを組み合わせてn…

RT @HiraokaYasushi: BioRxivの記事はsupplを合わせて図が39あって、読み切れてないが、要点はfluorescence fluctuation analysis で20nmまで到達できて、これにexpansion microscopyを組み合わせてn…

RT @HiraokaYasushi: BioRxivの記事はsupplを合わせて図が39あって、読み切れてないが、要点はfluorescence fluctuation analysis で20nmまで到達できて、これにexpansion microscopyを組み合わせてn…

RT @HiraokaYasushi: BioRxivの記事はsupplを合わせて図が39あって、読み切れてないが、要点はfluorescence fluctuation analysis で20nmまで到達できて、これにexpansion microscopyを組み合わせてn…

RT @HiraokaYasushi: BioRxivの記事はsupplを合わせて図が39あって、読み切れてないが、要点はfluorescence fluctuation analysis で20nmまで到達できて、これにexpansion microscopyを組み合わせてn…

RT @ryotaiino: Visualizing proteins by expansion microscopy https://t.co/S2m2H0wUDT ‘Democracy in microscopy’: cheap light microscope deliv…

RT @HiraokaYasushi: BioRxivの記事はsupplを合わせて図が39あって、読み切れてないが、要点はfluorescence fluctuation analysis で20nmまで到達できて、これにexpansion microscopyを組み合わせてn…

RT @ryotaiino: Visualizing proteins by expansion microscopy https://t.co/S2m2H0wUDT ‘Democracy in microscopy’: cheap light microscope deliv…

RT @HiraokaYasushi: BioRxivの記事はsupplを合わせて図が39あって、読み切れてないが、要点はfluorescence fluctuation analysis で20nmまで到達できて、これにexpansion microscopyを組み合わせてn…

RT @HiraokaYasushi: BioRxivの記事はsupplを合わせて図が39あって、読み切れてないが、要点はfluorescence fluctuation analysis で20nmまで到達できて、これにexpansion microscopyを組み合わせてn…

RT @HiraokaYasushi: BioRxivの記事はsupplを合わせて図が39あって、読み切れてないが、要点はfluorescence fluctuation analysis で20nmまで到達できて、これにexpansion microscopyを組み合わせてn…

BioRxivの記事はsupplを合わせて図が39あって、読み切れてないが、要点はfluorescence fluctuation analysis で20nmまで到達できて、これにexpansion microscopyを組み合わせてnm分解能を実現。特別な顕微鏡を必要としない。 ↓ タンパク質複合体のconformationが見えるというデモ https://t.co/jV5F817obP

RT @ryotaiino: Visualizing proteins by expansion microscopy https://t.co/S2m2H0wUDT ‘Democracy in microscopy’: cheap light microscope deliv…

RT @ryotaiino: Visualizing proteins by expansion microscopy https://t.co/S2m2H0wUDT ‘Democracy in microscopy’: cheap light microscope deliv…

RT @ryotaiino: Visualizing proteins by expansion microscopy https://t.co/S2m2H0wUDT ‘Democracy in microscopy’: cheap light microscope deliv…

Visualizing proteins by expansion microscopy https://t.co/S2m2H0wUDT ‘Democracy in microscopy’: cheap light microscope delivers super-resolution images https://t.co/6RFDocXvfL

This is amazing! Can be particularly useful for astroglial cells with many fine processes. https://t.co/qBbXeEg6W4

RT @eboyden3: Seeing pictures of the GABA receptor, otoferlin, and calmodulin -- taken on an ordinary light microscope using ONE (one nanom…

@LabSauer @RVZ_Wuerzburg

RT @AliHShaib: Hello world, ONE is here... I am happy to share with you a new technology —termed #ONE_Microscopy, that allows a resolution…

Exciting results, congrats! Coupled to 3D autonomous microscopy (e.g. finding 100+k of 3D images) I assume we would be able to do nice combined 3D reconstructions!! Dealing with various angles of the objects of interest...

RT @GaitiHasan: Visualizing proteins by expansion microscopy https://t.co/dC5z7dam4p

Visualizing proteins by expansion microscopy https://t.co/8L7B4kRsYL

Visualizing proteins by expansion microscopy https://t.co/dC5z7dam4p

RT @KurianLab: Affordable super resolution. This is magic https://t.co/C17XqC4PRQ @AliHShaib wow!

RT @KurianLab: Affordable super resolution. This is magic https://t.co/C17XqC4PRQ @AliHShaib wow!

RT @AliHShaib: Hello world, ONE is here... I am happy to share with you a new technology —termed #ONE_Microscopy, that allows a resolution…

Really amazing paper from @AliHShaib imaging individual proteins (!) using expansion microscopy and super-resolution radial fluctuations. As a therapeutics person, I loved their figure 6 which directly images ASYN in CSF from PD patients as a potential bio

Some times with so many amazing publications all at once… you don’t know what to read first. Here is another amazing preprint. Visualizing proteins by expansion microscopy ⁦@FelipeOpaz_o⁩ & Silvio Rizzoli https://t.co/fSThpIOiOI

RT @KurianLab: Affordable super resolution. This is magic https://t.co/C17XqC4PRQ @AliHShaib wow!

Affordable super resolution. This is magic https://t.co/C17XqC4PRQ @AliHShaib wow!

#lesenswert #microscopy #mikroskop https://t.co/bGqJNXuhyh

RT @AliHShaib: How precise/linear is #ExM? (1/2) We now provide the ultimate answer: Precise enough to super-impose a ONE image with Cryo-E…

RT @euforna: Expansion microscopy at one nanometer resolution #ONE_Microscopy, a possible game changer? Great work done by an amazing team!…

Visualizing proteins by expansion microscopy https://t.co/BSB5kpKmHg

試料を物理的に拡張させて蛍光観察するExMでタンパク質の形を観る 揺らぎを利用した超解像度顕微鏡法であるSRRFを組み合わせるなどにより、タンパク質の全体構造やカルモジュリンの構造変化などを蛍光で可視化した 従来のExM同様細胞や組織にも応用可能である #BNTNJC https://t.co/Kb0x02sFo3

RT @AliHShaib: Here is the first ever z-scan through 1 single protein imaged using the STELLARIS 8 at Leica Microsystems, Mannheim @LeicaMi…

Preprint on #bioRxiv: https://t.co/c6JmgxnCNl #haiku #gpt3 #stablediffusion #nanoscale #microscopy https://t.co/9gcXfh73aM

RT @AliHShaib: More fluorescence #ONE images of single otoferlin* molecules (together with @AuditoryNeuros Prof. Moser lab). With the new v…

RT @AliHShaib: #ONE Chamber to stabilize them all (sorry, could not but do such reference, #LOTR fan 🤟). We will be sharing more chambers w…

RT @AliHShaib: #ONE Chamber to stabilize them all (sorry, could not but do such reference, #LOTR fan 🤟). We will be sharing more chambers w…

RT @AliHShaib: #ONE Chamber to stabilize them all (sorry, could not but do such reference, #LOTR fan 🤟). We will be sharing more chambers w…

RT @SFB_1286: Synapses are beautiful! New findings made possible by ONE microscopy - check the latest version of the manuscript at https://…

More fluorescence #ONE images of single otoferlin* molecules (together with @AuditoryNeuros Prof. Moser lab). With the new version of ONE we can hopefully fill the gap between #fluorescence microscopy and #CryoEM / @JLS_Lab @RaduAricescu @Stefan_W_Hell htt

RT @AliHShaib: #ONE Chamber to stabilize them all (sorry, could not but do such reference, #LOTR fan 🤟). We will be sharing more chambers w…

RT @AliHShaib: #ONE Chamber to stabilize them all (sorry, could not but do such reference, #LOTR fan 🤟). We will be sharing more chambers w…

RT @AliHShaib: #ONE Chamber to stabilize them all (sorry, could not but do such reference, #LOTR fan 🤟). We will be sharing more chambers w…