We are happy to present our latest work on rapid projection imaging with multiple viewing angles: biorxiv.org/content/10.1101/… Together with @bojuichang @ThePohlkamp @ErikWelf @PhilippeRoudot @JamesDManton @Kayley_Hake @DrLachie @AndrewGYork @kD3AN et al

Fiolka lab is now working from home, including yours truly. Stay safe, minimize physical interactions and instead meet and chat online. Good luck y’all!

Same here...

And an example of imaging cleared mouse kidney. The clusters are Glomeruli. vimeo.com/329386053?ref=tw-s…

Here is a zoom-in of a few neurons in a cleated mouse brain. Spines have been segmented with U-shape3D by co-author Meghan Driscoll: vimeo.com/329584785?ref=tw-s…

Here is a cleared olfactory node imaged with ctASLM: vimeo.com/329385977

Seen at the UTSW Dept. of Bioinformatics. Cells imaged by ⁦⁦@ErikWelf⁩ on microscope built by our lab, segmented and rendered by Meghan Driscoll. Teamwork, that is how we move forward! Two cancer cells and one dendritic cell are shown. ⁦@UTSWNews⁩

Lab dinner to celebrate recent publications. We consumed 0.453kg of Brisket, 0.453kg of sausage, 0.453 kg of ribs and 0.2268kg of pulled pork (@kD3AN was there too). Now off to a healthier diet till the next paper!

Interesting tube architecture in a mouse kidney labeled with a marker of the epithelial lumens (anti-Par6). Imaged with our axially swept light-sheet microscope using the cleared tissue objectives from ASI @jsdaniel02 . Sample from Denise Marciano's lab. Scale bar: 100microns.

Extended 3D resolution in structured illumination using four beam interference. Theoretically, 100-125nm scale 3D resolution should become possible for live cell imaging. A concept study in collaboration with James Manton, @florianstroehl, Eric Rees and Clemens Kaminski labs.