Via #OSA_Optica: Single molecule light field microscopy ow.ly/Urg550BEkQ4 #FlatOptics #SpectralFIlters @koholleran Cambridge University University of Leeds

#neuroscience needs and #microscope monkeys peeps, who wants a job, we have lab snacks!!! jobs.cam.ac.uk/job/27691/

Star-Friedman Challenge Funds Project Led by MCB Professor Max Prigozhin Max Prigozhin @ribosaur mcb.harvard.edu/department/new…

I am delighted to share our new accelerated PAINT technique, called resPAINT, now published in Angewandte Chemie. onlinelibrary.wiley.com/doi/10.1002/an… Just in time for my talk at #SMLMS2022 Thanks to the hard work of all authors and excellent mentoring from Steven F. Lee and Aleks Ponjavic

It was a pleasure meeting the representatives of 11 Harvard PDAs.

Our work on #chromatin of #Drosophila Y- loops using #srm is out in PLOS Genetics. Rob White lab, Madeleine L Ball @Sohaib_ar @koholleran LeilaMuresan Cambridge Advanced Imaging Centre PDN Cambridge @CambridgeUni Review Commons Biotechnology and Biological Sciences Research Trinity College Isaac Newton Trust doi.org/jzkv

Very happy to see that our paper (chosen as the cover image!) is finally out in the March 2023 Edition of PLOS Genetics, check it out to see what a chromatin fibre undergoing transcription looks like at super-resolution: journals.plos.org/plosgenetics/a… 🧬😄

Postdocs in the greater Harvard community Harvard Medical Postdoc Association HMS Black Postdoctoral Association HSPH Postdoctoral Association @BCHPostDoc BIDMCPostdocs Brigham and Women’s Postdoctoral Association NextGen Association Boston Postdoctoral Association (BPDA) ask for urgent change in postdoc compensation: chronicle.com/blogs/letters/… 1/

youtu.be/wOQzLcUH0D8 I’m a mind…. A curious mind

We show multicolor electron microscopy (EM) by developing nanoprobes that emit light when excited by electrons! We simultaneously capture optical and EM images with nanoscale resolution determined by the e-beam - no need for registration! #CLEM Max Prigozhin and Jeremy B. Conway

Imaging specific biomolecules with fluorescence microscopy is good. Imaging cellular ultrastructure with electron microscopy is good. Imaging both with one method is better. In our paper, we approach this goal by making multicolor probes for electron microscopy. #microscopy

Ever been annoyed that your autofocus doesn't work with certain objectives? We have a solution! Great work by PhD student @AmirSTORMic

A high-density volumetric approach for super-resolution imaging sam Steven F. Lee Cambridge Chemistry #singlemolecule #microscopy #fluorescencefriday #BiotechNaturecomms nature.com/articles/s4146…

New pre-print! SMLM can detect intermolecular interactions, but how? We describe an algorithm that treats intermolecular interactions probabilistically to determine the absolute number of interacting molecules: biorxiv.org/content/10.110… Congrats Xingchi, Polly, Arvind and Sohaib!

Main project of postdoc out now: nature.com/articles/s4146… . General gist: if you can do parallel two-photon optogenetics, stick a fancy camera on your microscope and you can also do two-photon voltage imaging (even in-vivo)! 🥳🔬⚡️

Our latest paper, POLCAM out in nature methods today, congrats to Ezra Bruggeman nature.com/articles/s4159…

My first author paper is now online in Optica ! Please allow me introduce Vortex Light Field Microscopy: a simple and efficient way of achieving 3D spectral single-molecule imaging. Comments and feedbacks are welcome! Cambridge Advanced Imaging Centre PDN Cambridge Cambridge University