We are very proud to have our work on influenza A virus and IFITM3 by Steffen Klein Gonen Golani Fabio Lolicato Ulrich Schwarz Nickel Lab finally published Cell Host & Microbe See influenza A virus fusion in endosomes by in situ cryo-ET: authors.elsevier.com/a/1gr356t8JEm%…

Excited to share our preprint: 'In-tissue molecular architecture of β-amyloid pathology' by cryoET. Thank you Conny Leistner, Ailidh Burgess, @ABSL and a fruitful collaboration with Martin Wilkinson RadfordLab Neil Ranson. #cryoEM #TeamTomo #alzheimersdisease biorxiv.org/content/10.110…

For those interested in cellular cryo-ET workflows to study viral infection and associated biosafety considerations, here is our review by Liv Zimmermann
authors.elsevier.com/a/1hHei_glDoMb…
#teamtomo #virus #CurrentOpinion

I am very proud that my Ph.D. work was published today in Cell Host & Microbe. I want to thank my amazing Ph.D. supervisor Chlanda lab for the last four years and for everything he taught me! Thanks to all collaborators, and especially Gonen Golani & Fabio Lolicato. #TeamTomo #CLEM

So excited to announce our preprint describing tau in extracellular vesicles from Alzheimer's disease brain tissue! A thread... ➡️ Duff Lab Benjamin Ryskeldi-Falcon

doi.org/10.1101/2023.0…

#neuroscience #brain #science #extracellularvesicles #CryoEM #teamtomo

Register for my team's next webinar on June 28 to see firsthand how Thermo Fisher's Amira #Software supports cryo-electron #tomography .

We have two sessions available - grab your spot today!

#LifeSciences #cryoEM #TeamTomo bit.ly/3NB640X

caity Honestly I feel you so much. I'm interning in a start up and it's about the same. There's the end goal expectations but no one to teach you about how to reach the end goal. I hope things get better for you as you grasp your work expectations!

Just spent an afternoon making a filament picker in napari🔬 with Alister Burt. Mind blowing how intuitive it is to make GUI tools for 3D volume manipulation thanks to napari-threedee, magicgui and the wider plugin ecosystem. Excited to learn more! #teamtomo #cryoET

Can’t wait to share this wonderful work on bacteria sporulation by Elda Bauda in ⁦Institut de Biologie Structurale, ⁦Schoehn Guy⁩. Here we are #teamtomo with collab from ⁦European Synchrotron⁩ CM01, ⁦CEITEC⁩, ⁦IRIG⁩ biorxiv.org/content/10.110…

Very happy to share our recent work on protein biogenesis at the ER membrane. We analyzed 150,000 ribosomes from 1000+ tomograms of ER-derived vesicles to visualize ribosome intermediates and their downstream translocon machinery.
1/

#TeamTomo #CryoEM
nature.com/articles/s4158…

Despite the state of the world right now, I'd like to share a sliver of joy in the form of a new preprint on cilia structures in choanoflagellates - a great example of what you can find when you, as Feynman said, 'just look at the thing!' shorturl.at/chxT4 #teamtomo 🧵

Check out our latest progress on DMTs from mouse sperm using cryo-FIB & ET which reached 4.5 Å resolution in situ! We identified Tektin-5s as important member of the Tektin bundles to reinforce the stability of A-tubule of DMT. #teamtomo
biorxiv.org/content/10.110…

I am thrilled to announce that I will be opening a research group Scripps Research to study the pathogenesis of clinically important bacteria using advanced cryo-ET as a Scripps Fellow! Thanks to my family, Jun Liu Lab and all my colleagues Yale School of Medicine!

#TeamTomo #NewPI

So happy to finally share this with the🌍!! We've come a long way, thanks to everyone involved! Special thanks to @Matteoffm, Jan Kosinski, Beck Laboratory, MahamidLab and Hummer Lab. It was a blast! #TeamTomo #CryoEM

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Thanks Harvard Medical School for highlighting our work on bacterial cell division! Harvard Micro Luke Chao Andrea Vettiger Nature Microbiology #teamtomo ❄️🐎
Watch “Seeing Cell Division Like Never Before” on #Vimeo vimeo.com/749288808

Can you believe you'd live to see the day The New Yorker wrote an article that said 'cryo FIB milling'? #teamtomo bit.ly/3pLNqqH

#TEAMTOMO Dear friends, we finally got a piece of tissue lamella that is thin enough for TEM (lifting-out workflow), however, the sample could not tolerate electrons at all, bubbles start showing up after around 20 electrons. Any ideas?😖

What a beautiful #synapse ! We used #ORSDragonfly for automated neural network based segmentation! Arsen Petrovic #teamtomo #teamsynapse

(1/6) Work by Christian Zimmerli and @MatteoFFM in collaboration with Jan Kosinski, Julia Mahamid and Hummer Lab published today Science Magazine reveals that nuclear pores are mechanosensitive. They dilate and constrict in living cells.

science.org/doi/10.1126/sc…

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We’re happy to share our #CryoET work of native #muscle in the #mavacamten relaxed state with thin #actin & thick #myosin , #titin , #MyBPC filament.

Thanks to #teamtomo MPI Dortmund, esp Davide Tamborrini Max Planck Society in collab with Gautel lab
King's College London

biorxiv.org/content/10.110…

Spread the word! Have your friends and family join you in the #NationalRTCSVirtual . Create a fundraising team and challenge each other to hit your goals.

We are looking for a postdoc to join my subgroup Pilhofer Lab D-BIOL @ ETH Zurich. Come join us and #teamtomo to push cryoET to the clinics 🏥💉❄️🔬 Feel free to PM or email me to learn more about the project. Image credits: ETH Zurich

It was fantastic to attend the 5th UK Cellular Microbiology meeting London School of Hygiene & Tropical Medicine! Thanks to the organisers Mostowy Lab Prof Jennifer L. Rohn Charlotte Odendall for the meeting and for choosing our work to be presented! #TeamTomo The Crick