Our ViViD-AFM paper is out in PNAS! https://t.co/Hp4wkOiM1X Enhanced visualization of influenza A virus entry into living cells using virus-view atomic force microscopy

On Oct 25, Kjell Jorner's @kjelljorner @DCL_ETHZ & Yohei Yamauchi's @YamauchiLab inaugural lectures took place in the Auditorium Maximum @ETH_en . In case you missed the event, check out the video recording 👇 https://t.co/5Zp5Tu2LtE

Yamauchi @YamauchiLab presenting his #SARS -CoV-2 co-receptor study which was EU project of the month in Autumn 2020 and his more recent research on virus-inspired protein cages for cellular uptake to facilitate payload delivery in cells.

And here we go - this is how the entry of the influenza virus looks like. But the virus has even more stunning tricks - it uses, for instance, the host cell's waste disposal system to break down its capsid as Yamauchi @YamauchiLab explains.

a nice analogy on how viruses can enter the human body by @YamauchiLab, discovered during a hike in southern Switzerland

Now we are off to a new universe - the universe of viruses. Yohei Yamauchi @YamauchiLab giving his inaugural lecture on “Decoding Virus Entry” enlightening the cell biology of virus entry.

now it is time for the next Inaugural Lecture, by Yohei Yamauchi, @YamauchiLab, Roger Schibli gives the introduction

This works comes from a fantastic collaboration with @YamauchiLab at @ETH_DCHAB and Patrick Matthias at @FMIscience on understanding the role of branched Ub chains in viral infections. For this we need homogenous Ub chains to reconstitute the machinery that uncoats viral capsids.

We had a great annual #IPW institute BBQ in the ETH Hönggerberg forest!!

I was lucky to guest edit a Special Feature: Virus Microscopy for the journal Microscopy. Review by S. Padilla-Parra (HIV-1 transmission); T. Noda (filovirus structure); @Chr_Sieben orthohantavirus imaging); U. Greber (label-free microscopy). See issue 👉 https://t.co/s8Q5Xsg2gv

A productive visit to @EmblImaging

Life beyond the Pixels was a fantastic talk given by computational biologist Peter Horvath @hpke1980 @BiochemBrc for the IPW seminar series hosted by Yohei Y. #AI #singlecell #MolecularMedicineLab @ETH_DCHAB Thanks Peter for your visit to ETH!!

We are recruiting a permanent Technician in Cellular and Molecular Biology #MolecularMedicineLab at ETH Zürich https://t.co/81VFN7CBpy https://t.co/cipouneCuO

Visit the Molecular Medicine Lab Launch event on Thursday. Artwork by @fjx0326 @ETH_DCHAB

I highly recommend taking a look at "Catching the (viral) burglar", an engaging interview article written by Julia Ecker that effectively summarizes our research. https://t.co/QEhXnacNJx @ETH_DCHAB

Where are the cellular entry points of viruses that could be targets for future #therapies ? Yohei Yamauchi @YamauchiLab , new Professor of Molecular Medicine @ETH_DCHAB is hot on the heels of #influenza - & #coronaviruses. Check out the video & article! https://t.co/IuLXS4GGRB

Over the last several months the Molecular Medicine laboratory recruited PhD students Jiaxuan Fan @fjx0326 Cressida Harvey @cressidaharvey Amit Santhu @AmitSanthu and Master student Jannes Brender. Welcome aboard!! 👏@ETH_DCHAB @LifeScienceZH

Single #cancer cells separate from their #tumour and dissipate via the bloodstream. Early #detection can help physicians to intervene in time. Check out this article and learn more about Stavros Stavrakis' (@deMelloGroup ) promising #diagnostic method: https://t.co/KpAYL6dlO8

"Together, our findings indicate that BQ and XBB subvariants present serious threats to current COVID-19 vaccines, render inactive all authorized antibodies, and may have gained dominance in the population because of their advantage in evading antibodies." https://t.co/Y3Cwa6xf1F