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Amazing talk by Monica S Guo at Harvard Medical School for the Microbiology Symposium: GapR as a sensor for (+) supercoiled DNA

Congrats! Nice work and great way to start 2020 !

Publication doesn't have to be a zero sum game. Leadership from Arturo Casadevall and others shows us a different path towards excellence. @[email protected] msphere.asm.org/content/5/1/e0… ASM #mSphere

"I feel for the devoted researchers who began their careers expecting to revel in the joy of discovery, only to find their love of the subject squeezed out, replaced by fear and anxiety." go.nature.com/3bb5py5

Our newest #WaldorLab preprint! Very happy to be part of this story using #Salmonella as a probe to identify IFN-I as a regulator of epithelilal #Lysosome function. disq.us/t/3mghgpr

Muc2 mucin limits Listeria monocytogenes dissemination and modulates its population dynamics biorxiv.org/cgi/content/sh… #biorxiv_micrbio

It's out! Latest from the #WaldorLab "Type I interferon remodels lysosome function and modifies intestinal epithelial defense" Happy to be part of this amazing work by Hailong Zhang! #Salmonella pnas.org/content/early/…

Check out our new preprint from the @palmer_lab on a novel glycolipid in GBS and it’s impact on pathogenesis: in collaboration with Doran Lab and Ziqiang Guan: a mini 🧵

Very excited to share the preprint of my postdoc project in the #WaldorLab !! Proteomic interrogation of the pathogen-host interface in cholera #cholera #HostPathogenInteraction #proteomics #StayTuned bioRxiv Microbiology bioRxiv biorxiv.org/content/10.110…

Very excited to share our work elucidating the stepwise reaction mechanism of a unique RNA base editor that converts cytidine into pseudouridine! biorxiv.org/content/10.110…

I am excited to share our latest research in Nature Communications, uncovering how an RNA base editor converts cytidine to pseudouridine! Here are the takeaways from our paper 1/6 rdcu.be/cXknO

After an incredible 8 years in Boston, I've embarked on a new adventure by starting my own lab at Cornell University this September! Our mission is to unravel translation control mechanisms in bacterial pathogens, laying the groundwork for new therapeutics.

Are you interested in studying the function of infection-stimulated bile metabolites or Listeria pathogenesis? We are hiring at all levels !!! tingzhanglab.org