Brun Lab

Fantastic collaboration with @PhilGuo1 and his team to determine the in situ structure of Tad pili. Great work from Greg Whitfield for our part of the work!

Please repost: Postdoc position in antibiotic discovery in a multidisciplinary project w. high-throughput approaches, microscopy, AI, and hit-to-lead optimization @UMontreal @med_umontreal @Mila_Quebec @IRIC_umontreal. Apply @ ML.Antibiotics@gmail.com. See lnkd.in/dVVk4N3s

We're currently looking for a PostDoc position at @UMontreal and @Mila_Quebec to work on a multi-modal bacteria representation for anti-biotic discovery, including multiple modalities: - Phenomics - Transcriptiomics - Structural bio - Viability curves - ADME The work will be done alongside biologists from brunlab.com DM me for more info

🚨 Call for a POSTDOC in machine learning for drug discovery at @UMontreal 💊 The position will be part of a large collaboration with @BrunLabCaulo Audrey Durand @dom_beaini Anne Marinier @IRIC_umontreal @Mila_Quebec. All details here: brunlab.com/jobs/open-posi… Please RT 💜

Please repost: Postdoc position in AI for drug discovery in a large collaboration with Dominique Beaini, Audrey Durand, Alex Hernández-García, Anne Marinier @UMontreal @med_umontreal @IRIC_umontreal @Mila_Quebec. linkedin.com/feed/update/ur…

@baym 🇨🇦?

If you’re at a European institution and are looking to poach American scientists, this would be an opportune week to do it

Starting to work on my talk at Cambridge tomorrow. Different topic. No Guinness yet.

On my way to @WarwickLifeSci to give a seminar tomorrow on a relatively new project. Thanks for the invitation @davidroper2

Excited to present our resent progress on our antibiotic discovery pipeline at the @bioMerieuxCA AMR Symposium in Toronto Nov. 20th at 11:30 AM.

2 days left. Asst/Assoc Prof position in bacteriology, Université de Montréal. Deadline ***Nov. 15*** come join our growing community of bacteriologists. BTW, à propos of nothing, Canada is the USA’s Bluesky!

Expanding our analysis, we find a distribution of elongation modes, suggesting their evolution is shaped by multiple, independent events, implying a high degree of phenotypic plasticity in the regulation of localized elongation modes. How does your favorite species elongate?

Not only do these three closely related species have different modes of cell elongation but they also have different morphologies. Could the elongation mechanisms in these species influence their morphology or vice versa?

How does your favorite species elongate?🧵"Phenotypic plasticity in bacterial elongation among closely related species" by @mariedelaby, @liuyang1125 et al buff.ly/48Kw96x. How do cells elongate, all over, poles, middle? Close species do it the same way right? Not quite!