Beatrice Herrmann retweeted
Beatrice Herrmann from the @BrodskyIgor Lab defends her thesis on Monday!
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Beatrice Herrmann retweeted
Three of my favorite papers published this week:
1. A mechanism for bacteria to create *new* repetitive toxic genes to kill themselves in response to infection (!!)
1. A mechanism for bacteria to create *new* repetitive toxic genes to kill themselves in response to infection (!!)
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Beatrice Herrmann retweeted
Huge thanks all our co-authors and collaborators- Winslow Yost, @BeaHerrm, @TheBourneImmuno, Daniel Sorobetea, @christinakgo, Benedikt Saller, Olaf Groß, @pscottlab, Anthony Rongvaux, Doug Green, Bart Tummers, @monack_lab, and @taabaman!
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Beatrice Herrmann retweeted
The real story being every project that ends up being published
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Beatrice Herrmann retweeted
Our and @BrodskyIgor’s labs witnessing the solar eclipse (amidst lots of ☁️)!
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Beatrice Herrmann retweeted
How is caspase-11 noncanonical inflammasome assembly mediated by LPS? Read our new paper in @eLife to find out! Congratulations to my co-first authors Daniel Akuma and @KAWodzanowski, my PI @BrodskyIgor, @SunnyShinLab, @taabaman and everyone who contributed to this work!
Our paper is out @eLife!! elifesciences.org/articles/83725…
Huge congrats to co-1st authors @DanielAkuma5 @RonitSchwartz99 @KAWodzanowski & thanks to co-senior authors @taabaman @SunnyShinLab & other collaborators for this amazing effort! For more info see thread: x.com/BrodskyIgor/st…
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Beatrice Herrmann retweeted
Had a great time at #Cytokines2023 @CytokineSociety in Athens presenting my work from the Brodsky lab on Yersinia infection and cell death! 🇬🇷
Congrats @RonitSchwartz99 on presenting your studies on Casp8->Casp1 activation in response to Yersinia @CytokineSociety #Cytokines2023! So proud of your hard work &efforts on this project! Sorry I can't be there but looks like a great meeting as always @KingOfPathogens!
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Beatrice Herrmann retweeted
B. subtilis is the microbe of the year. I was today years old when I learned that B.subtilis is added to the flush water of toilets in German rest areas. Once the germinate, they oust pathogens. Very cool! #vaam2023
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Beatrice Herrmann retweeted
Huge congrats to co-1st authors DanielSorobetea and @RinaDoesScience @CAMBUpenn on this lovely story out today @NatureMicrobiol in which we uncovered intestinal pyogranulomas forming acutely during Yersinia pseudotb infection! nature.com/articles/s4156…
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Herrmann family recipe 🥰🥰
Sunday lasagna. Family recipes abound. And 🎄🎅🏻❄️ 🎶 of course. #PathTwitter do you prefer the corner or the center? #crispy #FamilyAffair #friendswhoarefamily @TheEMPanda
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Beatrice Herrmann retweeted
Up early. Woke up a champion🏆🍾⚾️ Again! The bad: knee still sore😔 The good: Hair still lit🔥😎#LaPiña🍍
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Beatrice Herrmann retweeted
Thankful to be able to attend #Cytokines2022 on the Big Island with members of the Shin and Brodsky labs and our daughter Maya! So great to catch up with old friends and meet new colleagues in such a lovely location (w/ JamesGrayzcyk & SouravGhosh notontwitter). 🙏🏝🌅
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SUPER interesting micro seminar by @ileanacristea @PrincetonMolBio. Recalled fond memories from my time in the @KornmannLab studying ERMES. Goes to show how beautifully fundamental cell bio research and infectious diseases mix! @PennMicro #hostpathogen #viruses #contactsites 🤯
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Beatrice Herrmann retweeted
This review is fantastic!
The 'functional paralipidomes' hypothesis can explain many phenomena of the protein-plasma membrane interactions via a physics perspective.
Also, super inspiring for molecular engineers. It is impossible to hear the "urgent call". Just on time!
The 'functional paralipidomes' hypothesis can explain many phenomena of the protein-plasma membrane interactions via a physics perspective.
Also, super inspiring for molecular engineers. It is impossible to hear the "urgent call". Just on time!
Proud (and bit nervous) to share our (Ed Lyman+me) thoughts how membrane proteins are regulated by their #lipidtime nano-environments out now in @NatRevMCB
We suggest a generalizable concept for protein-lipid interactions: the 'functional paralipidome'
go.nature.com/3wWSDQ5
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