We present NIS, a framework that distills GEMs into interpretable modules, enabling direct cross-species comparisons of fueling pathways, biosynthesis, and environmental exchanges.
Our latest work on Salmonella metabolism in the murine gut is now at @PLOSCompBiol ! Congratulations to the authors @EVayena, @FuchsiLea, @HomaMP4, Konrad Lagoda, Bidong Nguyen, Wolf D. Hardt, and @vassily_13!
https://t.co/KmXzKr7IQR
Very happy to see my first postdoc publication out from the Rabinowitz lab. Shoutout to my amazing colleague and co-first author @Won_Dong_Lee who already did a great job highlighting our key findings. Check out our paper to learn more about lactate homeostasis.
Excited to share our preprint on boosting p-coumaric acid production in S. cerevisiae! 🎉 In collaboration with Irina Borodina's group (@Irina__Borodina), we used our NOMAD framework for strain design strategies. Read more: https://t.co/OhIDbT4kGN
🚨🔬Excited to share our new paper now out in @NatureMicrobiol!
Using Tn-seq + live imaging in engineered airway organoids, we explored the fitness tradeoffs P. aeruginosa faces while growing and surviving antibiotic treatment on the mucosal surface.
🔗 https://t.co/DCPVogORDv
These Pseudomonas putida F1 cells have been engineered to fluoresce under blue light. After a few hours of growth, they become so numerous and bright that they are visible to the naked eye. 👀We thank Tania Miguel Trabajo, UNIL, for the picture!
Start your week with a 😊
What do you see? 🤔
What we see are microbes smiling at us! 😊💚
Follow us on Instagram https://t.co/awXTSB6nEF for more!
https://t.co/Z43cTrdC3r
Pareidolia is our human tendency to see meaning where there is none. In this image, you're actually looking at an agarose patch just 1 cm in diameter, covered in millions of bacterial cells (the bright white area)! 🦠💡
Featuring stunning artworks inspired by microbiome research from the NCCR Microbiomes consortium🇨🇭 and external experts 🌍, we delve into the vibrant wonders of the microbial universe, from human health to ecosystem functioning.
Our latest work on metabolic engineering using kinetic models and process systems engineering methods is out https://t.co/7bQJrrm1oH! Congrats to Bharath (@bharathnarayana), Daniel (@realDRWeilandt
), Maria, Misko (@Misko_L34), and @Vassily_13
.
A preprint of our recent work is now available! In this paper we present a framework to infer nutrient competition and cross-feeding in microbial communities. Many thanks for the support we received from @NCCRMicrobiomes.
https://t.co/D1GYdTWMSd
Talk alert 🚨
Thursday, 25 January 2024
9:15
- Kiran Patil (University of Cambridge): What drugs and chemicals do to our bugs?
10:30
- Ines Thiele (National University of Ireland): Advancing computational medicine with whole-body metabolic
11:45
-Light lunch and networking.