Because P. aeriginosa is frequently resistant to multiple antibiotics, a safe and effective vaccine would represent a major medical advance.
https://t.co/ffXWWVmfOl
Calling all NC biophysicists! We are pleased to host the Carolina Biophysics Symposium on the beautiful UNC Chapel Hill campus on November 9-10. Registration is now open! See details about the symposium here: https://t.co/h3AgwfdNgq
Please RT to help spread the word!
Check out our new work on the divalent cation mediated interactions between two ancient and anionic biopolymers: polyphosphate and DNA. #biophysics#microbes#polymers@LisaRacki, Jenna Tom@ Deniz Lab, Tumara Boyd, @RaphaelPark7, @nani_grotjahn
https://t.co/c2BZUYuJ3k 1/3
How does polyphosphate affect the biophysical properties of starved cells? See our work, a great collaboration w/ @SulianaManley about how polyP tunes cytoplasmic+nucleoid dynamics. Congrats Sofia Magkiriadou, Amanda Habel, @SteppWilli, + Dianne Newman. https://t.co/xX6b99Ba4L
Mitochondrial fission requires many factors… but how do these players assemble 🧩🧩 to constrict ✂️membranes?
🚨Check out our #teamtomo preprint w/ @theJensenLab to see how we captured ❄️🔬🧊 3D snapshots 📸 of dividing mitos and discovered more about this dynamic process!
Finally out! Fun collaboration with @JulieBiteenLab, Freddolino and Jacob labs. @UMich_MCDB
Polyphosphate drives bacterial heterochromatin formation https://t.co/ithGwiYwR0
The lab’s first preprint is out! This manuscript is the result of a great collaboration with @The_JWilliamson . Congrats to authors @_rchawla, Steven Klupt, and Vadim Patsalo. https://t.co/Juw3kG18Km
We are most proud of and happy for Fangwei Si (@sifangwei), who will start his lab in Carnegie Mellon Physics Fall 22’. Fangwei did not have a paper in CNS, but the search committee at CMU had smart people.
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Happy to share our new publication! We wondered whether different Proteobacteria responded differently to total carbon starvation, so we set up a little "survival derby": https://t.co/TbRBIHqxtV
Join us @scrippsresearch.
We are hiring!
We study bacterial MLOs and use them to engineer synthetic compartments. Looking for talented postdocs and researchers to develop comp. and exp. assays, study cellular organization, and design condensates.
https://t.co/pml4lwfxyP
New paper in @SciReports with @ATorkamani & @Teijaro_Lab demonstrates the use of clickable sialic acid to identify human microbiome bacteria that harvest and display Neu5Ac on their own surface: https://t.co/VdkWqghbTq
A technical tour de force and some very cool observations too! In Pseudomonas! What more could one ask for?
In situ single-cell activities of microbial populations revealed by spatial transcriptomics https://t.co/2xfBl3cU3e
Honored to receive this prestigious Innovation grant award from @DamonRunyon Cancer Research Foundation. Looking forward to slicing open cancer cells and exposing their structural secrets! 🔬