We're delighted that researchers from @unibirmingham have been awarded two of four prestigious grants available from @BBSRC to develop projects which have potential to lead to major new contributions to biological knowledge. @UoBmedicalsci@UoBinfectionsch https://t.co/puSGq0deOT
How do mechanical forces influence cell division in bacteria? Find the answer in https://t.co/vfDgJiwGMn @NatureComms. We found that buckling in E. coli filaments modulates the Min system and creates a mechanical "memory" for division @i2sysbio@CSIC@CSICdivulga @MSCActions
Yesterday was pure magic. 🎓✨ Happy tears, proud cheers, big smiles, and all of Maples Pavilion singing "You are my sunshine" in an unforgettable moment. Congratulations to the Stanford Medicine Class of 2025! Relive the moment—watch the full ceremony: https://t.co/dyojeAaUCh
C. acnes is the most abundant bacterium on human skin. But what if we could make it the smarterst? 🦠✨
In our new @cellsystems study, we programmed C. acnes to actively protect the skin for therapeutic applications! 🛡️
https://t.co/hb9JjqXyMs
The state of cancer patients’ gut microbiome could be the key to why some patients respond better than others to CAR-T cell immunotherapy. Stanford Medicine physician-scientist Melody Smith, MD, investigates.
https://t.co/TgFgYAFtpz
Please RT! fully funded PhD available with me and the wonderful @TheSullivanLab to explore how a clone of Staphylococcus capitis has evolved to infect neonates
https://t.co/wEh5O1ugEs
@TheQuadram@uniofeastanglia
Nice presentation from @ma_webber showing that you can induce biocide tolerance in lab settings. But does it translate into clinically significant biocide "resistance"? Short answer: not often. A different story with antibiotics! https://t.co/3dLc6dSbk7 #ip2024
Absolutely fascinating and huge amount of the data presented by @ma_webber on biocide tolerance and cross resistance to antibiotics. Interestingly biofilm not a mechanism for tolerance to biocides! #IP2024Conf