George O'Toole (he/him/his)
@geiselbiofilm
Editor in Chief, Journal of Bacteriology; Bacterial Biofilms, Surface Sensing, c-di-GMP Signaling, Polymicrobial Communities & Gut Microbiota in Cystic Fibrosis
ID: 874070375281328128
https://sites.dartmouth.edu/biofilm/ 12-06-2017 01:06:31
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Tomorrow I will present work on global subsurface microbiomes at #ISME19. Session MS26 room 1.6 at 11:45. Here is a preprint: biorxiv.org/content/10.110… The study would have been impossible without co-first author Isabella Hrabe de Angelis and an international team of amazing colleagues! 🫶💯
Microbial science educators! 📚 Discover #ASMPress-Wiley Microbiology textbooks this adoption season & upgrade next semester’s curriculum! Examine new books like “Microbial Physiology: Unity & Diversity." Browse all current #textbooks & supplemental titles at asm.social/225
Mouth bacteria's bizarre cell division reshapes our understanding of dental plaque. New study reveals how these microbes form 'microscopic rainforests' in our mouths. Marine Biological Laboratory (MBL) #OralHealth #Microbiology scienceblog.com/547437/unusual…
Check out my latest work from Chris Waters lab with our amazing collaborators Jeremy Schroeder Freddolino Lab on how V. cholerae maintains its cyclic di-GMP levels to maintain the balance between motile and sessile forms. (1/3) biorxiv.org/content/10.110…
📌A highly interdisciplinary #PhD project is available at Physics Astro @ Edin! The successful candidate will learn and deploy ideas from #physics #microbiology #engineering & materials sciences and also work with NBIC's Prof Cait MacPhee & Bacterial Cities Learn more➡️tinyurl.com/3vu5ns6x
My latest for Marine Biological Laboratory (MBL) highlights an absolutely wild form of cell division by C. matruchotii—a bacteria that lives in the human mouth. Instead of dividing into two, the bacteria splits into multiple cells at once, a rare process called multiple fission. (Watch the video)
How do interspecies interactions promote biofilm formation? How does cross-feeding influence bacterial stress tolerance? This EIC Jack Gilbert study explores these questions, providing new insights on the role of metabolic interactions in microbial communities. asm.social/23P