
Nate Ritz
@nateritz3
Postdoctoral researcher in the Venkatesh Lab at The Institute for Systems Biology. microbiome | gut-brain axis | host-microbe interactions | bacteriophage
ID: 794716508337209344
05-11-2016 01:42:35
28 Tweet
394 Followers
365 Following


Minke Nota Minke Nota from UCC Anat. & Neurosci presenting her PhD work on impact of diet-exercise interactions on cognitive function ECNP Workshop for Young Scientists




I'm excited to share the latest ISAPP podcast where Thomaz Bastiaanssen and I discuss our latest paper on the effects of the gut virome on the brain and behavior during stress! ISAPP Thomaz Bastiaanssen, PhD John F. Cryan Nature Microbiology isappscience.org/episode-34-vir… nature.com/articles/s4156…


Viruses Keep Mice from Stressing Out Nice profile of our recent Nature Microbiology paper by Shelby Bradford, PhD in The Scientist Nate Ritz APC Microbiome Ireland the-scientist.com/viruses-keep-m…

Social Fear Extinction Susceptibility is Associated with Microbiota-Gut-Brain Axis Alterations Latest lab paper from Nate Ritz & nice collaboration with David Slattery lab Thomaz Bastiaanssen, PhD Timothy Dinan Dr Caitlin Cowan @colinhillucc Rachel D. Moloney, Ph.D. 🧠💛💙 Gerry Moloney sciencedirect.com/science/articl…


Thank you everyone APC Microbiome Ireland for the PhD student award! I'm fortunate to have been able to learn from and work with some fantastic friends and scientists during my time at APC!

When the microbiome meets the endocannabinoid system - cool paper from Sid Venkatesh & colleagues in Science Magazine A human gut Faecalibacterium prausnitzii fatty acid amide hydrolase science.org/doi/10.1126/sc…


We are elated for ISB Assistant Professor Dr. Sid Venkatesh, co-first author of a paper in the journal Science Magazine . Check out University of Washington mim_c’s interesting, informative news story highlighting his work. mimcuw.org/newsevents/a-g…

🚨 New Research Excited to share my PhD work now published in Cell Metabolism In this study we explore the role of the gut microbiota in regulating the complex interaction between stress and circadian rhythm link: tinyurl.com/bdd98e6a Follow the 🧵 for the key findings
