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Discussions show clear enthusiasm for the study's findings, with many emphasizing the potential for new treatments and understanding of neurogastroenterology. Words like 'excited,' 'possibilities,' and 'advance' reflect high interest and perceived impact, while mentions of microbial metabolites and vagal activity showcase active engagement with the research's details.
Most discussions express strong support or acknowledgment of the study's significance, emphasizing its potential for advancing understanding and treatments.
Posts demonstrate high interest, with mentions of new therapies, scientific implications, and excitement about microbial mechanisms.
While many comments praise the findings, some share personal insights or suggest new research avenues, indicating active engagement.
The discussions highlight the study's potential to influence future research, clinical approaches, and understanding of the gut-brain axis.
Delighted to highlight new work by Kelly Jameson and colleagues showing that select microbial metabolites in the small intestinal lumen regulate vagal activity https://t.co/ngwSjk5lGi
The study’s findings open up new possibilities for exploring treatments for neurological and gastrointestinal disorders. 10/10 https://t.co/t264bqIQVq https://t.co/7pvK6ECt6A
Delighted to highlight new work by Kelly Jameson and colleagues showing that select microbial metabolites in the small intestinal lumen regulate vagal activity www.cell.com/iscience/ful...
“Select microbial metabolites in the small intestinal lumen regulates vagal activity via receptor-mediated signaling” by Kelly G. Jameson et al. iScience https://t.co/THFwHQ6Xhz
Select microbial metabolites in the small intestinal lumen regulates vagal activity via receptor-mediated signaling www.cell.com/iscience/ful...
Los resultados de este estudio demuestran que la microbiota intestinal puede modular la actividad del nervio vago ❗️ Existe evidencia que apoya que la microbiota está en relación con el desarrollo de enfermedades neurodegenerativas
Dr. Navaz Habib explains how your microbiome serves as a control center for the vagus nerve, impacting digestion, stress resilience, and brain health. Discover how a study on germ-free mice revealed the importance of…
Your brain is connected to your gut, and this connection is deeper than you might think. Science now confirms a direct link between the gut and the brain mediated by the gut microbiota and the vagus nerve, crucial for…
The gut microbiome controls specific metabolites in the intestinal lumen, which uniquely stimulate vagal afferent neurons. This process allows microbes to influence chemosensory signaling, facilitating gut-brain communication. https://t.co/1QnAR4Q2Se
Very interesting paper in relation to Cryotherapy. https://t.co/NSoAQMmucW
RT @vipintukur: The study’s findings open up new possibilities for exploring treatments for neurological and gastrointestinal disorders. 10…
RT @pipethero: Delighted to highlight new work by Kelly Jameson and colleagues showing that select microbial metabolites in the small intes…
A lot to be excited about in this paper? @jfcryan @MaluTansey @ScienceofPD @ProfWhelan https://t.co/39t6Gux0Qn https://t.co/ChUWOENXor
RT @vipintukur: The study’s findings open up new possibilities for exploring treatments for neurological and gastrointestinal disorders. 10…
RT @vipintukur: The study’s findings open up new possibilities for exploring treatments for neurological and gastrointestinal disorders. 10…
RT @med__gym: Los resultados de este estudio demuestran que la microbiota intestinal puede modular la actividad del nervio vago ❗️ Existe…
Los resultados de este estudio demuestran que la microbiota intestinal puede modular la actividad del nervio vago ❗️ Existe evidencia que apoya que la microbiota está en relación con el desarrollo de enfermedades neurodegenerativas
RT @vipintukur: The study’s findings open up new possibilities for exploring treatments for neurological and gastrointestinal disorders. 10…
RT @vipintukur: The study’s findings open up new possibilities for exploring treatments for neurological and gastrointestinal disorders. 10…
RT @vipintukur: The study’s findings open up new possibilities for exploring treatments for neurological and gastrointestinal disorders. 10…
RT @vipintukur: The study’s findings open up new possibilities for exploring treatments for neurological and gastrointestinal disorders. 10…
RT @vipintukur: The study’s findings open up new possibilities for exploring treatments for neurological and gastrointestinal disorders. 10…
"The findings advance understanding of the gut-brain axis and may lead to new treatments for neurological and gastrointestinal disorders" @DoctorChrisVT @joeroganhq @joerogan @RFKJr_Official @nevrologeir @TheDigestionDoc @JNeurochem @fedonlindberg https://t.co/Ei21NyZe86
RT @vipintukur: The study’s findings open up new possibilities for exploring treatments for neurological and gastrointestinal disorders. 10…
Select microbial metabolites in the small intestinal lumen regulates vagal activity via receptor-mediated signaling: iScience www.cell.com/iscience/ful...
RT @vipintukur: The study’s findings open up new possibilities for exploring treatments for neurological and gastrointestinal disorders. 10…
RT @pipethero: Delighted to highlight new work by Kelly Jameson and colleagues showing that select microbial metabolites in the small intes…
The study’s findings open up new possibilities for exploring treatments for neurological and gastrointestinal disorders. 10/10 https://t.co/t264bqIQVq https://t.co/7pvK6ECt6A
https://t.co/gStAi42yfQ
Select microbial metabolites in the small intestinal lumen regulates vagal activity via receptor-mediated signaling • iScience https://t.co/ldjqKYDlK5 https://t.co/QLNFHzmKgl
Select microbial metabolites in the small intestinal lumen regulates vagal activity via receptor-mediated signaling www.cell.com/iscience/ful...
“Select microbial metabolites in the small intestinal lumen regulates vagal activity via receptor-mediated signaling” by Kelly G. Jameson et al. iScience https://t.co/THFwHQ6Xhz
RT @pipethero: Delighted to highlight new work by Kelly Jameson and colleagues showing that select microbial metabolites in the small intes…
RT @pipethero: Delighted to highlight new work by Kelly Jameson and colleagues showing that select microbial metabolites in the small intes…
RT @pipethero: Delighted to highlight new work by Kelly Jameson and colleagues showing that select microbial metabolites in the small intes…
RT @pipethero: Delighted to highlight new work by Kelly Jameson and colleagues showing that select microbial metabolites in the small intes…
RT @pipethero: Delighted to highlight new work by Kelly Jameson and colleagues showing that select microbial metabolites in the small intes…
RT @pipethero: Delighted to highlight new work by Kelly Jameson and colleagues showing that select microbial metabolites in the small intes…
RT @pipethero: Delighted to highlight new work by Kelly Jameson and colleagues showing that select microbial metabolites in the small intes…
RT @pipethero: Delighted to highlight new work by Kelly Jameson and colleagues showing that select microbial metabolites in the small intes…
RT @pipethero: Delighted to highlight new work by Kelly Jameson and colleagues showing that select microbial metabolites in the small intes…
RT @pipethero: Delighted to highlight new work by Kelly Jameson and colleagues showing that select microbial metabolites in the small intes…
RT @pipethero: Delighted to highlight new work by Kelly Jameson and colleagues showing that select microbial metabolites in the small intes…
RT @pipethero: Delighted to highlight new work by Kelly Jameson and colleagues showing that select microbial metabolites in the small intes…
RT @pipethero: Delighted to highlight new work by Kelly Jameson and colleagues showing that select microbial metabolites in the small intes…
RT @pipethero: Delighted to highlight new work by Kelly Jameson and colleagues showing that select microbial metabolites in the small intes…
RT @pipethero: Delighted to highlight new work by Kelly Jameson and colleagues showing that select microbial metabolites in the small intes…
RT @pipethero: Delighted to highlight new work by Kelly Jameson and colleagues showing that select microbial metabolites in the small intes…
RT @pipethero: Delighted to highlight new work by Kelly Jameson and colleagues showing that select microbial metabolites in the small intes…
RT @pipethero: Delighted to highlight new work by Kelly Jameson and colleagues showing that select microbial metabolites in the small intes…
RT @pipethero: Delighted to highlight new work by Kelly Jameson and colleagues showing that select microbial metabolites in the small intes…
RT @pipethero: Delighted to highlight new work by Kelly Jameson and colleagues showing that select microbial metabolites in the small intes…
RT @pipethero: Delighted to highlight new work by Kelly Jameson and colleagues showing that select microbial metabolites in the small intes…
RT @pipethero: Delighted to highlight new work by Kelly Jameson and colleagues showing that select microbial metabolites in the small intes…
RT @pipethero: Delighted to highlight new work by Kelly Jameson and colleagues showing that select microbial metabolites in the small intes…
RT @pipethero: Delighted to highlight new work by Kelly Jameson and colleagues showing that select microbial metabolites in the small intes…
RT @pipethero: Delighted to highlight new work by Kelly Jameson and colleagues showing that select microbial metabolites in the small intes…
RT @pipethero: Delighted to highlight new work by Kelly Jameson and colleagues showing that select microbial metabolites in the small intes…
RT @pipethero: Delighted to highlight new work by Kelly Jameson and colleagues showing that select microbial metabolites in the small intes…
RT @pipethero: Delighted to highlight new work by Kelly Jameson and colleagues showing that select microbial metabolites in the small intes…
RT @pipethero: Delighted to highlight new work by Kelly Jameson and colleagues showing that select microbial metabolites in the small intes…
RT @pipethero: Delighted to highlight new work by Kelly Jameson and colleagues showing that select microbial metabolites in the small intes…
Delighted to highlight new work by Kelly Jameson and colleagues showing that select microbial metabolites in the small intestinal lumen regulate vagal activity www.cell.com/iscience/ful...
RT @pipethero: Delighted to highlight new work by Kelly Jameson and colleagues showing that select microbial metabolites in the small intes…
Delighted to highlight new work by Kelly Jameson and colleagues showing that select microbial metabolites in the small intestinal lumen regulate vagal activity https://t.co/ngwSjk5lGi
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