Mentions
Extended reach
Total likes
Video views
AI synopsis
The overall tone reflects strong support for the importance of gut microbiome research in understanding brain disorders, as seen in comments about dietary influences, neuroinflammation, and potential therapies. Words like 'promises,' 'explored,' and references to multiple disorders illustrate both enthusiasm and recognition of ongoing scientific progress, though some responses are more generalized or brief, indicating moderate engagement and impact.
Most discussions acknowledge the significance and potential of recent research on the gut-brain connection, showing general support.
The discussions indicate high interest, with multiple mentions of diet, neuropsychiatric disorders, and the advancement of microbiome research, reflecting curiosity and relevance.
Comments demonstrate moderate engagement, including references to specific studies and implications, yet some are brief or abstract, limiting depth.
While the discussions highlight promising avenues and potential clinical implications, they largely remain explorative, suggesting moderate impact on immediate practice.
Where are we in progress made in microbiome science related to brain disorders? This narrative review in @BioMedCentral updates the role of diet in brain-related disorders through impacting the functions of gut microbial communities https://t.co/VsNjitJzmq https://t.co/pVMKLtNoe0
The progress of gut microbiome research related to brain disorders. Good review, full text. https://t.co/TvXccNsVOD
腸内細菌叢は腸内細菌叢の維持と脳生理学の両方で重要であることが徐々に受け入れられています。 免疫系、内分泌系、および細菌代謝物を介して、神経伝達と血管関門を調節し、それが宿主の神経心理学的機能、認知、および脳血管生理学を順に変化させます。 https://t.co/G7CNBipS5s
También se ha propuesto que la activación de linfocitos en el intestino puede llevar a la producción de autoanticuerpos de este tipo. Pero, esto es como para ampliarse en otro hilo. https://t.co/iLy9IXovH9 57/
This field has EXPLODED in the past 10 years! "The progress of #GutMicrobiome research related to #brain disorders" https://t.co/AxYgbJwo8a
Recent study investigates the role that the gut microbiome can have on a host of brain disorders including #stress #depression #Autism #pain #migraine #Parkinsons and #Alzheimers. Could changing your diet support your gut flora and overall health? https://t.co/gdigm4cSxl https://t.co/nioRfgoLoB
Discover how intermittent fasting influences gut health and immune function. The video explores the benefits of meal timing adjustments on microbiota, inflammation, and overall immune support, offering practical…
The brain and gut are interconnected and communicate bidirectionally. What we eat affects gut microbiota, which in turn influences mental health and conditions like depression. Strategies exist to maintain balance…
Mental health conditions are top global health concerns. Recent research indicates that gut microbiota significantly influences brain function and behavior, affecting conditions like depression and neurodegenerative…
This video discusses identifying SIBO and strategies for recovery, emphasizing the importance of gut health. It explores the role of gut lining damage in autoimmune diseases, highlights the balancing act of the immune…
The gut microbiome significantly influences brain health and mental well-being. This video explores how gut bacteria interact with the brain, highlighting the importance of microbial communities for overall health and…
The gut microbiota significantly influences brain function and behavior, linking gut health to cognitive and neurological disorders. Changes in diet and gut bacteria can impact inflammation, affecting conditions like…
Butyrate is a short-chain fatty acid produced by gut bacteria through fiber fermentation. It supports colon health, reduces inflammation, strengthens the intestinal barrier, and influences systemic health, including…
También se ha propuesto que la activación de linfocitos en el intestino puede llevar a la producción de autoanticuerpos de este tipo. Pero, esto es como para ampliarse en otro hilo. https://t.co/iLy9IXovH9 57/
The progress of gut microbiome research related to brain disorders | Journal of Neuroinflammation | Full Text https://t.co/VeNpuabA76
Zhu et al. Journal of Neuroinflammation (2020) The progress of gut microbiome research related to brain disorders. https://t.co/IsEQTN0ev3 Nature 06 MAY 2020 Statin drugs might boost healthy gut microbes. doi: 10.1038/d41586-020-01281-0 https://t.co/Iw4tmHFExn
Nosso trato digestório abriga mais células bacterianas do que as células humanas em nossos corpos. Zhu et al. Journal of Neuroinflammation (2020) The progress of gut microbiome research related to brain disorders. https://t.co/bCTXxTmYaN https://t.co/8VdsssJs9b
Zhu et al. Journal of Neuroinflammation (2020) The progress of gut microbiome research related to brain disorders. https://t.co/IsEQTN0ev3 https://t.co/HowWl5HAXN
Zhu et al. Journal of Neuroinflammation (2020) The progress of gut microbiome research related to brain disorders. https://t.co/bCTXxTmYaN https://t.co/MuYVX0YfCq
Research over the last ~10 years is finally exploring the extremely complicated and diverse field of the gut microbiome. 2/5 https://t.co/8HvGtquKze
Recent study investigates the role that the gut microbiome can have on a host of brain disorders including #stress #depression #Autism #pain #migraine #Parkinsons and #Alzheimers. Could changing your diet support your gut flora and overall health? https://t.co/gdigm4cSxl https://t.co/nioRfgoLoB
RT @MacroTactical: https://t.co/Z6tTnuCSzb
https://t.co/vB8AcNGuk9
https://t.co/DjmMvJpOnT
@Siubhan_H @deborahcowell1 @johndjasper @PaulTHenderson @deerbrian @GeigerLinda Thank you for your non-sequiter. Now, back to the topic at hand: vaccines and antibiotics can cause gut imbalances and these gut imbalances impact brain function and behavior. https://t.co/QOQSVbCuGN https://t.co/9CXnnzIV4n
Dysregulation of the gut microbiota in brain disorders #microbiome #braindisorder https://t.co/7Bty889EVD
Nice review on the relationships between the gut microbiome and several neuropsychiatric and neurodegenerative disorders https://t.co/wcJdf1ggOb
認知は、中枢神経系によってのみ調節されていると考えられてきました。 ところが、消化管の腸内常在菌などの非神経系因子が、認知機能障害ならびに神経変性および脳血管疾患のプロセスに大きく関与していることが、明らかになりつつあります。 （要約和訳） https://t.co/yGP7mlxS1a
RT @ktguzz: This field has EXPLODED in the past 10 years! "The progress of #GutMicrobiome research related to #brain disorders" https://t.c…
This field has EXPLODED in the past 10 years! "The progress of #GutMicrobiome research related to #brain disorders" https://link.springer.com/article/10.1186/s12974-020-1705-z
This field has EXPLODED in the past 10 years! "The progress of #GutMicrobiome research related to #brain disorders" https://t.co/AxYgbJwo8a
https://t.co/SHe8ihAKUi
#dementia #Parkinsons #ALS #SDGs The gut microbiome is damaged by medications and toxins. The vagus nerve connects gut and brain. The autonomic nervous system needs to be balanced. The progress of gut microbiome research related to brain disorders https://t.co/rGcYTquOpG
The progress of gut microbiome research related to brain disorders | Journal of Neuroinflammation | Full Text https://t.co/lLKjIz9WcV
The progress of gut microbiome research related to brain disorders https://t.co/4XKy7VE46R
RT @GMFHx: Where are we in progress made in microbiome science related to brain disorders? This narrative review in @BioMedCentral updates…
The progress of gut microbiome research related to brain disorders | Journal of Neuroinflammation | Full Text https://t.co/o5E6TEfSUK
RT @GMFHx: Where are we in progress made in microbiome science related to brain disorders? This narrative review in @BioMedCentral updates…
RT @GMFHx: Where are we in progress made in microbiome science related to brain disorders? This narrative review in @BioMedCentral updates…
RT @GMFHx: Where are we in progress made in microbiome science related to brain disorders? This narrative review in @BioMedCentral updates…
RT @GMFHx: Where are we in progress made in microbiome science related to brain disorders? This narrative review in @BioMedCentral updates…
RT @GMFHx: Where are we in progress made in microbiome science related to brain disorders? This narrative review in @BioMedCentral updates…
RT @GMFHx: Where are we in progress made in microbiome science related to brain disorders? This narrative review in @BioMedCentral updates…
RT @GMFHx: Where are we in progress made in microbiome science related to brain disorders? This narrative review in @BioMedCentral updates…
RT @GMFHx: Where are we in progress made in microbiome science related to brain disorders? This narrative review in @BioMedCentral updates…
RT @GMFHx: Where are we in progress made in microbiome science related to brain disorders? This narrative review in @BioMedCentral updates…
RT @GMFHx: Where are we in progress made in microbiome science related to brain disorders? This narrative review in @BioMedCentral updates…
RT @GMFHx: Where are we in progress made in microbiome science related to brain disorders? This narrative review in @BioMedCentral updates…
RT @GMFHx: Where are we in progress made in microbiome science related to brain disorders? This narrative review in @BioMedCentral updates…
Where are we in progress made in microbiome science related to brain disorders? This narrative review in @BioMedCentral updates the role of diet in brain-related disorders through impacting the functions of gut microbial communities https://t.co/VsNjitJzmq https://t.co/pVMKLtNoe0
An interesting review on the link between #gut #microbes and #brain function, highlighting the impact of our #diet #nutrition #food on our #microbiome
RT @Psychobiotic: The progress of gut microbiome research related to brain disorders. Good review, full text. https://t.co/TvXccNsVOD
RT @Psychobiotic: The progress of gut microbiome research related to brain disorders. Good review, full text. https://t.co/TvXccNsVOD
RT @Psychobiotic: The progress of gut microbiome research related to brain disorders. Good review, full text. https://t.co/TvXccNsVOD
The progress of gut microbiome research related to brain disorders https://t.co/tbTmh5rieu
RT @Psychobiotic: The progress of gut microbiome research related to brain disorders. Good review, full text. https://t.co/TvXccNsVOD
RT @Psychobiotic: The progress of gut microbiome research related to brain disorders. Good review, full text. https://t.co/TvXccNsVOD
RT @Psychobiotic: The progress of gut microbiome research related to brain disorders. Good review, full text. https://t.co/TvXccNsVOD
"The progress of gut microbiome research related to brain disorders" https://t.co/Ypfmusjuqk https://t.co/Dp8udqPNnt
RT @Psychobiotic: The progress of gut microbiome research related to brain disorders. Good review, full text. https://t.co/TvXccNsVOD
RT @Psychobiotic: The progress of gut microbiome research related to brain disorders. Good review, full text. https://t.co/TvXccNsVOD
RT @Psychobiotic: The progress of gut microbiome research related to brain disorders. Good review, full text. https://t.co/TvXccNsVOD
RT @Psychobiotic: The progress of gut microbiome research related to brain disorders. Good review, full text. https://t.co/TvXccNsVOD
RT @Psychobiotic: The progress of gut microbiome research related to brain disorders. Good review, full text. https://t.co/TvXccNsVOD
RT @Psychobiotic: The progress of gut microbiome research related to brain disorders. Good review, full text. https://t.co/TvXccNsVOD
Journal of Neuroinflammation- Microbes “A high-fiber diet has been reported to improve brain health through multiple effectors. In the mammalian gut, dietary fiber is degraded by bacteria to produce long-chain fatty acids (LCFAs) and SCFAs as metabolites” https://t.co/JrddUdOlUw
RT @Psychobiotic: The progress of gut microbiome research related to brain disorders. Good review, full text. https://t.co/TvXccNsVOD
The progress of gut microbiome research related to brain disorders. Good review, full text. https://t.co/TvXccNsVOD
RT @taisukun: 腸内細菌叢は腸内細菌叢の維持と脳生理学の両方で重要であることが徐々に受け入れられています。 免疫系、内分泌系、および細菌代謝物を介して、神経伝達と血管関門を調節し、それが宿主の神経心理学的機能、認知、および脳血管生理学を順に変化させます。 htt…
RT @taisukun: 腸内細菌叢は腸内細菌叢の維持と脳生理学の両方で重要であることが徐々に受け入れられています。 免疫系、内分泌系、および細菌代謝物を介して、神経伝達と血管関門を調節し、それが宿主の神経心理学的機能、認知、および脳血管生理学を順に変化させます。 htt…
RT @taisukun: 腸内細菌叢は腸内細菌叢の維持と脳生理学の両方で重要であることが徐々に受け入れられています。 免疫系、内分泌系、および細菌代謝物を介して、神経伝達と血管関門を調節し、それが宿主の神経心理学的機能、認知、および脳血管生理学を順に変化させます。 htt…
RT @taisukun: 腸内細菌叢は腸内細菌叢の維持と脳生理学の両方で重要であることが徐々に受け入れられています。 免疫系、内分泌系、および細菌代謝物を介して、神経伝達と血管関門を調節し、それが宿主の神経心理学的機能、認知、および脳血管生理学を順に変化させます。 htt…
RT @taisukun: 腸内細菌叢は腸内細菌叢の維持と脳生理学の両方で重要であることが徐々に受け入れられています。 免疫系、内分泌系、および細菌代謝物を介して、神経伝達と血管関門を調節し、それが宿主の神経心理学的機能、認知、および脳血管生理学を順に変化させます。 htt…
RT @taisukun: 腸内細菌叢は腸内細菌叢の維持と脳生理学の両方で重要であることが徐々に受け入れられています。 免疫系、内分泌系、および細菌代謝物を介して、神経伝達と血管関門を調節し、それが宿主の神経心理学的機能、認知、および脳血管生理学を順に変化させます。 htt…
RT @taisukun: 腸内細菌叢は腸内細菌叢の維持と脳生理学の両方で重要であることが徐々に受け入れられています。 免疫系、内分泌系、および細菌代謝物を介して、神経伝達と血管関門を調節し、それが宿主の神経心理学的機能、認知、および脳血管生理学を順に変化させます。 htt…
RT @taisukun: 腸内細菌叢は腸内細菌叢の維持と脳生理学の両方で重要であることが徐々に受け入れられています。 免疫系、内分泌系、および細菌代謝物を介して、神経伝達と血管関門を調節し、それが宿主の神経心理学的機能、認知、および脳血管生理学を順に変化させます。 htt…
RT @taisukun: 腸内細菌叢は腸内細菌叢の維持と脳生理学の両方で重要であることが徐々に受け入れられています。 免疫系、内分泌系、および細菌代謝物を介して、神経伝達と血管関門を調節し、それが宿主の神経心理学的機能、認知、および脳血管生理学を順に変化させます。 htt…
腸内細菌叢は腸内細菌叢の維持と脳生理学の両方で重要であることが徐々に受け入れられています。 免疫系、内分泌系、および細菌代謝物を介して、神経伝達と血管関門を調節し、それが宿主の神経心理学的機能、認知、および脳血管生理学を順に変化させます。 https://t.co/G7CNBipS5s
Published 17 Jan 2020 Gut microbiota-based therapy holds promise for treating brain diseases. Doctors & scientists are ready to think outside the pillbox in line with "Let food be thy medicine and medicine be thy food” See https://t.co/Qu2bTAaYUN #Diet #Dementia #Mentalhealth https://t.co/upfbugNhqD
The progress of gut microbiome research related to brain disorders https://t.co/CfIWk8QkLx
RT @ingentium_ms: The progress of gut #microbiome research related to brain disorders. https://t.co/VfNVI4KWMp
The progress of gut #microbiome research related to brain disorders. https://t.co/VfNVI4KWMp
RT @Ingentium_PD: The progress of gut #microbiome research related to brain disorders. https://t.co/fjd4Ts3m5f
The progress of gut #microbiome research related to brain disorders. https://t.co/fjd4Ts3m5f
New article: The progress of gut microbiome research related to brain disorders. https://t.co/WJMwIwxDaM #MS #multiplesclerosis #neurology
The progress of gut microbiome research related to brain disorders. https://t.co/H9XARSZ0yw #PubMed #Autism
The progress of gut microbiome research related to brain disorders. https://t.co/D6vEqSglkG
EA