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Discussions exhibit enthusiasm for the research's implications, with mentions of gut bacteria influencing neurotransmitter levels and overall health. The tone ranges from curiosity to excitement, exemplified by phrases like 'microbiome is how it influences the nervous system' and questions about integrating microbiology into mainstream understanding, showcasing both interest and recognition of the study's potential impact.
Most discussions strongly support the idea that gut bacteria influence serotonin biosynthesis, aligning with the article's findings.
The posts demonstrate a high level of curiosity about microbiome research, highlighting neurotransmitter production and gut-brain interactions.
The social discussions include references to specific mechanisms, such as bacteria and host cell interactions, and mention notable figures, indicating deep engagement.
Several posts emphasize the significance of this research for health, neuroscience, and potential therapies, reflecting high perceived impact.
Neuro is cool, I get it, but what is it gunna take to get @MCHammer on the microbiology train? Maybe some gut-brain interface? Post your favorites. Personally, I love this work from @pipethero https://t.co/Eu6m5nHGGU
One of the most exciting aspects of the microbiome is how it influences the nervous system. Bacteria in the gut can regulate neurotransmitter production (https://t.co/zehULD0KC9) and directly produce certain human neurotransmitters. Thanks to @thaasophobia for this fact! https://t.co/p944wJXtDm
EC細胞は、短鎖脂肪酸および二次胆汁酸によっても刺激されセロトニンの合成を促進する。 https://t.co/Eh97jspUor
@GaboTuitero @radiozero977 Did yo know that 90% of the body’s total serotonin and more than 50% of the body’s total dopamine are synthesized in the gut, not in the brain? https://t.co/bGbFNMeRX8
https://t.co/5bO5eOEDS3 https://t.co/R4HOU0pfRy
Note: There is 400x more melatonin produced in the gut than the brain. And unlike gut-derived serotonin, it can cross BBB. Serotonin, precursor of melatonin, produced in the gut was shown to be mainly about Clostridia interacting with host cells (Hsaio). https://t.co/Ff2i4QaMOY
Explore the complex two-way communication system between the gut and brain, influencing digestion, emotions, motivation, and decision-making. Disruptions may lead to health issues, emphasizing its role in overall…
Gut bacteria regulate the production of serotonin, a crucial chemical affecting body functions and mental health. This highlights the importance of gut microbiota in overall well-being.
Vicky Dumas, a chemist and bioinformatics expert, discusses how gut microbiota influence mental health, including anxiety and depression, through the gut-brain axis. She explores how diet and lifestyle changes can…
This video explores how food and dietary choices influence mental health, mood, and cognition by affecting serotonin production. Consuming foods rich in tryptophan and antioxidants can support mood regulation…
Vicky, a PhD in chemistry and bioinformatics, studies the microbiota in our bodies and its connection to allergies and diseases. This video explores how gut microbes influence mental health through the gut-brain axis…
Your gut and brain are always talking. 90% of serotonin is produced in your gut, influencing mood and emotional clarity. Indigenous gut bacteria regulate serotonin biosynthesis, affecting overall health and well-being.
This episode explores how food impacts physical health, brain function, mood, and social bonds, highlighting nutrients like omega-3s and their role in aging, cognition, and cardiovascular health, based on scientific…
これが2015年とかの発見らしいんで、まあそうだよね。https://t.co/jyzSTD8Kfj
RT @nekonoir: Gut feelings: intestinal flora regulate serotonin production http://t.co/8R5twchZPJ http://t.co/PDaSAn6K4f via @garthk and @m…
One of the most exciting aspects of the microbiome is how it influences the nervous system. Bacteria in the gut can regulate neurotransmitter production (https://t.co/zehULD0KC9) and directly produce certain human neurotransmitters. Thanks to @thaasophobia for this fact! https://t.co/p944wJXtDm
Note: There is 400x more melatonin produced in the gut than the brain. And unlike gut-derived serotonin, it can cross BBB. Serotonin, precursor of melatonin, produced in the gut was shown to be mainly about Clostridia interacting with host cells (Hsaio). https://t.co/Ff2i4QaMOY
Neuro is cool, I get it, but what is it gunna take to get @MCHammer on the microbiology train? Maybe some gut-brain interface? Post your favorites. Personally, I love this work from @pipethero https://t.co/Eu6m5nHGGU
https://t.co/lTY7WNfiIr この論文でセロトニンが迷走神経に刺激を与えて、脳に影響を与えているとのこと
Indigenous bacteria from the gut microbiota regulate host serotonin biosynthesis https://t.co/FCICA5aCyS
@GaboTuitero @radiozero977 Did yo know that 90% of the body’s total serotonin and more than 50% of the body’s total dopamine are synthesized in the gut, not in the brain? https://t.co/bGbFNMeRX8
EC細胞は、短鎖脂肪酸および二次胆汁酸によっても刺激されセロトニンの合成を促進する。 https://t.co/Eh97jspUor
https://t.co/5bO5eOEDS3 https://t.co/R4HOU0pfRy