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The discussions show strong interest in the microbiota's diverse roles, with examples such as references to its influence on vitamin synthesis, immune function, and disease links; the tone is informative and slightly technical, emphasizing research and clinical implications, which contributes to the moderately high agreement and engagement scores.
Most discussions recognize the importance of the gut microbiota as outlined in the article, with some posts emphasizing its health benefits and functions.
There is a high level of curiosity about the microbiota, especially regarding its diversity, functions, and relationship to health, indicated by the detailed explanations and references.
The discussions include references to scientific methods like 16S rRNA gene sequencing and implications for health, demonstrating moderate engagement and understanding.
The recognition of how gut microbiota influences health, diet, aging, and disease suggests these discussions share a moderate impact, encouraging further exploration.
Gut microbiota is crucial to synthesis of essential vitamins. Bacteria in the gut are capable of producing all 8 B vitamins. Certain intestinal bacteria make K2. They also play vital role in making Vitamin D. #guthealth Sources: https://t.co/oKHTkeXc2l; https://t.co/XCPNtmePqS https://t.co/mUNuB5cxSA
Gut microbes play a big role in our health. Among other functions, they metabolize nutrients, xenobiotics & drugs, strengthen gut integrity, regulate immunity & protect from infection. They also help make essential vitamins, e.g., B12, Vitamin K. Source:https://t.co/sqEKQFxbhi https://t.co/lwCNBeCHke
Introduction to the human gut microbiota DOI 10.1042/BCJ20160510 https://t.co/MqCJbKVLNJ
A3/ Overview of gut microbiota: different environments promote different types of #microbiota. @gavi_natalie @BIRC_at_UCLA @UCLABrainSPORT @microbiome_news @neurotrauma2022 @svillapol @emeranamayer @lindz4RandF #microbiome Thursby & Juge Biochem J 2017: https://t.co/L5gV3N8N1U https://t.co/nYmM9gH84b
Join Professor Garrett at #ShineConnect to hear about her research. Her talk will include an introduction to the human gut microbiota and the contributions of its members to health & cancer susceptibility. https://t.co/6ys5NRQiK7 https://t.co/tFesmUu8PD
For a full introduction to the human gut microbiota read our paper from #BioChemJ https://t.co/sDEGxWt5UH #Gut #Microbiome https://t.co/zM96wbCzaA
Discover the gut microbiota, a crucial, unseen organ affecting digestion, immunity, and mood. Learn how diet, probiotics, and prebiotics influence its balance and its connection to chronic diseases.
This video explores how the gut microbiome shapes sugar cravings through the gut-brain axis. We discuss the shift towards hedonic mechanisms in food addiction, underlying interactions, and the importance of a balanced…
This video covers the importance of the human gut microbiome, which comprises trillions of microbes vital for digestion, immunity, and overall health. It discusses how diet, antibiotics, and lifestyle influence gut…
Learn about first aid for children with diarrhea and the role of gut microbiota in health. The video covers treatment approaches and highlights the importance of gut bacteria in immune and digestive health, emphasizing…
The human gut microbiota, mainly Bacteroidetes and Firmicutes, is vital for health, influencing nutrient metabolism, immune function, and gut integrity. This video explores their role in autism spectrum disorder…
Gut Health plans sound great but often oversimplify complex issues. The gut microbiota plays a crucial role in nutrient absorption and health. While personalized nutrition plans are appealing, the science isn't fully…
@JonathanSwayze @BetterEarth2024 @1goodtern https://t.co/IxJebzmJGs https://t.co/AX0aKuW4Yl https://t.co/fdIFzU938M
Join Professor Garrett at #ShineConnect to hear about her research. Her talk will include an introduction to the human gut microbiota and the contributions of its members to health & cancer susceptibility. https://t.co/6ys5NRQiK7 https://t.co/tFesmUu8PD
RT @RxHomeTest: Using the 16S rRNA gene method, 2172 species of microbes have been identified in the #gut. It's present in all bacteria &…
Using the 16S rRNA gene method, 2172 species of microbes have been identified in the #gut. It's present in all bacteria & has 9 highly variable regions for easy distinguishing. DNA is extracted & amplified, grouped & then compared to a database. Source: https://t.co/sqEKQFxbhi https://t.co/wpL0wssw2M
Short-chain fatty acids (SCFAs) are fatty acids with 6 or less carbon atoms, produced by bacteria in the gut. They help regulate appetite, inhibit growth of foreign microbes & prevent accumulation of potentially toxic by-products of metabolism. Source: https://t.co/oKHTkeXc2l https://t.co/EOScbRroyt
Gut microbiota is crucial to synthesis of essential vitamins. Bacteria in the gut are capable of producing all 8 B vitamins. Certain intestinal bacteria make K2. They also play vital role in making Vitamin D. #guthealth Sources: https://t.co/oKHTkeXc2l; https://t.co/XCPNtmePqS https://t.co/mUNuB5cxSA
Short-chain fatty acids are 6 or less carbon atoms & are byproduct of bacteria in the gut eating fiber & starches. They play key role in health & disease development, & might explain increased prevalence of inflammatory diseases in Western diets. Source: https://t.co/oKHTkeXc2l https://t.co/6sdg7Bg3ON
The liver makes bile acid, part of which reaches the colon where #gut bacteria reside. Any changes in bile might impact our gut microbiota. The gut bacteria can also modify bile, as some of secondary bile gets to the liver after absorption. Source: https://t.co/sqEKQFxbhi https://t.co/NM5MiMpLhH
Feeding methods shape infant gut bacteria & microbiota. Abundant Bifidobacterium are found in breast-fed infant. Formula-fed infants have more diversity but altered levels of gut microorganisms. Sources: https://t.co/sqEKQFxbhi https://t.co/D1FdQxdpt0 #guthealth #microbiota https://t.co/cRvSQFTIeN
Our immune system plays a key role in shaping gut microbiota in many ways: Paneth cells in GI secrete antimicrobial proteins to disrupt bacterial cell wall. IgA on outer mucus layer limits exposure of epithelial cell to bacteria. Source: https://t.co/sqEKQFxbhi #guthealth #gut https://t.co/fksPywwNZW
The gut bacteria & microbiota play a large role in our health. Among many other functions, the microbiota metabolizes nutrients, xenobiotics, & drugs, strengthens gut integrity, regulates host immunity, & protects against pathogens. #guthealth Source: https://t.co/sqEKQFxbhi https://t.co/1epIhpHuJj
Diet has a significant effect on the gut microbes & microbiota. In one study, fiber-rich diets yielded 10% Actinobacteria & 58% Bacteroidetes varieties, whereas fiber-poor diets yielded 7 & 22%, resp, a significant decrease in both varieties. https://t.co/sqEKQFxbhi #guthealth https://t.co/55QSCwPKTF
Many factors contribute to shaping our gut microbiota & its composition. Diet has the most profound impact. Others include geographical location, past surgeries, smoking, depression, living arrangement, antibiotic, mucus, bile acids, & immunity. Source: https://t.co/sqEKQFxbhi https://t.co/zaLq8tfCm9
Many factors contribute to shaping our gut microbiota & its composition. Diet has the most profound impact. Others include geographical location, past surgeries, smoking, depression, living arrangement, antibiotic, mucus, bile acids, & immunity. Source: https://t.co/sqEKQFfApK https://t.co/Lmucqo1XhE
Mucus in our gut prevents exposure of the immune system to gut microbes, by keeping them in the outer mucus layer. In some diseases, such as colitis, pathogens eat away this mucus layer, exposing the epithelium layer underneath to infections. Source: https://t.co/sqEKQFxbhi https://t.co/qgF7CyrxI8
As we get older, the gut microbiota composition changes. With age, the capacity of microbiota to carry out metabolic processes such as production of short-chain fatty acids & amylolysis reduces, & tissue damage increases. This affects how we age. Source: https://t.co/sqEKQFg8fi https://t.co/dPXogs9scu
Everyone has a unique mix of gut microbes, with trillions of bacteria, viruses, & fungi. In humans, the largest population of microbes reside in the gut; they also live on the skin. Gut microbes live in humans from birth (but none in the womb). Sources: https://t.co/sqEKQFxbhi https://t.co/IZ6AlsLFGo
The gastrointestinal (GI) tract is an incredibly interesting & complex organ system. About 600 tons of food passes through the GI tract in an average person’s lifetime. Microorganisms living in the GI tract weigh about 4 pounds in total. Sources: https://t.co/sqEKQFxbhi #gut https://t.co/zwgsgZdA9p
Gut microbes play a big role in our health. Among other functions, they metabolize nutrients, xenobiotics & drugs, strengthen gut integrity, regulate immunity & protect from infection. They also help make essential vitamins, e.g., B12, Vitamin K. Source:https://t.co/sqEKQFxbhi https://t.co/lwCNBeCHke
Majority of bacteria in the intestine are “good” & not harmful to us. But some bacteria, & alterations to the microbial gut composition, known as dysbiosis, can cause health issues. Source: Thursby & Juge; Intro to the human gut microbiota. https://t.co/sqEKQFxbhi #guthealth https://t.co/lURmCumqmC
Gut microbiota are collection of bacteria & archaea living in the intestine. It is estimated that over 100 trillion microorganisms live in the GI tract, with 300 to 1000 different species. Source: Thursby & Juge; Intro to the Human Gut Microbiota. https://t.co/sqEKQFfApK https://t.co/1iLlpYvb5I
@OhanaHernandez1 Si quieres conocer más acerca de la microbiota puedes consultar estos articulos: https://t.co/S8W4SwGjAU https://t.co/tdRuLrTJzV https://t.co/p8f6sL7Hi0
A3/ Overview of gut microbiota: different environments promote different types of #microbiota. @gavi_natalie @BIRC_at_UCLA @UCLABrainSPORT @microbiome_news @neurotrauma2022 @svillapol @emeranamayer @lindz4RandF #microbiome Thursby & Juge Biochem J 2017: https://t.co/L5gV3N8N1U https://t.co/nYmM9gH84b
Introduction to the human gut microbiota DOI 10.1042/BCJ20160510 https://t.co/MqCJbKVLNJ
For a full introduction to the human gut microbiota read our paper from #BioChemJ https://t.co/sDEGxWt5UH #Gut #Microbiome https://t.co/zM96wbCzaA