Mentions
Extended reach
Total likes
Video views
AI synopsis
Overall, the discussions reflect a cautious optimism, with posts mentioning specific bacterial groups, mechanisms like SCFA production, and debates over whether omega-3's effects are substantial or marginal, using words like 'minimal' and 'strange' to highlight skepticism, while some emphasize the importance of these findings for gut health maintenance.
Most discussions acknowledge the potential positive effects of omega-3s on gut microbiota, but some express skepticism about the current research's conclusiveness.
Comments are moderately interested, with users showing curiosity about the topic but also questioning the strength and implications of the findings.
Posts reference specific studies and mention mechanisms like short-chain fatty acids, indicating some in-depth engagement.
The overall perception of the article's impact is cautious; users recognize its potential but are skeptical about how transformative the findings are given the limited research support.
ω3で腸内細菌叢回復 https://t.co/RmRlk0PMeY Firmicutes/Bacteroidetes比Dysbiosis:体重⬆️insulin抵抗性、高脂肪食、腸透過性、IBD、鬱と関連 ビフィズス菌⬇️腸内細菌⬆️:insulin抵抗性、腸管透過性、鬱病等慢性低炎症の内毒素血症 ω3がSCFA⬆️関連Firmicutes/Bacteroidetes比回復で逆転 腸-脳軸に影響 https://t.co/vfqMw6FjkM
Here's a study on omega 3 fatty acids relationship to increased SCFA's in the gut showing that fiber is not the only way to increase butyrate in the gut, and that the body has a back up mechanisms for anything important. @BenBikmanPhD #Carnivore https://t.co/pl1ICO4v2Q
@skywolfe_com @TabarnakDan @Xrpology @CarnismDebunked @LuckyHoofer @Ronny37611231 @hvfreerangefarm And strange that non fiber components also feed the gut. "Omega-3 PUFAs can exert a positive action by reverting the microbiota composition in these diseases, and increase the production of anti-inflammatory compounds, like short-chain fatty acids." https://t.co/pl1ICNNs0Q
"Impact of Omega-3 Fatty Acids on the Gut Microbiota" https://t.co/uJuaKU1uRR
RT @keisuke4713: ω3で腸内細菌叢回復 https://t.co/RmRlk0PMeY Firmicutes/Bacteroidetes比Dysbiosis:体重⬆️insulin抵抗性、高脂肪食、腸透過性、IBD、鬱と関連 ビフィズス菌⬇️腸内細菌⬆️:ins…
オメガ３脂肪酸の補給が腸内細菌叢に影響を与え、結果として抗炎症作用をもたらすというreview論文。 https://t.co/SAsS432YD9
Discover how omega fatty acids influence gut microbiota by reducing harmful bacteria and increasing beneficial, butyrate-producing bacteria, supporting intestinal health and immune function, and potentially impacting…
This video explores advancements in genetic engineering, focusing on the latest research and applications. Viewers will gain insights into techniques such as CRISPR and their implications for medicine, agriculture, and…
The Impact of Omega-3 Fatty Acids on SM23-33 Abundance in Stool and Children with Obesity A Mendelian Randomization Analysis https://www.medrxiv.org/content/10.1101/2024.07.01.24309764v1
"Impact of Omega-3 Fatty Acids on the Gut Microbiota" https://t.co/uJuaKU1uRR
@skywolfe_com @TabarnakDan @Xrpology @CarnismDebunked @LuckyHoofer @Ronny37611231 @hvfreerangefarm And strange that non fiber components also feed the gut. "Omega-3 PUFAs can exert a positive action by reverting the microbiota composition in these diseases, and increase the production of anti-inflammatory compounds, like short-chain fatty acids." https://t.co/pl1ICNNs0Q
"Impact of Omega-3 Fatty Acids on the Gut Microbiota" (Lara Costantini et al., 2017(cited by "Tommy" Wood in a 2021 paper on high-fat (including keto) diets). The verdict: Nothing informative so far, only a handful of studies. The impact of several grams of omega-3 may be minimal https://t.co/3odx4uzx3f
RT @keisuke4713: ω3で腸内細菌叢回復 https://t.co/RmRlk0PMeY Firmicutes/Bacteroidetes比Dysbiosis:体重⬆️insulin抵抗性、高脂肪食、腸透過性、IBD、鬱と関連 ビフィズス菌⬇️腸内細菌⬆️:ins…
RT @keisuke4713: ω3で腸内細菌叢回復 https://t.co/RmRlk0PMeY Firmicutes/Bacteroidetes比Dysbiosis:体重⬆️insulin抵抗性、高脂肪食、腸透過性、IBD、鬱と関連 ビフィズス菌⬇️腸内細菌⬆️:ins…
RT @keisuke4713: ω3で腸内細菌叢回復 https://t.co/RmRlk0PMeY Firmicutes/Bacteroidetes比Dysbiosis:体重⬆️insulin抵抗性、高脂肪食、腸透過性、IBD、鬱と関連 ビフィズス菌⬇️腸内細菌⬆️:ins…
ω3で腸内細菌叢回復 https://t.co/RmRlk0PMeY Firmicutes/Bacteroidetes比Dysbiosis:体重⬆️insulin抵抗性、高脂肪食、腸透過性、IBD、鬱と関連 ビフィズス菌⬇️腸内細菌⬆️:insulin抵抗性、腸管透過性、鬱病等慢性低炎症の内毒素血症 ω3がSCFA⬆️関連Firmicutes/Bacteroidetes比回復で逆転 腸-脳軸に影響 https://t.co/vfqMw6FjkM
Impact of Omega-3 Fatty Acids on the Gut Microbiota https://t.co/rRCYl5DxT5
オメガ３脂肪酸の補給が腸内細菌叢に影響を与え、結果として抗炎症作用をもたらすというreview論文。 https://t.co/SAsS432YD9
Impact of Omega-3 Fatty Acids on the Gut Microbiota. - PubMed - NCBI https://t.co/WTOvNd67M9
Here's a study on omega 3 fatty acids relationship to increased SCFA's in the gut showing that fiber is not the only way to increase butyrate in the gut, and that the body has a back up mechanisms for anything important. @BenBikmanPhD #Carnivore https://t.co/pl1ICO4v2Q
T
CV
JJ
T
ち社
TM
い
つ
DL
A