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This collection of social discussions indicates a generally positive and intrigued response, with examples like references to transplanting microbiota making mice gain or lose weight, and questions about genetic versus microbial influences. The tone includes curiosity and cautious optimism, with some posts emphasizing the potential therapeutic implications, demonstrating moderate but meaningful engagement with the research's impact.
Most discussions recognize the validity of the study, especially in relation to how gut microbiota influence obesity, as seen in posts confirming the effects of microbiota transfer on weight.
There's a high level of curiosity about the research, evidenced by comments highlighting the fascinating link between microbiota and metabolism and questions about genetic vs. microbial factors.
Posts reflect moderate engagement with some referencing specific aspects, like differences in microbiomes between twins or the potential for microbiome modification, indicating thoughtful consideration.
Readers seem to appreciate the significance of the findings, noting they could influence future obesity treatments or understanding, though some remain cautious about overgeneralization.
Fact of Day 433: If a pair of human twins are discordant for obesity, i.e. one is obese and one is not, transplanting the #microbiome from the obese twin (but not the lean twin) into mice will make the mice obese. That's so cool! https://t.co/AQ3DPxgSAy https://t.co/HVcoOntU3p
@DavidMacklinMD @jen_logue @AbdTahrani And when identical twins are discordant in weight? Still, very unlikely to be an issue of “self-control”, rather, perturbations on the gut microbiota may play a vital role: Gut Microbiota from Twins Discordant for Obesity Modulate Metabolism in Mice https://t.co/REisUgPqbj
Transplanting gut bacteria from obese humans into germ-free mice made the mice gain more fat, even on the same diet. https://t.co/G3SoLjJ9ct https://t.co/Z2HGNE4ex7
https://t.co/NO9Sg4wIEh
@josephmjauregui Hay un paper muy interesante de gemelos discordantes en obesidad. Las bacterias de los flacos protegen a ratones sometidos a dietas ricas en grasas. Las bacterias se regulan por interacciones con el sistema inmune y ahí si somos todos distintos https://t.co/TXtg0w2xIE
@Outdoctrination I'm sure you've seen it, but just a reminder. Putting an obese human gut-microbiome makes mice obese. Putting lean human gut microbiome makes mice lean. https://t.co/f7aRWtPAiS
This episode with Dr. Emilie Steinbach delves into how our lifestyle affects conditions like obesity and diabetes. She explores vital concepts such as the microbiome, protein intake, and muscle strengthening based on…
Scientists explore how microbiomes can be transmitted through social networks, affecting health and disease development, including conditions like obesity and inflammatory diseases. Social microbial transfer may impact…
This video explores how perceived social support and the act of hugging can protect against stress-induced vulnerability to infections. Through a study involving 404 adults, the findings demonstrate that social…
A high-protein diet can significantly reduce appetite and caloric intake, contributing to weight loss. This informative video discusses recent findings on how increasing protein to 30% of energy intake can lead to a…
The gut microbiota influences beyond digestion, directly affecting mental health, weight, and overall wellbeing. This video explains how the second brain impacts our health and offers practical tips for caring for this…
Exploring how gut bacteria influence weight loss and metabolic health, emphasizing the role of probiotics, prebiotics, and diet. Recent studies demonstrate microbiota's impact on obesity and its potential for health…
This episode explores how your gut microbiome influences mood, health, and behavior, highlighting recent research on microbiota's role in metabolism and obesity, and practical ways to improve gut health through diet and…
Transplanting gut bacteria from obese humans into germ-free mice made the mice gain more fat, even on the same diet. https://t.co/G3SoLjJ9ct https://t.co/Z2HGNE4ex7
@radartabs @RichardJMurphy Not exactly. My mum is overweight, I'm not and yet my diet is way worse than hers. There are genetic and gastroenterological factors at play. Gut biome can influence weight. Studies on faecal transplants show this https://t.co/4mZqNp07B4
https://t.co/NO9Sg4wIEh
@ayakawife @ouiouiapey https://t.co/Dq4AWFSj2C it could be because of the type of bacteria that lives in her gut
https://t.co/LVNYzv7Rmp
これは菜食VS動物食ではないんだけど、片方が肥満で片方がそうじゃない双子の腸内細菌を無菌(ノトバイオート)マウスに移植して、入れた細菌によってマウスの代謝が変わるかを調べた話 ついでに出てきたので貼っとく https://t.co/JmxbFHY6sg
@Outdoctrination I'm sure you've seen it, but just a reminder. Putting an obese human gut-microbiome makes mice obese. Putting lean human gut microbiome makes mice lean. https://t.co/f7aRWtPAiS
https://t.co/Cw3clLlDZY
参考文献 Gut microbiota from twins discordant for obesity modulate metabolism in mice https://t.co/qF7AIqVWFx デブ菌とヤセ菌の話
@josephmjauregui Hay un paper muy interesante de gemelos discordantes en obesidad. Las bacterias de los flacos protegen a ratones sometidos a dietas ricas en grasas. Las bacterias se regulan por interacciones con el sistema inmune y ahí si somos todos distintos https://t.co/TXtg0w2xIE
@ellenfallows @BritSocLM it's an interesting paper - the bits of it I could understand at least! the practical point that emerges is that enriching the diet is only going to work if the right bugs are available to you in this regard it is very reminiscent of https://t.co/pAmeNEWTjr
Gut Microbiota from Twins Discordant for Obesity Modulate Metabolism in Mice https://t.co/yuBqbLSVMD
RT @nicknorwitz: Fact of Day 433: If a pair of human twins are discordant for obesity, i.e. one is obese and one is not, transplanting the…
RT @nicknorwitz: Fact of Day 433: If a pair of human twins are discordant for obesity, i.e. one is obese and one is not, transplanting the…
RT @nicknorwitz: Fact of Day 433: If a pair of human twins are discordant for obesity, i.e. one is obese and one is not, transplanting the…
RT @nicknorwitz: Fact of Day 433: If a pair of human twins are discordant for obesity, i.e. one is obese and one is not, transplanting the…
RT @nicknorwitz: Fact of Day 433: If a pair of human twins are discordant for obesity, i.e. one is obese and one is not, transplanting the…
RT @nicknorwitz: Fact of Day 433: If a pair of human twins are discordant for obesity, i.e. one is obese and one is not, transplanting the…
Fact of Day 433: If a pair of human twins are discordant for obesity, i.e. one is obese and one is not, transplanting the #microbiome from the obese twin (but not the lean twin) into mice will make the mice obese. That's so cool! https://t.co/AQ3DPxgSAy https://t.co/HVcoOntU3p
RT @ElisaAHaas: @DavidMacklinMD @jen_logue @AbdTahrani And when identical twins are discordant in weight? Still, very unlikely to be an iss…
RT @ElisaAHaas: @DavidMacklinMD @jen_logue @AbdTahrani And when identical twins are discordant in weight? Still, very unlikely to be an iss…
RT @ElisaAHaas: @DavidMacklinMD @jen_logue @AbdTahrani And when identical twins are discordant in weight? Still, very unlikely to be an iss…
@DavidMacklinMD @jen_logue @AbdTahrani And when identical twins are discordant in weight? Still, very unlikely to be an issue of “self-control”, rather, perturbations on the gut microbiota may play a vital role: Gut Microbiota from Twins Discordant for Obesity Modulate Metabolism in Mice https://t.co/REisUgPqbj
Gut Microbiota from Twins Discordant for Obesity Modulate Metabolism in Mice https://t.co/BVfIVkalIG こんな論文も読んだことがある
Gut Microbiota from Twins Discordant for Obesity Modulate Metabolism in Mice https://t.co/YMT3s7hg84