Obezite bulaşıcı mıdır? Çalışmada obez ve zayıf farelerin mikrobiyotasını mikroplardan arındırılmış farelere aktarıyorlar ve aynı miktarda aynı yiyecekleri yemelerine rağmen obez farelerden mikrobiyata aktarılan farelerin kilo aldığını görüyorlar. https://t.co/Jw5tCcOf3l https://t.co/8yLT4wBfn5
An obesity-associated gut microbiome with increased capacity for energy harvest.
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Mar 2020 – Oct 2025Where it's discussed
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What people are saying
The discussions emphasize the significance of microbiota in obesity, with phrases like 'transmit the donors’ adiposity phenotypes' and references to reproducibility across mouse models demonstrate detailed engagement. The tone suggests strong alignment with the research's importance, highlighting its potential to influence future studies and treatments.
Most posts explicitly support the study's findings that gut microbiota influences obesity, highlighting the transfer of obesity traits via microbiota transfer.
Discussions show strong curiosity about the gut microbiome's role in energy harvest and obesity, indicating high engagement with the topic.
Many posts reference experimental results, such as microbiota transfers in mice and their effects on fat gain, demonstrating deep interest and understanding.
Several comments consider the implications of this research for understanding and potentially treating obesity, reflecting high perceived impact.
Abstract in brief
- The study finds that obesity is linked to changes in gut bacteria, specifically an increase in energy-harvesting bacteria like Firmicutes and a decrease in Bacteroidetes.
- Metagenomic and biochemical analyses show that the microbiome of obese individuals has a greater ability to extract energy from food, which may contribute to weight gain.
- Transferring an obese microbiome to germfree mice leads to increased fat accumulation compared to microbiota from lean mice, highlighting the microbiome's role in obesity development.]
Top posts
Most liked on X and BlueskyUna muestra más de cómo la microbiota influye en el metabolismo Si a un ratón le trasplantas la microbiota de un ratón obeso, engordará más que si le trasplantas la microbiota de un ratón delgado https://t.co/bdZywHX02s
@kujoonacti @kirawontmiss https://t.co/HoxMnShfzR https://t.co/YrXdoy8ZLK https://t.co/0qdGpeDg5V https://t.co/jTpQ5eCYNO https://t.co/oI2iCgNbG7
https://t.co/80NKH1DAwV
@bot22610669 腸内細菌研究の最高到達点は2006年ですぞ! https://t.co/o2slUIbySK
"Colonizing germ-free mice with an “obese microbiota” led to greater fat gain than colonization with a “lean” microbiota." https://t.co/yZTe4SEAym "Transplanting gut microbes from obese vs. lean human twins into germ-free mice transmitted the donors’ adiposity phenotypes to the
All mentions
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"Colonizing germ-free mice with an “obese microbiota” led to greater fat gain than colonization with a “lean” microbiota." https://t.co/yZTe4SEAym "Transplanting gut microbes from obese vs. lean human twins into germ-free mice transmitted the donors’ adiposity phenotypes to the
@DrSuneelDhand https://t.co/lb0TxQspKi https://t.co/UIt6dNrpMP
@bot22610669 腸内細菌研究の最高到達点は2006年ですぞ! https://t.co/o2slUIbySK
腸内細菌に関する2006年にNatureへ掲載されたとても有名な論文 Turnbaugh, P., Ley, R., Mahowald, M. et al. An obesity-associated gut microbiome with increased capacity for energy harvest. Nature 444, 1027–1031 (2006). https://t.co/XFCQi2623U
https://t.co/80NKH1DAwV
@kujoonacti @kirawontmiss https://t.co/HoxMnShfzR https://t.co/YrXdoy8ZLK https://t.co/0qdGpeDg5V https://t.co/jTpQ5eCYNO https://t.co/oI2iCgNbG7
RT @mevzusaglik: Obezite bulaşıcı mıdır? Çalışmada obez ve zayıf farelerin mikrobiyotasını mikroplardan arındırılmış farelere aktarıyorla…
RT @mevzusaglik: Obezite bulaşıcı mıdır? Çalışmada obez ve zayıf farelerin mikrobiyotasını mikroplardan arındırılmış farelere aktarıyorla…
RT @mevzusaglik: Obezite bulaşıcı mıdır? Çalışmada obez ve zayıf farelerin mikrobiyotasını mikroplardan arındırılmış farelere aktarıyorla…
Obezite bulaşıcı mıdır? Çalışmada obez ve zayıf farelerin mikrobiyotasını mikroplardan arındırılmış farelere aktarıyorlar ve aynı miktarda aynı yiyecekleri yemelerine rağmen obez farelerden mikrobiyata aktarılan farelerin kilo aldığını görüyorlar. https://t.co/Jw5tCcOf3l https://t.co/8yLT4wBfn5
An obesity-associated gut microbiome with increased capacity for energy harvest https://t.co/owcbDQvlyR
今から約15年前のこと。腸内環境が肥満に関係するってことで世界にインパクトを与えた論文。 https://t.co/YXlnDK6Xch もう15年。早いですね。 私もこの分野で起業とは思ってなかった。
RT @calotonterias: Una muestra más de cómo la microbiota influye en el metabolismo Si a un ratón le trasplantas la microbiota de un ratón…
RT @calotonterias: Una muestra más de cómo la microbiota influye en el metabolismo Si a un ratón le trasplantas la microbiota de un ratón…
RT @calotonterias: Una muestra más de cómo la microbiota influye en el metabolismo Si a un ratón le trasplantas la microbiota de un ratón…
RT @calotonterias: Una muestra más de cómo la microbiota influye en el metabolismo Si a un ratón le trasplantas la microbiota de un ratón…
RT @calotonterias: Una muestra más de cómo la microbiota influye en el metabolismo Si a un ratón le trasplantas la microbiota de un ratón…
RT @calotonterias: Una muestra más de cómo la microbiota influye en el metabolismo Si a un ratón le trasplantas la microbiota de un ratón…
RT @calotonterias: Una muestra más de cómo la microbiota influye en el metabolismo Si a un ratón le trasplantas la microbiota de un ratón…
Una muestra más de cómo la microbiota influye en el metabolismo Si a un ratón le trasplantas la microbiota de un ratón obeso, engordará más que si le trasplantas la microbiota de un ratón delgado https://t.co/bdZywHX02s
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