How the fuck does this get published? https://t.co/LKkyN9drKp HT: @The_Nutrivore https://t.co/XbDXoZmF8Z
Effects of high and low fat dairy food on cardio-metabolic risk factors: a meta-analysis of randomized studies.
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May 2020 – Oct 2025Where it's discussed
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X / Twitter11 posts
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News5 articles
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Facebook3 posts
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YouTube2 videos
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Blogs2 articles
AI synopsis
What people are saying
The overall tone reflects skepticism and critique, with posts like 'How the fuck does this get published?' and comments about its significance, indicating low enthusiasm and engagement. Users cite existing meta-analyses and question the study's validity, emphasizing that while the discussion is active, it mainly focuses on doubts rather than advancing understanding.
Most posts express skepticism or disagreement with the study’s findings, questioning its conclusions and the quality of the research.
Discussions demonstrate some interest in the topic, with users referencing related research and debating the significance of dairy consumption effects.
The engagement appears moderate, with some users sharing personal opinions and questioning publication validity, but limited in-depth analysis or detailed discussion.
The conversation shows limited perceived impact, as many posts are dismissive or questioning, rather than highlighting major changes or implications from the study.
Abstract in brief
- The meta-analysis reviewed 20 randomized studies involving 1677 healthy adults to assess how increasing dairy food intake affects cardiometabolic risk factors, finding that higher dairy consumption modestly increases weight but has little impact on indicators like blood pressure, cholesterol, glucose, and inflammation.
- Increasing dairy intake, whether from low-fat or whole-fat sources, was associated with a small weight gain (~0.59 kg), but other health markers such as insulin resistance, fasting glucose, LDL and HDL cholesterol, and blood pressure showed no significant changes.
- The overall quality of the clinical trials was modest, and while dairy intake slightly increases weight, it doesn't significantly affect other cardiometabolic risk factors, emphasizing the need for more high-quality research to clarify dairy's health effects.]
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Most liked on X and Bluesky@DrNicolaDennis To be specific I can think of one set of high-quality research into the milk fat question in NZ and it did not support the guidelines. https://t.co/Vvr0meUqvS
@sminaev2015 @Harvard85 "...Increasing whole fat and low fat dairy food consumption increases weight but has minor effects on other cardio-metabolic risk factors...." https://t.co/9efHAtXOxC
@whsource @mario_kratz Nice, but I don't know if I would really classify it as important. There are already good meta-analyses/reviews on that topic: https://t.co/Eg6C7gXzlh https://t.co/w51bqIOxEn https://t.co/pmVCZcjAhn https://t.co/ybaaqh99Dc
@DrRamonDeCangas Tampoco la había hace una década https://t.co/GPyGyxXcSQ https://t.co/TJTdcJYCGq No la ha habido nunca
RT @AIMexico2030: @sminaev2015 @Harvard85 "...Increasing whole fat and low fat dairy food consumption increases weight but has minor effect…
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Une consommation accrue de produits laitiers est associée à une #prisedepoids ( 0,32 à 1,21 kg pour les faibles en gras contre 0,07 à 0,80 kg pour les produits laitiers entiers), sans effets significatifs sur d’autres facteurs de risque cardiométaboliques https://t.co/lJaPDPrhA8
RT @AIMexico2030: @sminaev2015 @Harvard85 "...Increasing whole fat and low fat dairy food consumption increases weight but has minor effect…
@sminaev2015 @Harvard85 "...Increasing whole fat and low fat dairy food consumption increases weight but has minor effects on other cardio-metabolic risk factors...." https://t.co/9efHAtXOxC
@DrRamonDeCangas Tampoco la había hace una década https://t.co/GPyGyxXcSQ https://t.co/TJTdcJYCGq No la ha habido nunca
RT @AviBittMD: How the fuck does this get published? https://t.co/LKkyN9drKp HT: @The_Nutrivore https://t.co/XbDXoZmF8Z
How the fuck does this get published? https://t.co/LKkyN9drKp HT: @The_Nutrivore https://t.co/XbDXoZmF8Z
@The_Nutrivore @AviBittMD @fitomnivore @nicknorwitz It is completely abrogated by obesity in this meta-analysis of high fat vs low fat dairy food RCTs. https://t.co/rttBggu5l6
@AviBittMD @The_Nutrivore @fitomnivore @nicknorwitz In this meta of high fat vs low fat milk, the LDL effect is completely abrogated in obese subjects. https://t.co/rttBggu5l6
@DrNicolaDennis To be specific I can think of one set of high-quality research into the milk fat question in NZ and it did not support the guidelines. https://t.co/Vvr0meUqvS
@whsource @mario_kratz Nice, but I don't know if I would really classify it as important. There are already good meta-analyses/reviews on that topic: https://t.co/Eg6C7gXzlh https://t.co/w51bqIOxEn https://t.co/pmVCZcjAhn https://t.co/ybaaqh99Dc
@patentbobm Blood pressure: https://t.co/jcFq4JKQsH & https://t.co/ZhqfUQuiaZ Glucose regulation: https://t.co/zW3vCa3OEr Vascular function: https://t.co/7jw6fe1Bgp Insulin resistance https://t.co/5lOVFrUI5v Cardiovascular health: https://t.co/HQQ2ovhzB1 Weight: https://t.co/tULfCTTlYo
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