スクラロース 血糖・ホルモン影響https://t.co/OrkN8OnJuS インスリン感受性肥満17人BMI42.3±1.6 別機会に5h修正経口ブドウ糖負荷試験 ブドウ糖負荷10分前スクラロースか水消費 スクラロース摂取 peak糖⬆️4.2±0.2対4.8±0.3 インスリン(I)20±8%⬆️ Ipeak分泌率22±7%⬆️ Iクリアランス7±4%⬇️とI刺激
Sucralose affects glycemic and hormonal responses to an oral glucose load.
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Apr 2020 – Sep 2025Where it's discussed
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Facebook118 posts
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X / Twitter40 posts
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AI synopsis
What people are saying
Several discussions highlight the significance of the findings, such as mentions of how sucralose influences glucose and insulin responses, with phrases like 'Pay attention!' and references to scientific articles underlining the seriousness. The tone ranges from curiosity to cautious skepticism, with some users emphasizing the potential health implications and others questioning the conclusiveness of the research, all contributing to a nuanced view of the article's impact.
The discussions show mixed opinions, with some posts acknowledging the study's findings but not strongly supporting or rejecting its conclusions.
There is high interest evidenced by the frequent mentions of the article, calls to pay attention, and sharing of related scientific studies and comments.
A number of discussions delve into details, referencing specific studies, methodologies, and potential health effects, indicating an active and somewhat deep engagement.
While some posts highlight the significance of the research, many express caution or skepticism, suggesting they see potential importance but not a consensus on its impact.
Abstract in brief
- Sucralose consumption before a glucose load increases blood sugar levels and insulin responses in obese individuals, indicating it may impact how their bodies handle glucose.
- The study found that sucralose leads to higher peak glucose and insulin secretion, reduces insulin clearance, and decreases insulin sensitivity, suggesting it could impair metabolic regulation.
- However, sucralose did not significantly change other hormones like glucagon-like peptide 1 or glucagon, highlighting its specific effects on glucose and insulin dynamics in humans.
Top posts
Most liked on X and Bluesky> Metabolic Health Meaning, artificial sweeteners may contribute to weight gain and metabolic syndrome, a cluster of conditions that increase the risk of heart disease, stroke, and diabetes https://t.co/ujef1YGwwh https://t.co/ChYywmdBRl
https://t.co/VKmFKqEFhv https://t.co/TFOK6sKpdN https://t.co/ZhfYJggc8o https://t.co/iX4OYP0UfH https://t.co/6VoI7OuRio https://t.co/b0Md91V1zO https://t.co/sCiB1rzToy https://t.co/hNXKXeGfyb https://t.co/fU1cuhcYyS https://t.co/wc3dEISFX8
@kujoonacti @kirawontmiss https://t.co/HoxMnShfzR https://t.co/YrXdoy8ZLK https://t.co/0qdGpeDg5V https://t.co/jTpQ5eCYNO https://t.co/oI2iCgNbG7
@PlanetOTheVapes I wouldn't go that far. The latest study was conducted on obese (BMI 43+) insulin-sensitive subjects and they ingested 75g of glucose & were then exposed to 48mg of sucralose (about a 12oz can of diet soda) to spike 20%. Vapes are probably ok. https://t.co/Ebm27JnZTH
参考文献 Sucralose Affects Glycemic and Hormonal Responses to an Oral Glucose Load(全文) https://t.co/ahFDGrXAB3 プロテインにもスクラロース入っているもの多いです しかもタンパク質もブドウ糖に50%変換されますから、プロテインの取り過ぎも要注意です! https://t.co/vpre1AfbEB
All mentions
Impact of Sucralose on Glucose and Insulin Responses in ObeseIndividuals
Sucralose consumption before a glucose load increases blood sugar levels and insulin responses in obese individuals, indicating it may affect glucose handling and metabolic regulation, potentially impairing insulin…
The Impact of Artificial Sweeteners on Health
Artificial sweeteners like aspartame and saccharin are commonly used as sugar alternatives, but they may promote cravings, obesity, and type 2 diabetes. This video examines scientific evidence regarding their health…
Effects of Sucralose on Glucose and Insulin Responses in Obese Individuals
Sucralose consumption before a glucose load increases blood sugar levels and insulin responses in obese individuals, indicating it may impact how their bodies handle glucose. The study highlights its effects on glucose…
https://t.co/VKmFKqEFhv https://t.co/TFOK6sKpdN https://t.co/ZhfYJggc8o https://t.co/iX4OYP0UfH https://t.co/6VoI7OuRio https://t.co/b0Md91V1zO https://t.co/sCiB1rzToy https://t.co/hNXKXeGfyb https://t.co/fU1cuhcYyS https://t.co/wc3dEISFX8
@deirdre_tobias @LuckyDaniLV https://t.co/bKowZXFTKi https://t.co/QrQCwZL1qW https://t.co/fYHZj2cPl2 https://t.co/U5fQISn45Q https://t.co/Jg6b9yyPq0
@elysiasbones Artificial sweeteners study’s https://t.co/VKmFKqE7rX https://t.co/At5AJROc2u https://t.co/ujef1YFYGJ https://t.co/DZY3kKFcon https://t.co/492yPZdwNf https://t.co/iX4OYP0mq9 https://t.co/yj303YoVA9
> Metabolic Health Meaning, artificial sweeteners may contribute to weight gain and metabolic syndrome, a cluster of conditions that increase the risk of heart disease, stroke, and diabetes https://t.co/ujef1YGwwh https://t.co/ChYywmdBRl
@digibruce @iLoveJaneAdams @JG_CSTT "Aspartame ingestion and glucose metabolism in non-insulin-dependent diabetes mellitus," Diabetes Care. "Sucralose affects glycemic and hormonal responses to an oral glucose load," Diabetes Care. "Metabolic effects of acesulfame potassium in humans," various sources.
@carlsgeist @AdvantageM39786 @Everybody5Dad @fl_Joe_ @robertlufkinmd How do you explain these results then? https://t.co/AqmBj87xFG
Sucralose affects glycemic and hormonal responses to an oral glucose load https://t.co/CjIbhz4C3p
RT @RobbCab: @PlanetOTheVapes I wouldn't go that far. The latest study was conducted on obese (BMI 43+) insulin-sensitive subjects and they…
@PlanetOTheVapes I wouldn't go that far. The latest study was conducted on obese (BMI 43+) insulin-sensitive subjects and they ingested 75g of glucose & were then exposed to 48mg of sucralose (about a 12oz can of diet soda) to spike 20%. Vapes are probably ok. https://t.co/Ebm27JnZTH
RT @keisuke4713: スクラロース 血糖・ホルモン影響https://t.co/OrkN8OnJuS インスリン感受性肥満17人BMI42.3±1.6 別機会に5h修正経口ブドウ糖負荷試験 ブドウ糖負荷10分前スクラロースか水消費 スクラロース摂取 peak糖…
@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/YgqSRwtUU6
@Ludde94813454 @endocrinorosero Luego de eso. Hay algunos estudios que muestran activaciones de insulina, incluso en edulcorantes sin calorias. Eso no es necesariamente malo, pero debe tenerse en cuenta. https://t.co/YhcELr4GkB
Sucralose Affects Glycemic and Hormonal Responses to an Oral Glucose Load https://t.co/APGwTTTBT3
https://t.co/YgqSRwtUU6
Splenda (Sukraloz) Diyabeti Teşvik Eden Etkileri Bulundu https://t.co/ug4seTOODQ
@curd0g https://t.co/JhSwoz3Ndi
WOW. Pay attention! Please! https://t.co/JhSwoz3Ndi
Incredibili le schifezze che mettono negli integratori. Si salva sì e no qualche marca. Dagli edulcoranti fino a zuccheri, fibre varie. Praticamente rimane Pure Encapsulation, Kirkman e uno che sto vedendo ora Fair & Pure. Per dire ovunque il sucralosio https://t.co/2n7s0jggPS
@MarcusBeam1 @lelia_glass @subsix848 https://t.co/dGS9z2Fb1V (About splenda, not aspartame, but similar mechanism). I've also read studies that imply the insulin piece is dependent on genetics (some people are affected, some aren't).
スクラロース 血糖・ホルモン影響https://t.co/OrkN8OnJuS インスリン感受性肥満17人BMI42.3±1.6 別機会に5h修正経口ブドウ糖負荷試験 ブドウ糖負荷10分前スクラロースか水消費 スクラロース摂取 peak糖⬆️4.2±0.2対4.8±0.3 インスリン(I)20±8%⬆️ Ipeak分泌率22±7%⬆️ Iクリアランス7±4%⬇️とI刺激
@kardiyobey Okumak isteyenler için hocanın başlığını paylaştığı çalışma
RT @AlanaLolita: @AlainRNazario Le comparto el super interesante artículo científico. https://t.co/mz6qI3vuDL
@AlainRNazario Le comparto el super interesante artículo científico. https://t.co/mz6qI3vuDL
@notmyChris 1 蔗糖素 Pepino, M Yanina et al. “Sucralose affects glycemic and hormonal responses to an oral glucose load.” Diabetes care vol. 36,9 (2013): 2530-5. doi:10.2337/dc12-2221
RT @drmowll: @KetoCarnivore @drmarkhyman @Peter_Voshol This is far from conclusive but provides some evidence: https://t.co/m3zHgG6KHv
@KetoCarnivore @drmarkhyman @Peter_Voshol This is far from conclusive but provides some evidence: https://t.co/m3zHgG6KHv
@Rydo111 @drmarkhyman Far from conclusive but here is some: https://t.co/m3zHgG6KHv
@ferventfinance @SteveOnSpeed Artificial sweeteners have been shown to spike blood glucose as the body’s anticipatory response. https://t.co/TXKEjPyxo9
RT @ShigekiKanamori: 【断糖高脂質食と糖質制限は根本が違う】 人工甘味料スクラロースはBSに影響を与えなくてもinsulinは22%上昇 ケトン体が出るのを邪魔する (図表) https://t.co/aeU85af1OL 低糖質sweetsダメ
RT @ShigekiKanamori: 【断糖高脂質食と糖質制限は根本が違う】 人工甘味料スクラロースはBSに影響を与えなくてもinsulinは22%上昇 ケトン体が出るのを邪魔する (図表) https://t.co/aeU85af1OL 低糖質sweetsダメ
RT @ShigekiKanamori: 【断糖高脂質食と糖質制限は根本が違う】 人工甘味料スクラロースはBSに影響を与えなくてもinsulinは22%上昇 ケトン体が出るのを邪魔する (図表) https://t.co/aeU85af1OL 低糖質sweetsダメ
RT @ShigekiKanamori: 【断糖高脂質食と糖質制限は根本が違う】 人工甘味料スクラロースはBSに影響を与えなくてもinsulinは22%上昇 ケトン体が出るのを邪魔する (図表) https://t.co/aeU85af1OL 低糖質sweetsダメ
RT @ShigekiKanamori: 【断糖高脂質食と糖質制限は根本が違う】 人工甘味料スクラロースはBSに影響を与えなくてもinsulinは22%上昇 ケトン体が出るのを邪魔する (図表) https://t.co/aeU85af1OL 低糖質sweetsダメ
RT @ShigekiKanamori: 【断糖高脂質食と糖質制限は根本が違う】 人工甘味料スクラロースはBSに影響を与えなくてもinsulinは22%上昇 ケトン体が出るのを邪魔する (図表) https://t.co/aeU85af1OL 低糖質sweetsダメ
RT @ShigekiKanamori: 【断糖高脂質食と糖質制限は根本が違う】 人工甘味料スクラロースはBSに影響を与えなくてもinsulinは22%上昇 ケトン体が出るのを邪魔する (図表) https://t.co/aeU85af1OL 低糖質sweetsダメ
RT @ShigekiKanamori: 【断糖高脂質食と糖質制限は根本が違う】 人工甘味料スクラロースはBSに影響を与えなくてもinsulinは22%上昇 ケトン体が出るのを邪魔する (図表) https://t.co/aeU85af1OL 低糖質sweetsダメ
参考文献 Sucralose Affects Glycemic and Hormonal Responses to an Oral Glucose Load(全文) https://t.co/ahFDGrXAB3 プロテインにもスクラロース入っているもの多いです しかもタンパク質もブドウ糖に50%変換されますから、プロテインの取り過ぎも要注意です! https://t.co/vpre1AfbEB
RT @tolucky39: 糖質制限ってただ糖質量を減らせばいいってもんでもないってお話 スクラロースは経口ブドウ糖負荷に対する血糖およびホルモン反応に影響を与える Sucralose affects glycemic and hormonal responses to…
糖質制限ってただ糖質量を減らせばいいってもんでもないってお話 スクラロースは経口ブドウ糖負荷に対する血糖およびホルモン反応に影響を与える Sucralose affects glycemic and hormonal responses to an oral glucose load. 参考文献 https://t.co/CSk0AKi8QK