Overall, the discussions reflect a nuanced view of the article's findings, with some posts questioning the real-world scalability of carbohydrate absorption based on body mass and others referencing relevant studies, like Jeukendrup's work. The tone varies from cautious skepticism to genuine curiosity, showing moderate engagement but not a widespread shift in perspective or high-impact claims.
AgreementNeither agree nor disagree
The discussions reveal mixed opinions, with some skepticism about the scalability of carbohydrate absorption and oxidation based on body size, indicating no strong consensus.
InterestModerate interest
Participants show curiosity about how carbohydrate transport and absorption relate to exercise performance, though some posts are more technical and less accessible.
EngagementModerate engagement
There is some depth in the analysis, with posters referencing studies, mechanisms, and limitations, but overall not highly detailed or heavily debated.
ImpactNeutral impact
The conversations suggest moderate significance, with some participants questioning or supporting the nutritional strategies, but lacking strong consensus on practical implications.
Abstract in brief
Using different types of carbohydrates that utilize various intestinal transporters can enhance carbohydrate absorption and oxidation during prolonged exercise.
Combining multiple transportable carbohydrates like glucose and fructose can significantly increase energy availability, improve performance, and reduce gastrointestinal discomfort.
These strategies are especially beneficial for endurance activities lasting 3 hours or more, as they help reduce fatigue and optimize exercise performance.]
@Gonzalez_JT @EatsleepfitJeff @TeamDerave @Hearris @JamesyMorton @LouiseMBurke @japplphysiol At some point though, there will be saturation/limitations. Interesting, as in an older review now, @Jeukendrup showed no relationship between size and CHO oxidation (suggesting smaller is better on a relative delivery of CHO per kg BW basis): https://t.co/fgziXlshm9 https://t.co/LkKLW7r2XF
May 8, 2022 · 7 likes · 23,127 followersView post →
@HermanPontzer @DrMJoyner @BjarkeJensen4 I'm not sure GI tract absorption is as scalable to body mass as we might think. At least, from CHO oxidation persepective, there doesn't seem to be relationship, see: https://t.co/fgziXlbek9 https://t.co/LzebJ6rtud
Fueling can be highly individual but here are some general guidelines based on the current research. For races of 125 hours try consuming around 30-60g of carbs per hour. Combining different carbs like glucose and…
This video explores how combining different carbohydrate types can improve energy absorption, reduce fatigue, and enhance endurance during prolonged exercise, supported by current research findings.
@HermanPontzer @DrMJoyner @BjarkeJensen4 I'm not sure GI tract absorption is as scalable to body mass as we might think. At least, from CHO oxidation persepective, there doesn't seem to be relationship, see: https://t.co/fgziXlbek9 https://t.co/LzebJ6rtud
@Gonzalez_JT @EatsleepfitJeff @TeamDerave @Hearris @JamesyMorton @LouiseMBurke @japplphysiol At some point though, there will be saturation/limitations. Interesting, as in an older review now, @Jeukendrup showed no relationship between size and CHO oxidation (suggesting smaller is better on a relative delivery of CHO per kg BW basis): https://t.co/fgziXlshm9 https://t.co/LkKLW7r2XF
May 8, 2022 · 7 likes · 23,127 followersView post →
doi: 10.1097/MCO.0b013e328339de9f 60. Calero CDQ, Rincón EO, Marqueta PM. Probiotics, prebiotics and synbiotics: useful for athletes and active individuals ...
doi: 10.1097/MCO.0b013e328339de9f 2014-0027. Jeukendrup, A. (2014). A step towards personalized sports nutrition: Stuempfle, K., Hoffman, M., Weschler, L ...
... 10.1097/MCO.0b013e328339de9f nghệ Tunku Abdul Rahman vì sự hỗ trợ tài chính và Kaidah, S., Huldani và Fauziah. (2020). chất điện giải kỹ thuật của họ. sinh ...