"...In agreement with this, we previously showed that, among healthy insulin-sensitive participants, those with lower insulin sensitivity had lower MetFlex during exercise ref: https://t.co/30mKPUPHS5
Metabolic flexibility to lipid availability during exercise is enhanced in individuals with high insulin sensitivity.
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May 2020 – Aug 2023Where it's discussed
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YouTube3 videos
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X / Twitter2 posts
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Facebook2 posts
AI synopsis
What people are saying
Discussions reflect a moderate level of interest and engagement, with comments like 'MetFlex-lip seems altered' and references to prior studies, indicating readers are contemplating the implications of the research and its broader significance in metabolic health.
Most discussions align with the article's findings, recognizing the relationship between insulin sensitivity and lipid adaptation during exercise.
Participants show some interest, noting previous research and considering the implications for metabolic health.
Comments reference specific mechanisms and past studies, indicating moderate depth of engagement.
The discourse suggests the findings could influence future research and understanding of metabolic processes.
Abstract in brief
- The study investigates how well individuals with different levels of insulin sensitivity adapt their fat oxidation during exercise, revealing that those with high insulin sensitivity (HighIS) have better lipid flexibility compared to those with low insulin sensitivity (LowIS).
- Researchers found that in HighIS individuals, the relationship between circulating nonesterified fatty acids (NEFA) and the respiratory quotient (RQ) is stronger, indicating more efficient adaptation of lipid oxidation to lipid availability during exercise.
- The findings suggest that impaired metabolic flexibility in LowIS subjects may contribute to their insulin resistance, but further research is needed to determine if this relationship is causal.]
Top posts
Most liked on X and Blueskyhttps://t.co/kOEQ1fzkge en sujetos con High_IS la relación de oxidación lípido-carbohidrato se adapta a la mayor disponibilidad circulante de NEFA durante el ejercicio. Dicha MetFlex-lip parece alterada en sujetos con Low_IS. Queda por determinar si existe relación causa-efecto
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https://t.co/kOEQ1fzkge en sujetos con High_IS la relación de oxidación lípido-carbohidrato se adapta a la mayor disponibilidad circulante de NEFA durante el ejercicio. Dicha MetFlex-lip parece alterada en sujetos con Low_IS. Queda por determinar si existe relación causa-efecto
"...In agreement with this, we previously showed that, among healthy insulin-sensitive participants, those with lower insulin sensitivity had lower MetFlex during exercise ref: https://t.co/30mKPUPHS5
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