12,552 findings · published 2017+
- NeuralStrong
High GI meals are associated with lower satiety at peak glycemia compared to low GI meals.
High GI foods may lead to increased hunger shortly after consumption, which could affect dietary choices.
Supports 2019 - NeuralStrong
High GI meals result in greater late postprandial hunger compared to low GI meals.
Practitioners should be aware that high GI meals may lead to increased hunger later, potentially influencing overall caloric intake.
Supports 2019 - Metabolic adaptationStrong
Glucose metrics continued to decline after week 1 in high-carbohydrate diets.
High-carbohydrate diets may lead to improved glucose metrics over time.
Supports 2022 - Metabolic adaptationStrong
The number of participants with abnormal glucose tolerance decreased in high-carbohydrate groups.
Transitioning to a high-carbohydrate diet may improve glucose tolerance in individuals.
Supports 2022 - NeuralStrong
A high glycemic index (GI) meal elicits increased hunger and late postprandial activation of brain areas linked to food cravings.
Practitioners should be aware that high GI meals can increase hunger and cravings, potentially leading to overeating.
Supports 2020 - NeuralStrong
A high GI meal may promote overeating due to insulin dose deviations caused by hyperglycemia or hypoglycemia.
Practitioners should consider the impact of GI on insulin management to prevent overeating.
Supports 2020 - MolecularStrong
Interactions between the genetic risk score and dietary factors, specifically trans fats, were observed, indicating that the effects of trans fats on CHD risk are more pronounced in individuals with a higher genetic risk score.
Understanding the interaction between genetics and diet can help tailor dietary recommendations for individuals at higher genetic risk for CHD.
Supports 2017 - Metabolic adaptationStrong
DNL fatty acid levels decrease on a low-carbohydrate (LC) diet and do not change on a low-fat (LF) diet.
Low-carbohydrate diets may be beneficial for reducing certain fatty acids associated with insulin resistance.
Supports 2018 - Metabolic adaptationStrong
Changes in dietary carbohydrate intake correlate with changes in DNL fatty acid levels (16:1n7 directly and 18:2n6 indirectly).
Monitoring carbohydrate intake may help in managing fatty acid levels related to insulin resistance.
Supports 2018 - Energy balanceStrong
A healthy omnivorous diet can lead to comparable clinical lab outcomes as a healthy vegan diet.
Health professionals can recommend a healthy omnivorous diet as an alternative to vegan diets for similar health outcomes.
Supports 2023 - Energy balanceStrong
The study involved identical twins who consumed an omnivorous diet before enrollment.
Understanding the dietary background of participants is crucial for interpreting the results.
Supports 2023 - MolecularStrong
At average weight loss, the effect of a higher PS amounted to a change of 0.20-0.28 cm per standard deviation in WCadjBMI.
The small effect size suggests that genetic factors may have limited practical implications for weight loss interventions.
Supports 2022 - Energy balanceStrong
There was a positive significant correlation between the percentage of messages responded to and class attendance (r=.45, P<.001).
Encouraging responses to messages may improve class attendance, suggesting a potential area for enhancing engagement.
Supports 2018 - NeuralStrong
94% of participants significantly improved their scores on the validated Mindful Eating Questionnaire (P=.001).
Practitioners can consider using mindful eating technologies to enhance awareness and improve eating behaviors.
Supports 2019 - MolecularStrong
Plant-based diets improve cardiovascular health by modulating gut microbiota and metabolites.
Practitioners may consider recommending plant-based diets for cardiovascular health.
Supports 2025New - CellularStrong
sACE2 decreased significantly on average at 6-months in the diet intervention.
Weight loss interventions may lead to significant decreases in sACE2 levels.
Supports 2021 - MolecularStrong
A stronger decline in sACE2 during the diet intervention was independently associated with improvements in metabolic health markers.
Improvements in metabolic health may be linked to changes in sACE2 levels during weight loss.
Supports 2021 - CellularStrong
Decrease in sACE2 during a weight loss diet intervention was associated with improvements in fat mass and markers of chronic inflammation.
Weight loss may lead to beneficial changes in inflammation and fat mass through sACE2 modulation.
Supports 2021 - Energy balanceStrong
Latina women experiencing food insecurity consumed fewer vegetables compared to those with food security (1.7 vs. 3.0 servings, p=0.02).
Practitioners should address food security to improve vegetable intake among Latina women.
Supports 2025New - Energy balanceStrong
Women with nutrition insecurity consumed fewer servings of vegetables compared to participants with nutrition security (1.7 vs. 2.5 servings, p=0.01).
Practitioners should focus on improving nutrition security to enhance vegetable intake.
Supports 2025New - NeuralStrong
Participants with food and nutrition insecurity had more symptoms of depression and anxiety compared to participants with food and nutrition security (p<0.05).
Practitioners should consider mental health support for those facing food and nutrition insecurity.
Supports 2025New - Metabolic adaptationStrong
Glucose metrics continued to decline after week 1 in high-carbohydrate diets.
Monitoring glucose metrics can provide insights into the effectiveness of dietary changes.
Supports 2022 - Metabolic adaptationStrong
The number of participants with abnormal glucose tolerance decreased in high-carbohydrate groups.
High-carbohydrate diets may improve glucose tolerance in individuals transitioning from low-carbohydrate diets.
Supports 2022 - HormonalStrong
Tirzepatid is being studied for its safety and efficacy as a treatment for obesity.
Practitioners should consider Tirzepatid as a potential treatment option for obesity.
Supports 2022