1,114 findings · Metabolic adaptation
- Metabolic adaptationStrong
Clamp-derived insulin sensitivity increased by 50% in adults with obesity and type 2 diabetes, and HOMA-IR decreased by 26% in both studies.
Improvements in insulin sensitivity are achievable through lifestyle interventions, regardless of body composition changes.
Supports Sourced - Metabolic adaptationStrong
Participants on a very low carbohydrate ketogenic diet (VLCKD) experienced the largest improvements in high-density lipoprotein cholesterol (HDL-c) and triglyceride (TG) levels.
Practitioners may consider VLCKD for patients seeking improvements in lipid profiles.
Supports Sourced - Metabolic adaptationStrong
The very low carbohydrate ketogenic diet (VLCKD) group showed the largest improvements in high-density lipoprotein cholesterol (HDL-c) and triglyceride (TG) levels.
VLCKD may be particularly beneficial for improving lipid profiles in healthy adults.
Supports Sourced - Metabolic adaptationStrong
Increasing fat availability leads to higher rates of whole-body and muscular lipid use during regular moderate-intensity aerobic activity.
Practitioners can utilize fat availability strategies to enhance lipid utilization during aerobic activities.
Supports Sourced - Metabolic adaptationStrong
The review examines the relevance of the glycemic index in preventing and treating obesity, diabetes, and cardiovascular disease.
Understanding the glycemic index can inform strategies for managing obesity, diabetes, and cardiovascular health.
Supports Sourced - Metabolic adaptationStrong
Low-carb diets may lead to lower levels of HbA1c in patients with type 2 diabetes.
Practitioners may consider recommending low-carb diets to help manage HbA1c levels in diabetic patients.
Supports Sourced - Metabolic adaptationStrong
Women in the highest quintile of dietary fiber intake were less likely to experience constipation (PR = 0.64, 95% CI = 0.57-0.73).
Increasing dietary fiber intake can help reduce constipation in women.
Supports Sourced - Metabolic adaptationStrong
Abdominal obesity predicts risk of stroke in men, with an age-adjusted relative risk of 2.33 for the highest quintile of waist/hip ratio.
Practitioners should focus on abdominal obesity as a key risk factor for stroke in men.
Supports Sourced - Metabolic adaptationStrong
Overweight or obese women are likely to gain excessive weight during pregnancy.
Practitioners should monitor weight gain in pregnant women who are overweight or obese.
Supports Sourced - Metabolic adaptationStrong
Excessive weight gain during pregnancy increases the risk of disease.
Healthcare providers should be aware of the health risks associated with excessive weight gain in pregnant women.
Supports Sourced - Metabolic adaptationStrong
Significantly fewer participants in the bariatric surgery group required TKA following weight loss.
Practitioners should note that bariatric surgery may lead to symptom improvement, reducing the need for TKA.
Supports Sourced - Metabolic adaptationStrong
There is a strong association between insulin resistance syndrome and the risk of cardiovascular disease.
Awareness of cardiovascular risks is crucial for managing patients with insulin resistance syndrome.
Supports Sourced - Metabolic adaptationStrong
Intensive glucose control has benefits for microvascular endpoints in type 2 diabetes.
Practitioners should consider intensive glucose control for improving microvascular outcomes in type 2 diabetes.
Supports Sourced - Metabolic adaptationStrong
Obesity is linked to the risk of developing and dying from cancer.
Healthcare providers should prioritize discussions about weight management with cancer patients.
Supports Sourced - Metabolic adaptationStrong
Dietary periodization can alter patterns of fuel utilization during exercise but often fails to enhance performance capacity.
Practitioners should be cautious in expecting performance improvements solely from dietary periodization.
Qualifies Sourced - Metabolic adaptationStrong
The suggested Israeli guidelines refocus earlier international recommendations based on emerging data.
Practitioners should stay updated with the latest guidelines that reflect new evidence.
Supports Sourced - Metabolic adaptationStrong
The change in post-exercise oxygen AUC after nine months of training was 5.36 +/- 10.90 L for the total method, while there was no significant change in incremental or positive incremental AUC.
Using the total AUC method is more effective for detecting changes in post-exercise oxygen consumption after aerobic training.
Supports Sourced - Metabolic adaptationStrong
There was a moderately high correlation (r=0.67, p <0.05) between baseline and 9-months for the total AUC method.
The total AUC method shows a strong relationship between initial and post-training oxygen consumption levels.
Supports Sourced - Metabolic adaptationStrong
High fructose diets have lipogenic effects.
Consider the implications of high fructose consumption on lipogenesis in dietary recommendations.
Supports Sourced - Metabolic adaptationStrong
Seven years post-RYGB, physical health improved and body image was better in post-RYGB patients compared to controls (80 ± 25% vs. 20 ± 49%, p < 0.001).
Healthcare providers can expect significant improvements in physical health and body image in patients post-RYGB.
Supports Sourced - Metabolic adaptationStrong
Chronic low-grade metabolic acidosis can have detrimental effects on systemic health, physical performance, and inflammation.
Athletes should be aware that chronic low-grade metabolic acidosis can negatively impact their health and performance.
Supports Sourced - Metabolic adaptationStrong
A low-GI diet might improve lipid profile.
Advise patients on the potential lipid benefits of a low-GI diet.
Qualifies Sourced - Metabolic adaptationStrong
Heterogeneous results were observed regarding the degree of glycemic control associated with optimal macrovascular disease risk reduction.
Clinicians should be aware of the variability in glycemic control outcomes when treating T2DM.
Qualifies Sourced - Metabolic adaptationStrong
BMI and insulin use are jointly associated with one-year follow-up type 2 diabetes-related healthcare expenditures (T2D-HE), ranging from $5842 in overweight patients with no insulin to $17,700 in OCIII insulin users.
Healthcare providers can use BMI and insulin use to identify patients at higher risk for increased healthcare costs.
Supports Sourced