Browse the evidence

Multiple factors moderate strength improvements from resistance training frequency.

Practitioners should consider individual and program-specific factors when designing resistance training programs for strength gains.

Both protein and placebo groups showed improvements in most cardiorespiratory fitness-related and physical performance measures.

Both protein and carbohydrate supplementation can lead to improvements in physical performance for stroke patients undergoing aerobic training.

Most metabolite shifts occurred during the dietary intervention phase, with minimal additional changes after resistance training.

Emphasizing dietary changes may yield more immediate metabolic benefits than resistance training alone.

A high-protein diet, alone or combined with resistance training, induces modest but measurable metabolic shifts without disrupting global metabolic homeostasis.

Older adults can safely increase protein intake without adverse metabolic effects, especially when combined with exercise.

Overemphasis on protein supplementation could detract from achieving energy balance through mixed-macronutrient sources.

Practitioners should ensure a balanced intake of macronutrients rather than focusing solely on protein.

LAB-FWP supplementation resulted in significant increases in dietary vitamin D, calcium, and magnesium intake (all P < .001).

Practitioners should note the potential of LAB-FWP to enhance nutritional intake in older adults.

Weight loss was observed in 52.8% of patients, with a mean change of −0.9 ± 8.2 kg.

Practitioners may see moderate weight loss in a significant portion of patients.

The DG3D study is a 12-month, single-masked, three-arm randomized behavioral nutrition intervention.

The study's design allows for robust evaluation of dietary interventions.

Post-intervention, adherence to the Mediterranean diet increased by 1.09 ± 2.56 points (8.55 points).

The increase in adherence suggests that educational interventions can be effective in improving dietary habits.

Males had the maximum decrease in weight in the age group of 20–30 years (mean loss −2.63 kg), while females had the maximum weight loss in the 50–60-year group (mean loss −2.97 kg).

Weight loss varies by age and gender, which may inform targeted interventions.

Despite improvements, a considerable proportion of subjects still have high-risk levels, indicating the importance of continuing and prolonged lifestyle modification.

Ongoing lifestyle modifications are crucial for maintaining health improvements in prediabetic individuals.

Der Taillenumfang und das Verhältnis von Taillenumfang zu Hüft- oder Körpergröße sind wichtige Prädiktoren für kardiovaskuläre Risiken.

Health practitioners should consider waist measurements in assessing cardiovascular risk.

Lebensstilinterventionen sind essenziell, während medikamentöse und operative Ansätze Potenzial zur Reduktion kardiovaskulärer Ereignisse zeigen.

Practitioners should implement lifestyle changes while considering pharmacological and surgical options for patients.

Participants with 3 and 6-7 cardiovascular risk factors controlled had lower risks of all-cause mortality, with HRs of 0.77 and 0.43, respectively.

Practitioners should encourage patients to manage multiple cardiovascular risk factors to reduce mortality risk.

Improved control of cardiovascular risk factors is associated with reduced mortality, with an HR of 0.86 compared to stable low control.

Encouraging improvements in cardiovascular risk factor control can significantly lower mortality risk.

Participants in the highest quartile of time-weighted average risk factor control had 47% lower mortality compared to those in the lowest quartile.

Maintaining high levels of cardiovascular risk factor control is crucial for reducing mortality risk.

The PAP intervention was found to be cost-effective and comparable in value to standard care.

PAP can be a viable and cost-effective option for healthcare providers to improve patient outcomes.

The model combines 43 multi-factors, including laboratory and lifestyle features.

Incorporating both laboratory and lifestyle factors can improve T2D risk prediction.

Quality of life, as measured by the Short Form-36 (SF-36), improved in the experimental group.

Improving quality of life is an important benefit of structured exercise for diabetic patients.

GLP-1 receptor agonists reduce central adiposity, SBP, DBP, and insulin resistance.

Practitioners should consider GLP-1 receptor agonists for improving metabolic health in this population.

Insulin resistance compromises the body's normal response to insulin, leading to multiple diseases including Type 2 diabetes mellitus.

Practitioners should recognize insulin resistance as a critical factor in managing metabolic diseases.

Insulin resistance leads to a metabolic profile that is strongly atherogenic, accelerating atherosclerosis and cardiovascular diseases.

Understanding the atherogenic effects of insulin resistance can guide cardiovascular risk management.

Cardiometabolic improvements from weight loss appear independent of changes in body fat percentage or fat distribution.

Weight loss alone may not lead to improvements in cardiometabolic health if body fat percentage or distribution does not change.

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.