Browse the evidence

There may be a possible advantage for the use of long rest intervals to elicit hypertrophic effects.

Longer rest intervals may be more effective for hypertrophy in trained individuals.

Myofibrillar protein fractional synthetic rate was elevated at 24 and 48 hours following resistance exercise (RE) and high-intensity interval exercise (HIIT).

Both resistance and HIIT exercises can enhance muscle protein synthesis in older men.

Targeted combinations of medicines with nutrition and lifestyle interventions can increase treatment efficacy and reduce adverse effects.

Integrating nutrition and lifestyle changes with medication may enhance treatment outcomes.

Muscle glycogen levels increased by approximately 80% after 1 hour of recovery for both caffeine and carbohydrate treatments.

Both caffeine and carbohydrate can effectively promote glycogen recovery in trained individuals.

Aging reduces skeletal muscle mass and sensitivity to anabolic effects of protein feeding and resistance exercise, leading to anabolic resistance.

Practitioners should focus on maintaining physical activity in elderly patients to counteract muscle loss.

Significant increases in fibre CSA require at least 6-7 weeks of regular resistive training at reasonably high intensity.

To achieve significant muscle growth, a training period of at least 6-7 weeks is necessary.

NAFLD is associated with an increased risk of fatal/non-fatal CVD events and other cardiac and arrhythmic complications.

Healthcare providers should consider the cardiovascular risks associated with NAFLD in their patients.

A single bout of lengthening muscle contractions activates satellite cells (SCs), with a peak increase of approximately 80% at 72 hours post-exercise compared to baseline.

Practitioners can utilize lengthening contractions in training to enhance muscle recovery and growth.

HGFA and HAI-1 proteins significantly increase from baseline to 24 hours post-exercise.

Increased levels of HGFA and HAI-1 may indicate enhanced muscle repair processes following exercise.

Understanding factors regulating muscle mass is crucial for counteracting muscle loss in clinical settings.

Future research should focus on strategies to prevent muscle loss, especially in older adults.

Loss of muscle mass results from a decrease in muscle protein synthesis and/or an increase in muscle protein degradation.

Understanding these mechanisms can help in developing targeted interventions for muscle preservation.

DSMT users had 14% reduced odds of any hospitalization compared to nonusers.

Implementing DSMT can significantly reduce hospitalization rates for newly diagnosed diabetes patients.

DSMT users had approximately $830 lower Medicare expenditures compared to nonusers.

DSMT can lead to significant cost savings for Medicare, benefiting both patients and the healthcare system.

DSMT users had lower numbers of hospitalizations and ED visits, approximately 3 fewer per 100.

Utilizing DSMT can lead to fewer hospital visits, improving patient quality of life.

Total body water (TBW) increased by 2.8% in the training group after 12 weeks of resistance training.

Resistance training may improve hydration status in older women.

Intracellular water (ICW) increased by 5.1% in the training group after 12 weeks of resistance training.

Resistance training can enhance intracellular hydration and health in older women.

ALT and AST levels decreased by 14.3% (P = .002) and 18.2% (P < .001) respectively, remaining stable until follow-up 12 weeks after the intervention.

Monitoring liver enzyme levels can help assess the effectiveness of exercise interventions in NAFLD.

Increased dietary protein and dairy intake resulted in increased P1NP to CTX and OPG to RANKL ratios in the high protein and high dairy group.

Higher protein and dairy intake may enhance specific bone health markers during weight loss.

A reduction in muscle protein synthesis (MPS) is the main mechanism that underpins lean body mass (LBM) loss early in energy restriction (ER) in adult men.

Practitioners should focus on maintaining MPS to preserve LBM during energy restriction.

There was no change in muscle protein breakdown (MPB) during energy restriction (ER).

MPB does not appear to be affected by short-term energy restriction in this population.

Increases in muscle size are similar irrespective of the time of day at which the training is performed.

Muscle hypertrophy can be achieved regardless of whether training occurs in the morning or evening.

Improvements in lipid homeostasis can lead to reciprocal changes in insulin sensitivity.

Improving lipid metabolism may enhance insulin sensitivity, suggesting dietary and lifestyle interventions should focus on lipid management.

A high body mass index is one of the strongest risk factors for new-onset chronic kidney disease (CKD).

Healthcare providers should monitor kidney health in patients with high BMI.

High-dose oral intake of N-acetyl-L-cysteine (NAC) significantly attenuates cellular oxidation associated with strenuous exercise.

NAC may be an effective nutritional intervention for reducing oxidative stress during strenuous exercise.