In this one, a phenotype-tailored lifestyle intervention was associated with further improvements in measures of body composition and triglycerides compared with a standard lifestyle intervention.
- This 12-week, single-centre non-randomised proof-of-concept clinical trial included men and women aged 18–65 years with a body mass index (BMI) greater than 30 without history of any bariatric procedure, and current use of any medication known to affect weight.
- Participants were assigned to their intervention based on their period of enrollment.
- In the first phase, participants were assigned to a standard lifestyle intervention involving a low-calorie diet, moderate physical activity, and weekly behavioral therapy sessions.
- In the second phase, other participants were assigned to phenotype-tailored lifestyle intervention according to phenotype:
Abnormal satiation phenotype (characterised by an abnormal fullness): participants were instructed to restrict their meals to one or two per day with a volumetric, high fiber diet.
Abnormal satiety phenotype (characterised by accelerated gastric emptying and increased postprandial hunger): participants were instructed to have three meals per day with a pre-meal protein supplement.
Abnormal emotional eating phenotype (characterised by negative mood, high anxiety, and reward-seeking behaviors in relation to negative and positive emotions):
participants were instructed to follow a standard diet (the same as that used in the standard life intervention), avoid snacks...
...and participate in a 12-session intensive behavioral group therapy co-led by two clinical health psychologists with expertise in weight management along with weekly check-in with their wellness coach.
Abnormal resting energy expenditure phenotype (characterised by reduced REE, and muscle mass):
participants were instructed to follow a standard diet (the same as that used in the standard life intervention)...
...plus a post-work-out protein supplementation and to engage in at least 30 min of high-intensity interval training four to five times per week, with a weekly check-in with their physical therapist.
- Participants in the phenotype-tailored lifestyle intervention group not only lost more weight but also had greater decrease in waist circumference, fat mass, gastric emptying, anxiety score, and triglyceride levels compared to the standard lifestyle intervention group.
- They also had a greater increase in lean mass percentage and a lower reduction in REE.
Phenotype tailored lifestyle intervention on weight loss and cardiometabolic risk factors in adults with obesity: a single-centre, non-randomised, proof-of-concept study
This one not only brings forth evidence that challenges the current crossover concept, it also suggests that low-carb diets may also reverse features of pre-diabetes and future metabolic disease risk.
- The article (mostly) used data from these two papers:
- The data from these studies sheds doubt to the popular concept that human athletes are unable to extract any meaningful degree of energy from fat oxidation during exercise at intensities >85%VO2max.
In this one, high intakes of seafood, and particularly small fish rich in n-3 fatty acids, was associated with a lower risk of 10-year fatal and non-fatal cardiovascular disease risk in Greek adults with a mean age of 45.2 years.
- Less than one-10th of the study participants consumed >1 serving of small fish rich in n-3 fatty acids per week.
- Participants who consumed >2 servings per week of seafood had at least 27% decreased risk of developing CVD and 74% lower 10-year risk of dying due to CVD.
Interestingly, using NMR spectroscopy, this one suggests that newly manifest type 2 diabetes-associated dyslipoproteinemia does not significantly change the total concentrations of the lipoproteins produced in the liver, but selectively their subclass distributions.
- In the present study, German long time blood donors that were assumed to be healthy according to the rules applying for blood donors were examined.
Impaired fasting glucose, impaired glucose tolerance or manifest type 2 diabetes were not known for this group before they were included in this study.
In this one, 3 isocaloric meals with different macronutrient compositions showed different postprandial metabolic profiles, with postprandial exercise altered substrate oxidation and preventing hyperglycemia induced by an high-carbohydrate meal.
- The study aimed to assess the collective effects of 3 isocaloric meals: higher in carbohydrate (74.2% energy), fat (64.6% energy), or protein (39.5% energy) on energy expenditure and clinical and metabolomic biomarkers in men with normal weight or overweight/obesity.
- The 3 isocaloric diets varying in macronutrients showed distinctive postprandial metabolic profiles, while exercise altered substrate oxidation and inhibited the hyperglycemia induced by the higher-carbohydrate meal.
This systematic overview suggests that the literature overall confirms the existence of the physical activity paradox in healthcare workers.
- The physical activity paradox states that even though leisure-time (particularly moderate-to-vigorous) physical activity promotes health, more relative time spent on (particularly moderate-to-vigorous) physical activity during work seems to impair health.
- This systematic overview found that, in healthcare workers, occupational physical activity is primarily conducted at light to moderate-intensity and leisure-time physical activity at light- to high intensity.
This one found no differences in the postprandial rise in muscle protein synthesis rates following ingestion of 30g protein provided either as cheese or as milk protein at rest or during recovery from exercise in healthy, young males.
- The study compared the impact of ingesting 30g protein provided in the form of cheese or milk protein concentrate on postprandial muscle protein synthesis rates in vivo in 20 healthy, young males.
- An increase in circulating amino acid concentrations following the ingestion of 30g protein provided either as cheese or milk protein was observed.