How do I lower my risk of metabolic syndrome?

Our read is that metabolic syndrome, a constellation of five conditions including increased blood glucose and abdominal obesity, is well-supported to be lowered through various metabolic approaches.

Experts suggest that dietary choices, exercise, and understanding individual metabolic markers are crucial for prevention and management.

While some dietary components are highlighted as detrimental, others are noted for their potential benefits in improving metabolic health.

Physicians can use body fat percentage, visceral fat, and oral glucose tolerance test results, which are more informative than BMI, according to Peter Attia. Achieving metabolic health is defined by having five key markers in a 'sweet spot', as stated by Paul Saladino. Improvements in blood glucose and lipid markers can occur quickly with exercise and calorie control, even with 5% weight loss, notes Andrew Huberman. Paul Saladino also suggests that adding carbohydrates to the diet can improve metabolic markers like lowering fasting blood sugar.

• 01Andrew Huberman states that long-term adaptation to fat utilization can decrease carbohydrate metabolism efficiency (2x).
• 02Paul Saladino notes that elevated fasting blood sugar, high triglycerides, or low HDL cholesterol indicate underlying metabolic disease in individuals who die from coronavirus.
• 03Peter Attia claims that fructose metabolism activates metabolic processes that lead to diabetes, obesity, and hypertension, driven by a side chain reaction rather than just its caloric content.
• 04Peter Attia suggests that metabolic approaches may be key in treating cancers by preventing metabolic escape or augmenting immune activity.
• 05Peter Attia indicates that metabolites can act as epigenetic drivers and signaling molecules, influencing epigenetic regulation.
• 06Paul Saladino states that ceramides strengthen fat cell membranes but contribute to insulin resistance.
• 07Paul Saladino claims that damage to the endothelium and impaired repair mechanisms are the primary drivers of arterial issues, not LDL.
• 08Rhonda Patrick notes that severe emotional stress can cause significant metabolic changes, including weight gain and a change in metabolism, leading to conditions like metabolic syndrome.
• 09Peter Attia (2x) highlights NAD+ as a critical intermediary metabolite with two main roles: participating in redox reactions and serving as a substrate for over 600 enzymes involved in metabolism.
• 10Paul Saladino states that pregnancy can reveal underlying insulin resistance, cardiovascular disease, gestational hypertension, or preeclampsia.

Andrew Huberman argues that the idea that 'a calorie is a calorie' is incorrect when mitochondrial function is inhibited. Paul Saladino states that sedentary lifestyles and sleep deprivation negatively affect metabolic health, and that fear of blood sugar spikes and insulin is harmful for humans in the long run. Bryan Johnson claims that ingesting 60g of sugar contributes to the development of metabolic syndrome. Paul Saladino also suggests that excess polyunsaturated fats are a primary driver of metabolic dysfunction, metabolic syndrome, and diabetes. Peter Attia notes that refined starches and sugars negatively affect biology by raising insulin, promoting fat storage, increasing hunger, affecting brain chemistry, locking fat in cells, and slowing metabolism. Paul Saladino claims that consuming sodas with high fructose corn syrup, caramel coloring, and other additives can lead to obesity, diabetes, unhappiness, and irritability. Paul Saladino (2x) states that most individuals do not want to be in a constant state of ketosis, as muscle insulin sensitivity and glucose disposal are desirable for metabolic health. Paul Saladino (2x) also claims that caloric restriction only improves metabolic function in obese humans, and there are no good human trials showing benefits for otherwise healthy individuals. Andrew Huberman notes that trans fats are harmful because the trans double bond cannot be broken down by vertebrate desaturases, leading to accumulation in arteries and the liver and causing chronic metabolic disease and insulin resistance. David Sinclair suggests that SIRT1 plays a minor role in metabolism and is not the key mediator of NAD. Paul Saladino states that stacking multiple drugs like lisinopril and diuretics to manage progressive health issues without addressing underlying causes can lead to poor health outcomes, such as heart attacks, even when taking medications. Paul Saladino also notes that Chris Palmer experienced metabolic problems in his late 20s, including elevated blood pressure, decreased HDL cholesterol, and high triglycerides, which he now attributes to following an ultra low-fat diet.

The verdict could change if there were new findings clarifying the precise reasons why ectopic fat accumulation leads to metabolic dysfunction, or if the differences in metabolic health outcomes between visceral and subcutaneous fat were better understood, as noted by Peter Attia. Further understanding of why some individuals consume high carbohydrates without adverse effects, as mentioned by Paul Saladino, could also alter recommendations. Rhonda Patrick suggests that individuals with good fasting insulin and blood glucose levels may still benefit from a ketogenic diet, indicating an area of uncertainty that could shift the verdict with more definitive evidence.