How do I lower my risk of insulin resistance?

Our read is that insulin resistance is a central factor in various health problems, including metabolic syndrome, and can progress to serious physiological issues like vascular damage and cardiovascular disease.

Our read is that addressing insulin resistance requires attention to diet, sleep, and stress, as these factors significantly influence glucose and insulin regulation.

Our read is that assessing cardiovascular risk should include specific markers beyond a standard lipid panel to identify insulin resistance.

Our read is that the order of macronutrient consumption within a meal influences insulin and glucose secretion. Bryan Johnson's diet is designed for glycemic control. Animal fats like tallow, ghee, and butter are preferred over high-linoleic acid oils due to their low linoleic acid content. Avoiding artificial sweeteners like Stevia, saccharin, Ace K, aspartame, and sucralose may be beneficial. Optimizing sleep by avoiding dim light exposure during sleep can positively impact morning blood glucose levels. Managing stress is also important.

• 01Our read is that insulin influences nitric oxide production, vasodilation, water retention, salt signaling, and neuron conductivity (Rhonda Patrick).
• 02Our read is that age-related insulin resistance leads to elevated glucose levels, impaired glucose transport into nervous tissue, increased insulin release, and subsequent desensitization of insulin receptors, contributing to metabolic syndrome (Peter Attia).
• 03Our read is that the order of macronutrient consumption within a meal influences the rate of insulin and glucose secretion and their subsequent rise in blood (Andrew Huberman, 6x).
• 04Our read is that assessing cardiovascular risk should include ferritin, GGT, hs-CRP, fasting insulin, C-peptide, and proinsulin, in addition to a lipid panel (Peter Attia, Paul Saladino, 3x).
• 05Our read is that lack of sleep requires approximately double the amount of insulin to achieve the same level of glucose uptake in muscle cells compared to adequate sleep (Peter Attia, 2x).
• 06Our read is that Bryan Johnson's diet is designed for glycemic control (Bryan Johnson, 3x).
• 07Our read is that breakdown products of linoleic acid, such as 4-HNE and 13-HODE, are associated with pathological fat cell phenotypes and insulin resistance (Paul Saladino, 12x).
• 08Our read is that exposure to dim light during sleep can negatively disrupt morning blood glucose levels (Andrew Huberman, Rhonda Patrick, 8x).
• 09Our read is that animal fats like tallow, ghee, and butter are preferred over high-linoleic acid oils due to their low linoleic acid content (Paul Saladino, 3x).
• 10Our read is that systemic insulin resistance is distinct from the normal physiological glucose sparing observed in muscle on low-carb diets (Paul Saladino, 7x).
• 11Our read is that artificial sweeteners like Stevia, saccharin, Ace K, aspartame, and sucralose can disrupt gut flora communication and potentially lead to imbalances and glucose intolerance (Paul Saladino, 3x).
• 12Our read is that young insulin-resistant individuals have impaired glucose uptake into muscle glycogen due to increased ectopic fat in myocytes (Peter Attia, 3x).
• 13Our read is that diabetes and rising blood sugars are primarily caused by inappropriate gluconeogenesis from the liver being resistant to insulin's signals, not by excessive sugar intake (Peter Attia, Paul Saladino, 6x).
• 14Our read is that stress can impact cardiovascular health by activating the sympathetic nervous system, increasing heart rate, blood pressure, and cortisol release, leading to insulin resistance, visceral fat deposition, and chronic inflammation (Peter Attia, 1x).

Our read is that some experts suggest that simply reducing carbohydrate intake may overlook the root causes of insulin resistance. Paul Saladino notes that insulin resistance is a central factor binding together various health problems, but its root causes are often overlooked in favor of simply reducing carbohydrate intake. He also states that current advice for diabetics and individuals on ketogenic diets often fails to address the limitation of linoleic acid, which is a primary contributor to broken fat cells and metabolic issues. Paul Saladino also suggests that diabetics should avoid artificial sweeteners, particularly with carbohydrates, due to negative impacts on glucose tolerance and insulin sensitivity. Peter Attia notes that raising fatty acids in humans leads to insulin resistance by interfering with insulin activation of glucose transport. Paul Saladino also indicates that cardiology may miss people by focusing only on LDL and not checking insulin resistance metrics. Bryan Johnson highlights that a Big Mac's added sugars and ultra-processed carbohydrates can lead to increased hunger, an extreme insulin and sugar spike, and a mood plunge.

Our read is that further research on the specific mechanisms by which various dietary components, sleep patterns, and stress impact insulin signaling and receptor function would change the verdict. Additionally, more studies on the long-term effects of different exercise interventions, such as 'exercise snacks,' on insulin sensitivity could refine recommendations. Clarification on the interplay between high uric acid levels and insulin resistance would also be beneficial.