This Method Shrinks All 3 Types of Belly Fat (insanely fast)

DeLauer emphasizes that many people focus solely on zone 2 for mitochondrial health, but the flux between zones is critical for fat remodeling. He notes that this protocol can 'spearhead' the conversion of bad belly fat to good belly fat without requiring a lifetime of exercise. The nasal breathing during zone 2 is added to boost nitric oxide, which further supports mitochondrial function. This approach is designed to make subsequent dietary interventions (like fasting) much more effective because the fat tissue is primed to release stored energy.

DeLauer clarifies that this is not just about activating brown fat (which burns energy for heat) but about transforming regular jiggly belly fat into the good remodeled type. He says the mitochondrial uncoupling from thermal flux teaches the mitochondria to dissipate energy, which paradoxically makes them more efficient over time. He stresses that you don't need to do this daily; a couple of times a week is sufficient to see changes in fat quality.

DeLauer cites a study from Lasers in Surgery and Medicine showing a 35% boost in mitochondrial function in subcutaneous fat. He positions this as a low-effort, high-impact tool that can explain why some people lose fat everywhere except the belly—their belly fat mitochondria were underactive. Once the mitochondria are activated by light, fasting and diet become much more effective at reducing belly fat. He recommends it as part of a stacked stressor approach.

DeLauer frames this as an advanced toolkit. He suggests that the more you stack these stressors, the more effective they are on mitochondria. He specifically mentions alternating high intensity interval training with relaxation, and using CO2 breathwork to trigger parasympathetic recovery. This oscillation between stress and recovery is key to remodeling fat without burnout.

DeLauer calls this a 'metabolic micro fast' and recommends it as an easy entry point. He says it 'teases' the body with food then deprivation, which is a potent mitochondrial stimulus. Adding a workout amplifies the effect. He suggests it can be done a few times a week and is 'super duper effective'.

DeLauer presents these supplements as an advanced addition to the lifestyle protocols. He emphasizes that once you have more mitochondria in your fat (from exercise, light, etc.), these supplements make the fat-burning process more efficient. Carnitine ensures fat gets into the mitochondria, CoQ10 helps it burn inside, and urolithin A keeps the mitochondrial population healthy. Berberine further pushes the body toward mitochondrial production. He suggests this stack can overcome the 'stuck' belly fat that resists diet and exercise.

DeLauer describes a study in Nature Metabolism that compared people with the same amount of belly fat: one group were lifetime exercisers, the other sedentary. Despite identical fat mass, the exercisers' fat had more capillaries, less collagen (making it less 'permanent'), lower pro-inflammatory signaling, and significantly more mitochondria. This meant the fat was in a state of dynamic turnover—storing and releasing energy readily. He argues that this explains why some people who exercise still carry belly fat but are metabolically healthier, and why once you convert your fat to this type, diet and fasting become far more effective at burning it. The key insight is that you don't need a lifetime of exercise to achieve this; targeted interventions can remodel fat relatively quickly.

DeLauer uses this statistic to argue that the goal should not just be weight loss but specifically reducing visceral fat and converting subcutaneous fat into the remodeled type. He notes that upper body fat is problematic mainly because it correlates with higher visceral fat, not because subcutaneous upper body fat is inherently harmful. This reframes the approach to belly fat: improve fat quality and reduce visceral fat, rather than simply losing pounds.

DeLauer explains that most people think of mitochondria in muscle or brain, but fat cells also contain mitochondria. Increasing mitochondrial density and function in fat makes it more like the 'good' remodeled fat, enabling better fat burning during fasting or diet. He recommends 10–15 minutes of red/near infrared light daily on the belly area. This could explain why some people struggle to lose belly fat despite overall fat loss—their belly fat mitochondria were underactive. The light therapy is presented as a low-effort way to kickstart the remodeling process.

DeLauer suggests that by eating breakfast, then skipping lunch and doing a short workout, you create a temporary energy deficit that activates AMPK and triggers mitochondrial biogenesis in fat cells. This 'teasing' of the body with food then deprivation mimics some of the benefits of longer fasts without the difficulty. He notes it's especially effective for beginners and can be done a few times a week.