Dr. Rhonda Patrick's complete health and vitality protocols

Executive overview

Chronic low-grade inflammation is the upstream driver of most aging-related diseases — from cardiovascular events to neurodegeneration to cancer. The priority is building a daily routine that combines vigorous exercise, a tight eating window, and targeted supplementation to keep inflammation low and metabolic flexibility high.

The core insight: prioritise exercise and the metabolic switch above all other interventions — supplements complement but cannot substitute for them.

Exercise non-negotiables

• 5–6 hours of training per week across 4 sessions; two sessions combine 30 min heavy strength followed by 30 min HIIT, two are group HIIT with lighter loads
• Strength work: deadlifts, squats, front squats, cleans; working down to triples, doubles, and singles — not just hypertrophy, but building actual strength
• Two-minute rest intervals between heavy sets; drop sets after top sets
• 4–6 miles of running per week, weekend hikes with family; sessions are vigorous (≥80% max heart rate at peak), not easy
• Even 10 minutes of vigorous exercise improves executive function by ~14% and raises plasma serotonin — impulse control, mood, and focus all benefit
• Vigorous intermittent lifestyle physical activity (VILPA): unstructured bursts of ≥1 min, 3× per day (9 min total) are associated with 40% reduction in all-cause and cancer mortality, 50% reduction in cardiovascular mortality — even in non-exercisers
• 10 bodyweight squats every 45 min during a sedentary workday outperforms a 30-minute walk for blood glucose regulation
• Low cardiorespiratory fitness is as bad or worse for mortality as smoking or hypertension; moving from low to high fitness adds ~5 years life expectancy

Eating window and meal structure

• Target eating window: approximately 11 am to 7 pm most days (roughly 16 hours fasted)
• Stop eating 3 hours before bed: studies show significantly lower nocturnal blood pressure and a ~20% reduction in cardiovascular events; melatonin rise reduces insulin sensitivity and pancreatic output near bedtime
• Meals: quality proteins (wild salmon, pasture-raised chicken, grass-fed beef, turkey burgers) always paired with greens or vegetables; some oatmeal and whole-food starches; minimal ultra-processed carbohydrates
• Protein target: 1.2–1.6 g/kg body weight — focus on training first, let appetite regulate protein intake naturally
• Skipping breakfast is common but not rigid — train fasted when it feels right; eat before training if needed (especially on harder days or around the menstrual cycle)
• Starches before bed can improve sleep via serotonin precursors; avoiding eating close to bed is more important than the starch question

Visceral fat and insulin resistance

• Visceral fat (deep organ fat, not pinchable subcutaneous fat) is the high-risk target: doubles risk of early death, 44% higher cancer risk, constantly secreting pro-inflammatory compounds
• 70% of women over 50 and 50% of men over 52 have elevated visceral fat; waist circumference thresholds: ≥35 in (women), ≥40 in (men)
• Visceral fat does not respond to insulin — it continuously releases free fatty acids to the liver, causing hepatic insulin resistance and a vicious cycle of energy crashes and cravings
• Can gain visceral fat without gaining a pound — ultra-processed, high saturated-fat, high-sugar diet caused measurable visceral fat gain and brain insulin resistance in healthy young men in just 5 days
• Most powerful tools to reduce visceral fat: aerobic/HIIT exercise, caloric deficit, and stopping eating 3 hours before bed
• Cortisol dysregulation (chronic stress, sleep deprivation) also directly drives visceral fat accumulation

Gut health and inflammation

• Every meal causes transient gut permeability (tight junction opening); ultra-processed foods, saturated fat without a fiber matrix, and refined sugars cause a stronger LPS (lipopolysaccharide) response
• LPS entering circulation: binds to LDL particles → obscures ApoB → particles lodge in arterial walls → macrophages form foam cells → start of atherosclerosis
• LPS also triggers depressive symptoms and social withdrawal by activating brain inflammation; chronically elevated LPS is linked to inflammatory-driven depression (high CRP predicts poor SSRI response)
• L-glutamine (5 g daily, up to 15–20 g during illness exposure in divided doses) supports gut epithelial energy and T-cell activation; evidence is sparse in humans but mechanistically sound
• NAC (N-acetylcysteine): useful during illness exposure or travel; avoid daily use around training because high-dose antioxidants can blunt exercise adaptations; one study showed ~60% reduction in flu transmission

Supplement stack

• Omega-3 (EPA/DHA): highest-priority supplement; 2 g/day moves omega-3 index from low to high; resolves inflammation via resolvins/protectins; slows epigenetic aging clocks; 5-year life expectancy increase at high vs. low index; prescription lovaza/generic is clean and cost-effective
• Vitamin D3: 5,000–8,000 IU/day; required to convert supplemental D3 into active steroid hormone — magnesium deficiency blocks this conversion
• Creatine monohydrate: 10 g/day (split into two doses); baseline 5 g for muscle; increasing to 10 g for brain benefits — evidence shows creatine reduces cognitive impairment under stress (sleep deprivation, aging, TBI); 20–25 g acutely during travel/sleep deprivation; safe, most studied supplement
• Magnesium glycinate/bisglycinate: taken a couple of hours before bed for sleep; glycine component also supports sleep; exercise and chronic stress deplete magnesium (requirements up ~20% with high training volume)
• Multivitamin: three large RCTs (Cosmos trials) showed centrum silver in adults 65+ reduced global brain aging by 2.1 years and episodic memory aging by 4.9 years over one year
• Sulforaphane (avmacol/glucoraphanin precursor): activates NRF2 pathway; shown to increase benzene/acrolein excretion by ~60%; same enzymes detoxify BPA; increases plasma and brain glutathione
• Urolithin A (mitopure): stimulates mitophagy (mitochondrial cleanup); emerging RCT data on improved endurance and immune cell rejuvenation
• Ubiquinol (CoQ10): mitochondrial health; more stable in ubiquinone form but ubiquinol more bioavailable
• Nicotinamide riboside (NR): experimenting; interesting for mitochondrial and fertility support; not a top priority if budget is limited; omega-3 and creatine rank far higher
• Alpha-GPC (600 mg): useful for afternoon focus without caffeine; interestingly improves REM sleep; allows later workouts without impeding sleep

Metabolic switch and intermittent fasting

• The metabolic switch — transitioning from glucose to fat/ketone metabolism after ~11–12 hours fasted — activates fat burning, autophagy, DNA repair, and ketone production
• Beta-hydroxybutyrate increases GABA, balances glutamate/GABA ratio, and improves focus and calm — Mattson study showed 20% cognitive improvement on 5:2 fasting vs. caloric restriction alone
• Fasting is not the only path: vigorous exercise also drives the metabolic switch; combining both amplifies the effect
• Muscle loss risk during IF is negligible if resistance training is maintained; protein intake within the eating window compensates
• Exercise offsets much of the inflammation and insulin resistance from a single night of poor sleep — people meeting physical activity guidelines who sleep <7 hours have similar mortality to adequate sleepers

Sauna and heat exposure

• 5 nights/week, ~20 minutes at 180°F (or equivalent hot tub use); deliberate heat exposure benefits are similar across sauna and hot tub
• Benefits accumulate with frequency; early sauna literature had small n's but observational data has strongly validated the protocol since

Practical posture on evidence and experimentation

• Framework for any supplement or intervention: (1) Is it safe? (2) Do you want to be in the experimental or control group? (3) Can you afford to be in the experimental group?
• Small studies should not be ignored — they are part of the picture alongside animal data and observational epidemiology; wait for convergence across multiple lines of evidence
• Understanding mechanism, even roughly, embeds the behavior and provides a logic for adapting when circumstances change