Protocols & Stacks as Reviewable Objects (60)

The premier evidence-based physical longevity framework. Systematically optimizes the two greatest clinical predictors of human healthspan: top-decile cardiorespiratory VO2 Max and structural musculoskeletal power, supported by rigorous ApoB eradication and DEXA surveillance.

Flawless behavioral sleep optimization stack with virtually zero financial cost. Restores slow-wave deep sleep and glymphatic brain waste clearance.

The premier clinical cellular redox protocol combining the full GlyNAC stoichiometric engine, sulforaphane Nrf2 phase II induction, and alpha-lipoic acid catalytic recycling to eliminate systemic inflammaging and restore youthful intracellular glutathione.

The definitive clinical lipidology stack designed by world-renowned lipidologist Dr. Thomas Dayspring. Directly targets atherogenic particle retention with rigorous ApoB surveillance (target <60 mg/dL, <40 mg/dL for documented CAD), non-contrast CAC arterial calcification staging, low-attenuation plaque suppression via Aged Garlic Extract, AMPK/HMG-CoA modulation via Citrus Bergamot, and mandatory mitochondrial protection with Ubiquinol.

A rigorous aerobic framework dedicated to maximizing cardiorespiratory fitness—the single greatest clinical predictor of all-cause mortality. Combines 80% low-intensity Zone 2 base training with 20% Norwegian 4x4 VO2 Max intervals.

A clinically validated neuro-longevity protocol designed by Dr. David Perlmutter that halts tau hyperphosphorylation, clears neuro-inflammatory glial ROS, blocks NMDA excitotoxicity, and promotes BDNF/NGF synaptic neurogenesis.

An advanced mitochondrial bioenergetics stack coupling chemical electron donors (Methylene Blue, CoQ10/Ubiquinol, NAD+ precursor NR) with 660nm/850nm photobiomodulation to maximize oxygen consumption, ATP output, and brain connectivity.

An evidence-grounded nutritional biochemical stack targeting endogenous cytoprotection, DNA repair, phospholipid omega-3 transport across the blood-brain barrier, and heat shock protein elevation.

Synthesized directly from the National Institute on Aging (NIA) Interventions Testing Program—the gold standard in reproducible mammalian lifespan extension studies across multiple genetically heterogeneous mouse cohorts.

Landmark JBMR RCT-validated protocol by Prof. Belinda Beck (The Bone Clinic / Griffith Univ). Employs high-intensity heavy progressive axial loading (5x5 deadlifts/squats/presses at 80-85% 1RM) and high strain-rate vertical hops to trigger active osteoblastogenesis (+2.9% spine, +1.5% femoral neck BMD accretion in osteopenic adults), supported by microcrystalline hydroxyapatite with boron and low-intensity vibration.

World-class evidence-based longevity stack focusing on cellular cytoprotection: utilizing Heat Shock Protein transcription, Nrf2 phase-II detoxification, high-dose phospholipid EPA/DHA, and vigorous cardiorespiratory fitness.

Based on the landmark TRIIM human clinical trial (Thymus Regeneration, Immunorestoration, and Insulin Mitigation) which achieved a 2.5-year reversal in epigenetic biological age (GrimAge) and regenerated functional thymic tissue.

Dedicated intervention protocol engineered specifically to slow the DunedinPACE DNA methylation rate-of-aging metric, proven in the CALERIE trial to predict multi-system physiological decline, dementia, and premature mortality.

A clinical framework treating skeletal muscle not merely for athletics, but as the human body's primary metabolic sink, glucose disposal organ, and amino acid reservoir for survival and longevity.

Optimized nutritional sleep neuro-stack designed to cross the blood-brain barrier, accelerate GABAergic relaxation, induce SCN hypothermia, and extend slow-wave deep sleep.

The premier periodic cellular rejuvenation protocol engineered by Dr. Valter Longo and Mayo Clinic geroscience researchers. Combines cyclic 5-day Fasting Mimicking Diet cycles with pulsed flavonoid senolytics (Fisetin and Quercetin) and basal autophagy agonists (Urolithin A and Spermidine) to clear senescent cells, purge dysfunctional mitochondria, and stimulate multi-system stem cell renewal upon refeeding.

A clinical-grade cardiorespiratory and muscular bioenergetics stack combining 3-4 hours of weekly Zone 2 aerobic base, maximum-effort 4x4 VO2 Max intervals, creatine monohydrate PCr buffer replenishment, and high-dose EPA/DHA.

The evidence-based gold standard for muscle retention and myofibrillar hypertrophy. Utilizes progressive overload across 10-20 weekly sets per muscle group to overcome age-associated anabolic resistance.

Formulated from the research of former Buck Institute CEO Dr. Brian Kennedy (National University of Singapore), integrating clinical biomarker tracking with synergistic small molecules to re-balance nutrient sensing.

Developed by Dr. Daniel Craighead at UC Boulder and validated by Mayo Clinic trials. Combines High-Resistance Inspiratory Muscle Strength Training (30 breaths/day at 75% PImax dropping systolic BP by -9 mmHg and boosting FMD by +45%), Isometric Handgrip holds, cocoa epicatechin, and Aged Garlic Extract to restore youthful arterial elasticity, reduce central pulse wave velocity, and halt coronary soft plaque progression.

Focused circadian alignment protocol designed to reset the suprachiasmatic nucleus every single morning without supplements.

The complete pharmacological longevity stack pioneered by Harvard geneticist Dr. David Sinclair, combining salvage-pathway NAD+ precursors, plant-derived STAC sirtuin-activating compounds, and methyl-donor protection.

A clinical immunology framework designed to expand suppressive FoxP3+ regulatory T-cells, inhibit pathogenic Th17 autoimmune cascades, and resolve chronic sterile low-grade inflammaging.

Engineered from the molecular discoveries of Buck Institute President Dr. Eric Verdin, focusing on how hyperacetylation of mitochondrial enzymes cripples bioenergetics during aging, and how NAD+ repletion restores SIRT3 enzymatic activity.

The canonical Huberman morning protocol: 10-15 minutes of direct solar photon exposure, cold water immersion hormesis, and delayed caffeine to prevent the afternoon adenosine crash.

A clinically researched nutritional and functional medicine protocol created by clinical professor Dr. Terry Wahls to reverse secondary progressive neurological disability through targeted micronutrient saturation for mitochondria and myelin.

Pioneered by Prof. Maiken Nedergaard (Univ of Rochester) and Dr. Li-Huei Tsai (MIT), targeting nocturnal convective CSF-ISF turnover and slow-wave sleep synchronization. Leverages lateral decubitus positioning (+25% glymphatic flow), 40 Hz auditory/visual entrainment (GENUS microglial clearance), transcranial NIR photobiomodulation, and medical micropore mouth taping to clear neurotoxic amyloid and tau aggregates.

Master neurobiology routine optimizing circadian phase-locking, autonomic balance, and dopaminergic focus with zero expensive equipment required.

A functional medicine master architecture addressing the hallmarks of aging through whole-food nutrient density, mitochondrial revival, hormetic stressors, and selective phytonutrient pulsing.

The neurobiological framework developed by Stanford neurobiologist Andrew Huberman to optimize the two-step neuroplasticity cycle: high-focus acetylcholine/epinephrine mobilization during work bouts, followed by NSDR/deep sleep synaptic consolidation.

Based on decades of isotope tracer human trials at McMaster University by Dr. Stuart Phillips, confirming that resistance exercise performed to proximity of muscular failure drives equivalent muscle protein synthesis across various rep ranges.

Top-tier metabolic health architecture combining real-time continuous biosensors with actionable meal sequencing, postprandial GLUT4 clearance, and mitochondrial glucose oxidation.

Targeted neuro-endocrine calming stack designed to suppress nocturnal cortisol spikes, dampen sympathetic overdrive, lower core body temperature, and accelerate sleep onset latency without grogginess.

The most comprehensively quantified biological age reversal regimen in medical history. Integrates whole-body photobiomodulation, daily resistance and HIIT conditioning, continuous biomarker surveillance, and caloric restriction, offset by grueling time commitments and high pill burden.

On-demand physiological autonomic brake leveraging the phrenic nerve and pulmonary alveoli to rapidly downshift from sympathetic fight-or-flight to parasympathetic calm.

Fast-acting insulin-sensitizing routine. Clears hepatic glycogen, restores peripheral insulin responsiveness, rescues mitochondrial fatty acid oxidation, and suppresses systemic inflammaging.

The clinically validated metabolic and nutritional framework designed to optimize cerebral perfusion, support synaptic trophic factors, resolve chronic neuroinflammation, and clear toxic proteomic aggregates.

Based on the research of biogerontologist Steven Austad, exploring how longest-lived animal species resist environmental toxins, protein oxidation, and metabolic instability through systematic, intermittent cellular stress inoculation.

A clinical biology protocol focused on mitigating replication-associated telomeric loss, suppressing oxidative single-strand DNA breaks at TTAGGG hexamer repeats, and supporting shelterin complex chromosomal stabilization.

Acute intervention protocol for middle-of-the-night insomnia, utilizing lateral eye movements, physiological sighs, and non-sleep deep rest (NSDR) to re-enter sleep.

High-performance morning neurobiology routine that phase-locks the master circadian clock, floods the brain with catecholamines, and sets up sustained 90-minute focus bouts.

Modeled after the multi-center clinical trial design of the TAME (Targeting Aging with Metformin) initiative, evaluating the capacity of biguanides to delay the onset of age-associated chronic disease clusters.

Stanford landmark RCT-backed protocol co-developed by Dr. Justin Sonnenburg and Dr. Andrew Huberman. Combines 6 daily servings of fermented foods, pasteurized Akkermansia muciniphila (Amuc_1100), targeted colon-release tributyrin, and zinc carnosine to seal intestinal tight junctions, elevate microbial alpha-diversity, and extinguish systemic inflammaging.

Potent zero-cost neuro-autonomic reset protocol leveraging cyclic hyperventilation, controlled hypoxic retention, and cold shock immersion to elicit a massive anti-inflammatory IL-10 surge and train vagal flexibility.

Simple, high-impact non-exercise activity thermogenesis (NEAT) routine clearing postprandial glucose via non-insulin mediated muscle contractions.

The first lifestyle intervention clinically proven in randomized controlled trials to reverse coronary atherosclerosis and lengthen human leukocyte telomeres through low-fat whole-food plant nutrition, moderate exercise, and stress management.

Clinically structured protocol from physician-scientist Dr. William Li targeting the 5 core biological defense mechanisms: angiogenesis homeostasis, stem cell regeneration, microbiome diversity, DNA repair, and immune surveillance.

Grounded in NASA biomechanics (Bhattacharya et al.), Cochrane review data (Bieuzen et al.), and Földi's Textbook of Lymphology. Integrates 70-100 mmHg sequential pneumatic compression boots (+45% venous velocity), vertical rebounding (accelerating lymphatic flow up to 15x with 87% lower joint shock), centripetal dry brushing, and 3:1 hot-to-cold hydrostatic vascular contrast flushing to clear interstitial edema and accelerate metabolite elimination.

Pioneering epigenetic reprogramming and NAD+ restoration protocol combining NMN, Sirtuin activators, intermittent fasting, and DunedinPACE speed-of-aging tracking to drive cellular longevity.

A comprehensive, evidence-based nutrition framework synthesizing thousands of peer-reviewed nutritional studies to maximize dietary fiber, nitric oxide pre-cursors, sulforaphane, and polyphenolic antioxidants.

Cognitive architecture protocol anchoring 90-minute ultradian focus blocks with visual fixation drills and strategic micro-rest periods.

A comprehensive endocrine optimization stack combining botanical LH/SHBG modulators (Tongkat Ali, Ashwagandha), heavy axial multi-joint resistance loading, and early morning solar photon exposure to safely maximize free and total testosterone.

Targeted intervention protocol prioritizing the repair of intestinal zonulin tight junctions, prevention of systemic endotoxemia (LPS leakage), and preservation of the protective vascular endothelial glycocalyx.

Engineered from UCL Institute of Ophthalmology clinical trials by Prof. Glen Jeffery, combining weekly 670nm morning deep-red light (re-energizing aged retinal Cytochrome c Oxidase by +20% contrast sensitivity), AREDS2-validated triple carotenoids (lutein, meso-zeaxanthin, zeaxanthin), astaxanthin, and the 20-20-20 ciliary muscle reset to protect macular pigment density and prevent age-related vision decline.

Rigorous 10-hour daytime eating window protocol that aligns peripheral hepatic and pancreatic gene expression with the central suprachiasmatic nucleus (SCN), maximizing nocturnal autophagy and glycemic stability.

Multimodal clinical trichology protocol combining weekly 0.8-1.0mm dermastamp microneedling (4x greater hair regrowth via Wnt/beta-catenin and VEGF activation, Dhurat et al.), 655nm red light helmet photobiomodulation (+35% terminal hair density, Jimenez et al.), standardized rosmarinic acid serum, and oral saw palmetto + pumpkin seed oil to arrest miniaturization and stimulate robust follicular anagen re-entry.

The quintessential biohacking triad: combining Pulsed Electromagnetic Field (PEMF) cellular recharging, full-body Photobiomodulation (PBM), and Hyperbaric Oxygen Therapy (HBOT) / EWOT to optimize microcirculation, mitochondrial respiration, and cellular voltage.

Mental resilience and brown fat activation protocol utilizing deliberate cold water immersion and natural shivering recovery (the Søberg principle) to maximize metabolic burn.

Evidence-based protocol imported from LongevityReviews for goal: Top evidence-backed supplements and habits for cognitive longevity and focus

Foundational baseline longevity protocol balancing natural circadian entrainment with steady-state aerobic conditioning.