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Goal Explorer
Start from an outcome — muscle growth, fat loss, longevity, cognition, healing — and see the compounds that target it.
♾️ Longevity & Anti-Aging (120)
Preclinical senolytic and oncology research activity
Preclinical senolytic and oncology research activity
Preclinical senolytic candidate
Selective senescent-cell apoptosis in susceptible cell types
Selective senescent-cell apoptosis in susceptible cell types
Preclinical senescent-cell apoptosis induction
Aging biology, resilience, and durable cellular-function support
Senescent-cell killing and aging-dysfunction improvement in models
Preclinical senolytic/cytotoxic research positioning
May reduce fine lines and support dermal-epidermal junction integrity
GLS1-dependent senolysis positioning; oncology metabolism research
Preclinical senolytic candidate
Preclinical senolytic/oncology research positioning
Senescent-cell clearance positioning, especially when paired with quercetin
Senolytic screen candidate
Senescent-cell killing reported in preclinical screens
Senescent-cell apoptosis with reduced platelet BCL-xL toxicity concept
Potential senescent-cell reduction and anti-inflammatory longevity positioning
Preferential senescent-cell killing in preclinical systems
Senescent-cell survival pathway disruption in models
Research HSP90 senolytic scaffold
Context-dependent senolytic/oncology research positioning
Senescent-cell survival pathway disruption in models
Targeted senolytic with reduced systemic platelet toxicity concept
Potent senescent-cell killing in models
Context-dependent senolytic and cancer research positioning
Preclinical senescent-cell killing candidate
May improve firmness, barrier feel, and visible wrinkle tone
May improve wrinkles and firmness, especially in Matrixyl 3000-style formulas
May support collagen remodeling and improve fine lines/skin firmness
Potential senescent-cell apoptosis and anti-cancer/longevity research positioning
Senolytic and senomorphic longevity positioning
Preclinical senolytic candidate
Context-dependent senolytic/oncology research positioning
Targeted senescent-cell elimination in preclinical models
May improve skin firmness, texture, and wrinkle appearance through collagen/ECM support
Local senescent-cell clearance for osteoarthritis research
Senescent-cell reduction for retinal disease positioning
Senescent-cell reduction for retinal disease research
Cell-type-dependent senolysis where BCL-2 dependence is high
Vascular support and endothelial function positioning
Immune and geroprotective positioning
May provide stronger neuroprotection than parent HNG in experimental models
Cellular resilience and longevity positioning
Cardiac support positioning
Cellular stress-resilience support
Aging biology, resilience, and durable cellular-function support
Metabolic and cellular resilience positioning
Immune and aging-support positioning
Potential exercise-endurance and metabolic signaling enhancer in preclinical models
May modestly support vascular function, fatigue resistance, and muscle signaling
Geroprotective and circadian/aging-support positioning
Supports pineal gland functional activity and adaptive restoration
Senescent-cell apoptosis positioning
May support cardiometabolic, bone, and cellular-stress pathways; effects are modest
Aging biology, resilience, and durable cellular-function support
Cellular protection and metabolic resilience positioning
Enhanced cytoprotective and neuroprotective signaling
Neuroprotective and longevity positioning
May improve mitochondrial energy metabolism and fatigue in primary mitochondrial disease research
Appetite, glucose, weight, and metabolic regulation
May support DNA-repair/epigenetic longevity biology in preclinical systems
Metabolic flexibility and exercise-response positioning
Speculative longevity/repair signaling with improved stability relative to unmodified epitalon
Aging biology, resilience, and durable cellular-function support
May improve glucose homeostasis, insulin resistance, microvascular perfusion, cardiac function and exercise capacity
Aging biology, resilience, and durable cellular-function support
Neuroprotective and cognitive-aging support
Aging biology, resilience, and durable cellular-function support
Improved exercise capacity and skeletal-muscle insulin sensitivity in obese mice
Aging biology, resilience, and durable cellular-function support
Aging biology, resilience, and durable cellular-function support
Aging biology, resilience, and durable cellular-function support
Aging biology, resilience, and durable cellular-function support
Aging biology, resilience, and durable cellular-function support
Healthy aging and cellular cleanup positioning
Aging biology, resilience, and durable cellular-function support
Mitochondrial function support
Cellular defense, detoxification and anti-inflammatory positioning
Healthy-aging support positioning
Immune rebalancing and immune-aging support positioning
Mitochondrial renewal and muscle endurance support
Muscle and metabolic health positioning
Vascular/endothelial support positioning
Immune and aging-support positioning
May enhance mitochondrial biogenesis and oxidative metabolism in preclinical models
Epigenetic research tool with cognition implications
Metabolic health and lifespan-extension research positioning
Energy and cognitive support
Anti-inflammatory, sleep/cognition-adjacent, and senescence-modulation positioning
Reported senolytic-like activity in some cellular models
Energy expenditure and fat-loss positioning
SASP suppression and inflammatory-disease positioning
Context-dependent senolytic/autophagy-modulating research effect
Anti-inflammatory and anti-SASP positioning
Metabolic, antioxidant, and anti-SASP positioning
Mitochondrial symptom support
Senescence-program suppression and geroprotective positioning
Aging/regenerative signaling research
Context-dependent senolytic/autophagy-modulating research effect
Mitochondrial antioxidant support
Tissue oxygen delivery positioning
Energy and fat-metabolism support
Anti-inflammatory and neuroprotective positioning
Glucose control and longevity positioning
Mitochondrial and cognitive support positioning
Energy metabolism support
Energy/fatigue support
NAD+ support and aging-positioning
NAD+ support
Aging biology, resilience, and durable cellular-function support
Topical skin antioxidant effects
Anti-inflammatory, metabolic, and cognitive-health positioning
Senolytic-combination and antioxidant positioning
Immunosuppression and longevity-positioning
Metabolic and longevity positioning
Reported senolytic-adjacent activity in some models
SASP suppression and inflammation reduction positioning
Exercise-mimetic metabolic and endurance signaling
Mitochondrial health and endurance support