Everspan organizes published research for informational purposes only. This is not medical advice. Consult a healthcare provider before starting any intervention.
Trending
Education

Longevity Pathway Map

How do interventions actually work at a molecular level? This map shows the flow from interventions → signaling nodes → cellular processes → aging outcomes. Green arrows = activation, red dashed = inhibition. Click any node to see its connections and description.

Intervention
Signaling Node
Cellular Process
Aging Outcome
Activates
Inhibits
INTERVENTIONSSIGNALINGCELLULAR PROCESSESOUTCOMESRapamycinMetforminCaloric RestrictionFasting / TRENMN / NRZone 2 CardioSenolyticsSpermidinemTORC1Pro-aging when overactiveAMPKEnergy / longevity sensorSIRT1 / SIRT3NAD⁺-dependent longevityIGF-1 / InsulinGrowth / aging axisAutophagyCellular recyclingMitochondrial HealthATP + ROS balanceSenescenceSASP + cell arrestNF-κB / SASPInflammation switchExtended HealthspanYears of healthy lifeProteostasisProtein quality controlInflammagingChronic inflammationMetabolic AgingInsulin resistance

Select a node to explore its connections

Tip: click a connected node to follow the chain

The convergence principle: Notice how most high-evidence interventions (rapamycin, caloric restriction, fasting, exercise) converge on the same two nodes – inhibiting mTORC1 and activating AMPK. This is why these pathways are considered the core longevity switches, and why combination protocols targeting multiple nodes simultaneously may be more effective than any single intervention.