Combinatorial interventions in aging

Area of Science:

• Gerontology and aging research
• Molecular biology of aging
• Genetics of longevity

Background:

• Understanding aging mechanisms is crucial for extending healthspan and treating age-related diseases.
• Single interventions (monotherapy) show limited efficiency in extending longevity.
• Limited data exists on the combined effects of aging interventions.

Purpose of the Study:

• To summarize interactions between age-related pathways.
• To discuss strategies for simultaneously targeting multiple aging pathways.
• To explore the potential of combined interventions for healthspan and lifespan extension.

Main Methods:

• Review and synthesis of existing literature on aging pathways and interventions.
• Analysis of interactions between different genetic and pharmacological manipulations.
• Examination of effects on hallmarks of aging and lifespan across different organisms.

Main Results:

• Combined manipulations can additively impact common aging hallmarks and lifespan, suggesting shared pathway participation.
• Interactions between interventions targeting different hallmarks can independently maximize effects on lifespan and healthy aging.
• Most interaction studies are in invertebrates, with varying translatability to humans.

Conclusions:

• Simultaneous targeting of multiple aging pathways offers a promising strategy for enhancing longevity and healthspan.
• Conserved pro-longevity pathways present opportunities for identifying druggable targets for human age-associated pathologies.
• Combined interventions may provide a more efficient approach to combatting aging and its related diseases.