Geroscience cognitive preservation is an interdisciplinary field focused on applying the scientific principles of aging biology to proactively maintain and enhance cognitive function throughout the lifespan. This approach targets the fundamental biological processes of aging, such as cellular senescence and chronic inflammation, to delay or prevent age-related cognitive decline. It shifts the clinical focus from treating age-related diseases to maintaining biological vitality and resilience.
Origin
Geroscience is a relatively new field that emerged from the intersection of gerontology, the study of aging, and molecular biology, recognizing that aging itself is the single greatest risk factor for major chronic diseases, including neurodegeneration. The “Cognitive Preservation” aspect emphasizes the clinical application of geroscience principles specifically to the central nervous system.
Mechanism
The core mechanism involves modulating the biological hallmarks of aging that impact neuronal health. Strategies often target pathways like mTOR signaling for nutrient sensing, NAD+ metabolism for cellular energy, and sirtuin activity for DNA repair and genomic stability. By intervening in these conserved aging pathways, the approach aims to extend the period of healthy neurological function, supporting synaptic integrity and reducing the accumulation of pathological proteins.
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