This track focuses on the intricate molecular pathways that govern the aging process. Researchers will present findings on how cellular mechanisms contribute to age-related changes at the molecular level.

This session will explore the genetic factors that influence lifespan and longevity across various species. Discussions will include the identification of longevity genes and their functional implications in aging.

This track examines the role of telomeres in cellular aging and their impact on organismal lifespan. Presentations will cover telomere shortening, maintenance mechanisms, and their association with age-related diseases.

This session will delve into the relationship between DNA damage and the aging process. Researchers will discuss the cellular repair mechanisms that mitigate DNA damage and their implications for longevity.

This track addresses the role of oxidative stress in the aging process and its contribution to cellular senescence. Presentations will highlight the molecular responses to oxidative damage and potential therapeutic interventions.

This session will focus on the maintenance of protein homeostasis and its significance in aging. Researchers will discuss the mechanisms of proteostasis failure and its consequences for age-related diseases.

This track explores the epigenetic changes that occur during aging and their impact on gene expression. Presentations will highlight how epigenetic modifications can influence longevity and age-related phenotypes.

This session will investigate the mechanisms underlying cell cycle arrest in senescent cells. Discussions will include the role of cell cycle regulators in aging and potential therapeutic targets for rejuvenation.

This track will focus on the identification and validation of biomarkers for aging and age-related diseases. Researchers will present novel approaches for assessing biological age and predicting lifespan.

This session will examine the various biological pathways that regulate lifespan across different organisms. Presentations will cover genetic, environmental, and dietary factors that influence longevity.

This track will explore the therapeutic strategies targeting age-related pathways to promote healthy aging. Researchers will discuss innovative approaches to modulate senescence and enhance lifespan.