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Proteomic Blueprint Reveals Earliest Aging in Aorta and Adrenal Gland

Revealing a proteomic surge at age 50, the study points to secreted proteins such as GAS6 as potential keys to slowing systemic decline.

Overview

  • The Cell study delivers the first comprehensive proteomic aging map across 11 human organs.
  • Significant proteomic shifts in the aorta and adrenal gland begin around age 30, suggesting early endocrine triggers.
  • Most tissues exhibit a pronounced cascade of differentially expressed proteins by age 50, marking accelerated aging.
  • Aging blood vessels secrete factors like GAS6 that broadcast signals capable of accelerating decline in other organs.
  • Identifying organ-specific aging proteins lays the groundwork for targeted interventions to slow systemic deterioration and cut chronic-disease risk.