Somatic mutation accumulation aging refers to gradual buildup of genetic mutations in somatic cells over time. These mutations arise from DNA replication errors, oxidative stress, and environmental insults. As repair capacity declines, mutations persist and accumulate. Somatic mutation accumulation disrupts cellular function and increases risk of cellular malfunction and malignant transformation. This process contributes to tissue heterogeneity, functional decline, and cancer risk. Somatic mutation accumulation aging reflects long-term genomic instability associated with aging biology. Understanding mutation accumulation provides insight into how aging increases disease susceptibility and limits cellular performance across tissues.
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