NYU Researchers Find Fear of Growing Older Accelerates Biological Aging in Women via Epigenetic Damage

New NYU study finds that worrying about future health decline can accelerate cellular aging. Learn how aging anxiety leaves a mark on your DNA.

By: AXL Media

Published: Feb 27, 2026, 4:33 AM EST

Source: The information in this article was sourced from ScienceDaily

NYU Researchers Find Fear of Growing Older Accelerates Biological Aging in Women via Epigenetic Damage - article image
NYU Researchers Find Fear of Growing Older Accelerates Biological Aging in Women via Epigenetic Damage - article image

The Biological Cost of Aging Anxiety

Psychological distress regarding the passage of time may be leaving a measurable mark on the human body, according to new data from the NYU School of Global Public Health. Researchers have found that aging-related anxiety is not just a mental health concern but a catalyst for physiological changes that speed up the body's internal clock. According to lead author Mariana Rodrigues, the subjective experience of fearing one's future health status may actually drive the objective biological process of aging. This study suggests that the mind's perception of growing older acts as a persistent stressor that can fundamentally alter how the body ages at a cellular level.

Gendered Stressors and the Midlife Transition

The research highlights that women may be disproportionately affected by these biological accelerants due to unique societal and familial pressures. Midlife often brings a convergence of roles, including the simultaneous care of children and aging parents, which can heighten awareness of physical decline. According to the study, witnessing the illness of older relatives often triggers personal health anxieties in women, which are further exacerbated by cultural expectations regarding youth and beauty. These multifaceted stressors create a high-pressure environment where the fear of losing independence or physical vitality becomes a constant, biologically taxing background noise.

Analyzing DNA Through Epigenetic Clocks

To quantify the rate of aging, the team utilized two sophisticated "epigenetic clocks" known as DunedinPACE and GrimAge2 to examine blood samples from 726 participants. These tools do not merely measure chronological time but instead assess how environmental and psychological factors have modified gene expression over the lifespan. Women who reported the highest levels of anxiety about their future physical state showed a significantly faster pace of biological aging. According to senior author Adolfo Cuevas, this identification of aging anxiety as a modifiable psychological determinant suggests that the way we think about our future selves is a critical factor in shaping our underlying biology.

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