Transcendental Meditation Found to Calm Genes Associated with Both Aging and Stress
Recent research has revealed that practicing Transcendental Meditation (TM) may have a calming effect on genes associated with both aging and stress. Scientists have discovered that this meditation technique can influence gene expression, potentially offering a new approach to managing stress and promoting healthy aging.
Table Of Content
How Transcendental Meditation Impacts Gene Activity
In the study, participants who regularly practiced TM exhibited changes in the expression of genes related to inflammation and the body’s stress response. These genes are also connected to the aging process. The findings suggest that TM may help reduce the activity of genes that contribute to chronic stress and age-related decline.
Key Findings from the Study
- Participants practicing TM showed reduced expression of genes linked to inflammation.
- Genes associated with the body’s stress response were also less active in the TM group.
- These genetic changes were observed after a period of consistent meditation practice.
Understanding the Benefits of TM
Transcendental Meditation is a simple technique that involves silently repeating a mantra for about 20 minutes twice daily. Advocates of TM have long reported benefits such as reduced anxiety, improved focus, and greater emotional well-being. This new research provides biological evidence supporting these claims, indicating that TM may help regulate the body’s response to stress at a genetic level.
Potential Implications for Health and Longevity
By influencing genes tied to inflammation and stress, TM could play a role in preventing age-related diseases and improving overall health. Chronic stress and inflammation are known contributors to conditions like heart disease, diabetes, and cognitive decline. The ability of TM to modulate these genetic pathways may offer a non-pharmaceutical strategy for enhancing longevity and quality of life.
What Sets This Study Apart
While previous research has highlighted the psychological and physiological benefits of meditation, this study delves deeper by examining the molecular mechanisms behind these effects. The results suggest that TM does more than just relax the mind—it may create lasting changes in how our genes function, particularly those involved in stress and aging.
Looking Ahead
Researchers plan to continue exploring how meditation practices like TM can influence gene expression and health outcomes. As interest in mind-body interventions grows, these findings could pave the way for new approaches to managing stress and promoting healthy aging.
For more details, visit the original report at this link.




