Meditation as a Bioactive Intervention: Molecular and Neurophysiological Mechanisms Revealed by Connectivity Mapping

Meditation produces measurable changes in gene expression and brain function that resemble the effects of certain bioactive compounds. By using connectivity mapping—a computational method that compares gene expression signatures—the research shows that meditation activates pathways involved in immune function, energy metabolism, and neuroplasticity, while downregulating inflammatory responses. These molecular changes correspond with alterations in brain network connectivity observed through neuroimaging. The findings suggest that meditation acts as a systemic biological intervention, not merely a psychological practice, and that its effects can be characterized and potentially optimized using pharmacological frameworks.

Study at a glance

Abstract

Meditation as a Bioactive Intervention: Molecular and Neurophysiological Mechanisms Revealed by Connectivity Mapping