Publication
Science
Vol 215, Issue 4529, pp. 190-192
Abstract
Sympathetic nervous system activity was assessed in experimental and control subjects who were exposed to graded orthostatic and isometric stress during monthly hospital visits. After the first session, the experimental subjects practiced a technique that elicited the relaxation response. Their concentrations of plasma norepinephrine during subsequent graded stresses were significantly higher. No such changes were noted in the control group. These results were then replicated in the control group in a crossover experiment. The groups did not differ in their heart rate and blood pressure responses. These observations are consistent with reduced norepinephrine end-organ responsivity after regular elicitation of the relaxation response.
Web and Email Links
Related Listings
Journal
Behavioral Medicine
Over the last 20 years, medical researchers from a variety of disciplines, including behavioral medicine, neuro-immunology, neuroendocrinology, social medicine, and psychiatry, have converged in an effort to produce greater understanding and acceptance of the effects of psychological factors on physical health. Many in the medical profession have remained somewhat skeptical, claiming that psychological components of healing are largely "folklore", unsubstantiated by hard evidence. The […]
Journal
The Clinical Journal of Pain
The treatment of chronic pain is costly and frustrating for the patient, health care provider, and health care system. This is due, in part, to the complexity of pain symptoms which are influenced by behavior patterns, socioeconomic factors, belief systems, and family dynamics as well as by physiological and mechanical components. Assessment of treatment outcomes is often limited to the patient's subjective, multidimensional, self-reports. Outcome measures based on data about return t […]
Journal
PLOS ONE
Recently, much scientific attention has been focused on resting brain activity and its investigation through such methods as the analysis of functional connectivity during rest (the temporal correlation of brain activities in different regions). However, investigation of the magnitude of brain activity during rest has focused on the relative decrease of brain activity during a task, rather than on the absolute resting brain activity. It is thus necessary to investigate the association […]

