Living with pain is stressful, but a surprisingly short investment of time in mental training can help you cope.
A new study examining the perception of pain and the effects of various mental training techniques has found that relatively short and simple mindfulness meditation training can have a significant positive effect on pain management.
Though pain research during the past decade has shown that extensive meditation training can have a positive effect in reducing a person's awareness and sensitivity to pain, the effort, time commitment, and financial obligations required has made the treatment not practical for many patients. Now, a new study by researchers at the University of North Carolina at Charlotte shows that a single hour of training spread out over a three day period can produce the same kind of analgesic effect.
The research appears in an article by UNC Charlotte psychologists Fadel Zeidan, Nakia S. Gordon, Junaid Merchant and Paula Goolkasian, in the current issue of The Journal of Pain.
"This study is the first study to demonstrate the efficacy of such a brief intervention on the perception of pain," noted Fadel Zeidan, a doctoral candidate in psychology at UNC Charlotte and the paper's lead author. "Not only did the meditation subjects feel less pain than the control group while meditating but they also experienced less pain sensitivity while not meditating."
Over the course of three experiments employing harmless electrical shocks administered in gradual increments, the researchers measured the effect of brief sessions of mindfulness meditation training on pain awareness measuring responses that were carefully calibrated to insure reporting accuracy. Subjects who received the meditation training were compared to controls and to groups using relaxation and distraction techniques. The researchers measured changes in the subjects' rating of pain at "low" and "high" levels during the different activities, and also changes in their general sensitivity to pain through the process of calibrating responses before the activities.
While the distraction activity - which used a rigorous math task to distract subjects from the effects of the stimulus - was effective in reducing the subject's perception of "high" pain, the meditation activity had an even stronger reducing effect on high pain, and reduced the perception of "low" pain levels as well.
Further, the meditation training appeared to have an effect that continued to influence the patients after the activity was concluded, resulting in a general lowering of pain sensitivity in the subjects - a result that indicated that the effect of the meditation was substantially different from the effect of the distraction activity.
The finding follows earlier research studies that found differences in pain awareness and other mental activities among long-time practitioners of mindfulness meditation techniques.
"We knew already that meditation has significant effects on pain perception in long-term practitioners whose brains seem to have been completely changed -- we didn't know that you could do this in just three days, with just 20 minutes a day," Zeidan said.
In assessing the first experiment, the researchers were not terribly surprised to discover that meditation activity appeared to be affecting the experimental subjects' perception of pain because the researchers assumed that the change was mainly due to distraction, a well-known effect. However, subsequent findings began to indicate that the effect continued outside of the periods of meditation.
" When we re-calibrated their pain thresholds after the training had started and we found that they felt less pain, compared to the control subjects," Zeidan noted. "This was totally surprising because a change in general sensitivity was not part of our hypothesis at all.
"We were so surprised after the first experiment that we did two more. We thought that no one was going to listen to us because no one had done this before- and we got a robust finding across the three experiments."