Elsevier

The Journal of Pain

Volume 6, Issue 1, January 2005, Pages 55-64
The Journal of Pain

Original reports
Psychophysical outcomes from a randomized pilot study of manual, electro, and sham acupuncture treatment on experimentally induced thermal pain

https://doi.org/10.1016/j.jpain.2004.10.005Get rights and content
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Abstract

In this pilot study comparing the analgesic effects of three acupuncture modes—manual, electro, and placebo (with Streitberger placebo needles)—in a cohort of healthy subjects, we found that verum acupuncture treatment, but not placebo, lowered pain ratings in response to calibrated noxious thermal stimuli. This finding was mainly the result of highly significant analgesia in 5 of the 11 subjects who completed the 5-session study. Of the 5 responders, 2 responded only to electroacupuncture and 3 only to manual acupuncture, suggesting that acupuncture’s analgesic effects on experimental pain may be dependent on both subject and mode. We developed a simple quantitative assessment tool, the Subjective Acupuncture Sensation Scale (SASS), comprised of 9 descriptors and an anxiety measure to study the relationship between the deqi sensation induced by acupuncture and the putative therapeutic effects of acupuncture. The SASS results confirm that the deqi sensation is complex, with all subjects rating multiple descriptors during each mode. We found significant correlations of analgesia with SASS ratings of numbness and soreness, but not with ratings of stabbing, throbbing, tingling, burning, heaviness, fullness, or aching. This suggests that attributes of the deqi sensation may be useful clinical indicators of effective treatment.

Perspective

The results of this study indicate the existence of both individual subject and acupuncture mode variability in the analgesic effects of acupuncture. This suggests that switching acupuncture mode may be a treatment option for unresponsive patients.

Key words

Acupuncture
acupuncture analgesia
acupuncture mode
deqi sensation
pain

Cited by (0)

Supported by a Charles A. Dana Foundation’s Clinical Hypotheses in Neuroscience Research Grant on Brain-Body Interactions in Cancer, Stroke and Cardiac Disease Processes (R. L. G.), National Institutes of Health/National Center for Complementary and Alaternative Medicine grant No. R21 AT00949 (R. L. G.), and the Osher Institute Pilot Research Grant (J. K.).