ABSTRACT
[Objective]The aim of this study was to survey the current status of adverse events (malpractice and side-effects) in clinical practices of acupuncture (Acp) and moxibustion (Mox), to discuss the problems, and to suggest corrective strategies.<BR>[Methods]The survey was sent by mail in October 2009 to 6,000 Acp clinics (including Mox) selected at random from the i-Town-Page telephone directory. The questions addressed the following issues:(1) respondent profile;(2) Acp adverse events;(3) Mox adverse events;(4) complaints and litigation;(5) informed consent regarding these adverse events;(6) subscriptions to publications that address the safety issues of Acp and Mox;and (7) access to free safety resources. Note that we inquired about the experiences of adverse events but did not inquire about their frequency.<BR>[Results]The response rate was 21.6%. The top three adverse events for Acp were subcutaneous hemorrhage (65.8%), micro-hemorrhage (62.0%), and needle pain (52.9%). The top malpractice event was forgotten needles (32.7%). Needle breakage and pneumothorax, which are severe malpractice events, were reported by 2.2%and 2.0%of the clinics, respectively. The top three adverse events for Mox were accidental and unintentional burn injury (24.0%), singed hair (15.5%), and singed clothes (15.0%). The most severe malpractice event was suppuration of the Mox point (10.8%). The top adverse events associated with complaints and litigation were symptom exacerbation (21.8%) and pneumothorax (36.4%). Only 74.8%of respondents obtained informed consent, but of those, 61.0%reported providing adverse affect warnings orally. Subscriptions to books and periodicals on the safety of Acp and Mox were reported by less than 30.0%of the respondents.<BR>[Conclusion]The most common adverse events associated with Acp were side effects caused by excessive stimulation. With Mox adverse events were more commonly attributable to negligence. The low subscription rate to safety periodicals suggests that safety information is not presently widely distributed. It is necessary to transmit safety information via the Internet as well as in books and other periodicals.
ABSTRACT
[Objective]The purpose of this study was to investigate the effects of manual acupuncture stimulation (MA) on motor evoked potential (MEP) induced by transcranial magnetic stimulation (TMS).<BR>[Methods]The subjects were 10 healthy volunteers who gave oral and written informed consent. Experiment 1. MEPs were induced from the right abductor digiti minimi muscle (rADM) by TMS with a circular coil to the left cortex motor area and were measured before and after MA to the right LI4 (right Hoku point), left LI4 (left Hoku point), right LR3(right Taichong point) or left LR3(left Taichong point). A sparrow pecking technique (1 Hz for 1 minute) with a stainless steel needle (40 mm long, 0.18 mm in diameter, Seirin co., Inc, Shizuoka) was used for MA. The subjects received the same experiments four times with MA to different acupoints on a different day. Experiment 2. MEPs were measured during imaging of rADM and lADM contraction and immediately after noxious pinch stimulation to the skin on the right LI4 and left LI4 and right LR3and left LR3respectively. Repeated measure two-way ANOVA was used for statistical analysis to compare between all groups. Repeated measure one-way ANOVA and multiple comparison (Dunnett's test) were applied to time point data in each group.<BR>[Results]MA to the left LI4 or right LR3was significantly decreased MEP (P < 0.01, respectively). In the right LI4, there was a tendency to decrease of MEP, but not significantly (P = 0.26). Most subjects answered feeling severe or strong acupuncture needle sensation. MEPs were significantly increased by imaging of contraction and noxious stimulation (P < 0.001 and P < 0.01, respectively).<BR>[Conclusion]These results suggested a possibility that distant acupuncture stimulation would suppress motor activity via several roots and that an acupuncture inhibited effect was compensated by facilitation arising from the concentration to the stimulated hand.