頚部交感神経幹近傍鍼通電刺激 ... - meiji-u.ac.jp

1 11-19 2012.. 1 . 2 . 3 .. 30 2 .. Key words acupuncture insulated needle cervical sympathetick trunk thermography blood flow of the nasal skin Received September 12, 2011; Accepted November 1, 2011. I .. 4 7 . 7 .. 1 . 8 7 . 9 . 2 . 6 . 1954 3 .. * 564-0034 7-53 10,11 .. Tel: 06-6381-3811.. E-mail: . 12 . 1 . 30 1 2 3 5 . 5 10 .. 3 . II . 6 . 1 2 . 1 .. The Bulletin of meiji University of Integrative Medicine 2 50mm 20 .. Vitrode w-120 .. 19-006 N401 . 1Hz . 1 1 500 s 7 .. 1 . 9 8 4 . 1 SPSS . Dunnett . 2 5 . 24 27 . 10 2 2 .. 1 . 6T67 1 . 11 8 3 29 .. 2.

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3 904 m . 459 m . 324 m 223 m 18 .. 3 .. 30 2 . 7 .. 24 2 7 . C7 2 3Hz . 2 . 15 19 . 16 .. 24 2 .. 25 .. The Bulletin of meiji University of Integrative Medicine .. 5 .. 26 .. 27 . 19 8,10 .. 20 34 33 . 5 39 32 . 31 . 28 .. p CGRP . 32 .. Armour33 .. gentle mechanical distortion .. 29 . 30 .. 17.. 34 .. 35 . V .. 1 .. 6 . 2 .. 36 .. 37 . 3 . 36 .. 8,10 .. 38,39 .. 1982 .. 7 .. 1 .. 18 . 22: 69-72, 1998. 21.. 1. 22(11): 1137-1144, 1979. 1975. 22.. 2. Biomedical Thermography 7(1): 77-81, 1987. p94, 1992. 23.. 3. 3(7): . 44-45, 1954.. 4. 45: 1465-1468, 1996. 23(3): 1-5, 1974.

4 24.. 5. 3 pp227-231, 2000. 25.. The Bulletin of meiji University of Integrative Medicine 45(2): 1-5, 1981. Biomedical Thermology 9(1): 6. 95-97, 1989. 7(4): 40-44, 1979. 26. IV . 7. 1 . pp115-168, 1977. 27(2-3): 312-316, 1980. 27.. 8.. 2905: 15-19, 1979. 38(3): 281-287, 1988. 28.. 9. 32(3): 233-239, 1983. 37(4): 29.. 268-278, 1987. 4308: 95-96, 2006. 10. 30.. 6: . 63-66, 1992. 21(4): 553-561, 11. 2000. 31.. 5 51: 13-30, 1975. pp164-169, 2001. 32.. 12. P . 30(2): 229-241, 2009.. 13. 1(3): 407-412, 1994. 33. Armour, : Activity of in situ stellate ganglion 39(2): 185- neurons of dogs recorded extracellularly.

5 Can. J. 94, 1989. Physiol. Pharmacol., 64: 101-111, 1986. 14. 34.. 48(4): 13- . 19, 1989. WGA-HRP . 15.. III II 3(1): 22-28, 1996. pp85-103, 1979. 35.. 16. 3 22(1): 9-16, 2001. p83, 1996. 36. pp89- 17. 92, pp284-285, 1988. 3 pp25-29, 37.. 2000.. 18. 2 p41, 2005. 1977. 38. 2 . 19.. Biomedical Thermography 2010. 5(1): 118-120, 1985. 39.. 20. III . 14(7): 872-876, 2007. 19. E ects of Electro-Acupuncture Near the Cervical Sympathetic Trunk: Thermographic study of nasal skin temperature Fuminori Ando Division of Teacher Education, Division of Acupuncture and Moxibustion, meiji School of Oriental Medicine ABSTRACT.

6 Introduction: In Japan, an acupuncture method inserting needles into non-acupoints, which have . anatomical structure with specific properties, is commonly used. The clinical e ectiveness of acupuncture near the cervical sympathetic trunk is known, however the mechanism of the action is not clarified. Therefore, the present studies were undertaken to evaluate the changes of nasal skin temperature after electrical acupuncture using thermography. Methods: Experiment 1. The temperature of the facial skin was measured using thermography in nine healthy adults, and the e ect of electro-acupuncture near the unilateral cervical sympathetic trunk was examined.

7 Experiment 2. Using a crossover design, three kinds of stimulation were randomly performed in eleven subjects, as follows: 1) electro-acupuncture, 2) touch near the unilateral cervical sympathetic trunk, and 3) skin needling in the same region. The changes in temperature of the nasal skin were evaluated using thermography. Results: A significant decrease in the temperature of nasal skin on both sides was caused by electro- acupuncture near the unilateral cervical sympathetic trunk. No change in the temperature of the nasal skin was observed after touch near the unilateral cervical sympathetic trunk or skin needling.

8 Discussion: These results suggest that the temperature of the skin decreased because near nociceptor fibers or sympathetic fibers in the unilateral cervical sympathetic trunk was excited by electro-acupuncture, and blood flow of the skin decreased through excitation of the sympathetic nerves distributed in the nasal skin on both sides. As the reaction of electro-acupuncture near the cervical sympathetic trunk is di erent from that of the stellate ganglion block, a new clinical application can be expected.