LightNeedle - RJ Laser

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336 G. Lit.\'cher l/lld f). Schikur rvellr-itifrared spectrO.\'L'opy lmd UL'UpU/Ic(1 Fig. 1. Test person during laserneedle slimulation and simultaneous registration of NIRS paramereT~. Righr botrom single active laserneedle and application device. The NIRO 300 Monitor (Hamamatsu Photonics, Japan) is a new instrument in this field 01: research. Parameters such as changes in oxyhemoglobin (1102Hb) and desoxyhemoglobin (I1HHb) are determined by Lambert-Beer's principle [4]. The system can measure the absolute value (/tmol) of changes ill parameters, but not the level (absolute concentration) at which these changes occur (in positive or Ilegative direction). The measurement value is zero, as long as no change ill concentration occurs. Placement of the sensor (emitter and near-int'rared detectors) on the head witll a silicone holder is easy and rcproducibll' Data output of 1102Hb and L\HHb were presented on a color LCD-display and color printer. In addition to the spectroscopic method, non-invasive, standard monitoring parameters such as blood pressure (Cardiocap@ CC-]04, Datex Medical Electronics, Hoevelaken, The Netherlands) were determined before, during and after dift.erent manners of stimulation. 2.2. Laserneedle@ ~1imulation The Lasemeedle@ -technique represents a new, non-invasive method für üptic stimulation üf acupuncture points and was first dcscribed in literature in 2002 [9,10]. Laserneedle@ (Schikora D.: EurOpeUlJ Patent Nr. PCT/EP 01/08504) acupuncture allüws the simultaneous stimulation of individual a
E2 G. Litscher und D. Schikoru / Neu r.infrured spectroscopy und ucupuncture Fig. 2. Acupuncture schemes used in this study. committee of the University of Graz (11-017) and all test persons gave their written consent. None of the volunteers had visual, neurologjcal or psychological deficits or were under the influence of central nervous system effective drugs. A maxjmum of 7 acupuncture points jn difterent measurement series (needle acupuncture and Laserneedle@ acupuncture) were investigated. The acupuncture scheme included two acupuncture points from TCM: Zanzhu (localization: at the medjal end of the eyebrow, perpendicular to and above the inner corner of the eye, at the foramina of the supraorbjtal nerve; need]ing: perpendjcu]ar 0.5-0.8 cun) and Yuyao (localization: at the middle of the eyebrow, perpendicular .and above the pupil; need]ing: inclined 0.3-0.5 cun). In additjon, 2 ear acupuncture points (eye and liver: localization see Fig. 2; need]ing: inclined 0.3 cun) and 2 eye acupuncture points from Korean hand acupuncture (E2: loca]ization see Fig. 2; needling: perpendjcu]ar 0.1-0.2 cun) and one acupuncture point from Chinese hand acupuncture (Yan Dian: localization: on the ulnar side of the mjddle phalanx of the thumb; needling: inclined 0.2 cun) were included in the study [9-11] . In addjtion, possible responses in NIRS parameters after needling and stjmulating of a placebo point (localizatjon: lateral from the radjus 6 cun above the horizontal fo]d of the wrist exactly on the radial ledge, lateral from the pulmonary meridian) were tested. The different acupuncture schemes were applied alone and in combination, since preliminary stud- ies indicated that the selection of different combinations also result in different effects in the cerebral parameters to be measured (e.g., bloodflow velocity in the ophthalmic artery) [9-11] (Fig. 2). Acupuncture pojnts were needled wjth single-use needles after local desinfection of the skin. We used three different types of needles (body: 0.25 x 25 mm, Huan Qiu, Suzhou, China; ear: 0.2 x 13 mm. 337
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LightNeedle Photon energy in the fo
Page 3 and 4: The LightNeedle device works in con
Page 5 and 6: LightNeedle Therapy Choose the best
Page 7 and 8: LightNeedle Therapy Trigger points,
Page 9 and 10: LightNeedle Therapy Inner organs ca
Page 11 and 12: Abstracts Laser Acupuncture Effects
Page 13 and 14: Abstracts Laser Acupuncture Effects
Page 15 and 16: Abstracts Laser Acupuncture Laser-N
Page 17 and 18: 14 G. Litscher Methods Subjects The
Page 19 and 20: 16 100 80 ~ 60 m N I N I 40 20 O 35
Page 21 and 22: 18 G. Litscher colleagues [4] did c
Page 23 and 24: 38 that is shining on the skin does
Page 25 and 26: 40 FIG. 4. Laserneedle treatment of
Page 27 and 28: 42 16. Litscher G, Nemetz W, Smolle
Page 29 and 30: decisive importance for the therape
Page 31 and 32: The fMRI-study was based on a block
Page 33 and 34: Figures 2 and 3 document specific c
Page 35 and 36: Figure 6 (at the left) shows the hy
Page 37 and 38: Dr Lu Wang is a Doctor of Western a
Page 39 and 40: Gerhard Litscher Department 0( Biom
Page 41: a +-+ 2 min b c miR 10 min 20 min l
Page 45 and 46: 13 Litscher G, Wang L. Visualisieru
Page 47 and 48: after application of the needles or
Page 49 and 50: EFFECTS OF NEW NONINVASIVE LASERNEE
Page 51 and 52: Spectroscopy 16 (2002) 335-342 lOS
Page 53: Spectroscopy 16 (2002) 335-342 lOS
Page 57 and 58: L\ ~mol G. Lit.l'cher and D. Schiko
Page 59 and 60: G. Litscher and D. .S.chiktJra / Ne
Page 61 and 62: SPECTROSCOPY: An International Jour
Page 63 and 64: presented. NIRS seems to be able to
Page 65 and 66: Fig. 1: Test person during lasernee
Page 67 and 68: Acupuncture points were needled wit
Page 69 and 70: Figures 4 and 5 show the mean value
Page 71 and 72: Fig. 5: Cerebral changes (generally
Page 73 and 74: A number of factors which can influ
Page 75 and 76: data analysis (all Department of Bi
Page 77 and 78: Photomedicine and Laser Surgery Vol
Page 79 and 80: LASER-NEEDLE THERAPY IN SONK 303 Th
Page 81 and 82: LASER-NEEDLE THERAPY IN SONK 305 di
Page 83: 16 Service & Support REIMERS & JANS
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