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Wang's Acupuncture & Moxibustion Clinic Video | Acupuncture in San Diego
 | my.datasphere.com Dr. Tai-Nan Wang was born in Kaohsiung, Taiwan, in 1944. He has studied at the Chinese Cultural University in Taipei, Taiwan, the University of Montana, and the Taipei Acupuncture and Moxibustion Clinical Center. Dr. Wang holds advanced certificates in both acupuncture and conventional Chinese medicine. He holds an OMD (Doctor of Oriental Medicine) from the California Acupuncture College, and is a qualified Medical Examiner for the State of California. Dr. Wang has been practicing acupuncture from 1976 to the present. He was the past president of the San Diego Chapter of the California Acupuncture Medicine Association (CAMA). He has taught acupuncture courses at University California, San Diego (UCSD) and has conducted continuous education credit courses for acupuncturists in the San Diego region for a number of years. Dr. Wang is also a Qualified Medical Evaluator. 12543471 Traditional, Modern, and Innovative Acupuncture, Moxibustion and Herbal Plasters, Nutrition and Herbal Remedies, Electro-Neuro Stimulation, Facial Rejuvenation, Moxibustion, Clinic, San Diego, California, KGTV | Views: 32  2 ratings |
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HubMed - Low Level Laser therapy
Evaluation of muscle regeneration in aged animals after treatment with low-level laser therapy.
Rev Bras Fisioter. 2012 Oct 9;
Pertille A, Macedo AB, Oliveira CP
BACKGROUND: The aging process and its associated morphophysiological changes trigger a reduction in the regenerative ability of the satellite cells, a reduction of vascular tissue and an increase in the production of fibroblasts, developing a cellular environment unfavorable for muscle regeneration. OBJECTIVE: The aim of this study was to evaluate the effect of low-level laser therapy on the muscle regeneration of old experimental rat models after contusion. METHOD: A total of 25 old rats,18 months old, were divided into three groups: control group (CT) without treatment; injury group (IN) with muscle contusion and without treatment and laser group (LA) with contusion and low-level laser therapy, 830 nm, 30 mW e 4 J/cm². The no invasive contusion was induced in the Tibialis Anterior muscle and the samples were collected after 7 and 21 treatment sessions. The muscle was evaluated by Light Microscopy and Immunoblotting. RESULTS: After 21 days of treatment there was a significant reduction in the areas of inflammation/regeneration of the LA 21 group compared to IN 21 group. The cross-sectional area of the fibers in regeneration was not statistically different between the groups. Molecular analysis showed that the content of MyoD was statistically reduced in the IN 21 group compared to the CT group. The Myogenin content was increased in the IN 21 group compared to the CT group. Ultimately, the content of TGF-β1 on the IN 21 group was higher when compared to the CT group. CONCLUSION: Considering the parameters used, the laser therapy demonstrated to be effective for muscle regeneration in old rats, however only through its anti-inflammatory effect.
HubMed - Laser Acupuncture
Evaluate laser needle effect on blood perfusion signals of contralateral hegu acupoint with wavelet analysis.
Evid Based Complement Alternat Med. 2012; 2012: 103729
Wang G, Tian Y, Jia S, Litscher G, Zhang W
Our previous studies suggested that the MBF in contralateral Hegu acupoint (IL4) increased after ipsilateral Hegu acupoint was stimulated with manual acupuncture. In this study, twenty-eight (28) healthy volunteers were recruited and were randomly divided into Hegu acupoint stimulation group and Non-Hegu stimulation group. All subjects received the same model stimulation of the laser needle for 30 min in right Hegu acupoint and Non-Hegu acupoint, respectively. MBF of left LI4 was measured by the laser Doppler perfusion imaging system. The original data dealt with morlet wavelet analysis and the average amplitude and power spectral density of different frequency intervals was acquired. The results indicated that right Hegu stimulation with the laser needle might result in the increase of left Hegu acupoint MBF. 40 min later after ceased stimulation, the MBF is still increasing significantly, whereas the MBF has no significantly change in Non-Hegu stimulation group. The wavelet analysis result suggested that compared to Non-Hegu stimulation, stimulated to right Hegu acupoint might result in the increase of average amplitude in frequency intervals of 0.0095-0.02 Hz, 0.02-0.06 Hz, and 0.06-0.15 Hz, which might be influenced by the endothelial, neurogenic, and the intrinsic myogenic activity of the vessel wall, respectively.
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