TY - JOUR
T1 - A new physical approach to treat cancer by Nao Taiji bionic instrument
T2 - Repeated experiment on nursing and curing hepatoma mice by activating inhibitory transmitter in brain
AU - Xia, Shuang Quan
AU - Song, Xin Hong
AU - Xia, Guang Yu
AU - Chen, Qi
AU - Zhang, Quan Min
AU - Chen, Xiao Jun
AU - Huang, Xue Wei
AU - Shanahan, Tom
AU - Wu, Qi
AU - Tang, Yi Yuan
PY - 2004/10
Y1 - 2004/10
N2 - Aim: To investigate the efficacy of Nao Taiji bionic instrument (NTJ) which is made from the frequency and codes related to the ET brain waves, and study the mechanism of inhibiting the proto-oncogene by activating the inhibitory neurotransmitter, based on the observed effect of antitumor rate in 2002. Methods: Forty mice were divided into 3 groups randomly after inoculation of hepatoma: saline negative control group (negative control group, n=11), cyclophosphamide positive control group (positive control group, n=10) and NTJ treatment group (n=19). The antitumor rate was determined, and the neurotransmitter in brain by Super Encephal of Luctuograph Technology (Super ET) system. The behavior and appearance, brightness of the fur and skin, properties of faeces were observed. Results: The antitumor rate in the NTJ group treatment group (52.9%) was significantly different from that in the positive control group (79.4%) (P <0.001). It was direct ratio to the new discovered effect of neurotransmitter. The level of γ-aminobutyric acid, 5-hydroxytryptamine (5-HT) and acetylcholine (Ach) played chief roles in cancer treatment were increased significantly. The result was similar to the one of 2002. The behavior and appearance, brightness of the fur and skin, properties of faeces were all improved significantly in the treatment group. Conclusion: 1 The repeated experiment further proves that inhibitory transmitters are activated. 2 It may magnify the regulating and controlling signal through nerve center system gradually, inducing the cells development, differentiation, senescence and apoptosis, so as to inhibit the tumor cells proliferation. 3 The repeated results are quite similar to the former one that the quality of living are improved. It evaluates that treating hepatoma mice by NTJ is credible, practical and scientific.
AB - Aim: To investigate the efficacy of Nao Taiji bionic instrument (NTJ) which is made from the frequency and codes related to the ET brain waves, and study the mechanism of inhibiting the proto-oncogene by activating the inhibitory neurotransmitter, based on the observed effect of antitumor rate in 2002. Methods: Forty mice were divided into 3 groups randomly after inoculation of hepatoma: saline negative control group (negative control group, n=11), cyclophosphamide positive control group (positive control group, n=10) and NTJ treatment group (n=19). The antitumor rate was determined, and the neurotransmitter in brain by Super Encephal of Luctuograph Technology (Super ET) system. The behavior and appearance, brightness of the fur and skin, properties of faeces were observed. Results: The antitumor rate in the NTJ group treatment group (52.9%) was significantly different from that in the positive control group (79.4%) (P <0.001). It was direct ratio to the new discovered effect of neurotransmitter. The level of γ-aminobutyric acid, 5-hydroxytryptamine (5-HT) and acetylcholine (Ach) played chief roles in cancer treatment were increased significantly. The result was similar to the one of 2002. The behavior and appearance, brightness of the fur and skin, properties of faeces were all improved significantly in the treatment group. Conclusion: 1 The repeated experiment further proves that inhibitory transmitters are activated. 2 It may magnify the regulating and controlling signal through nerve center system gradually, inducing the cells development, differentiation, senescence and apoptosis, so as to inhibit the tumor cells proliferation. 3 The repeated results are quite similar to the former one that the quality of living are improved. It evaluates that treating hepatoma mice by NTJ is credible, practical and scientific.
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M3 - Article
AN - SCOPUS:19944429128
SN - 1671-5926
VL - 8
SP - 6410
EP - 6412
JO - Chinese Journal of Clinical Rehabilitation
JF - Chinese Journal of Clinical Rehabilitation
IS - 29
ER -