The influence of macroscopic conduction on fault stress collapse and biological receptors, and the discovery of "the second peak phenomenon of fracture reaction" (Department of Science, Tohoku University, Japan) "Seismological Society of Japan1996" 2001-2003 (joint research)

In vivo experimental study on the direct inhibitory effect of substance n.CCDp53 on tumor cells, and detailed experimental investigation on [the radioactive effect of substance n. CCD p53 on tumor cells (S- 180 cells)] showed that substance N. CCD p53 had direct inhibitory effect on DNA synthesis of tumor cells at a concentration of 500 ~ 50μ g (0.05 ~ 0.005%), and Radioactivity test report of CCD p53(3H- thymidine) "03. 1 1 2005.

Compared with the tumor-bearing group and the control group, the biological test results of CCD- natural compound enzyme on liver cancer (Heps) proved that there was a clear dose-proportional relationship between the dose of CCD substance and the drug. "Nakamura Institute of Science. Experimental report on inhibition of liver cancer (Heps) by CCD- natural complex enzyme in vivo,' BNE 2008, the anti-tumor effect of CCD in the sixth phase has been confirmed':' 2007-2009 (common) non-acidified receptor activity universal protein [n.t209

A series of studies on the biological universal protein "G" (anti-aging protein group) [46] Various physiological research experiments conducted in the first phase of 2007 [47] and the second phase of 2008-09, The key points are: serum IL-2, SOD activity, MDA content, regeneration of injured myocardial cells, cell regeneration test of ox-CH on endothelial cell injury and the influence of oxygen saturation of red blood cells, reducing blood viscosity "at the end of microcirculation", prevention of cardiovascular diseases and cerebral infarction, and biopharmaceutical research of medical beauty (with the participation of scientists from several authoritative research institutions, Including Dr. C.Naichi, Fellow researcher of the American Medical College, Dr. Z.Qian, Pharmaceutical researcher of the University of Houston, Dr. D.C.J. Chen of Tuebingen University, Dr. Fujinuma's research group of Japan Independent Medical University and Nantai University of Science and Technology [N. t 265438], which extracted the substance G proteome from the organism for the first time and achieved success.