Effect of emitted qi on the change of antibody dependence cell-mediated cytotoxicity (ADCC) of K cell o mice caused by injury of left and right brain cortex

This paper reports after the injury of left and right brain cortex on the ADCC function of the K cell of mice, and our observation of the effect of the emitted qi on the change of the ADCC of the K cell of mice. It was a mechanical injury. The tissue-section results showed broken brain cortex of mice, the nerve cell liquefaction necrosis, phagocyte infiltration, a light hyperplasia of nerve glia cell. It proved that the models were really injured in the brain cortex. The cortex injury of the left and right brain caused the change of the ADCC activity;the left brain cortex injury caused the obvious reduction of the ADCC activity (P<O. 001) ;the right brain cortex injury caused the increase of the ADCC activity (P<O.001). It showed that the injury of the brain cortex really caused the change of the ADCC activity. On this basis, we observed the adjusting effect of the emitted qi on the change of the ADCC activity. We have found the emitted qi has the recovering function on the reduction of the ADCC activity caused by the left brain cortex injury (P<O.001), and it has the reduction action on the increase of the ADCC activity caused by the right brain cortex injury (p<O.001). These show that the emitted qi can adjust the imbalanced state of the ADCC activity caused by the left and right brain cortex injury to the balanced state in two ways.