Heightened Electrical Activity in the Brain2011-02-06 Copyright: http://www.irpt.info The central nervous system is particularly susceptible to optimization when free radical reactions are reduced in the cells. Because the neurons are fixed post-mitotic cells with unique connections between them and a predilection for the highly unsaturated fatty acid [1]. Studies indicate that mc-induced neuron firing enhance the immune response by increasing the level of oxidation inhibitors. The brain and the heart are electrically interconnected. Operators on console and competent scientists have devised through unorthodox methods a beam-guided solid state electronic integrator where the steering signals are based on the target position with respect to the center (or the scanning-axis) of the target tracking beam. The integrator compares computed track path with the predicted track path of the subjects. Based on current tracking information the operators determines the correction signals required to ensure a data link with appropriate commands to drive an electroencephalograph to their subject' brains and electrocardiograph to their hearts. The induced heightened electrical activity has been reputed to raise blood pressure initially, then graduate to a normal fall. Furthermore, mc-induced vigorous sexual activity strengthens the heart-brain electrical response and serves as one of the best scavenger of the dangerous free radicals which are implicated in the aging process. The aging process is a continuous process, but the process occurs faster as the human becomes older and less able to cope with it because of the accumulations of toxics within the cells. [1] Docosahexanoic acid, either free or in triglyceride form. Ron Certitude |