The complexity of aging mechanisms demands a research platform with a systems-level view capable of meeting the multidimensional manifestation of self-disorganizing, self- repairing life processes. Our research is based on neuro-resonance signaling technology that acts as an ambassador to the vast intelligence network of the nervous system. A neuro-resonant “ambassador” is necessary considering the abundance of unknown immune functions and resistances within the body that will a) eliminate any signals or agents inconsistent with the overall neurocommunications; b) lead to a negative feedback loop mechanism that will inhibit self repairing processes. This technology was originally developed for the smooth heart muscle by the inventors of the pacemaker. One of the pacemaker co-inventors, Gerry Pollock extended the knowledge accumulated from the smooth muscle to the motor nerves of the skeletal muscle. This turned out to be an operation of increased complexity as a result of the direct involvement of the Central Nervous System in the motor nerves network and the signal information being eventually analyzed within the centers of ultimate intelligence, i.e. the brain. Therefore, the signal of a device delivered to the motor nerve had to be excessively refined to pass the Central Nervous Systems gates of resistance before it reached the brain where the orders for hormonal secretion are initiated. Gerry Pollock built an analogue (unlimited resolution) signal over a period of 30 years research on the basis of motor neuron cells firings during network communications processes. The latest device with an advanced version of Gerry Pollock’s analogue waveform was utilized by our research group in February 2009. Nineteen subjects participated in the study. Results revealed that this analogue signal triggered a series of biological events that clinically resulted in erythrocytes separation, as well as a reduction in fungal forms, pokilocytosis (free radicals) and thrombotic aggregation. Erythrocyte separation is crucial for the overall blood flow and timely transport of hormones, antibodies, oxygen and nutrients to the cells, and waste products to the kidneys. Simultaneously, motor nerves’ feedback to the brain enhances the secretion of endogenous Thyroid and Growth hormones that ultimately result in lipolysis and muscle hyperthrophy. Medical benefits for Heart Disease, Intolerance to Statins and Diabetes are discussed
Xanya Sofra Weiss
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