Blood Glucose levels are Neurally Regulated

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This article is the latest in a series of articles by the author which seek to highlight research by the brilliant medical research Dr Igor Gennadyevich Grakov, developer of the Strannik technology. Strannik is based upon an original and unique mathematical model of the autonomic nervous system and physiological systems. It meets in many ways the key aims and objectives of the EC's EUR1.2BN funded Human Brain Project. In particular it enables the doctor (I) to have a complete report of patient health in a greater level of detail and sophistication than has hitherto been possible. It differentiates, for each medical condition, between the process of protein expression (genetic) and the process of protein reaction/reactivity (phenotype). In the case of diabetes it provides the doctor with an immediate report of the diabetic patient's condition including their diabetic condition but also the wider range of comorbidities influencing their health. It enables the doctor to see how the patient's health will worsen if they do not materially alter their current lifestyle and it provides the doctor with a technique to re-establish optimum neurological stability and function i.e. treating the neurological cause of the condition rather than the pathological consequences.

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