Neurophysiological Deregulatory Pathways Produce Psychosomatic Disorders

Naisberg Yakov

Department of Psychiatrist/Neurologist, National Israeli Center for Psychosocial Support of Survivors of the Holocaust and the Second Generation, Israel

Dr. Naisberg Yakov, Department of Psychiatrist/Neurologist, National Israeli Center for Psychosocial Support of Survivors of the Holocaust and the Second Generation, Israel.

Keywords: GD; ANLO; BOR; THD; NEP’s; THR

Abstract

The traditional medical model has been adopted to explain somatoform and psychosomatic disorders from the novel neuropsychological perspective of neurological science beyond these disorders. For most chronic diseases, the early immune state is characterized by innate mutation genes that interact with multiple factors, including continuous exposure to stress. There are two stages in developing somatoform and psychosomatic diseases. The first one due to genetic predisposition or genetically acquired during the constant personal strain that create the general distress (GD). This latter produces an intense discomfort with tension to set forward an automatic neuronal loop operation (ANLO), one of which can identify with fMRI and PET diagnostic methods. In the second phase, ANLO mobilizes excessive amounts of metabolic energy to accelerate the speed of body operational ranges (BOR) like see in technology with ‘full gas while the body is inactive’ to become the transient homeostatic deregulated (THD) relapse with ‘panic-like attacks’. In the state of homeostasis external physical information units absorbed and translated with outer biosensors into ionic flow through the ionic channels in the neuronal networks have been transferred into working memory centres.

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