Examples of Diagnosis and Prevention in Information Medicine

In the section "Preventive therapy of the future", using the experience of PEMF therapy, it is proposed to use the information component of the spectrum of the pulsed electromagnetic field. This expands the basis for information medicine, which should lead to an addition to the list of problems solved with PEMF. The concept of operations of the limbic system of the brain in regime "real-time" and the experience of oriental medicine for the organization of biofeedback are used.The section "Detection of lung cancer by examination of the pulse wave at the radial artery" justifies the possibility of diagnosis of a carcinogenic tumor by the analysis of pulse wave dynamics. He also explains the influence of photonic radiation of the dividing tumor cells on the activity of motor neurons and, accordingly, on the vibrations of the arterial wall from modern positions. The requirements for process automation are described. The continuity of modern medicine in relation to the pulse diagnosis of the East is revealed.

Autorentext

Ausbildung: LETI (Rechenmaschinen), Universität (Mathematik), NWPI (Dissertation "Erkennung komplexer geometrischer Formen"), HIDUV (Reflexologie). Erfahrung: Entwicklung von mathematischer Software für Messmaschinen, Roboter, Pulserkennung, medizinische Datenbanken, verschiedene Simulatoren, neuronale Netzwerkforschung. 13 Patente.

Klappentext

In the section "Preventive therapy of the future", using the experience of PEMF therapy, it is proposed to use the information component of the spectrum of the pulsed electromagnetic field. This expands the basis for information medicine, which should lead to an addition to the list of problems solved with PEMF. The concept of operations of the limbic system of the brain in regime "real-time" and the experience of oriental medicine for the organization of biofeedback are used.The section "Detection of lung cancer by examination of the pulse wave at the radial artery" justifies the possibility of diagnosis of a carcinogenic tumor by the analysis of pulse wave dynamics. He also explains the influence of photonic radiation of the dividing tumor cells on the activity of motor neurons and, accordingly, on the vibrations of the arterial wall from modern positions. The requirements for process automation are described. The continuity of modern medicine in relation to the pulse diagnosis of the East is revealed.