ZusammenfassungIntuition und Erfahrung in der Heilkunde stehen auch heute einem Standpunkt gegenu È ber, der an Schemata und mechanistischem Denken orientiert ist. Es ist aber zu bedenken, dass beide Haltungen der Opinion-based-Medicine zugeho È rig sind, also der Entscheidungsfindung u È ber Meinungen. Die konventionelle Medizin versucht, diesen Mangel an Objektivita È t zu u È berwinden mit Hilfe der an Nachweisen orientierten Evidence-basedMedicine. Diese beruht jedoch auf Statistiken und ist damit schematisiert. Anzustreben ist ein Abstimmen auf den Einzelfall ± eine Individualisierung ± bei gleichzeitiger Objektivierbarkeit. Dies gelingt mit Methoden, die den Ko È rper befragen: der Organismus antwortet korrekt. Eine mo È gliche Realisierung dieser Vorgaben geschieht durch die Meridiandiagnostik.Schlu È sselwo È rter Objektivierung, Individualisierung, Meinungs-basierte Medizin, Evidenz-based-Medicine, Entscheidungsfindung, Meridiandiagnostik. AbstractIntuition and experiences in medicine today are antagonists of the orientation at schemes and mechanistic thinking. It should be considered, however, that both ways are a part of the opinion-based-medicine concerning medical decision making. The conventional medicine tries to overcome this deficit of objectivity by means of the evidencebased-medicine. This new approach, however, is based on statistics and is schematised. A concentration on the single patient ± an individualization ± has to be achieved, together with an objectivation. This can be done successfully by methods which are asking the body and registering its correct answers. A possible realization of this approach exists by means of the meridian diagnostics.

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ZusammenfassungMit zirka 1000 Messwerten pro Patient bei insgesamt 49 Patienten wurden retrospektiv Korrelationsanalysen zwischen Diagnose und den Parametern der Ha È ufigkeitsverteilung der Leitfa È higkeit auf der Haut mithilfe eines neuen Schnellverfahrens zur Messung der Hautwidersta È nde und ihrer statistischen Auswertung erstellt. Die Verteilungsfunktionen sind individuell unterschiedlich, aber erstaunlich gut reproduzierbar. In U È bereinstimmung zu den Ergebnissen fru È herer Arbeiten gibt es signifikante Korrelationen zwischen Parametern der Ha È ufigkeitsverteilung der Leitfa È higkeitswerte und Art und Schwere der Erkrankung. Insbesondere die U È bereinstimmung der Ha È ufigkeit der Leitfa È higkeitswerte zur Log-Normal-Verteilung erweist sich erneut als wesentliches Kriterium zur Beurteilung des ¹Gesundheitszustandesª der Probanden. Es ko È nnen deutlich zwei gegensa È tzliche Grenzfa È lle unterschieden werden: ¹chaotischeª Regulation im Fall von Tumorerkrankungen und ¹Starreª im Fall von Sklerosen. Die Methode ist geeignet, Diagnosen schnell zu u È berpru È fen, Entscheidungshilfe fu È r die grundsa È tzliche Festlegung der Therapierichtung zu leisten und den Therapieverlauf in nicht-invasiver Weise schnell zu u È berwachen.Schlu È sselwo È rter Leitfa È higkeitswerte der Haut, Ha È ufigkeitsverteilungen, elektrophysiologische Diagnose. AbstractA correlation analysis of the probability distribution of conductivity values of human skin and the diagnostic results has been performed. Per patient 1000 values were measured by means of a new and fast detector method of measuring the resistance of the skin. Totally 49 patients were subjected to the investigation. It turned out that the probability functions of the conductivity values are individually different but surprisingly good reproducable. In agreement to former results there are significant correlations between parameters of the distribution function and the kind and seriousness of the disease. Again the agreement of the frequency of the conductivity values to a log-normal distribution provides the most essential parameter of assessment of the health state. In particular, two opposite limiting cases can be distinguished, i.e. ªchaotic regulationº of cancer patients and rigidity in case of sclerosis. The measurements provide a powerful tool for re-examining quickly a given diagnosis, for deciding the basic direction of a therapy and for controlling the success of the therapy in a non-invasive way. KeywordsConductivity values of the skin, distribution functions, electrophysiological diagnosis.

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In our energy diagnostic department we noticed more and more cases with irrational stimulus-reaction- patterns and with a chaotic regulation state of the autonomous systems. We found an explanation by the ‘Switching phenomenon’. However, in addition to earlier results a new cause came up, it is the electrosmog exposure. We used three criteria to clarify the findings: A) a negative reaction on a pulsating magnetic field, B) a positive reaction on a brain synchronization procedure, and C) the frequency distribution analysis of skin resistance values approximated by a lognormal (order) or by a bell curve (chaos). A retrospective evaluation over 4 years (435 patients) was performed. Results: 1) a positive correlation between the criterium A) and a chaotic tendency in C), and 2) a significant difference between reactions before and after the synchronization procedure B). The hypothesis of an electrosmog-induced chaotization of autonomous systems becomes likely.