1994Electro- and MagnetobiologyRequires access

Artificial Simulation of Naturally Occurring, Biologically Active Atmospherics

G. Ruhenstroth‐Bauer, Georg Hoffmann, Siegfried Vogl, H. Baumer, Rainer Kulzer, J. Peters, F. Staub

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Abstract

In recent years, partial high correlations with low-error probabilities have been detected between naturally occurring atmospherics and certain meteorological or biological/pathological parameters.Correlations are, in principle, not able to demonstrate causal relationships. However, we have now succeeded in constructing an apparatus that artificially simulates certain naturally occurring atmospheric spectra. With it, the proliferative activity of C6-glioma cells in vitro may be influenced in a similar manner as the correlation with naturally occurring atmospherics. This may have far-reaching theoretical and practical consequences.

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What this paper is about

In recent years, partial high correlations with low-error probabilities have been detected between naturally occurring atmospherics and certain meteorological or biological/pathological parameters.Correlations are, in principle, not able to demonstrate causal relationships. However, we have now succeeded in constructing an apparatus that artificially simulates certain naturally occurring atmospheric spectra. With it, the proliferative activity of C6-glioma cells in vitro may be influenced in a similar manner as the correlation with naturally occurring atmospherics. This may have far-reaching theoretical and practical consequences.

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Available abstract

In recent years, partial high correlations with low-error probabilities have been detected between naturally occurring atmospherics and certain meteorological or biological/pathological parameters.Correlations are, in principle, not able to demonstrate causal relationships. However, we have now succeeded in constructing an apparatus that artificially simulates certain naturally occurring atmospheric spectra. With it, the proliferative activity of C6-glioma cells in vitro may be influenced in a similar manner as the correlation with naturally occurring atmospherics. This may have far-reaching theoretical and practical consequences.

Key concepts: Atmospherics, Biological effect, Meteorology, Biology, Physics, Endocrinology

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