Behavior of aquarial goldfish Carassius auratus as the diagnostic response to electromagnetic emission from cellular telephone communication units

The subject of study is the experimental result of real human environment magnetic field distortion Bz on the example of high-frequency electro-magnetic emission in the cellular radiotelephone systems (EME). In the near-field zone of telephone receivers (TR) of various commercial models in different methods of operation the emission generates concurrental inductive fluctuations ΔHz in the frequency range ΔHz which is close to the cerebral biorhythms of humans and animals. The goldfish Carassius Auratus population, got by the consanguineous crossing during several years (strict inbreeding) for maintaining genetical purity of the material, was used to illustrate behavioral perception the effects of electro-magnetic emission (EME) by fish. The response of animals was registered motion activity alteration in vivo (MA) in the open aquarial ecosystem. The after-effects of long-term exposure of neuronal reactions to the modern cellular communication units EME can lead to pathological phenomena and processes. So the pathological behavioral parameters in vivo revealed in the experiments can be used in the medical practice and in working out the regulating principles of safety for the people.