◆ SpookStack

Approved For Release 2004N68/62S1€/4IRDP96-00792R000600350001-3 DST-1810S-387-75 September 1975 (U) A significant advance toward identification of the EMR source of biological energy transfer was gained from recent research conducted at the University of Novosibirsk. Scientists there investigated the release of energy during cell division and during cellular damage and repair resulting from viral infection or toxic chemicals. In over 5000 experi- ments with cell cultures and animal organs it was shown that damaged cells radiated some form of energy and that the energy released was capable of causing damage in adjacent control preparations of organs or cells. Further investigation revealed that a uniform pattern, code, or rhythm of radiation was emitted by normal cells. This pattern was disturbed when cellular damage occurred, becoming quite irregular. It was also found that the patterns were transmitted from experimental to control prepara- tions only when the cells or organs were cultured in quartz containers. Since quartz transmits ultraviolet (UV) radiation and standard laboratory glassware does not, the Soviets concluded that UV radiation mediated cellular information transfer. The researchers subsequently correlated given irregularities of emission with specific diseases and are now attempting to develop techniques for diagnosis and therapy by monitoring and altering cellular radiation codes. (U) Czechoslovakian research on energy transfer between animal muscle preparations, from animals to man, and from man to man, has also demon- strated EMR as the vehicle of biological energy transfer. In experiments conducted between 1948 and 1968 at the Okres Institute of Public Health, Kutna Hora, Czechoslovakia, Dr. Jiri Bradna demonstrated contactless transfer (myotransfer) of stimuli between frog neuromuscular preparations. Bradna placed identical preparations side by side; stimulation of one preparation with electric pulses at frequencies between 10, and 30 pulses per second caused contraction and a recorded electromyographic response in the other. In other experiments, stimulation of muscle preparations influenced the oscillations of a pendulum and increased the muscle tension of a human subject. Bradna obtained objective proof that energy in the very high frequency (vhf) range mediated the stimulus transmission. He also demonstrated that myotransfer could be blocked with ferrous metal filters and aluminum, could be deformed with magnets, ferrites and other conductors, could be reflected and transmitted over waveguides, and shielded with grids. Bradna concluded that primary perceptual and informational pathways between animals are based on metabolic processes at the macromolecular level and that the magnitude of energy transfer depends on muscular adenosine triphosphate (ATP) energy release. (U) Bradna has reported successful application of myotransfer in physio-~ therapy. It has been found to be effective for both individuals and groups. In the latter case, the summation of stimuli has been shown to enhance the neuromuscular responses of individuals within the group. Bradna feels that such stimuli influence the herd behavior of animals and may also be a factor in altering human behavior under conditions of isolation or overcrowding. 10 Approved For Release 2004N6!685 GAERDP96-00792R000600350001-3