1. MOSCOW, 2012 EFFECTS OF LONG-TERM WEAK ELECTROMAGNETIC SHIELDING IN INVERTEBRATES Temuryants N.A., Kostyuk A.S., Tumanyants K.N., Yarmolyuk N.S., Demtsun N.A. Taurida V.I. Vernadsky National University, Simferopol, Crimea, Ukraine 1

2. Goal of the project: To discover changes that are conferred by electromagnetic shielding on regenerative processes in planarias and on nociceptive reactions in snails. 2

3. Research subject– planaria Dugesia tigrina Research subject– planaria Dugesia tigrina Studied parameters: Regeneration index Regeneration rate Movement velocity Coefficient of effectiveness Infradian rhythmicity

4. 4 Studied parameters: Threshold and latent period of avoidance of the thermal stimulus Coefficient of effectiveness Infradian rhythmicity Research object– nociception of land snails Helix albescens

5. 5 Dynamics of the efficiency coefficient of electromagnetic shielding (%), calculated of RI (----) and MV (- - -) Note: solid dots– valid differences Day of experiment Efficiency Coefficient (%)

6. Spectra of infradian rhythms of the regeneration index in intact planaria and animals regenerating under electromagnetic shielding, spring period

7. 7 Dynamics of the efficiency coefficient (%) of electromagnetic shielding during various seasons of the year. Note:* – validity of differences between coefficient of electromagnetic shielding and the values in the control group of snails: * – (р<0,001), ** – (р<0,01), *** – (р<0,05) ** *

8. Spectra of infradian rhythms of the latent period in intact snails and animals under electromagnetic shielding, various seasons of the year 8

9. 9 Dynamics of efficiency coefficient (%) of variable magnetic field, electromagnetic shielding and their combination Note: solid dots– valid differences between efficiency coefficient in snails under isolated variable magnetic field and electromagnetic shielding relative to the combined effects of electromagnetic factors. VMFEMSVMF+EMS

10. 10 Inter-relation of changes in physiological parameters affected by the electromagnetic factors and changes in melatonin secretion Adaptation reactions Pain modulation Time sensor Cytoskeleton (cilia) Proliferative activity Index of regeneration Velocity of movement Infradianrhythmicity Anti-nociception Effect Under VMF Opiod system Spectrumreconstruction Increase in velocity Stimulation of regeneration Modulation of nociception MELATONIN

11. Thanks For Attention