Source and research context
The study was conducted by Dr. Mirjam Repa Reuss at the Centro de Medicina Natural Canarias in collaboration with IGEF under the title “Examination of an effect of Somavedic Medic device in relationship to stress of electrosmog using analysis of blood cells in dark field.”
The observation utilized high-magnification dark-field microscopy to examine live capillary blood cells and assess red blood cell aggregation behavior.
Participants and procedure
Five female participants completed the observation protocol. Each participant provided a baseline fasting capillary blood sample, followed by a 90-minute rest period positioned between two active Somavedic Medic devices.
A second blood sample was obtained immediately following the session, prepared under identical laboratory conditions, and photographed under dark-field illumination.
Microscopic observations
Baseline microscopic evaluations showed pronounced erythrocyte aggregation and stacked rouleaux formations across all participants.
Following 90 minutes in the field of the Somavedic devices, post-exposure micrographs demonstrated significant dispersion of red blood cell clusters into freely floating, individualized cells.
Participants subjectively reported feeling refreshed, alert, and physically relaxed following the session.
Discussion and conclusion
The authors noted that the visible decongestion of erythrocyte clusters under dark-field microscopy suggests improved red blood cell mobility and microcirculatory ease.
This observational report offers compelling visual insight into how environmental harmonization can support healthy cellular flow and fluid dynamics.