Effects of radiofrequency fields on young animals: WiFi signal exposure effects on immature immune and nervous systems (ERYA project)

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Aït-Aïssa, S. | Billaudel, B. | Poulletier de Gannes, F. | Ruffie, G. | Duleu, S. | Hurtier, A. | Haro, E. | Taxile, M. | Athane, A. | Geffard, M. | Lagroye, I. | Wu, T. | Wiart, J. | Veyret, B.

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Oral. To investigate bioeffects of WiFi exposure on the developing immune and nervous systems, pregnant rats were exposed or sham-exposed to WiFi signals. The daily 2 hour whole-body exposure was carried out in utero for 2 weeks and post-natal exposure for 5 weeks. In the reverberation chamber, SAR levels in the free-running animals were 0, 0.8, 0.4, and 4 W/kg. Apoptosis and stress protein expression were studied in different brain areas: comparison among sham and exposed groups showed no significant differences. Lack of consistent neo-antigen production under exposure suggests that WiFi signal exposure has no noticeable influence on immune humoral response.

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