Sitater (vår oversettelse)
"Kombinert prenatal og postnatal eksponering for ELF-MF økte IL-17A-nivåene signifikant i hippocampus og hjernebarken og hevet IFN-γ-nivåene i hjernebarken."
[original: "Combined prenatal and postnatal exposure to ELF-MF significantly increased IL-17A levels in the hippocampus and cortex and elevated IFN-γ levels in the cortex."]
"I tillegg reduserte ELF-MF, i gruppen med kombinert prenatal og postnatal eksponering, PSD-95-nivåene signifikant i både hjernebarken og hippocampus, og Syn1-nivåene i hippocampus."
[original: "Additionally, in the combined prenatal and postnatal exposure group, ELF-MF significantly reduced PSD-95 levels in both the cortex and hippocampus, and Syn1 levels in the hippocampus."]
"Det var imidlertid ingen endring i IL-4-nivåene."
[original: "However, there was no change in IL-4 levels."]
"Resultatene våre tyder på at ELF-MF kan utløse betennelse i hjernen hos unge rotter og potensielt svekke synaptisk signaloverføring, særlig i hippocampus, der redusert Syn1 kan begrense presynaptisk frigjøring av nevrotransmittere."
[original: "Our results suggest that ELF-MF may trigger inflammation in the brains of young rats, potentially impairing synaptic transmission, particularly in the hippocampus where reduced Syn1 may limit presynaptic neurotransmitter release."]
Eksponering
"Rottene ble eksponert for 50 Hz, 500 µT ELF-MF i prenatalperioden, postnatalperioden eller begge periodene."
[original: "The rats were exposed to 50 Hz, 500 µT ELF-MF during prenatal, postnatal, or both periods."]
Sted
📍 Istanbul, Turkey
Impact of extremely low-frequency magnetic fields on neuroinflammation and synaptic protein development in prenatal and postnatal rat brains
Öztürk H, Kılıç MA, Ercan AM, Saribal D (2026) Indian Journal of Experimental Biology Journal Level 0ⓘ
