Étude sur l’influence des technologies sans fils à faible intensité et le développement précoce de la maladie d’Alzheimer

Les champs électromagnétiques (CEM) générés électroniquement, y compris ceux utilisés dans les communications sans fil telles que les téléphones cellulaires, le Wi-Fi et les compteurs intelligents, sont cohérents et produisent des intensités électriques et magnétiques très élevées, qui agissent sur le capteur de tension des canaux calciques dépendant du voltage pour produire des augmentations du calcium intracellulaire [Ca2+]i.

L’hypothèse calcique de la maladie d’Alzheimer (MA) a montré que chacun des éléments causaux importants, spécifiques et non spécifiques de la MA, est produit par un excès de [Ca2+]i. Le [Ca2+]i agit dans la MA par le biais d’une signalisation calcique excessive et de la voie peroxynitrite/stress oxydatif/inflammation, qui sont tous deux élevés par les CEM.Un cercle vicieux apparent dans la MA implique la protéine amyloïde-bêta (Aβ) et le [Ca2+]i.

Trois types d’épidémiologie suggèrent que les CEM sont à l’origine de la MA, y compris de la MA précoce. Des études approfondies sur des modèles animaux montrent que les CEM de faible intensité provoquent une neurodégénérescence, y compris la MA, les animaux atteints de MA présentant des taux élevés d’Aβ, de protéine précurseur d’amyloïde et de BACE1. Les rats exposés quotidiennement à des CEM pulsés développeraient une neurodégénérescence universelle ou quasi universelle à un stade très précoce, y compris la MA ; ces résultats sont superficiellement similaires à ceux des humains atteints de démence digitale. Les CEM produisant des augmentations modestes de [Ca2+]i peuvent également produire des effets thérapeutiques protecteurs. La voie thérapeutique et la voie des peroxynitrites s’inhibent mutuellement.

L’auteur présente un résumé de 18 résultats différents qui, ensemble, fournissent des preuves solides de l’implication des CEM dans la démence. L’auteur craint que les communications sans fil « intelligentes », plus intelligentes et plus fortement pulsées, ne soient à l’origine de l’apparition généralisée de la MA à un stade très précoce dans les populations humaines.

source: « Low Intensity Electromagnetic Fields Act via Voltage-Gated Calcium Channel (VGCC) Activation to Cause Very Early Onset Alzheimer’s Disease: 18 Distinct Types of Evidence » – 11 March 2022.  Lien vers le site de Betham Science.

Étude complète en anglais:

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