Seed_Oils_Electrosensitivity_Paper.pdf

A large group of chronic conditions - electrosensitivity (idiopathic environmental intolerance attributed to electromagnetic fields, IEI-EMF), multiple chemical sensitivity, fibromyalgia, chronic fatigue, and others - share two features: they are disabling, and they are classed as idiopathic. This paper sets out a single organising hypothesis: that a loss of lipid-based protection of the nervous system, driven by a diet high in oxidisable, industrially processed seed oils and low in the fat-soluble vitamins (A, D, E and K) and the antioxidant and omega-3 reserves that keep those fats from going rancid in the body, exacerbates environmental sensitivity and the wider idiopathic cluster. A nervous system built from and defended by fragile, oxidised fat is proposed to become sensitised and over-reactive, and this sensitisation - not direct electromagnetic reception - is proposed as the substrate of environmental intolerance. Known biochemistry (membrane lipid composition, lipid peroxidation products, plasmalogen and cardiolipin vulnerability, blood-brain-barrier integrity) is marshalled as mechanism, and documented epidemiological and interventional patterns (the latitude gradient in multiple sclerosis, the VITAL trial, Mediterranean / olive-oil trials, dietary-transition studies, the mortality benefit associated with chili consumption) are offered as consistent support. The hypothesis is framed as a contributory, exacerbating pathway rather than sole causation, makes falsifiable predictions, sets explicit criteria for confirmation, and addresses the principal counterargument (the double-blind provocation literature) directly.