Citat:
Ursprungligen postat av
zombie-nation
Och aluminiumet i hjärnan tror du är rent aluminium. Och att aluminium i vaccin är rent aluminium.
Haha lilla vän, ditt namn är verkligen passande på hur din hjärna fungerar.
Du kanske ska läsa på lite om hur mineraler funkar i kroppen och heavy metals påverkan
Olika "bounds " till aluminium påverkar kroppen olika
Tex boundsen som används i vaccin använder man just för att det ska stanna kvar i kroppen länge ( kan du fixa info
Själv )
About 80% of aluminum binds to the chromatin (genetic material) in all cells but it induces changes only in certain vulnerable neurons, especially those with dendritic trees in the central nervous system.
Minerals are the building blocks of our bodies and they are involved in most bodily functions. They are the “sparkplugs” of the body, necessary for body structure, fluid balance, protein structures and to produce hormones. They act as co-factors, catalysts or inhibitors of all enzymes in the body.
How do heavy metals affect our heath?
Because toxic metals replace nutrient minerals in enzyme binding sites, the metals inhibit, overstimulate or otherwise alter thousands of enzymes. For example, the enzymes affected by these metals, may only operate at 5% of its normal activity. Toxic metals may deposit in different bodily sites, causing irritation, and supporting development of fungus
Aluminum replaces calcium in bone, disrupting normal osteoid formation and mineralization. Iron deficiency predisposes laboratory animals to higher aluminum absorption and, conversely, aluminum decreases absorption and uptake of iron. Aluminum concentration was found high in the liver and kidney and distribution of essential minerals, in tissues such as bone, brain, liver, and kidney, were altered in aluminum-treated rats.
Aluminum replaces calcium in bone, disrupting normal osteoid formation and mineralization. Iron deficiency predisposes laboratory animals to higher aluminum absorption and, conversely, aluminum decreases absorption and uptake of iron. Aluminum concentration was found high in the liver and kidney and distribution of essential minerals, in tissues such as bone, brain, liver, and kidney, were altered in aluminum-treated rats.