NANO toxics - BIG problems
There are biological nanoparticles (bacterial or viral nanotoxins) and chemical nanoparticles (heavy metals) that are highly toxic and are being deliberately distributed in water, beverages, food, vaccines, air, and clothing. When absorbed, they cause intoxication syndromes in the population, which are eventually excreted in urban wastewater. Highly toxic nanoparticles cause immune damage and chronic inflammation, leading to premature aging, cancer development, neurodegeneration, autoimmunity, neurodevelopmental disorders, and reduced life expectancy.
Diseases
Due to their size, highly toxic nanoparticles cannot be recognized by macromolecular immune defense mechanisms such as immunoglobulins (IgG, IgM, IgA). In their unstable (i.e., quantum) state, they can adjust their size, shape, charges, and energy distribution based on the surrounding environmental pH balance. Excessive presence of highly toxic nanoparticles initially triggers an exaggerated immune response (cytokine storm) by overstimulating the consumption of proteins that act as biological nanofilters, attracting nanoparticles nanomagnetically. Thus, highly toxic nanoparticles directly access subcellular structures such as mitochondria, ribosomes, RNA, and nuclear DNA, inducing damage to cellular structure and function, detoxifying microbiota, and intestinal neuroenteroendocrine cells and lymphocytes.
Immunodeficiency
Gradually, cellular immune defense mechanisms become depleted, leading to Acquired Human Immunodeficiency Syndrome (SIDIA).