“The brain has a glymphatic system for detoxification, which drains the toxins into the lymphatic system of the head. This lymphatic system is stressed by toxin-producing processes in the mouth area to the point of blockage. Afterwards the glymphatic system is overloaded. A large number of foci and toxins in the mouth area are capable of doing this.”
Oral Toxins, which are important?
A.Metals: i.e. heavy metals, in amalgam (mercury, silver etc) and dental gold (palladium, platinum etc); i.e. light metals in implants (titanium etc). They are all toxic, especially for the brain.
B.Chronic bacterial inflammation of the gingiva and/or gums, especially hidden gangrenous stomatitis, pulpitis, and periapical granuloma findings. The starting point is often inadequate root canal treatment, in which dead tissue and germs remain in theroot canals. According to insiders, around 80% of these treatments are insufficient. Periapical granuloma, also sometimes referred to as a radicular or apical granuloma, is an inflammation at the tip of a dead (nonvital) tooth, resulting in inflammation of granulation tussue at the root tips of a dead tooth.
C. Jaw bone foci in the sense of non-infectious chronic ostitis: NICO, FDOK. Also,fatty degenerative jaw ostitis. Chronic siftening of the jawbone is a phenomenon that is still not recognized by many areas of medicine and dentistry, or at least ist health effects are not taken seriously. These «jaw inflammations» were described by the American pathologist Prof. Bouquet as «neuralgia inducing cavitational osteonecrosis». (5, 6, 7) NICO is a deficiency in the form of a metabolic disorder that leads to fatty degenerative bone dissolution. NICO usually presents as fatty lumps thar are easily spooned out of the medullary canal of the jawbone. These degenerated fat cells in NICO areas produce inflammatory messengers (cytokines/chemokines like RANTES that affect other organs where they can be associated with breast cancer, Hashimoto`s, multiple sclerosis, etc. (8, 9)
D. Periodontitis and gum pockets filled with problematic pathogens. The tooth is anchoredin the tooth socket by gomphosis, i.e. a tooth is only suspended in its bone socket via the Sharpey fibers and is not firmly fused to it. There is therefore a natural gap (= periodontal gap) between the tooth and the bone, in which the Sharpey fibers and periodontal ligament are located. Bacteria can penetrate this gap. Especially those that feel very comfortable in this environment (= obligate anaerobes) multiply and lead to inflammation in which the Sharpey fibers are damaged. The periodontium recedes and inflammatory niches, known as periodontal pockets, develop in the periodontal gap, which can repeatedly and acutely fill with pus."
