interference field diagnostics

The situation is even worse with amalgam. In this alloy, particular attention must be paid to the high toxicity of mercury, which makes up over 50% of amalgam fillings. Amalgam has been banned in Sweden and Norway for over ten years.
The mercury from amalgam reacts with the toxins produced by bacteria, thereby intensifying the adverse effects. Furthermore, mercury is deposited in the brain in particular, which is a major problem due to its neurotoxic effects. Its half-life in the brain is approximately 16-30 years!

Highly toxic heavy metals such as mercury from amalgam fillings (still standard treatment for those with statutory health insurance in Germany) travel along the nerve fibers of the trigeminal nerve directly into the otherwise protected and meticulously shielded brain. This so-called axonal transport has been proven in animal experiments.

Titanium implants are often used as artificial tooth roots. After tooth loss, the metal implants made of titanium are screwed into the jawbone. Advantages of titanium implants include high load-bearing capacity, uncomplicated healing, and relatively low cost.

Titanium implants are made of a base metal and are also subject to corrosion. The battery effect also plays a role in titanium implants. Titanium implants also act like micro antennas in the head.

The titanium implant is fixed to the jawbone and forms a connection between the inside and outside of the body. However, the collagen fibers in the gums do not bond with the titanium implant, but instead lie parallel to it in the area where it enters the gums. This is an Achilles’ heel for the body’s defenses in this area, as it provides a permanent entry point for bacteria, viruses, and fungi.

From a holistic biological and immunological perspective, it makes more sense today to avoid titanium implants altogether and use only single-piece ceramic implants instead.

“Dentistry is the only medical specialty that allows a dead organ to remain in the body.” – Professor Dr. M. A. Wainwright

Traditional dental medicine considers root canal treatment (endodontics) to be the gold standard for preserving a diseased tooth. This involves removing the inflamed or dead nerve tissue from the tooth root. The hair-thin canals of the tooth are then cleaned of residual tissue and germs. Finally, the root canal of the tooth is filled with various filling materials.

In any case, the tooth is now dead – but will continue to serve as a chewing tool with a crown. From the perspective of holistic biological dentistry, however, root canal treatment should only be a temporary solution!

Dead teeth – a risk to your health
Modern studies show that no matter how perfectly the root canal is filled, it is impossible to remove 100% of all organic tissue from a tooth.

The dead tooth, which was once an organ with a nerve and blood supply, remains as a dead pillar in the oral cavity. The tooth is no longer connected to the body’s infrastructure and can therefore no longer be supplied with micronutrients. It becomes brittle and, with approximately 10,000-40,000 dentinal tubules per square millimeter, provides a perfect shelter for bacteria where the body’s defenses cannot intervene.

The bacteria produce toxins known as endotoxins, such as cadaverine, mercaptans, and thioethers. This is well documented in the literature. Root canal-treated teeth correlate with systemic diseases such as heart attack, stroke, allergies, skin diseases, joint diseases, type 2 diabetes, intestinal diseases, diseases of the nervous system, etc.

The inflammatory processes surrounding root-treated teeth are in most cases chronic silent inflammations. And these usually do not cause any pain. Unfortunately! Yes, you read that correctly: unfortunately! Pain would signal to you that something is wrong. However, this signal is missing in chronic inflammation, including that of dead teeth. This allows bacteria and toxins to wreak havoc undisturbed. Cadaveric toxins are produced, inflammatory messengers are released, and the immune system is permanently stressed. The progression of this hidden infection cannot be stopped or reversed, even with medications such as antibiotics.
Conclusion: just because a dead tooth does not hurt does not mean that it cannot be harmful and dangerous to your health. Quite the opposite is true. Therefore, the rule is: do not preserve teeth at any cost!

Similar to the danger posed by dead teeth, the clinical picture of FDOK and NICO is still not recognized by conventional medicine. In practice, however, holistic biologically oriented dentists are confronted with this phenomenon on a daily basis, whether through diagnosis with the CaviTAU ultrasound device and 3D DVT X-rays or through surgical removal of the affected areas.

What is a FDOK?
FDOK stands for fatty degenerative osteonecrosis of the jawbone. This refers to chronic inflammation of the jawbone. FDOK often develops where teeth have been removed and the wounds have not been able to heal properly (often in the area of former wisdom teeth). It cannot be detected on a conventional X-ray! Patients suffering from FDOK are often in a state of constant stress (sympathetic mode). This means that the autonomic nervous system is hardly able to switch to relaxation (parasympathetic mode). Reliable diagnosis is provided by ultrasound diagnostics with the CaviTAU device and three-dimensional X-ray analysis with DVT.

What is NICO?
NICO stands for neuralgia-inducing cavitational osteonecrosis. NICO is essentially nothing more than FDOK, but with a neuromodulatory trigger, i.e., it also triggers nonspecific facial pain (trigeminal neuralgia).

How do FDOK or NICO come about?
Simply put, these are areas of bone loss in the jawbone. They usually occur in places where teeth have been extracted. They are caused by a wound healing disorder. The cause of this is a vitamin and micronutrient deficiency during the growth phase of adolescents or young adults, accompanied by an unbalanced diet: Among other things, there is a lack of vitamin D3, zinc, magnesium, and omega-3 fatty acids. This deficiency often overwhelms the body’s healing processes. It is unable to build new healthy tissue because it simply lacks the nutrients to do so. NICO or FDOK are therefore a symptom of an existing nutrient deficiency.

What makes the FDOK and NICO so dangerous?
In cases of NICO or FDOK, the bone is no longer supplied with blood and is interspersed with small cysts filled with fatty fluid. This typical yellowish, oily fluid carries numerous inflammatory factors and is characteristic of chronic inflammation.

FDOK/NICO are veritable breeding grounds for many different types of putrefactive bacteria. Elevated concentrations of viruses, fungi, and various toxins have also been detected. Even heavy metals such as mercury, pesticides, and glyphosate have been found in concentrated form. All in all, this is a highly unhealthy mix of disease-causing factors – and it is located in the well-supplied jawbone, in close proximity to the brain.

This means that NICO or FDOK stress the immune system 24 hours a day, seven days a week, 365 days a year. These degenerated fat cells in the NICO or FDOK areas produce inflammatory messengers, known as cytokines or chemokines, which also act as interference fields on other organs and are associated with inflammatory joint problems, breast cancer, Hashimoto’s disease, multiple sclerosis, and other tumors.

Due to the massive presence of RANTES (= Regulated And Normal T cell Expressed and Secreted, a chemokine with chemotactic effects) in the area of fatty degenerative osteolysis in the jawbone, there is scientific evidence of a link to allergies, asthma, joint diseases, multiple sclerosis, breast cancer, Alzheimer’s dementia, and Parkinson’s disease.

Periodontitis is the most common cause of tooth loss in people over the age of 40. As already described in relation to titanium implants, teeth also form a connection between the inside and outside of the body. There are approximately 700 different types of bacteria in the oral cavity. Most of them are completely harmless and an important part of healthy oral flora. The oral cavity is part of the digestive tract. In a healthy oral cavity, there is a good balance between “bad” and “good” bacteria. Poor oral hygiene, unhealthy lifestyle habits such as smoking, alcohol consumption, sugar consumption, mouth breathing, and poor nutrition result in micronutrient deficiencies and disrupt this balance. The harmful germs gain the upper hand and form toxins that trigger an immune response, initially in the gums (gingivitis).

As it progresses, this inflammatory reaction spreads to the entire periodontium, resulting in full-blown periodontitis (“around the tooth”). Apart from the fact that you gradually lose your teeth, the affected teeth represent a major gateway for bacteria, viruses, and fungi to enter the body. This has devastating consequences, as the toxic metabolic products enter the body. This condition, known as bacteremia, correlates with systemic diseases. Periodontal disease is associated with an increased risk of heart attack, stroke, and diabetes. Periodontal disease can also have a negative impact on the course of pregnancy and pose a serious risk to the unborn child.

In the intestine, the permeability of intestinal cells to harmful substances, bacteria, etc. is referred to as leaky gut. We refer to periodontitis as leaky gum in the oral cavity. Both the intestine and the oral cavity are part of the digestive tract. Both regions are home to hundreds of different types of bacteria. In the intestinal area, the importance of the microbiome is well known! In this respect, it is highly likely that a patient with periodontitis also suffers from a leaky gut. Conversely, it is also highly likely that patients with a leaky gut have periodontitis.

The way we clench our teeth also has a major impact on our physical health. This is because the position of the jaw and the temporomandibular joint plays an important role in our posture, among other things. If the bite is “crooked” or uneven, this can lead to a crooked position of our spine, pelvis, legs, and feet. The bite is the way the upper and lower teeth fit together. Ideally, the opposing teeth should touch simultaneously and evenly. This is called occlusion. The pressure on the entire dentition and thus on each individual tooth is then optimally distributed. Ideally, the entire masticatory muscles are relaxed and loose, the jaw joints are also ideally positioned, and the joint head is centrally located in the joint socket. There is no pain in the masticatory muscles or the jaw joint. If all of this is true, we refer to this as an optimal bite. However, if there are disturbances in this finely tuned system, for example due to excessive fillings or crowns on one or more teeth, missing teeth, or poorly fitting dentures, the entire balance of the masticatory apparatus can be disrupted.

Since the effects of an incorrect bite can spread throughout the entire body via fascia, muscle chains, and joints, the symptoms are also very diverse: dizziness, tinnitus and ringing in the ears, headaches and migraines, deterioration of vision, neck tension, slipped discs, pelvic obliquity, knee pain, etc.

Teeth grinding – bruxism
Teeth grinding usually occurs at night during sleep. The teeth are clenched together with maximum force and rubbed against each other under high pressure. The pressure this puts on the muscles, intervertebral discs, and spine is enormous! Under these conditions, sleep is not restful or regenerative. So if you wake up in the morning feeling exhausted instead of refreshed, nighttime teeth grinding could be the cause.

But what triggers teeth grinding?
Teeth grinding is the result and expression of stress. Clenching the teeth is a kind of outlet through which the body can release pressure and stress. It is therefore clear that reducing stress is necessary if you want to treat the actual cause. Anything else—such as a mouth guard—is merely treating the symptoms. However, very few people are aware of their own stress levels!

The consequences of teeth grinding – bite height factor
Pressing and grinding your teeth causes continuous wear on the hard tooth substance, as well as on crowns, bridges, and dentures. Similar to a car tire, the profile wears down. If I drive in a stressed manner, constantly with squealing tires, this process happens more quickly and I can lower my car by a few millimeters. In the jaw area, we refer to this as a lowered bite.

The loss of bite height compresses the region of the large blood vessels supplying the brain in the neck. This restricts the blood flow to the brain. A loss of bite height of 1 mm reduces blood flow to the brain by up to 50%! A link has also been established between loss of bite height and neurodegenerative diseases such as dementia and cognitive disorders. On the other hand, toxins and waste products can only be removed from the brain via a sufficiently wide jugular vein. This is all the more important as the brain does not have a lymphatic system; instead, waste products are removed by the so-called glymphatic system. At night, brain cells shrink by up to 60%, creating a cavity between the cells through which toxins can drain away. However, for this system to function properly, all sources of stress must be eliminated at night. This includes all sources of EMF, such as cell phones, Wi-Fi, etc.