Teeth – why they cause us problems

What causes the problems with the teeth?

Germanische Heilkunde® is a natural science like physics, chemistry, or biology and is, therefore, requires precise diagnostic work, even far more than in the previous conventional or symptom medicine.

organ teeth

It is based on the five empirically found Biological Laws of Nature, which are applied to every single case of a Sensible Biological Special Program in humans and mammals in a strictly scientific sense – so also in our so-called “dental diseases.”

Our teeth consist essentially of enamel. Which covers the crown, and the actual tooth bone, in which the root is (which is covered with cementum), which gives the teeth their shape from the root tip to the crown. Furthermore, the so-called pulp, as a fine-veined core mass, and the periodontium, which in turn encloses the tooth roots.

But just as the individual tooth is composed of different parts, they also belong to different germ layers and brain parts. Thereby, each tooth has not only a specific function but also a certain conflict content:

  • Incisors = “snapping”.
  • Catching or canine teeth = “catching.”
  • Cheek or grinder teeth = “crushing.”

And the whole again differentiated according to right- or left-handedness, for child/mother or partner. This inevitably results in different so-called “clinical pictures.

More precisely, the “dental bone,” the actual dentin osteolysis, just like the skeletal system of our organism, belongs to the cerebral medullary (mesoderm). That is the middle germ layer. They, therefore, make holes in the conflict-active phase. Conflict-actively, a biting conflict is underlying here practically a self-devaluation conflict of not being able to bite, i.e., wanting to bite someone, but still not being able to because the individual is too strong or too big.

Example: A weak, delicate boy is always beaten up and humiliated at school by stronger classmates. Or a sausage dog is continuously bitten by the neighboring shepherd dog.

The Hamer Focus is located in the cerebrum’s frontal cerebral medulla, left or right side of the brain.

Therefore, in the conflict-active phase, holes develop in the dentin, i.e., inside the tooth, which would be visible on the X-ray, but are usually only discovered by chance since the tooth does not yet cause any problems in this phase. However, such a tooth can spontaneously collapse under a heavy load in very long or severe conflicts or frequent short-term recurrences.

In the healing phase, recalcification also begins here, as with bone, through callus deposition, i.e., the former hole is then later even denser than before. This is also the biological purpose of this germ layer at the end of the healing phase.

The only tragic thing is that the dentin hole only starts to hurt when the healing phase is just beginning due to the expansion of the periosteum, which is very sensitively supplied.

Now the dentist drills and falls into a hole, devitalize, or possibly pulls the tooth. However, it would heal under temporary pain, even if nothing were done, but only if no new recurrences occurred.

However, there is also a self-devaluation conflict that specifically affects the lower or upper jaw (also differentiated by right- or left-handedness for child/mother or partner) because the jaw also belongs to the cerebrum (medulla) mesoderm, i.e., to the middle germ layer. The conflict is also an SDC “of being unable to bite.”

However, we then speak of a so-called periodontal disease, in which the tooth necks become longer and longer, and the gums retract so that the teeth finally wobble. But here, too, the cause is decalcification, i.e., osteolysis of the jaw around the tooth’s neck! The consequence is: that when biting or chewing, the wobbly tooth “eats” in the too-wide crater. As a result, the gums are constantly tugged and pulled, and the tooth necks consequently stick out longer, i.e., the affected wobbly tooth can then easily break away.

In the healing phase, things are supposed to get worse:

In case of pain or occasional bleeding, the dentist usually speaks of “root abscess” because the jawbone’s periosteum also expands, which causes an intense toothache. The callus often finds a way to the outside of the oral cavity because the tooth is wobbly, and the osteolysis can no longer close tightly (sweet taste in the mouth). This often prevents osteolysis from decalcifying properly.

In principle, it is osteosarcoma’s process without the sarcoma because the callus does not run into the tissue as usual but drains into the mouth. As a result, the bone tissue shrinks because the periosteal expansion aims to prevent such bone shrinkage.

Unfortunately, the dentist usually extracts the healthy but wobbly tooth and may want to grind down several others and build an (expensive!) crown. But this does not have to be because fixing the affected tooth is possible today. Even if several are next to each other – with a so-called “band,” which is glued to the back of the teeth until the osteolysis – after the end of the healing phase – is calcified again, i.e., recalcified.

Both the gums and even (more slowly) the enamel can return to normal after conflict resolution (swelling of the gums). In the animal kingdom, this is an entirely normal process.

The enamel holes (so-called caries) belong to the outer germ layer, i.e., the enamel is indeed quasi ivory-like squamous epithelium oral mucosa. The enamel of the teeth is composed of prisms connected by a putty substance. It is the hardest component. The Hamer Focus is located here in the cerebrum, interhemispheric, frontal paramedian, left or right.

The conflict content is a defense conflict of not being allowed to bite (the shepherd dog could bite the sausage dog, but is not allowed to). Again, the conflict is differentiated according to incisors, fangs, molars or grinders, handedness, mother/child, or partner.

In the conflict-active phase, an enamel defect forms, incorrectly called caries,” since the enamel is only a thickened and keratinized oral mucosa. However, the biological sense here is in the ca-phase (pain not to bite the weakened tooth and thus protect it).

There is slow restitution in the healing phase, i.e., a repair of the enamel defect, but without pain. However, in hot/cold or sweet/sour, the patient has occasional sensations of discomfort.

In principle, healing is also automatic, even if nothing is done – provided that no new recurrences have occurred in the meantime.

Example: As a child, a patient must always watch how her father (alcoholic) beat her mother. For this, she wanted to “bite him – but she couldn’t.” However, when she was 18, she stood in front of her father when he wanted to hit her mother again and said: “You will never make a single blow again because I swear, then I will immediately get the police and tell everything. You will then go to jail. Don’t you dare!”

The father never hit her again. 4 weeks later, she got a toothache on her left incisor (LH). She did not have anything done. The tooth was calcified again. (Dental x-ray with osteolysis was documented).

The so-called root inflammation (periodontitis) does not exist, strictly speaking. However, in the case of dentin holes (dentin osteolysis), the inner periodontium facing the pulp can expand and cause pain. It can also compress the pulp cavity.

A polyp on the gum is always a harmless proliferation of the old intestinal mucosa located under the squamous epithelium and extending to the tooth’s neck.

The thick cheek develops mainly in the “SYNDROME” when a dentin hole or jaw osteolysis has a pcl-phase, and at the same time, there is an active refugee or existential conflict.

One speaks of dental fistula if it is a more or less chronically recurring process of outwardly open osteolysis of the dentin or the jaw bone.

The so-called tooth suppuration is normal osteomyelitis (completely harmless!) of the dentin or jaw hole (= osteolysis) due to outward drainage, a callus-pus mixture. The dentin heals even faster and better than without osteomyelitis – as with normal bone.

The salivary stone (sublingual gland or parotid gland) is a relic of tuberculosis after healing these glands’ carcinoma. The conflict content: (left side brainstem): “not to get rid of a morsel, or (right side): “not to get hold of a morsel.