hoT studies for dentistry  (Dr. Volkmann, MD)
 

Nutrition in general:
Regarding suffering from teeth diseases, the sugar supply plays a very significant and special role in nutrition according to many results that have been reached in various studies. By increasing sugar supply, the periodontal mucous membrane inflammation increased. However, the neurological irritation was improved upon reducing sugar within short time without further therapy.

Mercury Contamination:
The gum bleeding, increased salivation and metal flavor in the mouth are some of the symptoms of a chronic mercury stain. Amalgam fillings can be related to periodontal diseases. ( Mateer RS, Reitz C D. Corrosion of amalgam restorations. J Dent Fies 46:339, 1970).

Vitamin A:
It is known that the deficiency of Vitamin A predispose the body to periodontal disease because it is related to the following:

1. Keratinized metaplasia of the gingival epithelium.
2. Early karyolysis of the gingival epithelium cells.
3. Inflammatory infiltration and degeneration.
4. Periodontal loculation.
5. Gingival calculus formation.
6. Increasing infection sensitivability.
7. Abnormal alveolar bone formation.

( Garranza F. Glickman's Clinical Periodontology. Philadelphia, Pa., WB Saunders, 1984).
The reduction could be associated with inflammatory periodontal changes.

Observational Examination: 39 pregnant women in good general condition were examined. In the eighth month of pregnancy, the inflammatory changes of the parodontium were at the maximum with an improvement immediately before the delivery. In the eighth month, the average physiological concentration of vitamin A was at the minimum and was increased immediately before the delivery, what arouses the question, whether this increase contributes to the concurrent improvement of the inflammation of the parodontium or not. ( Cemä H et al. Periodontium and Vitamin E and A in pregnancy. Acta Univ Palacki Olomuc Fac Med 125: 173-79, 1990).

Folic Acid:
Daily, take 1 mg of 0.1% of the solution orally or locally. The supplementation or the local application can reduce the gingival exudates from the inflammatory and infected gingiva, what lets us expect an improvement of the health of the tissue.
Experimental examination: After the contraceptive female users supplemented their food with 4 mg of folic acid as normal folic acid concentrations in the plasma daily for 60 days, the health of their gingiva was improved ( Vogel RI et al. J prev Dent 6:221, 1980; J Dental Fies Vol. 57, 1978).

Vitamin C:
100 mg of vitamin C daily protects the mucous membrane barriers from the infiltration of antigen material like bacterial endotoxins. A sub clinical deficiency can raise the sensitiveness to periodontal diseases.
Experimental Examination in vitro: A preliminary treatment with Ascorbic acid protected the fibroblasts in a culture medium totally from an endotoxin-induced depression. ( Aleo JJ. Inhibition of endotoxin-induced depression of cellular proliferation by ascorbic acid. Proc Soc Exp Biol Med 164(3): 248-51, 1980).

Vitamin D:
It is known that a deficiency of Vitamin D could hinder the resorption of Calcium. ( Migicovsky BB, Jamieson JWS. J Biochem Physio 33:202, 1955).
Observational Examination: The supplementation can reduce the exudation of the gingiva that is directly related to the gingival inflammation. ( Maliek HM. Doctoral Thesis, Inst Arch, MIT, Cambridge 1978).

Vitamins A, E and K:
The supplementation and oral application of these vitamins can be medicamental. The glutathione reductase is activated and the content of glutathione- sulfhydryl- groups in the gingival tissue of the patients increases. The application of antioxidants (Vitamins A, E and K) locally or per os normalized the examined parameters and improved the status of the glutathione antiperioxidase system in gingival tissues in periodontosis.) VoprPitan (4): 54-56, July – August, 1985).

Vitamin E:
Taking 800 mg of Vitamin could be insufficient (break the capsules with your teeth and apply the vitamin locally before the absorption).
Observational Examination: 39 pregnant women in good general condition have been observed. In the eighth month of pregnancy, the inflammatory changes of the parodontium were at the maximum with an improvement immediately before the delivery. In the eighth month, the average physiological concentration of vitamin E was also at the minimum and obviously increased immediately before the delivery, what arouses the question, whether this increase contributes to the concurrent improvement of the inflammation of the parodontium. (Cemä H et al. Periodontium and Vitamin E and A in pregnancy. Acta Univ Plalcki Olomuc Fac Med 125:173-79, 1990).

Calcium:
Take 1000-1500 mg daily. A dietary deficiency relates to a loss in alveolar bone. Studies of residual ridge resorption. Part II. The relationship of dietary calcium and phosphorus to residual ridge resorption. JProsthetDent32. (~\): 13-22, 1974).
Observational Examination: By examining people using prothesis, the examination showed that people, whom were daily given 900 mg of calcium, had with good alveolar bone, while people whom were daily given only 500 mg of calcium, suffered from bone loss. ( Wical KE, Swoope CG. Studies of residual ridge resorption. Part II. The relationship[ of dietary calcium and phosphorus to residual ridge resorption. JProsthetDent 32:13 – 22, 1974).

Animal experimental study: Tracker dogs were fed with food that is poor in calcium and rich in phosphor in order to provoke a secondary hyperparathyroidism. The result was an osteolytical demineralization of the alveolar bones more than other bones ( Henrikson PA. Periodontal disease and calcium deficiency. An experimental study in the dog. Acta Odonto/ Scand 26:suppl. 50:1132, 1968).

Overview report: The bone resorption is caused basically upon the periodontal disease through local factors. It can be caused as well by systemic factors. However, their role is not defined clearly. The most common cause of the bone resorption upon periodontal diseases is the chronic inflammation". ( Goodman SF. Periodontal disease is not a metabolic disease. NYState DentJ 47 (Q): 462 -64, 1981).

Animal experimental study: Rats were fed with food led to a hypocalcaemia. The results ensured that a calcium deficiency in the food does not have a significant effect on the degree or extension of the gingival inflammation, displacement of the epithelial attachment or the size of the alveolar bones ( Bissada NF et al. The effect of hypocalcemic diet on the periodontal structures of the adult rat.J Periodontol 45:739-45, 1974).
Magnesium:
The magnesium has an effect on the building of calcium and phosphate in bones. Supplementation can increase the bones density. ( Colmore JM et al.).
Experimental Study: 1% augmentation of the magnesium in bones after supplementation was associated with 100% increase of the density of the alveolar bones ( Bamett, Louis – reported in Huggins HA. The influence of calcium in the periodontal patient. J Holistic Med 2 ( 1): 32-39, 1980).

Coenzyme Q 10:
Taking 25 mg of coenzyme Q10 twice daily ( attempt for at least 2 months) is insufficient.
Overview report: Upon analysis of 7 studies, we found that 70 % of 332 patients reacted favorably to the supplementation ( Folkers K, Yamamura Y. Biomed & Clin Aspects of Coenzyme Q. Vol 1, pp. 294 – 311, Amesterdam.

Integral Periodontitis Therapy:
According to above, the reasonable food reorganization should prefer nature-oriented fresh food of the region and season. It is so important to avoid chemical fabricated additives like aroma, decorations, colors and preservatives. Cola, fries and ready food or food with reduced calories are strongly rejected because they endanger the health regularly through the nutrition chemicals.
In the experiment of rats, feeding with reduced-fatty food showed an adiposis of the healthy rats as observed at the average Americans in USA.

Package of feeling comfort

Orthomolecular intestinal clearance - OIC 1K
 

Compound	5th/6th week	7th/8th week
Black Cumin	2 capsules three times before eating	2 capsules three times before eating
3 Symbiosis	1 capsule three times during eating	1capsule three times during eating
Potassium	1 capsule three times after eating	1 Capsule three times after eating

Orthomolecular intestinal clearance – OIC 2

Compound	9th/10th week	11th/12th week
Salmon oil	2 capsules three times before eating	2 capsules three times before eating
Black Cumin	1-2 capsule three times during eating	1-2 capsules daily
3 symbiosis plus	1 capsule three times during eating	1 capsule three times during eating
Magnesium – Calcium	1 capsule three times after eating	1 Capsule three times after eating

Hypo –A periodontosis and infarction Protection *

Compound	1st/2nd week	Afterwards
Vitamin AE+ Lycopene	2 capsules three times during eating	1 capsule twice during eating
Vitamin B – complex + *	1 capsule three times during eating	1capsule once or twice during eating
Selenium Plus C	2 capsules three times during eating	1 twice or three times to be chewed for 10 minutes
Potassium	1 capsule three times after eating	1 Capsule three times after eating

* monthly change with OIC 2 modified by Ohlenschläger/ Dietl

hoT treatment system:

1. Basis substitution with Omega 3 fatty acids in form of salmon oil is combined with a pure hypoallergenic trace element complex that includes manganese and chrome beside zinc and selenium. Moreover, electrolytes are supplied with a magnesium-calcium-combination. At the same time, these electrolytes contribute to a deacidification of the patient owing to their carbonate properties.

2. The OIC 1K takes place after about 4 weeks of basis therapy, starting with the adjustment to Omega 6 fatty acids of black cumin oil, substitution of a symbiosis-oriented compound which includes the viable Lactobacilli, Bifidobacteria with the vitamins B12, folic acids and D3 as well as additional Zinc and Manganese. In addition, insulin is used as starter substance for the bacteria flora and a filling. The therapy with magnesium-calcium is performed in this phase with potassium. This is a combination of potassium citrate with molybdenum, cobalt and iodine.

3. The OIC 2 with the large intestine clearance consists of the combination of salmon oil and omega 6 compounds like evening prime rose oil, borage oil and black cumin oil with an extension of the symbionts supply for the Streptococcus Faecalis in addition to Saccharomyces Cerevisiae and the additional vitamins B5 and B6 also as Anti-Aging components. Magnesium-calcium is given to patients sometimes in order to maintain the electrolyte balance and to prevent from osteoporosis.

4. Periodontosis schema with Vitamins AE-Lycopene, Selenium plus Acerola C, Vitamin B complex plus and Q10 Vitamin C for the optimization of the oral mucous membrane, and in combination with a short term high dosage therapy of zinc up to 250 mg per day. Therefore, Selenium plus C and Vitamin AE-Lycopene can be chewed every morning and evening after eating for about 10 minutes and for approximately 2-3 months for the optimization of the mucous membrane therapy.

This Graphic shows the results of the study of Göttingen regarding the changes of the disturbed occlusion regulation of the test person in the applied Kinesiology test with therapy localization on the right and left side.

Occlusion regulation

The relationships between oral mucous membrane myofunctional balance like the regulative relationships of musculature of pelvis and spinal column are impressive like the improvements of the intestinal functions upon chronic intestine disturbances that have been there for a long time.

Health is more than missing pain – Health is the vitality!