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Basics points in Cariology

 

Author
Student Viteri Mauro Andrade
Y6, Faculty of Dentistry cycle
Universidad Catolica Santiago de Guayaquil

Coauthor
Dr. Julio Moncayo Avilés
Doctor of Dentistry State University of Guayaquil
Oral Rehabilitation Specialist Universidad Autonoma de Guadalajara
Professor Universidad Catolica Santiago de Guayaquil

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1-We now know that in a mouth there is a continuous cycle of demineralization and remineralization in the tooth surface, so that we can consider to caries as a dynamic process.

If the acidity on the surface of a tooth below the pH of 5.5, there will be a release of calcium and phosphate ions, which are encompassed in the saliva. But since saliva is a saturated solution of these ions, the possibility exists that these super return to the surface of the tooth. If the saliva pH rises above 5.5, any injury that may affect only enamel remineralisation and "healing".

2 - The disease starts when a super long tooth surface is exposed to the acids produced by fermentation of carbohydrates by cariogenic bacteria present capacity in dental plaque.

3 - In enamel, crystals of calcium and phosphate are lost by dissolution in the subsurface after the oral fluid pH falls to less than 5.5. This loss usually occurs when the defensive mechanisms in the oral cavity are not sufficient to protect the enamel from the harmful effects of frequent acid attacks.

4 - If the loss of calcium and phosphate crystals continues, large areas develop micro pores. These areas are visually identified as "white spots" when the tooth is dried or unseasoned is also displayed. If the loss of tooth structure remains, develops caries cavity. In the roots, early carious lesions soften and discolor the cementum and dentin (dark yellow or brown) These characteristics are the result of the loss of organic and inorganic components of dentin and cementum.

5 - Remember that caries is a chronic process of slow progress (although it can have acute phases) than in its early stages is asymptomatic, the goal is to examine a patient and find the earliest signs of this disease in the enamel and root . If discovered early signs of demineralization, can advise the patient on preventive care to reverse this process.

6 - It is important to dental caries as a polymicrobial infectious disease. Carving and plugging a tooth is not the only solution to the damage caused by the decay process and is not an effective method to treat caries infection (Gregory et al1998) It is necessary to manage a comprehensive and preventive treatment of dental caries, especially for Patients with high caries activity.

7 - To provide a comprehensive program of prevention and dental treatment for patients with high caries activity, an assessment will be conducted to identify the biochemical factors directly involved, oral hygiene habits, diet, use of fluoride products, the microbial infection in the mouth, salivary flow, buffer capacity of the same and host susceptibility factors to evaluate. "

8-In the absence of an effective vaccine against tooth decay today, prevention and early diagnosis of this disease are our most valuable tools.
1 - The difficulty of developing a vaccine against tooth decay lies:
a. In several microorganisms that are responsible for this disease (Streptococcus mutans, Actinomyces naeslundii and Capnocytophaga gingivalis, Lactobacillus ....)
b. The location of the same: The oral cavity

Bibliography

1. Anderson DM, Langeland K, Clark GE, et al. Diagnostic Criteria for the Treatment of caries-nduced pulpitis. Bethesda MD: Department of the Navy, Navy Dental Research Institute, NDRI-R 81-03, March 1981.

2. Money Barrancos Editorial Panamericana Operative Dentistry Third Edition 1981

3. Bhaskar SN. Oral pathology, sixth edition, Buenos Aires, El Ateneo, cap, 5 "Injuries to hard dental tissues," 1984

4. MacGregor AB. The position and extent of acid in the Carious process. Arch Oral Biol, 1961, 4:86

5. WA Miller and Massler M. Permeability and stainning of active and arrested Lessions in dentine. Brit Dent J. 1962, 112; 187

6. Langeland K. Tissue response to dental caries. Endod Dent Traumatol 1987; 3: 149-71.

7. Langeland K. Tissue changes in the dental pulp. An experimental histologic study. Oslo: Oslo University Press, 1957, 19, 71.

8. Langeland K, Rodriguez M, Dowden WE. Periodontal disease, bacteria, and pulpal histopathology. Oral Surg Oral Med Oral Pathol 1974; 37: 257-70

9. Langeland K. Management of the inflamed pulp associated with deep Carious lesion. J Endod 1981, 7:169-81.

 

 

 

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