Fogorvosi szemle, 1990 (83. évfolyam, 1-12. szám)

1990-07-01 / 7. szám

1970. — 13. Guggenheim, В.: Cariology Today. S. Karger, 1984, 237—243. 367. — 14. Hajström-Björkman, UAngmar-Mansson, B., Ström, J. and Sundström, F.: Laser fluorescence in clinical studies. J. Dent. Res. 64, 769, 1986. — 15. Hartles, R. L. and Leaver, A. G.: The fluorescence of teeth under UV irradiation. Biochem. J. 54, 632 1963. — 16. Howat, A. P.: A Comparison of the Sensitivity of Caries Diagnostic Criteria. Caries Res. 15, 331, 1981. — 17. Howat, A. P. and Holloway, P. J.: The Effect of Diagnostic Criteria an the Efficiency of Experimental Clinical Trials. J. Dent. Res. 56, 116,

1977. — 18. Kleinberg, I., Chatterjee, R., Domokos, A., Castaldi, G. 11., Fain, M. and Chebib, F.: An ultraviolet photographic technique for the early detection of carious lesions. Methods of Caries Prediction. B. G. Bibby and R. J. Shern Washington and London. 1987, 271. — 19. Lees, S.: Detection of early carious conditions by ultrasound. Methods of Caries Prediction. B. G. Bibby and R. Shern Washington and London.

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R. J. Shern Washington and London 1978, 281. — 22. Marion, D. F. and Mechel, A. H. : The in vitro formation and quantitative evaluation of carious lesions. Arch. Oral Biol. 8, 1, 1963. — 23. Mayuzami, Y., Suzuki, K. and Sunada, J.: A Method of Diagnosing Incipient Caries in Pits and Fissures by Measuring Electrical Resistance. J. Dent. Res. 43, 941, 1964. — 24. Mitropoulos, С. M.: A comparison of fibre optic transillumination with bitewing radiographs. Br. Dent. J. 159, 21, 1958. b. — 25. Nikiforuk, G.: Understanding Dental Caries 1. Etiology and Mechanisms. Basic and Clinical Aspects. Karger,

S. Basel, New. York 1985. — 26. Peltola, J. and Wolf, J.: Fibre optic transillumination in caries diagnosis. Proc. Finn. Dent. Soc. 77, 240, 1981. — 27. Pieper, К. und Schur ade, В.: Die Untersuchung mit der Kaltlichte Diagnosesonde. Eine alternativa zum Flügelbi status? Dtsch. Zahnarztl. Z. 42, 900, 1987. -— 28. Pincus, P.: A New Method of Examination of Molar Tooth Grooves for the Presence of Dental Caries. J. Physiol. 113, 13, 1961. cit.: White, О. E., Tsamtsouris, A. and Williams, D. L.: Early Detectin of Occlusal Caries by Measuring the Electrical Resistance of the Tooth. J. Dent. Res. 57, 195, 1978. — 29. Purdell-Lewis, D. J. and Pot, T.: A Comparison of radiographic and fibre optic diagnoses of approximal caries lesions. J. Dent. 2, 143, 1974. — 30. Rawls, H. R., Robert, K. Q., Zimmerman, E. L. III. and Owen, W. D.: Fluorescent dye uptake as an aid to early diagnosis of incipient carious lesions. Methods, of Caries Prediction. B. G. Bibby and R. J. Shern Washington and London 1978, 261. — 31. Sidi, A. D. and Naylor, M. N.: A comparison of bitewing radiography and interdental transillumination as adjuncts of the clinical identification of approximal caries in posterior teeth. Br. J. 164, 15, 1988. — 32. Silverstone, L. M.: The Primary Translucent Zone of Enamel Caries and of Artificial Carieslike Lasions. Br. Dent. J. 120, 461, 1966. — 33. Silverstone, L. M.: The surface zone in caries and in caries-like lesions produced in vitro. Br. Dent. J. 125, 145, 1968. — 34. Silverstone, L. M.: Remineralization phenomena. Caries Res. 11, 59, 1977. — 35. Ten Bosch, J. J., Borsboom, P. C. F. and Ten Gate-, J. M.: A Nondestructive Method for Monitoring De- and Remineralization of Enamel. Caries Res. 14, 90, 1980. -— 36. Ten Bosch, J. J., Van der Mei, H. C. and Borsboom, P. C. F.: Optical Monitor of in vitro Caries. A Comparison with Chemical and Microradiographical Determination of Mineral Loss in Early Lesions. Caries Res. 18, 540, 1984. — 37. Ten Bosch, J. J., Angmar-Mansson, В., Booy, M. and Sunström, F.: Long Wave length Fluorescence of Bovine Tooth Components. Caries Res. 20, 186, 1986. — 38. White, G. E., Tsamtsouris, A, and Williams, D. L.: Early Detection of Occlucal Caries by Measuring the Electrical Resistance of the Tooth. J. Dent. Res. 57, 195, 1978. — 39. White, G. E., Tsamtsouris, A. and Williams, D. L.: Detection of occlusal caries by measuring the elektrical resistance. Methods of Caries Prediction. B. G. Bibby and R. J. Shern. Washington and London 1978, 267. — 40. Zamir, T., Fischer, D., and Sharov, Y.: A Longitudinal radiographic study of the rate of spread of human dental caries. Arch. Oral. Biol. 21, 368, 1987.

N e m e s, J. Dr. and В á n ó c z y, J. Dr.: New viewpoints and methods in the caries diagnostics.

Results obtained in the caries pathogenesis in recent years as well as the successes in the field of remineralization opened the way to heal the initial stage of the caries by means of preventive methods. Increased attention should be paid to early diagnostics of the caries, and evolution of the new diagnostics methods shoulds be followed by attention. Combined employments of the various diagnostics methods should be aimed at.

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