Fogorvosi szemle, 2006 (99. évfolyam, 1-6. szám)

2006-12-01 / 6. szám

230 FOGORVOSI SZEMLE 99. évf. 6. sz. 2006. 22. Hannig M, Albers HK: Die erosive Wirkung von Acetylsalicylsäure auf Zahnschmelz und Dentin in vitro. Dtsch ZahnarztI Z 1993; 48: 293-297. 23. Hidasi Gy: A tejőrlők abráziója a II. és a III. korcsoportban. Fogon/ Szle 1975; 68: 169-171. 24. Huszár Gy: A tejfogak kopása. Fogorv Szle 1974; 67: 1-5. 25. Huszár Gy: A 60-69 évesek fogainak kopása. Fogorv Szle 1975; 68: 172-177. 26. Imfeld T: „Dental erosion. Definition, classification and links”. Eur J Oral Sei 1996; 104: 151-155. 27. Imfeld C, Imfeld T: Eating disorders (ll)-dental aspects. Schweiz Monatsschr Zahnmed 2005 ; 115(12): 1163-1171. 28. Järvinen VK; Rytômaa II; Heinonen OP: Risk factors in dental ero­sion. J Dent Res 1991 ; 70 (6): 942-947. 29. Järvinen V, Meurman JH, Hyvärinen H, Rytômaa I, Murtomaa H: Dental erosion and upper gastrointestinal disorders. Oral Surg Oral Med Oral Pathol 1988; 65: 298-303. 30. 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Smith BG, Knight JK: An index for measuring the wear of teeth. Br Dent J1984; 156: 435-438. 50. Sorvari R, Meurman JH: Surface ultrastructure of rat molar teeth after experimentally induced erosion and attrition. Caries Res 1996; 30(2): 163-168. 51. Suba Zs: A szájüreg klinikai pathologiája. Medicina Könyvkiadó Rt, Budapest, 1999; 63-65. 52. Szollár L (szerk.): Kórélettan. Semmelweis Kiadó, Budapest, j 1993:133-136. 53. Szőke J: A GERD fogászati vonatkozásai. In: Simon L, Lonovics J, Tulassay Zs, Wittman T. (szerk): A gastrooesophagealis reflux beteg­ség (GERD) - emésztőszervi és más szervrendszeri megjelenési for­mák. Budapest Magyar Gasztroenterológiai Társaság - Astra Zene­ca, 2003. J 54. Wiktorsson AM, Zimmerman M, Angmar-Mansson B: Erosive tooth wear: prevalence and severity in Swedish winetasters. Eur J Oral Sei. 1997 Dec;105(6): 544-50. 55. Wöltgens JHM Vingerling P, De Blieck-Hogervors JMA, Ber­­voets DJ: Enamel erosion and saliva. Clin Prev Dent 1985; 7: 8-10. J 56. Xhonga Fa, Sognnaes Rf: Dental erosion: Progress of erosion j measured clinically after various fluoride applications. J Am Dent Ass 1973;87:1223-1228. 57. Zelles T: Orálbiológia I. Sote Képzéskutató, Oktatástechnológiai és Dokumentációs Központ, Budapest, 1998; 129-156. Dr. Jász M, Dr. Varga G, Dr. Tóth Zs: Destructive and protective factors in the development of tooth-wear The experience of the past decade proves that tooth wear occurs in an increasing number of cases in general dental practice. Tooth wear may have physical (abrasion and attrition) and/or chemical (erosion) origin. The primary physical causes are inadequate dental hygienic activities, bad oral habits or occupational harm. As for dental erosion, it is accel­erated by the highly erosive foods and drinks produced and sold in the past decades, and the number of cases is also boosted by the fact that bulimia, anorexia nervosa and gastro-oesophageal reflux disease prevalence have become more common. The most important defensive factor against tooth wear is saliva, which protects teeth from the effect of acids. Tertiary dentin formation plays an important role in the protection of the pulp. Ideally, destructive and protective factors are in balance. Both an increase in the destructive forces, and the insufficiency of defense factors result in the disturbance of the equilibrium. This results in tooth-wear, which means an irreversible loss of dental hard tissue. The re­habilitation of the lost tooth material is often very difficult, irrespectively of whether it is needed because of functional or esthetic causes. For that reason, the dentist should carry out primary and secondary dental care and prevention more often, i.e. dental recall is indispensable every 4-6 months. Key words: tooth wear, abrasion, attrition, erosion, non-carious loss of dental hard tissue

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