Journal of Oral Pathology and Medicine · 1980 · 22 citations · 9 references
DentistryOral BiologyDental MaterialsEnamel BiologyOral HistologyCaries ProgressionDental CariesEnamel CariesEnamel DemineralizationEnamel HistologyEnamel UltrastructureCaries Lesion HistologyEarly Caries LesionsEarly Enamel LesionsEnamel Caries DevelopmentEnamel Caries RemineralizationEnamel CrystalsEnamel White Spot LesionsWhite Spot Lesion Progression
Selected areas of early enamel caries ('White spot' lesion) in human teeth were argon-ion-beam thinned and examined by transmission electron microscopy. A systematic examination of areas which were histologically defined as the translucent zone and the dark zone showed that the pattern of early caries was consistent with that of demineralization of the tissue commencing with a widening of the micropores and of the inter-rod spaces and gradually progressing to a severe destruction of the original enamel crystals, with possibly some remineralization. Observations indicate that the intercrystalline micropores and inter-rod spaces are the pathways by which acidic agents reach the crystals causing carious dissolution.
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Visualisation of micropore structure in human dental enamel
H. J. Orams, P. P. Phakey, W.A. Rachinger et al. · Nature · 1974 · 38 citations