Fig. 6.1 Periapical radiographs of tooth #14, mesial and distal angles, respectively (a, b). Coronal view of the mesiobuccal root showing a missed mesiobuccal canal and periapical pathology not detected…
Fig. 2.1 A 49-year-old male was referred for evaluation of tooth number 3 prior to fabrication of a new crown. The root canal treatment was completed approximately 15 years ago…
Fig. 1.1 Schematic representations of the approximate anatomical coverage provided by different fields of view of a CBCT unit. (a) Small FOV, (b) medium FOV, and (c) large FOV In…
Fig. 3.1 Percentage of treatment plans changed by each of the three examiners after reviewing the CBCT 3.2 Implications for Clinical Practice Under the conditions of the previous study [24],…
Fig. 7.1 Periapical radiographs can be suboptimal in representing complex anatomy compared with CBCT. A 71-year-old male presented with discomfort in the maxillary right quadrant. (a) Periapical radiograph shows an…
Fig. 11.1 Odontoblasts and Hoehl’s cells are located at the periphery of the pulp Fig. 11.2 Immunohistochemical visualization of alpha acetyl tubulin, a component of microtubules, in H8 (a) and…
Fig. 10.1 (a) SEM micrograph of sclerotic dentin lesion showing a dentinal tubule that was heavily occluded with large cubic whitlockite crystallites (pointers) (Modified from Tay and Pashley (2004a)) (b)…
Fig. 9.1 (a) An X-ray figure showing proximal cavities in premolars. (b) An old silver amalgam restoration and fissures. (c) Occlusal restoration with caries-infiltrated fissures Fig. 9.2 After acid or…
Fig. 4.1 Schematic drawing of the initial carious lesion including a surface zone, the subsurface lesion (or body of the lesion), the condensation zones (dark zone and translucent zone), and…
Fig. 3.1 (a) Crystallite of a mouse incisor. Alignments of hydroxyapatite monocrystals form a lattice, with – 5 Å–6.8 Å spacing. (b) Axial dissolution of a crystallite. (c) The acidic…
