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Detection of carious lesions is prerequisite to an optimal preventive and minimal surgical intervention strategy. Radiographs are the most accurate diagnostic aid available for the detection of alveolar osseous abnormalities and dental disease progression (Russel & Pitts, 1993; Rothman, 1998). The development of digital radiography (radiovisiographs-RVG) has created new options in dentistry (Hedrick et al., 1994; Svanaes et al., 2000; Van der Stelt, 2005). However, imaging systems used in dentistry are largely limited to 2 dimensional (2D) systems in including conventional-based radiography and digital radiography. The problem inherent to 2-D system is that 3 dimensional anatomy is collapsed into 2-D space, resulting in the superimposition of structures that potentially obscure features of interest and decrease diagnostic sensitivity. There are a number of 3-D systems available, like computed tomography (CT), tuned aperture computed tomography (TACT), and cone beam computed tomography (CBCT) (Hedrick et al., 1998; Mozzo et al., 1998; Sukovic, 2003; Aranyarachkul et al., 2005; Walker et al., 2005).

The Dental Volumetric Tomography, RVG, and Conventional Radiography in Determination the Depth of Approximal Caries