The differences are interpreted as clinically significant.
#DOREDEX DIGORA OPTIME CR PC#
There were no significant differences between the Digora Optime phosphor plate system and the Digora Toto CMOS sensor for any parameter.ĬBCT was much more accurate in the detection of surface cavitation in approximal surfaces than intraoral receptors. DIGORA® Optime PC veya networke standart Ethernet balants ile yaplarak kullanlabilen kolay kullanma sahiptir. Therefore, a significantly higher overall agreement was obtained with CBCT (p < 0.001). Differences in sensitivity, specificity and agreement were estimated by analysing the binary data in a generalized linear model using an identity link function.Ī significantly higher sensitivity was obtained by all observers with CBCT (p < 0.001), which was not compromised by a lower specificity. Validation of the true absence or presence of surface cavitation was performed by inspecting the surfaces under strong light with the naked eye. Six observers recorded surface cavitation in all images. Image sections were carried out in the axial and mesiodistal tooth planes.
The aim of this study was to compare cone beam CT (CBCT) in a small field of view (FOV) with a solid-state sensor and a photostimulable phosphor plate system for detection of cavitated approximal surfaces.Ģ57 non-filled approximal surfaces from human permanent premolars and molars were recorded by two intraoral digital receptors, a storage phosphor plate (Digora Optime, Soredex) and a solid-state CMOS sensor (Digora Toto, Soredex), and scanned in a cone beam CT unit (3D Accuitomo FPD80, Morita) with a FOV of 4 cm and a voxel size of 0.08 mm.
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