Objectives: To evaluate the influence of soft-tissue simulation materials on dental and bone
tissue radiographic densities using pixel intensity (PI) and digital subtraction radiography …

Objectives: To investigate the influence of high-density dental material on the automatic
exposure compensation of digital radiographic imaging systems. Methods: Two radiographic …

Objectives: Minimal density variations of mineralized tissues can be reliably detected with
quantitative image subtraction analysis. The aim of this study was to evaluate quantitative …

Objectives: To quantify and validate the effect of pixel size on a digital intraoral radiographic
system according to International Electrotechnical Commission standards through physical …

OBJECTIVE: The aim of this study was to establish which materials afford better simulation
of soft tissues in Oral Radiology studies. MATERIAL AND METHODS: The sample was …

Objectives: The aim of this in vivo study was to compare peri‐implant bone density assessed
by the mean gray value of the histogram in digitized conventional radiographs and two …

The objective of this paper is to develop a novel digital subtraction technique for serial intra-
oral radiography, which would allow the detection of subtle variations in grey values. Digital …

Background: Jaw bone quality plays an essential role in treatment planning and prognosis
of dental implants. Regarding several available methods for bone density measurements …

Objective: The aim of the study was to evaluate the influence of developer exhaustion on
accuracy of quantitative digital subtraction radiography. Study Design: Six objects, each …

Objectives: To evaluate different materials in simulating soft tissues and to analyze the
influence of these materials on the mean (MPIV) and standard deviation of pixel intensity …