Photodensitometry is known to provide high spatial resolution and continuous measurement of optical density for the analysis of dental radiographs, whereas digitization allows powerful image manipulations but, when using conventional video cameras, gives less spatial resolution and fewer grey levels. The aim of this study was therefore to develop a technique of high-resolution digital analysis for the measurement of bone density following the same principles as those of photodensitometry and based upon the use of a CCD Scanner Camera which provides up to 4096 grey levels and a spatial resolution of 4096 x 4096 pixels. Twenty-four zones were analysed with both techniques in five serial dental radiographs taken before and after periodontal th...
The introduction of digital subtraction radiography for the evaluation of standardised dental radiog...
AbstractIntroduction: Advent of digital imaging technology revolutionized radiology science, one asp...
OBJECTIVES: To assess the accuracy and reliability of new software for radiodensitometric evaluation...
Comparison of photodensitometric with high-resolution digital analysis of bone density from serial d...
Aim: To assess the bone mineral density on conventional and digitized images, comparing whether diff...
Aim: To assess the bone mineral density on conventional and digitized images, comparing whether diff...
OBJECTIVES: To develop a digital densitometric tool for jaw bone to analyse intraoral radiographs. T...
Objectives: To evaluate the influence of soft-tissue simulation materials on dental and bone tissue ...
The advances in digital imaging technology in dentistry have provided an alternative to film-based r...
The aim was to study digital radiography and to evaluate the influence of image processing on digita...
Digital substraction technique and computer-assisted densitometirc analysis detect minor change in b...
OBJECTIVES: Dental radiographs are relatively inexpensive and are regularly made of a large fraction...
Background and Aims Bone density is frequently used in medical diagnosis and research. The current...
Statement of Problem: One of the major goals, in most dental researches, is to measure bone destruct...
Objectives To assess the accuracy and reliability of new software for radiodensitometric evaluation...
The introduction of digital subtraction radiography for the evaluation of standardised dental radiog...
AbstractIntroduction: Advent of digital imaging technology revolutionized radiology science, one asp...
OBJECTIVES: To assess the accuracy and reliability of new software for radiodensitometric evaluation...
Comparison of photodensitometric with high-resolution digital analysis of bone density from serial d...
Aim: To assess the bone mineral density on conventional and digitized images, comparing whether diff...
Aim: To assess the bone mineral density on conventional and digitized images, comparing whether diff...
OBJECTIVES: To develop a digital densitometric tool for jaw bone to analyse intraoral radiographs. T...
Objectives: To evaluate the influence of soft-tissue simulation materials on dental and bone tissue ...
The advances in digital imaging technology in dentistry have provided an alternative to film-based r...
The aim was to study digital radiography and to evaluate the influence of image processing on digita...
Digital substraction technique and computer-assisted densitometirc analysis detect minor change in b...
OBJECTIVES: Dental radiographs are relatively inexpensive and are regularly made of a large fraction...
Background and Aims Bone density is frequently used in medical diagnosis and research. The current...
Statement of Problem: One of the major goals, in most dental researches, is to measure bone destruct...
Objectives To assess the accuracy and reliability of new software for radiodensitometric evaluation...
The introduction of digital subtraction radiography for the evaluation of standardised dental radiog...
AbstractIntroduction: Advent of digital imaging technology revolutionized radiology science, one asp...
OBJECTIVES: To assess the accuracy and reliability of new software for radiodensitometric evaluation...