This paper presents a computerized method for the automated segmentation of individual
microcalcifications in a region of interest (ROI) known to contain a cluster in digital …

The ability of computerized parameters to discriminate benign from malignant breast
nodules from digitized ultrasonic acquisitions has been assessed. The images of 75 lesions, …

The aim of this study was to compare the effectiveness of a hand-held preoperative compact
imager (POCI) camera with conventional lymphoscintigraphy using a γ-camera for sentinel …

For absorptiometry measurements, soft tissue may have an impact on quantitative ultrasound
(QUS) measurements. In the present study, we focused primarily on the quantification of …

A simulation model of clustered microcalcifications superimposed on normal mammographic
backgrounds has been developed and evaluated. A cluster is described according to its …

The precise delineation and excision of brain tumor extent allows to improve survival outcome
and quality of life of surgically treated patients. In order to refine the resection of gliomas, …

Three-dimensional (3D) high-resolution ultrasonography has proved to be useful for in vitro
assessment of cartilage remodeling due to osteoarthritis. The diagnosis is performed by …

A variety of methods have been recorded for the assessment of altered cellular functions
caused by biomaterials. Cell membrane integrity can be determined by different tests …

The β-microprobe is a simple and versatile technique complementary to small animal
positron emission tomography (PET). It relies on local measurements of the concentration of …

The purpose of this investigation was to test clinically the efficiency of a recently described
bioabsorbable matrix as a guided tissue regeneration membrane. This matrix was prepared …