About: Imaging Decisions Mri is an academic journal. The journal publishes majorly in the area(s): Magnetic resonance imaging & Perfusion scanning. It has an ISSN identifier of 1433-3317. Over the lifetime, 156 publications have been published receiving 385 citations.
TL;DR: A minimally invasive, objective and investigatorindependent documentation of forensic cases can be realized to reach quality improvements in forensic pathological investigations.
Abstract: Summary During the last few years, modern cross-sectional imaging techniques have pioneered forensic medicine. Magnetic resonance imaging and especially multislice computed tomography are becoming increasingly implemented into post-mortem examinations. These non-invasive techniques can augment and even partially replace a traditional autopsy. Beside the radiological imaging techniques, the methods of three-dimensional surface scanning and photogrammetry are used for the documentation of the external findings of the body. To realize the goal of a minimal-invasive autopsy, other tools like post-mortem biopsy and post-mortem angiography have been developed. In analogy to the clinical use of biopsy and angiography these techniques will permit post-mortem tissue sampling for further analyses and enable post-mortem examinations of the vascular system. With the use of these methods, a minimally invasive, objective and investigatorindependent documentation of forensic cases can be realized to reach quality improvements in forensic pathological investigations.
TL;DR: The three most ‘senior’ CAD applications for chest CT: nodule detection, nodule volumetry and quantification of emphysema are discussed.
Abstract: Summary
Current computed tomography (CT) technology allows for isotropic, sub-millimetre resolution acquisition of the thorax in a few seconds. These thin-slice chest scans have become indispensable in thoracic radiology, but have also increased the time and effort required from radiologists for reporting. Industry has focused on the development of computer-aided diagnosis (CAD) tools to facilitate the interpretation of thoracic CT data. In this paper I discuss the three most ‘senior’ CAD applications for chest CT: nodule detection, nodule volumetry and quantification of emphysema. Are these applications ready for widespread application?
TL;DR: The basic theoretical background to diffusion tensor imaging (DTI) is reviewed and some of the common clinical applications of DTI as of today such as cerebral ischaemia, brain maturation, ageing and cognitive impairment are reviewed.
Abstract: Summary This article reviews the basic theoretical background to diffusion tensor imaging (DTI) and some of the common clinical applications of DTI as of today such as cerebral ischaemia, brain maturation, ageing and cognitive impairment. The value of DTI in the work-up of brain tumours, as a tool in the differentiation of radiation injury versus recurrent tumour, and in brain injury is reviewed. The potential use of this technique in diseases such as epilepsy, multiple sclerosis, Alzheimer’s disease and metabolic disorders is also briefly reviewed.