PubMed · 11626901
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E De Caprariis. [Not Available].. https://pubmed.ncbi.nlm.nih.gov/11626901/
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The evaluation of a link between two heroin seizures using a descriptive method is presented. It is based on the measure of the angles between two chromatograms assimilated to vectors, and interpreted using a continuous approach based on the likelihood ratio of Bayes' theorem. A complete evaluation model thus avoids the drawbacks of decision thresholds used until now to establish a link. Validation is obtained through tests and simulation methods.
Malpractice and medical liability have been introduced into Greek reality over the last decade. Forensic sciences hold a key role in the investigation of medical liability cases. Along these lines, the medical examiner stands between colleagues and lawyers, who have divergent intentions in the investigation of such cases. This article offers an overview of the rapidly changing reality in Greece and approaches medical liability from the doctor's viewpoint. The role of forensic science and the medical examiner is portrayed, along with the emerging difficulties in the investigation of medical liability cases. Also attempted is an interpretation of the crisis phenomena that are very often seen between doctors and lawyers. However, the intent of this article is to search for ways to turn competition and tension between medical and law professionals into cooperation and understanding for the best interest for both professions and, more importantly, for the community.
A method for lifting two-dimensional dust footwear marks on rough or porous surfaces, such as cardboard or cloth, using a hydraulic press, was examined. It was found that exerting pressure on the lifter by the press usually improves the quality of the results. When the shoeprints were on rough or soft surfaces, the prints transferred to the gelatin lifters were better than those obtained by the conventional method. In other cases, using the press did not improve the results but was much simpler to apply. Based on the results of this study, the hydraulic press/gelatin lifter method (the "press method") is used at the authors' laboratory, depending on the surface from which the shoeprint is to be lifted. It is the authors' intention to apply the method to other surfaces after finding the optimal pressure for surfaces with loose fibers.