Title of article :
Parametrization of Pedestrian Injuries and its Utilisation in Proving Traffic Accidents Course Using Injury Signatures and Contact Signatures
Author/Authors :
Mandelík, J The University of Security Management in Kosice, ul. Kukučínova Kosice, Slovak Republic , Bobrov, N Department of Forensic Medicine - Faculty of Medicine - University Hospital of P. J. Šafárik - University Hospital of L. Pasteur in Košice, Trieda SNP Kosice, Slovak Republic , Nevolná, Z Hospital of Horná Orava with Health Care Center in Trstená, Mieru Trstená, Slovak Republic
Abstract :
Background: The paper points out the present limited possibility of using the
verbal description of injuries for the needs of experts from the field of road transportation
as relevant criminalistics traces, as well as the options of the FORTIS system
that creates a new area for a deeper interdisciplinary approach in the field of expert
evidence. Further a description of how to create injury signatures and contact signatures
and the possibilities of their evaluation and mutual comparison based on the
proven individual attributes are described
Objective: To evaluate pedestrian injuries by the new proper FORTIS system
and to show FORTIS valuability in the assessment of mechanical violence and
mechanism of injuries.
Material and Methods: Cases of traffic injuries including photodocumentation,
graphic schemes, medical files and autopsy protocols processed by the new
FORTIS forensic system.
Results: A collision between a pedestrian and a vehicle represents a matrix of
physical violence having an effect on the pedestrian´s body and a matrix of the
pedestrian´s body´s response to this violence. The analysis of individual cases shows
the valuability of the FORTIS system.
Conclusion: It is apparent that for the needs of traffic accidents analysts the
FORTIS system has more options for being used in forensic medicine, as it covers
not only a field of evaluation of traffic injuries but also all kinds of injuries and accidents
(rail accidents, air accidents, violent crimes, etc.).
Keywords :
accident case analysis , forensic medicine , collision analysis , parametrization of injuries , Pedestrian
Journal title :
Journal of Biomedical Physics and Engineering