Bruising Sensor to Determine Child Abuse
A University of Louisville research team has developed a force sensing skin that can be adapted to a child surrogate to identify potential bruising locations during mock laboratory experiments of accidents and abusive events. The presence, distribution and location of bruising on a child’s body can give a roadmap to documenting a child’s exposure to impact. It’s designed to contour to all body regions of the child surrogate to provide this roadmap. This mapping could also show the magnitude of force of each impact. This type of information could be critical in a forensic analysis of a child’s injury. Child surrogates have been used to study motor vehicle crashes to predict injury risk. But these studies have not focused on potential injuries to the skin or soft tissue. The researchers at Louisville want to develop a base of these roadmaps to be associated with various simulated events and compare this to clinical studies.
Source: Science Daily
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[Abstract written by Alicia Terrell, ForensIQ Intern, 041714]
