The Victim as Policy Agent? Exploring a Single Case from Denmark

European Journal on Criminal Policy and Research - Criminal policy processes often appear abstract and illusive, but sometimes a single criminal incident causes traceable policy impact. This...     

The development of the comprehensive health assessment tool for young offenders within the secure estate

Health inequalities are high among offending groups. The comprehensive health assessment tool (CHAT) is a semi-structured assessment developed to provide a standardised approach to health screening for all young offenders admitted to the secure estate. The four sections of the CHAT (physical health, mental health, substance misuse and neurodisability) were evaluated within a two-phased study of male adolescents (aged 15–18?years) within a young offenders institution in the north-west of England. Within Phase 1, a consecutive sample of 127 new receptions was assessed using the physical health, mental health and substance misuse sections of the CHAT against a range of reference standard assessments. Phase 2 of the study evaluated the neurodisability section on 93 male adolescents against reference standard tools. The four sections of the CHAT demonstrated fair to good convergent validity when compared against reference standard tools in male offenders. The diagnostic accuracy rate was 76% for mental health, 63% for physical health, 83% for substance misuse and 53% for neurodisability when compared against reference standard assessment tools. The introduction of the CHAT offers the opportunity to enhance existing reception screening practices and create an integrated approach to the assessment of health needs across the secure estate.     

Virtual casting of stab wounds in cartilage using micro-computed tomography

In homicidal stabbings using a serrated knife, stab wounds involving costal cartilage leave striations on the cut surface of the cartilage from the serration points on the blade edge. Class characteristics of the serrated blade can be determined from the striation marks, and individualizing characteristics may be seen also. The traditional method for recording the striation marks involves the pernickety technique of casting with dental impression material. We assessed the potential utility of micro-computed tomography scanning of the stab track as a technique for nondestructive recording of striation patterns and virtual casting of them. Stab tracks in porcine cartilage, produced with a coarsely serrated blade, were scanned with a bench-top micro-computed tomography scanner. The typical irregularly regular striation pattern could be demonstrated, and the images manipulated, using proprietary software to produce a virtual cast. Whether the technology will have sufficient resolution to image not only class characteristic tool marks but also the much finer individualizing tool marks remains to be evaluated, but the technology shows considerable promise.