POLICE RESPONSE TO DOMESTIC VIOLENCE: SITUATIONS INVOLVING VETERANS EXHIBITING SIGNS OF MENTAL ILLNESS*

Drawing on attribution theory, research on police discretion, and public attitudes toward mental illness, we examine attributional processes in police decision making in response to domestic violence situations involving veterans and nonveterans with signs of mental illness. Using data from experimental vignettes varying veteran status, victim injury, and suspect compliance administered to a sample of 309 police officers, the results indicate that 1) veterans are perceived as less responsible for troublesome behavior but more dangerous than nonveterans, 2) suspects’ veteran status has a significant effect on officers’ preference for mental health treatment versus arrest, and 3) part of the effect of veteran status on officer response is mediated by internal and external attributions for problematic behavior and by perceptions of dangerousness. The study empirically demonstrates countervailing processes in police decision making—recognition of the causes for troublesome behavior and the need for mental health treatment on the one hand and concern for community safety and enforcing the law on the other.     

INTIMATE PARTNER VIOLENCE IN YOUNG ADULTHOOD: NARRATIVES OF PERSISTENCE AND DESISTANCE

Prior research on patterns of intimate partner violence (IPV) has documented changes over time, but few studies have focused directly on IPV desistance processes. This analysis identifies unique features of IPV, providing a rationale for the focus on this form of behavior cessation. We develop a life‐course perspective on social learning as a conceptual framework and draw on qualitative interviews (n = 89) elicited from a sample of young adults who participated in a larger longitudinal study (Toledo Adolescent Relationships Study). The respondents’ backgrounds reflected a range of persistence and desistance from IPV perpetration. Our analyses revealed that relationship‐based motivations and changes were central features of the narratives of successful desisters, whether articulated as a stand‐alone theme or in tandem with other potential “hooks” for change. The analysis provides a counterpoint to individualistic views of desistance processes, highlighting ways in which social experiences foster attitude shifts and associated behavioral changes that respondents tied to this type of behavior change. The analyses of persisters and those for whom change seemed to be a work in progress provide points of contrast and highlight barriers that limit a respondent's desistance potential. We describe implications for theories of desistance as well as for IPV prevention and intervention efforts.     

Comparison of the Columnar‐Thin‐Film and Vacuum‐Metal‐Deposition Techniques to Develop Sebaceous Fingermarks on Nonporous Substrates,

Both the columnar‐thin‐film (CTF) and the vacuum‐metal‐deposition (VMD) techniques for visualizing sebaceous fingermarks require the deposition of a material thereon in a vacuum chamber. Despite that similarity, there are many differences between the two techniques. The film deposited with the CTF technique has a columnar morphology, but the film deposited with the VMD technique comprises discrete islands. A split‐print methodology on a variety of fingermarked substrates was used to determine that the CTF technique is superior for developing fingermarks on clear sandwich bags and partial bloody fingermarks on stainless steel. Both techniques are similar in their ability to develop fingermarks on glass but the CTF technique yields higher contrast. The VMD technique is superior for developing fingermarks on white grocery bags and the smooth side of Gloss Finish Scotch Multitask^? tape. Neither technique worked well for fingermarks on black garbage bags.     

Comparing Electronic News Media Reports of Potential Bioterrorism-Related Incidents Involving Unknown White Powder to Reports Received by the United States Centers for Disease Control and Prevention and the Federal Bureau of Investigation: U.S.A., 2009–2011

There have been periodic electronic news media reports of potential bioterrorism-related incidents involving unknown substances (often referred to as “white powder”) since the 2001 intentional dissemination of Bacillus anthracis through the U.S. Postal System. This study reviewed the number of unknown “white powder” incidents reported online by the electronic news media and compared them with unknown “white powder” incidents reported to the U.S. Centers for Disease Control and Prevention (CDC) and the U.S. Federal Bureau of Investigation (FBI) during a 2-year period from June 1, 2009 and May 31, 2011. Results identified 297 electronic news media reports, 538 CDC reports, and 384 FBI reports of unknown “white powder.” This study showed different unknown “white powder” incidents captured by each of the three sources. However, the authors could not determine the public health implications of this discordance.     

Sudden Death Due To Acute Cocaine Toxicity—Excited Delirium in a Body Packer

Excited delirium denotes a life-threatening medical condition characterized by the acute onset of agitated and violent behavior that often results in a sudden and unexplained death. Cocaine-induced excited delirium refers to fatal cocaine intoxication with the following symptoms occurring sequentially: hyperthermia, delirium with agitation, respiratory arrest, and death. We present a case of cocaine-induced excited delirium in a cocaine “body packer” or a “mule”, specifically an individual who attempts to smuggle cocaine within the body. Investigators at the scene initially suspected homicide due to the victim's sharp and blunt force injuries. Three rubber packets containing cocaine were removed from the victim's rectum. Blood toxicological analysis revealed an alcohol concentration of 0.016 g/100 and cocaine >1 mg/L. The forensic pathologist should consider cocaine-induced excited delirium when an individual exhibits aggressive behavior, unexpected strength, and resistance to pain who dies suddenly. Further analysis should be performed during the scene investigation and autopsy for evidence of body packing.     

Contribution of Antemortem Computed Tomography Findings to Cause of Death Determination: An Unusual Fatal Stroke

In the case reported here, the antemortem computed tomography scan (CT scan) was essential in the forensic investigation. A 32‐year‐old man was found fully awake with a facial abrasion, after what seemed to be a car accident. He lost consciousness suddenly one hour after initial management. Successive CT scan showed a facial fracture and a metallic foreign body in the carotid canal associated with an occlusion/dissection of the left internal carotid, a pseudoaneurysm, and a carotid‐cavernous fistula. The victim died from a stroke. Autopsy confirmed that the facial abrasion was a gunshot entrance wound, the metallic foreign body being a projectile. Intracranial vascular injuries linked with gunshot wounds are most of the time isolated and due to pelet embolism. The observed vascular injury association has never been described in the existing literature. The CT scan provided a better understanding of the chronology of events that led to death.     

Investigating the Postmortem Molecular Biology of Cartilage and its Potential Forensic Applications

This study investigated the postmortem molecular changes that articular cartilage undergoes following burial. Fresh pig trotters were interred in 30‐cm‐deep graves at two distinct locations exhibiting dissimilar soil environments for up to 42 days. Extracts of the metacarpophalangeal (MCP) and metatarsophalangeal (MTP) joint cartilage from trotters disinterred weekly over 6 weeks were analyzed by Western blot against the monoclonal antibody 2‐B‐6 to assess aggrecan degradation. In both soil conditions, aggrecan degradation by‐products of decreasing molecular size and complexity were observed up to 21 days postmortem. Degradation products were undetected after this time and coincided with MCP/MTP joint exposure to the soil environment. These results show that cartilage proteoglycans undergo an ordered molecular breakdown, the analysis of which may have forensic applications. This model may prove useful for use as a human model and for forensic investigations concerning crimes against animals and the mortality of endangered species.