The Politics of Negotiating with Gangs. The Case of El Salvador

This paper explores the dynamics of negotiations between the Salvadoran government and the street gangs, called maras. The paper argues that state negotiations with criminal groups can occur when organized crime is a significant part of the social and political order. This tacit order allows a great deal of coordination between and within criminal organizations and the focus of negotiations from the state's point of view is limited to the management of violence, not the dismantling of gangs' territorial control. This article draws on seventeen in‐depth interviews with middle‐level gang leaders, government officials, and participants of the truce negotiations from 2012 to 2016; it also relies on public information published by Salvadoran journalists and government sources about the truce.     

Implications of Partner Agreement of IPV for the Gender Symmetry Controversy

Because romantic partners frequently disagree on the violence in their relationship, relying on nondyadic data for perpetration and victimization rates, especially to inform the gender symmetry controversy, is problematic. In order to have a more nuanced understanding of gender symmetry, we urge researchers to be cautious when drawing symmetry conclusions from non-dyadic samples. Furthermore, using both partners, we suggest that researchers employ more qualitative approaches to ascertain IPV agreement, note times in which either partner reports IPV as an indicator of the presence of violence, and investigate the extent to which conclusions regarding gender symmetry stem from participant selection bias.     

The Use of Children as a Tactic of Intimate Partner Violence and its Relationship to Survivors’ Mental Health

Journal of Family Violence - Although prior research has established that intimate partner violence (IPV) often leads to increased depression, anxiety and post-traumatic stress disorder (PTSD),...     

Psychosocial correlates of recidivism in a sample of ex-prisoners: the role of oppositional defiant disorder and conduct disorder

The present study aimed to (a) examine the role of Oppositional defiant disorder (ODD) and Conduct disorder (CD) in predicting recidivism, while controlling for childhood arrest, perceived neighbourhood crime frequency, alcohol consumption, age and gender, and (b) explore the relevance of these factors in predicting risk of recidivism for males and females separately. Participants were 669 ex-prisoners identified in the National Survey of American Life. Results revealed that gender, CD and average daily alcohol consumption predicted recidivism. When separate models were estimated for males and females, only average daily alcohol consumption was predictive of female recidivism. By comparison, recidivism was significantly predicted in males by CD in youth and childhood arrest. ODD was also negatively associated with recidivism in males. Consequently, targeting variables identified as significant predictors of recidivism for both males and females, or males, is unlikely to be an optimal way of reducing repeat offending.     

Distribution of Venlafaxine,O‐desmethylvenlafaxine,and O‐desmethylvenlafaxine to Venlafaxine Ratio in Postmortem Human Brain Tissue

Venlafaxine (VEN) and its metabolite O‐desmethylvenlafaxine (ODV) inhibit reuptake of serotonin and norepinephrine. This study examines whether VEN is differentially distributed in postmortem brain and examines relationships between brain and femoral blood concentrations from donors prescribed VEN for treatment of depression. Using high‐pressure liquid chromatography‐ultraviolet detection, VEN and ODV concentrations were measured in temporal, occipital, and cerebellar cortex of six postmortem brains. The ODV/VEN ratio was calculated as a relative measure of drug metabolism within each region where higher ratios indicated a greater conversion of VEN to ODV. Compared to the other regions examined, the cerebellum showed decreased VEN (p = 0.056), ODV (p = 0.006), and ODV/VEN (p = 0.027) ratios. In parts per million, VEN was higher in temporal and occipital cortex, but not cerebellum, as compared to femoral blood concentration. These observations suggest that VEN and ODV are differentially distributed in the brain, and metabolism of VEN to ODV may vary across brain regions.