The Mirage of Upward Mobility: Conceptualization and Implications for Teen Dating Violence Prevention.

Alcohol and drug abuse are recognized risk factors in scientific literature that can leave female adolescents vulnerable to experience teen dating violence (TDV) in their relationships. These risk factors are highlighted in prevention campaigns, empowering girls to proactively avoid or decline situations that may put them at risk of such violence. This study delves into an underexplored risk factor for TDV, the Mirage of Upward Mobility (MUM), and its connections to previously established elements: coercive discourse, peer pressure, and the pursuit of status.

Reducing Health Effects on Deceit in Heterosexual Sexual-Affective Relationships: The Impact of the Preventive Socialization Program (PSP).

Health research has provided robust evidence of the negative effects caused by facing deceit in sexual-affective relationships. In this regard, several analyses have been conducted addressing psychological, family therapies, and educational interventions to improve marital problems. On the other hand, many investigations have addressed how the preventive socialization program (PSP), framed on the analysis of a dominant coercive discourse that is connected with the promotion of specific traditional masculine models, impacts on young people's relationships free of violence.

Socioneuroscience and its contributions to conscious versus unconscious volition and control. The case of gender violence prevention.

Research in neuroscience is being very fruitful in providing evidence about the influence of social experience in the architecture and functioning of the brain. In so doing, neuroscience is posing new and fascinating research questions to examine in depth the social processes that produce those neural changes. To undertake the task of tackling such research questions, evidence from the social sciences are necessary to better understand how different types of social experiences produce different types of synaptic changes and even modify subcortical brain structures differently.