ABSTRACT
Objective: Some countries treat carrying condoms as evidence of prostitution, commonly referred to as "condoms-as-evidence" policy/practice. This policy has deleterious outcomes on the health and safety of sex workers worldwide. This study evaluates the impact of a simulation game that advocates against the policy in an effort to increase advocacy attitudes and intentions against condoms-as-evidence policies and practices. Materials and Methods: A between-subjects randomized experiment (N = 70) was conducted to evaluate the effectiveness of the intervention game relative to a pamphlet. The game, Cops & Rubbers, is a simulation-based tabletop game situating participants in the role of a sex worker trying to balance competing financial, safety, and health-related goals. The research for and development of the pamphlet was funded by Open Society Foundations to highlight the impact of the condoms-as-evidence policy and elicit advocacy efforts. Results: Although the game elicited similar levels of advocacy attitudes toward the pamphlet, it elicited significantly higher advocacy intentions than the pamphlet. Conflicting results were witnessed in psychological reactance. Conclusion: The present results demonstrate the utility of games as an advocacy tool for health and human rights among a polarizing topic such as sex worker advocacy. These results have both practical utility and research implications. From a practical standpoint, we demonstrate that the game can increase advocacy intentions and tangibly contribute to human rights and health issues. Furthermore, these results have the potential to inform novel game design strategies to influence persuasive outcomes in transformational games.
Subject(s)
Condoms , Video Games , Health Policy , Humans , Perception , PolicyABSTRACT
Appropriate nutrition in the hospital setting, particularly in critically ill patients, has long been tied to improving clinical outcomes. During critical illness, inflammatory mediators and cytokines lead to the creation of a catabolic state to facilitate the use of endogenous energy sources to meet increased energy demands. This process results in increasing the likelihood of overfeeding. The literature has revealed exponential advances in understanding the molecular basis of nutritional support and evolution of clinical protocols aimed at treating artificial nutritional support as a therapeutic intervention, preventing loss of lean body mass and metabolic deterioration to improve clinical outcomes in the critically ill.