Development of a Youth Civic Engagement Program: Process and Pilot Testing with a Youth-Partnered Research Team.

Although research suggests neighborhood-level factors influence youth well-being, few studies include youth when creating interventions to address these factors. We describe our three-step process of collaborating with youth in low-income communities to develop an intervention focused on civic engagement as a means to address neighborhood-level problems impacting their well-being. In the first step, we analyzed qualitative interviews from a project in which youth shared perceptions about their neighborhoods (e.g., interpersonal relations with neighbors and institutions). Three major themes were identified: pride in youth's communities, desire for change, and perceptions of power and responsibility. Based on these themes, we completed the second step: developing a civic engagement and leadership program, called LEAP, aimed at helping youth take an active role in addressing neighborhood problems. In the third step, we collaborated with youth who completed a pilot version of the civic program and provided feedback to finalize it for large-scale testing. While discussing our process, we highlight the importance of including youth voices when developing programs that affect them. Furthermore, we note the need for more research exploring whether civic engagement serves as a mechanism for encouraging youth involvement in addressing neighborhood-level health disparities and identifying potential psychological costs of such involvement.

Use of a Perianal Swab Compared With a Stool Sample to Detect Symptomatic Clostridium difficile Infection.

OBJECTIVE To evaluate the use of a perianal swab to detect CDI. METHODS A perianal swab was collected from each inpatient with a positive stool sample for C. difficile (by polymerase chain reaction [PCR] test) and was tested for C. difficile by PCR and by culture. The variables evaluated included demographics, CDI severity, bathing before perianal swab collection, hours between stool sample and perianal swab, cycle threshold (Ct) to PCR positivity, and doses of CDI treatment before stool sample and before perianal swab. RESULTS Of 83 perianal swabs, 59 (71.1%) tested positive for C. difficile by PCR when perianal swabs were collected an average of 21 hours after the stool sample. Compared with the respective stool sample, the perianal sample was less likely to grow C. difficile (P=.005) and had a higher PCR Ct (P<.001). A direct, significant but weak correlation was detected between the Ct for a positive perianal sample and the respective stool sample (r=0.36; P=.006). An inverse dose relationship was detected between PCR positivity and CDI treatment doses before perianal swab collection (P=.27). CONCLUSION Perianal swabs are a simple method to detect C. difficile tcdB gene by PCR, with a sensitivity of 71%. These data were limited because stool samples and perianal swabs were not collected simultaneously. Compared with stool samples, the perianal Ct values and culture results were consistent with a lower bacterial load on the perianal sample due to the receipt of more CDI treatment before collection or unknown factors affecting perianal skin colonization. Infect Control Hosp Epidemiol 2017;38:658-662.