Erika Figueroa-Solis

Background: Predominantly African American communities continue to experience challenges in cancer prevention, screening, and outcomes. This study explored perceptions, experiences, and challenges related to cancer prevention and screening among adults recruited through a community engagement initiative in a predominantly African American urban community in Houston, Texas. Methods: Four virtual focus groups were conducted between May 2021 and August 2022 with 35 participants. Sessions addressed prostate cancer, breast cancer, and general cancer prevention. Transcripts were analyzed using thematic analysis, and findings were reported in accordance with COREQ guidelines. Final themes were interpreted using the Socioecological Model. Results: Four interconnected themes reflected individual/interpersonal, healthcare/organizational, community, and structural/policy factors: (1) personal and family experiences and social support; (2) healthcare experiences and trust; (3) structural and financial challenges; and (4) community engagement, education, and advocacy. Family support, trusted providers, community resources, and culturally relevant education facilitated prevention engagement, while negative healthcare experiences, insurance restrictions, costs, and complicated healthcare navigation created challenges. Conclusions: Cancer prevention engagement was shaped by interacting influences across socioecological levels. Multilevel, culturally responsive approaches that strengthen trust and community partnerships while addressing financial, healthcare access, and structural challenges may improve cancer prevention and screening engagement.

Lower neighborhood socioeconomic status (SES) and decline in neighborhood SES have been linked to detrimental health outcomes, such as cardiovascular disea

Background: Cases for chronic kidney disease of unknown etiology (CKDu) are increasing in specific disease hotspots located in rural agricultural communities over Central America. The goal of the study was to estimate the prevalence and geographic distribution of self-reported work-related CKD and associated risk factors for CKDu by industry sector in Central America. Methods: We calculated the prevalence and distribution of self-reported CKD, work-related CKD, and suspected CKDu risk factors among the 9032 workers in the Second Central American Survey of Working Conditions and Health (II ECCTS, 2018). We mapped the distribution of suspected CKDu risk factors to work-related CKDu and weather conditions using average annual temperatures. Results: The primary and secondary industry sectors showed the highest proportion of males, suspected CKDu risk factors, and work-related CKD. Age (30–49 years: OR = 2.38, 95% CI 1.03–5.51), ethnicity (mestizo: OR, 7.44, 95% CI: 2.14–25.82), and exposure to high physical work demands (OR = 2.45, 95% CI: 1.18–5.09) were associated with work-related CKD. The majority of work-related CKD were reported in the western parts of Honduras and Nicaragua, in hot temperature regions, and overlapped with those areas with a high density of CKDu risk factors. Finally, some areas clustered CKDu risk factors without any work-related CKD points, mainly in the western part of Guatemala. Conclusion: Our findings supplement prior CKDu findings regarding a high prevalence of work-related CKD among 30- to 49-year-old mestizo males in the primary and secondary sectors, in hot temperature areas, in the central and western region, and overlapping with persons reporting two or more CKDu risk factors. Moreover, several geographic areas with CKDu risk factor clusters had no reported work-related CKD. These areas represent new industries and sectors to be monitored for possible future increases of CKDu cases.

Background: To field test the Disadvantaged Populations eGFR Epidemiology (DEGREE) protocol, outdoor point-of-care (POC) testing for serum creatinine, and a new risk factor module on chronic kidney disease of undetermined origin (CKDu) in U.S. outdoor Hispanic workers. Methods: Fifty workers were interviewed in Houston (TX). DEGREE and CKDu questionnaires were completed indoors. Anthropometrics and paired blood samples for POC and laboratory assay were completed outdoors over two periods (November–December 2017, April–May 2018). Results: Administration of DEGREE and CKDu questionnaires averaged 10 and 5 min, respectively, with all questions easily understood. We observed high correlations between POC and IDMS creatinine (r = 0.919) and BUN (r = 0.974). The POC device would disable testing when outdoor temperatures were above 85 °F or below 65 °F; this was adjustable. Conclusions: Implementation of DEGREE and the new CKDu module was straightforward and well understood. The POC device performed well in the field, with some adjustment in methods when temperature readings were out of range.