hLife, Volume 2, Issue 11, November 2024, Pages 554-562
The genetic admixture and cultural exchanges of Central Asian peoples are examined through population genomics, revealing complex interactions and contributions from various ancestral sources over time. The need for more comprehensive genomic resources in the region to advance precision medicine and fill gaps in current databases is also emphasized.
The Lancet Regional Health - Western Pacific, Volume 51, October 2024
Current Developments in Nutrition, Available online 29 October 2024, 104492
The study demonstrates that successful nutrition education in Indigenous communities requires more than simply adapting Western models; it necessitates genuine partnership, flexibility, and a willingness to honor Indigenous values, ways of knowing, and definitions of success. Federal programs like SNAP-Ed must shift toward community-driven evaluation and support, building trust through sustained relationships and co-creation. Elevating Indigenous voices in policymaking and program design will foster more effective, culturally relevant, and healing approaches to food and nutrition in Indigenous communities
Current Developments in Nutrition, Available online 29 October 2024, 104496
Culturally adapting nutrition education programs like CMAH for Indigenous communities is a nuanced process requiring respect for both shared and individual traditions. While recipe adaptation improved cultural resonance, persistent barriers to traditional food access and the diversity of community perspectives highlight the need for flexible, community-driven approaches. Building sustained, trust-based relationships and involving local knowledge keepers are essential for effective, culturally sensitive health interventions. Ultimately, supporting Indigenous food sovereignty and tailoring programs to local contexts are crucial steps toward reducing health disparities and revitalizing traditional foodways.
Salmeterols (SMTs) are persistent organic pollutants slowly degrading and accumulating in aquatic ecosystems, affecting aquatic life and posing several environmental and health challenges in water sources. This study investigates the adsorption of SMT from aqueous solutions using a novel nano-sized copper-based metal-organic framework (Cu-MOF).
