PURPOSE: The purpose of this study was to develop a culturally appropriate, community-based diabetes prevention program, named Little Earth Strong, through partnership with an urban, Indigenous, American Indian community and determine its feasibility in lowering diabetes risks. METHODS: Using a community-based participatory research, community-level intervention approach, and after conducting a focus groups with key stakeholders (n = 20), a culturally appropriate health intervention was designed across six stages. This included providing nutrition and physical activity individual, family, and group counseling and conducting individual level biometric tests at a monthly Progress Powwow. Community participants (n = 69) included Indigenous individuals ages 18 to 64 years and their families residing in an urban American Indian housing organization. RESULTS: Findings included the project's feasibility, sustainability, and future needs. Lessons learned included the need the need to situate health interventions within Indigenous culture, engage multiple stakeholders, remain flexible and inclusive of all community members, address cultural concerns regarding biometric testing, and focus on specific ages and groups. The outcome variables included qualitative focus group data regarding feasibility and design and quantitative biometric data including hemoglobin A1C levels and weight in which a significant decrease in A1C values were found among womenConclusions: Little Earth Strong was both feasible and successful in decreasing A1C levels using a community-level approach, especially in high participators who attended most events. These results demonstrate the promise of diabetes prevention fitness and nutrition interventions that are collaboratively designed with the community.
PURPOSE: The purpose of this study was to develop a culturally appropriate, community-based diabetes prevention program, named Little Earth Strong, through partnership with an urban, Indigenous, American Indian community and determine its feasibility in lowering diabetes risks. METHODS: Using a community-based participatory research, community-level intervention approach, and after conducting a focus groups with key stakeholders (n = 20), a culturally appropriate health intervention was designed across six stages. This included providing nutrition and physical activity individual, family, and group counseling and conducting individual level biometric tests at a monthly Progress Powwow. Community participants (n = 69) included Indigenous individuals ages 18 to 64 years and their families residing in an urban American Indian housing organization. RESULTS: Findings included the project's feasibility, sustainability, and future needs. Lessons learned included the need the need to situate health interventions within Indigenous culture, engage multiple stakeholders, remain flexible and inclusive of all community members, address cultural concerns regarding biometric testing, and focus on specific ages and groups. The outcome variables included qualitative focus group data regarding feasibility and design and quantitative biometric data including hemoglobin A1C levels and weight in which a significant decrease in A1C values were found among womenConclusions: Little Earth Strong was both feasible and successful in decreasing A1C levels using a community-level approach, especially in high participators who attended most events. These results demonstrate the promise of diabetes prevention fitness and nutrition interventions that are collaboratively designed with the community.
Authors: Karina L Walters; Michelle Johnson-Jennings; Sandra Stroud; Stacy Rasmus; Billy Charles; Simeon John; James Allen; Joseph Keawe'aimoku Kaholokula; Mele A Look; Māpuana de Silva; John Lowe; Julie A Baldwin; Gary Lawrence; Jada Brooks; Curtis W Noonan; Annie Belcourt; Eugenia Quintana; Erin O Semmens; Johna Boulafentis Journal: Prev Sci Date: 2020-01
Authors: Janice L Thompson; Peg Allen; Deborah L Helitzer; Clifford Qualls; Ayn N Whyte; Venita K Wolfe; Carla J Herman Journal: Am J Prev Med Date: 2008-03 Impact factor: 5.043
Authors: Sarah A Stotz; Kristie McNealy; Rene L Begay; Kristen DeSanto; Spero M Manson; Kelly R Moore Journal: Curr Diab Rep Date: 2021-11-07 Impact factor: 5.430