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Enhancing recruitment of African-American families into genetic research: lessons learned from Project SuGar
Author(s) -
Ida J. Spruill
Publication year - 2010
Publication title -
journal of community genetics (print)
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 0.774
H-Index - 27
eISSN - 1868-6001
pISSN - 1868-310X
DOI - 10.1007/s12687-010-0017-x
Subject(s) - ethnic group , african american , public health , health equity , gerontology , medicine , nursing , sociology , anthropology
Despite some recruitment success in biomedical research among minorities, participation by African-American families into research, specifically genetic research, is lower than Caucasian families (Bowen and Penchaszadeh Community Genet 11:189-190, 2008). Such low participation rates by African-Americans prevent the exploration of specific ethnic differences in patterns of diseases and diminish the identification of specific disease risks among ethnic groups (Bowen and Penchaszadeh Community Genet 11:189-190, 2008). Although African-Americans are heterogeneous, few studies exist to describe effective recruitment strategies across diverse African-American populations, and even fewer studies share effective strategies for the enrollment of African-American families into genetic research. A process evaluation of recruitment strategies used by Project SuGar (a community-based genetic research study focusing on families affected by type 2 diabetes) to enroll African-American families into genetic research was conducted. Our goal was to enroll 400 affected African-American families, and our results yielded 672 families, (n=672). Our success can be attributed to the formation of a Citizen Advisory Committee, recruitment style, flexible protocol, and formal agreement with community health centers. We found that African-American families will participate in research and that providing tangible benefits to the community and utilizing a sense of patience can enhance positive recruitment results. Data from this study may be used to recruit geographically isolated families into genetic research.

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