OBJECTIVES: The objectives of this study were to prioritize applicator design attributes among women in the Dominican Republic and South Africa, and to determine how preferences differed based on sociodemographic variables. GOAL: The goal was to identify acceptable microbicide applicator designs in 2 low-resource settings. STUDY DESIGN: We surveyed 895 women, randomly sampled from clinics in the Dominican Republic (n = 449) and South Africa (n = 446), with questions on sociodemographics, applicator attribute preferences, and price/design tradeoffs. RESULTS: Single-use design was the most valued attribute, and reusable design and low price were the least valued attributes in both populations. Preference for single-use design was associated with concern about reusable applicators spreading germs, secondary or higher education, older age, having children, and perception of moderate to high HIV risk. CONCLUSIONS: Acceptability factors related to microbicide delivery mechanisms should continue to be evaluated among potential microbicide users to directly inform product development and introduction of microbicides.
OBJECTIVES: The objectives of this study were to prioritize applicator design attributes among women in the Dominican Republic and South Africa, and to determine how preferences differed based on sociodemographic variables. GOAL: The goal was to identify acceptable microbicide applicator designs in 2 low-resource settings. STUDY DESIGN: We surveyed 895 women, randomly sampled from clinics in the Dominican Republic (n = 449) and South Africa (n = 446), with questions on sociodemographics, applicator attribute preferences, and price/design tradeoffs. RESULTS: Single-use design was the most valued attribute, and reusable design and low price were the least valued attributes in both populations. Preference for single-use design was associated with concern about reusable applicators spreading germs, secondary or higher education, older age, having children, and perception of moderate to high HIV risk. CONCLUSIONS: Acceptability factors related to microbicide delivery mechanisms should continue to be evaluated among potential microbicide users to directly inform product development and introduction of microbicides.
Authors: Sara Pentlicky; Mark Rosen; Patricia S Coffey; M Kilbourne-Brook; A Shaunik; Courtney A Schreiber; Kurt Barnhart Journal: Contraception Date: 2012-08-13 Impact factor: 3.375
Authors: Kathleen M Morrow; Sara Vargas; Rochelle K Rosen; Anna L Christensen; Liz Salomon; Lawrence Shulman; Candelaria Barroso; Joseph L Fava Journal: AIDS Behav Date: 2007-02-27
Authors: Heather A Pines; Shirley J Semple; Steffanie A Strathdee; Craig W Hendrix; Alicia Harvey-Vera; Pamina M Gorbach; Carlos Magis-Rodríguez; Gustavo Martinez; Thomas L Patterson Journal: BMC Public Health Date: 2018-08-14 Impact factor: 3.295