Rates of adolescent pregnancy within sub-Saharan Africa are increasing. Adolescent mothers ages 10-19 years face a distinct set of risks to their own and their children's health, compounded by many economic, social, and epidemiological challenges, such as living with HIV. In navigating this complex developmental period, many adolescent mothers face structural barriers impeding safe transitions to adulthood and motherhood.
View Article and Find Full Text PDFAdolescents living with HIV (ALHIV) face unique treatment and care challenges which may differ by how they acquired HIV, whether vertically (in-utero, perinatal or postnatal exposure during breastfeeding) or sexually (sexual exposure). Distinguishing and documenting the mode of HIV acquisition (MOHA) is crucial to further research on the different needs and outcomes for ALHIV and to tailor HIV services to their needs. Age-based cut-offs have been used to attribute MOHA but have not been validated.
View Article and Find Full Text PDFBMJ Open
October 2022
Background: The intergenerational effects of HIV require long-term investigation. We compared developmental outcomes of different generations impacted by HIV-children of mothers not living with HIV, the 'second generation' (ie, with recently infected mothers) and the 'third generation' (ie, children of perinatally infected mothers).
Methods: A cross-sectional community sample of N=1015 young mothers (12-25 years) and their first children (2-68 months, 48.
In sub-Saharan Africa, women bear a disproportionate burden of HIV/AIDS while also facing economic and gender inequalities. To explore the association of women's economic contribution and relationship status with risky sexual behaviour, this study analysed cross-sectional data from 626 women aged 22 to 84 in rural South Africa. All women were enrolled in a microfinance plus gender training programme (Intervention with Microfinance for AIDS and Gender Equity (IMAGE)).
View Article and Find Full Text PDFThis study extends probiotic cleaning research to a built environment. Through an eight-month cleaning trial, we compared the effect of three cleaning products (disinfectant, plain soap, and a probiotic cleaner containing a patented spore consortium), and tap water as the control, on the resident microbiome of three common hospital surfaces (linoleum, ceramic, and stainless steel). Pathogens, and were deposited and desiccated, and competitive exclusion was assessed for each microbiome.
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