An Open Conversation with Traditional Birth Attendants in Rural Uganda: The Potential for Collaborative Care

Background: Imaging the World-Africa (ITWA) is a registered non-governmental organization aimed at distributing low-cost ultrasound services at health centres in rural Uganda. Yet, studies demonstrate that the majority of mothers continue to deliver with unregulated traditional birth attendants (TBAs) in their local villages. It has been suggested that the unregulated practices of TBAs has contributed to the high rate of maternal and fetal mortality. A greater understanding of the roles of TBAs in the management of pregnancy and delivery is needed. Purpose: The purpose of this report is to provide the international community with a greater understanding of TBA practices as well as an assessment of their willingness for future collaboration. Methods: Three TBAs from different nearby villages attended a meeting with ITWA in Kamuli District, Uganda. The meeting included an interview and an educational session. A test on the management principles of common obstetric complications was administered at the beginning and end of the meeting to assess baseline knowledge and the effect of the interaction. Results: The meeting with the TBAs provided valuable qualitative information about TBA clinical experience, the value of TBAs to the community and TBA understanding of ultrasound. On the pre-educational test, the TBAs had a limited understanding of pregnancy complications and conditions in which it would be safer for a mother to deliver at a hospital. After the educational session, the TBAs performed statistically significantly better on the post-test (p=0.03). Conclusion: The open conversation with the TBAs provided valuable information on the current role of TBAs in rural Uganda. Our experience with the TBAs demonstrates that TBAs are willing to engage with trained healthcare providers. Collaboration between TBAs and health centers in Uganda has the potential to bring to light previously unknown barriers and create solutions to better maternal and fetal care

Large-Scale Selective Sweep among Segregation Distorter Chromosomes in African Populations of Drosophila melanogaster

Segregation Distorter (SD) is a selfish, coadapted gene complex on chromosome 2 of Drosophila melanogaster that strongly distorts Mendelian transmission; heterozygous SD/SD+ males sire almost exclusively SD-bearing progeny. Fifty years of genetic, molecular, and theory work have made SD one of the best-characterized meiotic drive systems, but surprisingly the details of its evolutionary origins and population dynamics remain unclear. Earlier analyses suggested that the SD system arose recently in the Mediterranean basin and then spread to a low, stable equilibrium frequency (1–5%) in most natural populations worldwide. In this report, we show, first, that SD chromosomes occur in populations in sub-Saharan Africa, the ancestral range of D. melanogaster, at a similarly low frequency (∼2%), providing evidence for the robustness of its equilibrium frequency but raising doubts about the Mediterranean-origins hypothesis. Second, our genetic analyses reveal two kinds of SD chromosomes in Africa: inversion-free SD chromosomes with little or no transmission advantage; and an African-endemic inversion-bearing SD chromosome, SD-Mal, with a perfect transmission advantage. Third, our population genetic analyses show that SD-Mal chromosomes swept across the African continent very recently, causing linkage disequilibrium and an absence of variability over 39% of the length of the second chromosome. Thus, despite a seemingly stable equilibrium frequency, SD chromosomes continue to evolve, to compete with one another, or evade suppressors in the genome