Improving pregnancy and birth experiences of migrant mothers: A report from ORAMMA and continued local impact.

INTRODUCTION: Migration is a growing phenomenon affecting many European countries, with many migrants being of childbearing age. Depending on the country of origin, poorer pregnancy and birth outcomes amongst migrant women have been reported. Providing appropriate culturally sensitive perinatal services is of paramount importance. METHODS: The Operational Refugee And Migrant Mothers Approach (ORAMMA) was a three-site multidisciplinary collaborative research project, designed to develop and test implementation of a high-quality maternity care model including peer supporters for migrant women who have recently arrived in European countries. Community-based activities were undertaken to ensure ongoing local impact for maintaining supportive interactions amongst peer supporters and recently arrived migrant women in the UK. RESULTS: The women who volunteered to become maternity peer supporters were motivated by their own experiences of being newly arrived migrants in the past or a sense of altruism. Forging links with multiple local community groups enabled the continuation of the support provided by maternity peer supporters, including during the COVID-19 pandemic. CONCLUSIONS: Engagement of maternity peer supporters in supporting newly arrived mothers has multiple advantages of addressing social isolation and marginalisation of migrant communities, with potential benefits of improving access and enhancing health literacy and health outcomes amongst recently arrived migrant women as well as creating a self-supporting network for peer supporters themselves.

Aerobic Bacterial Community of American Cockroach Periplaneta americana,a Step toward Finding Suitable Paratransgenesis Candidates.

BACKGROUND: Cockroaches mechanically spread pathogenic agents, however, little is known about their gut microbiota. Identification of midgut microbial community helps targeting novel biological control strategies such as paratransgenesis. Here the bacterial microbiota of Periplaneta americana midgut, were identified and evaluated for finding proper paratransgenesis candidate. METHODS: Midgut of specimens were dissected and cultivated in different media. The bacterial isolates were then identified using the phenotypic and 16S-rRNA sequencing methods. RESULTS: The analytical profile index (API) kit showed presence of 11 bacterial species including: Escherichia coli, Shigella flexineri, Citrobacter freundii, E. vulneris, Enterobacter cloacae, Yersinia pseudotuberculosis, Y. intermedia, Leclericia adecarboxylata, Klebsiella oxytoca, K. planticola, and Rahnella aquatilis in the cockroach midguts. The first three species are potentially symbiotic whereas others are transient. The conventional plating method revealed presence of only four isolates of Salmonella, E. coli, and Proteus which in three cases mismatched with API and 16S-rRNA genotyping. The API correctly identified the four isolates as Shigella flexneri, Citrobacter freundii, and E. coli (n= 2). 16S-rRNA sequence analysis confirmed the API results; however the C. freundii sequence was identical with C. murliniae indicating lack of genetic variation in the gene between these two closely related species. CONCLUSION: A low number of potentially symbiotic bacteria were found in the American cockroach midguts. Among them Enterobacter cloacae is a potential candidate for paratransgenesis approach whereas other bacteria are pathogens and are not useful for the approach. Data analysis showed that identification levels increase from the conventional to API and to genotyping respectively.