ABSTRACT
INTRODUCTION: In Coatepec, Mexico, the immediate postpartum is considered a special time, called the cuarentena, when postpartum women receive critical social support and observe diet and activity pre- and proscriptions-all intended to enhance maternal-child health. This study examined how public health mandates aimed at containing COVID-19, which instructed people to socially isolate, affected women's postpartum experiences, including observing the cuarentena. METHODS: We recruited first-time mothers from the local public health clinic and collected qualitative data via a verbally administered survey that covered knowledge/perceived threat of COVID-19 and its effect on the cuarentena and maternal mood. We used content analysis to analyze the data. RESULTS: We conducted 33 telephonic interviews from March to December 2020. Overall, women were knowledgeable about and receptive to public health messaging regarding COVID-19 risks and safety measures. Despite knowledge and receptivity, most followed their original cuarentena plans to observe culturally prescribed postpartum practices, even when doing so contradicted public health mandates. However, the mandates that limited socialization with friends and extended family during the cuarentena negatively affected maternal mood. DISCUSSION: Postpartum women, especially in under-studied low- and middle-income countries, merit research attention. Emergent from this study is that public health messaging should speak to its target audience in a way that makes sense within local contexts, which includes consideration of highly valued health practices. Future studies aimed at understanding how to achieve this goal will facilitate development of stronger programs that address public health needs and protect individual well-being.
Subject(s)
COVID-19 , Mothers , COVID-19/epidemiology , Female , Humans , Mexico/epidemiology , Pandemics , Postpartum PeriodABSTRACT
Daily practices put humans in close contact with the surrounding environment, and differences in these practices have an impact on human physiology, development, and health. There is mounting evidence that the microbiome represents an interface that mediates interactions between the human body and the environment. In particular, the skin microbiome serves as the primary interface with the external environment and aids in host immune function by contributing as the first line of defense against pathogens. Despite these important connections, we have only a basic understanding of how the skin microbiome is first established, or which environmental factors contribute to its development. To this end, this study compared the skin bacterial communities of infants (n = 47) living in four populations in Mexico and the United States that span the socioeconomic gradient, where we predicted that variation in physical and social environments would shape the infant skin microbiome. Results of 16S rRNA bacterial gene sequencing on 119 samples (armpit, hand, and forehead) showed that infant skin bacterial diversity and composition are shaped by population-level factors, including those related to socioeconomic status and household composition, and vary by skin site and infant age. Differences in infant-environment interactions, including with other people, appear to vary across the populations, likely influencing infant microbial exposures and, in turn, the composition of infant skin bacterial communities. These findings suggest that variation in microbial exposures stemming from the local environment in infancy can impact the establishment of the skin microbiome across body sites, with implications for developmental and health outcomes.IMPORTANCE This study contributes to the sparse literature on the infant skin microbiome in general, and the virtually nonexistent literature on the infant skin microbiome in a field setting. While microbiome research often addresses patterns at a national scale, this study addresses the influence of population-level factors, such as maternal socioeconomic status and contact with caregivers, on infant skin bacterial communities. This approach strengthens our understanding of how local variables influence the infant skin microbiome, and paves the way for additional studies to combine biological sample collection with questionnaires to adequately capture how specific behaviors dictate infant microbial exposures. Work in this realm has implications for infant care and health, as well as for investigating how the microbial communities of different body sites develop over time, with applications to specific health outcomes associated with the skin microbiome (e.g., immune system development or atopic dermatitis).