Abstract

Presence of biomarkers or metabolites is assessed in various human biospecimens including meconium in the investigation of exposures to environmental contaminants. This study gathered data on the perceptions and practices of mothers in two rural districts of Uganda concerning meconium and their willingness to provide meconium from their babies for research purposes. The study reveals a wide range of perceptions and beliefs around meconium as well as a number of associated taboos and practices. Many participants noted that meconium could be used to detect ailments among newborns based on its appearance. Practices and beliefs included using it to prevent stomach discomfort and other ailments of newborns, as a means to confirm paternity and initiate the child into the clan as well as facilitating father-child bonding that included ingestion of meconium by the fathers. Most mothers indicated scepticism in accepting to provide meconium for research purposes and had fears of unscrupulous people disguising as researchers and using meconium to harm their children. However, some were willing to provide meconium, if it helped to detect ailments among their children. These perceptions and practices may negatively influence mothers’ willingness to participate in meconium study. However, through provision of educational and behaviour change interventions, mothers’ willingness to participate in a meconium study can be improved.

Highlights

  • Presence of biomarkers and/or metabolites is assessed in various human tissues in the investigation of exposures to environmental contaminants

  • We explored mothers’ perceptions, beliefs, practices, and willingness to participate in research where collection and use of meconium from newborns would be conducted in studying environmental exposures

  • Our findings show that there exist a variety of perceptions, cultural practices, and beliefs around newborns that would greatly affect the acceptability of mothers to participate in studies assessing environmental exposures through examining meconium

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Summary

Introduction

Presence of biomarkers and/or metabolites is assessed in various human tissues in the investigation of exposures to environmental contaminants. Meconium testing provides a more sensitive matrix to measure fetal exposure to toxicants, due to its ability to cover a longer period of exposure than other matrices such as infant hair and cord blood [10]. Meconium is composed of materials ingested during the time the infant spends in the uterus. It is a cumulative biological matrix of prenatal toxicant exposure, and its analysis has been documented as a sensitive, diagnostic tool to detect fetal exposure to heavy metals, pesticides, and other contaminants [10, 13, 14]. Meconium collection is easy and noninvasive; it holds promise as a biological matrix for measuring the intensity and duration of environmental toxicant exposure

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