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Does exposure to different menstrual products affect the vaginal environment?

Nicolas Tessandier; Ilkay Başak Uysal; Baptiste Elie; Christian Selinger; Claire Bernat; Vanina Boué; Sophie Grasset; Soraya Groc; Massilva Rahmoun; Bastien Reyné; Noemi Bender; Marine Bonneau; Christelle Graf; Vincent Tribout; Vincent Foulongne; Jacques Ravel; Tim Waterboer; Christophe Hirtz; Ignacio G. Bravo; Jacques Reynes; Michel Segondy; Carmen Lia Murall; Nathalie Boulle; Tsukushi Kamiya; Samuel Alizon
Molecular Ecology · Vol. 32, Issue 10 · pp. 2592-2601 · 2023

Abstract

The vaginal ecosystem is a key component of women's health. It also represents an ideal system for ecologists to investigate the consequence of perturbations on species diversity and emerging properties between organizational levels. Here, we study how exposure to different types of menstrual products is linked to microbial, immunological, demographic, and behavioural measurements in a cohort of young adult women who reported using more often tampons ( n = 107) or menstrual cups ( n = 31). We first found that cup users were older and smoked less than tampon users. When analysing health indicators, we detected potential associations between cups use reporting and fungal genital infection. A multivariate analysis confirmed that in our cohort, reporting using cups over tampons was associated with the higher odds ratio to report a fungal genital infection diagnosis by a medical doctor within the last 3 months. We did not detect significant differences between groups in terms of their bacterial vaginal microbiota composition and found marginal differences in the level of expression of 20 cytokines. However, a multivariate analysis of these biological data identified some level of clustering based on the menstrual product type preferred (cups or tampons). These results suggest that exposure to different types of menstrual products could influence menstrual health. Larger studies and studies with a more powered setting are needed to assess the robustness of these associations and identify causal mechanisms.

Bibliographic Information

JournalMolecular Ecology
PublisherWiley
Publication Date2023-05-01
Publication Year2023
Volume32
Issue10
Pages2592-2601
Document TypeJournal Article
Print ISSN0962-1083
eISSN1365-294X
DOI10.1111/mec.16678
SubjectEcology & Organismal Biology

Access Information

NARA Access Coverage1997-01-01~Current
Journal Homepagehttps://onlinelibrary.wiley.com/loi/1365294X
Publisher PageOpen Publisher Page
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