The Population-based Microbiome Research Core: a longitudinal infrastructure for assessment of household microbiome and human health research

Autor: Tamara J. LeCaire, Pravleen Bajwa, Paul E. Peppard, Elizabeth A Holzhausen, Ajay K. Sethi, Shoshannah Eggers, Kristen Malecki, Nasia Safdar, Amy Schultz
Rok vydání: 2021
Předmět:
DOI: 10.1101/2021.11.22.21266369
Popis: PurposeThe Population-based Microbiome Research Core (PMRC) is an expandable and longitudinal research core infrastructure to support the study of the human microbiome within the context of environmental, sociodemographic, and health factors. Broadly, the purpose of this infrastructure is to provide new insights into how human-environment interactions affect health through its influence on the composition and function of the microbiome. The PMRC was established as an ancillary study of the Survey of Health of Wisconsin (SHOW) and serves as a platform for ancillary studies, ongoing follow-up of the cohort, and expansion of the microbiome biorepository.ParticipantsThe study recruited adult participants who had previously participated in SHOW’s Wisconsin Microbiome Study (WMS). Over 59% of the eligible WMS participants agreed to provide a repeat stool sample and household samples including dust, high touch surface swabs and outside soil.Findings to datePMRC includes 323 individuals; the majority (96%) were over the age of eighteen, white (84%), urban (75%), and lived in their homes for over one year (92%). Overall, 97% of participants completed the questionnaire and household high-touch surface swab collection, and 93% and 94% completed dust and stool collection, respectively. Soil samples were collected for 86% of all participant homes.Future plansSample protocols developed for the PMRC offer a unique framework for future household-based microbiome research. This infrastructure can support the generation of new knowledge on the role of the home environment in relation to the human microbiome and identify new opportunities for intervention research.
Databáze: OpenAIRE