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- W2941475101 abstract "Understanding and engineering of drinking water (DW) microbiomes is urgently needed to optimize future infrastructure investment while considering impacts of climate change and population increase. DW microbiomes are understudied compared with other microbiomes. Recent meta-omics advancements can enable deeper understanding of DW microbiomes and improve design of engineering interventions and monitoring tools to lower public health risk. These, together with a critical review of existing DW microbiome literature, will enable development of best practice recommendations for the DW microbiome community. Coordinated sampling and analysis efforts engaging diverse stakeholders will be required at spatiotemporal scales sufficient to elucidate physical, chemical, and physical factors shaping DW microbiomes of different source waters, treatment and distribution systems, and buildings. Now is an opportune time to foster collaborations across sectors and geographical boundaries to enable development of best practices for drinking water (DW) microbiome research, focusing on accuracy and reproducibility of meta-omic techniques (while learning from past microbiome projects). A large-scale coordinated effort that builds on this foundation will enable the urgently needed comprehensive spatiotemporal understanding and control of DW microbiomes by engineering interventions to protect public health. This opinion paper highlights the need to initiate and conduct a large-scale coordinated DW microbiome project by addressing key knowledge gaps and recommends a roadmap for this effort. Now is an opportune time to foster collaborations across sectors and geographical boundaries to enable development of best practices for drinking water (DW) microbiome research, focusing on accuracy and reproducibility of meta-omic techniques (while learning from past microbiome projects). A large-scale coordinated effort that builds on this foundation will enable the urgently needed comprehensive spatiotemporal understanding and control of DW microbiomes by engineering interventions to protect public health. This opinion paper highlights the need to initiate and conduct a large-scale coordinated DW microbiome project by addressing key knowledge gaps and recommends a roadmap for this effort. chemical, physical, geological, and biological processes and reactions affecting biological systems. distribution of biological communities over space and time. public participation in research conducted by professional scientists. public systems supplying water for human consumption. water that has been treated to be potable, or derives from a protected source. incorporates more than one of the following -omics approaches: metagenomics (study of genomic contents in a sample), metatranscriptomics (study of transcribed genes in a sample), metabolomics (study of metabolites in a sample), metaproteomics (study of proteins in a sample), and interactomics (study of interactions between multiple molecule types in a sample). the relationships of microorganisms (including bacteria, archaea, fungi, protists, and viruses) with each other and with their environment [38.Tipton L. et al.A developing symbiosis: enabling cross-talk between ecologists and microbiome scientists.Front. Microbiol. 2019; (Published online February 20, 2019)https://doi.org/10.3389/fmicb.2019.00292Crossref PubMed Scopus (23) Google Scholar]. the collection of microorganisms, their activities, and all other biotic and abiotic factors in their environment [38.Tipton L. et al.A developing symbiosis: enabling cross-talk between ecologists and microbiome scientists.Front. Microbiol. 2019; (Published online February 20, 2019)https://doi.org/10.3389/fmicb.2019.00292Crossref PubMed Scopus (23) Google Scholar]. the portion of potable drinking water distribution systems in buildings." @default.
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- W2941475101 date "2019-08-01" @default.
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- W2941475101 title "Drinking Water Microbiome Project: Is it Time?" @default.
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- W2941475101 doi "https://doi.org/10.1016/j.tim.2019.03.011" @default.
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