Trends in Immunology
Science & SocietyOur interface with the built environment: immunity and the indoor microbiota
Section snippets
Acknowledgments
The authors wish to thank the Alfred P Sloan Foundation for funding the Hospital Microbiome Project.
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2023, Advances in Applied MicrobiologyCitation Excerpt :BioMateriOME seeks to contribute to a growing case for designing our built environments with our microscopic neighbors in mind, for the benefit of our own human wellbeing (Lax, Nagler, & Gilbert, 2015; Peccia & Kwan, 2016).
Comprehensive understanding to the public health risk of environmental microbes via a microbiome-based index
2022, Journal of Genetics and GenomicsInvestigation into the presence and transfer of microbiomes within a forensic laboratory setting
2021, Forensic Science International: GeneticsCitation Excerpt :The human microbiome is comprised of the community of living organisms that exist both on and within an individual [1]. Based on the available evidence [2–10] the human microbiome, including the subspecies level of bacterial taxa, can be considered individualised [11]. Therefore, there is a potential for the human microbiome to be sampled and analysed to identify, link or exclude suspects and/or victims associated with criminal activities.
Ontology, difference, and the antimicrobial resistance timeline
2020, FuturesCitation Excerpt :Consequently, resistance does not correlate neatly with industrialization and antibiotic use (Brito et al., 2016; Pehrsson, Tsukayama, Patel, Mejia-Bautista, & Sosa-Soto, 2016). The mobility of AMR genes may be exacerbated in how humans shed millions of bacterial cells per hour into the environment (Lax, Nagler, & Gilbert, 2015). Rooms take on the microbial properties of those who enter it.
Integrating the microbiome as a resource in the forensics toolkit
2017, Forensic Science International: GeneticsCitation Excerpt :The Forensics Microbiome Database (FMD) created by our group, which links publicly available 16S rRNA-derived taxa data with their geographic origins down to the city in order to perform geolocation (http://www.fmd.jcvi.org), is an example of harnessing meta-samples to perform forensic analyses. The potential forensic utility of microbial DNA has been demonstrated for samples collected from highly diverse locations, including the environment (e.g. soils) [47–49], hair [34], skin [31,50] and vagina [51]. Thus, the forensic literature refers to the potential uses of microbial-derived data [52], distinctive signatures [53], and forensic indicators [54].