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A complete analysis of the microbiome should combine taxonomic profiling with functional characterization to discover the full potential of an entire community of microorganisms. However, research teams often require specialized training and extensive computational infrastructure to establish an in-house suite of tools for processing shotgun metagenomic data – and even with the right know-how, the...

The skin is the body’s first line of defense, protecting the host against environmental or microbial insults by the imposition of a physical barrier. Upon microbial entry into wounds, innate immune cells generate antimicrobial proteins to prevent bacterial infections. A well-studied example is the innate immune circuits of IL-17 and IL-22, which are activated by...

Plastic particles < 5 mm are classified as microplastics. Microplastics are present in almost all aquatic ecosystems, from the Arctic to the deep ocean. Moreover, microplastics can migrate between different aquatic environments, such as lakes, seas and oceans. This environmental problem becomes a health concern when the microplastics enter into a new aquatic ecosystem where...

Bladder cancer (BC) is the fourth most prevalent cancer in men and 11th in women. Environmental toxins that enter the body are eventually excreted through kidneys, and they interact with the urinary tract microbiome to generate metabolites that may contribute to the development of BC. Members of the microbiome impact production of HBDs2 and 3...

Antimicrobial resistance (AMR) is a pressing threat to human health, both locally and globally. AMR genes increase the resistance of microbes against common antibiotics, making infections increasingly difficult to treat. Different microbes may bear different AMR genes, and different AMR genes may confer variable resistance against different antimicrobials. All AMR genes in a community constitute...