(ii) How does a microbial community adapt to severe environmental changes such as heavy metal contamination ... bacteria or dissimilatory sulfate reduction was observed in the FW106 metagenome.

Prenatal exposure to trace elements like selenium, copper, and arsenic can significantly alter the infant gut microbiome, metabolism, and antibiotic resistance gene patterns. These changes appear as ...

Soil ecosystems harbor a remarkable diversity of microorganisms that play vital roles in nutrient cycling, plant growth, and ...

The research team also found a high prevalence of antibiotic resistance genes as well as heavy metal resistance genes in the Keralan Mangrove microbiome as compared to the Brazilian and Saudi Arabian ...

Vanadium, a redox-sensitive metal, is widely distributed in the environment. High levels of vanadium can pose risks to human health and the ecosystem. Microbial reduction of V(V) to the less toxic ...

As antibiotic-resistant bacteria become a growing threat and traditional sources of anti-microbial treatments ... in Beersheba have connected a metal and a polysaccharide and discovered the ...