Máté Vass

Abstract Aquatic ecosystems are major reservoirs of antibiotic resistance genes (ARGs) and hubs for microbial interactions that can facilitate their spread through horizontal gene transfer (HGT). While mobile genetic elements (MGEs), including plasmids and viruses, are recognized as important drivers of ARG mobility, the extent to which water column stratification constrains their vertical dissemination remains unresolved.

Abstract Antimicrobial resistance (AMR) represents a major One Health issue, driven by a myriad of potential accelerators that include emerging climate and social challenges. There is little doubt about the need for interventions at critical control points to reduce AMR, but addressing AMR within a single realm of One Health (for example, human, animal or environmental) is not sufficient to reduce it.

Introduction Hydroxycinnamic acids are among the most commonly occurring antioxidants in dietary plants, and can be found in many foodstuffs including cereals, vegetables, fruits and nuts.1 These phenolic compounds have been previously described for their noticeable bioactivities; not only for their antioxidant,2 but also anti-inflammatory,3 antimicrobial,4 anti-melanogenic5 and chemo-preventive effects.6 Lately the potential benefit of hydroxycinnamic acid derivatives on obesity and lipid...