Author Description

antibiotic resistance; community; environment; India; coliforms; commensal; antibiotic resistance; antibiotic resistance genes; blaCTX-M; blaTEM; qepA; hospital wastewater; core-shell; disinfection; Escherichia coli; nanoparticles; pathogens; silver; solar-photocatalysis; Staphylococcus aureus; water; zinc oxide; S. aureus; antibiotic resistance; beaches; multiple-antibiotic resistance; ramA; efflux pump; multilocus sequence typing; surface water; antibiotics; pakchoi; endophytic bacteria; antibiotic-resistant genes; hydroponic cultivation; Campylobacter; poultry; antibiotic susceptibility; Rep-PCR; cdt toxin; Acinetobacter; JDS3; river; water; carbapenemases; antimicrobial resistance; genotypes; non-typhoidal Salmonella; poultry; genes; integrons; subtyping; ESBL; MRSA; VRE; sewage sludge; PER-1; antimicrobial resistance; pathogenic E. coli; harvested rainwater; public health; Sub-Saharan Africa; alternative water source; farmer; veterinary antibiotics use; knowledge; behavior probability model; China; antimicrobial resistance; antibiotics residue; food animals; environment; bacteria; Nigeria; E. coli; surface water; antibiotic-resistance gene; MARI; MARP; multidrug resistance; flooring design; Turkey; antibacterial resistance; enrofloxacin; commensal E. coli; ESBL-producing E. coli; β-lactamase genes; antimicrobial resistance; integrons; insertion sequences; antibiotic residues; aquatic environment; ciprofloxacin; Fe-doped ZnO nanoparticles; photocatalysis; sunlight; ceragenin; multidrug-resistant bacteria; biofilm; antimicrobial peptides; colistin; n/a