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Swine --- Swine --- Respiratory diseases --- Respiratory diseases --- Laboratory diagnosis --- Laboratory diagnosis --- symptoms --- symptoms --- Toxins --- Toxins --- Drug therapy --- Drug therapy --- Pasteurella multocida --- Pasteurella multocida

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Porcin --- Swine --- Jeune animal --- Young animals --- Pasteurella multocida --- Toxine --- Toxins --- Rhinite atrophique --- Atrophic rhinitis --- Pouvoir pathogène --- Pathogenicity --- Technique immunologique --- Immunological techniques --- 579.84 --- 636.4 --- 619 --- Gram-negative bacteria --- Pigs. Swine --- Diseases of domesticated animals. Veterinary science --- Theses --- 619 Diseases of domesticated animals. Veterinary science --- 636.4 Pigs. Swine --- 579.84 Gram-negative bacteria --- 619 Ziektes van gedomesticeerde dieren. Diergeneeskunde --- Ziektes van gedomesticeerde dieren. Diergeneeskunde

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Antimicrobial resistance is a global One Health topic that affects us all, whether we are working in human or veterinary medicine. Although antibiotic use in farm animals is decreasing in many countries, other nations are still using these essential medical resources as growth promoters to boost economic gains. As veterinarians responsible for animal welfare, it is vital that we are permitted to treat sick animals effectively, but we must learn to be more prudent in our use of these drugs. It is essential that we, as responsible clinicians, policy makers, and researchers, develop methods of quantifying, monitoring, benchmarking, and reporting antibiotic use in both farm and companion animals, so that antimicrobial stewardship schemes can be implemented and their successes or failures analyzed. This Special Issue includes research on antibiotic use and resistance in a variety of animal species, covering cattle, sheep, pigs, poultry, and pets. The relationship between antimicrobial use and resistance in animals is investigated on a global scale, with authors from Austria, Australia, Brazil, Germany, Italy, India, the Netherlands, Peru, Portugal, Slovenia, and the United Kingdom.

Medicine --- Escherichia coli --- antimicrobial resistance --- swine --- weaned piglet --- antibiotic growth promoters --- antibiotic --- antibiotic resistance --- livestock --- antibiotic use --- AMR --- MDR --- environment --- antimicrobial usage --- bovine --- India --- KAP survey --- veterinarians --- antimicrobial use --- antimicrobial resistance (AMR) --- Timor-Leste --- antimicrobial --- veterinary --- prudent use --- critically important antimicrobials --- growth promotion --- poultry --- sheep --- beef cattle --- normalised resistance interpretation --- antimicrobial susceptibility testing --- tetracyclines --- farms --- turkeys --- farm --- antimicrobial resistance genes --- biosecurity --- risk factor --- metagenomics --- qPCR --- isolates --- neonatal calf diarrhea --- survey --- antibiotics --- HPCIA --- urinary tract infection --- Flexicult Vet --- pathogen identification --- dogs --- cats --- veterinary microbiology --- bovine respiratory disease --- multidrug-resistance --- Pasteurella multocida --- Mannheimia haemolytica --- Truperella pyogenes --- dairy farm --- E. coli --- calves --- enteritis --- serotypes --- virulence --- multidrug-resistant --- extensively drug-resistant --- dairy --- ESBL --- MRSA --- dog --- canine parvovirus --- Carnivore protoparvovirus 1 --- multidrug resistance --- One Health --- Enterobacteriaceae --- public awareness --- farmworkers --- chicken --- growth promoters --- Staphylococcus hyicus --- PFGE --- exudative epidermitis --- pigs --- monitoring --- carbapenems --- CPE --- meat-producing animal --- companion animal --- travelers --- feed --- risk assessment --- introduction risk --- stochastic risk model --- coagulase-negative Staphylococcus --- CoNS --- quails --- broilers --- Escherichia coli --- antimicrobial resistance --- swine --- weaned piglet --- antibiotic growth promoters --- antibiotic --- antibiotic resistance --- livestock --- antibiotic use --- AMR --- MDR --- environment --- antimicrobial usage --- bovine --- India --- KAP survey --- veterinarians --- antimicrobial use --- antimicrobial resistance (AMR) --- Timor-Leste --- antimicrobial --- veterinary --- prudent use --- critically important antimicrobials --- growth promotion --- poultry --- sheep --- beef cattle --- normalised resistance interpretation --- antimicrobial susceptibility testing --- tetracyclines --- farms --- turkeys --- farm --- antimicrobial resistance genes --- biosecurity --- risk factor --- metagenomics --- qPCR --- isolates --- neonatal calf diarrhea --- survey --- antibiotics --- HPCIA --- urinary tract infection --- Flexicult Vet --- pathogen identification --- dogs --- cats --- veterinary microbiology --- bovine respiratory disease --- multidrug-resistance --- Pasteurella multocida --- Mannheimia haemolytica --- Truperella pyogenes --- dairy farm --- E. coli --- calves --- enteritis --- serotypes --- virulence --- multidrug-resistant --- extensively drug-resistant --- dairy --- ESBL --- MRSA --- dog --- canine parvovirus --- Carnivore protoparvovirus 1 --- multidrug resistance --- One Health --- Enterobacteriaceae --- public awareness --- farmworkers --- chicken --- growth promoters --- Staphylococcus hyicus --- PFGE --- exudative epidermitis --- pigs --- monitoring --- carbapenems --- CPE --- meat-producing animal --- companion animal --- travelers --- feed --- risk assessment --- introduction risk --- stochastic risk model --- coagulase-negative Staphylococcus --- CoNS --- quails --- broilers