Detection of ACCSuT, BLEE and AmpC resistance phenotypes in salmonella enterica strains isolated from infections in animals

Keyphrases

• Salmonella Enterica 100%
• Resistance Phenotypes 100%
• San Marco 66%
• Veterinary Medicine 66%
• Antibiotics 66%
• Oxytetracycline 66%
• Chloramphenicol 66%
• ACSSuT 66%
• Universidad 33%
• Mayors 33%
• High Sensitivity 33%
• Ampicillin 33%
• Resistance Pattern 33%
• National Universities 33%
• Microbiology 33%
• Streptomycin 33%
• Ciprofloxacin 33%
• ISO Standards 33%
• Salmonella 33%
• β-lactamase 33%
• Amikacin 33%
• Kirby-Bauer Method 33%
• Gentamicin 33%
• Sensitivity Test 33%
• Human Medicine 33%
• Resistance Profile 33%
• Aztreonam 33%
• Intermediate Resistance 33%
• Tobramycin 33%
• Cephalosporins 33%
• Extended Spectrum betalactamases 33%
• Low Resistance 33%

Pharmacology, Toxicology and Pharmaceutical Science

• Infection 100%
• Salmonella enterica 100%
• Chloramphenicol 66%
• Oxytetracycline 66%
• Antibiotics 33%
• Gentamicin 33%
• Streptomycin 33%
• Ampicillin 33%
• Ciprofloxacin 33%
• Beta Lactamase 33%
• Amikacin 33%
• Salmonella 33%
• Cephalosporin Derivative 33%
• Isoetarine 33%
• Aztreonam 33%
• Tobramycin 33%

Veterinary Science and Veterinary Medicine

• Veterinary Medicine 100%
• Oxytetracycline 100%