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Aims  Study the relationship between antibiotic resistance patterns of  Pseudomonas  isolated from farmed rainbow trout fillets and farm or transformation process locations.    Methods and Results   Pseudomonas  strains were isolated from rainbow trout sampled in two differently located farms and filleted in laboratory or in a processing factory. One hundred and twenty‐five isolates were confirmed as belonging to  Pseudomonas  using CFC selective media, Gram staining, oxidase test and quantitative polymerase chain reaction methods. Fifty‐one isolates from separate fish fillets were further identified using MALDI‐TOF mass spectrometry, and the minimal inhibitory concentrations (MIC) of 11 antibiotics were also determined by microdilution method. Most of the isolates belonged to the  Pseudomonas fluorescens  group (94.1%), and no relationship was established between antibiotic resistance patterns and sampling locations (farms or filleting areas). Multiple resistance isolates with high MIC values (from 64 µg ml −1  to more than 1024 µg ml −1 ) were identified.    Conclusions  Antibiotic resistance patterns found in  Pseudomonas  isolates were not influenced by farms or transformation process locations. Seven isolates were found highly resistant to four different antibiotic classes.    Significance and Impact of the Study  This study does not provide evidence of a relationship between farm or transformation process locations on antibiotic resistance patterns of  Pseudomonas  population.

journal of applied microbiology

No evidence for a relationship between farm or transformation process locations and antibiotic resistance patterns of  Pseudomonas  population associated with rainbow trout ( Oncorhynchus mykiss )