Reference | NME4EMY7 (81)

this study aimed to estimate the distribution of Salmonella and CIP-resistant Salmonella in the broiler production chain and assess the lytic ability of novel Salmonella phages on CIP-resistant Salmonella recovered from this source. Data from this study will be helpful in designing phage-based therapies for controlling the widespread CIP-resistant Salmonella in the broiler production chain to resolve the harmful effects of antibiotic resistance threats on human and animal health

This study included two commercial broiler farms, one free-range farm, two slaughterhouses, and three stalls from a wet market in southern Thailand. Two commercial farms are enclosed using an evaporative cooling system for animal cultivation (>24,000 broilers/cultivation cycle). Both farms are far from main roads, natural reservoirs, and human communities

AST Method: Agar Dilution

Reference explicitly reports AST breakpoints: None

Reference reports using a MIC table: None