The rapid detection of pathogenic microbial species in feed is of paramount
importance considering its implications for animal production and food saf
ety. More sensitive and rapid detection of contaminated feedstuffs may lead
to more selective and therefore less expensive treatment of feeds, reduced
rates of transmission to a poultry host and reduced carcass contamination.
In order to interrupt the cycle of Salmonella spp. transmission from feed
to poultry to the consumer, more rapid detection methods to monitor these s
ources are needed that provide conclusive results within the time frame of
feed mixing or broiler processing. Within the last decade, new variations o
f selective media have been investigated to increase selectivity without re
ducing Salmonella spp. recovery.