… The results suggest that existence of air–liquid interface and adequate nutrient conditions
provide the best environment for Salmonella Enteritidis PT4 biofilm formation on stainless steel…

… The adherence of Salmonella Enteritidis PT4 to stainless steel: the importance of the air-liquid
interface and nutrient availability. … 23,(February 2006), pp. 747-752 Gibson, DL; White, AP; …

… air-liquid interface, since this interface provides a selectively advantageous niche for Salmonella
biofilm formation (Giaouris and Nychas, 2006… and during times of nutritional deprivation. …

… 2006). Additionally, several diverse proteins can bind to the … the ability of starved cells to
adhere to polystyrene, while on … and in the air-liquid interface of nutrient broth. Significant …

… to kill attached to equipment surfaces cells of this important pathogenic bacterium. … air–liquid
interface, since this interface may favor bacterial attachment (Giaouris and Nychas, 2006…

… attachment of Salmonella Enteritidis to acrylic and stainless steel. … attachment to acrylic and
stainless steel, although they had … Typhimurium was more adherent to stainless steel than to …

… These are assemblages of microorganisms, adherent to each other and usually to a … air-liquid
interface, since this interface favors Salmonella biofilm formation (Giaouris & Nychas, 2006)…

… Salmonella enterica strains are capable of adhering to various surfaces, both biotic (eg, plant
and animal tissues) and abiotic (eg, stainless steel … 2006. Influence of culture heterogeneity …

… Bacterial adhesion and biofilm formation by Salmonella enterica serovar … Bacterial
adherence and biofilm formation by Salmonella enterica serotype Enteritidis on stainless steel …

… Giaouris and Nychas who observed that biofilm formation was attenuated by lack of available
nutrients (Giarouis and Nychas, 2006… suggests that adherence to stainless steel, when the …