DOI: 10.18174/408256
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Bacillus cereus growth and biofilm formation: the impact of substratum, iron sources, and transcriptional regulator Sigma 54

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“…Also, Cerca et al (2005) reported that all tested Staphylococcus epidermidis strains formed biofilms on hydrophilic and hydrophobic surfaces and cell surface hydrophobicity not have any influenced on adhesion. Hayrapetyan (2017) showed that stainless steel, as a contact surface, provides more favorable conditions for biofilm formation by B. cereus and maturation compared to polystyrene. Ribeiro et al (2017) revealed that the higher adhesion of B. cereus spores which isolated from dairy industry to stainless steel surface (4.93 log CFU/cm 2 ) was evaluated.…”
Section: Biofilm Formation By B Cereus On Different Commercial Surfacesmentioning
confidence: 99%
“…Also, Cerca et al (2005) reported that all tested Staphylococcus epidermidis strains formed biofilms on hydrophilic and hydrophobic surfaces and cell surface hydrophobicity not have any influenced on adhesion. Hayrapetyan (2017) showed that stainless steel, as a contact surface, provides more favorable conditions for biofilm formation by B. cereus and maturation compared to polystyrene. Ribeiro et al (2017) revealed that the higher adhesion of B. cereus spores which isolated from dairy industry to stainless steel surface (4.93 log CFU/cm 2 ) was evaluated.…”
Section: Biofilm Formation By B Cereus On Different Commercial Surfacesmentioning
confidence: 99%