… To identify the molecule in Lp.sup that inhibited S. aureus biofilm formation, we examined
biofilm formation of S. aureus after treatment with representative microbe-associated molecular …

… , making the inhibition of these teichoic acids a promising approach to … by biofilm forming
bacteria. Here, we describe the potent biofilm inhibition activity against MRSA and VRE biofilms …

… A strong impact on adherence to biomaterials and biofilm formation has been observed in
S. aureus and Enterococcus faecalis mutants deficient in TA alanyl esters or with altered TA …

… teichoic acids, highly charged cell wall polymers, play a key role in the first step of biofilm
formation. … time that the charge of teichoic acids plays a pivotal role in the initial step of biofilm …

… in the CW and EC TAs of a number of clinical biofilm forming staphylococcal strains of our
collection, 3 indicating that the presence of two different poly(polyol phosphates) in TAs of S. …

… , but its impact on pathogen’s physiology and pathogenesis is not well … wall teichoic acid
(WTA) biosynthesis inhibiting antibiotic at the subinhibitory dosage on Staphylococcus aureus …

… aureus with strong biofilm formation ability that was isolated from chicken meat in our
laboratory in 2018. Strong biofilm forming ability of SJTUF21564 was indicated by the optical …

… of d-alanine esters of teichoic acids on biofilm production and adhesion, … Staphylococcus
aureus dlt mutant (36). In addition, it affected the activity of autolysins (36), biofilm formation …

… [33], and lipopeptide from Bacillus subtilis inhibits Staphylococcus aureus [34]. The activity
of biosurfactants is reduced by proteinase K treatment [35]. In contrast, our results showed …

… undetectable formation of wall teichoic acid. How disruption of atpF affects biofilm formation
is … in cell wall structure which may impair biofilm formation (33). Interestingly, mutations in …