orderto designmaterials able to limit the biofilm formation , the effect of bacteria on materials

infectionsresultfrom bacterial adhesion and subsequent biofilm formation at the site of implantation

a texturedesignedto be a bacteriostatic surface to reduce the adhesion of bacteria and biofilm formation

the implications of this defective structure on factorscontributeto virulence ... including adhesion , filamentation , protease secretion , and biofilm formation

virulence factorscontributeto bacterial pathogenesis and biofilm formation ( 9

the presence of various chemical compositions on bacterial cell surfaces(passive) is influenced byBacterial adhesion , aggregation and subsequent biofilm formation

the surface with lower roughness and higher hydrophobicityleadsto greater bacterial adhesion and biofilm formation

mutationcausesincreased adhesion and biofilm FT formation

Implant - associated infectionscan resultfrom bacterial adhesion and subsequent biofilm formation

of amyloid proteins(passive) are often composedBacterial appendages involved in attachment and biofilm formation

The repulsive nature of the impregnated filmscausesresistance to bacterial adhesion and growth

genes whose loss of functioncausedalterations in bacterial attachment and biofilm formation

Factorsinfluencebacterial adherence and biofilm formation on orthopaedic biomaterials

Change in the structure and or composition of the cell wallleadsto changes in the microbial adhesion properties

the factorsinfluencebacterial adhesion and biofilm development

new classes of inhibitorsinfluencebacterial virulence and biofilm formation

complexitymay causeundesirable bacterial deposition and biofilm formation

the primary host - fungus interactionsleadingto adhesion , biofilm formation and virulence

by the morphological change of the surface(passive) could be caused bybiofilm formation , and bacterial adhesion

titaniumcan causebacterial adhesion and biofilm formation

certain factorsinfluencebacterial attachment and biofilm formation

The wettability of this tissue layercan influencethe spread of chemicals and adhesion of pathogenic microorganisms

their abilityto contributeto cell surface adhesion and biofilm formation

SigX activityresultingin enhancing adhesion and biofilm formation

interactionsleadto cell - to - cell adhesion and biofilm formation

as wellinfluencingbacterial growth and biofilm formation

proteinscan influenceadhesion and biofilm formation

in turncan causeadhesion and thrombi formation

The wettability of this tissue layercan influencespreading of chemicals and the adhesion of pathogenic microorganisms

important cell surface componentsinfluencecell adhesion and migratory properties

Factorsinfluencingmicrobial adhesion Microbial adhesion