Progress in Natural Science Materials International · 2008 · 1.1K citations · 65 references
Life SciencesBioengineeringMicrobiologyBacteriologyBiomaterialsCell AdhesionAdhesion DynamicsBacterial BiofilmsBacterial GrowthBiofilm FormationMicrobial BiofilmsPathogen AdhesionAdhesive PropertiesBacterial Adhesion MechanismsBiofilm DevelopmentBiofilm Development DynamicsBiofilm GrowthBiofilm-material InteractionsInitial Bacterial AdhesionPhysical Attraction
Bacterial adhesion poses a significant industrial and domestic problem, and a generic biofilm growth cycle model describes its stages from initial attraction to eventual detachment. The article reviews bacterial adhesion and its industrial implications. It summarizes methods and instrumentation used to study bacterial adhesive properties.
Bacterial adhesion has become a significant problem in industry and in the domicile, and much research has been done for deeper understanding of the processes involved. A generic biological model of bacterial adhesion and population growth called the bacterial biofilm growth cycle, has been described and modified many times. The biofilm growth cycle encompasses bacterial adhesion at all levels, starting with the initial physical attraction of bacteria to a substrate, and ending with the eventual liberation of cell clusters from the biofilm matrix. When describing bacterial adhesion one is simply describing one or more stages of biofilm development, neglecting the fact that the population may not reach maturity. This article provides an overview of bacterial adhesion, cites examples of how bacterial adhesion affects industry and summarises methods and instrumentation used to improve our understanding of the adhesive properties of bacteria.
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The DLVO theory in microbial adhesion
Malte Hermansson · Colloids and Surfaces B Biointerfaces · 1999 · 974 citations
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Ian R. Booth · Microbiological Reviews · 1985 · 501 citations · Full text
Life Sciences, Biology, Microbiology +12