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> 3D-structured communities attached to a solid surface
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> Embedded in an exopolysaccharide matrix
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> Biofilm formation is not random - follows specific pattern of succession
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> Availability of bacterial species
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> Coaggregation pairings
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> Cell-cell interactions
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Neutralism:
No effect on each other
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Competition:
2 populations compete for the same nutrients
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Commensalism:
1 benefits from the other with benefactor remaining unaffected
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Mutualism:
Both populations benefits
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Symbiosis:
Obligatory interactions
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Protocooperations:
Facultative interactions
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Syntrophy:
Cross-feeding
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Synergism:
Enhanced production of a certain products
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Ammensalism:
1 population has an indirect negative impact on another
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Predation:
1 organism consumed by another
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Parasitism:
1 organism invaded intracellularly by another
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> Genetic expression is different in biofilm bacteria when compared to planktonic (free floating )bacteria
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> Biofilm cells can coordinate behavior via intercellular "communication" using biochemical signalling molecules
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- Involves regulation of expression of specific genes through accumulation of signaling compound that mediate intercellular communication
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- Dependent on cell density and mediated through signalling compounds
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- Quorum sensing gives biofilms their distinct properties
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Know adversaries in order to defeat them.
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Development of treatment strategies
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Interfere with cell-cell communications (intrageneric and intergeneric)
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