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Volumn 33, Issue 3, 2013, Pages 1152-1161
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Elaboration of highly hydrophobic polymeric surface - A potential strategy to reduce the adhesion of pathogenic bacteria?
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Author keywords
Adhesion; Bacteria; Hydrophobicity; Pathogen; Plasma
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Indexed keywords
BACTERIAL ADHESION;
BIO-ADHESION;
CRYSTALLINITIES;
DEFECTS DENSITY;
DIFFERENT SCALE;
GRAM POSITIVE;
HOMOGENEOUS SURFACES;
HYDROPHOBIC CHARACTER;
INJECTED POWER;
LISTERIA MONOCYTOGENES;
MACROSCOPIC SCALE;
MECHANICAL ABRASION;
MESOSCOPIC SCALE;
MESOSCOPICS;
MODIFIED SURFACES;
PATHOGENIC BACTERIUM;
PATHOGENIC STRAINS;
PLASMA ACTIVATION;
POLYMERIC SURFACES;
PRE-TREATMENT;
PSEUDOMONAS AERUGINOSA;
STRAIN-DEPENDENT;
SUPERHYDROPHOBIC;
SUPERHYDROPHOBICITY;
ADHESION;
BACTERIA;
PATHOGENS;
PLASMAS;
POLYMERS;
POLYPROPYLENES;
POLYSTYRENES;
SUPERCONDUCTING MATERIALS;
SURFACE CHEMISTRY;
SURFACES;
HYDROPHOBICITY;
PLASMA GAS;
POLYMER;
POLYPROPYLENE;
POLYSTYRENE DERIVATIVE;
ATOMIC FORCE MICROSCOPY;
BACTERIA;
BACTERIUM ADHERENCE;
CHEMICAL PHENOMENA;
DRUG EFFECTS;
HAFNIA ALVEI;
HALOGENATION;
LISTERIA MONOCYTOGENES;
PHARMACOLOGY;
PLASMA GAS;
PSEUDOMONAS AERUGINOSA;
ULTRASTRUCTURE;
WETTABILITY;
ADHESION;
ARTICLE;
BACTERIUM;
DRUG EFFECT;
HYDROPHOBICITY;
PATHOGENESIS;
PLASMA;
BACTERIA;
BACTERIAL ADHESION;
HAFNIA ALVEI;
HALOGENATION;
HYDROPHOBIC AND HYDROPHILIC INTERACTIONS;
LISTERIA MONOCYTOGENES;
MICROSCOPY, ATOMIC FORCE;
PLASMA GASES;
POLYMERS;
POLYPROPYLENES;
POLYSTYRENES;
PSEUDOMONAS AERUGINOSA;
WETTABILITY;
ADHESION;
BACTERIA;
HYDROPHOBICITY;
PATHOGEN;
PLASMA;
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EID: 84873413597
PISSN: 09284931
EISSN: None
Source Type: Journal
DOI: 10.1016/j.msec.2012.12.020 Document Type: Article |
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Times cited : (51)
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References (23)
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