Enhanced antibacterial activity of polyphenol-bound microtopography by synergistic chemical and micro/nanomechanical effects

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Material Science

100
Coating Material Science
100
Polyphenol Material Science
50
Surface (Surface Sc... Material Science
25
Materials Material Science
25
Membrane Material Science
25
Adhesion Material Science
25
Young's Modulus Material Science
25
Stiffness Material Science
25
Topography Material Science
25
Microparticle Material Science

Keyphrases

100
Nanomechanics Keyphrases
100
Polyphenols Keyphrases
100
Enhanced Antibacter... Keyphrases
100
Microtopography Keyphrases
66
Antibacterial Coati... Keyphrases
33
Stiffness Keyphrases
33
Redispersion Keyphrases
33
Immersion Method Keyphrases
33
Young's Modulus Keyphrases
33
Self-assembling Keyphrases
33
Bifunctional Ligand Keyphrases
33
Nanotopography Keyphrases
33
Effective Strategie... Keyphrases
33
Microparticles Keyphrases
33
Chemical Damage Keyphrases
33
Microbial Contamina... Keyphrases
33
Mechanical Disrupti... Keyphrases
33
Bacterial Membrane Keyphrases
33
Direct Intervention Keyphrases
33
Antibacterial Activ... Keyphrases
33
Storable Keyphrases
33
Cationic Templates Keyphrases
33
Microbial Attachmen... Keyphrases
33
Early Adhesion Keyphrases
33
Chemical Interventi... Keyphrases
33
Mechanical Interven... Keyphrases

INIS

100
coatings INIS
100
polyphenols INIS
75
bacteria INIS
50
ligands INIS
50
surfaces INIS
50
interventions INIS
25
particles INIS
25
layers INIS
25
membranes INIS
25
damage INIS
25
contamination INIS
25
stiffness INIS
25
adhesion INIS
25
young modulus INIS
25
topography INIS
25
proliferation INIS

Engineering

100
Surface Engineering
100
Antibacterial Coati... Engineering
50
Stages Engineering
50
Membrane Engineering
50
Contamination Engineering
50
Outer Layer Engineering
50
Young's Modulus Engineering
50
Microbial Engineering
50
Disruptions Engineering
50
Microparticles Engineering
50
Chemical Damage Engineering
50
Nanotopography Engineering
Research OutputsResearch Output authored by Enhanced antibacterial activity of polyphenol-bound microtopography by synergistic chemical and micro/nanomechanical effects is tagged with the concept