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Primary osteoblasts were cultured on the patterned polymer surfaces.
Nano-ZnO films were deposited onto polymer surfaces by ink-jet and screen printing.
This type of surface engineering is quite useful in tuning the wettability of the polymer surfaces.
Such interactions between polymer surfaces and organisms have been the focus of many studies.
This paper comprehensively reviews the fundamental understanding of functional polymer surfaces for controlling cell behaviors.
Antibacterial polymer surfaces were designed using ZnO nanoparticles as a bactericide.
Both polymer surfaces were hydrophobic, having sessile air water contact angles superior to 100°.
Mineral encapsulated nanoparticles were grafted onto activated polymer surfaces through their shells.
This new strategy provides an alternative and promising method for patterning curved polymer surfaces.
This oxidation system introduced different amounts of carbonyl carboxyl and hydroxyl groups onto the polymer surfaces.
In conclusion, polymer surfaces with nano-fiber MNBS texture generated by external macroscopic force interference possessed superior non-wettability and superhydrophobicity compared with polymer surfaces with 'nano-papules MNBS texture' obtained by internal microscopic force interference.
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