2017
DOI: 10.1504/ijnt.2017.082451
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Surface changes of polymer modified by gold nanoparticles

Abstract: A limitation of polymers is that the materials lack active sites or substances that can promote cell adhesion, proliferation and tissue recovery. Biopolymers with functional groups or synthesised polymers modified with different methods show many potential applications. The way to create nanostructured surfaces with new functionalities is grafting of the nanoparticles to polymer surfaces. The different uptake behaviours for surface modified nanoparticles can be explained by different charges on the nanoparticl… Show more

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Cited by 2 publications
(1 citation statement)
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“…Also, it appears that the difference in size of the prepared particles is hard to correlate with macroscopic properties of ILs, such as viscosity or surface tension [95]. The nanoparticles prepared as solutions may be used in different applications on the basis of surface grafting on polymer substrates [100][101][102][103], mostly used in tissue engineering [104][105][106][107] or for construction of antibacterial substrates [108].…”
Section: Vacuum Sputteringmentioning
confidence: 99%
“…Also, it appears that the difference in size of the prepared particles is hard to correlate with macroscopic properties of ILs, such as viscosity or surface tension [95]. The nanoparticles prepared as solutions may be used in different applications on the basis of surface grafting on polymer substrates [100][101][102][103], mostly used in tissue engineering [104][105][106][107] or for construction of antibacterial substrates [108].…”
Section: Vacuum Sputteringmentioning
confidence: 99%