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An antiadhesive nanofilm has been designed and prepared in one step in water onto commercial poly(dimethylsiloxane) (PDMS) by mimicking the external region of cell membranes. The resulting biomimetic surfaces are effective in suppressing protein adsorption as well as bacterial and mammalian cell adhesion.
Summary form only given. Microtitre plates are effective solid-phase platforms for multiplexed, high-throughput screening and analysis of biomolecule interactions. This multi-well format is widely used in both industry and medical fields due to its ease of automation, high capacity for paralleled data collection, and versatile application of technologies (e.g., proteomics, functional genomics, biomolecule...
Modification to surface texture of biomaterials, protein adsorption and interactions of biomaterials and cells have been studied in vitro for several decades in tissue engineering. However, few reports focus on the decoration of in vivo environment to implanted biomaterials and the effects of the decoration on cells proliferation and wound healing. In this study, we used porous silk fibroin materials...
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