
doi: 10.1021/ja804930d
pmid: 18729366
The layer-by-layer self-assembly of thin films consisting of alternating layers of DNA and bis-urea nanoribbons prevents diffusion of the components within the film and allows the anchoring of biotinylated molecules through molecular recognition in a predetermined layer of the film. Electron tomography demonstrates with nanometer precision the location of gold-labeled streptavidin bound to the incorporated biotinylated molecules.
Electron Microscope Tomography, Surface-Active Agents, NCMLS 1: Immunity, infection and tissue repair, NCMLS 3: Tissue engineering and pathology, Biotin, Urea, NCMLS 7: Chemical and physical biology, DNA, Streptavidin, Physical Organic Chemistry, Nanostructures
Electron Microscope Tomography, Surface-Active Agents, NCMLS 1: Immunity, infection and tissue repair, NCMLS 3: Tissue engineering and pathology, Biotin, Urea, NCMLS 7: Chemical and physical biology, DNA, Streptavidin, Physical Organic Chemistry, Nanostructures
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