18 research outputs found
Clusterization and spontaneous polarization in thin Lengmuir – Blodgett films with modified multi-walled carbon nanotubes
Electro-physical properties of cell monolayer on nanocomposite coating based on carbon nanotubes LB-films
Dielectric behavior of C6 rat glioma cell monolayer growing on CNT- and Ce- contained nanostructurezed LB-films
Enhancement of Raman light scattering in dye-labeled cell membrane on metal-containing conducting polymer film
An enhanced Raman spectroscopy method based on a plasmon resonance in ultrathin metal-containing LB-film deposited on nanoporous anodic alumina supports has been proposed. This material has been utilized to enhance Raman scattering of light in fluorescent-labeled subcellular membrane structures. It has been shown that the plasmon resonance between vibrational modes of the organometallic complexes monolayers and dye-labeled subcellular structures happens. It makes possible to detect interactions between living cell monolayers and an extracellular matrix