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Creators/Authors contains: "Sergiy Minko"

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  1. (, Polymers in Medicine and Biology)
    The developed dynamic stimuli-responsive microstructured polymer brush interface, made of patterns of disjoining PNIPAM and adhesive RGD-PAA domains, is efficient for the separation and isolation of live or dead cells based on their affinity to the brush surface (Figure 1). The developed interface showed highly effective sorting of target cells from a complex mixture with non-target cells, even for highly asymmetric mixtures, because the quasi-irreversible and non-specific adsorption is compensated by oscillating repulsive mechanical forces generated by the stimuli-responsive interface. This oscillation between the adhesive and disjoining forces enables approaching the affinity-based equilibrium for cell adsorption at the interface. 
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    Accepted Manuscript Full Text Available
  2. (, ACS Spring Annual Meeting)
    Accepted Manuscript Full Text Available