Polymers functionalized with azlactone (or oxazolone) functionality have become
increasingly useful for the rapid and modular design of functional materials. Because …

The interaction between cells and nanostructured materials is attracting increasing interest,
because of the possibility to open up novel concepts for the design of smart …

Membranes confining cells and cellular compartments are essential for life. Membrane
proteins are molecular machines that equip cell membranes with highly sophisticated …

Recent progress in surface science, nanotechnology and biophysics has cast new light on
the correlation between the physicochemical properties of biomaterials and the resulting …

Post-polymerization modification is a simple and effective method to add complex
functionality to a polymeric interface. A wide variety of click reactions have been utilized as a …

We report an approach to the design of reactive polymer films that can be functionalized post-
fabrication to either prevent or promote the attachment and growth of cells. Our approach is …

A dual patterned conducting polymer array combined with polymer brushes has been
fabricated using a facile and novel approach. The method involved a Langmuir-Blodgett-like …

We report an approach to the fabrication and selective functionalization of amine-reactive
polymer multilayers on the surfaces of 3-D polyurethane-based microwell cell culture …

We report an approach to the functionalization of fibers and fiber-based materials that is
based on the deposition of reactive azlactone-functionalized polymers and the “reactive” …

Correspondence to: Amitav Sanyal, amitav. sanyal@ boun. edu. tr; Vincent M. Rotello,
rotello@ chem. umass. edu. Reactive imprinted surfaces: One-step reactive imprinting of a …