Stimuli-responsive polymeric materials is one of the fastest growing fields of the 21st
century, with the annual number of papers published more than quadrupling in the last ten …

Material systems that exhibit tailored interactions with cells are a cornerstone of biomaterial
and tissue engineering technologies. One method of achieving these tailored interactions is …

Cylindrical block copolymer micelles have shown considerable promise in various fields of
biomedical research. However, unlike spherical micelles and vesicles, control over their …

Cells sense and respond to a variety of physical cues from their surrounding
microenvironment, and these are interpreted through mechanotransductive processes to …

The spatiotemporal aspects of early signaling events during interactions between cells and
their environment dictate multiple downstream outcomes. While advances in nanopatterning …

Interaction between biomaterials and cells is a critical aspect for successful application of
tissue engineering research. Technological advances within the past decade have enabled …

Well-defined ferrocene-containing triblock copolymers were synthesized by atom transfer
radical polymerization and self-assembled into highly ordered hexagonal arrays of cylinders …

Protein patterning has emerged as a powerful means to interrogate adhering cells.
However, the tools to apply a sub-micrometer periodic stimulus and the analysis of the …

The introduction of reversible covalent bonds into polymeric systems afford robust, yet
dynamic, materials that can respond to external stimuli. A series of aliphatic polycarbonate …

We report a reactive polymer platform for the rapid discovery of strongly segregated diblock
polymers that microphase separate into well-defined morphologies with sub-5 nm features …