… Substrate topography can affect the cellular functions differently depending on the cell type,
… Sub-micron- to -nanoscale topographies affect cells directly since they have the similar size …

… materials for biomedical and tissue engineering applications. … with a defined topography at
micro- or nanoscale—see Figure … nanoscale patterned substrates are more prone to influence …

… cells’ response to topographical cues (micro/nanoscale patterns) is one of the fundamental
topics in the field of regenerative medicine. The fate of cells … by the substrate topography. For …

… performance for various applications in tissue engineering and … could mainly contribute to
cell adhesion at nanoscale, the … lineage distinctive in its perception of substrate topography. …

… and tissue engineering scaffolds. … cell responses and surface micro/nanoscale topography
are difficult to establish due to variable results from differences in cell types and substrate …

… The effects of stiffness and topographical cues on cell behavior have previously been … ),
and arrangement of nanoscale features all have pronounced effects on cell behavior, from …

… of artificial substrates with nano-scale topographies has shown the ability to reduce protein
… rational design of a topography rendering a substrate non-adhesive to cells must consider its …

… , multiscale hierarchical substrates that could mimic the micro- … unique characteristics of the
nanoscale topographical cues in the … , the substrates can be used in stem cell engineering, …

… to control the fate of mesenchymal stem cells, we sought to imprint more physiological features
by imprinting cells … Our scaffolds replicate the micro- and nanoscale features of mature …

… In particular, surface chemistry, mechanical properties and topography of these functional
… hierarchical topography-based substrates for regenerative medical and tissue engineering. …