… The surface nanotopography of the cell culture substrate that can … , Nanotopography induced
contact guidance of the F11 cell line during neuronal differentiation: a neuronal model cell …

… , eg, using multiplexed contact guidance chips to concurrently consider a wide … cell culture,
becomes increasingly relevant for practical optimization and application of contact guidance …

… In the present study, Neuro-2a cell line was used as a … of nanotopography in the interactions
between neurons and … Contact guidance and cell polarization may occur due to the …

… during stem cell culture is the development of optimal culture … The nanotopography can
promote osteogenic differentiation … Additionally, EMF exposure may induce neural differentiation …

… , and fate during cell culture at different vertical … guidance for the directional differentiation
and directional growth of dendrite axons but also induce a specific morphology of neurons and …

… of cell remodeling on inhomogeneous substrates based on a statistical mechanics
framework for living cells, we show that contact guidance emerges from anisotropic cell shape …

… Nanotopography enhances endocytosis followed by … plays a central role in contact guidance
when the pattern width has a … During in vitro cell studies using a nerve cell (PC12 cell line), …

… also induce functional differentiation in the F-11 cell line. … a novel method to induce neuronal
differentiation by using a … neuroblastoma cell line maintained in culture without chemical …

… In this work, we chose F11 cells as they are an established … the art to investigate the activation
of neural differentiation [29,30]. … conditions to the human monocytic cell line THP-1, broadly …

… Stable cell line of nasopharyngeal carcinoma (NPC43) cells … The EBV-positive NPC43
cell line was obtained using patient … Control of cell migration direction by inducing cell shape …