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Surfaces with good biocompatibility and tissue‐specific inductive capabilities are highly desirable in various tissue engineering and cell therapeutic applications. On page 4285, K. P. Loh, C. T. Lim, and co‐workers show that mesenchymal stem cells (MSCs) can be controllably patterned on fluorinated graphene, triggering alignment‐induced neuronal differentiation. Their results point to a large‐scale...
Surface engineering of substrates offers the possibility of controlling the physiological functions of cells at the molecular level. Fluorinated graphene promotes the differentiation of MSCs towards neuronal lineages. Cell alignment using printed polydimethylsiloxane channel arrays on fluorinated graphene further enhances the neuro‐induction of MSCs even in the absence of chemical inducers.
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