Oriented Dynamic Scaffolds In article number 2305827, Huiming Wang, Yong He, Mengfei Yu, and co-workers report a novel bioengineered strategy by a dynamic scaffold with temporary spacious micro-grooved microtopography, persistent narrow micro-grooved microtopography, and deformation force-based mechanical stimuli, which can precisely spatiotemporally regulate neuronal proliferation, differentiation, axon extension, and the functionalized robust regenerating nerve fascicles with comparable therapeutic effects on autologous nerve transplantation.
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Sun et al. (2024) studied this question.
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