In article number 2000913, Marc Madou, Sergio O. Martinez‐Chapa and co‐workers fabricated carbon‐gold micro/nano hierarchical platforms using stimuli‐responsive wrinkling technology, utilizing the generation of depth wise photo‐crosslinking gradient in SU8 thin films doped with an ultraviolet light absorbing gold precursor. With micro/nano topological cues these surfaces have shown to be a promising 2½ dimensional cell scaffolds with the advantage of cell guidance for tissue engineering and lab/organ‐on‐a‐chip based applications.

中文翻译：

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微观/纳米层次平台：用于细胞引导的碳纳米金层次的微观/纳米地形图（高级材料接口22/2020）

在编号2000913的文章中，Marc Madou，Sergio O. Martinez-Chapa和他的同事们利用激励响应皱纹技术，利用在掺杂有SU8的SU8薄膜中产生的深度方向光交联梯度，制造了碳金微/纳米分层平台。吸收紫外线的金前体。利用微/纳米拓扑线索，这些表面已被证明是有前途的2½维细胞支架，并具有用于组织工程和基于实验室/芯片的应用的细胞引导的优势。