本文介绍了一种高清晰度的单细胞打印技术，它是一种新颖的 微流控技术，可以准确地打印多种候选对象中的单个细胞。 该 生物打印机 采用高度微型化的微流分选机确定性地选择感兴趣的单个细胞进行打印，从而实现了≈10µm的精度和≈100Hz的速度。 通过选择性的单细胞打印制作具有预定义功能的复杂细胞图案，证明了这种方法。 该方法用于合成成分和形态受控的定义明确的球体。 该方法的速度，准确性和灵活性将推动生物打印的发展，从而使类器官科学，组织工程学和空 …

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2020年8月18日 · This Collection amalgamates research aimed at 3D bioprinting organs for fulfilling demands of organ shortage, cell patterning for better tissue fabrication, and building better disease models.

2020年11月18日 · A high-definition single-cell printing, a novel microfluidic technology, is presented here that can accurately print single cells from a mixture of multiple candidates. The bioprinter employs a highly miniaturized microfluidic sorter to deterministically select single cells of interest for printing, achieving an accuracy of ≈10 µm and speed ...

2007年10月12日 · The core question for cell printing is then “what can be done with inkjet printing that cannot be done already?” There are two obvious directions: (i) the fabrication of structures to explore cell-to-cell communication and (ii) building organs for implant.

2014年2月24日 · Researchers developed and tested a technique for convenient, precise, and fast printing of live single cells. The method, based on traditional woodblock printing techniques, could have many potential medical uses. The ability to grow and study cells individually is important in understanding various aspects of cell function.

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A high-definition single-cell printing, a novel microfluidic technology, is presented here that can accurately print single cells from a mixture of multiple candidates. The bioprinter employs a highly miniaturized microfluidic sorter to deterministically select single cells of interest for printing, achieving an accuracy of ≈10 µm and speed ...