南方医科大学学报 ›› 2014, Vol. 34 ›› Issue (01): 5-.

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高通量细胞培养芯片的设计及应用

杜 岗,黄正一,常 青,李自成   

  • 出版日期:2014-01-20 发布日期:2014-01-20

High-throughput microwell plate for cell research

DU Gang1, Philip Ching YatWong1, CHANG Qing2, LI Zicheng1   

  • Online:2014-01-20 Published:2014-01-20

摘要: 作者设计了一种简单的、不需要复杂管道和动力泵的细胞培养芯片。通过这种芯片可以精确地观察单个或几个细胞的
增殖、凋亡的过程,在自动显微成像的帮助下可以详细记录单个细胞对药物的反应等。这种芯片可以在普通的实验室设计和制
作,可以放在小的培养皿中,所以很容易把它放到培养箱,从而使细胞有一个稳定的生长环境。作者以PC-12细胞为例,观察了
该细胞在这种培养芯片中的生长、增殖和凋亡的过程,证明了这种设计的可行性。同时,这种细胞培养芯片可以很大程度上节
约细胞标本和试剂的应用,比较适合稀少样本或者试剂昂贵的细胞学实验。

Abstract: We developed a novel simple microwell plate that allows researchers to culture cells on chips easily without the use
of tubes and pumps for studies of cell proliferation, apoptosis and pharmacology. Unlike any other previous design, this
device can be put into an incubator directly and maintains cells in an environment with stable temperature, humidity, air
pressure, oxygen and CO2 concentration. We cultured PC-12 cells in these microwell plates and measured the cell proliferation
and apoptosis. The microwell plate is recommended for use in all research including those involving rare samples and
expensive reagents.