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Monitoring adherent cell cultures in microtiter-plates by a wireless sensory system

机译:通过无线传感系统监控微量滴定板中的贴壁细胞培养

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The development of drugs, medicine products or chemicals demands high throughput systems and processes for the active substance testing at cells and tissues. Some systems, where Interdigitated Electrode Structures (IDES) are integrated in the bottom of the wells of customized microtiter-plates, are already available. In this work we present a sensor system which is based on insets for state-of-the-art micro-titer-plates. Each inset is carrying electronic circuitry and an IDES acting as sensor. These units work without a permanent energy source and communicate through a wireless interface with a reader based on Radio Frequency Identification RFID. Alterations of the cell metabolism are simultaneously reflected by changes of the electrical impedance which is measured by the sensors. Thus, this non-invasive monitoring system allows keeping track on the effects of toxic substances within the same cell culture up to two weeks.
机译:药物,药品或化学药品的开发要求在细胞和组织中进行活性物质测试的高通量系统和过程。已经有一些将指指电极结构(IDES)集成在定制微量滴定板孔底部的系统。在这项工作中,我们介绍了一种基于插图的传感器系统,该插图用于最新的微量滴定板。每个插图都带有电子电路和充当传感器的IDES。这些单元无需永久能源即可工作,并通过无线接口与基于射频识别RFID的阅读器进行通信。细胞新陈代谢的变化通过传感器测量的电阻抗变化同时反映出来。因此,这种非侵入式监测系统可以跟踪长达两周的同一细胞培养物中有毒物质的影响。

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