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A novel approach on fluid dispensing for a DNA/RNA extraction chip package

机译:一种用于DNA / RNA提取芯片封装的流体分配的新方法

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Micro fluidic package with integrated reservoirs has been developed for DNA /RNA extraction application. A membrane based pump which consists of a reservoir to store reagents and a pin valve to control the fluid is developed to dispense the reagents into the chip. A programmable external actuator is fabricated to dispense the fluid from the membrane pump into the DNA chip. An elastic and high elongation thin rubber membrane is used to seal the membrane pump and at the same time prevent actuator from mixing with different reagents in the micro fluidic package. Break displacement during actuation of membrane pump sealing material is studied with different ratios of PDMS and other types of rubber materials. The fluid flow from the reservoir to the chip is controlled by a pin valve which is activated during the external actuation. A CFD simulation is performed to study the pumping action dusting the external actuation and is validated with experimental results.
机译:已经开发了具有集成贮存器的微流体包装用于DNA / RNA提取施用。由储存试剂和销控制流体的储存器组成的膜基泵被开发为将试剂分配到芯片中。制造可编程的外部致动器以将流体从膜泵从膜泵分配到DNA芯片中。弹性和高伸长型薄橡胶膜用于密封膜泵,同时防止致动器与微流体包装中的不同试剂混合。用不同的PDMS和其他类型的橡胶材料进行膜泵密封材料致动期间的断裂位移。从储存器到芯片的流体流由销阀控制,该销阀在外部致动期间被激活。进行CFD模拟以研究泵送动作除尘外部致动,并用实验结果验证。

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