10132797-065120LF

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10132797-065120LF is a microfluidic controller chip used to control nano-fluidic systems. The chip was developed by a team of researchers from the University of California at San Diego. It is based on the principles of electrokinetics, a branch of engineering focusing on the behavior of fluids when subjected to an electric field. The chip utilizes the underlying physics of electric forces and fluid flow to enable precise control of nanofluidic systems. This chip has become an important tool in the development of new microfluidic applications.

The main application of 10132797-065120LF is to facilitate the development of microfluidic systems. Microfluidic systems are miniature systems that use tiny amounts of fluids for a wide variety of purposes. They can be used to analyze, separate, and manipulate biomedical samples, such as DNA and proteins, with high accuracy. This chip is key to improving the accuracy and speed of the analysis of these samples. This chip also provides a simple and easy to use platform for creating and controlling nano-fluidic systems.

The basic working principle of 10132797-065120LF is based on electrokinetics. This chip integrates a combination of electrical leads and fluidic channels. Electrical leads allow for precise control of the electric fields across the device, while fluidic channels let fluid flow around the chip. This combination of electrical and fluidic channels allows the chip to manipulate and direct fluid flows, enabling researchers to challenge the limitations of fluidic systems.

The main benefit of 10132797-065120LF is that it simplifies the process of controlling microfluidic systems. This chip is self-contained and requires minimal external equipment. This makes it simpler and more cost-effective to create and manage nanofluidic systems. Additionally, the chip is compact and requires very low power. This makes it suitable for portable devices and applications, such as biomedical device and point-of-care diagnostics.

In conclusion, 10132797-065120LF is an essential component for developing microfluidic applications and is used to facilitate the development of nanofluidic systems. This chip integrates both electrical and fluidic features, enabling precise manipulation of fluids. This chip simplifies the design process and can be used in a variety of applications, including biomedical devices and point-of-care diagnostics.

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