Next-Generation Microfluidic Point-of-Care
Microfluidics has attracted a lot of attention across a wide range of disciplines because of the potential for using it to analyze tiny samples and to integrate processes onto handheld Labs-on-a-Chip. So instead of sending vials of blood to a central laboratory and getting results back days later, you can imagine a Microfluidic device that can give you the same performance, but with a finger prick of blood right on the spot, in minutes.
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Microfluidics has attracted a lot of attention across a wide range of disciplines because of the potential for using it to analyze tiny samples and to integrate processes onto handheld Labs-on-a-Chip. So instead of sending vials of blood to a central laboratory and getting results back days later, you can imagine a Microfluidic device that can give you the same performance, but with a finger prick of blood right on the spot, in minutes.
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