Analyzing system and analysing method based on integrated micro-flow control chip

Abstract

On the micro-flow control chip a sample pretreatment channel, an electrophoretic separation channel and an electrophoretic sampling channel are integrated, a solid-phase carrier is fixed in the sample pretreatment channel. The actual sample containing components to be analyzed can be undergone the processes of purification, enrichment and fluorescent derivatization reaction in the pretreatment channel, after the fluorescently-labeled product is eluted from solid-phase carrier, it can be introduced into the separation channel to implement chip electrophoretic separation and laser induced fluorescence detection.

Description

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AI Technical Summary

Benefits of technology

In summary, it describes a new type of device called an integrated microsystems (IMS) chip analyzing system which allows samples containing different substances to be separated into their components before being detected or identified with specific types of molecules attached thereto. Its technical effect lies within its simplicity, low costs compared to other techniques like liquid phase extraction, mass spectrometry, X ray diffraction, nuclear magnetic resonance imaging, and others.

Problems solved by technology

This patented describes how small devices called MicroFluents were introduced that combined different techniques such as liquid chromatoxin assay(LC), immunoflourishment testing, DNA sequencing, protein crystallography, etc., making them more efficient than traditional analytical tools like LC/MS. These systems allow researchers to analyze large amounts of substances quickly while minimizing their impact on healthcare providers' resources. They use tiny components made up of materials to perform specific tasks within one chamber instead of relying upon bulky instruments. Overall, this innovation allows scientists to make faster and better ways to test drug compounds during clinics without having physical contact between patients and medical professionals.

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