Full-automatic biological chips detection system

Abstract

The invention discloses a full automatic biochip detection system belonging to the clinical detection field of multi-marker biochips. The system adopts modular structure and comprises an automatic sample processing module, a reaction washing module, a detection module, a Tip head storage module, a reagent storage module, a biochip storage module, a sample storage module, a system base, an electric control box and a computer, the electric control box and all the modules are operated under the control of software, so as to realize the automatic sampling, the sample adding, the reaction, the washing, the detection and other processes. All the modules can work independently and can also be combined together and matched for work. The full automatic biochip detection system can overcome the shortcomings of the existing biochip detector and reduce the errors caused by human operation, and has stable and reliable detection result and good flexibility, so that the full automatic biochip detection system can not only greatly improve the detection efficiency, but also can be conductive to the accuracy of the detection result; the system has simple operation, therefore, the system is not only applicable to the scientific research and the applications of laboratories and hospitals, but also can be used for large-scale sample screening of large-scale hospitals and blood stations.

Description

technical field [0001] The invention relates to the field of clinical detection of a multi-marker biochip, more precisely, a detection system of a biochip for multi-indicator and multi-person parallel detection. Background technique [0002] Biochip (biochip) refers to the use of photoconductive in-situ synthesis or micro-spotting methods to solidify a large number of biological macromolecules such as nucleic acid fragments, polypeptide molecules, even tissue slices, cells and other biological samples on the surface of the support in an orderly manner. The dense microarray is then hybridized with the target molecules in the labeled biological sample to be tested, and the intensity of the hybridization signal is detected and analyzed quickly, in parallel, and efficiently by a specific instrument, so as to determine the number of target molecules in the sample. Since an extremely large number of probes can be immobilized on the support at the same time with this technology, a ...

AI Technical Summary

Problems solved by technology

At the same time, the detection process composed of multiple devices is not only complicated to operate, but also has low efficiency and heavy workload, and is not suitable for large-scale sample screening in large hospitals and blood banks.

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