Full-automatic western blot treatment device and system

Abstract

The invention relates to the western blot treatment system treatment technology field, and especially discloses a full-automatic western blot treatment device. The device comprises a rack. A sample table is arranged on the rack, a plurality of incubation boxes are arranged on the sample table, and the incubation boxes are used for containing experimental samples. A sample adding channel is formedbetween each incubation box and external experimental liquid, and the external experimental liquid flows into the incubation boxes through the sample adding channel for experiments. The sample addingchannel includes a liquid path. The liquid path includes a liquid path pipeline, a driving pump and a liquid path monitoring module. The sample adding channel further includes a front-end needle headand a rear-end needle head, one end of the front-end needle head is connected with the liquid path pipeline, the other end is inserted into an external reagent bottle. One end of the rear-end needle head is connected with the liquid path pipeline, and the other end of the rear-end needle head is connected to the incubation boxes. The invention further discloses a treatment system applying the treatment device. In the invention, functions of automatic sample adding, automatic recovery, automatic cleaning, automatic incubation and the like can be realized.

Description

technical field [0001] The invention relates to the processing technical field of a protein blot processing system, in particular to an automatic protein blot processing device and a processing system. Background technique [0002] Western Blot is a protein detection technique that transfers the proteins in cells or tissues separated by electrophoresis from the gel to the solid support NC membrane or PVDF membrane, and then uses specific antibodies to detect a specific antigen. It has been widely used in many aspects such as gene expression research at the protein level, antibody activity detection and early diagnosis of diseases. [0003] After the protein transfer, there is no automatic equipment in the process before the substrate incubation, all need manual operation, need to manually add the sample solution, after the experiment, manually pour out the experimental reagent and manually clean, the whole process operation is very cumbersome, inconvenient, and automated Th...

AI Technical Summary

Problems solved by technology

[0003] After the protein transfer, there is no automatic equipment in the process before the substrate incubation, all need manual operation, need to manually add the sample solution, after the experiment, manually pour out the experimental reagent and manually clean, the whole process operation is very cumbersome, inconvenient, and automated The degree is low, and sometimes due to incomplete manual operation, resulting in residual liquid or unbalanced sample addition, resulting in inaccurate experimental data; therefore, there are many defects

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