Ready-to-use rapid enzyme immune tissue chemical reagent kit for detecting SCML2

Abstract

The invention discloses a ready-to-use rapid enzyme immune tissue chemical reagent kit for detecting SCML2. The ready-to-use rapid enzyme immune tissue chemical reagent kit comprises a kit body, the kit body is provided with a 3% H2O2 deionized water container, a powder type antigen repair solution container and a powder type phosphate buffer solution container, and the kit body is further provided with a monoclonal mouse anti-human SCML2 antibody container, a polymer enhancer container, an HRP enzyme-labeled mouse IgG polymer container and a diaminobenzidine container; a reagent in the reagent kit comprises the components of 3% H2O2, powder type antigen repair solutions, powder type phosphate buffer solutions, monoclonal mouse anti-human SCML2 antibodies, polymer enhancers, HRP enzyme-labeled mouse IgG polymers and diaminobenzidine. The ready-to-use rapid enzyme immune tissue chemical reagent kit for detecting SCML2 has the advantages that the detection operation process is greatly simplified, and it can be guaranteed that the detection result has good quality control; the ready-to-use rapid enzyme immune tissue chemical reagent kit for detecting SCML2 further has the advantages of being simple, fast to use, sensitive, universal, good in reproducibility and low in cost.

Description

technical field [0001] The invention belongs to the field of medical biotechnology, and in particular relates to a ready-to-use fast method for detecting SCML2 [0002] Fast Enzyme Immunohistochemistry Kit. Background technique [0003] SCML2 was first identified on the Drosophila SCM gene Xp22 chromosome by Montini et al. in 1999, with a total length of about 15Kb and a highly conserved intron and exon structure at the C-terminus. SCML2 is widely expressed in mammals and encodes a 700 amino acid protein. SCML2 is a member of the polycomb gene family. The polycomb family genes encode a group of chromosome binding proteins. Studies have shown that it plays a key role in embryonic development, and it can inhibit the activation of trxG protein on embryonic development. Most of the polycomb family genes in mammals are homologous to Drosophila. When the polycomb family genes in mice are knocked out, the mice have hematopoietic defects, neural crest defects, and heart abnormalit...

AI Technical Summary

Problems solved by technology

[0007] At present, there is no relevant report in the world, and there is no ready-to-use rapid enzyme immunohistochemistry ki

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