Beacon single cell photoconductive platform changes the conventional idea of taking cell population as the research object, and uses patented photoconductive fluid technology and computer artificial intelligence to control single cells. Thousands of single cells can be introduced into nano upgraded micro reaction chamber in one experiment for integrated operation of single cell separation, detection, culture and export, Provide an efficient and innovative research platform for all single cell based applications and development.
Cell lines are cells that can be subcultured continuously. The primary culture became the first generation cell line, the cell line that could be continuously cultured became the continuous cell line, and the cell line that could not be continuously cultured became the restrictive cell line. Therefore, cells refer to passable cells.
The traditional method of antibody preparation is to repeatedly inject the antigen into the animal and then isolate the required antibody from the animal serum. The antibody prepared by this method not only has low yield, but also has poor specificity, low purity and insensitivity.
Monoclonal antibody is a pure antibody produced by cloned B cells. The so-called cloning refers to the continuous division of cells, from less to more, into a pure genetic population. Monoclonal antibody technology is an important tool in modern life science research. It plays an indispensable role in the study of gene and protein structure and function. Monoclonal antibodies have strong specificity and homogeneity. They have unique advantages and good application prospects in the fields of tumors, autoimmune diseases and organ transplantation. Therefore, the development of monoclonal antibody preparation technology is particularly important. Let's introduce the application of monoclonal antibodies by redbert (Beijing) Biotechnology Co., Ltd.