gene knockout project

 Red Cotton™ CRISPR Gene Editing System

Red Cotton™CRISPR Gene Editing System, exclusively developed by Ubigene, is not only the platform to automatically design the CRISPR gene editing strategies, but also a high-throughput data processor with 3 data analysis systems. Based on two well-known databases, and by virtue of three major technical advantages: bioinformatics, IT and biotechnology, and the exclusive database with massive gene knockout success cases, Red Cotton™CRISPR Gene Editing System enables instantaneous deep integration and analysis of relevant parameters from over 100 types of cell lines and thousands of success cases, to generate 3 complete sets of gene knockout strategies within 1 min. The 3 data analysis systems, which is built by the professional IT team and bioinformatics team of Ubigene, is known as the perfect controller when generating a KO cell line. With functions of assessment of vector construction, high-throughput cell genotype analysis, and monoclonal target site validation, Red Cotton™CRISPR Gene Editing System constitutes a complete quality check for KO cell lines that guarantees high-standard quality control of knockout resources.Click here to get more information

 High-throughput Plasmid Construction Platform

The high-throughput Plasmid Construction Platform is the core of Ubigene Red Cotton™ gRNA Plasmid Bank, and the ability of high-throughput genome and transcriptome data analysis makes it maintain a steady plasmid construction, which guarantees the continuous high-quality expansion of Red Cotton™ gRNA Plasmid Bank, and is also a key step toward achieving a gene knockout.Click here to get more information

 Ubigene-developed CRISPR-U™technology system

Ubigene has modified over 5000 genes from more than 100 cell lines with our developed efficient CRISPR-U™ technology. And CRISPR-U™ technology system is constituted with Ubigene’s CRISPR-U™technology and EZ-editor™Gene-editing Series Products. It ensures the CRISPR gene editing efficiency, and is the core technology to achieve the "Red Cotton™ Gene Knockout Project".