OXGENE introduces SLIM platform for discovery of antibodies against membrane proteins

Novel self-labelling mammalian display method for identifying antibodies against membrane proteins in their native configuration Paper published in Journal of Biological Chemistry demonstrates compatibility with downstream manufacturing technologies to help accelerate CAR-T or antibody therapeutics development

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OXGENE™, a biotechnology company offering integrated discovery and manufacturing technologies to the cell and gene therapy industry, announces the introduction of its self-labelling integral membrane (SLIM™) protein discovery system. The novel method allows for the identification of antibodies against membrane proteins in their native configuration in mammalian cells, which could catalyse the discovery of new candidates for antibody-based therapies.

In SLIM display, a target membrane protein and a library of potential binders are expressed in the same mammalian cells. These then progress through multiple rounds of enrichment and purification to obtain a single clone expressing a single-chain variable fragment that can bind the target antigen. SLIM display implements a specific strategy to reduce false positives and ensures that confirmed binders only target physiological epitopes. The platform also uses Chinese hamster ovary cells throughout discovery, so binders are far more likely to be compatible with downstream processing.

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