CALIXAR’s technology empowers clients to generate antibodies / nanobodies / synthetic antibodies with more dependable efficiency when producing new antigens for developing innovative antibodies.
CALIXAR’s high quality native, pure, stable and functional antigens with antibody / nanobody / synthetic library technologies (Yeast, Phages display, etc).
CALIXAR creates high-quality native antigens to facilitate antibody and nanobody discovery. Our antigens are compatible with immunizations, phage displays, yeast displays, synthetic displays.
In addition, our technology also yields a more reliable understanding of antibody/antigen recognition and facilitates the discovery of the mechanism of action.
CALIXAR’s Antibody Discovery technology is ideal for bio drug (Biologics) /antibody discovery scientists (Pharma, biotechs, academics) that are involved in antibody development and characterization.
High-quality native, pure, stable and functional membrane protein targets use for antibody discovery.
CALIXAR’s technology maintains the structural and functional integrities of the antigens allowing for the accurate development of conformational antibodies / nanobodies with therapeutic potential. This approach is used in antibody/antigen interaction studies
Traditionally, antibody discovery was performed with low-quality antigens (peptide, extracellulaire domain , DNA/Cell immunization) which can be of low immunogenicity, inaccurate conformation) selectively/specificity.
CALIXAR uses patented technology and customizes each antibody/nanobody development project.
All of our clients gain access to our proprietary technology and know-how (8 patent families, more than 28 publications).
The CALIXAR® platform applies patented technologies solely available for clients under particular contracts (license, co-development, and service).
You can leverage CALIXAR’s proprietary technology as well as other best-in-class membrane protein technology not available anywhere else on the market.
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Starting from native material or recombinant systems, we succeed with all types of membrane proteins: GPCRs, Ions Channels, Transporters, Receptors and Viral Proteins.
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