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ProteoGenix helped Heidelberg University rapidly progress from antigen to validated NANOBODY® leads through phage display expertise, rigorous screening, and dedicated scientific support.
By combining AI predictions with experimental validation, ProteoGenix delivered reliable antibody–antigen insights, reducing risks and timelines and guiding therapeutic, diagnostic, and IP strategies.
ProteoGenix rapidly generated high-affinity TCR-like antibodies against a difficult peptide–HLA target, using rabbit immunization and a custom phage display library. This approach delivered three validated candidates that advanced the client’s CAR-T immunotherapy program.
ProteoGenix engineered highly specific antibodies for Recce’s RECCE® 327, enabling reliable pharmacokinetic assays and supporting the drug’s progress through key regulators.
ProteoGenix delivered highly specific antibodies to detect intact EpIeTTX1, giving TELUM the precise pharmacokinetic data needed to advance their antimicrobial therapy.
ProteoGenix created a potent neutralizing IL-17A antibody that enabled the Naples and Birmingham teams to block IL-17A-driven inflammation and advance a patented therapeutic strategy for autoimmune diseases.
ProteoGenix and Cube Biotech created two fully human, high-specificity antibodies against native P2X4, unlocking new opportunities for drug discovery in cardiovascular and inflammatory diseases.
Antibody Phage Display for Diagnostic Application
ProteoGenix leveraged phage display to deliver high-affinity antibodies against a difficult cell surface target, helping UCL advance their research toward preclinical development.
Antibody Library Generation for Phage Display
ProteoGenix used its LiAb-SFMAX™ phage display platform to generate a fully human antibody targeting TREM-2, enabling Isar Bioscience to advance a patented therapeutic candidate for Alzheimer’s disease.
Hybridoma development services
ProteoGenix generated a cross-reactive antibody that helped uncover how shared epitopes between PLA2R and THSD7A may trigger membranous nephropathy, enabling researchers to clarify disease mechanisms and advance early diagnostic strategies.
Hybridoma development services
Discover how antibody optimization is key for the translation development of complex molecules such as NANOBODY® Proteins
Ascites and Hybridoma cell culture antibody production
ProteoGenix developed variant-specific antibodies that detect a single-point mutation in IGLV3-21, helping researchers identify high-risk CLL patients and improve early prognosis assessment.
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