High-Affinity Probes (HAPs) are engineered molecular
tools designed for in situ detection and quantification of
therapeutic binding sites on patient tumor tissue. They
enable precise assessment of target accessibility,
binding site density, and spatial distribution, providing
critical insights for biomarker validation, patient
stratification, and therapy optimization. HAPs are
compatible with a wide range of therapeutics, including
small molecules, monoclonal antibodies, bispecific
antibodies, ADCs, radioligands, and CAR-T cell targets,
making them versatile solutions for advancing precision
oncology.
High-Affinity Probes (HAPs) offer a wide range of applications across the drug development lifecycle. Here are just a few examples of how HAP-based products can support different stages:
binding site density in preclinical models or primary tumor samples to guide your clinical trial design.
of drug targets in tumor tissues to enrich trial populations pro- or retrospectively.
We invite you to connect with us to explore how our High-Affinity Probe (HAP) technology can address your research and clinical objectives. Whether your focus is on custom probe development, enhancing clinical trial strategies, or advancing therapeutic profiling, our team is ready to provide tailored support and expert guidance.
Contact us to discuss your specific needs, request detailed information, or learn more about how HAP technology can contribute to your success in drug development and precision oncology.