Aptamer Group plc, the leading developer of next-generation synthetic binders delivering innovation to the life science industry, today announced the launch of its biomarker discovery service, offering researchers in pharmaceutical, biotechnology, and diagnostic development an innovative approach to identify and validate new disease markers. Aptamer’s new biomarker discovery service will help scientists uncover actionable disease biomarkers faster. Image Credit: Aptamer Group plc Technical innovation delivers novel biomarker discovery approach The service integrates Aptamer's proprietary Optimer technology with advanced proteomic analysis to provide an unbiased, high-throughput approach to biomarker identification. This methodology represents a significant advancement over traditional discovery approaches by simultaneously identifying biomarkers and generating corresponding affinity ligands, as aptamers. The platform utilizes Optimers, which are short, synthetic oligonucleotide molecules with enhanced stability and binding specificity, to differentiate between healthy and diseased cell or tissue samples. Through subsequent proteomic analysis, precise identification of the molecular biomarkers can be achieved, delivering both validated biomarkers and immediately applicable aptamers as affinity ligands, or the potential to pursue the biomarkers with alternative modalities, such as antibodies. Addressing research challenges Traditional biomarker discovery often requires years of screening and validation, creating bottlenecks in therapeutic development and diagnostic innovation. Aptamer’s integrated approach helps to accelerate these timelines for researchers. An additional benefit of the service to drug developers is that biomarkers can be identified that support specific strategies, such as receptor-mediated endocytosis for drug delivery approaches, to improve the translation of identified biomarkers and further cut development timelines. Proven methods in drug delivery The company successfully demonstrated this approach through its internal identification of biomarkers for fibrotic liver targeting, validating the platform's capability to deliver actionable research outputs. This work showcased the technology's potential to identify novel targets with immediate therapeutic or diagnostic relevance. Research applications The service supports multiple research objectives across drug discovery and diagnostics: Target identification for novel therapeutic interventions Biomarker validation for precision medicine applications Diagnostic marker discovery for early disease detection Companion diagnostic development for therapeutic monitoring Resistance marker identification for treatment optimization Available through a fee-for-service framework, the platform enables research teams to access advanced biomarker discovery capabilities without requiring internal infrastructure investment or extended development timelines.

Source: News-Medical.net