Olink Proteomics and the Explore HT platform are at the forefront of large-scale proteomics, having been selected for groundbreaking projects by both the UK...
Learn More: Olink Proteomics: Powering the Next Generation of ProteomicsBlog
When it comes to early disease detection, the limits of single protein biomarkers have become increasingly clear. Classic examples, such as PSA for prostate...
Learn More: Protein Biomarker Signatures Outperform Single Markers in Early Disease DetectionOrthogonal Biomarker Validation for In Vitro Diagnostic (IVD) Development Orthogonal biomarker validation plays a crucial role in developing accurate, clinically relevant, and reliable In...
Learn More: Orthogonal biomarker Validation: The crucial role in the development of in vitro diagnosticsIn today’s fast-paced biomedical landscape, the need for efficient and flexible analysis tools has never been greater. When it comes to proteomics, multiplex assays...
Learn More: The Luminex Assay Development process using xMAP technologyWhat is Olink Explore, what’s the difference between Olink Explore 3072 & HT and why to choose this protein analysis technique? Protein analysis refers...
Learn More: Unlocking the Potential of Olink Explore for Biomarker DiscoveryColorectal cancer (CRC) poses an important challenge for public health, standing as the second-leading cause of cancer deaths in the United States. Future projections...
Learn More: Revolutionizing Colorectal Cancer Screening: The DIOPTRA ProjectIn the field of proteomics research, the quest for a platform that combines high-throughput capability, specificity, and sensitivity is ongoing. Olink Explore has emerged...
Learn More: Elevating Proteomics Research with Olink® ExploreBiomarkers serve as the cornerstone of clinical diagnostics, but the journey from discovery to clinical application is filled with many challenges. The limitations of...
Learn More: Mechanism-based Biomarker Discovery: A New Paradigm in protein biomarker discoveryFor proteomics research, the capability to measure thousands of proteins from a tiny amount of sample is nothing short of revolutionary. But this revolution...
Learn More: Unlocking the power of High-Plex proteomics using BioinformaticsQuality control is the cornerstone of proteomic technologies, which are increasingly employed in fields such as biomarker discovery, clinical diagnostics, and pharmaceutical research. To...
Learn More: Quality control in multiplex ELISA assays: development, manufacturing, and sample analysisDesigning a proteomic experiment requires careful planning to ensure reliable and meaningful data. While the design is very much influenced by the type of...
Learn More: Experimental Design for Proteomic AnalysisIn the dynamic landscape of biomedical research, proteomics play a crucial role in providing invaluable insights into the role of proteins in biological systems....
Learn More: How High-plex, Mid-plex & Single-target proteomic technologies can be merged together to empower your researchIn the complex process of drug discovery and development, one of the most pressing challenges is to quickly and accurately characterize the activity of...
Learn More: High-Plex Proteomics: Accelerating Drug Discovery and DevelopmentHandling serum and plasma samples appropriately is crucial for obtaining accurate and reliable results in immunoassays. The following guidelines cover best practices for serum...
Learn More: Serum & Plasma handling for immunoassay analysisTranslating a biomarker discovery project into actionable outcomes in clinical practice is a challenging endeavor that demands a holistic approach encompassing both rigorous scientific...
Learn More: From Biomarker Discovery to Clinical Use: The important steps to Translate Research to Clinical Practice






