Olink Proteomics products

Casting a broader net to further explore the complexity of the human proteome. Complementing and expanding on our previous portfolio of disease area-focused biomarker panels, our exploratory panels offers scientists the chance to cast a wider net in the quest to identify new biomarkers and relevant protein signatures, offering many new assays focused on important biological processes with wide-ranging clinical relevance.

Towards a better understanding of cardiovascular disease and personalized medicine. The Cardiovascular II (CVD II) panel is a high-throughput, multiplex immunoassay enabling analysis of 92 CVD-related protein biomarkers across 96 samples simultaneously. This high level of multiplexing is achieved without any compromise on data quality, thanks to our proprietary Proximity Extension Assay (PEA) technology.

Casting a broader net to further explore the complexity of the human proteome. Complementing and expanding on our previous portfolio of disease area-focused biomarker panels, our exploratory panels offers scientists the chance to cast a wider net in the quest to identify new biomarkers and relevant protein signatures, offering many new assays focused on important biological processes with wide-ranging clinical relevance.

Towards a better understanding of cardiovascular disease and personalized medicine. The Cardiovascular III (CVD III) panel is a high-throughput, multiplex immunoassay enabling analysis of 92 CVD-related protein biomarkers across 96 samples simultaneously. This high level of multiplexing is achieved without any compromise on data quality, thanks to our proprietary Proximity Extension Assay (PEA) technology.

Olink Target 48 Cytokine is the ultimate solution for cytokine studies and inflammation-related diseases. The thorough selection of biomarkers ensures that the most important proteins covering key pathways related to cytokine signaling and inflammatory processes are well covered. Inflammation is of central importance for biomedical research and is now believed to be a key underlying factor for the pathophysiology of a wide range of diseases, such as: