Exceptional Sensitivity and Specificity
Detect proteins at femtograms per mililiter
IQVIA Laboratories Protein Biomarkers performs Olink testing to support efficiency and precision in your clinical trials.
IQVIA Laboratories Protein Biomarkers — formerly know as Rules-Based Medicine — a leader in testing soluble proteins for 25 years — performs Olink testing to support efficiency and precision in your clinical trials.
Olink’s proximity extension assay (PEA®) technology delivers the throughput you need without compromising specificity or scalability.
Whether you need a small panel of focused biomarkers or a comprehensive exploratory assessment, RBM has an Olink option to meet your needs.
Detect proteins at femtograms per mililiter
Numerous assays performed from a single sample
Internal and external controls in all biomarker panels
Take your findings from discovery toward clinical translation
Measure the markers relevant to your therapeutic area
Tap each area to view examples across scalability, quality and sensitivity.
Detect proteins at femtograms per mililiter
Numerous assays performed from a single sample
Internal and external controls in all biomarker panels
Take your findings from discovery toward clinical translation
Measure the markers relevant to your therapeutic area
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The Olink PEA technology employs a dual-recognition approach using antibody pairs labeled with complementary DNA oligonucleotides.
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When the antibody pair binds to the target protein, the oligonucleotides are brought into proximity and hybridize, creating a unique DNA barcode for each protein.
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This DNA barcode is then extended and amplified by polymerase chain reaction (PCR) and measured by quantitative PCR (qPCR) or next-generation sequencing (NGS).
Evaluate therapeutic effectsAccurately measure at baseline and after treatment to understand the dynamic changes associated with a therapeutic candidate.
Understand disease onset and mechanism of actionCertain biomarkers are present years before diagnosis. Olink can help identify the relevant proteomic changes.
Develop biomarker signaturesExplore HT measures thousands of proteins at once. Longitudinal studies can help you understand proteomic profiles for different diseases.
Identify drug targetsDisease-specific proteomic signatures can help identify potential drug targets.
5400+ proteins from a single sample
Carefully selected biomarkers for a comprehensive view:
Biomarkers targeting specific therapeutic areas:
Service excellence
Disease-specific insights:
Broad biosignatures (Explore HT)