Studies structured to deliver clear, actionable answers to complex scientific questions.
Explore thousands of proteins across tumor, tissue, plasma, CSF, saliva & urine
Directly measure thousands of proteins, including those on the tumor cell surface, in human tumors
Measure 120+ cytokines & chemokines from less than 25 μL of sample input
Integrate omics datasets to decipher heterogeneity in disease biology and patient response.
Ground every insight in human evidence to move discoveries forward with confidence.
Move beyond indirect proxies to measure proteins directly, with absolute quantitation.
Large-scale reference dataset to confirm & extend biomarker discoveries
Confirm preclinical findings in real-world cohorts
Comprehensive multi-omics data to map diverse human physiological states
Multi-scale analyses to maximize your omics study insights and deliver decision-ready findings.
Read out dynamic human physiology to reveal the metabolic states that determine disease trajectory, drug response & toxicity.
Maximize biological insights extracted from every precious sample
Characterize functional biology across critical dimensions directly in human tumors
Identify druggable tumor cell surface proteins using our SurfaceSeek™ workflow
Comprehensively characterize druggable targets
Decipher dynamic factors of health & disease across large populations
How next-gen FFPE proteomics enables retrospective discovery in archived tissue, unlocking new biomarkers & targets.
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Have questions about multi-omics or what it’s like to work with Sapient?
See the discoveries uncovered from this multi-omics study led by a large industry-academia collaboration.
Learn more about our mission, our team, and how we’re leading biomarker discovery beyond the genome.
See what makes Sapient a unique partner for both deeper omics data generation and actionable insight delivery.
Explore opportunities to partner with our team on your next study.
Looking to be a part of something big?
Ready to move from discovery to decision-making, faster? Tell us about your needs.
A revolutionary workflow to directly measure surface-deployed protein targets.
Inhibits axonal extension by providing local signals to specify territories inaccessible for growing axons.
