Built around your research area
Your question is specific. Find your field below, or start from what you are trying to answer. The proteomics is built around it.
By disease indication
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Oncology
Decode tumor biology and treatment response at the protein level.
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Neurodegeneration
Track neurodegenerative disease across CSF, plasma and tissue.
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Immunology
Resolve immune signaling where it actually happens: at the protein level.
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Metabolic diseases
Read out metabolic regulation and dysfunction across tissues and treatments.
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Cardiovascular diseases
Profile cardiovascular disease at scale.
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Ophthalmology
Profile ocular disease from the eye's own fluids and tissues.
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By research question
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Biomarker discovery
Find the protein signals that reveal disease risk, status and treatment response.
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Biomarker validation
Confirm candidate markers and transform them into targeted, reproducible assays.
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Mode of action
Reveal how a compound or perturbation reshapes the proteome.
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Drug target discovery
Find and prioritize protein targets with proteomics evidence.
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Interaction proteomics
Map protein–protein interactions and complexes.
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PTM & signaling
Quantify phosphorylation and other modifications driving signaling.
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Clinical trial patient stratification
Stratify trial cohorts by proteomic phenotype.
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Pharmacodynamic services
Measure proteomic pharmacodynamic markers of drug effect.
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Data analysis
Turn raw spectra into decision-ready answers.
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Biosample collection
Access and handle the right samples for your study.
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Let's plan your study
Every study that is executed incorrectly consumes valuable sample material, and, more importantly, wastes time and manpower. In our fast-paced scientific environment, these resources cannot be recovered.