Analyze protein localization in tissue to study cell–cell interactions, tissue structure and disease microenvironments.
Spatial proteomics
Identify molecular signatures and therapeutic targets to help develop treatments and precision diagnostics.
Biomarker discovery
Measure antibodies and autoantibodies to understand immune responses to disease or treatment.
Antibody profiling
Monitor disease progression or therapeutic response over time, laying the groundwork for earlier intervention decisions and improved outcomes.
Disease
monitoring
Decode interactions between cell therapies, cancer cells and the immune system to track treatment response and long-term disease resolution.
Cell therapy
Monitor disease progression or therapeutic response over time, laying the groundwork for earlier intervention decisions and improved outcomes.
Disease
monitoring
Differentiate patient subgroups based on molecular profiles to help design drugs and clinical trials.
Patient
stratification
Map dynamic cell states and signaling networks to uncover predictive biomarkers and accelerate therapeutic innovation.
Protein profiling
Confirm drug-target interaction and downstream biological effects to support therapeutic validation.
Proof of
mechanism
Characterize immune cell populations and functional states from blood or tissue to monitor immune responses over time.
Immune profiling