Translational insights from target to disease model
ChemPartner integrates molecular biology, assays, biomarkers, and disease models into a connected translational workflow that helps programs move from biological hypothesis to decision-ready data.
Start with the critical decision your program needs to make next.
Choose your starting point
Molecular Biology
Target validation, engineered cell systems, CRISPR, siRNA, and shRNA capabilities.
Biochemistry
Binding, enzymology, receptor activation, phosphorylation, and protein interaction assays.
Cell-Based Assays
Target engagement, signaling, proliferation, ADC, TPD, and nucleic acid workflows.
Functional Assays
Biological activity, immune activation, GPCR, ion channel, and behavioral readouts.
Biomarker Analysis
Immunophenotyping, cytokine profiling, receptor occupancy, pSTAT, and translational sample analysis.
Disease Models
In vivo efficacy, PK/PD evaluation, histopathology, and ex vivo pharmacology endpoints.
Immunology Assays
Cell-based and functional assays to assess immune-cell activation, cytokine response, target engagement, and immune-modulating activity.
Oncology Assays
Cancer-relevant cellular and functional assays to evaluate target biology, tumor-cell response, mechanism of action, and treatment combinations.
Neuroscience Assays
Specialized in vitro and ex vivo assays to assess neurobiology, neuronal function, target engagement, and CNS-relevant pharmacology.
How programs connect
Programs advance from early biological validation to translational evidence through the right combination of assays, biomarkers, and disease models.
Validate the Target
Build the Assay
Add Biomarkers
Select Disease Models
Translational Science by therapeutic area
When programs become disease-focused, dedicated platform teams connect assays, biomarkers, and model systems within the appropriate biological context.
Immunology
Integrate immune-cell assays, biomarker strategies, and disease models for immunology and inflammation programs.
Oncology
Connect target validation, cancer biology assays, biomarkers, and tumor models for oncology research.
Neuroscience
Access CNS screening, electrophysiology, biomarkers, and neuroscience models across in vitro and in vivo platforms.
Metabolic Diseases
Integrate disease-relevant models, metabolic phenotyping, biomarker analysis, and PK/PD studies for metabolic disease programs.
Cardiovascular
Support cardiovascular discovery with translational assays, disease models, biomarker strategies, and functional pharmacology endpoints.
Infectious Diseases
Advance anti-infective programs with pathogen-focused assays, host-response models, microbiology expertise, and translational pharmacology support.
Not sure where to start?
Share your target, modality, species, and key decision point, and our team can help identify the most relevant assay, biomarker, and disease model strategy.