Services Biology Biophysics
Biophysics
Biophysical characterization services designed to evaluate molecular interactions, binding affinity, and binding kinetics across discovery programs.
BioDuro utilizes Surface Plasmon Resonance (SPR) and Bio-Layer Interferometry (BLI) platforms to generate quantitative insights into drug-target interactions. Our scientists support affinity determination, kinetic characterization, target engagement studies, and advanced molecular interaction analysis for small molecules, biologics, and emerging therapeutic modalities.
Why Biophysical Characterization Matters
Biophysical characterization provides quantitative insights into molecular interactions that support more informed decision-making throughout drug discovery and biologics development.
Quantitative Binding Insights
Generate precise measurements of binding affinity and kinetics to better understand molecular interactions and candidate performance.
- Binding Affinity Determination
- Association & Dissociation Rates
- Kinetic Characterization
Confident Candidate Selection
Evaluate target engagement, interaction profiles, and developability characteristics to support candidate prioritization.
- Target Engagement Analysis
- Binding Stoichiometry Evaluation
- Stability Characterization
Advanced Molecular Characterization
Support complex discovery programs through specialized biophysical workflows and interaction studies.
- Epitope Binning & Mapping
- Fragment Screening Support
- Affinity Maturation Studies
Supporting Discovery Programs
From drug-target interaction studies to biologics characterization, biophysical analysis provides the data needed to advance discovery programs with confidence.
Drug-Target Interaction Studies
Quantitative characterization of molecular interactions through affinity, kinetics, and target engagement analysis.
Lead Optimization
Generate binding and stability data to support compound refinement, candidate selection, and developability assessments.
Biologics Discovery
Support antibody and protein-based programs through affinity characterization, epitope binning, molecular interaction analysis, and stability assessment.
Developability Assessment
Evaluate molecular stability, aggregation risk, and biophysical properties to support candidate progression and biologics development.
Advanced Biophysical Platforms
Specialized platforms for binding studies, kinetic characterization, and developability assessment.
Biacore 8K (SPR)
Surface Plasmon Resonance (SPR) platform supporting real-time analysis of binding affinity, binding kinetics, target engagement, and molecular interactions.
Octet RED384 (BLI)
Bio-Layer Interferometry (BLI) platform enabling rapid characterization of biomolecular interactions, affinity measurements, and kinetic analysis.
Uncle Stability Platform
Integrated thermal and colloidal stability characterization supporting developability assessments, candidate selection, and biologics optimization.
Surface Plasmon Resonance (SPR) and Bio-Layer Interferometry (BLI) are complementary technologies used to characterize biomolecular interactions. Both platforms provide binding affinity and kinetic data that help researchers evaluate molecular interactions and target engagement
Yes. BioDuro utilizes SPR and BLI platforms to evaluate binding affinity, binding kinetics, target engagement, and molecular interactions across discovery and biologics programs.
Yes. BioDuro provides antibody binding characterization, affinity measurements, and stability characterization to support antibody discovery and biologics development programs.
BioDuro utilizes advanced biophysical platforms including Biacore 8K (SPR), Octet RED384 (BLI), and Uncle stability characterization systems to support molecular interaction and stability studies.
Related Resources
Explore scientific resources highlighting BioDuro’s expertise in biophysical characterization, molecular interaction analysis, target engagement studies, and integrated discovery support. These examples demonstrate how quantitative binding and stability data help guide candidate selection and optimization decisions.
Related Services
Generate quantitative binding affinity, kinetic, and stability data using advanced biophysical platforms to support target characterization, lead optimization, and biologics development.