Services Chemistry Fragment Based Drug Discovery
Fragment-Based Drug Discovery (FBDD)
Find Your Next Hit with BioDuro’s Fragment Screening Platform
Leverage a differentiated fragment library featuring proprietary, internally synthesized scaffolds and high-throughput SPR screening to identify novel starting points for drug discovery.
Differentiated Fragment Discovery Platform
BioDuro’s FBDD workflows integrate fragment screening, affinity characterization, and medicinal chemistry follow-up designed to accelerate early hit identification and fragment progression.
Cross-functional collaboration between biophysics, chemistry, and discovery teams helps translate fragment hits into actionable starting points for lead generation.
High-Quality Fragment Library
A differentiated fragment collection designed to improve novelty, diversity, and screening efficiency across modern discovery campaigns.
- ~2,300 total fragments
- ~1,300 novelty fragments
- Natural product-inspired scaffolds
SPR Screening & Affinity Characterization
Integrated SPR workflows supporting fragment screening, affinity evaluation, and kinetics characterization across early discovery programs.
- Biacore 8K screening platform
- Kd characterization from nM–mM
- Affinity and kinetics analysis
Discovery-Oriented Fragment Design
Fragment selection strategies designed to improve chemical tractability, scaffold diversity, and downstream medicinal chemistry progression.
- Relaxed Ro3 fragment strategy
- Structural alert filtering workflows
- Follow-up chemistry optimization support
Fragment Discovery Workflow
BioDuro’s FBDD workflows integrate fragment screening, affinity characterization, and medicinal chemistry follow-up designed to accelerate early hit identification and fragment progression.
Cross-functional collaboration between biophysics, chemistry, and discovery teams helps translate fragment hits into actionable starting points for lead generation.
Fragment Library Screening
SPR-based fragment screening workflows designed to identify novel binders across chemically diverse fragment space.
Affinity & Kinetics Characterization
Biophysical characterization workflows supporting affinity evaluation, kinetics analysis, and fragment validation.
Hit Expansion & Follow-Up Chemistry
Medicinal chemistry workflows designed to improve fragment tractability and support hit-to-lead progression.
Scaffold Exploration & Optimization
Fragment evolution strategies supporting scaffold expansion, analog generation, and optimization across discovery programs.
SPR Screening & Fragment Discovery Technologies
Advanced fragment screening and biophysical characterization platforms support efficient hit identification, affinity analysis, and fragment progression workflows. Integrated screening technologies help discovery teams evaluate fragment interactions with speed, sensitivity, and high-quality data.
SPR Screening Platform
Biacore 8K SPR workflows supporting high-throughput fragment screening, affinity characterization, and kinetics analysis.
- Kd range from nM–mM
- Quantitative binding characterization
High-Throughput Screening Workflows
Fragment screening workflows supporting both 96- and 384-well plate formats for efficient discovery execution.
- Parallel screening setup
- Multi-channel screening support
Affinity & Kinetics Analysis
Biophysical workflows designed to evaluate binding affinity, kinetics behavior, and fragment interaction profiles.
- kon/koff characterization
- Binding stoichiometry analysis
Fragment Library Platform
Differentiated fragment collection designed to improve novelty, scaffold diversity, and medicinal chemistry tractability.
- ~2,300 fragment library
- Internally synthesized novelty fragments
Related Chemistry resources
Explore case studies, technical resources, and scientific insights highlighting BioDuro’s chemistry expertise across hit identification, lead optimization, and drug discovery programs.
Related Chemistry Services
Fragment-based drug discovery workflows often integrate closely with medicinal chemistry, synthetic chemistry, analytical characterization, and follow-up optimization activities.
Explore additional discovery chemistry capabilities supporting fragment progression, hit expansion, and lead generation across modern drug discovery programs.