Services Chemistry Parallel Synthesis
Parallel Synthesis
Accelerate compound generation and SAR exploration with high-throughput synthesis, purification, and characterization workflows designed for modern drug discovery programs.
Parallel Synthesis for Rapid SAR Expansion
BioDuro’s parallel synthesis platform enables rapid generation of focused and large-scale compound libraries to accelerate SAR exploration and compound evaluation.
Automated synthesis, purification, and characterization workflows help discovery teams quickly explore chemical space and advance promising chemical series.
Rapid SAR Exploration
Accelerate analog generation and iterative compound optimization across diverse chemical series.
- Focused libraries from 20–500 compounds
- Fast iterative synthesis workflows
High-Throughput Library Synthesis
Automated synthesis, purification, and analytical workflows designed for efficient compound generation at both focused and larger library scales.
- Libraries ranging from 20 to 10,000 compounds
- Automated purification and LC-MS support
Discovery-Scale Compound Generation
High-capacity synthesis infrastructure designed to support compound production across multiple stages of discovery.
- Capacity to deliver 6,000+ compounds/month
- 88,000+ compounds delivered across discovery programs
Parallel Synthesis Workflow
Parallel synthesis, purification, and analytical workflows work together to help discovery teams rapidly generate, evaluate, and optimize compounds throughout medicinal chemistry programs.
Library Design
Focused library planning and analog selection designed to accelerate SAR exploration and scaffold expansion across discovery programs.
Compound Synthesis
High-throughput parallel synthesis workflows designed for rapid and scalable compound generation.
Purification & Analysis
Preparative HPLC, LC-MS, and analytical workflows designed for efficient purification and compound characterization.
Data Delivery & Optimization
Rapid data turnaround and medicinal chemistry insight designed to help teams evaluate results and guide next-step design cycles.
Enabling Technologies for Parallel Synthesis
Advanced synthesis and analytical technologies help accelerate library production, reaction optimization, purification, and compound characterization throughout discovery programs.
Parallel Synthesis Workflows
High-throughput synthesis workflows designed for rapid analog generation and efficient exploration of chemical space.
HTE/MTE Screening
Catalyst, condition, and reaction optimization workflows designed to solve challenging chemistry problems and improve synthesis efficiency.
Automated Purification
Automated purification systems designed to accelerate turnaround times while maintaining compound quality.
Analytical Characterization
Integrated LC-MS, HPLC, and characterization workflows supporting compound verification and rapid data delivery.
Parallel Synthesis Services
BioDuro brings together scalable synthesis, purification, and analytical infrastructure to enable focused and large-scale library generation across discovery programs.
Our scientists work closely with discovery teams to rapidly generate, evaluate, and optimize compounds across evolving SAR campaigns.
Small libraries
- 10 – 50mg of each compound
- Purity – ≥90% (95% if desired) by HPLC/LC-MS for all compounds
- 1H-NMR for 5- 10% (or more, if required) of the compounds
Large libraries
- 10mg of each compound
- Purity – ≥85% by (90% if desired) HPLC/LC-MS for all compounds
- In general 1H-NMR for 5 – 10% of the compounds
Related Resources
Explore case studies, technical articles, webinars, and scientific insights highlighting BioDuro’s discovery chemistry expertise across medicinal chemistry, peptide discovery, fragment screening, and integrated development workflows.
Related Chemistry Capabilities
BioDuro combines parallel synthesis with broader discovery chemistry capabilities designed to help teams rapidly generate, evaluate, and optimize compounds across medicinal chemistry programs.
Explore additional chemistry services supporting SAR expansion, library generation, purification, scale-up, and computational design workflows.