We are committed to driving innovation in the pharmaceutical industry through our comprehensive services in the Research Chemistry Platform. Our expertise in discovery process chemistry enables us to transform promising chemical entities into viable drug candidates efficiently and safely, expediting the journey from laboratory to market.
Overview of Discovery Process Chemistry
Discovery process chemistry is a critical phase in drug development, focusing on designing and optimizing synthetic routes for new chemical entities (NCEs). It bridges the gap between medicinal chemistry and full-scale production, ensuring that compounds developed in the lab can be produced reliably and sustainably on a larger scale. This process involves refining reaction conditions, improving yields, reducing impurities, and scaling up synthesis while maintaining the desired quality and compliance with regulatory standards.
Our team leverages extensive knowledge in organic synthesis, catalysis, and process optimization to address the complexities inherent in translating laboratory-scale reactions to industrial processes. By integrating advanced technologies and innovative methodologies, we enhance the efficiency of drug development pipelines, reduce time-to-market, and contribute to the creation of safer and more effective pharmaceuticals.
Our Services
Route Design and Optimization
We specialize in designing efficient and scalable synthetic routes for complex molecules. Our chemists perform thorough literature reviews and experimental studies to identify the most viable pathways. By optimizing reaction conditions, catalysts, and reagents, we improve overall yields and minimize the formation of by-products. This rigorous approach ensures cost-effectiveness and sustainability in large-scale production.
End-to-End Process Development
We develop and refine processes with emphasis on safety, quality, efficiency, and sustainability. Our work includes route assessment, impurity profiling, process robustness evaluation, and preparation for downstream technology transfer.
Scale-Up and Pilot Production
Transferring processes from bench to plant requires careful consideration of various factors such as reaction kinetics, heat transfer, and safety protocols. Our scale-up services involve meticulous planning and execution to replicate laboratory results at the kilogram scale and beyond. Utilizing state-of-the-art equipment, we conduct pilot productions that serve as a blueprint for full-scale manufacturing, identifying and addressing potential challenges early in the process.
Equipped with advanced analytical instrumentation, our team provides rapid method development, characterization, and in-process monitoring to ensure high data integrity and informed decision-making at every stage. Moreover, all project plans are fully tailored to client objectives. We combine scientific expertise, flexible workflows, and transparent project management to deliver reliable results with predictable timelines.
Our Core Technologies and Facilities
Flexible Scale-Up Suites
Featuring a range of reactor systems, from small bench-scale vessels to multi-liter jacketed reactors, allowing streamlined transition from discovery quantities to pilot-scale batches under consistent and reproducible conditions.
High-Pressure and Cryogenic Facilities
Some reactions require specialized conditions such as high pressure or extremely low temperatures. Our facilities are equipped to handle such demanding processes safely. Mastery of these techniques expands the scope of accessible chemical space, enabling the synthesis of molecules that are otherwise challenging to produce.
Process Analytical Technology (PAT) Tools
In-line and at-line analytical capabilities (e.g., spectroscopic monitoring, real-time reaction profiling) support efficient process understanding and help ensure stable, scalable process performance.
Advanced Analytical & Characterization Facilities
Developing robust analytical methods is essential for monitoring process performance and product quality. Comprehensive analytical instrumentation ensures robust support across all development phases, including method development, impurity identification, stability tracking, and product quality assessment. We have a wide range of analytical instrumentation including HPLC, GC-MS, NMR spectroscopy, and other techniques. These techniques are validated to ensure reliability throughout the development and production stages.
By integrating our extensive expertise in discovery process chemistry with advanced technologies and a commitment to excellence, we empower our partners to achieve their drug development goals efficiently and effectively. Our tailored solutions and collaborative approach ensure that each project receives the dedicated attention it deserves, fostering innovation and success in the pharmaceutical industry.