Flow chemistry is uniquely positioned to aid in the move towards automated, intelligent drug discovery campaigns, with the potential to reduce the time and cost of bringing novel drugs to market. Continuous flow chemistry techniques are increasingly used across drug discovery, development, and production to improve processes and access new chemistries that are impossible with traditional batch methods.
An increasing number of pharmaceutical chemists understand the applications of this technique and the benefits it provides. As a result, senior management at all stages of the drug lifecycle are turning to continuous flow chemistry to improve reaction efficiencies, save resources, and enhance safety.
While each stage of the drug discovery and development process experiences specific benefits from implementing continuous flow techniques, the pharmaceutical industry’s desire to move towards continuous manufacturing means all stages of the drug lifecycle need to be aware of—and potentially adopt—these methods.
The new Syrris How flow chemistry has transformed drug discovery eBook features a collection of articles examining the impact of flow chemistry on the drug discovery process. It provides a detailed overview of crucial techniques such as creating chemical diversity, automated compound library generation, and synthesis using segmented flow.
Download the Syrris How flow chemistry has transformed drug discovery eBook to learn more about:
- The impact of flow chemistry in the drug discovery process
- Creating chemical diversity with flow chemistry
- Compound library generation using flow chemistry
- Advantages and considerations for synthesis using segmented flow chemistry
Click here to download the eBook.
