Chemical Watch's Global Outlook 2022

The principles behind the membrane-based separation technology. Examples of applications for single and multistage extraction in the context of flow chemistry. Advantages of this technology for batch processing. Listen and learn about tools, strategies, and methods for assessing the formulation, drug delivery, and manufacturing potential of a drug candidate in the pre-clinical phase as well as implications for timelines, API materials, and budgets.

To kick off the 2019 New Year, we’ll reflect on a few lessons, still relevant today, from technological progress in the past. Like us, our forbearers faced political, social, and economic challenges, and, like us, they looked to science for solutions. Along the way, they made amazing discoveries but they also hit brick walls. Then, as now, even the most amazing technological discoveries have a habit of requiring long residence times in developmental stages (often awaiting other discoveries) before they emerge as useful (often in surprising applications) which are now simply taken for granted.

TFFFC is a platform dedicated exclusively to field-flow fractionation techniques used to characterizen macromolecules and nanoparticles.

Cayman Chemical regularly employs structure confirmation via NMR in its QC workflow and, with a catalogue of over 10 000 products that require QC testing, automation of this workflow represents a critical means to improve productivity. View the presentation to learn how Cayman uses ACD/Labs NMR tools to perform automated structure verification to ensure analytical efficiency while maintaining product quality, and assure lot-to-lot consistency via screening of NMR structural databases.