Faster development despite rising stereochemical complexity! In this webinar, Brendan Roche, PhD reviews engineering strategies which can be applied to key unit operations (e.g. crystallization, isolation etc.) of enantiomers and diastereomers of varying stereochemical complexity.
Speed development without comprising on quality! In this webinar, Hasbullah Daud, PhD discusses PAT, modelling, and cutting-edge analytical techniques to accelerate the development of this pioneering therapeutic modality.
Do you wish you could improve the efficiency of delivering genes to cells? Learn how employing mechanistic modelling + CFD to understand and optimize transfection and transduction efficiency can increase yield and lower costs.
Good crystallization process design, for intermediates or final APIs, can save you months of time during development. However, crystallization of stereoisomers can be particularly challenging.