Special Offers & Promotions
Laboratory Automation & IT Solutions
Drug Discovery Benefits from Evaporative Crystallisation Technology
A new technical poster produced by Genevac, in conjunction with the Novartis Institute for BioMedical Research (Horsham, UK), examines the application of eXalt™ evaporative crystallisation technology to drug discovery projects.
eXalt™ is a proprietary Genevac technology designed to control evaporation using restricting baffles. Using this technology multiple solvents can be screened in parallel to identify optimum crystallisation conditions for amorphous materials.
In the pharmaceutical industry, physical form can pose a significant challenge for small molecule drug discovery projects transitioning between the optimisation and characterisation phases. A crystalline form is desirable to confirm absolute structure as well as to investigate solubility and the formulation of a specific morphic form.
The scope of the research described in the poster was to investigate the suitability of Genevac eXalt™ evaporative crystallisation technology for production of seed crystals from amorphous materials and to use these large crystals for structure determination, identification of solvates / solvation exchange, identify polymorphs and to undertake co-crystal screening.
Results from this series of projects are presented. The researchers conclude that eXalt™ technology was shown to be a versatile tool and successfully applied to novel compound classes in multiple drug discovery projects. Further as a non-destructive technique enabling structure confirmation data to be obtained from samples as small as 5mg, eXalt™ is well suited for use in the optimisation phase of early research projects.
Genevac, now part of SP Scientific, was founded in 1990. Today the company employs around 65 people, with manufacturing, R&D and marketing headquartered in Ipswich, UK. Genevac offers a comprehensive portfolio of evaporators to suit almost any solvent removal application, purchasing budget or productivity requirement.