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Drug molecules slowly degrade over time, which can lead to a loss of medicinal potency or increased side effects for patients. Pharmaceutical development scientists must thoroughly assess a medication’s stability using a combination of real-world experiments and mathematical modelling. Unfortunately, most researchers do not have the software they need to support their accelerated stability assessment....

What’s New in Luminata This session on what’s new in Luminata version 2023 included topics on: Using the “Resolve Peaks” function to save time when processing chromatograms with the same impurities Performing purge factor calculations in the software How to reduce the time necessary to prepare control strategy summaries

Creating systems for effectively managing analytical chemistry data requires a blend of scientific understanding, technological prowess, and coordinating between teams. That’s why ACD/Labs’ project management team has a critical role to play when deploying analytical chemistry solutions. In this episode, hosts Sarah and Jesse discuss project management with Hans de Bie, who has helped many...

Development of pharmaceutical drugs encompasses the use of multiple data sources such as chemical structures, analytical data, meta data, and process parameters. The data types are often siloed in electronic lab notebooks (ELN), laboratory information management systems (LIMS), chromatography data systems (CDS), in-house databases, etc. Development teams often use Excel spreadsheets to summarize all this...

While pharmaceutical companies are working to implement machine learning and AI, integrating these technologies into process chemistry has been a challenge. In this presentation, Thorsten Gressling explains how Bayer’s data architecture supports its digital chemistry initiatives in process development. Topics covered include: Bringing together data from many systems, including ELNs and laboratory reactors Luminata’s visualization...

Pharmaceutical quality standards are on the rise, putting pressure on development teams to demonstrate their comprehensive understanding of impurities found in their medication. This requires high-quality data, but handling the necessary files and spreadsheets is a time-consuming, error-prone, and tedious process. Luminata® software solves this by consolidating all pharmaceutical development data on a chemically intelligent...

Forced degradation is a crucial aspect of pharmaceutical development, which helps to understand the stability of the drug substance and product. These studies often involve teams working across multiple locations and handling vast amounts of data, which can be challenging to manage and share. This can lead to scientists spending more time on data handling...