Skip To Content

ACD/Labs Blog

Pfizer’s 5 year data management journey has given them a global knowledgebase that manages chemical and analytical data across various workflows. Scientists are accessing data and saving time. Learn how ACD/Labs technologies are enabling their digital evolution strategy.

Stability decisions in pharmaceutical development require extensive data, often scattered across incompatible systems. For scientists, this complicates analysis, increases errors, and hinders collaboration. Luminata® streamlines forced degradation and accelerated predictive stability (APS) studies by consolidating data into a chemically intelligent platform, enabling efficient analysis and informed decision-making. See how Luminata accelerates and simplifies stability workflows...

Chromatography Data Systems (CDSs) have become a prerequisite for laboratories that perform regulated testing for quality control and pharmaceutical development or manufacturing. While they play a crucial role in helping organizations assure regulatory compliance; the fact that the data is locked inside them, is an ever-increasing frustration. Particularly, with the advent of data-hungry AI/ML projects....

How Data Management is Enhancing Pharmaceutical Development Process chemists are responsible for developing a synthetic method that efficiently synthesizes a drug substance while avoiding the formation of process impurities. However, many process chemists do not have software designed to meet their needs and must use a patchwork of tools to manage their experimental results. Information...

Scientists generate data to support decision-making. They need access to assembled contextual analytical and chemical data to make ‘go/no-go’ decisions. Hear about the tools and capabilities on the Spectrus platform that provide scientists with FAIR data and digital twins. Scientists can query, visualize, interrogate, and share live, assembled data that can be examined and re-processed,...

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...