Latest Whitepapers

Per-and polyfluoroalkyl substances (PFAS) are highly stable and resistant to degradation. They can persist in our environment for longer than any other artificial substance.

Many factors can risk the reliability of micro- and ultra-microbalances. Their setup surface and leveling as well as changes in environmental conditions, such as temperature, air pressure and relative humidity, can all affect their accuracy and impact results.

Process development teams need detailed information, via a platform that delivers short gradients to allow the required sample throughput to detect HCPs in a low sub-ppm range.

Flow cytometry is an important part of the drug discovery workflow. From screening antibodies to small molecules, combining tests for various analytes in a single panel not only reduces the necessary sample volume but also collects more information in less time, accelerating the drug discovery process.

For the very first time since its publication, ACS Reagent Chemicals is now available online in a seamless, searchable database. If you are a producer of pharmaceuticals, download this whitepaper to learn how this invaluable resource can benefit your organization.

Small molecule drugs have formed most pharmaceutical discoveries for over a century, however, approximately 40% of current active pharmaceutical ingredients (APIs) are poorly soluble, along with around 90% of drugs in development.

Flow cytometry has enabled the discovery of varied and nuanced cell types in terms of phenotypic markers and biological functions, but the visible spectrum places limitations on the number of extrinsic parameters that can be assessed.

Real-time PCR, also known as quantitative PCR (qPCR), is the gold-standard for sensitive, specific detection and quantification of nucleic acid targets and qPCR methods have become core technologies for delivering high-quality results in a range of applications throughout biologics development and biomanufacturing.

In flow cytometry, some of the fluorescence will be collected in the detection channel of interest, but some of the fluorescence will overlap with other channels. Compensation is used to remove the unwanted light signals from all but the desired detector.

Download this whitepaper to discover how this system can improve your economic value via reduced interruption costs, increased samples throughput as well as improved system intelligence with simple user interface.