Application Notes

There is a rapidly growing need for systems capable of creating precise, reproducible, and physiologically relevant cell environments in the laboratory in order to enable accurate analysis of both ... Read More

Advances in static headspace autosampling technology are helping scientists working across a range of fields increase throughput in residual solvent analysis in a regulatory-compliant manner. Read More

Rapid developments in mass spectrometry technology facilitate innovative solutions to the challenges in top-down proteomics. Read More

The recent explosion in the use of total internal reflection fluorescence (TIRF) microscopy to learn about cell trafficking means that there is an urgent need for software capable of annotating the ... Read More

Terahertz sensing and imaging technology has been investigated in various fields, including security,medicine, biochemical applications, and art.1–4 One of the most powerful tools for terahertz ... Read More

Human mammary epithelial cells and human mammary fibroblasts can be successfully grown in a 3-D co-culture system to mimic the heterotypic interactions of breast cancer cells and stromal cells in vivo... Read More

Thin-layer chromatography (TLC) is a planar chromatographic technique used to separate the components of a mixture by employing a thin stationary phase supported by an inert backing. It can be ... Read More

From research to manufacturing, the most commonly used reagent in the biopharmaceutical environment is purified water. Read More

Large quantities of flammable solvents are used in today’s high-throughput analytical and biopharmaceutical laboratories. To minimize hazards, these laboratories have tried to adopt alternative ... Read More

Imagine a scientific enterprise in which instruments are fully enabled for access anywhere at any time, with the proper authorization. Read More