Legally sold as “Vanilla Sky” and “Ivory Wave,” bath salts have become very popular for the very dangerous “high” they are providing.

The scientific community requires improved methods for performing and analyzing reactions and interactions between fluid components.

Accurate, high resolution mass spectrometry has grown ever more important in qualitative and quantitative analyses.

Today’s laboratories are under ever-increasing pressure to reduce costs and improve the efficiency, productivity and quality of their workflows.

A critical component of any sample preparation is making the sample homogeneous. However, when working with a large number of samples, this is often a time-consuming and labor-intensive task.

Problem: Mass spectrometry (MS) has become an indispensible technology for the analysis of compounds of biological interest, is widely available and offers rapid and accurate detection with broad applicability.

Problem: Pharma and biotech companies are striving to reduce drug attrition rates within the drug discovery process.

The environmental safety and food production industries are facing a rapidly changing climate, being increasingly affected by regulatory and financial pressures.

When culturing cells for use in, for example, drug screening assays, maintaining consistently high throughput is essential.

It is essential for medicinal chemists to have access to analytical instrumentation for reaction monitoring and product analysis. However, due to the associated high capital cost and maintenance overheads, it is not possible to install and support instrumentation in every lab across a research site.

The traditional method of testing for microbial contamination has changed very little in the past 100 years. A sample of product is added to a growth medium in a plate or sample container.

With the invention of the centrifuge came the problem of rotor balance. Specimen containers must be properly sized and properly located on the rotor to provide rotor balance each and every cycle.