Latest Listicles

Download this listicle to explore the many applications of mass spectrometry including pharmaceutical analysis, omics, clinical diagnostics and microbiological testing.

In this listicle, we summarize the findings from the "Science Futures" project and highlight three areas in which industry and technology are impacting the next generation of scientists.

Download this listicle to explore the fundamental principles of ICP-OES, learn how it compares to other major atomic spectroscopy techniques and discover various applications.

Download this listicle to discover answers to key questions such as: can therapeutic drug monitoring (TDM) be used for all drugs? Which drugs are currently monitored using TDM approaches? What analytical methods are used for TDM?

Download this listicle to learn more about the uses of bioprinted tissue models in tissue repair, organ transplants and cultured meat.

Download this listicle to discover recent research highlights such as the role of the microbiome in food allergies, sequencing microbiome dynamics and overturning conventions in human urology.

Due to its broad-based applicability to detect compounds with a wide range of masses, along with its high sensitivity, mass spectrometry (MS) has been used extensively in a range of omics analyses and applications. In this listicle, we explore the use of MS-based data in a variety of clinical omics settings.

With growing concerns over a multitude of food risks, accurate and sensitive analytical tools are needed to ensure food safety. Liquid chromatography-mass spectrometry (LC-MS) has become an indispensable method for food safety testing and quality control, capable of detecting and quantifying even trace amounts of numerous contaminants and harmful species in food.

A number of pollutants found in the air we breathe are known to have harmful effects on human health and the environment. Consequently, correct monitoring of air quality is of great importance.

Since the earliest microscopy efforts in the 1600s, cell imaging has significantly modernized and become a ubiquitous tool in cell biology laboratories. Here, we cover five key advances in cell microscopy to help you understand how the field is progressing.