Featured Articles

Spectroscopy is particularly attractive for AI and machine learning because a single measurement can contain hundreds or thousands of wavelength-dependent variables describing the chemical or physical properties of a sample. Yet before there can be ... Read More

LC-MS is increasingly being used across a variety of analytical sub-disciplines to the point where the question is not how sensitive is it, but rather, how sensitive can we make it? Read More

This year, Metrohm USA presented their annual Young Chemist Award to Sarah Ortbal of the University of Alabama, recognizing her impactful research spanning PFAS monitoring, non target fluorine analysis and promising treatment pathways. Read More

When analysts are measuring at the nanogram per liter level, it is the equivalent of finding one drop of water in four to five Olympic-sized swimming pools. And that is the key to PFAS detection and analysis—the lower the detection limit, the more ... Read More

Exogenous mRNAs can be introduced into targets cells, where they use the host translation machinery to produce one or more therapeutic proteins. Read More

Even as we celebrate IC’s 50th anniversary, the fundamentals of the technique have not changed. Read More

Mass spectrometry (MS) proteomics has emerged as a promising tool in the field of oncology through its comprehensive study of the biochemical processes underlying cancer. Read More