Gas chromatography is an innovative approach to separating and quantitating vaporized compounds through the use of an inert carrier gas. Gas chromatography functions according to similar principles as ...

Learn about gas chromatography and its applications in our latest episode of Teach Me in 10. Michiel Schreurs, PhD candidate at VIB-KU Leuven, explains the basic principle behind gas chromatography ...

The wide range of chromatographic techniques share one common aim: to separate a material into its components. A material, your sample, is dissolved in a solvent, called the mobile phase. This mixture ...

Chromatography is the science of separating molecules of interest to identify, quantify or even purify them. Properties of the target molecules such as their solubility, size or hydrophobicity give ...

Chromatography in Greek means to ‘write with colors.’ It is a versatile separation technique developed in 1903 by Mikhail Tswett, a Russian botanist. He separated colorful plant pigments using a ...

In Episode 9 of Chromatography Life, we sit down with Richard Verseput, a pioneer in QbD-driven analytical development, to explore how automation, risk assessment, and smart experimental design are ...

The biopharma industry is looking at continuous chromatography for sensitive molecules. Continuous processes continue to advance in bioprocessing. In downstream processing, continuous chromatography ...

The authors demonstrate that using supercritical fluid chromatography offers distinct advantages in speed and in clean isolation of the desired peaks. Isolation of trace impurities and degradants from ...

THE removal of coloured impurities from solutions by shaking with charcoal is the most familiar application of adsorption, and chemists have shown enterprise in improving the adsorbent by ‘activation’ ...

Senior Lecturer of Medicinal and Pharmaceutical Chemistry, Charles Darwin University As the holidays draw near, many of us will hop on a plane to visit friends and family – or just get away from it ...