Research Articles
The Hidden Bias in Your Plastic: How Scientists Correct Chromatography Errors
Discover how scientists identified and corrected moment bias in gradient polymer elution chromatography, improving polymer analysis accuracy.
Unmasking the Invisible: The High-Tech Hunt for Drugs in Our Bloodstream
Explore how hyphenated chromatographic techniques revolutionize drug detection in blood samples with unprecedented accuracy and sensitivity.
The Invisible Maze: How Math Optimizes Protein Separation
Explore how mathematical simulation revolutionizes protein purification in biopharmaceutical manufacturing through packed bed chromatography optimization.
Unveiling the Hidden Recipe of an Oilfield: A Chromatography Detective Story
Discover how scientists decode chemical fingerprints in ancient brine using ion chromatography to protect oilfield equipment and improve efficiency.
In Memoriam: Dr. Yoshio Kato – The Quiet Revolutionary Who Transformed Biomolecule Separation
Exploring the life and legacy of Dr. Yoshio Kato, whose innovations in chromatography transformed protein separation science and enabled breakthroughs in pharmaceutical development.
The Invisible Made Visible: A Journey into Planar Chromatography
Explore the science of planar chromatography, a powerful technique that separates complex mixtures into individual components, revealing hidden compositions in substances from food dyes to pharmaceuticals.
The Chromatographic Party in Valencia: When Separation Science Took Center Stage
Explore the 2010 International Symposium on Chromatography in Valencia, where separation science advanced with new techniques and applications.
The Invisible Race: How Reversed-Phase Liquid Chromatography Reveals Hidden Worlds
Explore the fascinating science behind reversed-phase liquid chromatography (RPLC), a powerful analytical technique that separates complex mixtures in modern science.
The Twin Guardians of Precision: How Chemists Outsmart Errors in Chromatography
Discover how chemists use the double internal standard method to achieve unprecedented precision in chromatography analysis.