Separation Science - Explore the key topics covered by Separation Science, including chromatography, mass spectrometry, sample preparation, and more laboratory techniques. Dive into specialized areas like biopharma, pharmaceuticals, food & beverage, environmental science, and energy & chemicals.

A laboratory flask on a bench contains culture media that glows with a blue neural network pattern, surrounded by holographic projections of molecular structures and data streams, representing AI-driven media development in a modern biotech lab.
ArticlesExpert insights from Jake Bell on how advanced separation science, AI, and robotic automation are tackling a significant biomanufacturing bottleneck: scalable, animal-free culture media.
Complex peptide-like molecular structures representing large drug metabolites analyzed by LC-MS/MS
ArticlesThe growing complexity of drug metabolism demands richer data—electron-based fragmentation and high-resolution MS are closing the gap.
A close-up view of an ICP torch in operation, showing copper induction coils and a brilliant blue argon plasma cone vaporizing a sample. This illustrates the high-temperature ionization source essential for ICP-OES and ICP-MS workflows in trace element analysis.
ArticlesPractical guidance on selecting, validating, and troubleshooting AAS, ICP-OES, and ICP-MS for real-world analytical challenges.
ArticlesFrom ampholyte gradients to icIEF, discover how capillary isoelectric focusing separates proteins by isoelectric point for high-resolution biopharmaceutical analysis.
ArticlesExplore how the DMTA cycle streamlines discovery, enhancing efficiency from design to analysis amidst lab challenges.

Latest Articles

A conceptual close-up of a transparent microfluidic chip resting on a bed of moss, with internal channels glowing green like plant roots. This symbolizes the integration of nature and technology, illustrating how method miniaturization and microflow analytical tools drive Scope 3 decarbonization and sustainable science in biotech and pharma.
ArticlesSmaller-scale LC, microflow MS, and reduced-volume sample prep are key Scope 3 decarbonization strategies for separation scientists, with significant climate impact across pharma, biotech, and food testing labs.
Close-up of a pipette and container indicating sterility assurance in labs.
ArticlesExplore sterility assurance methods, including closed-loop sampling systems and aseptic transfer for contamination-free lab environments.
ArticlesData-driven method development and 2D-LC reveal the hidden role of retention factor, pressure, and pore size in oligonucleotide separations.