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 modern analytical laboratory outfitted with a high-performance liquid chromatography (HPLC) system and computer data station, used by chromatographers to identify instrument issues like downward baseline drift during gradient HPLC runs.
ArticlesWhen UV absorbance drops as organic content rises, the cause is often system- or detector-specific—not a flawed gradient.
A conceptual illustration showing a mass spectrometer instrument analyzing glowing exosomes flowing through a microfluidic channel. A screen in the background displays data charts, graphs, and chemical structures, illustrating the process of exosome proteomics and metabolomics profiling.
ArticlesAchieve reliable analysis in exosome proteomics and metabolomics with advanced LC-MS workflows and targeted validation assays.
Conceptual illustration of size exclusion chromatography applications, showing large blue antibody molecules separating from smaller orange fragments as they flow through porous beads in a column.
ArticlesDiscover how size exclusion chromatography applications impact the analysis of complex molecules in biopharmaceutical development.
Thought LeadershipThree specialists share what they learned developing PFAS methods and supporting laboratories at production scale.
ArticlesSmaller instruments, stronger data analytics, and rising regulatory acceptance position Raman spectroscopy as a critical tool for real-time insight in modern pharma and biopharma manufacturing.

Latest Articles

A modern brewing facility with large stainless steel fermentation tanks on the production floor and a glass-enclosed on-site laboratory on the right where a technician performs analytical tests for brewing quality control.
ArticlesModern analytical tools are reshaping brewing quality control and giving labs deeper insight into ingredients, contaminants, and flavor drivers.
Lab technician pouring water sample into beaker for EPA Method 1633 PFAS testing analysis
ArticlesTesting for parts-per-trillion levels of PFAS in water requires labs to manage contamination, stabilize extraction conditions, and limit chromatographic drift.
ArticlesMethod 8270E and solid-phase extraction are transforming semi-volatile organic compound (SVOC) testing with higher recoveries, faster throughput, and greener chemistry.