How to select the right SEC column for biologics? A practical guide based on molecule size, shape, pore size selection, and application range.

Improve oligonucleotide recovery with Clarity™ XRO. Learn how optimized lysis, SPE conditions, and elution strategies enhance reproducibility and performance in complex biological samples.

Magnetic bead-based protein purification enables fast, efficient cleanup without centrifugation, improving reproducibility and supporting high-throughput workflows.

GC column trimming helps resolve contamination, ghost peaks, baseline instability, and peak tailing. Learn key symptoms and the correct technique for proper column cutting.

Guidance on selecting key GC column parameters — length, internal diameter, and film thickness — and their influence on resolution, retention, run time, and sample capacity.

Why avoid C18 for polar analytes? Overview of HILIC principles, mobile phase composition, gradient strategy, pH testing, and practical tips.

Proper drying of the SPE sorbent is a critical step to achieve high sensitivity, good reproducibility, and maximum analyte recovery, especially for complex sample matrices.

How can you extend GC column lifetime and prevent contamination? Part 2 focuses on using liners with glass wool and proper column bake-out to maintain separation performance.

Dirty samples can quickly damage your GC column and shorten its lifetime. Learn simple, proven ways to protect your column, improve performance, and reduce downtime. Part 1 focuses on smart sample preparation.

An SPE technical tip focused on identifying the sources of interferences and extra peaks observed after sample extraction.