KNAUER

High Throughput Quality Control (HTQC) is essential for laboratories analyzing dozens, hundreds, or even thousands of samples daily. This application note explores the critical elements necessary to achieve speed, reliability, and automation in high-throughput analysis. Find out how integrating advanced techniques—focused on increasing speed, sample throughput, and parallel processing—results in a robust system capable of improving your daily sample volume

TFA in LC causes baseline noise due to UV absorbance, making pump pulsation visible and raising LOD/LOQ. Increasing mixer volume stabilizes baseline.

HPLC is the method of choice for enhancing the purity of synthesized peptides. Here, a systematic and efficient workflow for scaling up peptide purification is shown.

Polysome profiling is a method for analysing the translational status of cells. This AppNote describes a simple FPLC system for polysome fractionation.

In this paper, Carsten Losch, the CEO of Berlin-based manufacturer of high-end scientific chromatography instruments – KNAUER – will tell you about the flexible integration of software in HPLC systems as well as giving you an outlook on where the chromatography industry is heading.

In this podcast, Carsten Losch, the CEO of Berlin-based manufacturer of high-end scientific chromatography instruments – KNAUER – will tell you about the flexible integration of software in HPLC systems as well as giving you an outlook on where the chromatography industry is heading.