Executive Summary_Capillary Flow LCMS Using Micro Pillar Array Columns Combining Nano Flow Sensitivity with Analytical Flow Robustness and Throughput_LGGC_PharmaFluidics_ProGenTomics_

Executive Summary – Capillary Flow LCMS Using Micro Pillar Array Columns Combining Nano Flow Sensitivity with Analytical Flow Robustness and Throughput

LCGC wrote an executive summary about our webinar with ProGenTomics, Capillary Flow LCMS Using Micro Pillar Array Columns Combining Nano Flow Sensitivity with Analytical Flow Robustness and Throughput.

Our Application Development Manager, Dr. Jeff Op de Beeck explained the principles of the micro-chip based pillar array columns and demonstrated how the PharmaFluidics µPAC™ capLC column can contribute to LC–MS workflow robustness. Dr. Maarten Dhaenens of ProGenTomics showed high resolution DIA data of 500 ng of human proteome analyzed using either packed bed or micro-chip based pillar array columns operated at different flow rates and gradients.

Key Learning Objectives:

  • Learn the principles of micro-chip based pillar array chromatography columns.
  • Understand the benefits and separation performance that can be achieved with the µPAC™ capLC column (1-15 µl/min).
  • Be convinced about the robustness and sensitivity of modern day capLC and its applicability in proteomics.
  • Get a glimpse of an alternative future in proteomics: highly reproducible label-free quantification of 1000’s of peptides over large sample batches using capLC-DIA.

 

Read the full executive summary here!