Latest App Notes & Case Studies

This application note highlights how combining a phosphorylation and translocation assay with a confocal imaging reader can provide a robust and sophisticated method for analyzing the magnitude of SMAD activation. This in turn provides quantitative e

This application note explores how, when coupled with live-cell imaging, these tools can offer improved sensitivity, faster turnaround and greater detail for Gs- and Gi- pathway monitoring.

This app note details the application of advanced flow-through chromatography techniques, with case studies and practical guidance demonstrating how researchers can overcome complex polishing challenges to achieve high product quality and process eff

This application note demonstrates how an integrated automated SPE workstation combined with next-generation triple quadrupole liquid chromatography–mass spectrometry (LC/MS) technology delivers superior sensitivity, reproducibility and efficiency fo

This application note provides expert guidance on choosing the right SEC columns and optimizing method conditions to achieve reliable oligonucleotide separations.

This application note presents a proven anion-exchange chromatography approach that delivers exceptional purification performance using standard aqueous buffers, enabling labs to achieve superior results while reducing costs and environmental impact.

This application note demonstrates how advanced unit mass detection technology can deliver the sensitivity and selectivity required for comprehensive purity assessment, enabling routine testing labs to implement a more practical and robust analytical

This application note demonstrates how an ammonium bicarbonate-based approach eliminates bottlenecks while maintaining excellent chromatographic performance and mass spectrometry sensitivity.

This application note reveals how hydrophilic interaction chromatography (HILIC) provides a versatile, MS-compatible alternative that delivers superior separation performance without the limitations of conventional approaches.

This case study explores how a leading institution in histocompatibility implemented an automated NGS-based workflow for high-resolution HLA typing.