Latest App Notes & Case Studies

In the quest for therapeutic or analytical antibodies, it is crucial to carefully select antibodies based on their kinetics, affinity, specificity and biophysical attributes. Antibody screening plays a pivotal role in identifying cell clones that generate antibodies suited to a specific purpose, often challenging these antibodies with a known antigen.

This app note highlights a highly sensitive method developed for the detection of GalSPH and GluSPH in CSF.

In food safety, chemical manufacturing and environmental testing labs, the need to consistently generate high-quality data means that managers, scientists and technicians must ensure their instruments are performing optimally around the clock.

This application note demonstrates the successful identification of two low-abundance monoclonal antibodies using next-generation protein sequencing.

Oligonucleotides play a crucial role in modern drug development, therefore their accurate characterization is essential. However, given the sheer complexity and diversity of the types of oligonucleotides that are in clinical development, a range of diverse analytical approaches are necessary.

This application note compares the use of pulsed- and constant-field technologies to support researchers in choosing the most suitable automated instrument for their sequencing workflow.

This technical overview highlights the latest fragment analysis and electrophoresis solutions for adapter dimer detection. It explores how greater detection and resolution capabilities can support sequencing efficiency and quality control (QC).

This application note highlights how combined machine learning and FTIR technology can enhance the overall efficiency of your analytical workflow.

This case study highlights the process DuPont, a multinational chemicals company, went through to select a LIMS provider and the significant benefits they experienced as a result.

Mass spectrometry is regarded as the gold standard for protein identification; however, this technique cannot easily discriminate between protein variants and is not accessible to everyday scientists due to the high cost, space and expertise required.