Latest App Notes & Case Studies

Download this app note to discover an automated immunoprecipitation method that offers seamless integration to protein analysis, ensures high yield and reproducibility as well as delivers low nonspecific binding with significant reductions in total and hands-on time.

Quantitative proteomics workflows using tandem mass tags (TMTs) enable precise measurement of protein abundance from multiple samples from a single high-resolution liquid chromatography–mass spectrometry experiment.

Traditional methods of immune surveillance allow researchers to interrogate one data type at a time, leaving them with an incomplete understanding of the immune response. In order to characterize the immune response, the ability to phenotype individual cells with multiple parameters and at massive scale is necessary.

Download this application note to learn more about the benefits of incorporating μPAC™ columns into your proteomic workflows.

Download this application compendium to discover an ultra-high performance liquid chromatography approach for refined charge variant analysis of mAbs, elevated mAb aggregate analysis and HIC analysis of drug-to-antibody ratio with high salt concentrations.

A cornerstone of synthetic biology is designing DNA sequences and testing the characteristics and functions of the resultant proteins. Traditional in vivo protein expression workflows can be time-intensive and laborious, and they can fail if the protein is toxic to the host cells.

Download this app note to discover a DIA workflow that can identify and quantify 5200 protein groups in single-shot analysis, delivers reproducible identification and quantification information and is suited for high-throughput proteomic profiling of hundreds of samples per day.

Even in small quantities, many elements can have toxic effects when present in drinking supplies or food chains. As such, monitoring the trace elemental composition of drinking, waste, and surface waters (such as rivers, lakes, and ponds) is vital in the maintenance of human, animal, and environmental health.

This technique couples the molecular depth from mass spectrometric detection with the ability to spatially view analytes on a cellular scale, similar to microscopy, enabling users to investigate samples to new depths.

Download this info kit to learn more about how capillary electrophoresis is used in the biopharma industry.