Download this application note to learn more about the techniques used for the development of therapeutics against COVID-19

Download this app note to discover more about binding parameters and high-throughput assays in drug development.

Immunoprecipitation in its basic form is very simple, however protein–protein binding often involves transient and weak interactions. It is therefore paramount to use a method that offers rapid binding kinetics and low nonspecific binding.

Dr Jarrod Marto’s lab from the Dana-Farber Cancer Institute have developed a new approach to identify expression of low-level enzymes for the first time in primary insulinsecreting beta cells (β-cells). In their research, they found that these proteins are critical, functional components of key metabolic pathways which can support β-cell survival under inflammatory stress.

To date, mostly offline 2D-LC is used for two-dimensional purification, which is time-consuming, difficult to automate, and can incur sample loss or contamination. Download this app note to discover how online 2D-LC can help you overcome these issues.

Despite possessing numerous advantageous pharmacological properties, the comprehensive annotation of saponins remains challenging. Download this app note to discover how a structure-based mass spectrometry workflow can be used.

Download this app note to discover how semi-automated sample tube decapping can ensure sample integrity whilst also helping to prevent injury.

In this application compendium, discover the true breadth of ICP-QQQ and how it can be applied for trace element analysis at low concentration, high reliability and high confidence.

Download this app note to discover a method for quantifying nitrosamine levels in sartans that is simple to carry out and has detection accuracy of at levels well below current FDA specifications.

In this info kit, including a webinar, app notes and technical notes, discover comprehensive solutions that can make antibody analysis quick, easy and thorough.