Download this app note to learn more about band signals and how they can be used in western blots.

Download this app note to learn more about proteomic targets, including associated technologies and how to achieve high reproducibility.

Download this app note to learn more about the determination of membranes used for protein analysis.

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.

Vitamin D is widely monitored and used as an indicator for skeletal health in both children and adults with deficiencies resulting in rickets and osteoporosis. This app note details a simple extraction of OH-Vit D2 and OH-Vit D3 from human plasma.

Download this app note to discover tips on ensuring the reproducibility and quality of your western blotting data.

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 article to learn more about nanoLC-MS and capillaryLC-MS and the benefits of μPAC™ for proteomics research.