Immunoassays – Multimedia

Antibodies are a vital part of the immune system, playing a key role in our ability to fight infection and in the efficacy of vaccinations. However, that’s not where their utility ends. Find out about what antibodies are, where they come from, how they function and how science is putting them to work in the laboratory.

Investigating a cellular response can involve multiple approaches to gathering information and often multiple instruments are needed to glean the necessary results. Access this eBook to discover a rapid imaging and cell analysis solution.

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

Dig into two testing techniques for viruses: PCR tests to diagnose an infection and immunoassays to detect antibodies.

Download this guide to discover the biotech essentials that can help you to deliver consistent and reproducible results.

Download this infographic to discover the key considerations for membrane selection in designing lateral flow immunoassays.

In this app note, discover an assay that caters to the demand for a rapid, simple method for the functional assessment of two or more interactions of bispecific therapeutics.

The host systems often used to manufacture protein-based biotherapeutics can produce their own endogenous proteins, known as host cell proteins (HCPs), which can ultimately contaminate the product. Download this list to learn about some of the most commonly used methods for HCP analysis.

Download this how to guide for tips on optimizing imaging with antibodies, with details on antibody selection, sample processing and enhancing signal-to-noise ratio.

It is important to understand the advantages and disadvantages of different ways of detecting a protein of interest on a western blot membrane. Here, we consider the three main types of protein detection for western blot; radioactive, enzymatic, and fluorescent.