Latest Infographics

When designing your own lateral flow assay (LFA), it is important to consider the critical variables that impact accuracy and reliability, including detection reagents, assay materials and manufacturing methods.

There are a host of parameters that may be assessed in the cell biology lab and the flow cytometer is a key tool in doing so. In this infographic, we explore how flow cytometry works, what analyses can tell us and the applications of flow cytometry.

This infographic takes a look at some of the benefits that liquid biopsies can offer and explores examples of recent developments in this field.

Lateral flow immunoassays are rapid, convenient tests used to detect target analytes, such as macromolecules and proteins, in liquid samples. The nitrocellulose membrane is the heart of the lateral flow test.

Download this infographic to explore the diverse applications to which MS is being applied, how technique variants and hyphenation can help meet analytical needs and the capabilities of MS that make it well suited to certain analytical challenges.

Download this infographic to explore how UV-Vis spectroscopy works, what it can tell us, its strengths and limitations and its applications.

For the future of our planet, we all know it is important to address the sustainability of our practices, tools and workspaces across the sectors. Science is no exception. But it’s also critical that, in carrying out scientific research in a more environmentally sustainable way, safety and quality are maintained.

Relocating your lab can be stressful, costly, and can result in prolonged or unexpected downtime. Hence, it’s important to opt for a relocation service that you can trust.

There is more pressure than ever to quickly commercialize diagnostic tests, as molecular and immunodiagnostics tests using nucleic acid and protein assays are now an essential component in the evaluation and early detection of many diseases.

Lots of time, money, and investment goes into creating effective diagnostic kits. But how much consideration goes into choosing the right components to ensure your kits are reliable and perform at their maximum? Do you know what factors you should look for and what could be the cost of getting it wrong?