Latest How To Guides

Developed initially in the field of immunology, flow cytometry now has applications throughout the biological sciences and beyond. A successful flow cytometry experiment begins with good sample preparation.

In this list we learn 7 key pieces of advice that will help you handle your excel data and prevent errors appearing across your dataset.

There are many factors to consider when transferring a lab-based test to a lateral flow assay and important validation steps must be taken to ensure comparibly reliable and robust results are achieved.

Live-cell analysis will help challenging cellular models become more reproducible, richer in information and stream-lined into the drug discovery process.

Here we provide a list of important variables in cellular studies that can uniquely be retrieved using live-cell analysis.

So you’ve collected your data and have a nice, clean dataset. Before you start your analyses, you need to get to know your data. Here we’re going to take a look at the different data types, learn to understand them and do calculations with them. By the time you’ve got to the end you’ll be able to put your new skills into practice in your data.

Download this guide to learn essential tips to maintain an aseptic environment and prevent cell culture contamination.

The following is a list of what I think are the most useful tips for successful transfection, learned through years of experience and troubleshooting transfection experiments.

Here are 10 tips to help you optimize your clinical flow cytometry experiments and ensure consistent results.

CRISPR-Cas9 is a revolutionary genome and epigenomic editing resource that has rapidly displaced older genomic editing tools.

Favored for its simplicity, specificity and cost-effectiveness, ELISA is a useful technique used in many laboratories globally.