Latest How To Guides

While technological advances are reshaping the cell culture field, many basic steps are still to this day performed manually in laboratories. This guide highlights 10 tips for successfully developing cell culture assays.

While the shift to 3D cell culture has been under way for the last decade, it is still evolving rapidly to meet the ever growing and dynamic pharmaceutical demand.
Here we provide tips which we deem essential for anyone carrying out 3D cell culture.

Ok, this is the moment you have been waiting for – since the beginning of your scientific career – you finally get to vaccinate something. Download this guide for tips on how to optimize a preclinical vaccine trial.

This guide highlights 10 important factors that will help you improve your pipetting technique and ensure accurate, reproducible results!

Follow these 7 top tips to improve your westerns and reap the rewards of clean bands and publishable quality data, every time.

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.

Pesticides help to maximise food crop production however, the potential for them to remain in consumer products and the environment is of significant concern due to their potentially harmful effects. Effective screening is therefore imperative to prevent pesticides from entering the food chain or contaminating the environment.

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.