Latest How To Guides

Download this guide to explore tips on how to avoid issues during NGS experiment design, tissue/specimen handling and isolation of nucleic acids.

Long-read sequencing enables the accurate identification and characterization of complex genomic features. It outperforms its short-read alternatives in de novo assembly, mapping, and variant calling applications.

Download this guide to explore key considerations to remember when selecting the concentration of agarose required to give optimal separation, pouring and running your gel, and maintaining your equipment.

Download this guide to learn tips on balancing, choosing the correct tubes, training, maintenance and cleaning.

Plant-derived compounds are widely used across the pharmaceutical, cosmetics, food and agricultural industries. However, compared to other natural compounds, they often produce a lower yield of secondary metabolites.

Download this guide to learn more about what RNA-Seq is and the information it provides, advantages of RNA-Seq, the types of RNA-Seq available and what to consider when designing your experiment.

Download this guide to discover what you need for whole genome sequencing analysis, what you need for RNA sequencing analysis and how to analyze each type of data.

Cell heterogeneity is a key contributor to biological complexity that is often masked by bulk techniques, like RNA sequencing or microarray analysis.

Download this Guide to explore how NGS can benefit from the miniaturization and automation of library preparation workflows.

The journey to discovering novel drug targets starts with building a deep understanding of the underlying biology. To achieve this, researchers are increasingly looking to 3D cell cultures to bridge the gap between 2D cell cultures and in vivo animal models.