Latest Infographics

This infographic explores key differences to help researchers determine the most suitable approach for their experimental workflows.

This infographic breaks down the technology behind each technique, as well as their workflows, applications and important the benefits of each approach.

This infographic explores how this "6-base genome" approach helps researchers better understand gene expression and disease mechanisms by integrating epigenetic markers with genetic data.

This infographic deciphers how each characteristic influences magnetic bead separation and explores strategies to achieve optimal performance.

Download this infographic to learn about medical applications for synthetic biology, such as diagnostics and biosensors, cell therapy and precision medicine, and synthetic bacterial therapeutics.

Cancer is inherently a genetic disease, and advances in our knowledge of the genetic basis of cancer can help to guide earlier diagnosis and improve treatments to benefit patients.

Exploring the connections between individual omics disciplines provides us with a deeper understanding of complex biological systems.

Fragment analysis is a powerful genetic analysis technique with simple, straightforward workflows. This technology can be used for a wide variety of DNA sizing applications and is a flexible and effective technique that allows you to multiplex and analyze multiple samples in parallel.

This infographic showcases a new combined, single-tube prep workflow that simultaneously generates DNA and RNA libraries from a single input formalin-fixed paraffin-embedded (FFPE) sample.

Nucleic acid quantification (NAQ) is the process of determining the concentration of DNA or RNA in a sample. Accurate NAQ is crucial in various molecular biology applications, including PCR, sequencing, cloning and gene expression analysis.