Neurogenomics – Multimedia

Download this listicle to discover more about some of the main techniques deployed to study the degenerating brain.

Over recent years, single-cell sequencing has become a method ubiquitously used across several different areas of biological research. Why have so many researchers so rapidly adopted this relatively novel set of techniques and how can they be applied?

In this list, discover more about the key RNA-seq techniques used in neuroscience, including the direction and contributions of single-cell RNA sequencing, patch-seq and fluorescence in situ sequencing.

Download this app note to learn more about high-throughput single-cell RNA sequencing and how it can be used to analyze cells and tissues in a variety of ways.

In this episode, the Technology Networks team discusses neurogenomics, the interface between our genes and our brain.

There have been many exciting developments in the biopharma research field this year. Here, we revisit the top 10 most-read news stories of 2019 at Technology Networks.

Over the recent decades, science has witnessed the coupling of the neuroscience and genomics research fields to create a novel area known as neurogenomics. In this infographic, we explore how neurogenomics came to be, the methodologies commonly adopted in research studies and how it contributes to our understanding of neurological diseases.

RNA-seq has shown its worth across many fields, and neuroscience is no exception. In this infographic, we’ll investigate RNA-seq, how it is used in neuroscience, and how it has the potential to advance our understanding of every cell in the brain.

2018 has been an exciting year for the drug discovery field. This list details the top 10 most-read news stories we published from the field this year.

Ribonucleic Acid (RNA) is essential for genetic regulation and expression. In many neuroscience studies, animal models such as mice are used, and accordingly, you may find that you must extract RNA from mouse brain tissue at some point or other.

There are unique challenges that arise when trying to extract RNA from mouse brain samples. This guide outlines the main precautions you should take to overcome these challenges and achieve successful RNA extraction.