Neurogenomics – Multimedia

This episode provides an overview of spatial biology and what applications scientists can pursue by exploring this area.

In this video, Justin from the Institute of Human Anatomy discusses how scientists and medical professionals know with certainty that we use 100% of our brain.

Download this listicle to learn more about bulk tissue genomics and single-cell RNA-seq analysis of the mammalian brain and investigating cell type-specific changes in brain disorders

In this Teach Me in 10 episode, Lucy Lawrence is joined by Dr. Eric Wengert, postdoctoral fellow at The Children’s Hospital of Philadelphia to discuss gene therapies used to treat epilepsy.

In this episode of Teach Me in 10, UNLV neuroscientist Dr. Rochelle Hines joins us to discuss the team’s latest findings, which show that mutations in ARHGEF9 — the gene that codes for collybistin — lead to ID through impaired α2 subunit function.

In this episode of Opinionated Science, the team reviews two studies that show off the power of genomic technologies, from very different angles. One answers key questions about why some women experience extreme vomiting and sickness during pregnancy, and the other reveals why dog breeds aren’t all they are cracked up to be.

Our ability to rapidly sequence the nucleic acids that form the building blocks of our cells has arguably done more for biomedical science over the last twenty years than any other development. But modern sequencing techniques have now moved beyond the genome and in this infographic, we review the new multiomics methods powering neuroscience discovery.

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.