Electrophysiology – Multimedia

Did you know that the adverse effect of drugs on cardiac tissue – known as cardiotoxicity – is one of the principal reasons that therapeutics are withdrawn from the market?

Speaking at Innovations in Disease Modeling, Sasha Mendjan, Group Leader at Institute of Molecular Biotechnology, presented his talk on aims to recapitulate human heart development in vitro, discover the molecular mechanisms driving cardiac self-organization, and how this fails in congenital heart disease..

Download this listicle to learn more about the benefits of automated patch clamp in drug discovery.

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

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.

Cloud-based informatics solutions have become an integral part of research. The cloud is everywhere these days, and every new informatics tool seems to have some cloud feature or function. But what does this actually mean for researchers? With this handy list, you’ll find that the answer is “quite a lot”, as we explore four key ways in which the cloud has changed research.

Download this guide for a more in-depth understanding of ion channels, and how patch-clamp techniques are used in their analysis.

For World Sleep Day, NNR investigates what goes on in the brain during dreams. We uncover fascinating ideas about rapid-eye movement (REM) sleep, the dreams of people born blind, and ask why some dreams are so strange.

In recent decades, functional investigation of neuronal physiology has become the gold standard for decoding how the brain works. This list will look at the main differences between electrophysiological approaches, the most recent innovations in the field and opportunities that recent technological advances have given us.

As a field, neuroscience is far younger than many other biological disciplines and our understanding of the brain is still limited. But research of jaw-dropping ingenuity and technologies of incredible complexity have brought us closer to understanding how the brain works, why it fails, and how to fix it. This eBook includes nine dispatches from the frontiers of neuroscience.