Neurodegeneration – Multimedia

Download this poster to find out more about the methods used to distinguish between isoAsp and Asp peptides.

This video from Neuro Transmission breaks down what we know about the neuroscience of Alzheimer's Disease (or Alzheimer Disease) and provides a solid foundation for anyone who is hoping to get a little more information on this type of dementia.

In this app note, find out how HTRF technology can be used to improve our understanding of Tau-related neuronal disorders.

Download this poster to find out more about human islet amyloid polypeptide (hIAPP) and the inhibitors most successful at preventing hIAPP aggregation.

Effective therapies for Alzheimer's disease are few and far between. Why have so many drugs failed in tackling this disease, and is there a light at the end of the tunnel? This infographic, from Fluidic Analytics, investigates.

Professor John Hardy, University College London, explains how knowledge of the role that genetics play in the development of neurodegenerative conditions has been harnessed to develop novel and more successful therapeutics.

At BrainXell, we established new technologies to rapidly differentiate ALS patient induced pluripotent stem cells (iPSCs) into large quantities of neurons.

If you're a Pokémon super-fan seeing Detective Pikachu this weekend, a little bit of your brain might light up that won’t light up in the brains of those that didn’t try to catch 'em all! Find out why that's important to understanding how our brains work, and the latest breakthrough in Alzheimer's research on this week's SciShow News!

Over 100 years has passed since Alois Alzheimer’s pioneering work into recognizing the symptoms of dementia. This list will review the current techniques that are used to diagnose dementia and the advances that are being made to exploit some of Alzheimer’s original discoveries to more quickly and accurately assess dementia.

Professor Anders Bjorklund, Lund University, discusses the evidence demonstrating the adult brain's ability to regenerate and recover following injury, and how this knowledge has been applied to Parkinson's research.