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A new way to detect faulty TDP-43 in MND

A new way to detect faulty TDP-43 in MND

Reading Time: 7 minutes Researchers from the University of Aberdeen and the University of Edinburgh have developed a new tool that could help to detect signs of MND in cells before symptoms of the disease start. This work was recently published and was previously presented at the 34th International Symposium in Basel by Dr Jenna Gregory. The new tool…

Using brain imaging to assess appetite control in people with MND
Glass head with health foods recommended for mental agility.

Using brain imaging to assess appetite control in people with MND

Reading Time: 6 minutes Weight loss is a problem for many people living with MND, with approximately 20% of people already having lost 10% of their weight at diagnosis. Some of this weight loss may be due to a person experiencing difficulties with chewing and swallowing because of increased muscle weakness. It could be due to a lack of…

Cracking the genetic code in MND

Cracking the genetic code in MND

Reading Time: 7 minutes Hi, I’m Heather, a PhD student from King’s College London, and a Communications Ambassador for the 34th International Symposium on ALS/MND which was held in Basel last December. Over 1,300 attendees from around the world gathered to connect with researchers and people affected by MND and engage with the latest research presented in the platform presentation and poster sessions. In this blog post, I will be sharing several of my personal highlights of the symposium, which cover how differences in our genetic code can be explored to understand their effects on MND risk and progression.

Is nerve injury related to symptom onset site in MND?

Is nerve injury related to symptom onset site in MND?

Reading Time: 4 minutes In our brains, specific areas control the movement of different body parts (see image below). As we know, MND is a complex disease with a lot of variation between individuals who are affected. For example, symptoms may start in different body parts for different individuals. Understanding why this happens may help us predict the disease onset site or progression across the body in the future.