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Developing a gene therapy for desminopathy 

Dr Michael Keogh from Newcastle University will be developing a new gene therapy for a type of myofibrillar myopathy called desminopathy. He’ll be looking to see if it’s harmful for muscle cells in laboratory settings.
Details
Principal Investigator
Dr Michael Keogh
Institute
Newcastle University
Official title
Developing a gene therapy for desminopathy
Duration
12 months
Total cost
£15,000
Conditions
Desminopathy
Year
2024

Background

Desminopathy is a progressive muscle wasting condition caused by a change in the desmin gene. There are currently no treatments for it. 

Developing a therapy that would reduce the amount of changed desmin in cells could delay problems with muscle function and slow down progression of the condition. 

What are the aims of the project?

The researchers aim to develop the first gene therapy for desminopathy and test it on muscle cells in the laboratory to see if the treatment can potentially work. They will also be looking to check it’s not harmful to cells.  

The importance of this study

If this project proves to be successful, the researchers will look to test the developed gene therapy in animal models and tissues built in the laboratory – this is the pre-clinical stage of treatment development before they can reach human clinical trials. This would be a huge step for people living with desminopathy – a condition for which treatments are yet to be found. 

We will be jointly funding this project with the French Muscular Dystrophy Association (AFM-Téléthon). 

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