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Dr Daniel Moore recently completed his PhD research which focused on identifying a potential gene therapy for a group of muscular dystrophies called laminopathies, using ‘mini muscles’ created in the lab.
These ‘mini muscle’ models behave like the muscles in people affected by these conditions.
Laminopathies are diseases caused by genetic changes in a gene called LMNA, which makes proteins called nuclear lamins.
These proteins play a vital role in supporting the control centre of the cell – the nucleus. In people affected by these conditions, changes to the shape of the nucleus within muscle cells is seen.
This eventually leads to muscle cell death over time.

This project is part of the Brain Involvement in Dystrophinopathies (BIND) study which has been partially-funded through one of our research grants. The aim of the study is to improve the understanding and measurement of dystrophin in the brain.
Dystrophin is a protein which plays a key role in maintaining muscle strength. People with Duchenne muscular dystrophy (DMD) and Becker muscular dystrophy (BMD) produce less or no dystrophin, which results in damage to their muscles.
While there has been a lot of research looking at how dystrophin affects the muscles, there has been less research looking at its impact on the brain, and what happens in the brains of people living with DMD and BMD.
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