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Research achievements: hopes for a cure

Stem cellToday's treatments can help relieve the symptoms of Parkinson's. But they cannot stop, slow down or reverse the progression of the condition.

Our research has pioneered innovative ways to tackle Parkinson's that may ultimately lead to a cure.

Image: Science Photo Library

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ListenDr Roger BarkerDr Roger Barker explores how cutting edge research is pushing forward our understanding of Parkinson's and bringing us closer to finding a cure - Listen here 


What do we mean by a cure?

We need to develop a cure – new cutting edge treatments that will allow people with Parkinson's to lead a normal life, free of all the symptoms.

Dr Iracema Leroi "Over the last 20 years, researchers have made major advances in Parkinson's research. For the first time, we can say that we are closer to a cure than ever before.

"However, no two people with Parkinson's will have the same set of symptoms. There is unlikely to be one cure. Instead there will probably be different cures for different people."

Dr Iracema Leroi,
Consultant in Old Age Psychiatry

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Transplanting new nerve cells

One experimental area of research that has shown promise is cell transplantation. The idea is to replace the nerve cells that have died in the brains of people with Parkinson's with new healthy cells.

We have been a strong supporter of cell transplants since the early 1990s.

Professor Niall Quinn"In the early 1990s, the charity helped fund early cell transplantation trials in a small group of people with Parkinson's.

"Human foetal nerve cells were implanted into people's brains. Although the surgery did not work for most people, 2 patients showed remarkable improvements.

"Overall, the results were unpredictable and caused disabling side effects in some people. However, researchers are still learning from those initial trials, which have provided the groundwork for further research.

"Moving forward, the focus for future transplants will be ultimately on stem cells – an area in which Parkinson's UK invests significantly."

Professor Niall Quinn,
Consultant Neurologist

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A personal perspective on cell transplantation

Chris Wilkinson"16 years ago, I was fortunate to have taken part in the charity's clinical trial for cell transplants. I had 2 separate operations, one on either side of my brain. I started to feel better 3 months later.

"I feel incredibly lucky - the cell transplants have given back my independence. I still have minor symptoms but I've been able to stop taking most of my medication and continue activities like driving.

"Despite the risk and uncertainty, this experimental treatment has helped me. Others, however, have not been so fortunate. More research is needed to make cell transplants safer and work better."

Chris has been living with Parkinson's for 25 years

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Gene therapy - adding new genes

Another dynamic area of research where groundbreaking treatments are being developed is gene therapy. This involves adding new genes to nerve cells in the brain to make them work better.

Chromosomes DNA genetics"Gene therapy emerged as a new concept in the late 1980s and Parkinson's UK was at the forefront of this research.

"Our research found new ways of successfully putting genes into cells. Adding certain genes into the brains of people with Parkinson's has the potential to rescue dying nerve cells or help nerve cells make more dopamine.

"Research funded by the charity showed that gene therapy relieved symptoms in animals with Parkinson's-like symptoms. Today, there are several gene therapy treatments in development and being tested in people with Parkinson's."

Professor David Latchman,
Researcher

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