Photo: Close up of researcher working in the lab

Why MS research is at a pivotal point

Sir Geoffrey Owen, former editor of the Financial Times, was part of a family living with MS at a time when no effective treatments were available. Since then, great strides have been made in MS research.

Sir Geoffrey has been interviewing top MS scientists to find out where things stand today. In this blog, he tells us why we're at a pivotal moment for MS research. 

Most major medical advances take place when we have two things happening at the same time:

  • a serious, widely recognised, unmet medical need
  • a scientific breakthrough which shows how that need might be met.

The initial breakthrough is often followed by a wave of further innovation, as scientists look for ways of building on the discovery. We saw this with development of penicillin which sparked a revolution in antibiotics. Now it could be MS’s turn.

The unmet need

The fact that the symptoms of MS get worse over time is one of the most distressing features of the condition. Current MS treatments prevent immune attacks but can't stop or reverse progression.

So the top priority for people with MS and the MS Society is developing treatments that slow or stop the worsening of disability.

Progression has been the topic of intense research over the past decade. That research is now bearing fruit.

Showing how that need might be met

Scientists now believe that MS progression is caused by three things:

MS researchers need to find a way of repairing damage to myelin. If myelin can be repaired, the nerve fibres will be protected, preventing progression. We also need to find ways to keep nerves healthy, so that nerve damage doesn’t get progressively worse.

Leading MS researchers believe that treating these aspects of MS together is likely to lead to significant progress in slowing down and stopping MS.

The breakthrough

Following several discoveries in lab-based research, scientists have identified the role played by a special type of stem cell in myelin repair. In MS, these stem cells find it hard to repair all the damaged myelin.

Research is focusing on finding a way of stimulating these stem cells. Several drugs that have the potential to promote myelin repair are being tested in early-stage clinical trials.

What do we need to do?

Currently, there are too many gaps in our knowledge about myelin loss and nerve damage to attract pharmaceutical companies to invest money. So the next phase of research depends to a very large extent on funding from charities like the MS Society. This is particularly important now, when recent scientific advances have opened up new areas for research.

MS research has reached the foothills in a mountainous journey. A big push now will take research higher up the mountain, bringing us nearer the ultimate goal: to stop MS.

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Read Sir Geoffrey’s full paper

The next research breakthrough is in reach

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£30could process one blood sample, giving researchers crucial information about genes and the immune system.

£50could pay for an hour on a microscope, so scientists can study cells and tissue in greater detail and improve their understanding of the biology of MS.

£100could pay for half an hour of MRI use, so researchers can monitor the success of clinical trials and understand MS in more detail.

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£10a month could pay for lab equipment like microscope slides to study the building blocks of MS

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£30a month could process a blood sample to help us understand what causes MS, so we can stop it in its tracks

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MS researcher at work in lab, using a pipette