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Myeloma is a type of blood cancer that develops from a blood condition called monoclonal gammopathy of undetermined significance (MGUS), yet we still don't fully understand why myeloma develops from this condition and who will develop it. Dr Goudswaard wants to change that, by studying proteins in the blood and lifestyle factors that could reveal who is most at risk.

A lady stood outside by a University of Bristol sign wearing a red Blood Cancer UK lab coat.

Dr Lucy Goudswaard

Project information

Lead researcher

Dr Lucy Goudswaard, University of Bristol

Research team
Related conditions
  • Myeloma
Research type
  • Non-clinical
Region
  • South West
Grant awarded
  • Early Career Fellowship
Status
Ongoing
Funding award date
August 2026
Amount awarded

£338,499

Project completion date
July 2029

The challenge

Myeloma is a blood cancer that affects white blood cells called plasma cells. It often develops from a blood condition called MGUS. Most people with MGUS don’t go on to develop myeloma but a small number of people do, and we still don’t know why this is. Those living with MGUS are often simply told to wait and return if things change, leaving many people without clear answers about what might happen next.

The project

In this project, Dr Goudswaard and her team will investigate two key factors they believe may drive the development of myeloma. The team believe that proteins circulating in the blood may act as early warning signals that myeloma is starting to develop. They will study this using samples from a study in Iceland, which has tracked over 75,000 people aged over 40 with MGUS. They will also look at lifestyle factors, such as body weight, physical activity and sleep, drawing on health records and data from hundreds of thousands of people across the UK. By studying levels of protein in the blood and lifestyle data, Dr Goudswaard and the team plan to identify which factors are most likely to cause people with MGUS to go on to develop myeloma in the future.

The future

If successful, this research could transform how people with MGUS are monitored and cared for. By identifying proteins in the blood and lifestyle factors that increase knowledge on the likelihood of someone developing myeloma, individuals most at risk could be monitored more closely, while those at lower risk could be reassured. In the longer term, these findings could also lead to new ways of preventing myeloma from developing in the first place through the development of new treatments and or lifestyle changes.