Finding the master MS genes
Professor Stephen Sawcer
University of Cambridge
About the project
Professor Sawcer is trying to find the key genes – called master regulators – that control the behaviour of immune cells of people with MS. Over 100 genetic variants have been linked to an increased risk of MS.
Many of these genetic changes don’t alter how a particular gene works, but instead change how much the cell uses it (this is called gene expression). Research shows that gene expression is different in immune cells from people with MS, compared to people without MS. Genes can be categorised into different networks, and a few master regulators sit at the top of those networks, controlling the expression levels of the genes below. This study aims to identify those master regulators and understand how they’re involved in what goes wrong in immune cells in people with MS.
Professor Sawcer’s team will be looking at 190 individual immune cells taken from 100 people (50 with MS and 50 without). They’ll identify which genes are being activated in each cell and how much, creating a gene expression map. Once they have a map for each of the 19,000 cells, they’ll start grouping together cells that have similar gene expression maps.
This will build a network of groups of immune cells and gene expression maps, from which they hope to be able to identify key genes that stand out as being master regulators. By finding those master regulators, researchers may be able to develop drugs to target them and restore normal gene expression in immune cells.
How will it help people with MS?
Understanding the role that genetics plays in the development of MS is crucial in our efforts to find out what causes MS. Although over 100 genetic changes have been identified to date, there isn’t one genetic change that stands out as being more influential than the rest.
If Professor Sawcer’s team can find master regulators that control gene expression levels in immune cells, this information could be used to develop new drugs and identify individuals that could benefit from particular treatments. By doing so, researchers could move forward into a new, more personalised approach to treating people with MS.
The difference you can make
Improving our understanding what causes MS will help us move forward towards a better future.
The next research breakthrough is in reach
Your donation will help stop MS.
£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.
Every penny you give really does take us a step closer to stopping MS. Your donation will make a difference.
£10a month could pay for lab equipment like microscope slides to study the building blocks of MS
£20a month could pay for lab equipment like petri dishes to grow bacteria important for studying genetics
£30a month could process a blood sample to help us understand what causes MS, so we can stop it in its tracks
Your regular donation means we can keep funding world class MS research with confidence. Together we will stop MS.