Active Pregnancy, Children & Inherited Conditions NIHR-supported project Brain & Nervous System

Developing resources to support information sharing of genomic test results in MND

In plain English

AI plain-English summary

A minority of people with motor neurone disease (MND) carry a genetic change that their children have a 50% chance of inheriting. Yet many families never discuss this risk, and healthcare professionals often lack the confidence or resources to raise it. The problem is not a lack of genetic tests—it is a failure to share the results with the relatives who could act on them. This project will develop web-based tools to help families talk about genetic test results and to support clinicians in having those conversations. If successful, the tools could give at-risk relatives the chance to take a predictive test, consider family-planning options such as preimplantation genetic diagnosis, or join clinical trials targeting their specific gene change. The research is not fundamental science; it is a practical intervention in the communication infrastructure of the NHS. By co-designing resources with people living with MND, their families, and clinicians, the team aims to turn a genetic result from a piece of paper into a usable piece of family knowledge.

View original technical description
In a minority of people with MND, their condition can be caused by a change in a gene. Genes are instructions to make our bodies work, and when there are mistakes in particular genes, they can lead to illnesses including MND. The genes that can cause MND are passed down through families, and children of people who carry these genes have a 50% chance of inheriting it. Knowing there is, or could be, an MND-linked gene change in the family, can help people plan and give them choices such as having a genetic test, considering options for starting a family (including techniques to prevent passing on the gene change), and in some cases, taking part in clinical trials which target specific gene changes and try to stop or slow the disease. These choices are only available when people are aware of a gene in their family or the possibility of being ‘at risk’. From research we have done, we know that families find it hard to talk about MND, and in some cases they avoid having these discussions or sharing important information, including genetic test results. Healthcare professionals are not always confident in talking about genetics and genetic testing and lack resources or leaflets to help them have these conversations. Because of this, we want to carry out research to better understand the experiences of people with MND, their family members, and healthcare professionals, and learn about their views on information sharing and what support they need when communicating about genetics and genetic testing. We will use what we learn to make web-based tools that can help families have discussions and share the necessary information with the right people. In the final part of our project, we will ask for feedback to check the tools meet the needs of the people who will be using them, and use their suggestions to help make them better. Throughout our research, we will invite a group of people with expertise in this area to work with us on the project (including people living with MND and their relatives, healthcare professionals, and researchers). We will work together on developing initial ideas through to sharing what we found. We will share our findings and the tools we produce with families affected by MND, healthcare professionals, and MND charities, to make sure they are available to as many people as possible. This will help families to have good and supportive discussions around genetics, including sharing genetic test results and information about genetic risk with those who could benefit from knowing.

Researchers

Lisa Ballard (Principal Investigator)

Related Research

Grants with similar aims, by meaning.

Developing a patient decision aid for genomic testing in motor neuron disease.
Exploring communication between people living with Motor Neurone Disease and their close persons with healthcare professionals: a longitudinal qualitative study
Exome sequencing in motor neuron disease: bioinformatic analyses and biological validation of novel variants
Speeding-up genetic neurodegenerative disease research through sequencing standardisation, cross-border patient recruitment and new geographically-diverse datasets.
Advance and Personalised Care Planning in MND: utilising ethnography to explore patient and clinician experiences to co-develop guidelines for improving communication

Original classification

Data, Health and Society (DHS)

Plain English summaries and category classifications on this site are generated by AI and may not perfectly reflect the original research.