Newly qualified Clinical Scientist, Karen Stals, is nationally recognised for her contribution to diagnosing rare genetic disease
Karen was a finalist for the Healthcare Science Rising Stars Award as part of the 2017 Chief Scientific Officer Awards. The Rising Stars Award celebrates healthcare scientists in the early stages of their careers who are demonstrating, through clear vision and impactful work, how Healthcare Science can really impact care pathways and service provision and development. You can read more about the Awards here.
Having completed the Genetics STP in 2016, Karen has already made a major contribution to developing the only available NHS whole exome sequencing service. This has provided much needed diagnoses for families with previously unexplained rare diseases. Diagnosis of a rare genetic disease can profoundly impact on clinical management to enable the provision of new life-altering therapeutics as well as clear reproductive options for individuals and their families.
Neonatal Diabetes research paper receives “Distinguished Clinical Research Award”
A recent neonatal diabetes publication we collaborated on with colleagues in Abu Dhabi has received the “Distinguished Clinical Research Award” from the American Association of Clinical Endocrinologists, Gulf Chapter. You can access the paper here.
Exeter diabetes team to feature on national radio
The radio show Personalised Medicine: Dose by Design features the work of the monogenic diabetes team form the University of Exeter Medical School and the Royal Devon and Exeter NHS Foundation Trust. Follow this link for the full story.
Our trainee Scientists team up with others in the South West to inspire young minds at the Big Bang Science Fair. You can read about it here on the National School of Healthcare Science’s website.
South West celebrates 100,000 Genomes Project
Families affected by rare conditions or cancer across the South West are having their genomes sequenced as part of a national bid to shed new light on the genetic causes of disease.
Since launching in December 2014, the South West NHS Genomics Medicine Centre (SWGMC) has enrolled 372 patients with a rare disease, or cancer, for genome sequencing to understand more about their condition. Nearly 4000 samples will be provided by hospitals across the South West.
On 28 June, patients and their families joined with healthcare professionals from across the region to celebrate the project. The South West NHS Genomics Medicine Centre is a partnership between 7 NHS hospitals in Devon, Cornwall and Somerset, supported by the South West Academic Health Science Network. The 100,000 Genomes Project was announced by the Prime Minister in 2012 to transform diagnosis and treatment for patients with cancer and rare diseases in the fast-emerging field of genomic medicine.
Opening the day, Professor Sue Hill, Chief Scientific Officer at NHS England, described the aims of the national project and how it will shape future healthcare. Professor Sian Ellard, Director of the South West NHS Genomic Medicine Centre and Professor of Genomic Medicine at the University of Exeter Medical School, reported local progress before two families talked about their experience of the project.
Professor Ellard explained why this project is so important:
“Genomic medicine will improve healthcare in many ways, through better diagnosis and treatment of rare diseases and increased knowledge of cancer biology to devise better therapies. We’re really proud of the contribution we have made to the national goal of sequencing 100,000 genomes and would like to share our progress with those involved – healthcare staff, patients and their families.”
The role of the SWGMC is to enroll patients to the project and to communicate the genome sequencing results back to patients. One of those patients is Aidan Scholey. Seven-year-old Aidan is the first member of the Scholey family to show signs of a rare genetic condition, and his mother Maria hopes the 100,000 Genomes Project will help provide some answers.
Aidan’s condition is so rare that it has not yet been diagnosed with a named condition. His parents were not worried when he was born small, but over time Aidan’s lack of growth gave clues that his development was showing signs of a disease. Still small for his age, Aidan also has a retinal dystrophy that impairs his vision.
Maria Scholey, who lives in Exeter, said: “Aidan is a happy, placid and much-loved little boy. We’re hoping that a genetic diagnosis would give us more information about the longer term implications of his condition and how it might develop. Genetic therapies are also a rapidly-evolving area of medicine, so it is possible that getting involved could mean that Aidan could receive help in future.”
The family has provided blood samples to the South West NHS Genomics Centre. It is hoped that the genome sequencing will provide a diagnosis for Aidan and others like him – but the family is aware that it may not find the answer.
Mrs Scholey said: “It would be great to get a diagnosis for Aidan, but even if we don’t, we see our involvement as part of a bigger picture. It’s possible that we may even find out something we don’t want to know about the way Aidan’s condition will develop – but this is far bigger than just one child. It’s about contributing to information that can be shared worldwide and could help others. It’s the future of medicine.”
For more information, please contact: Marie Taylor on 01392 – 408208 or mobile 07730427592
Family photo: Mr and Mrs Scholey with Aiden and Erin
From the left: Rosie Benneyworth, Managing Director of SW Academic Health Science Network; Professor Sian Ellard, Director of the South West NHS Genomic Medicine Centre; Dr Charles Shaw-Smith, Consultant Clinical Geneticist and SW GMC Rare Disease Lead
Chief Scientific Officer Professor Sue Hill tweets about some of the great work being carried out at the RD&E
Read the tweet here acknowledging the RD&E’s Monogenic Diabetes Team’s recent success at the BMJ awards.
The Guardian writes about personalised treatment for Monogenic Diabetes
Yesterday the Guardian published an account of some of the developments in personalised genomic medicine showcasing some quotes from our own Professor Sian Ellard.
Read the full article here.
Monogenic Diabetes Team at the Royal Devon & Exeter wins BMJ ‘Diabetes Team of the Year’
The Monogenic Diabetes Team at the Royal Devon and Exeter NHS Foundation Trust took home the BMJ ‘Diabetes Team of the Year’ award from the ceremony hosted on the 5th May. Working collaboratively with the University of Exeter Medical School has resulted in what the judges’ remarked as a “rapid translation of world-leading research into clinical practice” for better monogenic diabetes care. The transformational work on monogenic diabetes has helped people across the country and around the world by ensuring monogenic diabetes can be correctly identified, diagnosed and managed. For more information about the winners see the BMJ Awards Brochure or visit http://thebmjawards.bmj.com/home.
For more information about monogenic diabetes see http://www.diabetesgenes.org/.
The next installment of the free MOOC Genomic Medicine: Transforming Patient Care in Diabetes, produced by the University of Exeter, begin on the 25th April so don’t forget to sign up!
Here’s a link to the course homepage where you can find more information and also register to participate: https://www.futurelearn.com/courses/diabetes-genomic-medicine/1
RD&E celebrates Healthcare Science Week
It’s Healthcare Science week from 11th -20th March and here at the RD&E, staff from Molecular Genetics and the 100,000 Genomes project will be on hand in the Oasis staff restaurant from 12-2pm Monday 14th March to Thursday 17th March to answer any questions you might have about the 100,000 Genomes project. The project has already sequenced 7306 whole genomes and the work of the South West Genomic Medicine Centre is progressing and gathering pace with cancer participants now being recruited. There is lots of information, news and updates available at http://www.genomicsengland.co.uk/the-100000-genomes-project/ and http://swgmc.org/.
It will also be a chance to find out more about the exciting new opportunity coming to the University of Exeter in September to study the Health Education England-funded MSc in Genomic Medicine. This degree will be available to study part-time from September 2016 or you can choose modules of particular interest that will contribute to your CPPD, a PGDip or PGCert. It is currently available at several universities across the country. More information is also available at http://www.exeter.ac.uk/postgraduate/taught/medicine/genomicmedicinemsc/.
See what comment Professor Sue Hill had about this and the 4 Ps of personalised medicine that we will be delivering here.
The start date is getting closer so don’t forget to sign up for our free MOOC! See below for details and follow the link in the post header to participate!
Course duration: 4 weeks
Course frequency: ~6 times yearly
The University of Exeter diabetes research teams and the Molecular Genetics team have collaborated to recently develop a MOOC (Massively-Open Online Course) with FutureLearn.com. This free online course introduces the topic of genomics and illustrates the clinical application of current knowledge in genomics, with particular focus on monogenic diabetes.
This course is designed for anyone who wants to learn about how the genomic era is changing medical science, including healthcare professionals, science undergraduates and non-specialists who just want to learn more about genomic medicine
Those involved with the The Genetic Diabetes Nurse Project were the well deserved winners of the Quality in Care in Diabetes: Best innovation and integrated care model 2015! Click here for more information about the award.
At EASD (European Association for the Study of Diabetes): Professor Andrew Hattersley wins Albert Renold Prize for outstanding achievements in research on the islets of Langerhans.
Endocrine disorder NGS panel tests
Click here to view details of the comprehensive NGS panel testing options we provide for endocrine disorders. An example of the potential benefits of these tests has recently been demonstrated by De Franco et al., (2015) who show how early and comprehensive genomic testing can improve clinical care for neonatal diabetes patients.
Honiton family becomes first in South West to take part in ground-breaking DNA research at the RD&E
Click here to read all about the first family in the South West to be recruited into the 100,000 genomes project at the RD&E.
Health Education England’s Genomics Education Programme has published ‘Developing Clinical Bioinformatics Training in the NHS’
The report, authored by Professor Sian Ellard from the University of Exeter Medical School and Professor Dame Janet Thornton of the European Bioinformatics Institute, sets out 10 recommendations around the training provision and resourcing of bioinformaticians across all the clinical professions of the healthcare workforce. It also provides a number of examples showing how the implementation of clinical bioinformatic techniques have provided direct patient benefit for people with cancer and rare disease.
Follow this link for the whole report!
Professor Sian Ellard receives prestigious Royal Society Wolfson Research Merit Award
A leading light in genetic diabetes research has been awarded a prestigious national award for outstanding scientists.
Jointly funded by the Wolfson Foundation and the Department for Business, Innovation and Skills (BIS), the scheme aims to provide universities with additional support to enable them to attract science talent from overseas and retain respected UK scientists of outstanding achievement and potential.
Professor Ellard, who is based at the Research, Innovation, Learning and Development building on Barrack Road, a joint enterprise with the Royal Devon & Exeter NHS Foundation Trust, said: “I’m delighted to receive this award, which recognises the research excellence in diabetes and genomics we have here at Exeter. A key element of our success is the close working relationship between the University and NHS Trust, meaning that our research discoveries are quickly translated into new diagnostic genetic tests.”
Professor Ellard co-leads Exeter’s world-leading genetic diabetes team, alongside Professor Andrew Hattersley. Among their achievements, they discovered that around half of patients with neonatal diabetes – which is diagnosed before the age of six months – can be spared a lifetime of injecting themselves with insulin up to five times a day. Instead they simply take tablets which results in more effective glucose control treatment. The team identified suitable patients for this treatment by making a rapid genetic diagnosis to find those whose diabetes is caused by changes in a potassium channel that regulates insulin secretion.
This world-leading research uses state-of-the-art genomic technology to find the genetic changes that cause the diabetes. A decade on, the team’s work has resulted in a change in international guidelines. Immediate genetic testing is now the norm for babies with diabetes.
Professor Angela Shore, head of research at the University of Exeter Medical School, said: “We’re extremely proud of Sian and her whole team. This research was recently ranked among the best in the world in the Research Excellence Framework 2015. It has a direct impact on quality of life for families affected by diabetes in the South West and worldwide.”
Diagnosis from Exeter Genetics Diagnostic Service contributes to the care of an 18 month year old child and hits the headline’s in Ireland!
For more information follow the links below:
Royal Devon and Exeter Foundation Trust Hospital wins national Genomics Medicine Centre
A ground-breaking genomic medicine project, which aims to establish England as a world leader in the fight against cancer and rare disease, will be led in the South West by the Royal Devon & Exeter NHS Foundation Trust (RD&E) working with other health trusts and universities.
The RD&E has been selected today by NHS England as one of 11 centres in England that will jointly lead its 100,000 Genomes Project.
The project involves collecting and decoding 100,000 human genomes – complete sets of people’s genes – that will enable scientists and doctors to understand more about specific conditions.
The South West Peninsula NHS Genomics Medicine Centre is anticipated to contribute 4,200 genomes from people living in Devon, Cornwall and Somerset.
The bid was led by Professor Sian Ellard, Head of Molecular Genetics, Royal Devon & Exeter NHS Foundation Trust and Professor of Human Molecular Genetics at the University of Exeter Medical School. She said: “We are delighted to be involved in this landmark project which will give new insights into cancer biology, new ways of diagnosing rare disease and new treatments for patients in the NHS and throughout the world. Exeter has been at the forefront of this technological revolution and has already seen great benefits for patients and their families. We are very excited about the prospect of taking genome sequencing out of the research arena and into clinics throughout Devon, Cornwall and Somerset to transform healthcare.”
Commenting on the project, Professor Janice Kay, Provost, University of Exeter, said: “I’m delighted that we’ll play a major role in this exciting national research. This project is pioneering, and will make a real difference to our understanding of the human genome, which could in turn help unlock some of the mysteries around disease. This is evidence of the world-leading clinical medicine research we have at the University of Exeter Medical School, which this month was ranked 9th for impact. It is also testimony to our close partnership with the NHS, which ensures our research is always directly in line with NHS need.”
Angela Pedder, Chief Executive of the Royal Devon & Exeter NHS Foundation Trust added: “This is excellent news for people in the region who will be able to benefit from having a national genomics centre here in the South West. The designation of the RD&E as a Genomics Medicine Centre is recognition of the excellent ground breaking research that has already taken place here and our partnership with the University of Exeter. This new project will enable us to further develop this work. The new Genomics centre- bringing together clinicians and researchers to improve patient care – is in line with the Trust’s strategic goals of delivering high quality services to the communities we serve.”
Life Sciences Minister George Freeman MP said: “Our understanding of genomics is transforming the landscape for disease diagnosis and medicines research. We want to make the UK the best place in the world to design and discover 21st century medicines which is why we have invested in the 100,000 Genomes Project.”
“It is great news for the region that the RD&E will help us sequence genomes on an unprecedented scale and bring better treatments to people with cancers and rare diseases for generations to come.”
The bid was created with the support of the Exeter-based South West Academic Health Science Network (SW AHSN) which brings together all the clinical providers, commissioners and two universities in Devon, Cornwall and Somerset to help improve and develop the NHS.
Dr Renny Leach, Managing Director of SWAHSN, said: “This project has the potential to transform the future of healthcare. It could improve the prediction and prevention of disease, enable new and more precise diagnostic tests, and allow personalisation of drugs and other treatments to specific genetic variants.”
“That’s why we were eager to support this bid with guidance on governance, monitoring performance, KPIs and communications. The success of this bid shows the benefits of working together in our region.”
The three-year project was launched by the Prime Minister earlier this year.
The 11 designated Genomic Medicine Centres (GMCs) in this wave one selection process are based across the country, covering areas including Greater Manchester, Merseyside, Oxford, Birmingham and the West Midlands, Southampton, Cambridge and the East of England, Exeter and the South West Peninsula, and the North East. Over the lifetime of the project NHS England’s ambition is to secure over 100 participating NHS trusts. A further wave of GMCs will be procured to ensure that there is comprehensive coverage across the NHS in England.
It is anticipated that around 75,000 people from across England will be involved, which will include some patients with life threatening and debilitating disease. Recruitment to the project will begin from 2nd February 2015.
After samples are collected, they will be sent securely to Illumina who have been procured by Genomics England to sequence the whole genome and to analyse it. Results will be sent back to the NHS for validation and clinical action