The North East and Yorkshire NHS Genomic Medicine Service (NEY GMS) builds on the foundations of the 100,000 Genomes project, driving forward its aim to bring genomics into everyday healthcare.
Our main priority is to ensure equitable access to genomic testing and to use latest science and technology to end (wherever possible) the diagnostic odyssey – uncertainty surrounding diagnosis – experienced by many patients, often children, who present with a range of life-changing or life-limiting symptoms from birth.
The National Test Directory contains all NHS-funded genomic tests for Rare and Inherited Disease.
Key Priorities
Throughout 2024 and beyond, we will focus on a number of priorities to improve equity of access to genomic testing for the local population. These include:
- Improving the quality and appropriateness of genomic test ordering from primary care and other specialties – through education and process improvements – in order that results are more rapidly returned to patients.
- Addressing inequity of access to genomic testing as evidenced by data analysis and clinical enquiry, in collaboration with clinical teams, patients and patient groups (where appropriate).
- Contributing to practical learning resources to develop the workforce, e.g. Neurology CPI.
- Genomic Networks of Excellence – providing clinical leadership within the rare disease network, specifically to advance developments in mitochondrial testing.
- Newborn Genome Programme – co-ordinating support across the region, working with Genomics England and Trust partners to implement the Generation Study.
- Further developments in key pathways, including ICC and Sudden Cardiac Death
To help focus and co-ordinate our efforts, we have set up a new Genomics Clinical Operational Group for Rare Disease, led by Dr. Jackie Cook, Clinical Director for Rare Disease in the NEY GMS.
Legacy workstreams in rare disease are:
Contact us to learn more.
Clinical Lead:
Dr. Jackie Cook, NEY GMS Clinical Director (Rare Disease) – view Jackie’s Bio here
We interviewed Jackie in Series One of our Road to Genome Podcast.