What we do
How we work
Who we are
Age-related macular degeneration and genomics
Functional genomics in clinical medicine
Unpicking the impact of the GDPR on genomic data
Putting AI to work in genomic medicine
Black box medicine and transparency
Somatic genome editing: ethics and regulation
Somatic genome editing: promise and practicalities
Citizen generated data – an opportunity for public health?
Somatic genome editing: an overview
Citizen generated data: the ethics of remote patient monitoring
What is an algorithm?
What is long read sequencing?
RNA vaccines: an introduction
Long read sequencing: Ready for the clinic?
Legal liability for machine learning in healthcare
What is citizen generated data?
What is the GDPR?
What is the IVDR?
Linking and sharing routine health data for research in England
ctDNA technology in lung cancer: personalised healthcare in action
Circulating tumour DNA technology: the future of cancer management?
Delivering an effective infectious disease genomics service
Protecting patients from healthcare associated infections: a role for genomics
Genomics for infection control: meeting local and national needs
Phenotyping patients for genomic diagnostics
One health genomics - why animal diseases matter for human health
Genomics and the management of antimicrobial resistance: current successes and future challenges
Array CGH testing for learning disability- when is it worth it?
Sharing clinical genomic data for better diagnostics
Leading the way: driving the delivery of pathogen genomics into practice
Setting the right standards for clinical genome analysis
The impact of genomic sequencing technologies on patient pathways
Defining the role of a bioinformatician
Beating the bugs: the pathogen genomics revolution
Genomics and the boundary between research and clinical care and treatment
The genomic contribution to diabetes
Clinical whole genome analysis: delivering the right diagnosis
ELSI* and the implemention of WGS / WES in clinical practice
Genomics and policy newsletter