Blog articles

Back to the future of ophthalmology: 5 predictions

We take a look back at a bold paper published in 1999, 'Ophthalmology in the post-genomic era' to see how accurate its authors' predictions really were

First RNA-based therapy approved in US and Europe

Gene-silencing technique works without altering the person’s DNA, and prevents harmful proteins from being made in their cells  
Genomics lab

Genome editing: 5 key questions answered

News stories in biomedicine are being dominated by genome editing, Crispr and other methods. So what's it all about, and what might it mean for healthcare?

Gene therapy hope for sickle cell anaemia patients

A teenager with severe sickle cell anaemia has been successfully treated with a pioneering gene therapy approach

‘Omic’ insights into Parkinson’s disease

Recent research reveals potential dawn of personalised medicine for neurological disorders might be more than just 'gut feeling'

Looking good: genomic-based approaches in eye disease

Gene-based treatments for eye diseases advance in the battle against blindness and related life-threatening conditions

Gene editing meets gene therapy

Despite continued ethical debate, latest advances in gene editing technologies are poised to transform patient treatment

Progress for paediatric gene therapy

Gene therapy for children now approved in Europe - what can this fusion of genomics and stem cell medicine mean for the future?  

Human gene editing: where do we draw the line?

Advancements in our ability to alter the human genome have sparked fresh debate over ‘designer babies’ and health ethics

Almost a miracle: gene-edited cells that can cure cancer

Since Layla Richards was cured of acute lymphoblastic leukaemia, attention has turned to the possibilities of genome engineering 

Huntington disease and the potential of gene silencing

Will genomic therapy be the key to treating one of the UK's most devastating degenerative diseases?

Gene therapy moves towards the mainstream

While still in their infancy, gene therapy techniques could hold great promise for patients with rare diseases