Blog articles

Ethical editing: therapeutics and ‘enhancement’

A newly published report takes a different approach towards the controversial editing of human genomes
A cartoon showing a pair of hands doing 'surgery' on a molecule of DNA,

How genome editing could enter mainstream medicine

Forget designer babies and novelty pets. The potential for genome editing to improve the health of the general population is already emerging

Genomics in government policy

How do we bring exciting research, exceptional medicine and public opinion to routine clinical practice?

The first ‘three-parent baby’ – of many?

Birth of baby boy with DNA from three parents puts ethical debate on mitochondrial transfer technique back in the spotlight

Gene editing meets gene therapy

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

Prospects for an artificial human genome project

Could synthetic biology provide the next chapter in our ‘understanding of the blueprint of life’? 

Shooting the messenger: therapeutic targeting of RNA

As scientists learn more about the crucial role of ‘messenger’ molecules, many see effective targeting as the missing link in our treatment of disease

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

Epigenetics – the real key to everything?

It isn't all in the code. Gene alterations play a part in disease, but gene expression may ultimately prove equally - if not more - important 

Genomic damage and repair: prize-winners and pioneers

Since Albert Kelner shone a light on the process of DNA repair in 1948, scientists have been working to harness the power of correction

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?

Immortality, regenerative medicine, and the origin of death

Over the past century, huge advances have been made in bioengineering. But what can genomics bring to the table?