Technology Quarterly

Gene editing

The age of CRISPR

Technology Quarterly -

Ida Emilie Steinmark explores whether it can deliver on its promise

Collage of fish scales, DNA, and cells

CRISPR

Can gene editing deliver on its promise?

Ida Emilie Steinmark explores how the technology could change the world

Collage of a human body diagram and a number of cells

Next-generation medicine

CRISPR could yet save millions of lives. Here’s how

Gene-editing medicines have had a rocky start. But there is cause for optimism

Collage of an MRI scan

The epigenome

Epigenetic editors are a gentler form of gene editing

But they may prove just as powerful

Collage with a diagram of a monkey at the centre

Scientific research

Gene editing is already revolutionising research in the laboratory

Science is becoming speedier, and more ambitious, in the age of CRISPR

Collage of a mix of crops

Editing crops

Eat your GE-greens

Former sceptics have come around to gene-edited crops. For the moment

Collage of a pig, chicken, and organ diagram

CRISPR animals

Editing pigs, mice and mosquitoes may save lives

But there are possible pitfalls

Collage of baby with a circle overlayed

Reproductive science

Designing babies

Will tinkering with human embryos ever be worth the risk?

Collage of mushroom, DNA, and organ diagrams

The way forward

Gene editing can still change the world

But it will take time for scientists to master the technology

The age of CRISPR

Acknowledgments


Previous report

Chipmaking

Silicon returns to Silicon Valley

Technology Quarterly -

AI has returned chipmaking to the heart of computer technology, says Shailesh Chitnis