Research Features

Our research features take a more in-depth look at selected aspects of our research and the wider impacts of our science for the wider world. Browse all of these articles in the reader window below or access specific features directly from the introductions further down the page. These features were originally produced as part of our Annual Research Reports, you can find the full reports here.


Riding the data wave

This feature was written by Becky Allen for the Annual Research Report 2018

Big data is revolutionising science. But as well as changing physics, chemistry and biology, it’s changing the nature of science itself. Institute researchers Wolf Reik and Stefan Schoenfelder and bioinformatics expert Simon Andrews reflect on how big data is re-shaping not only the way they work, but how they think. And we discover how bioinformatics – once considered a geeky corner of biology by some – has become central to scientific progress.


Informing Policy on Ageing

This feature was written by Becky Allen for the Annual Research Report 2017

Ensuring that the Institute’s world-leading research has a direct impact on people’s health means translating – and contextualising – our science for many audiences. For parliamentarians and policy makers, healthy ageing is among the 21st century’s most pressing problems. So as well as pioneering research on healthy ageing, we’re ensuring science is accessible to decision makers through our knowledge exchange programme.


Unlocking the secrets of early development

This feature was written by Becky Allen for the Annual Research Report 2016

Every cell type in our body results from a different reading of the same genome. Over the past 30 years, scientists have learned that our genes are controlled by epigenetics – a combination of processes that switch genes on and off without altering the DNA sequence itself. But much of epigenetics remains a mystery. The Institute’s Epigenetics programme is exploring the earliest stages of life and how understanding this could help reprogramme cells for regenerative medicine applications in the future.