Earlham Institute

Formerly The Genome Analysis Centre (TGAC), the Earlham Institute is a world-leading research institute focused on exploring living systems with computational science and biotechnology, to answer ambitious biological questions and generate enabling scientific resources for the lifesciences community.

The Institute’s research brings together multidisciplinary expertise in biosciences, bioinformatics, high performance computing and statistics to understand complex biological systems in relation to improving plant, animal and human health.

Their cutting-edge, diverse genomics and computational platforms support data-intensive research that embraces and confronts modern scientific challenges surrounding data scale and complexity.

They host one of the largest computing hardware facilities dedicated to life science research in Europe, and have a unique provision to produce and process biological data efficiently and at a large-scale.

The Earlham Institute’s research priorities align with those of the BBSRC to address the challenges of maintaining food security, life-long health and well-being, energy security and living with environmental change, through the application of genomic technologies. As part of the National Capability in Genomics for BBSRC, the Institute’s state-of-the-art DNA sequencing facility operates multiple complementary technologies for data generation that provide the foundation for analyses furthering the fundamental understanding of genomes and how they function.

Follow them on Twitter: @EarlhamInst

Member's Area/s of Interest

Research

Sharing information gained from bigger datasets can accelerate plant breeding

Professor Neil Hall, Director of the Earlham Institute, explains that the overarching aim for his institute is to take complex data and deliver something that is directly useful to breeders.

Rapid new automated genomics screening stamps out crop disease

Researchers at the Earlham Institute (EI) have created a new automated workflow using liquid handling robots to identify the genetic basis to prevent plant pathogens, which can be used on a much larger and rapid scale than current methods.

‘Keep off the grass’: the biofuel that could help us achieve net zero

Some grasses are a sustainable energy source that could be a driving force towards achieving net zero carbon emissions, according to new research that demonstrates their resilience to harsh growing environments.

Crops and non-chemical pest control – genetics, environment and biodiversity - Agri-Tech Week 2020

The Norwich Research Park Agri-Tech Week 2020 event explored how harnessing beneficial insects and understanding relationships between microbes becomes increasingly important in the search for non-chemical pest control. Scientists from the John Innes Centre, UEA and the Earlham Institute shared their research.

5 ways Earlham Institute is improving global food security

The Earlham Institute highlights five ways its science is trying to achieve food security for both this generation and those to come.

EI Business Development and Impact team shortlisted for award

The Earlham Institute has been shortlisted for a highly-regarded industry award in knowledge exchange, recognising best practice in national and international research organisations. Dr Liliya Serazetdinova and her Business Development and Impact team were shortlisted for the Internal Initiative of the Year, in recognition of a suite of films created to showcase the expertise and capabilities of the Institute.

Need open-access computational resources for bioinformatics? CyVerse UK is here for you

If you are a life scientist looking for access to additional computational power, virtual machines or a web hosting service, CyVerse UK can help. Not everyone has access to the computational resources such as those here at EI. That’s why we have a National Capability in e-Infrastructure, which ensures that our computational power for bioinformatics is open to those who need it.

How Earlham Institute is tackling the global challenges of the COVID-19 pandemic

At EI we are applying our skills, expertise and resources to tackle many complex challenges resulting from the current pandemic, from ramping up COVID-19 testing capacity, developing systems approaches for tracking the disease, and enabling research with our computational infrastructure, tools and resources.

Applying genomics to the real world – how to innovate with Earlham Institute

Decoding living systems – through research in genomics, bioinformatics, synthetic biology, phenotyping, and high-performance computing – the Earlham Institute’s (EI) science embraces innovation with the development of leading-edge technology for the bioscience community. Applications of its cutting-edge research has the potential to provide solutions to challenges such as ensuring food safety and security; improving human, animal and plant health; and aiding conservation.

Take a look at some of Earlham Institute's videos

Find short 2-minute videos on the Earlham Insitute site (or Vimeo) covering the following topics: Synthetic Biology for the UK bioscience community High-quality genomics data on a large scale Unravelling complex and critical genomes End-to-end single-cell genomics for plant, microbial and animal cells

Opportunity Zone: Digital Website Manager (CD: 09/02/2020)

The Digital Media and Website Manager will oversee development, execution and delivery of digital content across web and social media platforms. They will work collaboratively across EI, and routinely collect, monitor and analyse performance metrics and make improvements.

Which flowers do bees prefer? Portable sequencer provides answers

To understand which flowers are important for bees, scientists from the Earlham Institute (EI), with the University of East Anglia (UEA), have developed a new method to rapidly identify the sources of bee pollen.

New wheat genome sequence is the most accurate yet

A major breakthrough has been made identified complete sets of genes and proteins essential to important agronomic traits in wheat creating a new wheat genome sequence assembly.

From Mobile Phones to Mobile Aircraft: Next-Generation Crop Analysis

Applegate spoke at REAP 2016 about how mobile phones and mobile aircraft can be used in next-generation crop analysis.