Articles

The Earlham Institute is home to cutting-edge technology platforms, software tools, and talented people with the expertise to ensure we maximise the potential of these resources.

In our last article, we explored how low-level exposure to antibiotics in the environment is affecting the emergence of resistance genes in Salmonella. Here, we explore how single-cell genomics can elevate our understanding of how AMR arises - and equip us with the knowledge to tackle this existential threat.

There’s something in the air. Literally.

From food security and rising anti-microbial resistance to environmental sustainability and the difficulties of growing crops under changing climatic conditions, humanity faces huge challenges over the coming decades.

Genome sequencing has revolutionised biological sciences, allowing researchers to tackle completely new questions. But that doesn't mean there's universal access.

As part of its National Capability in Genomics and Single Cell Analysis, the Earlham Institute (EI) has established a state-of-the-art, multi-omic single-cell platform enabling genomic, epigenomic and transcriptomic analysis of individual cells from a wide variety of organisms.