Research from the US shows that artificial intelligence (AI) can accurately predict how proteins interact with one another.

Research from the US shows that a new lymph-node-on-a-chip can replicate age-dependent immune responses to cancer vaccines, providing a more accurate testing platform. 

The UK government has unveiled a new roadmap to accelerate the phase-out of animals used in science by supporting researchers to transition to alternative methods. 

EARA’s Patient Discovery initiative, aimed at raising awareness about the use of animals in research among patient groups and creating a space for patients to voice informed opinions about animal research in public discussions, has had a successful Discovery Day in Belgium with the European Federation of Neurological Associations (EFNA) and hosted by EARA member KU Leuven.

EARA has published a new feature article exploring the vital role of animals in basic research and the advances in non-animal methods in this field.

Two comment articles with opposite perspectives about the role of animals in biomedical research have been featured in Nature.

Researchers in the US have developed lab-grown kidneys (organoids) that, for the first time, could produce urine when transplanted into mice.  

US researchers have developed the first lung organ-on-a-chip with a working immune system, a development that could significantly improve the ability to mimic the living organ and model disease.

Researchers in Canada and the US have created a personalised organ-on-a-chip that accurately predicts cancer patients’ response to chemotherapy, which could aid clinical decisions. 

A new artificial intelligence tool, developed in the US, helps researchers plan and carry out experiments using CRISPR, the widely used gene-editing technology. 

Researchers in the US used artificial intelligence to discover two new antibiotics that can clear superbugs in mice infected with MRSA and drug-resistant gonorrhoea.