An international team of scientists led by Professor Paul Denny from our top-rated Biosciences and Chemistry departments has made significant strides in the fight against neglected tropical diseases (NTDs) such as leishmaniasis and Chagas disease.

A new study from our top-rated Biosciences department, Princeton University, Williams College and Yale University has uncovered a dramatic lack of conservation actions being implemented for thousands of the world's most endangered species.

A new study from our top-rated Biosciences department has found that the process of domestication and selective breeding of domestic dogs may have accidentally diminished their ability to communicate clearly using facial expressions.

Congratulations to Dr Sean Twiss and Elana Hobkirk on their new research just published in Nature Scientific Reports: Domestication constrains the ability of dogs to convey emotions via facial expressions in comparison to their wolf ancestors.

We are pleased to announce that Paul Chazot and the IAA project team have been awarded at the Celebration of Impact event.

We’ve joined a pioneering new three-year pilot to monitor the UK’s hedgehogs and try to reverse the fall in their numbers.

We are pleased to announce that Jo Hepworth was one of three winners of the 2023 New Lecturer Rank Prize!

We are pleased to announce that the global consortium on Neglected Tropical Diseases led by Durham University won the inaugural Durham Global SDG award

Academics and researchers in our Biosciences department are renowned for their world-class research and expertise.

Professor Paul Denny and team announced as MRC Impact Prize 2023 finalists in the Outstanding Team Impact category with their project Equitable global cooperation to support the fight against Neglected Tropical Diseases.

This project is dedicated to bringing to life the overlooked history of local South Asian and other ethnic minority groups from South Shields affected by dementia.

New research of northern elephant seals has revealed their reproductive and foraging success has been affected by a population bottleneck which nearly caused their extinction and could make them vulnerable as the environment changes in the future.