The Roslin Institute

The Roslin Institute The Roslin Institute at the University of Edinburgh is a world-leading institute for animal research.

The Roslin Institute undertakes world-class basic and translational science research to tackle some of the most pressing issues in animal health and welfare, their implications for human health and animals in the food chain. The Roslin Institute is one of the a National Institutes of Bioscience (NIB) which receives Institute Strategic Programme funding from the Biotechnology and Biological Science

s Research Council (BBSRC). It is a part of the College of Medicine and Veterinary Medicine of the University of Edinburgh. The Institute undertakes research within the framework of BBSRC Institute Strategic Programmes focussed on the health and welfare of animals, and applications of basic animal sciences in human and veterinary medicine, the livestock industry and food security. The Institute was formally established during 2008, and in 2011 moved to a new £60.6M building on the University of Edinburgh's veterinary campus at Easter Bush Campus.

Congratulations to our former director Professor Bruce Whitelaw, who has been made an OBE in the King’s birthday honours...
16/06/2026

Congratulations to our former director Professor Bruce Whitelaw, who has been made an OBE in the King’s birthday honours.

Professor Whitelaw worked at the Roslin Institute for almost four decades, and served as Director from 2022 until 2025.

Professor Bruce Whitelaw recognised in royal birthday honours list for services to bioscience.

Prof Neil Mabbott discusses the latest developments in using AI towards designing a universal vaccine, in The Conversati...
10/06/2026

Prof Neil Mabbott discusses the latest developments in using AI towards designing a universal vaccine, in The Conversation.

A vaccine designed entirely by AI has been tested in people for the first time.

Professor Kenny Baillie, a pioneer in understanding and treating infectious diseases including Covid-19, gave an overvie...
08/06/2026

Professor Kenny Baillie, a pioneer in understanding and treating infectious diseases including Covid-19, gave an overview of his career at a recent inaugural lecture showcase.

Professor Baillie shared the stage with Professor Jim Wilson, who studies genetic influences on disease risk.

Watch again at the link below.

With professors Kenneth Baillie and Jim Wilson.

07/06/2026

Prof Mark Stevens studies bacteria that cause foodborne diseases, such as salmonella and E. coli. His team seeks to understand how to manage these organisms in livestock, and inform development of vaccines or treatments to mitigate them.

Watch our Roslin Reel to learn more about this work.

05/06/2026

Prof Rowland Kao uses data science to understand the intersection between responses to climate change and infectious diseases in people, livestock and wild animals. Find out more in this Roslin Reel.

Genomic tools could help support the long-term management of critically endangered eastern black rhinos in Kenya. Roslin...
02/06/2026

Genomic tools could help support the long-term management of critically endangered eastern black rhinos in Kenya.

Roslin scientists are collaborating on an international project to develop DNA-based resources that could make it cheaper and easier to monitor genetic diversity.

This will help conservation teams make evidence-based decisions as rhino numbers continue to recover.



Find out more: https://edin.ac/43dFy4O
International Rhino Foundation

01/06/2026

Roslin Reels - The Roslin Institute’s Tim Connelley talks about his team’s work on developing animal vaccines.

For more information on our research, check out our website, linked in our bio.

A bacteria linked to mastitis in dairy cattle has evolved to access nutrients in milk, enabling it to sustain infection ...
01/06/2026

A bacteria linked to mastitis in dairy cattle has evolved to access nutrients in milk, enabling it to sustain infection in cows' udders, scientists have shown.

Their findings help explain how mastitis adapted after moving from humans into cattle, and highlight potential ways to control the infection in livestock.



https://edin.ac/463lu7b

Breeding poultry to shed less virus through feather dust could help improve flock-level protection against Marek’s disea...
28/05/2026

Breeding poultry to shed less virus through feather dust could help improve flock-level protection against Marek’s disease, research suggests.

Roslin scientists found that vaccination reduced virus shedding and helped protect susceptible flock mates, while genetic resistance protected individual birds but did not reduce spread.

Feather viral load could provide a practical measure to guide future breeding and vaccine strategies.

Find out more: https://edin.ac/4wU6eVT

Breeding poultry according to their capacity to shed virus from feathers could improve flock-level protection against a costly infectious disease.

Efforts to expand woodland in Scotland should consider potential disease risks linked to increased contact between wildl...
27/05/2026

Efforts to expand woodland in Scotland should consider potential disease risks linked to increased contact between wildlife and livestock, research suggests.

Our researchers used economic modelling, land use data, cattle movement records and wildlife distribution estimates to explore how woodland expansion could affect contact between wild deer and cattle.

The findings highlight the importance of careful planning to support environmental goals while minimising unintended risks to livestock health.

Read more: https://edin.ac/4uFPv7m

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Easter Bush
Edinburgh
EH259RG

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